IPC분류정보
국가/구분 |
United States(US) Patent
등록
|
국제특허분류(IPC7판) |
|
출원번호 |
US-0799426
(2001-03-05)
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발명자
/ 주소 |
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대리인 / 주소 |
McKenna, Long & Aldridge LLP
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인용정보 |
피인용 횟수 :
11 인용 특허 :
12 |
초록
▼
A rural type mailbox having transparent windows formed through the front and rear thereof, a slidable transparent window, which allows the user to open the window to access the interior from the side of the mailbox to remove or enter mail when desired. The mailbox further includes a mail-in-box indi
A rural type mailbox having transparent windows formed through the front and rear thereof, a slidable transparent window, which allows the user to open the window to access the interior from the side of the mailbox to remove or enter mail when desired. The mailbox further includes a mail-in-box indicator LED to let the user know when mail has arrived, the LEDs illuminate inside the mailbox to enabling a user to see inside the mailbox at night using a remote control. The mailbox includes a solar panel for housing rechargeable batteries.
대표청구항
▼
A rural type mailbox having transparent windows formed through the front and rear thereof, a slidable transparent window, which allows the user to open the window to access the interior from the side of the mailbox to remove or enter mail when desired. The mailbox further includes a mail-in-box indi
A rural type mailbox having transparent windows formed through the front and rear thereof, a slidable transparent window, which allows the user to open the window to access the interior from the side of the mailbox to remove or enter mail when desired. The mailbox further includes a mail-in-box indicator LED to let the user know when mail has arrived, the LEDs illuminate inside the mailbox to enabling a user to see inside the mailbox at night using a remote control. The mailbox includes a solar panel for housing rechargeable batteries. e comprising: means for monitoring a pressure applied with a soldering iron that is forming said solder electrode, wherein said means for monitoring said pressure further comprises a spring on said soldering iron that is compressed in correspondence with said pressure applied; means for maintaining said pressure within a pre-determined optimal range; and means for visually indicating said pressure based on compression of said spring, wherein said visual indication means further comprises a needle of a pressure gauge deflected along a numeric scale in correspondence with compression of said spring. 14. The device of claim 13, wherein said visual indication means further comprise: circuitry for generating a pressure value in correspondence with compression of said spring; and a display device for numerically displaying said pressure value. 15. The device of claim 13, further comprising means for preventing damage to a work-piece. 16. The device of claim 15, wherein said damage prevention means include a pressure platform on an end of said spring, said pressure platform comprising roller bearings. 17. A method of forming a solder electrode on an anti-reflective film of a cathode ray tube, said method comprising: forming an anti-reflective film on a cathode ray tube; with a soldering iron, forming a solder electrode on said film; monitoring a pressure applied by said soldering iron that is forming said solder electrode; and maintaining said pressure within a pre-determined optimal range based on said monitoring; wherein said monitoring said pressure further comprises compressing a spring on said soldering iron in correspondence with said pressure applied; and wherein said monitoring said pressure further comprises deflecting a needle of a pressure gauge along a numeric scale in correspondence with compression of said spring. 18. The method of claim 17, wherein compressing said spring further comprises providing a coil spring surrounding said soldering tip that is compressed in correspondence with said pressure applied. 19. The method of claim 17, further comprising preventing damage to a work-piece by providing a pressure platform on an end of said spring, said pressure platform comprising roller bearings. 20. The method of claim 17, wherein said monitoring said pressure further comprises electronically producing a value indicative of said pressure in correspondence with compression of said spring. 21. The method of claim 20, further comprising displaying said pressure value in numeric form. 22. The method of claim 20, further comprising: positioning and applying said soldering iron to a work-piece with a robotic arm; controlling said robotic arm with a robotic arm controller; transmitting said pressure value to said robotic arm controller; and controlling said robotic arm and soldering iron with said robotic arm controller in accordance with said pressure value. 06/305; US-2550998, 19510500, Hilliker, 220/252; US-2598995, 19520600, Graff, 126/003; US-3052508, 19620900, Fink, 312/404; US-3591194, 19710700, Vega; US-4817808, 19890400, Bracy; US-4934549, 19900600, Allen; US-5598886, 19970200, Criado-Mellado; US-5660299, 19970800, Harvey; US-5743605, 19980400, Marino, 312/211; US-5801331, 19980900, Zachrai, 174/052.1; US-6116456, 20000900, Davis; US-6209346, 20010400, Frosch inlet port. 13. The canister of claim 1, wherein the inlet valve has an inlet port, and wherein the inlet port includes having an attachment means for removably attaching said inlet port to a chemical delivery system. 14. The canister of claim 1, wherein the inlet valve integral with the inlet is a normally closed pneumatic valve, wherein the inlet pneumatic valve comprises an inlet port, wherein the inlet port has an attachment means for removably attaching the inlet port to a chemical delivery system; wherein the outlet valve integral with the outlet is a normally closed outlet pneumatic valve; wherein the container includes a level sensor in the container and wherein the level sensor comprises a cable for providing a low level control signal to a low level indicator circuit to indicate the level of high purity chemical in the container, wherein the outlet further comprises a metallic tube disposed in the container from the integral outlet pneumatic valve to a point below the low level sensor trigger point.
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