热管油压机模具结构及加热系统设计毕业论文

ЬтФПЃК ШШЙмгЭбЙЛњФЃОпНсЙЙМАМгШШЯЕЭГЩшМЦ

ЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁбЇ  дК     ЛњаЕгыЦћГЕЙЄГЬбЇдКЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁзЈ  вЕ        ЛњаЕЕчзгЙЄГЬЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁбЇЩњаеУћЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁбЇЩњбЇКХ      200730021495ЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁжИЕМНЬЪІЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЁЬсНЛШеЦк   2011Фъ  6 дТ 8 Ше

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ЁЁЁЁЁЁБОЮФЯъЯИНщЩмСЫЮЊЙуЖЋаТДДвтзЈРћЗЂеЙгаЯоЙЋЫОЙЄГЇжавЛЬЈTHO-104-10TгЭбЙЛњЩшМЦШШбЙФЃОпКЭМгШШЯЕЭГЕФЯъЯИЙ§ГЬЁЃгЩгкЫљЩшМЦЕФШШбЙФЃОпКЭМгШШЯЕЭГашгыЙЄГЇжаTHO-104-10TгЭбЙЛњЯрЛЅХфКЯЃЌВЂЧвЛЙашТњзуЙЄГЇЩњВњЕФашЧѓЃЌЙЪЩшМЦЙ§ГЬдкЙЄГЇжаНјааЁЃВЂдкДЫЦкМфЭЈЙ§ВЮгыЙЄГЇЕФЪЕМЪЩњВњЃЌСЫНтЙЄГЇЕФЩњВњЧщПіЃЌЬсИпздМКЕФЙЄГЇЪЕМљФмСІЁЃЁЁЁЁЁЁБОДЮЩшМЦжївЊЗжЮЊФЃОпЩшМЦКЭМгШШЯЕЭГЩшМЦСНИіВПЗжЁЃБОЮФЯШЖдЙуЖЋаТДДвтзЈРћЗЂеЙгаЯоЙЋЫОЕФЩњВњЧщПіНјааСЫМђвЊЕФНщЩмЃЌЖдгЭбЙЛњЕФЙЄзїЧщПіКЭЪЙгУвЊЧѓзїГіЫЕУїЃЛЖјКѓЭЈЙ§злКЯПМТЧФЃОпНсЙЙгыМгШШЯЕЭГжЎМфЕФЯрЛЅХфКЯЃЌГѕВНФтЖЈећИіЩшМЦЗНАИЃЛШЛКѓВћЪіСЫИљОнЩшМЦЗНАИЖдФЃОпбЁВФЁЂФЃОпНсЙЙЁЂФЃОпСЌНгЕШНјааЯъЯИЗжЮіЩшМЦЕФећИіЙ§ГЬЃЛЫцКѓдкЭъГЩФЃОпЩшМЦЕФЛљДЁЩЯЃЌИјГіСЫМгШШЯЕЭГЕФЕчТЗд­РэЭМЃЌвдМАИУЕчТЗд­РэЭМжаЫљЩцМАЕФЕчЦїдЊМўЕФаЭКХКЭЙЄзїд­РэЃЛзюКѓЖдЭъГЩСЫАВзАЕФгЭбЙЛњФЃОпКЭМгШШЯЕЭГНјааВтЪдЪЙгУЃЌВЂЖдДЫЙ§ГЬжаГіЯжЕФЮЪЬтЃЌНјвЛВНЬсГіИФНјЕФвтМћЁЃЁЁЁЁЁЁБОЮФжаеыЖдTHO-104-10TгЭбЙЛњФЃОпЩшМЦЫљЕУГіЕФЙЄГЬЭМжННдНЛгЩЩюлкЪаЬЈКшЛњаЕЩшБИгаЯоЙЋЫОНјааЩњВњАВзАЁЃМгШШЯЕЭГЕФЕчПиЯфжБНгЪЙгУЙЄГЇжад­гаЕФЕчПиЯфЃЌМгШШЯЕЭГЕФЕчТЗдЊМўздааЙКТђВЂЭъГЩАВзАЁЃЁЁЁЁЁЁВтЪдНсЙћБэУїЃЌЮЊTHO-104-10TгЭбЙЛњЫљЩшМЦЕФФЃОпКЭМгШШЯЕЭГФмНЯКУЕФТњзуЙЄГЇЕФЩњВњашЧѓКЭЪЪгІЙЄГЇЕФЪЙгУЛЗОГЁЃЕЋЪЧЃЌЩшМЦжаШдШЛДцдкаэЖрПЩвдИФНјЕФЕиЗНЃЌЮФжавВвЛвЛСаГіЃЌВЂИНЩЯИФНјвтМћЃЌвдБуЯТДЮЩшМЦНјааВЮПМЁЃ

ЙиМќДЪЃКTHO-104-10TгЭбЙЛњЃЛФЃОпЩшМЦЃЛМгШШЯЕЭГЃЛАВзАВтЪд

AbstractЁЁЁЁЁЁThe thesis mainly introduces the detailed process of the heat pressuring mould and heating system specially designed for a THO-104-10T oil hydraulic press in GuangDong Newidea Patent Development co.,Ltd. Since the designed heat pressuring mould should mutually coordinate with the THO-104-10T oil hydraulic press, the whole designing process is carried out in the factory. Meanwhile, the actual production will be participated in order to better understand the factory's production condition as well as improve the practical capabilities.The design mainly consists of two parts:the design of mold and the design of heating system. The thesis starts with a brief introduction of the production condition in GuangDong Newidea Patent Development co.,Ltd; next will be the explanation of the working situation and operating requirement of the oil hydraulic press; then comes the preliminary design proposal, which is given out after comprehensively taking into account the mutual coordination of the mold structure and the heating system; following will be the schematic circuit diagram and operating principle of the heating system together with model numbers of all electrical apparatus element involved; last will be the use testing of the mounted mold and heating system of the oil hydraulic press, besides, the improvement advice concerning all problems existed in the process will be put forward.All the engineering drawing of the design for the THO-104-10T oil hydraulic press will be given to the Shenzhen,Taiwan,Hong Machinery Co.,Ltd for production and installation. The electric control panel in the factory will be used as the electric control panel of the heating system. The circuit element of the heating system will be purchased and thereafter be installed.ЁЁЁЁЁЁThe testing results show that the mold and heating system designed for the THO-104-10T oil hydraulic press can satisfy the production demand and the operating condition of the factory. However, there are still many weak points waiting for improvement, which will be clearly stated in the thesis. Suggestions for improvement will be included as the reference for the next design.

Keyword: THO-104-10T oil hydraulic press, mold design, heating system, installation testing

ФПТМеЊ  вЊ IAbstract II

ЕквЛеТ  ЩшМЦБГОАМАвтвх 11.1  ЙужнаТДДвтзЈРћЗЂеЙгаЯоЙЋЫОМђНщ 11.2  ЩшМЦЕФФПЕФКЭвтвх 1

ЕкЖўеТ  ШЮЮёЗжЮіМАЩшМЦЗНАИ 22.1  ШЮЮёЗжЮі 22.1.1 ЙЄзїЧщПіЗжЮі 22.1.2 ФЃОпНсЙЙВПЗж 22.1.3 МгШШЯЕЭГВПЗж 32.2  ЩшМЦЗНАИ 32.2.1 ФЃОпНсЙЙВПЗж 32.2.2 МгШШЯЕЭГВПЗж 4

ЕкШ§еТ   ФЃОпЩшМЦ 53.1  ЩЯЯТФЃОпВФСЯ 53.1.1 3Cr3Mo3W2VИжГЩЗжМАадФм 53.1.2 3Cr3Mo3W2VИжШШМгЙЄЙЄвеЙ§ГЬ 63.2  ФЃОпЩЯТнЫЈЕФбЁЖЈ 93.2.1 ЗЈРМХЬСЌНгТнЫЈ 93.2.2 ЙЬЖЈТнЫЈ 103.3  ФЃОпНсЙЙЩшМЦ 103.3.1 ЗЈРМХЬгыжаМм 103.3.2 Э­Ьз 113.3.4 ЯТФЃЃЈМгШШФЃЃЉ 133.4  ИєШШВФСЯЕФбЁЖЈ 153.4.1 ЬеДЩЯЫЮЌУмбЙАхМђНщ 153.4.2 ЬеДЩЯЫЮЌУмбЙАхЮяРэЛЏбЇВЮЪ§ЃК 163.5  ФЃОпЕФзАХф 16

ЕкЫФеТ МгШШЯЕЭГ 184.1  ЕчТЗд­РэЭМ 184.2  ЕчТЗдЊМўаЭКХ 194.2.1 ПижЦЕчТЗдЊМў 194.2.2 ЕчЯпбЁЖЈ 204.3 АВзАЕїЪд 22

ЕкЮхеТ АВзАВтЪд 245.1  АВзА 245.2  ИФНјЗНАИ 24

НсЪјгя 26ВЮПМЮФЯз 27ИНТМ 29ИНТМвЛЃКЗЈРМХЬЙЄГЬЭМ 29ИНТМЖўЃКжаМмЙЄГЬЭМ 31ИНТМШ§ЃКЭ­ЬзЙЄГЬЭМ 33ИНТМЫФЃКЩЯФЃЙЄГЬЭМ 35ИНТМЮхЃКЯТФЃЃЈМгШШФЃЃЉЙЄГЬЭМ 37жТаЛ 39