CN201106705Y - Water-leakage protection automatic cut-out wireless alarming valve - Google Patents
Water-leakage protection automatic cut-out wireless alarming valve Download PDFInfo
- Publication number
- CN201106705Y CN201106705Y CNU2007201941648U CN200720194164U CN201106705Y CN 201106705 Y CN201106705 Y CN 201106705Y CN U2007201941648 U CNU2007201941648 U CN U2007201941648U CN 200720194164 U CN200720194164 U CN 200720194164U CN 201106705 Y CN201106705 Y CN 201106705Y
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- valve
- water
- wireless
- positioning plate
- run out
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Abstract
The utility model discloses a water-runout prevention automatic shutoff wireless alarming valve which aims at providing a valve that can automatically shut off the wireless alarm rapidly when the abrupt inrush of water happens. The wireless alarming valve comprises the valve, a box body, a valve rod spring, a positioning plate, a nut, a bolt, a spring pad, a flat pad, an electromagnet, a seal rubber ring, a water-level detection electrode, a water-level control circuit, a wireless coding signal emitter, a wireless coding signal receiver, a rectification voltage-stabilization power supply, a DC power supply, an alarm, a relay, a diode, a lead and an antenna. The water-runout prevention automatic shutoff wireless alarming valve is designed and manufactured on the basis of the original valve and is capable of being used for matching with other wireless alarms. The water-runout prevention automatic shutoff wireless alarming valve has the advantages of simple structure, easy operation, strong practicality and lower cost.
Description
Technical field
The utility model is to automatically shut down the radio alarming valve about a kind of anti-metalling run out, more particularly, after two water-level detection eletrodes run into water simultaneously, two water-level detection eletrode conductings, mechanical latching is opened in electromagnet energising adhesive, and valve rod relies on the effect of valve rod spring force, turn to the valve normally off by the valve normally open, automatically shut down inlet pipeline.Signal is sent in wireless encoding signal transmitter action simultaneously, and the wireless encoding signal receiver that is arranged in the telephone set is dialed the number the dial-out of telephone set automatic off-hook in advance.
Background technique
At present, sell various valves, wireless alarm on the market, anti-the metalling run out of Shang Weiyou automatically shuts down the radio alarming valve, and anti-metalling run out automatically shuts down the radio alarming valve and manufacture and design on original valve basis, and can with the supporting use of other wireless alarm.
Summary of the invention
The related purpose of the utility model provides a kind of anti-metalling run out and automatically shuts down the radio alarming valve.Should anti-metal run out and automatically shut down the radio alarming valve and comprise valve, box body, the valve rod spring, positioning plate, nut, bolt, spring pad, plain cushion, electromagnet, O-ring seal, water-level detection eletrode, water-level control circuit, the wireless encoding signal transmitter, the wireless encoding signal receiver, rectifying voltage regulator, DC electrical source, alarm, relay, diode, lead and antenna, described valve is by valve body, valve gap, valve rod, handle for valve stem, spool is formed, described box body is divided into two-layer up and down, box body is fixed by bolts on the valve body, described valve rod is provided with the valve rod spring, on the valve rod spring, be provided with positioning plate, on positioning plate, be provided with nut, be provided with electromagnet in the side of positioning plate.
Described valve body upper volume strengthens, and two bolts hole are set; One end of described valve rod spring is fixed on the valve rod, and the other end is fixed on the valve gap, and the active force of valve rod spring will be guaranteed the position that valve rod turn-offs from the rotated position of valve open to valve; Described positioning plate is a circular arc, and edge offers a bayonet socket, and the elongation line of a face of bayonet socket will be by the center of positioning plate.
Described valve rod is microscler for adding, and runs through the upper and lower layers of box body, exposes cartridge outer surface, and the upper end is provided with handle for valve stem; Described electromagnet is made up of movable core, movable core spring, electromagnetic coil, framework, pulling handle, described movable core front end be processed into smear oblique, be processed into squarely with electromagnet framework jointing place, the rear end is provided with the pulling handle, but but not only electric operating valve but also manually-operable valve.
Described two water-level detection eletrodes adopt rustless conductor material to make, and insulation is cast in the insulating material each other, and the one side of insulating material installs colloidal materials additional, insulating material is pasted on the wall or the ground, and be screwed.One end of two water-level detection eletrodes exposes the outer surface of insulating material, and the other end is connected with lead.Described two leads that water-level detection eletrode is connected, a lead wherein is connected with the signal input part resistance of water-level control circuit respectively and is connected with the signal input part resistance of wireless encoding signal transmitter, and another root lead is connected on the positive pole of power supply.
Described wireless encoding signal transmitter, adopt rectifying voltage regulator and DC electrical source dual power supply, utilize the break contact of relay to carry out the power supply switching, break contact is with after DC electrical source is connected, power circuit with the wireless encoding signal transmitter is in parallel again, the wireless encoding signal transmitter can be independent be arranged on and be connected with DC electrical source, water-level detection eletrode in the box body, implement multiple spot position layout.
Described water-level control circuit, wireless encoding signal transmitter, wireless encoding signal receiver can make up setting according to user's actual demand.First kind of mode, water-level detection eletrode control electromagnet that is connected with water-level control circuit; The second way, water-level detection eletrode respectively with the water-level control circuit control electromagnet that is connected with the wireless encoding signal transmitter; The third mode, water-level detection eletrode control electromagnet that is connected with water-level control circuit, wireless encoding signal transmitter, wireless encoding signal receiver.
Under normal circumstances, with artificial operating valve lever handle, handle for valve stem is turned to the valve open position, at this moment the front end that just in time forwards movable core to of the bayonet socket on the positioning plate is smeared oblique place, because movable core is subjected to the elastic force effect of movable core spring, movable core is passed to the positioning plate direction, insert in the bayonet socket of positioning plate, positioning plate is blocked and can not rotates, and makes valve be in normally open.
When the situation of metalling run out took place, ground water level reach a certain height, and two water-level detection eletrodes are met the water conducting simultaneously, the relay J that water-level control circuit connects
1Adhesive, relay J
1The normal opened contact closure, the electromagnetic coil energising that connects, movable core moves adhesive to the positioning plate opposite direction, the front end position of movable core breaks away from the bayonet socket position of positioning plate, valve rod turns on the position of valve shutoff under the effect of valve rod spring force, makes valve be in normally off, valve has been realized automatically shutting down, and cuts off inlet pipeline.Simultaneously the wireless encoding signal transmitter transmits, and is arranged on wireless encoding signal receiver automatic off-hook in the telephone set and transfers to dial the number in advance and play the effect of timely warning.
When the wireless encoding signal transmitter is implemented multiple spot position layout, be arranged on the anti-wireless encoding signal receiver that automatically shuts down in the radio alarming valve box body of metalling run out and receive the latter linked relay J of signal
2Adhesive makes electromagnet energising adhesive, and valve relies on the effect of valve rod spring force, to the position that valve turn-offs, makes valve be in normally off by the valve open rotated position, has turn-offed inlet pipeline.
The beneficial effects of the utility model are: (1) is simple in structure, easy operating manufactures and designs on the basis of original valve and forms.(2) practically solved an anti-difficult problem of metalling run out.(3) cost is lower.
Description of drawings
Fig. 1 is that anti-metalling run out automatically shuts down radio alarming valve mechanism schematic representation;
Fig. 2 is that anti-metalling run out automatically shuts down radio alarming valve circuit skeleton diagram;
Fig. 3 is wireless encoding signal transmitter and water-level control circuit circuit diagram;
Fig. 4 is the valve body structure side view;
Fig. 5 is the valve body structure front view;
Fig. 6 is the positioning plate front view;
Fig. 7 is the positioning plate side view;
Fig. 8 is an electromagnet movable core structure front view;
Fig. 9 is an electromagnet movable core structure side view;
Among the figure: valve body 1 valve gap 2 valve rod springs 3 positioning plates 4 nuts 5 valve rods 6 movable cores 7 movable core springs 8 electromagnetic coils 9 frameworks 10 pulling handles 11 handles for valve stem 12 box bodys 13 bolts 14 water-level detection eletrodes 15 water-level control circuits 16 wireless encoding signal transmitters 17 wireless encoding signal receivers 18 electromagnet 19 rectifying voltage regulators 20 DC electrical source 21 alarms 22 relays 23 diodes 24
Embodiment
Below in conjunction with accompanying drawing the utility model is described further.
In Fig. 1, Fig. 2, described box body 13 is divided into two-layer up and down, and box body 13 usefulness bolts 14 are fixed on the valve body 1, described valve rod 6 is provided with valve rod spring 3, be provided with positioning plate 4 on valve rod spring 3, positioning plate 4 is provided with nut 5, is provided with electromagnet 19 in the side of positioning plate 4.
Described valve body 1 upper volume strengthens, and two bolts hole are set; One end of described valve rod spring 3 is fixed on the valve rod 6, and the other end is fixed on the valve gap 2, and the active force of valve rod spring 3 will be guaranteed the position that valve rod 6 turn-offs from the rotated position of valve open to valve; Described positioning plate 4 is a circular arc, and edge offers a bayonet socket, and the elongation line of a face of bayonet socket will be by the center of positioning plate 4.
Described valve rod 6 is microscler for adding, and runs through the upper and lower layers of box body 13, exposes box body 13 outer surfaces, and the upper end is provided with handle for valve stem 12; Described electromagnet 19 is made up of movable core 7, movable core spring 8, electromagnetic coil 9, framework 10, pulling handle 11, and described movable core 7 front ends are processed into to be smeared obliquely, is processed into squarely with electromagnet framework 10 jointing places, and the rear end is provided with and spurs handle 11.
Described two water-level detection eletrodes 15 adopt rustless conductor material to make, and insulation is cast in the insulating material each other, and the one side of insulating material installs colloidal materials additional, insulating material is pasted on the wall or the ground, and be screwed.One end of two water-level detection eletrodes 15 exposes the outer surface of insulating material, and the other end is connected with lead.Described two leads that water-level detection eletrode 15 is connected, a lead wherein is connected with the signal input part resistance of water-level control circuit 16 respectively and is connected with the signal input part resistance of wireless encoding signal transmitter 17, and another root lead is connected on the positive pole of power supply.
Described wireless encoding signal transmitter 17, adopt rectifying voltage regulator 20 and DC electrical source 21 dual power supplies, utilize the break contact of relay 23 to carry out the power supply switching, break contact is with after DC electrical source 21 is connected, power circuit with wireless encoding signal transmitter 17 is in parallel again, wireless encoding signal transmitter 17 can be independent be arranged on and be connected with DC electrical source 21, water-level detection eletrode 15 in the box body, implement multiple spot position layout.
Described water-level control circuit 16, wireless encoding signal transmitter 17, wireless encoding signal connect 1 receipts device 18 can make up setting according to user's actual demand.First kind of mode, water-level detection eletrode 15 are connected with water-level control circuit 16 and control electromagnet 19; The second way, water-level detection eletrode 15 are connected with wireless encoding signal transmitter 17 with water-level control circuit 16 respectively and control electromagnet 19; The third mode, water-level detection eletrode 15 are connected with water-level control circuit 16, wireless encoding signal transmitter 17, wireless encoding signal receiver 18 and control electromagnet 19.
Under normal circumstances, with artificial operating valve lever handle 12, handle for valve stem 12 is turned to the valve open position, at this moment the front end that just in time forwards movable core 7 to of the bayonet socket on the positioning plate 4 is smeared oblique place, because movable core 7 is subjected to the elastic force effect of movable core spring 8, movable core 7 is passed to positioning plate 4 directions, insert in the bayonet socket of positioning plate 4, positioning plate 4 is blocked and can not rotates, and makes valve be in normally open.
When the situation of metalling run out took place, ground water level reach a certain height, and two water-level detection eletrodes 15 are met the water conducting simultaneously, the relay J that water-level control circuit 16 connects
1Adhesive, relay J
1The normal opened contact closure, electromagnetic coil 9 energisings that connect, movable core 7 moves adhesive to positioning plate 4 opposite directions, the front end position of movable core 7 breaks away from the bayonet socket position of positioning plate 4, valve rod 6 turns on the position of valve shutoff under the effect of valve rod spring 3 power, makes valve be in normally off, valve has been realized automatically shutting down, and cuts off inlet pipeline.Simultaneously wireless encoding signal transmitter 17 transmits, and is arranged on wireless encoding signal receiver 18 automatic off-hooks in the telephone set and transfers to dial the number in advance and play the effect of timely warning.
When wireless encoding signal transmitter 17 is implemented multiple spot position layout, be arranged on the anti-wireless encoding signal receivers 18 that automatically shut down in the radio alarming valve box body 13 of metalling run out and receive the latter linked relay J of signal
2Adhesive makes electromagnet 19 energising adhesives, and valve relies on the effect of valve rod spring 3 power, turns on the position of valve shutoff, makes valve be in normally off, has turn-offed inlet pipeline.
Claims (9)
1. anti-metalling run out automatically shuts down the radio alarming valve, comprise valve, box body, the valve rod spring, positioning plate, nut, bolt, spring pad, plain cushion, electromagnet, O-ring seal, water-level detection eletrode, water-level control circuit, the wireless encoding signal transmitter, the wireless encoding signal receiver, rectifying voltage regulator, DC electrical source, alarm, relay, diode, lead and antenna, it is characterized in that, described valve is by valve body, valve gap, valve rod, handle for valve stem, spool is formed, described box body is divided into two-layer up and down, box body is fixed by bolts on the valve body, described valve rod is provided with the valve rod spring, on the valve rod spring, be provided with positioning plate, on positioning plate, be provided with nut, be provided with electromagnet in the side of positioning plate.
2. automatically shut down the radio alarming valve according to claim 1 described anti-metalling run out, it is characterized in that described valve body upper volume strengthens, and two bolts hole are set.
3. automatically shut down the radio alarming valve according to claim 1 described anti-metalling run out, it is characterized in that an end of described valve rod spring is fixed on the valve rod, the other end is fixed on the valve gap.
4. automatically shut down the radio alarming valve according to claim 1 described anti-metalling run out, it is characterized in that described positioning plate is a circular arc, edge offers a bayonet socket, and the elongation line of a face of bayonet socket will be by the center of positioning plate.
5. automatically shut down the radio alarming valve according to claim 1 described anti-metalling run out, it is characterized in that described valve rod is microscler for adding, run through the upper and lower layers of box body, expose cartridge outer surface, the upper end is provided with handle for valve stem.
6. automatically shut down the radio alarming valve according to claim 1 described anti-metalling run out, it is characterized in that, described electromagnet is made up of movable core, movable core spring, electromagnetic coil, framework, pulling handle, described movable core front end be processed into smear oblique, be processed into squarely with electromagnet framework jointing place, the rear end is provided with the pulling handle.
7. automatically shut down the radio alarming valve according to claim 1 described anti-metalling run out, it is characterized in that, described two water-level detection eletrodes adopt rustless conductor material to make, and insulation is cast in the insulating material each other, the one side of insulating material, install colloidal materials additional, insulating material is pasted on the wall or the ground, and be screwed, one end of two water-level detection eletrodes exposes the outer surface of insulating material, and the other end is connected with lead.
8. automatically shut down the radio alarming valve according to claim 1 described anti-metalling run out, it is characterized in that, described two leads that water-level detection eletrode is connected, a lead wherein is connected with the signal input part resistance of water-level control circuit respectively and is connected with the signal input part resistance of wireless encoding signal transmitter, and another root lead is connected on the positive pole of power supply.
9. automatically shut down the radio alarming valve according to claim 1 described anti-metalling run out, it is characterized in that, described wireless encoding signal transmitter, adopt rectifying voltage regulator and DC electrical source dual power supply, utilize the break contact of relay to carry out the power supply switching, break contact is with after DC electrical source is connected, power circuit with the wireless encoding signal transmitter is in parallel again, the wireless encoding signal transmitter can be independent be arranged on and be connected with DC electrical source, water-level detection eletrode in the box body, implement multiple spot position layout.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007201941648U CN201106705Y (en) | 2007-07-30 | 2007-11-22 | Water-leakage protection automatic cut-out wireless alarming valve |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200720116690.2 | 2007-07-30 | ||
| CN200720116690 | 2007-07-30 | ||
| CNU2007201941648U CN201106705Y (en) | 2007-07-30 | 2007-11-22 | Water-leakage protection automatic cut-out wireless alarming valve |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201106705Y true CN201106705Y (en) | 2008-08-27 |
Family
ID=39958509
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2007201941648U Expired - Fee Related CN201106705Y (en) | 2007-07-30 | 2007-11-22 | Water-leakage protection automatic cut-out wireless alarming valve |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201106705Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101813210A (en) * | 2010-04-02 | 2010-08-25 | 肖小红 | Automatic controller of electromagnetic valve |
| CN111456177A (en) * | 2020-04-09 | 2020-07-28 | 杭州甫峒科技有限公司 | Bathroom aromatherapy safety device capable of automatically performing water seepage prompt |
-
2007
- 2007-11-22 CN CNU2007201941648U patent/CN201106705Y/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101813210A (en) * | 2010-04-02 | 2010-08-25 | 肖小红 | Automatic controller of electromagnetic valve |
| CN111456177A (en) * | 2020-04-09 | 2020-07-28 | 杭州甫峒科技有限公司 | Bathroom aromatherapy safety device capable of automatically performing water seepage prompt |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20080827 Termination date: 20101122 |