CN102720259A - Unit remote monitoring vacuum foaming closestool - Google Patents
Unit remote monitoring vacuum foaming closestool Download PDFInfo
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- CN102720259A CN102720259A CN2012102365148A CN201210236514A CN102720259A CN 102720259 A CN102720259 A CN 102720259A CN 2012102365148 A CN2012102365148 A CN 2012102365148A CN 201210236514 A CN201210236514 A CN 201210236514A CN 102720259 A CN102720259 A CN 102720259A
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Abstract
The invention relates to a unit remote monitoring vacuum foaming closestool, which consists of a controller, a booster pump, a vacuum pump station, an air pressure pump station, a stainless steel bed pan, a foaming cabin, a water valve, an aluminum ultra-thin vacuum ball valve, a vacuum drain transferring device, a vacuum pipeline network, a vacuum cabin, a fresh water tank, a dirt collecting tank and a PLC remote automatic monitoring system, wherein a one-key button is connected with a controller through a signal wire, and the controller is connected with the booster pump, an air valve A, an air valve B, an air valve C, an air valve D and the water valve respectively through signal wires; the fresh water tank, the booster pump, the water valve and the stainless steel bed pan are sequentially communicated through PP-R pipes; the stainless steel bed pan is connected with the vacuum cabin through the aluminum ultra-thin vacuum ball valve, and the vacuum cabin is connected with the dirt collecting tank through the aluminum ultra-thin vacuum ball valve and a high pressure resistant metal hose; the vacuum pump is connected with the vacuum cabin through the air valve D and a negative pressure resistant pipe; the air pump station is connected with the ultra-thin vacuum ball valve through the air valve A, the air valve B and a high pressure resistant pipe, and is connected with the vacuum cabin through the air valve C; and the PLC remote automatic monitoring system digital information is used for monitoring the real-time operating conditions of each toilet position through the cellphone text by passing through the Internet platform. The unit remote monitoring vacuum foaming closestool is water-saving, safe and environment-friendly, and can automatically monitor.
Description
Technical field
The present invention relates to the washroom technical field of sanitary ware, specifically is modular remote monitoring vacuum foaming closet.
Background technology
At present, no matter be between domestic hygiene or Portaloo, mostly closet is that the gravity principle that adopts carries out the gravity health department of excrements discharging, and this lavatory health department is simple in structure, easy to use, is most of families and public place use.But also there are some problems that can not be ignored in this closet, the one, and waste water resource, flush the toilet approximately needs to consume 6 premium on currency at every turn; The 2nd, blow-off pipe is installed need have certain gradient, needs bigger space, and blow-off pipe is installed and is difficult to avoiding obstacles, difficult installation, and expensive; The 3rd, because blowdown presssure is little, the blow-off pipe diameter is big, is generally DN150, open type system, and smell is bigger, and sanitary condition is poor; The 4th, pipeline is prone to stop up, damage, and sewage dirt leaks easily.
Summary of the invention
The present invention overcomes the problem that traditional gravity health department exists, and a kind of modular remote monitoring vacuum foaming closet is provided, and vacuum foaming closet water saving ability of the present invention is good, and security performance is high, can the automatic monitoring system fault.
Technical scheme of the present invention is: modular remote monitoring vacuum foaming closet, form by controller, booster pump, Vacuum Pumps Station, pneumatics pumping plant, stainless steel bedpan, foaming storehouse, water valve, the ultrathin Vacuum ball valve of aluminum, vacuum drainage transmitting device, vacuum line network, vacuum storehouse, filtered water tank, dirt collection bin, PLC remote automatic monitoring system (remote monitoring control module).Wherein, ptt button connects controller through holding wire, and controller connects booster pump, air valve A, air valve B, air valve C, air valve D and water valve respectively through holding wire; Filtered water tank, booster pump, water valve, stainless steel bedpan are communicated with through the PP-R pipe successively; The stainless steel bedpan is connected to the vacuum storehouse through the ultrathin Vacuum ball valve of aluminum, and the vacuum storehouse is connected to dirt collection bin by ultrathin Vacuum ball valve of aluminum and high pressure resistant metal hose again; Vacuum Pumps Station is connected the vacuum storehouse through air valve D with the pipe of anti-the negative pressure; The pneumatics pumping plant is connected to ultrathin Vacuum ball valve through air valve A, air valve B and high pressure resistant pipe, is connected to the vacuum storehouse through air valve C again; PLC remote automatic monitoring system (remote monitoring control module) digital information is monitored the service behavior of each position, lavatory in real time through internet platform through mobile phone short message.
When the present invention uses, the personnel that go to toilet by ptt button after, signal is earlier opened water valve through the ptt button via controller; Air valve A also opens simultaneously, and this moment, water valve and air valve A closed simultaneously after this action was accomplished because the negative pressure in the vacuum storehouse sucks dirt; Air valve B and air valve C open simultaneously then, and air valve D closes (negative pressure) simultaneously, and this moment, malleation can be pushed to dirt in the dirt collection bin; Air valve B and air valve C closed again simultaneously after this action was accomplished, and air valve D opens again simultaneously, makes equipment be in negative pressure state; A key is logical by the push button use once more in order to the personnel that go to toilet next time, and action is accomplished.
The effect of each parts and relevant technologies parameter:
1. controller: be used for controlling the orderly function of all electric equipments after the ptt button pickoff signals.
2. Vacuum Pumps Station: in the vacuum storehouse, produce negative pressure, this negative pressure selects certain range of negative pressure (20-60Kpa) and keep the certain negative pressure state by pressure switch.Sewage is discharged through the drainage point of vacuum closet and is transferred in the vacuum storehouse.
3. pneumatics pumping plant: select quiet air compressor for use, air compression zone (40-80Kpa) is also kept certain pressure state.The pressure of air compression is pushed to the pipeline of the dirt that is drawn into through sealing in the dirt collection bin.
4. stainless steel bedpan: stainless steel bedpan table and carried out specially treated, exclusive high temperature crystallite antibiosis and self-cleaning glaze makes the bedpan surface be difficult for hanging dirt, exempts to clean to be prone to clean.
5. foaming storehouse: foaming fills expanding foam solution in the storehouse, PLC micro computer programming in logic automatic control system through the air transfer device just expanding foam solution foam to bedpan, also control the recoverable amount of expanding foam solution in bedpan simultaneously; When foam solution reaches the fibre-optical probe position; Automatic control system initiatively quits work through fiber switch, and after delay time 20 seconds (time is adjustable), automatic control system is work initiatively; Foaming has a machine in operation; Rerun like this, can make and remain a certain amount of foam in the bedpan, effectively prevent to smell on the flavor to return.
6. water valve: be used for controlling discharging quantity of water.
7. the ultrathin Vacuum ball valve of aluminum: be used for isolating dirt and air, thereby make the vacuum storehouse form vacuum.
8. vacuum drainage transmitting device: get in the vacuum transmitting device vacuum storehouse from toilet drainage point effluent sewerage, by the unlatching of time relay switch control blow off valve.When the interior sewage of the hole capital after selling all securities of taking seriously reach a certain height, blow off valve was opened, and sewage gets into the vacuum line network and is collected in the dirty special collecting box.
9. vacuum line network: be used to transmit vacuum energy and transmission sewage.Its sewage is the 6-7 meter per second in ducted transmission speed, has bigger suction and thrust, is not prone to clogging.
10. vacuum storehouse: be used for aspirating the dirt in the closet, temporaryly be pushed in the dirt collection bin through the vacuum drainage transmitting device by air pressure when reaching a certain amount of
11. filtered water tank: material is 304 stainless steels, in be provided with liquid level sensor, liquid level information is presented on the LCD screen through the pressure liquid level sensor and intuitively checks.
12. dirt collection bin: in be provided with the pressure liquid level sensor, liquid level information is presented on the LCD screen through the pressure liquid level sensor and intuitively checks.
13.PLC remote automatic monitoring system (remote monitoring control module):
A) monitoring filtered water tank water level, and be shown in real time on the liquid crystal display, report to the police when water level is not enough;
B) monitoring Effluent tank level, and be shown in real time on the liquid crystal display, report to the police when expiring soon.
C) monitor the mode of occupation of each position, lavatory, and be shown in real time on the liquid crystal display, the record access times.
D) monitor the flash appeal button of each position, lavatory, and be shown on the liquid crystal display in real time.
E) the touch LCD screen shows each water volume in water tank in real time, and each position, lavatory mode of occupation makes things convenient for the user to observe intuitively and goes and finds out what's going on.
F) show each position, lavatory user mode information in real time, and can drive indicator lamp and show test user mode information on the doorway, lavatory.
G) system supports LED lattice information issue vertically hung scroll, and the user can be convenient to use note and set content displayed.
H) be equipped with Temperature Humidity Sensor, system can detect the inner ambient temperature and humidity situation in lavatory in real time.
I) be equipped with the smoke detection sensor, fire preventing takes place.
J) support user's remote short messages mode to inquire about the detection case of each project.
K) GPRS remote real-time monitoring overall operation state.
Beneficial effect of the present invention:
1. water saving ability
The modular remote monitoring vacuum foaming of DYSYCJKZKFPBQ closet per person wash water only needs about 400 milliliters, can conserve water resource 90% with respect to traditional gravity toilet.
2. flexible arrangement property
Because the modular remote monitoring vacuum foaming of DYSYCJKZKFPBQ toilet drainage pipeline is not according to the gravitational discharge principle, so pipeline laying needn't be considered the gradient, can as pressure pipeline, freedom detour up and down.Transmittability has at a high speed determined little many of pipe diameter force of gravity system pipeline.Row's lead of the modular remote monitoring vacuum foaming of DYSYCJKZKFPBQ closet is from reaching 20M, and a cover system can be realized the sewage centralized collection of many building health departments, and cost economic is beautified the environment.
3. tight security
The modular remote monitoring vacuum foaming of DYSYCJKZKFPBQ closet is a complete airtight drainage system, does not have any effluent seepage, does not also have any peculiar smell and discharges.Particularly the foul smell spillover that evaporation produced of water seal can never take place in being provided with the washroom floor drain of air-conditioning, has satisfied hygienic requirements.
4.DYSYCJKZKFPBQ modular remote monitoring vacuum foaming closet has been used the PLC remote automatic monitoring system; Possess the modular remote monitoring vacuum of quick fault reaction ability DYSYCJKZKFPBQ foaming closet and have information such as optical fiber induction foaming control function, automatic flushing, liquid level control, vacuum pump, air compressor machine fault diagnosis, toileting person's number, smoke alarm, distress call and can get into internet platform, monitor the service behavior of each position, lavatory in real time.Can be that each washroom or each transmitting device are installed special supervising device according to customer requirement; Operating personnel can obtain the definite place of fault in the very first time of breaking down according to the control device of the modular remote monitoring vacuum foaming of DYSYCJKZKFPBQ closet; Supervising device can cut off this section pipeline (washroom) automatically in the while of reporting to the police and foam being connected of pan pipeline network the safe operation of assurance whole system with the modular remote monitoring vacuum of DYSYCJKZKFPBQ simultaneously.
5. environmental protection characteristic
The modular remote monitoring vacuum of DYSYCJKZKFPBQ foaming closet not only can the conserve water resource, and the sewage quantity that produces of corresponding minimizing, reduces sewage load, reduces sewage transport and disposal cost, and environmental protection and economic benefit are considerable.
6, cost performance
The modular remote monitoring vacuum foaming of DYSYCJKZKFPBQ closet does not receive how many restrictions of closet crouching position, and volume is little in light weight, and is easy for installation.Price is merely 30 percent of imported product.
Description of drawings
Accompanying drawing is a structural representation of the present invention.
Wherein: 1, controller 2, booster pump 3, Vacuum Pumps Station 4, pneumatics pumping plant 5, stainless steel bedpan 6, foaming storehouse 7, water valve 8, the ultrathin Vacuum ball valve 9 of aluminum, vacuum drainage transmitting device 10, vacuum line network 11, vacuum storehouse 12, filtered water tank 13, dirt collection bin 14, PLC remote automatic monitoring system
The specific embodiment
Below in conjunction with accompanying drawing the present invention is described further.
As shown in the figure: ptt button connects controller 1 through holding wire, and controller 1 connects booster pump 2 and air valve A, air valve B, air valve C, air valve D and water valve 7 respectively through holding wire; Be communicated with through the PP-R pipe between filtered water tank 12, booster pump 2, water valve 7, the stainless steel bedpan 5; Stainless steel bedpan 5 connects vacuum storehouse 11 through the ultrathin Vacuum ball valve 8 of aluminum, and vacuum storehouse 11 is connected to dirt collection bin 13 by the ultrathin Vacuum ball valve 8 of aluminum with high pressure resistant metal hose again; Vacuum Pumps Station 3 is connected vacuum storehouse 11 through air valve D with the pipe of anti-the negative pressure; Pneumatics pumping plant 4 is connected to the ultrathin Vacuum ball valve 8 of aluminum through air valve A, air valve B and high pressure resistant pipe, is connected to vacuum storehouse 11 through air valve C again; PLC remote automatic monitoring system (remote monitoring control module) 14 digital informations are monitored the service behavior of each position, lavatory in real time through internet platform through mobile phone short message.
Claims (1)
1. modular remote monitoring vacuum foaming closet; Form by controller (1), booster pump (2), Vacuum Pumps Station (3), pneumatics pumping plant (4), stainless steel bedpan (5), foaming storehouse (6), water valve (7), the ultrathin Vacuum ball valve (8) of aluminum, vacuum drainage transmitting device (9), vacuum line network (10), vacuum storehouse (11), filtered water tank (12), dirt collection bin (13), PLC remote automatic monitoring system (14); It is characterized in that controller (1) connects booster pump (2), air valve A, air valve B, air valve C, air valve D and water valve (7) respectively through holding wire; Filtered water tank (12), booster pump (2), water valve (7), stainless steel bedpan (5) are communicated with through the PP-R pipe successively; Stainless steel bedpan (5) connects vacuum storehouse (11) through the ultrathin Vacuum ball valve of aluminum (8), and vacuum storehouse (11) are connected to dirt collection bin (13) by ultrathin Vacuum ball valve (8) of aluminum and high pressure resistant metal hose again; Vacuum Pumps Station (3) is connected to vacuum storehouse (11) through air valve D and the pipe of anti-the negative pressure; Pneumatics pumping plant (4) is connected to the ultrathin Vacuum ball valve (8) of aluminum through air valve A, air valve B and high pressure resistant pipe, is connected to vacuum storehouse (11) through air valve C again; PLC remote automatic monitoring system (14) digital information is monitored through internet platform and mobile phone short message in real time.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012102365148A CN102720259A (en) | 2012-07-09 | 2012-07-09 | Unit remote monitoring vacuum foaming closestool |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012102365148A CN102720259A (en) | 2012-07-09 | 2012-07-09 | Unit remote monitoring vacuum foaming closestool |
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| Publication Number | Publication Date |
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| CN102720259A true CN102720259A (en) | 2012-10-10 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2012102365148A Pending CN102720259A (en) | 2012-07-09 | 2012-07-09 | Unit remote monitoring vacuum foaming closestool |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106894484A (en) * | 2017-03-27 | 2017-06-27 | 九牧厨卫股份有限公司 | A kind of foam device and toilet |
-
2012
- 2012-07-09 CN CN2012102365148A patent/CN102720259A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106894484A (en) * | 2017-03-27 | 2017-06-27 | 九牧厨卫股份有限公司 | A kind of foam device and toilet |
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Application publication date: 20121010 |