摘要:
A portable toilet (10) having a battery operated flushing assembly (36) that is powered by batteries (76) carried in the toilet (10). The batteries provide for a "pulsed" flushing action of the flush water and this is achieved by the use of an axial flow pump (26) which is operable to lift small amounts of water small distances to the bowl in a repeatable fashion. This facilitates flushing of the toilet, makes it easier for the user to flush the toilet, and provides for efficient and complete flushing. A selectively operable closure plate prevents leakage of water from the toilet bowl during transport of the toilet.
摘要:
A non-water lavatory flushing device consists of a electrical four-way valve, which one of its exit is connected with the exit of the side wall of the valley at the back of the toilet pan for collecting the feces. The three exits are connected with the central part of the toilet pan, feces collecting box and the flushing liquid collecting box through a feces dispersing pipe, a feces collecting pipe and a urine collecting pipe. The non-water lavatory flushing device of the invention uses a four-way valve to replace the feces dispersing pipe magnetic valve, feces collecting pipe magnetic valve and urine collecting pipe of the prior art. The dispersed feces liquid and urine in the feces dispersing pipe, feces collecting pipe and urine collecting pipe is controlled by the four-way valve respectively. Then the structure is simplified and the cost is decreased. Furthermore, as the four-way joint is cancelled, the problem of wrong flowing of the leaving liquid is solved. Thus, it could be avoided that the feces plasm flow into flushing liquid collecting box or the limited clean urine is discharged along the feces collecting pipe and this is advantaged to improve the flushing effect.
摘要:
Method for purifying sewage water from a first water closet (111), comprising the steps to: a) bring the sewage water from the first water closet to a locally arranged collecting container (121) for sewage water; b) allow the sewage water in the collecting container to evaporate and again condense on a condensing surface; c) collect the condensed water in a locally arranged storing container (123) for condensed water; d) use the condensed water for flushing in a second water closet, which may be the same as the first water closet; and e) from the collecting container remove the sludge which after said evaporation remains in the collecting container for further treatment; whereby when the amount of water in the collecting container exceeds a certain maximum amount, return the surplus amount of water to the collecting container. The invention also relates to a combination container.
摘要:
A non-water lavatory flushing device consists of a electrical four-way valve, which one of its exit is connected with the exit of the side wall of the valley at the back of the toilet pan for collecting the feces. The three exits are connected with the central part of the toilet pan, feces collecting box and the flushing liquid collecting box through a feces dispersing pipe, a feces collecting pipe and a urine collecting pipe. The non-water lavatory flushing device of the invention uses a four-way valve to replace the feces dispersing pipe magnetic valve, feces collecting pipe magnetic valve and urine collecting pipe of the prior art. The dispersed feces liquid and urine in the feces dispersing pipe, feces collecting pipe and urine collecting pipe is controlled by the four-way valve respectively. Then the structure is simplified and the cost is decreased. Furthermore, as the four-way joint is cancelled, the problem of wrong flowing of the leaving liquid is solved. Thus, it could be avoided that the feces plasm flow into flushing liquid collecting box or the limited clean urine is discharged along the feces collecting pipe and this is advantaged to improve the flushing effect.
摘要:
In treating night soil utilizing exhaust gases from an internal combustion engine, a space for storing flushing water is reduced, time required for the night soil treatment is shortened, both feces and urine can be suitably treated, and the urination and evacuation are permitted even during the treatment. A heat accumulator is provided in a route for discharging exhaust gases from the internal combustion engine and urine and flushing water which are discharged from a water closet are heated in a drying chamber by the heat accumulated in the heat accumulator and separated into steam and night soil residue. The thus separated steam is recovered in a water storage chamber and reused as flushing water. Furthermore, the night soil residue which has deposited in the drying chamber is scratched off by a scratching member and sucked by a sucking device.
摘要:
In treating night soil utilizing exhaust gases from an internal combustion engine, a space for storing flushing water is reduced, time required for the night soil treatment is shortened, both feces and urine can be suitably treated, and the urination and evacuation are permitted even during the treatment. A heat accumulator is provided in a route for discharging exhaust gases from the internal combustion engine and urine and flushing water which are discharged from a water closet are heated in a drying chamber by the heat accumulated in the heat accumulator and separated into steam and night soil residue. The thus separated steam is recovered in a water storage chamber and reused as flushing water. Furthermore, the night soil residue which has deposited in the drying chamber is scratched off by a scratching member and sucked by a sucking device.
摘要:
A portable toilet (10) having a battery operated flushing assembly that is powered by batteries (76) carried in the toilet. The batteries provide for a "pulsed" flushing action of the flush water and this is achieved by the use of an axial flow pump (36,60) which is operable to lift small amounts of water small distances to the bowl (16) in a repeatable fashion. This facilitates flushing of the toilet, makes it easier for the user to flush the toilet, and provides for efficient and complete flushing.
摘要:
Procédé d'alimentation en eau et système d'égout dans lesquels l'eau purifiée est acheminée par l'intermédiaire d'un ou de plusieurs postes d'alimentation (1) en eaux usées, ladite eau purifiée aidant au retrait et au transport des eaux usées acheminées à partir du poste d'alimentation et dans lesquels les eaux usées résultantes sont purifiées. Ledit procédé se caractérise en particulier par le fait que les eaux usées sont purifiées jusqu'à un certain point et ensuite recyclées vers le/les postes (S) d'alimentation dans un système essentiellement fermé et très localisé. La présente invention se rapporte également à une alimentation en eau et à un système d'égout permettant de mettre en pratique ledit procédé.
摘要:
Provided is a recirculating toilet unit (1) that includes: a recirculation toilet (2) which includes purification equipment (6) and is configured to recirculate flushing water through the purification equipment (6); a power generation unit (3) which includes power generators (7, 8) formed of a wind turbine generator (7) and a photovoltaic generator (8) and is configured to supply a load of the purification equipment (6) with power from the power generators (7, 8) for recirculation and purification of the flushing water. The recirculating toilet unit (1) includes a structure (4) which carries the recirculation toilet (2) and the power generation unit (3), the structure (4) being transportable. The power generation unit (3) may include a control device configured to apply a control to supply the load with power generated by the power generators (7, 8).
摘要:
A waste collection unit a motor, 22, supported by a housing, 14. A fan, 29, is coupled to the motor, 22, by a first member, 28, configured to provided a rotational input speed, A liquid-gas separator, 32, is coupled to a second member, 30, configured to provide a rotational output speed. A speed reduction device is coupled to the first and second members. The speed reduction device is configured to provide a rotational output speed that is less than the rotational input speed. In another embodiment, the fan, 29, is arranged in the housing, 14, and is directly coupled to the motor, 22, by the first member, 28. The fan, 29, includes first and second sides, 54, 56, respectively including first and second pumping elements, 64, 66. A first collection line fluidly connects a urinal, 34, to the first side, 54. A second waste collection line fluidly connects a fecal storage container, 62, to the second side, 56.