CN2544005Y - Sewage reused telescopic cabinet type closet seat - Google Patents

Abstract

The utility model discloses a telescopic type chest seating toilet that can reuse wastewater, comprising a wash-basin, a bin and a toilet seat. The wash-basin is sleeved with the bin, which is internally provided with a deposit chamber, a filter chamber and a cleaning chamber in sequence. The upper part of one side of the filter chamber is provided with mesh shape filter screen and is communicated with the deposit chamber; the other side is provided with wooly seepage layer connected with the cleaning chamber; the outlet of the wash-basin is communicated with the deposit chamber through a flexible pipe; the water outlet of the cleaning chamber is connected with the flushing inlet of the seating toilet water tank through a pipeline; a flute is arranged at the lower part of one side of the bin; the toilet seat is fixed on a bedplate of the bottom of the flute and the bedplate is able to move forwards and backwards; the draining outlet of the toilet seat is communicated with a toilet draining pipe through a flexible pipeline; a self-cleaning device is arranged in the bin; an infrared automatic spraying device and an ultraviolet disinfection and sterilization device are arranged above the toilet seat. The utility model has the advantages of neat and beautiful structure, small occupy area, low cost and convenient installation and use, being suitable for the use in families, hotels or public toilets.

Description

The cabinet type seat of a kind of waste water recycling telescopic type lavatory

Technical field

The utility model relates to a kind of seat lavatory with the waste water recycle device, relates in particular to a kind ofly will wash one's hands and face cabinet type the lavatory of the waste water recycling telescopic type that can be used for washing after daily life sewage recycles.

Background technology

The water resource deficiency has become the problem that national governments press for solution now, China is the country of a shortage of water resources, continuous development along with Chinese national economy, the continuous expansion of city size, the decline year by year of the increase of Increase of population and industrial or agricultural water supply volume and groundwater table, caused considerable part urban water supply growing tension, important schedule has been laid out in the comprehensive utilization of daily life sewage, in Chinese national economy and social development the Tenth Five-Year Plan (2001-2005) outline, clearly waste water treating and reutilizing has been write in the outline, make full use of family domestic waste water, to reducing urban water consumption, reduce urban wastewater discharge effectively and have important effect.The seat lavatory in existing family or hotel is to adopt the tap water flushing mostly, this for we such one have the numerous families and the big country in hotel, caused very big water resource waste undoubtedly, if will adopt the waste water recycle device with the conserve water resource, then need in the washroom, to install additional a water storage box, to wash one's face, daily life sewage such as laundry is introduced water storage box and handle abutment lavatory, back and use, because packing into of water storage box, make the originally too narrow and small more apparent insufficient space in washroom, nor attractive in appearance, and increase cost.

The utility model content

The purpose of this utility model is to overcome the deficiency of prior art, provide a kind of structure with the waste water recycle device neat and artistic, take up room little, cost is low, the cabinet type seat of the telescopic type lavatory of available waste water flushing.

The technical scheme that its technical problem that solves the utility model adopts is: the cabinet type seat of waste water recycling telescopic type lavatory, it comprises: washing basin, bin, carry the seat lavatory of water tank, the end face of bin is provided with a hole, washing basin is socketed on the hole of bin, be connected with running water valve on the washing basin, be provided with the mud chamber in the bin, the filtration chamber, clean room, the discharge opening of washing basin communicates with the mud chamber by flexible pipe, the top of filtration chamber's one side is provided with the mesh screen pack, and communicate with the mud chamber, opposite side is provided with the permeable layer of continuous shape and joins with clean room, clean room is provided with delivery port, clean room is provided with booster pump and control circuit outward, the delivery port of booster pump input port and clean room is connected, booster pump output port and feed pipe are connected, outlet pipe one end and feed pipe are connected, the outlet pipe other end and water supply electromagnetic valve one port are connected, the pipeline that the water supply electromagnetic valve another port connects stretches out outside the bin, a groove is established in the bottom of bin one side, the seat lavatory is fixed on the platen of groove floor, the platen of bottom surface can move forward and backward, feed pipe extends groove in bin, and be connected by the water inlet of flexible pipe with seat lavatory water tank, the blowdown outlet of seat lavatory is connected by scalable flexible pipe and washroom blow-off pipe, the outer front upper part of bin is provided with control panel, control panel is provided with water supply button, water supply button is electrically connected with control circuit, control circuit and booster pump power input, water supply electromagnetic valve is electrically connected, be provided with water-level probe in the water tank of seat lavatory, radiating circuit, water-level probe is electrically connected with radiating circuit, contain receiving circuit in the control circuit, control circuit is electrically connected with the booster pump power input.

Top, described mud chamber is provided with overfall gap, overfall gap is connected by pipeline and the gutter that places the bottom, the bottom of mud chamber is provided with sewage draining exit, sewage draining exit and blowdown electromagnetic valve one port are connected, blowdown electromagnetic valve another port and gutter are connected, control panel is provided with the blowdown button, and the blowdown button is electrically connected with control circuit, and control circuit is electrically connected with the blowdown electromagnetic valve.

Bottom, described filtration chamber is provided with outfall, and outfall and drain solenoid valve one port are connected, and drain solenoid valve another port and gutter are connected.

Described clean room is built-in with into water ball float, and the valve rod and the running water valve of water inlet ball float link.

The volume of described mud chamber is greater than the volume of filtration chamber, and the volume of clean room is greater than the volume of mud chamber.

Described overfall gap is higher than the opening part of mesh screen pack.

Also be provided with self-cleaning device in the described bin, comprise poroid shower nozzle, self-cleaning electromagnetic valve, pipeline, the top that pipeline one end passes the permeable layer of continuous shape by clean room enters the filtration chamber and poroid shower nozzle is connected, the other end and self-cleaning electromagnetic valve one port are connected, and self-cleaning electromagnetic valve another port and feed pipe are connected; Control panel is provided with self-cleaning button, and self-cleaning button is electrically connected with control circuit, and control circuit is electrically connected with drain solenoid valve, self-cleaning electromagnetic valve, booster pump power input respectively.

Also be provided with the sterilization button on the described control panel, sterilization connects button and is electrically connected with control circuit, and control circuit is electrically connected with quartz burner, and quartz burner places the end face of bin groove.

The top of described bin groove also is provided with infrared induction probe, scouring electromagnetic valve, drencher head, the infrared induction probe is electrically connected with control circuit, control circuit is electrically connected with scouring electromagnetic valve, booster pump power input, scouring electromagnetic valve one port and outlet pipe are connected, and another port and drencher head are connected.

Described platen is the square shape, and there is step at the edge, and there is a groove at the middle part, bottom surface, and groove one end penetrates a circular hole.

When washing wastewater when the discharge opening of washing basin enters the mud chamber of bin, in the mud chamber, sediment in the waste water can sink to the bottom of waste water at leisure, the top of waste water is rarer sediment except floating thing, when the collected water in mud chamber surpasses the opening part of mesh screen pack, the water of overage enters the filtration chamber by the mesh screen pack, the water of this part is owing to be the water on top, mud chamber, its sediment major part is stranded in the bottom of mud chamber, this part water is by the mesh screen pack time in addition, its floating thing is kept off in the mud chamber by the mesh screen pack, removed impurity by major part so enter the water of filtration chamber, because the interlayer of filtration chamber and clean room is continuous shape permeable layer, the water of filtration chamber is by the permeable course clean room infiltration of continuous shape, the impurity of its not precipitated chamber precipitation is intercepted in the filtration chamber by the permeable floor of continuous shape again, the water that enters clean room is further purified, but reach the state of reuse.When the waste water of collecting surpassed a constant volume, the part that surpasses entered blow-off pipe automatically by overfall gap; When the water quality of mud chamber's waste water is too poor, can open the blowdown electromagnetic valve by the blowdown button, the waste water of mud chamber is discharged, reach the purpose of washing and precipitating chamber; When needs clean the filtration chamber, can be by pressing self-cleaning button, start self-cleaning device, the water of clean room is delivered to the poroid shower nozzle that is positioned at filter chamber top by booster pump and through self-cleaning electromagnetic valve, poroid shower nozzle carries out towards Xian to the permeable layer of continuous shape, when starting self-cleaning device, drain solenoid valve is opened, and the water of filtration chamber is discharged from, because the minimizing of filtration chamber's water, caused the refluence of clean room water, the water of its refluence has carried out once clear Xian again to the permeable layer of continuous shape; When the water of clean room was lower than certain water level, the water inlet ball float sank, and opens running water valve by valve rod, utilize tap water to carry out automatic supplementing water, when supplementing water reaches certain water level, water inlet ball float come-up, valve rod is closed tap water, makes clean room keep certain water yield.When people need use the lavatory, the platen of removable bin groove floor, a lavatory is shifted out outside the bin, after finishing with the lavatory, can press the flush button flushing seat lavatory in a lavatory, when the water tank lacks water in seat lavatory, inductive probe in the water tank in seat lavatory transmits by radiating circuit, after the receiving circuit of the controlled circuit of this signal receives, start booster pump by control circuit, to seat lavatory cistern water supply.After people finish with the lavatory, the platen of bin groove floor is risen when retracting the original place together with the seat Arneb, under the effect of infrared induction probe, scouring electromagnetic valve is opened, with the joining drencher head of scouring electromagnetic valve port Xian is sprayed in the seat lavatory,, can press the sterilization button if need carry out disinfection to the seat lavatory time, open quartz burner, the seat lavatory is carried out disinfection; If need mop floor or during other purposes with the water of bin, can press water supply button, start booster pump, open water supply electromagnetic valve, outside case, supply water.

The beneficial effects of the utility model are, after adopting said structure, the cabinet type seat of waste water recycling telescopic type lavatory, structure is neat and artistic, it is little to take up room, cost is low, it is easy to install and use, the water of physical method that adopted after handling can reach the reuse requirement, self-cleaning device and chlorination equipment can be eliminated the worry of user to internal tank and seat lavatory health, safe in utilization, health, water saving.

Description of drawings

Below in conjunction with drawings and Examples the utility model is described in further detail; But the cabinet type seat of waste water recycling telescopic type of the present utility model lavatory is not limited to embodiment.

Fig. 1 is the front view in the cabinet type seat of waste water recycling telescopic type lavatory;

Fig. 2 is the amplification view of the bin in the cabinet type seat of waste water recycling telescopic type lavatory;

Fig. 3 is a lavatory unused state lateral view;

Fig. 4 is a lavatory user mode lateral view;

Fig. 5 is the vertical view of platen;

Fig. 6 is that the A of Fig. 1 is to view;

Fig. 7 is the circuit theory diagrams in the cabinet type seat of waste water recycling telescopic type lavatory.

The specific embodiment

Shown in accompanying drawing, the cabinet type seat of waste water recycling telescopic type of the present utility model lavatory, comprise washing basin 2, bin 1, carry the seat lavatory 3 of water tank, the end face of bin 1 is provided with a hole 11, washing basin 2 is socketed on the hole 11 of bin 1, be connected with running water valve 21 on the washing basin 2, be provided with mud chamber 4 in the bin 1, filtration chamber 5, clean room 6, the discharge opening 22 of washing basin 2 communicates with mud chamber 4 by flexible pipe, 4 tops, mud chamber are provided with overfall gap 41, overfall gap 41 is connected by pipeline and the gutter 54 that places the bottom, the bottom of mud chamber 4 is provided with sewage draining exit 42, sewage draining exit 42 is connected with blowdown electromagnetic valve 71 1 ports, and blowdown electromagnetic valve 71 another port and gutter 54 are connected.The top of filtration chamber's 5 one sides is provided with mesh screen pack 51, and communicate with mud chamber 4, opposite side is provided with the permeable layer 52 of continuous shape and joins with clean room 6,5 bottoms, filtration chamber are provided with outfall 53, outfall 53 is connected with drain solenoid valve 72 1 ports, drain solenoid valve 72 another port and gutter 54 are connected, and mud chamber's 4 overfall gaps 41 are higher than the opening part of mesh screen pack 51.Clean room 6 is provided with delivery port 66, and clean room 6 is built-in with into water ball float 61, and the valve rod 62 of water inlet ball float 61 links with running water valve 63.The volume of mud chamber 4 is greater than the volume of filtration chamber 5, and the volume of clean room 6 is greater than the volume of mud chamber 4.Self-cleaning device comprises poroid shower nozzle 64, self-cleaning electromagnetic valve 73, pipeline 65, the top that pipeline 65 1 ends pass the permeable layer of continuous shape 52 by clean room 6 enters filtration chamber 5 and is connected with poroid shower nozzle 64, the other end and self-cleaning electromagnetic valve 73 1 ports are connected, and self-cleaning electromagnetic valve 73 another port and feed pipe 67 are connected.Clean room is provided with booster pump 55 and control circuit 7 outward, the delivery port 66 of booster pump 55 input ports and clean room 6 is connected, booster pump 55 output ports and feed pipe 67 are connected, outlet pipe 68 1 ends and feed pipe 67 are connected, outlet pipe 68 other ends and water supply electromagnetic valve 74 1 ports are connected, the pipeline that water supply electromagnetic valve 74 another port connect stretches out outside the bin 1, and scouring electromagnetic valve 75 1 ports and outlet pipe 68 are connected, and another port and drencher head 92 are connected.A groove 9 is established in the bottom of bin 1 one sides, and seat lavatory 3 is fixed on the platen 91 of groove 9 bottom surfaces, and the platen 91 of bottom surface can move forward and backward, and platen 91 is the square shape, and there is step 911 at the edge, and there is a groove 912 at the middle part, bottom surface, and groove 912 1 ends penetrate a circular hole.Feed pipe 67 extends groove 9 in bin 1, and be connected by flexible pipe 32 a water inlet with seat lavatory 3 water tanks 31, the 3 blowdowns outlet of seat lavatory is connected with the washroom sewer by scalable flexible pipe 33, bin 1 outer front upper part is provided with control panel 8, control panel 8 is provided with water supply button 84, water supply button 84 is electrically connected with control circuit 7, control circuit 7 and booster pump 55 power inputs, water supply electromagnetic valve 74 is electrically connected, be provided with water-level probe 81 in 3 water tanks 31 of seat lavatory, radiating circuit 25, water-level probe 81 is electrically connected with radiating circuit 25, contain receiving circuit in the control circuit 7, control circuit 7 is electrically connected with booster pump 55 power inputs.Control panel 8 is provided with blowdown button 82, and blowdown button 82 is electrically connected with control circuit 7, and control circuit 7 is electrically connected with blowdown electromagnetic valve 71.Control panel 8 is provided with self-cleaning button 83, and self-cleaning button 83 is electrically connected with control circuit 7, and control circuit 7 is electrically connected with drain solenoid valve 72, self-cleaning electromagnetic valve 73, booster pump 55 power inputs respectively.Control panel is provided with sterilization and connects button 85, and sterilization connects button 85 and is electrically connected with control circuit 7, and control circuit 7 is electrically connected with quartz burner 87, and quartz burner 87 places the end face of bin 1 groove.The top of bin 1 groove 9 is provided with infrared induction probe 86, infrared induction probe 86 and is electrically connected with control circuit 7, and control circuit 7 is electrically connected with scouring electromagnetic valve 75, booster pump 55 power inputs,

When washing wastewater when the discharge opening 22 of washing basin 2 enters the mud chamber 4 of bin 1, in the mud chamber 4 li, sediment in the waste water can sink to the bottom of waste water at leisure, the top of waste water is rarer sediment except floating thing, when mud chamber's 4 collected water surpass the opening part of mesh screen pack 51, the water of overage enters filtration chamber 4 by mesh screen pack 51, the water of this part is owing to be the water on 4 tops, mud chamber, its sediment major part is stranded in the bottom of mud chamber 4, this part water is by mesh screen pack 51 time in addition, its floating thing is kept off in the mud chamber by mesh screen pack 51, removed impurity by major part so enter the water of filtration chamber 5, because filtration chamber 5 is the permeable layer 52 of continuous shape with the interlayer of clean room 6, the water of filtration chamber 5 seeps water to clean room 6 by the permeable layer 52 of continuous shape, the impurity of its not precipitated chamber 4 precipitations again by permeable floor 52 obstruct of continuous shape in the filtration chamber 5, the water that enters clean room 6 is further purified, but reaches the state of reuse.When the waste water of collecting surpassed a constant volume, the part that surpasses entered gutter 54 automatically by overfall gap 41; When the water quality of mud chamber's 4 waste water is too poor, can open blowdown electromagnetic valve 71 by blowdown button 82, the waste water of mud chamber 4 is discharged, reach the purpose of washing and precipitating chamber 4; When needs clean filtration chamber 5, can be by pressing self-cleaning button 83, start self-cleaning device, the water of clean room 6 is delivered to the poroid shower nozzle 64 that is positioned at 5 tops, filtration chamber by booster pump 55 and through self-cleaning electromagnetic valve 73, poroid shower nozzle 64 carries out towards Xian to the permeable layer 52 of continuous shape, when starting self-cleaning device, drain solenoid valve 72 is opened, the water of filtration chamber 5 is discharged from, because the minimizing of filtration chamber's 5 water, caused the refluence of clean room 6 water, the water of its refluence has carried out once clear Xian again to the permeable layer 52 of continuous shape; When the water of clean room 6 was lower than certain water level, water inlet ball float 61 sank, and opens running water valve 63 by valve rod 62, utilize tap water to carry out automatic supplementing water, when supplementing water reaches certain water level, water inlet ball float 61 come-ups, valve rod 62 is closed tap water, makes clean room 6 keep certain water yield.When people need use the lavatory, the platen 91 of removable bin 1 groove 9 bottom surfaces, a lavatory 3 is shifted out outside the bin 1, after finishing with the lavatory, can press the flush button flushing seat lavatory 3 in a lavatory 3, when water tank 31 lacks of water in seat lavatory 3, inductive probe 81 in the water tank 31 in seat lavatory 3 transmits by radiating circuit 25, after the receiving circuit of the controlled circuit 7 of this signal receives, start booster pump 55 by control circuit 7,3 water tanks 31 supply water to the seat lavatory.After people finish with the lavatory, when the platen 91 of bin 1 groove 9 bottom surfaces is retracted the original place together with seat lavatory 3, under the effect of infrared induction probe 86, scouring electromagnetic valve 75 is opened, spray Xian with 92 pairs of seat lavatories 3 of the joining drencher head of scouring electromagnetic valve 75 ports,, can press sterilization button 85 if need carry out disinfection to seat lavatory 3 time, open quartz burner 87, seat lavatory 3 is carried out disinfection; If need mop floor or during other purposes with the water of bin 1, can press water supply button 84, start booster pump 55, open water supply electromagnetic valve 74, outside case, supply water.

Claims (10)

1. the cabinet type seat of waste water recycling telescopic type lavatory, comprise washing basin, bin, carry the seat lavatory of water tank, the end face of bin is provided with a hole, washing basin is socketed on the hole of bin, be connected with running water valve on the washing basin, it is characterized in that: be provided with the mud chamber in the bin, the filtration chamber, clean room, the discharge opening of washing basin communicates with the mud chamber by flexible pipe, the top of filtration chamber's one side is provided with the mesh screen pack, and communicate with the mud chamber, opposite side is provided with the permeable layer of continuous shape and joins with clean room, clean room is provided with delivery port, clean room is provided with booster pump and control circuit outward, the delivery port of booster pump input port and clean room is connected, booster pump output port and feed pipe are connected, outlet pipe one end and feed pipe are connected, the outlet pipe other end and water supply electromagnetic valve one port are connected, the pipeline that the water supply electromagnetic valve another port connects stretches out outside the bin, a groove is established in the bottom of bin one side, the seat lavatory is fixed on the platen of groove floor, the platen of bottom surface can move forward and backward, feed pipe extends groove in bin, and be connected by the water inlet of flexible pipe with seat lavatory water tank, the blowdown outlet of seat lavatory is connected by scalable flexible pipe and washroom blow-off pipe, the outer front upper part of bin is provided with control panel, control panel is provided with water supply button, water supply button is electrically connected with control circuit, control circuit and booster pump power input, water supply electromagnetic valve is electrically connected, be provided with water-level probe in the water tank of seat lavatory, radiating circuit, water-level probe is electrically connected with radiating circuit, contain receiving circuit in the control circuit, control circuit is electrically connected with the booster pump power input.

2. the cabinet type seat of waste water recycling telescopic type according to claim 1 lavatory, it is characterized in that: top, described mud chamber is provided with overfall gap, overfall gap is connected by pipeline and the gutter that places the bottom, the bottom of mud chamber is provided with sewage draining exit, sewage draining exit and blowdown electromagnetic valve one port are connected, and blowdown electromagnetic valve another port and gutter are connected, and control panel is provided with the blowdown button, the blowdown button is electrically connected with control circuit, and control circuit is electrically connected with the blowdown electromagnetic valve.

3. the cabinet type seat of waste water recycling telescopic type according to claim 1 lavatory is characterized in that: bottom, described filtration chamber is provided with outfall, and outfall and drain solenoid valve one port are connected, and drain solenoid valve another port and gutter are connected.

4. the cabinet type seat of waste water recycling telescopic type according to claim 1 lavatory, it is characterized in that: described clean room is built-in with into water ball float, and the valve rod and the running water valve of water inlet ball float link.

5. the cabinet type seat of waste water recycling telescopic type according to claim 1 lavatory, it is characterized in that: the volume of described mud chamber is greater than the volume of filtration chamber, and the volume of clean room is greater than the volume of mud chamber.

6. the cabinet type seat of waste water recycling telescopic type according to claim 1 and 2 lavatory, it is characterized in that: described overfall gap is higher than the opening part of mesh screen pack.

7. the cabinet type seat of waste water recycling telescopic type according to claim 1 lavatory, it is characterized in that: also be provided with self-cleaning device in the described bin, comprise poroid shower nozzle, self-cleaning electromagnetic valve, pipeline, the top that pipeline one end passes the permeable layer of continuous shape by clean room enters the filtration chamber and poroid shower nozzle is connected, the other end and self-cleaning electromagnetic valve one port are connected, and self-cleaning electromagnetic valve another port and feed pipe are connected; Control panel is provided with self-cleaning button, and self-cleaning button is electrically connected with control circuit, and control circuit is electrically connected with drain solenoid valve, self-cleaning electromagnetic valve, booster pump power input respectively.

8. the cabinet type seat of waste water recycling telescopic type according to claim 1 lavatory, it is characterized in that: also be provided with sterilization on the described control panel and connect button, sterilization connects button and is electrically connected with control circuit, and control circuit is electrically connected with quartz burner, and quartz burner places the end face of bin groove.

9. the cabinet type seat of waste water recycling telescopic type according to claim 1 lavatory, it is characterized in that: the top of described bin groove also is provided with infrared induction probe, scouring electromagnetic valve, drencher head, the infrared induction probe is electrically connected with control circuit, control circuit is electrically connected with scouring electromagnetic valve, booster pump power input, scouring electromagnetic valve one port and outlet pipe are connected, and another port and drencher head are connected.

10. the cabinet type seat of waste water recycling telescopic type according to claim 1 lavatory, it is characterized in that: described platen is the square shape, and there is step at the edge, and there is a groove at the middle part, bottom surface, and groove one end penetrates a circular hole.

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