IPC분류정보
국가/구분 |
United States(US) Patent
등록
|
국제특허분류(IPC7판) |
|
출원번호 |
US-0662354
(2000-09-14)
|
우선권정보 |
KR-0039329 (1999-09-14) |
발명자
/ 주소 |
- Yim, Hong-kyun
- Kang, Heui-jong
- Mun, Jong-kuk
- Kim, Jin-hwan
|
출원인 / 주소 |
- Samsung Electronics Co., Ltd.
|
대리인 / 주소 |
Bushnell, Esq., Robert E.
|
인용정보 |
피인용 횟수 :
47 인용 특허 :
16 |
초록
▼
A display connection structure of an electronic appliance is disclosed. The display connection structure includes a main body; a display for receiving an image signal from the main body and displaying an image; a connection unit including hinge pins rotatably installed at the main body, and housing
A display connection structure of an electronic appliance is disclosed. The display connection structure includes a main body; a display for receiving an image signal from the main body and displaying an image; a connection unit including hinge pins rotatably installed at the main body, and housing provided at the display so as to be connected to the hinge pins and to pivot together with the hinge pins for detachably connecting the display to the main body; and an optical connector having portions provided at the main body and the display to correspond to each other for transmitting an image signal by light.
대표청구항
▼
A display connection structure of an electronic appliance is disclosed. The display connection structure includes a main body; a display for receiving an image signal from the main body and displaying an image; a connection unit including hinge pins rotatably installed at the main body, and housing
A display connection structure of an electronic appliance is disclosed. The display connection structure includes a main body; a display for receiving an image signal from the main body and displaying an image; a connection unit including hinge pins rotatably installed at the main body, and housing provided at the display so as to be connected to the hinge pins and to pivot together with the hinge pins for detachably connecting the display to the main body; and an optical connector having portions provided at the main body and the display to correspond to each other for transmitting an image signal by light. ing to claim 1, wherein said opening/closing means comprises an upper movable plate capable of elevating said upper mould of the tire mould assembly, and a lower fixed plate capable of fixing said lower mould of the tire mould assembly. ort held between the bracket and the cylinder. 9. The high pressure pump according to claim 8, wherein the seal member includes a metal tube and a rubber piece that covers the inner surface of the tube, and wherein the seal member is attached to the support by press fitting the tube into the support. 10. The high pressure pump according to claim 9, wherein the support is annular and has a flange, and wherein the support is fixed to the cylinder with the flange held between the bracket and the cylinder. 11. The high pressure pump according to claim 10, wherein the seal member includes a pair of spaced lips, and wherein the lips contact the surface of the plunger. 12. The high pressure pump according to claim 8, further comprising a supply passage to supply fluid to the pressurizing chamber and a discharge passage to discharge fluid from the pressurizing chamber. 13. The high pressure pump according to claim 12, wherein a spill valve is located in the pressurizing chamber, and wherein the spill valve selectively opens and closes the supply passage. 14. The high pressure pump according to claim 12, wherein a check valve is located in the discharge passage, and wherein the check valve selectively opens and closes the discharge passage. 15. The high pressure pump according to claim 8, wherein the driving member is a lifter, and wherein the lifter is reciprocally supported by the bracket and is coupled to the plunger. 16. The high pressure pump according to claim 8, further comprising a cam for reciprocating the lifter and a spring for pressing the lifter against the cam. 17. The high pressure pump according to claim 8, wherein the seal member is accommodated within a space formed between the cylinder and the driving member. 18. The high pressure pump according to claim 8, wherein the seal member has an axial section that extends along an axial direction of the plunger and a radial section that extends along a radial direction of the plunger, wherein the axial section contacts the support and the radial section contacts the plunger. 19. The high pressure pump according to claim 18, wherein the cylinder has a projecting section that projects opposite to the pressurizing chamber, wherein the axial section is located between the outer surface of the projecting section and the inner surface of the support. 20. A high pressure pump, wherein a plunger is reciprocally located in a pressurizing chamber that is formed in a cylinder, wherein the plunger is reciprocated by a lifter and changes the volume of the pressurizing chamber thereby pressurizing fuel in the pressurizing chamber, the pump comprising: a support that is formed separately from the cylinder; a seal member that is located outside of the cylinder and is attached to the support, wherein the seal member includes a metal tube, a rubber piece that covers the inner surface of the tube and a pair of spaced lips, wherein the lips contact the surface of the plunger, wherein the seal member is attached to the support by press fitting the tube into the support, wherein the seal member seals the cylinder from the lifter thereby preventing fuel that leaks from the pressurizing chamber from being mixed with lubricant that lubricates the lifter; and a bracket that fixes the cylinder to the support, wherein the support is fixed to the cylinder with the plunger extending through the support, and wherein the support is fixed to the cylinder with the support held between the bracket and the cylinder. 21. The high pressure pump according to claim 20, wherein the support is annular and has a flange, and wherein the support is fixed to the cylinder with the flange held between the bracket and the cylinder. 22. The high pressure pump according to claim 21, wherein the lifter is reciprocally supported by the bracket and is coupled to the plunger. 23. The high pressure pump according to claim 22, further comprising a cam for reciprocating the lifter and a spring for pressing the lifter again st the cam. 24. The high pressure pump according to claim 20, further comprising a supply passage to supply fluid to the pressurizing chamber and a discharge passage to discharge fluid from the pressurizing chamber. 25. The high pressure pump according to claim 24, wherein a spill valve is located in the pressurizing chamber, and wherein the spill valve selectively opens and closes the supply passage. 26. The high pressure pump according to claim 24, wherein a check valve is located in the discharge passage, and wherein the check valve selectively opens and closes the discharge passage. 27. The high pressure pump according to claim 20, wherein the seal member is accommodated within a space formed between the cylinder and the lifter. 28. The high pressure pump according to claim 20, wherein the seal member has an axial section that extends along an axial direction of the plunger and a radial section that extends along a radial direction of the plunger, wherein the axial section contacts the support and the radial section contacts the plunger. 29. The high pressure pump according to claim 28, wherein the cylinder has a projecting section that projects opposite to the pressurizing chamber, wherein the axial section is located between the outer surface of the projecting section and the inner surface of the support. al.; US-5230761, 19930700, Crawford; US-5342634, 19940800, Murata et al.; US-5366741, 19941100, Van Der Zon; US-5391387, 19950200, Peters; US-5419437, 19950500, Huseman; US-5435712, 19950700, Probst; US-5437215, 19950800, Hamilton; US-5552165, 19960900, Haak et al.; US-5645681, 19970700, Gopalakrishna et al.; US-5667824, 19970900, Ream et al.; US-5689942, 19971100, Suga; US-5694745, 19971200, Spatafora et al.; US-5706635, 19980100, Simmons; US-5733587, 19980300, Ream et al.; US-5752423, 19980500, Rawson; US-5819615, 19981000, Dale et al.; US-5827559, 19981000, Powell; US-5846584, 19981200, Capodieci; US-5861185, 19990100, Capodieci; US-5863585, 19990100, Sjoberg; US-5871783, 19990200, Capodieci; US-5871793, 19990200, Capodieci; US-5914142, 19990600, Zartner; US-5928695, 19990700, Capodieci; US-6032561, 20000300, Lonn et al.; US-6068868, 20000500, Capodieci; US-6143336, 20001100, Capodieci; US-6210728, 20010400, Capodieci; US-6231330, 20010500, Capodieci; US-6318248, 20011100, Capodieci; US-6361609, 20020300, Ouellette et al.; US-6368647, 20020400, Capodieci; US-6403132, 20020600, Capodieci; US-6431849, 20020800, Capodieci
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