초록 ▼

An immobile and aligned closure system with nine embodiments comprises two elongated coupling elements (62, 62L) and (76, 76I), a self-locking slider (40, 42, 42S, 42D), a socket member (50), and a male interlocking plug member (60, 60D, 61, 84). A locking member on the slider aligns and arrests the

An immobile and aligned closure system with nine embodiments comprises two elongated coupling elements (62, 62L) and (76, 76I), a self-locking slider (40, 42, 42S, 42D), a socket member (50), and a male interlocking plug member (60, 60D, 61, 84). A locking member on the slider aligns and arrests the movement of the slider, so as to couple the closure system dependably, traditionally or laterally, without movement in the slider. Embodiments include a dead person's locking pull tab (42L, 43L), a locking tab holder (44), a locking pull tab (40T), additional molding (40M, 40E 42M), locking flanges (42R, 42F, 42), and a releasable, interlocking rigid buckle for instantly coupling the closure system. Safety features, separable and non-separable applications, weather resistant zippers, two-way zippers, double zippers, hidden zippers, reversible zippers, coiled and profile zippers, magnetically coupled zippers, disposable zippers, a zipper having a minimum of components, a spring-lock assembly, and a easy method of installing immobile and aligned closure systems are also disclosed.

대표청구항 ▼

An immobile and aligned closure system with nine embodiments comprises two elongated coupling elements (62, 62L) and (76, 76I), a self-locking slider (40, 42, 42S, 42D), a socket member (50), and a male interlocking plug member (60, 60D, 61, 84). A locking member on the slider aligns and arrests the

An immobile and aligned closure system with nine embodiments comprises two elongated coupling elements (62, 62L) and (76, 76I), a self-locking slider (40, 42, 42S, 42D), a socket member (50), and a male interlocking plug member (60, 60D, 61, 84). A locking member on the slider aligns and arrests the movement of the slider, so as to couple the closure system dependably, traditionally or laterally, without movement in the slider. Embodiments include a dead person's locking pull tab (42L, 43L), a locking tab holder (44), a locking pull tab (40T), additional molding (40M, 40E 42M), locking flanges (42R, 42F, 42), and a releasable, interlocking rigid buckle for instantly coupling the closure system. Safety features, separable and non-separable applications, weather resistant zippers, two-way zippers, double zippers, hidden zippers, reversible zippers, coiled and profile zippers, magnetically coupled zippers, disposable zippers, a zipper having a minimum of components, a spring-lock assembly, and a easy method of installing immobile and aligned closure systems are also disclosed. 300, Platz et al.; US-4650143, 19870300, Kurrasch; US-5013018, 19910500, Sicek et al., 005/610; US-5149074, 19920900, Jardin; US-5299334, 19940400, Gonzalez, 005/610; US-5410767, 19950500, Barud; US-5953776, 19990900, Sanders et al., 005/611 ushing water jetted from the throat flows into the supply line, the jet pump being disposed submerged in the flushing water tank so that the flushing water in the flushing water tank flows into the throat along with the jetting of the flushing water from the spray nozzle. 2. The flush toilet according to claim 1, wherein the nozzle water supply unit supplies the operating water so that the flushing water jetted from the throat will be continuously gushed upward beyond a predetermined full level of the flushing water tank throughout the toilet flushing period. 3. The flush toilet according to claim 1, wherein the supply line has a line route that passes through a location higher than the full level, and has a line terminal at a location higher than the full level. 4. The flush toilet according to claim 1, wherein the nozzle water supply unit has a backflow check valve for preventing backflow of the flushing water from the spray nozzle side. 5. The flush toilet according to claim 1, wherein the supply line has a backflow check valve for preventing backflow of the flushing water from the toilet side. 6. The flush toilet according to claim 1, further comprising a water quantity regulator for regulating the quantity of flushing water through the supply line to the toilet bowl to a selected one of a plurality of preset flushing water quantities. 7. The flush toilet according to claim 6, wherein the water quantity regulator regulates the quantity of operating water supplied from the nozzle water supply unit through adjustment of a supply time. 8. The flush toilet according to claim 1, further comprising: a control component that is operated for enabling a user to select one of a plurality of flushing type including a first type flush and a second type flush, the second type flush being different in water quantity from the first type flush, and to instruct the nozzle water supply unit to start the flushing the toilet bowl; and a water quantity setting component for setting the quantity of the flushing water, which is introduced into the toilet through the supply line, according to the selected flushing type, wherein the water quantity setting component sets the flushing water quantity to a first water quantity during the first type flush when the control component is operated for a first instruction of starting to flush the toilet bowl with a first pattern, and sets the flushing water quantity to a second water quantity that is larger than the first water quantity during the second type flush when the control component is operated for a second instruction of starting to flush the toilet bowl with a second pattern. 9. The flush toilet according to claim 8, wherein the water quantity setting component has a limiter for limiting the quantity in which the flushing water in the flushing water tank flows into the throat along with the jetting of flushing water from the spray nozzle. 10. The flush toilet according to claim 9, wherein the limiter limits the quantity in which the flushing water flows into the throat during the first type flush. 11. The flush toilet according to claim 10, wherein the limiter has: an in-tank shroud that surrounds the jet pump disposed submerged in the flushing water tank; a water passage component that allows the flushing water in the tank to pass into and out of the in-tank shroud; and a water passage valve that prevents the passage of flushing water through the water passage component during the first type flush, but allows the passage of flushing water through the water passage component during the second type flush. 12. The flush toilet according to claim 8, wherein the water quantity setting component has a water supply variation component that sets the quantity of operating water supplied from the nozzle water supply unit to the spray nozzle to a first supply quantity corresponding to the first water quantity during the first type flush, and to a second supply quantity corresponding to th e second water quantity during the second type flush. 13. The flush toilet according to claim 1, wherein the throat is a venturi tube having a constricted portion in which the line diameter is narrower. 14. The flush toilet according to claim 1, wherein the jet pump is composed such that an outer edge of the spray nozzle and an inlet edge of the throat are separated away and a gap, which is formed between the spray nozzle outlet and the throat inlet, opens into the internal space of the flushing water tank. 15. The flush toilet according to claim 14, wherein the spray nozzle is arranged such that its outlet is directed upward. 16. The flush toilet according to claim 15, wherein the spray nozzle is arranged such that its outlet is directed diagonally upward. 17. The flush toilet according to claim 1, further comprising a rim formed so as to encircle an upper edge of the toilet bowl of the toilet, and having a rim water-discharge mechanism that allows flushing water to be discharged from said rim along the surface of the toilet bowl, and the throat arranged across from the spray nozzle being linked to the rim water-discharge mechanism via the supply line. 18. The flush toilet according to claim 1, wherein the jet pump is constructed such that its height inside the flushing water tank is adjustable. 19. The flush toilet according to claim 1, further comprising a tank water supply unit that supplies flushing water to the flushing water tank until the flushing water level reaches the full level of the tank when the flushing water level inside the flushing water tank drops to a predetermined level where water supply is required. 20. The flush toilet according to claim 19, wherein the toilet flushing tank device separatively rests directly on a toilet-body. 21. The flush toilet according to claim 1, wherein the toilet flushing tank device is unseparatively built in the toilet. 22. The flush toilet according to claim 21, wherein the flushing water tank of the toilet flushing tank device is formed integrally with a toilet-body. 23. The flush toilet according to claim 1, wherein the spray nozzle has an annular outlet for the operating water. 24. The flush toilet according to claim 23, wherein the annular outlet is an annular continuous opening. 25. The flush toilet according to claim 23, wherein the annular outlet is formed by annularly disposing a plurality of operating water jetting holes. 26. The flush toilet according to claim 23, wherein the shape of the annular outlet is circular. 27. The flush toilet according to claim 23, wherein the spray nozzle has a flushing water through-passage in which the flow path through the spray nozzle is surrounded by the annular outlet, and which allows the passage of flushing water through the through-passage to the throat. 28. The flush toilet according to claim 1, wherein the jet pump is configured as a jet pump assembly in which a plurality of spray nozzles and a plurality of throats are integrally assembled. 29. The flush toilet according to claim 28, wherein the nozzle water supply unit that supplies the operating water includes: a main water supply pipe for supplying the operating water to the jet pump assembly; and a plurality of branch water supply pipes that branch off from the main water supply pipe for supplying water to the spray nozzles of the jet pump assembly, and wherein the plurality of throats merge on the terminal side and are connected to the supply line. 30. The flush toilet according to claim 28, wherein the nozzle water supply unit that supplies the operating water to the jet pump assembly includes: a main water supply pipe for supplying the operating water to the jet pump assembly; a supply-side manifold that connects said main water supply pipe with the plurality of spray nozzles; and a discharge-side manifold that connects the plurality of throats to the supply line. 31. The flush toilet according to claim 28, further comprising a jetting controller that controls conditions of the flushing water which is jetted from the plurality of spray nozzles. 32. The flush toilet according to claim 28, wherein the toilet flushing tank device has a plurality of the jet pump assemblies, and the supply line is provided for each of the plurality of jet pump assemblies. 33. The flush toilet according to claim 1, wherein the toilet flushing tank device has a plurality of the jet pumps, and the supply line is provided for each of the plurality of jet pumps. 34. The flush toilet according to claim 32, wherein the supply lines are provided in order to guide the flushing water to different places in the toilet. 35. A water supply device for supplying flushing water, comprising: a flushing water tank that reserves flushing water; a supply line that is arranged to introduce flushing water in said flushing water tank to its destination and has openings at both end of said supply line, a jet pump having a spray nozzle and a throat disposed across from said nozzle; and a nozzle water supply unit for supplying operating water to the spray nozzle and jetting the operating water from the spray nozzle into the throat, the throat being connected to one end of the supply line so that the flushing water jetted from the throat flows into the supply line, the jet pump being disposed submerged in the flushing water tank so that the flushing water in the flushing water tank flows into the throat along with the jetting of the flushing water from the spray nozzle. 36. The flushing water supply device according to claim 35, wherein the nozzle water supply unit supplies the operating water so that the flushing water jetted from the throat will gushed upward beyond a predetermined full level of the flushing water tank. 37. The flushing water supply device according to claim 35, wherein the throat is a venturi tube having a constricted portion in which the line diameter is narrower. 38. The flushing water supply device according to claim 35, wherein the jet pump is composed such that an outer edge of the spray nozzle and an inlet edge of the throat are separated away and a gap, which is formed between the spray nozzle outlet and the throat inlet, opens into the internal space of the flushing water tank. 39. The flushing water supply device according to claim 35, wherein the jet pump is constructed such that its height inside the flushing water tank is adjustable. 40. The flushing water supply device according to claim 35, wherein the spray nozzle has an annular outlet for the operating water. 41. The flushing water supply device according to claim 40, wherein the shape of the annular outlet is circular. 42. The flushing water supply device according to claim 40, wherein the annular outlet is an annular continuous opening. 43. The flushing water supply device according to claim 40, wherein the annular outlet is formed by annularly disposing a plurality of operating water jetting holes. 44. The flushing water supply device according to claim 40, wherein the spray nozzle has a flushing water through-passage in which the flow path through the spray nozzle is surrounded by the annular outlet, and which allows the passage of flushing water through the through-passage to the throat. 45. The flushing water supply device according to claim 35, wherein the jet pump is configured as a jet pump assembly in which a plurality of spray nozzles and a plurality of throats are integrally assembled. 46. The flushing water supply device according to claim 45, wherein the nozzle water supply unit that supplies the operating water includes: a main water supply pipe for supplying the operating water to the jet pump assembly; and a plurality of branch water supply pipes that branch off from the main water supply pipe for supplying water to the various spray nozzles of the jet pump assembly, and wherein the plurality of throats merge on the terminal side and are connected to the supply line. 47. The flushing water su