IPC분류정보
국가/구분 |
United States(US) Patent
등록
|
국제특허분류(IPC7판) |
|
출원번호 |
US-0045981
(2002-01-10)
|
발명자
/ 주소 |
- Wang, Fenfei
- Nguyen, Luan K.
|
출원인 / 주소 |
- American Standard International Inc.
|
대리인 / 주소 |
Beres, William J.O'Driscoll, William
|
인용정보 |
피인용 횟수 :
0 인용 특허 :
11 |
초록
▼
An absorption apparatus includes a generator with an integrated outlet box comprising a liquid sensing chamber and a solution outlet chamber. The sensing chamber has an opening into the generator, with the opening being sized according to the liquid surface area inside the sensing chamber. The outle
An absorption apparatus includes a generator with an integrated outlet box comprising a liquid sensing chamber and a solution outlet chamber. The sensing chamber has an opening into the generator, with the opening being sized according to the liquid surface area inside the sensing chamber. The outlet chamber has a larger opening into the generator to provide a more open flow path for solution to exit the generator through the outlet chamber. The more restricted opening in the sensing chamber allows a liquid level sensor therein to sense a relatively calm liquid level that tends to be at an average elevation of a boiling-disrupted liquid level in the generator. With the opening in the sensing chamber being appropriately sized, a variable speed pump, responsive to the liquid level sensor, controls the flow of solution into the generator to maintain a desired solution liquid level in the generator.
대표청구항
▼
An absorption apparatus includes a generator with an integrated outlet box comprising a liquid sensing chamber and a solution outlet chamber. The sensing chamber has an opening into the generator, with the opening being sized according to the liquid surface area inside the sensing chamber. The outle
An absorption apparatus includes a generator with an integrated outlet box comprising a liquid sensing chamber and a solution outlet chamber. The sensing chamber has an opening into the generator, with the opening being sized according to the liquid surface area inside the sensing chamber. The outlet chamber has a larger opening into the generator to provide a more open flow path for solution to exit the generator through the outlet chamber. The more restricted opening in the sensing chamber allows a liquid level sensor therein to sense a relatively calm liquid level that tends to be at an average elevation of a boiling-disrupted liquid level in the generator. With the opening in the sensing chamber being appropriately sized, a variable speed pump, responsive to the liquid level sensor, controls the flow of solution into the generator to maintain a desired solution liquid level in the generator. Ford; US-2355559, 19440800, Renner; US-2371985, 19450300, Freiberg; US-2377295, 19450500, Cook; US-2411328, 19461100, MacNab; US-2435739, 19480200, Cutler; US-2469030, 19490500, Brown; US-2510120, 19500600, Leander; US-2529060, 19501100, Trillich; US-2540090, 19510200, Brackney; US-2546522, 19510300, Quackenbush; US-2552948, 19510500, Ferrato; US-2577183, 19511200, Denton; US-2605740, 19520800, Taylor et al.; US-2621142, 19521200, Wetherall; US-2782756, 19570200, Hunt; US-2806443, 19570900, Horn et al.; US-2822287, 19580200, Avery; US-2846060, 19580800, Yount; US-2850842, 19580900, Eubanks, Jr.; US-2883262, 19590400, Borin; US-3022605, 19620200, Reynolds; US-3034476, 19620500, Didde et al.; US-3057326, 19621000, Jeddeloh; US-3121647, 19640200, Harris et al.; US-3130113, 19640400, Silman; US-3271922, 19660900, Wallerstein; US-3368522, 19680200, Cordis; US-3376666, 19680400, Leonard; US-3431706, 19690300, Stuck; US-3455274, 19690700, Modersohn; US-3508372, 19700400, Wallerstein; US-3620366, 19711100, Parkinson; US-3681105, 19720800, Milutin et al.; US-3754642, 19730800, Stidolph; US-3767104, 19731000, Bachman et al.; US-3793799, 19740200, Howe et al.; US-3924561, 19751200, Ruthart et al.; US-4054697, 19771000, Reed et al.; US-4118890, 19781000, Shore; US-4216620, 19800800, Weder et al.; US-4271221, 19810600, Hosmer, 428/172; US-4280314, 19810700, Stuck; US-4297811, 19811100, Weder; US-4300312, 19811100, Weder et al.; US-4333267, 19820600, Witte; US-4380564, 19830400, Cancino et al.; US-4413725, 19831100, Bruno et al.; US-4498390, 19850200, Bowling et al.; US-4546875, 19851000, Zweber; US-4621733, 19861100, Harris; US-4640079, 19870200, Stuck; US-4659608, 19870400, Schulz; US-4660502, 19870400, Scott; US-4733521, 19880300, Weder et al.; US-4765464, 19880800, Ristvedt; US-4773182, 19880900, Weder et al.; US-5111637, 19920500, Weder et al.; US-5111638, 19920500, Weder; US-5181364, 19930100, Weder; US-5245814, 19930900, Weder; US-5249407, 19931000, Stuck; US-5335475, 19940800, Weder et al.; US-5335476, 19940800, Weder; US-5369934, 19941200, Weder; US-5381642, 19950100, Weder et al.; US-5388386, 19950200, Weder; US-5415918, 19950500, Lang et al.; US-5436057, 19950700, Schulz, 428/156; US-5448875, 19950900, Weder; US-5723200, 19980300, Oshima et al., 428/172; US-5752360, 19980500, Weder e steps of: a) disposing flooring on the sub-flooring for covering a large area thereof, said flooring having an opening exposing the sub-flooring, said flooring also having a first upper surface, said first upper surface having a first surface property and said opening having inner opening contours; b) inserting a casing into said opening to seat on the sub-flooring, said casing having outer casing contours which are proximate to said inner opening contours following casing insertion, said casing having inner casing contours and a casing height; and c) inserting a prefabricated floor element or group of floor elements of stable, substantially unchanging shape into said casing to substantially fill said casing, said floor element having a second upper surface having a second surface property different than said first surface property, said floor element or group of floor elements having outer element contours which are proximate to said inner casing contours following floor element insertion, wherein said second upper surface is aligned with said first upper surface. 4. The method of claim 3, further comprising mounting said casing to the sub-flooring in a same fashion as said flooring. 5. The method of claim 4, further comprising, in step b), positioning a plurality of casings in a grid-like manner into said opening and, in step c), inserting at least one of a plurality of mutually adjacent floor elements and floor elements larger than said mutually adjacent floor elements into said plurality of casings. 6. The casing for use in the method of claim 3, wherein the casing comprises side walls defining outer casing contours, inner casing contours, and a casing height. 7. The casing of claim 6, further comprising a lid for closing an upper opening in said casing and a handle cooperating with said lid to withdraw said lid from said casing, said lid cooperating with said walls in a manually removable manner. 8. The casing of claim 7, wherein said handle is coplanar with said lid, and further comprising means for attaching said handle to said lid to raise said handle relative to said lid. 9. The casing of claim 6, wherein said casing further comprises a bottom having holes. 10. The casing of claim 6, wherein said casing height is smaller than a height of the flooring, wherein said casing further comprises an edge for a border strip of the floor element. 11. The casing of claim 6, wherein said side walls can be broken off.
※ AI-Helper는 부적절한 답변을 할 수 있습니다.