CN211534168U - Modularized portable micro-vacuum sanitary washing system - Google Patents
Modularized portable micro-vacuum sanitary washing system Download PDFInfo
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- CN211534168U CN211534168U CN201922152763.9U CN201922152763U CN211534168U CN 211534168 U CN211534168 U CN 211534168U CN 201922152763 U CN201922152763 U CN 201922152763U CN 211534168 U CN211534168 U CN 211534168U
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Abstract
The utility model relates to a little vacuum sanitation system of washing of modularization portable belongs to epidemic prevention technical field. The system comprises a micro vacuum module and a squatting module; a pressure tank, a vacuum pump and a sewage collection tank are arranged in a cabinet body of the micro-vacuum module, wherein an air inlet of the pressure tank is connected with the vacuum pump, and an air outlet of the pressure tank is connected with the sewage collection tank through an air path electromagnetic valve; a squatting pan is arranged on the box body of the squatting position module, and a second toilet water outlet port, a second sewage collecting port, a waste water port and a second washing and draining port are arranged at one end of the squatting pan; the micro vacuum module and the squatting position module are communicated through flexible pipes respectively between a first toilet outlet port and a second toilet outlet port, between a first sewage collecting port and a second sewage collecting port and between a first washing and draining port and a second washing and draining port. The utility model discloses system simple structure installs and removes conveniently, expandes to remove and receive and transport facility, has promptly like the lavatory, washes one's face, shower function, again because of the suction of little vacuum negative pressure, makes things convenient for the excrement to collect the using water wisely.
Description
Technical Field
The utility model relates to a sanitary system of washing specifically is a little vacuum sanitary system of washing of modularization portable belongs to epidemic prevention technical field.
Background
With the development of living standards, the requirements of people on sanitary washing in temporary barracks (tents) are higher and higher, and the requirements of equipment expansion, use, removal, walking and convenient transportation are expected to be met while the basic functions of toileting, washing, showering and the like are met. The sanitation washing system in the existing temporary barracks (tents) has the following problems: 1) the function is single, and the toilet problem can be solved only; 2) most of the devices are fixed, the transportation, the expansion and the withdrawal are inconvenient, and the requirements of frequently changing a residence place in a temporary camp are not met; 3) the traditional squatting pan device has backward structure and large water consumption.
Disclosure of Invention
The utility model aims to provide a: aiming at the problems existing in the prior art, the modularized portable micro-vacuum sanitary washing system which meets the water-saving requirement of sanitary washing of the temporary barracks (tents), can be quickly unfolded and folded and is convenient to transport is provided while the functions of the temporary barracks (tents) of going to the toilet, washing and showering are met.
In order to achieve the above purpose, the basic technical scheme of the modularized portable micro vacuum sanitary washing system of the utility model is as follows: comprises a micro vacuum module and a squatting module; a pressure tank, a vacuum pump and a sewage collection tank are arranged in a cabinet body of the micro-vacuum module, wherein an air inlet of the pressure tank is connected with the vacuum pump, and an air outlet of the pressure tank is connected with the sewage collection tank through an air path electromagnetic valve; the top of the cabinet body is provided with a washing device, a shower water outlet port externally connected with the shower device and a sewage discharge port, and the side surface of the cabinet body is provided with a power supply socket, a water inlet port, a first toilet water outlet port, a first sewage collection port and a first washing and drainage port; the first sewage collecting interface is communicated with a sewage collecting tank through a sewage collecting one-way valve, and the sewage collecting tank is communicated with a sewage draining interface through a sewage draining one-way valve; the water inlet interface is communicated with the washing and shower equipment and is connected with a first toilet outlet interface through a waterway solenoid valve; a squatting pan is arranged on the box body of the squatting position module, and a second toilet water outlet port, a second sewage collecting port, a waste water port and a second washing and draining port are arranged at one end of the squatting position module; the second toileting water outlet interface is communicated with one side of the squatting pan, and the waste water interface, the second washing water discharging interface and the bottom of the squatting pan are respectively communicated with the second sewage collecting interface; the first toilet outlet port is communicated with the second toilet outlet port, the first sewage collecting port is communicated with the second sewage collecting port, and the first washing and draining port is communicated with the second washing and draining port through flexible pipes.
Adopt the utility model discloses afterwards, because the little vacuum module with squat the position module and integrate respectively in the cabinet body and casket body, the flexible coupling each other, consequently simple structure of system installs and removes conveniently, expand and remove and receive and transport facility, have like the lavatory promptly, wash, shower function, because of little vacuum negative pressure suction, make things convenient for the excrement to collect the using water wisely again.
The utility model discloses a perfect has:
furthermore, the micro vacuum module is respectively connected with the power supply module and the sewage collection and discharge module through the circuit joint and the sewage discharge joint, and the squatting module is respectively connected with the water supply module and the water collection and discharge module through the water path joint and the water collection joint.
Furthermore, the power supply module supplies power by using a power supply vehicle, a generator or a mains supply mode, the water supply module uses a waterwheel, a water pump or municipal tap water, the sewage collecting and discharging module uses a sewage tank bag, a constructed septic tank pit or a municipal sewage net to collect sewage, and the water collecting and discharging module uses the water bag or directly discharges water collecting and discharging.
Furthermore, the shower water outlet interface is externally connected with a shower device through a ball valve and a joint.
Further, the cabinet body of the micro vacuum module is provided with a left door and a right door.
Furthermore, the squatting module is provided with a support, a partition plate and a water retaining curtain.
Furthermore, the micro vacuum module and the squatting module form a core module group, and more than two core module groups are connected in parallel through rubber pipes.
Drawings
Fig. 1 is a schematic block diagram of a system structure according to an embodiment of the present invention.
Fig. 2 is a schematic structural diagram of the micro-vacuum module in the embodiment of fig. 1.
Fig. 3 is an external structure diagram of the cabinet in fig. 2.
Fig. 4 is a schematic structural diagram of the squatting module in the embodiment of fig. 1.
Fig. 5 is a side view of fig. 4.
Fig. 6 is a schematic view of a connection structure of the micro-vacuum module and the squat module in the embodiment of fig. 1.
Fig. 7 is a top view of fig. 6.
In the figure: 100-micro vacuum module, 101-cabinet, 102-pressure tank, 103-vacuum pump, 104-sewage collection tank, 105-electric appliance controller, 106-waterway solenoid valve, 107-gas path solenoid valve, 108-electric contact pressure gauge, 109-sewage collection check valve, 111-sewage discharge check valve, 112-pipeline, 113-ball valve, 114 connector, 115-small diameter rubber pipe, 116-washing equipment, 117-shower equipment, 200-squatting module, 201-box body, 202-squatting pan, 203-pipeline, 204-ball valve, 205-connector, 206-large diameter rubber pipe, 300-power supply module, 301-power socket, 400-water supply module, 401-water inlet interface, 402-shower water outlet interface, 403-first toilet water outlet interface, etc, 404-a second toilet water outlet interface, 500-a sewage collecting and discharging module, 501-a first sewage collecting interface, 502-a sewage discharging interface, 503-a second sewage collecting interface, 600-a water collecting and discharging module, 601-a first washing and discharging interface, 602-a waste water interface and 603-a second washing and discharging interface.
Detailed Description
Examples
As shown in fig. 1, the micro vacuum module 100 and the squat module 200 are core modules and are respectively integrated in the cabinet 101 and the box 201.
The micro-vacuum module 100 is respectively connected with the power supply module 300 and the sewage collection and discharge module 500 through a circuit joint and a sewage discharge joint, and the squatting module 200 is respectively connected with the water supply module 400 and the water collection and discharge module 600 through a water path joint and a water collection joint. The power supply module 300 can supply power by using three modes of a power supply vehicle, a generator and commercial power. The water source of the water supply module 400 may use a waterwheel, a water pump, municipal tap water. The sewage collection and drainage module 500 may collect sewage using a sewage tank bag, a constructed septic tank pit, a municipal sewage net, and the like. The water collecting and draining module 600 can collect and drain water in two ways, namely, water bag and direct drainage.
The micro-vacuum module 100 is shown in fig. 2 and 3, and a tank body 101 of the micro-vacuum module is provided with a pressure tank 102, a vacuum pump 103 and a sewage collection tank 104. The air inlet of the pressure tank 102 is connected with a vacuum pump through an electric contact pressure gauge 108, and the air outlet thereof is connected with a sewage collecting tank through an air channel electromagnetic valve 107. The top of the cabinet 101 houses the lavatory 116, the shower outlet 402 that circumscribes the shower 117 via the ball valve 113 and the fitting 114, and the waste outlet 502. The side of the cabinet body 101 is provided with a power socket 301, a water inlet interface 401, a first toilet outlet interface 403, a first sewage collecting interface 501 and a first washing and draining interface 601. The first sewage collecting interface 501 is communicated with the sewage collecting tank 104 through the sewage collecting one-way valve 109, and the sewage collecting tank 104 is communicated with the sewage draining interface 502 of the external sewage collecting and draining module 500 through the sewage draining one-way valve 111, so that the sewage can not flow back. The water inlet port 401 leads to the lavatory 116 and the shower 117 and to the first toilet outlet port 403 via the waterway solenoid valve 106. An electrical appliance controller 105 which controls the water path electromagnetic valve 106 and the air path electromagnetic valve 107 in the cabinet body 101 is externally connected with a power supply module 300 through a power plug 301. The cabinet body 101 can be provided with a left door and a right door, so that the micro vacuum equipment and the pipeline can be conveniently overhauled.
As shown in fig. 3 and 4, the box 201 of the squatting module is provided with a squatting pan 202, one end of the squatting pan is provided with a second toilet water outlet port 404, a second sewage collecting port 503, a waste water port 602 externally connected with the water collecting and draining module 600, and a second toilet water draining port 603, the second toilet water outlet port 404 directly leads to one side of the squatting pan 202, and the waste water port 602, the second toilet water draining port 603 and the bottom of the squatting pan 202 respectively lead to the second sewage collecting port 503. If necessary, a bracket, a partition plate and a water retaining curtain can be added in the squatting module 200 to meet the requirements of water retaining, water collecting and individual privacy.
As shown in fig. 6 and 7, the first toilet outlet 403 and the second toilet outlet 404, the first sewage collecting interface 501 and the second sewage collecting interface 503, and the first washing and draining interface 601 and the second washing and draining interface 603 between the micro-vacuum module 100 and the squatting module 200 are respectively communicated through the small-diameter rubber pipe 115 and the large-diameter rubber pipe 206.
When the micro vacuum module is used, the whole working process of the micro vacuum module in the embodiment is automatically controlled through electric appliance control, and the micro vacuum module circularly works through a flushing button. The whole process starts to work from pressing a flushing button, firstly opens the water path electromagnetic valve to flush water, and then opens the air path electromagnetic valve to release negative pressure to suck the sewage into the sewage collecting tank. And the vacuum pump works again to pressurize the pressure tank to the positive pressure set by the electric contact pressure gauge. Then the electromagnetic valve of the gas circuit is opened to release positive pressure to discharge the sewage to the sewage collecting and discharging module. After the blowdown is finished, the vacuum pump pumps the pressure tank to the negative pressure value set by the electric contact pressure gauge, the waterway electromagnetic valve is opened to perform water injection and wall moistening on the squatting module, and the whole module enters a standby pressure maintaining state. According to the number of people, the rubber tube can be connected with a plurality of micro vacuum modules and squatting modules in parallel. In addition, according to needs, can increase water pump, small-size water pitcher, small-size filth jar etc. in little vacuum module and the position module of squatting, improve the guarantee ability of individual system. In the installation state, all the joints between the two modules are quickly connected through the ball valves and the rubber pipes. When the module is removed, all the rubber tubes are removed, cleaned and sealed by the plug cover, so that the module is convenient to transport. The ball valve and the joint are suitable for being provided with a dry joint, the volume of the whole module is further reduced, and the leakage of dirt in the process of unfolding and withdrawing the rubber pipe is further reduced, so that the rubber pipe is more sanitary and clean.
Because each module can arrange according to actual conditions selectivity, all accessible pipeline, joint, ball valve and rubber tube high-speed joint between the module, consequently expand to remove and receive the facility.
Summarizing, compared with the prior art, the present embodiment has the following significant beneficial effects: 1) the micro vacuum module and the squatting module of the core module are respectively integrated in the cabinet box, so that the cabinet box is small in size and convenient to carry and transport; 2) a plurality of micro vacuum modules and squatting modules can be connected in parallel according to different using numbers, so that the device is flexible in guarantee, strong in adaptability and high in reliability; 3) all modules are quickly connected through pipelines, joints, ball valves and rubber pipes, the connecting structure is simple, and unfolding and folding are convenient; 4) the micro vacuum module and the squatting module realize the functions of toilet, washing and shower of people; 5) the micro vacuum module uses a micro vacuum negative pressure suction technology, so that excrement collection is facilitated, and the water consumption is saved.
In addition to the above embodiments, the present invention may have other embodiments. All the technical solutions formed by adopting equivalent substitutions or equivalent transformations fall within the protection scope claimed by the present invention.
Claims (7)
1. A modular portable micro-vacuum sanitary toilet system comprising a micro-vacuum module (100) and a squat module (200); the method is characterized in that:
a pressure tank (102), a vacuum pump (103) and a sewage collection tank (104) are arranged in a cabinet body (101) of the micro-vacuum module (100), and an air inlet of the pressure tank is connected with the vacuum pump, and an air outlet of the pressure tank is connected with the sewage collection tank through an air path electromagnetic valve (107); the top of the cabinet body is provided with a washing device (116), a shower water outlet interface (402) externally connected with the shower device (117) and a sewage discharge interface (502), and the side surface of the cabinet body is provided with a power supply socket (301), a water inlet interface (401), a first toilet water outlet interface (403), a first sewage collecting interface (501) and a first washing and draining interface (601); the first sewage collecting interface is communicated with a sewage collecting tank through a sewage collecting one-way valve (109), and the sewage collecting tank is communicated with a sewage draining interface through a sewage draining one-way valve (111); the water inlet interface is communicated with the washing and shower equipment and is connected with a first toilet-like water outlet interface through a waterway solenoid valve (106);
a squatting pan (202) is arranged on the box body (201) of the squatting position module, and a second toileting water outlet interface (404), a second sewage collecting interface (503), a waste water interface (602) and a second washing and draining interface (603) are arranged at one end of the squatting position module; the second toileting water outlet interface is communicated with one side of the squatting pan, and the waste water interface, the second washing water discharging interface and the bottom of the squatting pan are respectively communicated with the second sewage collecting interface;
the first toilet water outlet interface and the second toilet water outlet interface, the first sewage collecting interface and the second sewage collecting interface and the first washing and draining interface and the second washing and draining interface are respectively communicated through flexible pipes (115 and 206).
2. The modular portable micro-vacuum sanitary toilet system according to claim 1, wherein: the micro vacuum module is connected with the power supply module and the sewage collection and discharge module through the circuit connector and the sewage discharge connector respectively, and the squatting module is connected with the water supply module and the water collection and discharge module through the water path connector and the water collection connector respectively.
3. The modular portable micro-vacuum sanitary toilet system according to claim 2, wherein: the power supply module supplies power by using a power supply vehicle, a generator or a mains supply mode, the water supply module uses a waterwheel, a water pump or municipal tap water, the sewage collecting and discharging module uses a sewage tank bag, a constructed septic tank pit or a municipal sewage net to collect sewage, and the water collecting and discharging module uses the water bag or directly discharges water collecting and discharging.
4. The modular portable micro-vacuum sanitary toilet system according to claim 1 or 2, wherein: the shower water outlet is externally connected with shower equipment through a ball valve and a joint.
5. The modular portable micro-vacuum sanitary toilet system according to claim 4, wherein: the cabinet body of the micro vacuum module is provided with a left door and a right door.
6. The modular portable micro-vacuum sanitary toilet system according to claim 5, wherein: the squatting module is provided with a support, a partition plate and a water retaining curtain.
7. The modular portable micro-vacuum sanitary toilet system according to claim 6, wherein: the micro vacuum module and the squatting module form a core module group, and more than two core module groups are connected in parallel through rubber pipes.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201922152763.9U CN211534168U (en) | 2019-12-05 | 2019-12-05 | Modularized portable micro-vacuum sanitary washing system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201922152763.9U CN211534168U (en) | 2019-12-05 | 2019-12-05 | Modularized portable micro-vacuum sanitary washing system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN211534168U true CN211534168U (en) | 2020-09-22 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201922152763.9U Active CN211534168U (en) | 2019-12-05 | 2019-12-05 | Modularized portable micro-vacuum sanitary washing system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN211534168U (en) |
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- 2019-12-05 CN CN201922152763.9U patent/CN211534168U/en active Active
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