Category Archives: mechanical equipment

Time and distribution of typhoons

  

  1. Time: The typhoons in the northern hemisphere mainly occur from July to October. Other seasons are obviously reduced.

  2. Regionally: mainly concentrated in the northern Bay of Bengal and coastal areas, the southeast coast of China, Japanese and Southeast Asian countries, the Caribbean Sea and the eastern coast of the United States.

  In China, typhoon disasters are mainly concentrated in Guangdong, Taiwan Province, Hainan, Fujian and other southern coastal provinces.

  Grade and harm of typhoon

  1. Typhoon level: According to the maximum wind force (level) near the center of the ground floor, typhoons can be divided into the following levels:

  (Source: China Meteorological Bureau)

  2. Harm of Typhoon: Typhoon is a disastrous weather system with strong destructive power. When it comes, it is often accompanied by storms and other hazards.

  (1) the wind. The maximum wind force near the typhoon center is generally above 8, and its destructive power can often uproot a big tree. Moreover, the strong wind can easily cause the facilities or glass of some high-rise buildings to fall, scrape off power communication lines, and even overturn some cars, hitting pedestrians or causing property losses.

  ② Heavy rain. Typhoon is one of the strongest rainstorm weather systems. In areas where typhoons pass, it can generally produce 150-300mm of rainfall, and a few typhoons can produce torrential rain of more than 1000mm. In rural areas, low-lying areas or areas with poor drainage systems, it is easy to cause floods, and even in coastal areas, seawalls will burst or seawater will flow backwards; In some mountain areas, it may also cause landslides or mudslides, causing casualties.

  ③ Storm surge. Storm surge can also be called "storm surge", "storm tsunami", "meteorological tsunami" or "tidal wave". Generally, the spatial range is from tens of kilometers to thousands of kilometers, and the time scale or period is 1-100 hours, which is between the earthquake and tsunami and the low-frequency astronomical tide wave. Storm surges often occur in coastal areas, which will greatly exceed the normal tide level in the affected sea areas and cause major disasters.

  Weather changes before and after typhoon crossing the border

  【 Rain or shine 】

  Before the typhoon: the air sinks and the weather is sultry.

  Typhoon approaching: the rain will intensify, and there will be heavy rain within the range of 8-level gale. If there is strong wind in the rain shadow area behind the mountain, there will be no heavy rain.

  When the typhoon eye crosses the border: clear sky, no wind and no rain.

  Typhoon is far away: the storm is renewed and the wind and rain are getting smaller.

  [Air pressure condition]

  First down, then up.

  Wind power

  Overall, it first strengthens and then weakens.

  Positive effects of typhoons

  What we should pay attention to is that typhoons will not only have bad effects, but also bring some good effects.

  Typhoon can bring abundant fresh water resources and alleviate drought.

  Typhoon can bring abundant fresh water resources and alleviate drought.

  The tropical and subtropical areas near the equator have the longest sunshine time, and the dry heat is unbearable. The arrival of the typhoon can alleviate the hot and summer weather.

  The tropical and subtropical areas near the equator have the longest sunshine time, and the dry heat is unbearable. The arrival of the typhoon can alleviate the hot and summer weather.

  The huge energy flow of typhoon keeps the earth in thermal balance and water balance, and promotes the water cycle.

  The huge energy flow of typhoon keeps the earth in thermal balance and water balance, and promotes the water cycle.

  Typhoons can also increase fishing production. Every time a typhoon blows, it turns over the river, bringing up nutrients at the bottom of the river and sea, increasing the bait, attracting fish to gather near the water surface, and naturally increasing the catch.

  Typhoons can also increase fishing production. Every time a typhoon blows, it turns over the river, bringing up nutrients at the bottom of the river and sea, increasing the bait, attracting fish to gather near the water surface, and naturally increasing the catch.

  Other basic knowledge of typhoon

  1. The typhoon center is called typhoon eye, which is concentric circle, and it is divided into vortex wind and rain area and peripheral gale area from inside to outside. The typhoon eye is formed because the wind in the typhoon blows counterclockwise, causing the central air to rotate, and the centrifugal force caused by the rotation is balanced and offset with the wind blowing toward the center, so that the strong wind can no longer converge toward the center, thus forming a windless phenomenon within a few tens of kilometers of the typhoon center, and because of the phenomenon of air sinking and warming, the clouds disappear and the rain disappears, thus becoming a typhoon eye.

  2. As the saying goes, "Run Ma Yun, the typhoon is coming". Run Ma Yun’s scientific name is "Broken Cumulus Cloud". The cloud is 1-2 kilometers high, which is a low cloud, and it is made of cumulus clouds shaped like steamed bread. The characteristic of running Ma Yun is that the broken cumulus clouds move rapidly from the southeast coast to the local zenith, which is like a horse race. This kind of cloud occurs in the periphery of tropical cyclone, which indicates that the local area will be attacked by tropical cyclone.

  Autumn typhoon

  As we all know, typhoons are divided into summer and autumn typhoons. The recent landings of "Bailijia" and "Mangosteen" belong to autumn typhoons, which usually refer to typhoons generated from September to November. Their number is not as much as that in summer, but their influence is enough to stand side by side. The following picture will show you the typhoon in autumn. Please keep it:

  A picture shows you all the knowledge about typhoons.

  After reading so many typhoon knowledge points above, are you a little confused? The car found a picture of typhoon knowledge for everyone, which can make everyone remember it better.

  (Source: Hunziyue)

  English knowledge of typhoon

  We have introduced many knowledge points of typhoon above. Do you know how to express some knowledge of typhoon in English? The car has been arranged for you, and the translation is attached. It is very likely that you will get it!

  [What is a typhoon? 】

  Typhoon is a kind of tropical hurricane. The tropical hurricane is categorized in accordance the location: Cyclone (Australian and South of Earth), Hurricanes (in eastern International Dateline), and Typhoon (western Pacific Ocean and China Sea) every typhoon has its own name in alphabetic order. The main damages are caused by flood, roofing materials.

  Typhoon is a tropical storm. This tropical storm can be divided into cyclones (Australia and southern hemisphere), hurricanes (east of the date line), and typhoons (western Pacific Ocean and China Sea) according to their locations. Each typhoon has an exact name, and each name is arranged alphabetically. The most threatening things are flying objects, structural damage and floods.

  【 Classification of Typhoon 】

  Tropical low pressure: the speed of the wind is not less than 33kts per hour. The tropical low pressure can strengthen to violent wind, which is not destructive with a speed of 33kts per hour. But the typhoon-warning centre will sound the alarm when the speed is up to 25kts.

  Tropical sub-atmosphere: the continuous wind speed is not less than 33kts (nautical miles). Tropical depression can develop into a powerful storm, but it will not pose a threat to the ground at a speed of 33kts (nautical miles). However, when the tropical low-pressure wind reaches 25kts (nautical miles) per hour, the typhoon warning center will issue an alarm.

  Tropical low pressure: the speed of the wind is not less than 33kts per hour. The tropical low pressure can strengthen to violent wind, which is not destructive with a speed of 33kts per hour. But the typhoon-warning centre will sound the alarm when the speed is up to 25kts.

  Tropical sub-atmosphere: the continuous wind speed is not less than 33kts (nautical miles). Tropical depression can develop into a powerful storm, but it will not pose a threat to the ground at a speed of 33kts (nautical miles). However, when the tropical low-pressure wind reaches 25kts (nautical miles) per hour, the typhoon warning center will issue an alarm.

  Tropical storm: the speed of which ranges from 34kts to 63kts.

  Tropical storm: The continuous wind speed ranges from 34kts to 63kts per hour.

  Tropical storm: the speed of which ranges from 34kts to 63kts.

  Tropical storm: The continuous wind speed ranges from 34kts to 63kts per hour.

  Typhoon: the speed of which ranges from 64kts to 129kts.

  Typhoon: The sustained wind ranges from 64kts to 129kts.

  Typhoon: the speed of which ranges from 64kts to 129kts.

  Typhoon: The sustained wind ranges from 64kts to 129kts.

  Super-typhoon:the speed of which is up to 139kts or more. This kind of hurricane is destructive. Being prepared will minimize the damage to our guests and team members.

  Super typhoon: The sustained wind reaches 130kts or more. This typhoon threatens life and property. Taking precautions can minimize the damage to guests and employees.

  Super-typhoon:the speed of which is up to 139kts or more. This kind of hurricane is destructive. Being prepared will minimize the damage to our guests and team members.

  Super typhoon: The sustained wind reaches 130kts or more. This typhoon threatens life and property. Taking precautions can minimize the damage to guests and employees.

  [Typhoon Mangosteen]

  Typhoon Mangkhut

  Typhoon Mangkhut (English: Typhoon Mangkhut, name source: Thailand. Name meaning: It is a kind of fruit. )

  Insert a CNN report:

  Philippines lashed by Typhoon Mangkhut,

  strongest storm this year

  The strongest typhoon mangosteen hit the Philippines this year.

  Super Typhoon Mangkhut slammed into the Philippines in the early hours of Saturday, bringing ferocious gale-force winds and pounding rains, as aid agencies warned millions are at risk from rising flood waters and landslides.

  Super typhoon Mangosteen violently hit the Philippines on Saturday morning, bringing violent storms. Aid agencies have warned that millions of people are facing the threat of rising floods and landslides.

  Lashed:/l??/ l/whipping; smash

  Slam:/slam:/sl?m/

  In the early hours: in the early morning

  Ferocious:/f ‘rs/fierce

  Gale-force: Level 7 or above.

  At risk: in danger

  Made landfall: Landing

  Lashed:/l??/ l/whipping; smash

  Slam:/slam:/sl?m/

  In the early hours: in the early morning

  Ferocious:/f ‘rs/fierce

  Gale-force: Level 7 or above.

  At risk: in danger

  Made landfall: Landing

  Mangkhut was the strongest storm anywhere on the planet in 2018, carrying gusts of up to 325 kilometers per hour (200 mph) before it made landfall in Cagayan province, on the northern tip of Luzon, about 1:40 a.m. local time.

  Mangosteen is the biggest storm in the world in 2018. At about 1: 40 a.m. local time, typhoon Mangosteen landed in Kagayan province at the northern end of Luzon Island, with winds as high as 325 kilometers (200 miles) per hour.

  [English expression of wind scale]

  Speaking of wind speed, Chinese will only use numbers to grade it. In fact, in English, every number-graded gale has a corresponding English word:

  Breeze breeze < Gale gale gale < Storm < Hurricane.

  Level 0 Calms calm It is a fine and calm day. The weather is fine and there is no wind.

Level 1 Light air small wind A light current of air breeze, light wind slight air flow.

Level 2 Light breeze a light ruffled the surface of the water. The breeze passed by, and ripples appeared on the water surface.

Level 3 Gentle breeze and A gentle breeze is flowing. The breeze is blowing.

Level 4 Moderate breeze breeze John Came up with the ship hand over the head, the Moderate breeze giving him an advantage. John drove the boat at once.The gentle wind helped him

Level 5 Fresh breeze cool wind A fresh breeze puffed across the lake. The cool breeze blew across the lake in waves.

Level 6 Strong breeze strong wind The palm trees are waved in the strong breeze. Palm trees sway in the strong wind.

Level 7 Moderate gale Blast The Moderate Gale Prostrated Many Trees. The blast blew over many trees.

Grade 8 Fresh gale wind and in a quarter of an hour it blew a fresh gale from the store. Less than a quarter of an hour,Turned into a strong wind blowing from the shore

9-level Strong gale strong wind The Foremast Carried Away In The Strong Gale. The front mast was broken in the strong wind.

Level 10 Whole gale gale The house has been lifted the roof by the whole gale. The roof of the house was torn off by the gale.

She was born in the middle of a Storm. She was born in a storm.

12-17 Hurricane The hurricane destroyed the village. The hurricane destroyed all the villages.

  [Typhoon related words and sentences]

  Typhoon warning: issue a typhoon warning

  Mild Typhoon

  Medium typhoon: Moderate Typhoon

  Strong typhoon: Severe Typhoon

  Super Typhoon: super typhoon

  Typhoon warning: typhoon warning

  Typhoon warning: typhoon warning

  Land warning: land warning

  Maritime warning: sea warning

  English for typhoon eye: eye of the typhoon/storm, typhoon eye.

  Landing: make landfall

  It will make landfall in Guangzhou.

  Disarm the alarm: lift

  The Mangkhut typhoon warning was lifted at 8 p.m.

  The trees wereleveled by the typhoon.

  The trees were blown by the typhoon.

  The trees wereleveled by the typhoon.

  The trees were blown by the typhoon.

  The typhoon heavedthe sea into huge waves.

  The typhoon made the sea rough.

  The typhoon heavedthe sea into huge waves.

  The typhoon made the sea rough.

  The latest reportssay the typhoon has now landed in Guangdong.

  According to the latest report, the typhoon has begun to land in Guangdong.

  The latest reportssay the typhoon has now landed in Guangdong.

  According to the latest report, the typhoon has begun to land in Guangdong.

  The typhoon hadspent its fury,butheavy rain from its outer layers could still affect us.

  The typhoon is gradually weakening, but the heavy rainfall in its outer layer will still affect us.

  The typhoon hadspent its fury,butheavy rain from its outer layers could still affect us.

  The typhoon is gradually weakening, but the heavy rainfall in its outer layer will still affect us.

  There are five English expressions for "suspension & suspension of classes":

  1. The government has announced school and office closures starting at 4 P.M. Tuesday. The government announced that it would stop work and suspend classes from 4 pm on Tuesday.

  2. The government closed schools and offices today. The government announced that it would stop work and suspend classes for one day today.

  3. Because of the typhoon, school and work were suspended. Because of the typhoon, classes are closed today.

  All flights and trainswere cancelled due to the typhoon, all flights and trains were cancelled.

  5. School and Workwere called off due to the typhoon on Monday. Due to the typhoon, classes were closed on Monday.

  There are three English expressions for "normal return to work-attending classes":

  1. The government has announced school and work continue as us. The government announced that it would go to work and attend classes normally.

  2. schools and offices remain open in yangxi. Yangxi maintains normal work and classes.

  We’ve just been informed that classes will be normal in the evening. We have just been informed that classes will be normal tonight.

  [How to prevent typhoon]

  Stay indoors and keep calm.

  Try not to go out. And stay calm.

  Stay indoors and keep calm.

  Try not to go out. And stay calm.

  Keep informed. Listen to the radio or watch TV to get weather updates. In case of power failures, keep a battery-operated radio handy (with extra batteries).

  Keep the news flowing. Pay attention to the weather report on the radio or TV. Prepare a radio that can use batteries (and spare batteries) in case of power failure.

  Keep informed. Listen to the radio or watch TV to get weather updates. In case of power failures, keep a battery-operated radio handy (with extra batteries).

  Keep the news flowing. Pay attention to the weather report on the radio or TV. Prepare a radio that can use batteries (and spare batteries) in case of power failure.

  Prepare candles and flashlights. Stock up on food, potable water, batteries and first-aid supplies.

  Prepare candles and flashlights. Store food, drinking water, batteries and first aid supplies.

  Prepare candles and flashlights. Stock up on food, potable water, batteries and first-aid supplies.

  Prepare candles and flashlights. Store food, drinking water, batteries and first aid supplies.

  Secure or move inside outdoor items such as toys, bicycles, furniture, plants and anything moveable on the balcony. Move potted plants and other heavy objects away from windows inside as well.

  Fix or take back all movable items outside the house and on the balcony, including toys, bicycles, furniture, plants and so on. Move potted plants or other heavy objects away from the window.

  Secure or move inside outdoor items such as toys, bicycles, furniture, plants and anything moveable on the balcony. Move potted plants and other heavy objects away from windows inside as well.

  Fix or take back all movable items outside the house and on the balcony, including toys, bicycles, furniture, plants and so on. Move potted plants or other heavy objects away from the window.

  Watch for leaks around windows and doors. If the wind is strong enough, water may be blown into your home even if the windows are closed. Have handy towels, rags and mops.

  Check whether the doors and windows are sealed. If the wind is too strong, rain may still enter the house even if the windows are closed, so you need to prepare towels and mops.

  Watch for leaks around windows and doors. If the wind is strong enough, water may be blown into your home even if the windows are closed. Have handy towels, rags and mops.

  Check whether the doors and windows are sealed. If the wind is too strong, rain may still enter the house even if the windows are closed, so you need to prepare towels and mops.

  If the storm becomes severe, move into a hallway or area where there is the least exposure to external glass windows.

  If the wind is too strong, please stay away from windows and other objects that may break.

  If the storm becomes severe, move into a hallway or area where there is the least exposure to external glass windows.

  If the wind is too strong, please stay away from windows and other objects that may break.

  In case of flooding, turn off the main sources of electricity, gas and water in your home.

  In case of flood, turn off all power, water and gas at home.

  In case of flooding, turn off the main sources of electricity, gas and water in your home.

  In case of flood, turn off all power, water and gas at home.

  After the storm is over, check for broken glass, fallen trees and downed power lines which may present safetyhazards.

  After the typhoon has passed, we should still pay attention to the dangerous situation caused by broken glass, fallen trees or broken wires.

  After the storm is over, check for broken glass, fallen trees and downed power lines which may present safetyhazards.

  After the typhoon has passed, we should still pay attention to the dangerous situation caused by broken glass, fallen trees or broken wires.

  Speaking of the knowledge of typhoons, I realized that there were so many! Has there been a typhoon in your place recently? The car should remind everyone that during the typhoon, try to stay indoors or in a safe place, don’t go out for activities at will, and don’t get close to trees or some high-rise buildings to prevent injuries.

  This Saturday morning, learn the essence of choosing a major from a university!

  (The article comes from Beijing Education Examinations Institute. If there is any infringement, please contact the administrator to delete it.)

,,,ethanol,mulsionner,mulsion,lectrique,lastomère,lastique,lasticit,,jection,jecteur,chantillon,à,?len,?lbremse,?thanol,zwischen,zweifarbig,zur,zones,zone,zona,yield,work,with, white,well,welding,weld,weight,water,warpage,warm,wall,vuoto,vulkanisiertes,vulkanisierte,vulcanizzato,vulcanized,vulcanis,von,volum,trique,volumique,volumetrische,volumetrica,volumetric,volume,volatili,voie, void,vitesse,vite,vita,viscous,viscosità,viscosity,viscoelasticità,virgin,vinylique,vinylidène,vinylidene,vinyle,vinyl,vinilidene,vinilico,vinile,vie,vide,vicat,vibrazioni,vibrazione,vetro,talco,carbonato, wollastonite,caolino,policarbonato,acrilonitrile butadiene stirene,verniciata,verniciante,verni,vergine,verbrannt,vents,venting,vented,velocità,velocity,vegetale,varnished,variazione,vapore,vapor,vapeur,valvola,valve,vacuum,v, utensili,usin,unter,unten,uno,unl?sliches,unitario,unitaire,unit,undercut,under,una,un,umidità,essicatura,deumidificazione,ultrasuoni,ultimate,ugello,type,twotone,tutte,tunnel,tubi,trovaste, trou,trazione,movimento,traverse,travail,trasformazione,trasferimento,transition,transfert,transfer,tramoggia,trafilatura,trafila,sm,tra,tr,torque,torpedo,torch,top,tool,tonnellaggio,tonnage,toggle,break, to,tirata,tirage,tipo,tip,tinto,time,tiebars,tiebarless,tie,rods,tie,bar,ejection,throat,threeplate,thinner,thinwall,thickness,thickener,thermosetting,thermoset,thermoplastischer,thermoplastique,thermoplastic, thermodurcissable,thermocouple,thermische,thermique,thermal,texture,textiles,tessili,terza,terra,termoplastico,termoplastica,termoindurente,termocoppia,termico,termica,terephthalate,tensioni,tensione,tension,tensil,tempo,temperature,temperatura,tecnopolimero, tecnico.,tamis,take off,taglio,tab,s,paration,para,s,gr,gation,synth,tique,synthèse,synthetische,synthetic,svergolamento,surface,sup,rieur,superposition,superficiale,suck,submarine, sub,su,stroke,stresses,stress strain,stress,strength,streak,stratifi,s,stratificanti,strati,strates,strain,stockage,stiffness,sticking,steam,Solfati, SM; Smorzatore, Slug, SLATE, SKIN, SITO, SITO, Sintetica, Sink, SIEVE, SHRINKAGE, SHOT, SHOIT, SHEETS, SFORGI, SFOGGO, SFOGOGO, SFOGOGO, SFOGOGO, SFOGOGO, SFOGOGO, SFOGOR, SFOGOR, SFORGORMO’sSaline, SALDATUR, S, R, Ticulating, R, Ticulant, R, Sine, R, G, N, R, R, Glage, Runners, Runnerless, Rugiada, RPM, RotTura, Rotomolding, RotTura, Rotomolding,, Pozzetto, Power, Powder, POVERE, POUR, POUDRMark, MANTENIMENTO, Manque, Mano, Manifold, Mancanza, MALTE, Makromolekulare, F, MAIN, Magre, Magazzino, Magazzino, Magazzino, Magazzinof; F; Extrusion,, T, RIORATION, D, Shydration, D, Pressionen, D, Pouille, D, D, Gradation, D, Gazage, D, Formation, Composition, D, color, duttilità, dur, ds,, Alimentazione, Almission, Acqua, Cylindre, Cylinder, Cycle, CUSCINO, CUSCINETTO, Curva, Cure, Culotta, Cuisson,cr,sol,crystalline,crosta,crosswise,crosslinking,crosslinking,cristallino,crine,crin,cresolo,cresol,creep,crazing,craze,cratère,cratere,crater,cracking,crack,course,coul,e,couleur,coubre, cottura,cotton,cotto,cotone,coton,costruzioni,costante,costampaggio,cospargere,corsa,corrosione,corrosion,corps,corpo,core,coprente,coppia,copolym,risation,copolym,re,copolymerization,copolymer,copolycondensation,copolimero, copolimerizzazione,copolicondensazione,cooling,contropressione,controllato,contreplaqu,contrainte d,formation,contraibilità,contenimento,contatto,contattare,contact,constant,conservazione,connecting,conicità,conformatrice,conformatore,conformateur,confluenza,conductivit,conductivity,conducibilità,condensazione ,condensation,condensa,con,compressione,compound,compoundare,compostabili,compensato,compattamento,compatibilizzante,fibra,compatibilit,compatibilità,compatibility,commutazione,come,column,coltella,colour,colore,colorante,colorant,colophony,colophane,colonne ,colonna,colofonia,collier,colletta,colle,collare,collapse,colla,coleur,cold setting,cold,colata,colabili,coiniezione,coestrusione,coated,coagulazione,coagulation,co injection,closing,closed,cloruro,cloruri,cloroprene ,cloro acetato,cloridrico,clearance,clay,classe,clamp,circolazione,ciment,cilindro,ciclo,chassis,chlorure,chloroprène,chloroprene,chloride,chlorac,tate,chiusura,chiusa,china,chimique,chimico,chimica,cherosene, chemischer,chemical,che,cha?ne,chauffant,chauffage,chaud,chase,chargement,charge,channel,chambre,chamber,chalumeau,chain,centratura,cemento,cement,cellulose,cellulosa,cellule,cellulare,cellular,cellulaire,cellula, cell,cavit,cavità,cavity,cavi,catena,catalyst,catalyseur,catalizzatore,cas,ine,casting,cassa,caseina,casein,casalingo,cartuccia,cartridge,carta,carro,carriage,carotte,carota,carico deformazione,carico ,cariche,caricamento,carica,carboxym,thyl,carboxymethyl,carbossimetilcellulosa,capillare,capacit,capacità,capacity,caoutchouc,cannello,canali,canale,canal,campione,camicia,camera,adesiva, adesion, adineza, additivo, additivi, additive, adventasare, adventsante, ad, access, SBS, TPU, TPEE, TPE A, PVC, TPC ET, TPE O, TPS, TPE V, TPE, Elasomere,Airless, Airmix, Aggregato, Agenti, AffResco, Aerosol, Aerografo, Acrilico, Acetone, 2K, ESTRUSIONE, POM, PIPE, Oxo, L’ -Impatto, CHARPY, IXOD, IXOD, IXOD, IXOD, IXOD, IXOD, IXOD, IXOD, IXOD, IXOD, IXOD, IXOD, IXOD, IWAD, IWAD, Izid, findTeres, MFRP, METálica, EVA, MPF, Metamina, Fenol, Eval, Vinílico,PS, PEP, PSGP, PES, PSHI, PET, PSBR, PSE, SL, Siliconas, PSI, SI, PSU, Polisulfona, SIR, PIFE, POLITETRAFLUORETILENO, SMA, Anhídrido, Maleico, PUR, PUR, SMS, SMS, SMS, SMS, SMS, SMS, SMS, SMS, SMS, SMS, SMS, PUR, SMS, Sanity, Standards, 5G, ABA, Ablación, Abrasión Del TPU, Abrasion, Abreviaturas Plasticos, Polímeros, as 9100, asa transparent, asa, asa pvc, asesoramiento, ,, Poliestireno, degeradante Para Polimeros, Delaminación de Capas, SULFONADO, EPDM, EPP, EPR, EPS, EPS, EPS, EriSión Ao, Escotilla de Purta, Espejos Extens, Espuma de Poliuretano, Espumado, Espumas, estabilidad dimensional, estabilizadores, estereoisomería, estereolitogr fico, esterilización, estir,nico de alto calor, estirenicos transparentes, estirenicos, estireno acrilonitrilo, estireno butileno estireno, estireno etileno butileno estireno, estireno butileno estireno, estireno etileno butileno estireno, estructura elastómero, estructura polímeros , etfe, etileno vinil acetato, etilvinilacetato, etpv, e tpv, eva foamed, eva, evaluación de la degradación, evaluación sensorial, evoh, extensores de cadena, exterior vehículo, extrusión reactiva, extrusion pvc, extrusion, factores estructurales, falla por fatiga , falta de resistencia, fanales, faro delantero, faro trasero, fase gaseosa, fda, ??fem, fender, fibra de raquis, fibra larga lftr, fibras de carbono, fibras de vidrio cortas, fibras de vidrio largas, fibras de vidrio, fibras vegetales , files film casting, fkm, flash point, flexómetro, floración, florida uv, fluidez, flujo de los polímeros, fluoración, fluoropolímeros, fmvss 302, fmvss302, foaming agent, fogging test, fogging, folifosfacenos, formulario de contacto, forum, foto oxidación, fotocat lisis bactericida, fotodegradación, fractura de los polímeros, fricción, front end2, ftir, fuelles neum ticos, fuerza de desgarro, fuerza intermolecular, fuerzas intermoleculares, fundición de polímero, fusión, fusion, galvanoplastia, gels, geopolim,ros, glass encapsulation, glosario del pl stico, gloss, gmt, goma de silicona líquida, goma eva, gpc, grado de polimerización (dp), grafeno, grafting, granulación, granuladora de anillo de agua, granuladoras espagueti, granuladoras, granuladores subacu ticos, grieta y fisura, grip, grupo m, grupo o, grupo q, grupo r, grupo u, grupo z, guía de inyección de polipropileno, guantes, guardabarros, gutapercha, gwt, hai, halogenación, hardness, haze, hdl, hdpe, hdt, herramientas manuales, hidrólisis, hidróxidos met licos, hidrogeles, hidrogenación, higroscópico, hilo incandescente, hilo para impresion 3d, hinchazón, hips, hist,resis, historia de los elastómeros, historia de los polimeros, hnbr, home, hopkinson bar, hormas, hot runner, hpa, hule, hules, humedad en la poliamida, humedades, hwi, icp ms, iir, images imd, imemail imiv, imlogin, impacto de gardner, impacto, impresion 3d, improve abrasion tpu, improve hot air and oil swelling resistance in tpv, improve melt flow index, imsearch, imsitemap, incoterms, index, indice de amarillamiento, inhibidores de prevulcanización, inserto met lico, in shell lining process, interior vehículo, inyección multicomponente, inyeccion asistida con gas, inyeccion de proyectiles, inyeccion, ionómeros, ir, iso 1629, iso 9001, iso, iso75, isomería en polímeros, isotropía, izod iso 180 astm d256, izod, jungle test, juntas magn,ticas, kalahari uv, kink, ktw, l tex natural, línea de plata, línea de soldadura, líneas de combustible, líneas de tigre, laboratorio, latex, lavadora carga superior, lavadora, lavadoras, lcp, ldpe , lfi, libreria, lignina, linea de soldadura, litografía, litopón, lldpe, loderas, loi, los compuestos de fibra larga, los elastómeros, los pl sticos para vehículos el,ctricos, los pl sticos, los polimeros difusores, los polimeros, los primeros polimeros, lubricantes, luminiscencia, luz de cortesía, lvavajillas, m,todos para evaluar la degradación, m,xico, mabs, macromol,culas lineales y ramificadas, maleta, mamparas, manguera hidraulica, manguera, mangueras para rodillos, mangueras, maquiladora de bolsos, maquiladora de calzado, marcado laser, marcas de flujo, marcas de quemaduras, marcas de rechupe, masterbatch, master batch, material frío, materiales para suelas, materiales plasticós en el automotriz, materiales plasticos, materias primas de base bio, mb de silicona, mbs, mdpe, mecanismo char, mecanismo de fase gaseosa, mecanismo de goteo, mecanismo de intumescencia, mecanizado de pl stico, medición humedad, medidas de biodegradación, mejoras de formulacion, melt fracture, menu metacrilato butadiene estireno, , PA 6.I, PA 6.T 6.6, PA 6T, PA 9T, PA M5T, PA MXD6, PA, PA1010, PA1012, PA10T, PA11 10T, PA12 macm, PA1212t, PA3, PA3, PA3, PA4.10, PA4, PA412, PA46, PA48, PA49, PA5, PA56, PA6, PA610, PA612, PA66, PA68, PA69, PAAAAS, PAAAAS, Packaging, PAES, PAI, PAM, PAN, PAN, PAN, PAN, PAN, PAN, PAN, PAN, PAN, PAN, PAN, PAN, PAN, PAN, PAN, PAN, PAN, PAN, PAN, PAN, PAN, PAN, PAN, PAN, PAN, PAN, PAN, PAN, PAN, PAN, PAN, PAN, PAN, PAN, PAN, PanPantone, PA PP, Papxd10, Par, Para, Parachoques, Parison Sag, Parrillas, Partitioning Agent, Pa San, PB 1, PBE, PBE POLIMERO BASE ETILENO, PBI, PBIT, PBS, PBT AsaABS, PC ASA, PC, PCD, PCL, PCM, PC PBT, PC PP, PC SAN, PCSS PCT, PC TPU, PDMS, PEA, PEBA, PEDAL BOX, PEELING, PEGAR EL PL PL Stico, Pei, Película,, PEN, Pen, Pentóxido de Antimonio, Peptizantes, Peque¤a Llama, Peque¤os Electrodom, Sticos, Perfil Dados, Perfil de Tornillos, PortaFusibles, Portal Mparas, Portavasos, POSS, Combustible, compression set, ES El Material TPU, QU, El Moldeo Cientifico, QU, El Poli, Ster, QU, ES La Hist, Resis, ES UN ELASTOSMELASONS LOS LOS LOS MONSómer , SEBS Alto Termo, Sebs ERS, SEBS M, DICO, Sebs Overmolding, 2K, Sebs TPU, Sebs Transparente, Sebs, Seb S, S Eb S, SEBS TRANSPARENTE, SECADO, SEEPOPOS, SEEPOADORO, SEEPOADORO, SEEPOADORO, SEEPOADOROations, SEEPOPOADORO, SEEPOADOROationality, SEEPOPADORO, SEEPOADOROations, SEEPOPOADOROROROAAIAAAIAAOAationationationEERA, NDULO, SOLDADAURA L Ser, Soldadura Por Aire Caliented, SOLDADURA POR Fricción (RotaCional), ET Propiedades, TPCET, TPC ET, TPC ET, TPE General O, TPE V, TPE, T P E, TPEE, TPE O, TPES, TPE U, TPE V, TPI, TPI, TPU Fundas Y, TPI Fundas Y, TPI Fundas tratamientos de modificación de superficie, trióxido de antimonio, troubleshooting, tubos corrugados, tubos de freno de vacío, tubos termopl sticos, tvi, uhmwpe, uhmw pe, ul94, ultrasonido, umts, under the hood, unión adhesiva, urea formaldehído, usp, variaciones de brillo, vehículos el,ctricos, ventajas del moldeo por inyección para aplicaciones automotrices, vicat, vidrio molido, vinilo, virus, viscoelasticidad polim,rica, viscosidad absoluta, viscosidad aparente, viscosidad intrínseca, viscosidad relativa, viscosidad, vitrificación, vldpe, vulcanización con óxido de metal, vulcanización con azufre, vulcanización con peróxido, vulcanización con radiación, vulcanización con silanos, vulcanización de caucho, vulcanización de uretano, vulcanización din mica, vulcanización fenólica, vulcanización iónica, vulcanización inducida por luz ultravioleta, vulcanización platinica, vulcanización , vulcanizacion Thermosetting Compression Moulding tpv, warpage, water injection assisted, what is tpc et, wheel arch, wollastonite, xdur pbt, xnbr, xsbr, zapato, zapatos de seguridad, zeolitas, ziegler, natta,5g

  

At a large airport surrounded by farmland in central Washington, an electric plane recently made history. This is the largest commercial plane in history, and it can take off and fly only by electricity. Within 30 minutes of May 28th, it flew over Grant County International Airport, and the onlookers applauded and cheered.

  

  This is a modified Cessna station wagon 208B, which can accommodate up to 9 passengers. The test plane only installed one seat for the pilot.

  Far from the 200-300-seat jet, this jet can take you on a weekend vacation or work trip in the city, and don’t mind the large double-decker plane across the continent. But the test flight of "eCaravan" was successful. The two companies behind it, AeroTEC and magniX, which supply motors, are dissatisfied with the results. Roei Ganzarski, CEO of magniX, pointed out in a statement that the price of flying Cessna is only $6 (4.80). If they use conventional engine fuel, the cost of a 30-minute flight is 300-400 dollars (240-320 pounds).

  The first thing to note is that the long-distance flight of large aircraft will not become fully electric soon. Of course not in the next 50 years-the jury will discuss whether this will happen in this century. The reason is energy density.

  Energy density is usually defined by watt-hours (Wh) obtained per kilogram (kg). At present, the energy density of lithium-ion batteries may reach 250 Wh/kg, while the energy density of jet fuel or kerosene is about 12,000 Wh/kg.

  In this way, it seems that there is almost no hope for electric planes to catch up. However, this difference is not as obvious as it seems, because electric propulsion systems can be designed to be more efficient, which means they can cover more distances with less energy. However, at present, this still makes the energy richness of fossil fuel system 14 times higher than that of battery-powered alternative energy. The battery is not a liquid, it will not wander around, and it is also awkward in shape and volume. Susan Lay Liscout-Hanke, an aviation engineer at Concordia University in Montreal, said: "At present, this fuel is well integrated into the wing."

  In addition, there is another obstacle that even if the battery is dead, the weight of the battery will remain the same. With the flight of traditional aircraft, kerosene is consumed, making the aircraft lighter. This in turn reduces the amount of fuel it needs to stay in the air.

  Duncan Walker of Loughborough University has worked out what it means to actually send an electric plane into the air. He concluded that Airbus A380, the world’s largest passenger plane, can only fly 1,000 kilometers on batteries, while the standard flying distance is 15,000 kilometers. He wrote: "To maintain the current range, the aircraft needs 30 times the current fuel intake, which means it will never land."

  These limitations mean that most industry experts believe that electrification of certain types of aircraft is the first step. This mainly means that they will be on the smaller side, but not necessarily very small.

  Engineers are currently trying to build an all-electric jet plane that can accommodate 180 people and can fly about 500 kilometers. EasyJet, a low-cost airline, has cooperated with Wright Electric, an aviation startup, to design and develop this prototype aircraft. If successful, it can be put into commercial service as early as 2030. Its travel routes will be restricted-for example, from Paris to London, not according to Roland Berger, a management consultant, but narrow-body aircraft flying less than 1,500 kilometers account for about one-third of aviation emissions. By gradually introducing electric aircraft that can replace traditional aircraft in these short-distance trips, the impact of flight on the environment can be greatly improved.

  Roland Roland Berger pointed out that the aviation industry is one of the main reasons for the sharp increase of carbon dioxide emissions in the EU. Although the aviation industry currently accounts for only 3% of global carbon dioxide emissions, due to the expected growth of this industry, by 2050, the emissions of commercial aircraft may account for 24% of global carbon dioxide emissions.

  Robert Thomson, a partner of Roland Berger, said that it is "very ambitious" to commercialize all-electric 180-seat aircraft by 2030. A more sober view is that by 2030, we will be more likely to see the advent of hybrid electric aircraft. On these planes, power is provided by batteries and motors and traditional combustion systems. Thomson said: "A 50-seat plane will become a hybrid, maybe in 2030, that is, in the late 2020s-I think this is a reasonable timetable."

  He added that his company has developed more than 200 electric aircraft, and the number of these projects increased by 30% between 2018 and 2019. Many of these planes are hybrid aircraft. Thomson said that they have a variety of "smells", of which electricity may only provide 10-20% of the aircraft’s propulsion. In principle, it may be easier to develop these designs using existing aircraft fuselages.

  In recent years, one of the most concerned hybrid aircraft experiments is E-Fan X, which is a joint project between Airbus, Siemens and Rolls-Royce. The concept of the aircraft uses a 100-seat BAE 146 aircraft, which will be modified so that one of its four engines will be powered by a 2 MW engine-enough to power about 2,000 households. The plan originally planned to conduct a test flight this year, but the project was suddenly cancelled in April.

  Riona Armesmith, chief project engineer of rolls royce’s hybrid propulsion company, said that the technology developed for E-Fan X has not been completely shelved. She said: "I think we just take a step back and see if we really need to use these systems." "I think we have learned enough knowledge."

  Armesmith admits that there is no plan to use the technology of E-Fan X to fly another prototype plane, but we have learned a lot nonetheless. Most importantly, she said, components such as generators, cables and switching systems need to be redesigned or built completely from scratch in order to fly reliably and safely. It turns out that almost no one has ever modified the electrical system to fly an airplane of this size.

  For example, electrical components need extra insulation to ensure that they will not catch fire, for example, Armesmith said. At high altitude, high voltage will cause greater damage to the insulation layer, so it must be very strong to be worth flying. This means that she and her team must design brand-new cables and switchboards. She said, "You can go,’ Ah, actually, it will be more challenging than we thought.’"

  Rolls-Royce is also developing other experimental electric aircraft, including the all-electric ACCEL aircraft, which will start flying this year, aiming to set a record for the fastest electric aircraft. Although it is a small single-seater car, its design speed is close to 500 mph and its range is over 320 km.

  Like many people in the industry, Amir Smith said that the biggest development may be to redesign the aircraft body to allocate more engines on the aircraft than usual. Theoretical research shows that using more and smaller engines can reduce drag and improve overall efficiency, thus making this kind of design a better choice for electric aircraft. This is one of the principles for Wright Electric to coordinate with EasyJet.

  Liscout-Hanke said that a large number of projects and experiments on electric aircraft are still encouraging. This means that one of these planes has a better chance of success. Richard Aboulafia, vice president of analysis at Teal Group, an aviation market research company, added, but it is important not to be attracted by all the hype.

  Although there is no doubt that the technical limitations faced by large aircraft are enormous, he praised the recent eCaravan experiment. There is a small market of about 100 small planes carrying a few passengers or some cargo every year. This kind of electric aircraft can work without changing the battery technology greatly, and it can carry out flight tests in fewer aircraft take-off and landing areas, which will eventually be safer. He said, "That’s the ideal testing market."

  This will not excite those who dream of taking a holiday by electric jet (or those who live near a busy airport and want a quieter sky). But this may represent a key step towards this point.

  At the same time, two other technologies under consideration to reduce aircraft emissions are biofuels and hydrogen propulsion systems. Everyone has their own problems. Biofuels made of organic substances can be used by existing aircraft and may be greener than kerosene. However, due to its small market scale, many biofuels have their own environmental disadvantages.

  Thomson said: "The amount of hydrogen storage required by aircraft is about three times that of kerosene." "In today’s aircraft architecture, there is nowhere to put it."

  In other words, these three promising technologies-batteries, biofuels and hydrogen-need to make some major breakthroughs before revolutionizing the aviation industry. The COVID-19 outbreak may further prevent the development of the situation.

  However, people’s interest in environmental protection travel is being established. Liscout-Hanke said that with political support for electrification, the momentum behind the pilot projects of Airbus, EasyJet, Rolls-Royce and many other companies can be established.

DONEWS, February 15 (Liu Wenxuan) Intel announced the acquisition of Israeli foundry Tower Semiconductor at a price of $53 per share, totaling about $5.4 billion.

  

  CEO Pat Gelsinger said that Tower’s technical reserves, market scope, and customer relations will help expand Intel’s wafer foundry services and make Intel an important provider of wafer foundry services worldwide.

  Tower Semiconductor acquired Jazz Semiconductor in the United States in 2008, Micron’s wafer factory in Japan in 2011, a wafer manufacturing company with Panasonic in 2014, Maxim’s wafer factory in Texas in 2016, etc. There are wafer factories in Israel, California, Texas, Japan and other places, and 6-inch, 8-inch and 12-inch wafers are manufactured by various processes for supply.

  Last year, Intel announced that it would join the wafer foundry and set up a new department called "Intel Wafer Foundry Service" (IFS). This will combine Intel’s manufacturing process and packaging technology, as well as the production capacity supply in Europe and America, to provide customers with customized products production services.

  (Disclaimer: The content of this website mainly comes from originality, partner contributions and third-party contributions from media authors. All information appearing on this website is for reference only. This website will try its best to ensure the accuracy and reliability of the information provided, but it does not guarantee the accuracy and reliability of the relevant information. Readers should further verify it before using it and be responsible for any self-determined behavior. This website is not responsible for any errors, inaccuracies or omissions caused by relevant information. Any unit or individual who thinks that the contents of the web pages or links in this website may be suspected of infringing its intellectual property rights or have false contents shall promptly submit a written notice of rights or a statement of falsehood to this website, and provide proof of identity, ownership and detailed proof of infringement or falsehood. After receiving the above legal documents, this website will contact the source of relevant articles for verification as soon as possible according to law, and delete relevant contents or disconnect relevant links. )

Training and Process Education is More Critical TON EVER BeFore. Why? Two Key Factors in the Stamping Market Are Driving.

  

  

  Then, then

  Also Aluminum and Fiber-Reinforced Composits and Other Composites. Currently, some parts are stamped from a composition of disimilar machials aluminum and magnesium.

  

  With the current New Materials, the key is not how to "work the material," But Rather How to "work with the material." There are a few ways to do this, and this is part of the road needed.

  An Employee Can Learn to Use Servo Technology to Tackle Material and Forming Challenges. A Servo Press Can Be USed to the Forming Needs of a PARTICular Material or PROCESS.

  Are all digitally controlled, so tweaking the presmeters to get the required part accuracy may be quick and simple.

  Stamping Personnel Should UNDERSTAND How A Servo Press ’s Ability to Control Slide Velocity at the Stroke Can Allow the Material to Flow As Needed CRESTED CRESTEDEDEREDRA its.

  This can be especially useful for forming laminates userd a heated play. Other Operations, Such as in-Die Tapping and hardware insertion, benefit from this dwell capability as whole.

  

  In a Few cases, increasing speyd during the working part of the stroke but slowling the retarly minimizes reverse shiplet.

  Adage "Seeing Is Believing" has never ben more account.

  to the tooling mindry experts.

  

  

  Do this to minimize reWORKING and TRIAL-AD-ERROR TROUBLOTIOTING TIME.

  

  Showing Exactly How to Program The Press Parameters and Manipulating they to solver.

  Concessing The Turnover of Staff, The Necessity to Hire and Train New Operators and Manufacturing Support is constant and increasing. New Staff Will NEED to Be TRAINED.

Looking back on the past 2020, although the epidemic has had a great negative impact on the world, the performance of the technology giant Apple is still firm. The iPhone 12 supporting 5G and the Mac with self-developed ARM chips have made this company earn enough attention. The annual revenue reached US$ 274.5 billion, and its market value once exceeded US$ 2 trillion, making it firmly the highest and most profitable technology enterprise in the world.

  

  However, the criticism of Apple’s declining innovation ability is also growing. This year’s new iPhone 12 has returned to the classic vertical middle frame and double glass design. Although the fruit powder is once again dominated by the law of "real fragrance", it has to be admitted that the iPhone 12 is far from the sensational effect produced by the iPhone 4. What kind of strategy will Apple adopt to create more glories after reaching Gaofeng? Today, we will share with you some latest rumors about Apple’s products.

  According to Bloomberg News on January 15th, Apple recently started testing the folding screen iPhone. Although this rumor seems to be quite credible, Apple has never made public the plan of folding screen iPhone. Moreover, the current research and development work is limited to the screen, which means that there is no prototype of the folding screen iPhone in Apple’s lab.

  Apple now has several folding screen size schemes, one of which is 6.7 inches consistent with iPhone 12 Pro Max. If the research and development is successful, the future iPhone will have a large screen and a lot of smaller size. Bloomberg reported that the hinge design of Apple’s folding screen is so ingenious that it is almost invisible. This makes the screen of the iPhone wrap the fuselage in the future, instead of connecting two separate screens with hinges like some folding screen devices that have been introduced.

  However, rumors are rumors. Even if such an iPhone goes on the market, it will definitely take years of research and development, or it will eventually sink into the sea with a high probability. The appearance of iPhone 13, which will be launched in 2021, will probably not change. It will be the "S" version of iPhone 12, that is, it will only be upgraded in performance.

  Even so, it is rumored that the new iPhone is testing another major upgrade: the off-screen Touch ID. Although the Face ID of recent generations of iPhone claims to be safer and faster than Touch ID, this year’s epidemic has made masks the biggest killer of Face ID. In this case, the advantages of Touch ID under the screen have become very obvious.

  In other respects, the new iPhone may cancel the charging interface and can only charge wirelessly instead.

  According to the latest news from Bloomberg on 16th, Apple will launch a newly designed iMac, which will be the biggest upgrade since 2012. According to the report, the screen border of the new iMac will be greatly reduced, the chin will be cancelled, and the back will be flat, which is similar to the Pro Display XDR display released in 2019.

  Like the existing 21.5-inch and 27-inch versions, the new iMac will also have two versions, one of which is between 23 and 24 inches. Like the new MacBook Pro, the new iMac will also use Apple’s self-developed chip. It is said that the new generation of Apple Silicon chips adopted by iMac will have 16 high-performance cores and 4 energy-efficient cores, while the high-end version may have 32 high-performance cores. Apple is still developing a new generation of GPU, which will have 16-32 cores, and the high-end version will have 64-128 cores.

  And the Mac Pro is about to usher in an upgraded version, and there will be two versions of the upgraded Mac Pro. One is the iterative version of Mac Pro, which went on sale in December 2019. The appearance is consistent, but the internal hardware is upgraded. Moreover, it is rumored that this version of Mac Pro is likely to continue to use Intel processors, which may be the only hardware in the new Mac family that uses Intel processors.

  The other Mac Pro will be a greatly upgraded version, which will adopt a brand-new design and adopt an aluminum body. The overall size is a little larger than the Mac mini, less than half of the current Mac Pro. Bloomberg believes that this design may "arouse people’s nostalgia for the Power Mac G4 Cube".

  The current MacBook Pro has been in use for 5 years, and the last appearance update was in 2016. According to the recent prediction of analyst Guo Ming, this year’s new MacBook Pro will have a brand-new design with a flat edge. Cancel the Touch Bar and change back to the Fn function key, and Magsafe cancelled in 2016 will return.

  The new MagSafe will become an independent port and will not replace the original USB-C port. The design of the new magsafe connector is similar to that of the previous magsafe connector, and the charging speed is faster than that of USB-C.

  Speaking of MagSafe, let’s review the development of MagSafe here. MagSafe? made its debut in January 2006, when Apple introduced the first MacBook Pro, which was also the first Mac laptop with an Intel chip. There are two magsafe versions, and the original magsafe connector is used in the 2006 MacBook Pro.

  The first generation "MagSafe" ports were characterized by a square design with five holes, which were magnetically connected to the attached connectors. The purpose of this design is that if you drag the connector, it will separate quickly and smoothly without damaging the ?MagSafe? port or pulling the MacBook Pro off the table.

  Like USB-C, "MagSafe" allows the connector to be connected to the Mac from any direction, and charging is simpler than USB-C, because there is no need to plug the cable into the port, as long as the connector is close to the port, it will automatically stick in place by magnetic attraction. Apple has developed 45W, 60W and 85W "MagSafe" connectors for various machines.

  Initially, Apple used the T-shaped MagSafe connector design to lead the cable directly out of the machine. But it was later changed to L-shaped design, and the cable was placed on the side of the computer. T-shaped design was used from 2006 to 2009, while L-shaped design was used from 2010 to 2012.

  In 2012, Apple introduced a new version of MagSafe, called ?MagSafe? 2. It has a thinner and wider port and a new connector design, which restores the T-shaped design. The ?MagSafe? 2 connector is not compatible with the original magsafe port, and an adapter is required.

  In 2016, with the launch of the USB-C MacBook Pro model, Apple began to stop production of ?MagSafe?. MacBook Pro models released between 2016 and 2020 do not use "MagSafe" technology, but charge through the USB-C port of the device. ?Mac? has completely eliminated the MagSafe product line, and in July 2019, Apple discontinued the last machine equipped with MAGSafe, the 2017 MacBook Air.

  The iPhone 12 series products in 2020 brought ?MagSafe back to public view. The ?iPhone 12? model has a built-in magnet ring, which can support the MagSafe magnetic wireless charger option. Soon, MagSafe charging can be resumed in all product lines of Apple.

  According to rumors, the MagSafe connector introduced in the 2021 MacBook Pro model will be similar to the discontinued ?MagSafe? 2 connector. However, it is unlikely to be exactly the same, because it is said to charge the new MacBook Pro faster than USB-C.

  In the past, the ?MagSafe? cable was easily broken or worn near the charging connector, so Apple may consider adopting the new design of the 2021 MacBook Pro model to alleviate this problem. As Apple plans to introduce the new "MagSafe" connector for the first time, it shows that the hardware needed to charge the Mac will continue to be provided with the Mac machine. With the advent of the iPhone in 2020, Apple stopped providing power adapters, but this does not seem to extend to the Mac product line.

  EETimes, a well-known American electronic industry magazine, recently published a report written by analyst Colin Barnden, saying that the long-rumored Apple Car may use the "C1" chip based on A12 Bionic processor, and has AI function, which can perform eye tracking and other functions.

  The report outlines the method and licensing technology that is considered to be behind Apple’s automotive processor, which is temporarily called "C1" chip. Since Apple will need a chip foundry with experience in automotive electronics processing, the report shows that Samsung or TSMC can provide products for Apple. It is believed that TSMC has been developing 7nm automotive technology for some time, and Samsung has developed Exynos Auto V9 SoC on its 8nm technology.

  Considering the supplier’s capacity, C1 may be very similar to A12 Bionic chip, and manufactured by a similar 7nm process.

  Tesla’s fully automatic driving chip has 6 billion transistors and consumes 36W, which is lower than Apple’s A12, which has 6.9 billion transistors and consumes 3.5W. Because it is equivalent to the existing automobile SoC, it is speculated that C1 will be based on A12 Bionic and then modified for specific automobile applications.

  If Apple Car is scheduled to be put into production in 2024, C1 with slight modification of A12 will be the best solution.

  Since Apple has licensed technologies that it cannot design (such as Arm architecture technology and CPU kernel), the report suggests that Apple develop more technologies for C1 license. The most important thing is the Occula NPU core of Seeing Machines, which will enable Apple to realize various AI functions in the cab, such as driver’s eye tracking.

  Seeing Machines has adopted a business model similar to Arm to license Occula neural processing unit, so that Apple can add it to its own custom chip design. Occula has AI and computer vision algorithms, expertise in human factors of natural driving data, and expertise in IR light path operation. Therefore, this technology is considered to be the first choice of AI-driven cabin monitoring system.

  There is a debate about the distance between Apple’s consumer cars and the market. It is rumored that the release date will range from 2024 to 2027. Despite this, the reports about Apple Car have surged, which also shows that the project is accelerating. There are rumors that Hyundai Motor is negotiating the production of "Apple Car" recently.

  Summary: Every year, rumors about Apple are a hot topic, and rumors about iPhone are the most important. Now, the attention of Mac and Apple Car is getting bigger and bigger. In addition, this year, Apple abandoned intel and turned to self-developed chips. Apple’s ambition of ecological unification has made its software and hardware in all links have strong industry dominance.

There is much more to metal stamping than most people take into considerlation.

  

  Complex Parts often Require a Series of Several Different Steps to Create. Parts that May Seem Simple at FIRST GLANCE RARELY Need Only One Stamping Step to considerRed.

  Confsion is often found when determing the appropriate process for metal stamping. When selecting a metal metal stampingstamping process, one shopping consider::

  How The Stamping Process will impact the functionality of the design

  The design or indultry-supervis of requirers

  Production Time and Cost-Effectiveness

  Common Metal Stamping Processes

  DISREGARDING STEP SUCH As Des Design and Prototyping, Which Are Necessarily Performed Prior to Stamping, there are processes in the actual stamping of metal

  Blanking

  

  Piercing

  If a part requires slots, holes, or Other Cutouts, piercing can be employed. Piercing, which can be performededaneously with blanking, punches the requisite shates

  Drawing

  With a depth greater than the opening are de Deep Drawn.

  Bending

  ManuFacturers in Piece of Metal Capes the Entire Part to Deform.

  Air Bending

  The Part is Released. Air Bending UseS Less Power and Pressure Than Other Metal Stamping Die ManuFacturers Bending Methods.

UHEC

  

  Electric unit heaters provide reliable, efficient operation. Typically used for spot heating, these units are factory-wired and -fused for quick and easy installation.

  UHXA

  Specifically designed for rugged industrial applications, Trane explosion-proof electric unit heaters can be used in hazardous locations where the presence of certain flammable gases, vapors, powdered metals or dusts create the possibility of explosion or fire.

  UHRA

  Trane’s electric architectural forced-air wall heaters combine quiet, reliable heating with an attractive cabinet design. Their ease of installation, rugged construction and architectural styling particularly suits them for use in commercial, industrial and institutional applications. Typical examples include offices, lobbies and reception areas, schools and dormitories.

  UHWA

  Series 20 and 50. Intended for commercial, institutional and many industrial applications, the durable, vandal-resistant design of Trane’s heavy-duty electric wall heaters especially suits them for use in public buildings such as schools, stores, offices, dormitories, hospitals and transportation terminals. They are typically used to heat lobbies, entryways, corridors, reception areas, stairways, rest rooms and offices.

  UHAA

  Trane’s electric architectural forced-air wall heaters combine quiet, reliable heating with an attractive cabinet design. Their ease of installation, rugged construction and architectural styling particularly suits them for use in commercial, industrial and institutional applications. Typical examples include offices, lobbies and reception areas, schools and dormitories.

When it comes to metal stamping, the united states is one of the larget industry.

  

  Everyone wants to get into their market, but only those of the best question are acceptable.

  I am very familiar through their products and it is quite different to get into the top in the world.

  But, I Made the Top 10 Metal Stamping Companies in the us list with a lot of research.

  According to what I have compiled, each of the companies on it has a great reputation in the world.

  

  

  

  Arrange a quote and be amazed by our metal stamping service.

  Micpro Precision Co LTD

  In Production Parts for the Medical Industry.

  

  , Andotomotive Industries. The Company Operates Globally, with Over 40 Years’ Experience in Stamping Metals.

  

  Integrity Manufacturing Can Be Your Go-To ManuFacturer for All the Services You NEED, from Soup to Nuts.

  

  It is Also Great to Know that Integrity ManuFacturn is a female-wened company.

  , All of which provides, products, and a short leads, at an affordable cost.

  

  as Brackets, Bushings, CLIPS, Terminals, and Shields.

  USING Their EDM and CNC Machines, Keats Can Maintain A Tight Tolerance of Up TO 0.0005 ″ Throughout the Entire Metal Stamping Process. They have Three Facilities.

  

  And design to polchase and deliverly, all the way through to post-delivery assistance.

  

  This manuFactuer is is is is is is is is is is is is is is is is is is is is is is is ISO 9001 Certify. Certainly, Matener ’s DeCade of Experience in Metal Stamping Will PROVIDE You With Cost Savings on Your Stamping NEEDS.

  To a variety of indultries.

  To be female-wened.

  Then, then

  -welded materials.

  If you are in the automotive industry, consider thai summit.

  To the automotive, Marine, Alternative, Hardware, Metal Stamping Die ManuFacturers and Appliance Industries.

  To Meet CustomEreneds, They Provideo Engineering, Design, A2LA-ACCREDITITED TESTING, and Manufacturing Services Globally, with Offices INEUROPE and CHINA.