CN207499060U - High-rise Building Energy Saving secondary water-supply equipment - Google Patents

Abstract

High-rise Building Energy Saving secondary water-supply equipment, by hydraulic pressure detection probe, first regulator circuit, first trigger circuit, second trigger circuit, wireless transmission facility, subassembly wrapper A, second regulator circuit, wireless receiving facility, subassembly wrapper B is formed, hydraulic pressure detection probe is mounted on the most significant end of skyscraper maximum layer resident family feed pipe by pipe joint, first regulator circuit, first trigger circuit, second trigger circuit and wireless transmission erection of equipment are in subassembly wrapper A, and it is connected with hydraulic pressure detection probe by conducting wire, second regulator circuit, wireless receiving erection of equipment is in subassembly wrapper B, and it is connected with the power input of wherein one booster pump by conducting wire.The utility model can open or close the power supply of wherein one booster pump according to the hydraulic pressure of skyscraper maximum layer resident family feed pipe, reach energy-efficient purpose.Based on the above, so application prospect that the utility model has had.

Description

High-rise Building Energy Saving secondary water-supply equipment

Technical field

The utility model is related to water facilities field, particularly a kind of High-rise Building Energy Saving secondary water-supply equipment.

Background technology

Without negative pressure skyscraper secondary water supply system, working method is all under associated mechanisms effect, by more parallel connections After the low pressure tap water of input is pressurized by the secondary water supply system booster pump between inlet and outlet pipes, Resident family's pipeline is then input to enable users to just commonly use water.It is more during existing no negative pressure skyscraper secondary water supply system work Platform booster pump power input is connected in parallel, work once electrified together during work, and dead electricity is stopped together during stopping, actually making In, resident family's water consumption is in dynamic change state, when user's water consumption is few, more supercharging pump power outputs are excessive, can make Into the waste of electric energy, cannot meet again when user's water consumption is more, output power is too small positioned at the just common water of high-rise resident family.Base More than, providing a kind of in pipeline hydraulic pressure height, that is, can have exceeded uppermost storey according to hydraulic pressure in uppermost storey user pipe Resident family's water pressure, can be low in pipeline hydraulic pressure automatically by more booster pumps closings one, that is, is used less than uppermost storey resident family Water pressure, when user cannot just commonly use water, the pent supercharging pumping source of turn on automatically makes hydraulic pressure reach high-rise buildings hydraulic pressure The needs of power, thus reaching to save electric energy but also meet the equipment that high-rise buildings are just commonly using water seems particularly necessary.

Utility model content

In order to overcome existing no negative pressure skyscraper secondary water supply system there are the drawbacks of, the utility model provides one Kind in pipeline hydraulic pressure height, that is, can have exceeded uppermost storey resident family according to hydraulic pressure in the uppermost storey user pipe of residential quarters , can be low in pipeline hydraulic pressure automatically by more booster pumps closings one in parallel after water pressure, that is, lived less than uppermost storey Family water pressure, when user cannot just commonly use water, supercharging pumping source that turn on automatically is previously powered down makes hydraulic pressure reach high level and lives Thus the needs of family water pressure reach the High-rise Building Energy Saving two that can be saved electric energy but also meet the just common water of high-rise buildings Secondary supply equipment.

Technical solution is used by the utility model solves its technical problem：

High-rise Building Energy Saving secondary water-supply equipment, including no negative pressure skyscraper secondary water-supply apparatus body, feature exists In by hydraulic pressure detection probe, the first regulator circuit, the first trigger circuit, the second trigger circuit, wireless transmission facility, subassembly wrapper A, Second regulator circuit, wireless receiving facility, subassembly wrapper B are formed, and hydraulic pressure detection probe is mounted on skyscraper by pipe joint The most significant end of maximum layer resident family feed pipe, the first regulator circuit, the first trigger circuit, the second trigger circuit and wireless transmission are set Apply in the subassembly wrapper A, the installation of subassembly wrapper A rear portions there are one telescopic antenna, the rear portion of subassembly wrapper A each side there are one Tool is there are two the installing plate of trepanning, and subassembly wrapper A by installing plate on wall, divide by the first regulator circuit power input both ends It is not connected with 220V AC powers the two poles of the earth by conducting wire, the first regulator circuit power supply output both ends and the first trigger circuit, second Trigger circuit, wireless transmission facility power input both ends connected by conducting wire, two signal input parts of hydraulic pressure detection probe It is connected respectively with the first regulator circuit negative power supply output terminal by conducting wire, two signal output ends difference of hydraulic pressure detection probe It is connected with the signal input part of the first trigger circuit, the second trigger circuit by conducting wire, the first trigger circuit, the second trigger circuit Control signal output connected respectively with two control signal inputs of wireless transmission facility by conducting wire, the second voltage stabilizing electricity Road, wireless receiving erection of equipment are in subassembly wrapper B, and subassembly wrapper B is mounted on no negative pressure skyscraper secondary water-supply apparatus body control The outer top of cabinet processed, the second regulator circuit power input both ends are connected respectively with 220V AC powers the two poles of the earth by conducting wire, and second Regulator circuit power supply output both ends are connected respectively with wireless receiving utility power input both ends by conducting wire, wireless receiving facility control Power input processed is connected with 380V AC powers by conducting wire, and wireless receiving facility controls power output end and without negative pressure high level The power input for building wherein one booster pump of more booster pumps of secondary water-supply apparatus body is connected by conducting wire.

The hydraulic pressure detection probe by cylinder, air inlet pipe, ring-shaped rubber piston, circular permanent magnet, connecting rod, partition board, Limiting plate, tongue tube, spring, upper cover and upper limit nut composition, tongue tube have two, and there are one have interior spiral shell at middle part under cylinder The trepanning of line by screwing into the internal thread of cylinder lower part trepanning for air inlet pipe upper end, is mounted on air inlet pipe top The lower part of cylinder, there are one triangular supports, first tongue tube to be bonded in first plastic housing for right-hand end under the inside of cylinder In vivo, and first plastic casing it is mounted in triangular supports, connecting rod from top to bottom has external screw thread, circular permanent magnetic From top to bottom there is mounting hole, circular permanent magnet is sleeved in ring-shaped rubber piston inner ring, is revolved by connecting rod lower part in the middle part of iron After entering a nut, across circular permanent magnet middle part mounting hole, the bottom trepanning of ring-shaped rubber piston, another nut screws in Connecting rod the lowermost external screw thread, circular permanent magnet, ring-shaped rubber piston be mounted on connecting rod lower part, cylinder internal upper part and Middle part has internal thread, and partition board middle part tool is there are one trepanning, and there are one square apertures for trepanning side tool, and ring partition board outer circle is with outer Screw thread, second tongue tube are bonded in another plastic casing, and another plastic casing side glue sticking in partition board In the square aperture of middle part trepanning side, connecting rod top is passed through from trepanning in the middle part of partition board, is revolved by the external screw thread of partition board outer circle Enter the internal thread at middle part in cylinder, partition board is mounted on middle part in cylinder, there is internal thread in the middle part of limiting plate, by limiting plate Portion's internal thread screws in external screw thread in the middle part of connecting rod, and limiting plate is mounted in the middle part of connecting rod, and cylinder upper outside has external screw thread, There are one trepanning in the middle part of upper cover, upper cover lower part has an internal thread, spring pocket in connecting rod upper end, positioned at limiting plate top, connection Bar top passes through trepanning in the middle part of upper cover, screws in cylinder upper outside external screw thread by the internal thread of upper cover lower part, upper cover is installed On cylinder top, upper limit nut screws in connecting rod the top external screw thread, the upper right side of cylinder, lower right side respectively there are one trepanning, The conducting wire being connected with two tongue tubes respectively draw outside cylinder by the upper right side through cylinder, bottom right side opening.

It is interior with ring-shaped rubber piston on the outside of circular permanent magnet after all components of the hydraulic pressure detection probe install Side is in close contact, and is in close contact on the inside of the outside of ring-shaped rubber piston and cylinder, and the movable contact of first tongue tube is positioned horizontally in The lower part of first plastic casing, the movable contact of second tongue tube are positioned horizontally in the top of another plastic casing, another Square aperture upper and lower part position of the plastic casing upper and lower part height respectively than trepanning side in the middle part of partition board is low, air inlet pipe The most significant end of skyscraper maximum layer resident family feed pipe is mounted on by pipe joint, enters the water with pressure in air inlet pipe Afterwards, ring-shaped rubber piston can overcome the elastic acting force of spring to be moved from the bottom to top along inner barrel, and drive connecting rod upward Movement, after moving upward to certain distance, circular permanent magnet is close to second tongue tube, stationary contact inside second tongue tube It is connected with movable contact, after entering the water and air pressure reduction with pressure in air inlet pipe, ring-shaped rubber piston can be in spring Elastic acting force is from top to bottom moved along inner barrel, and connecting rod is driven to move downward, after being moved downwardly to certain distance, circle Shape permanent magnet and second tongue tube space out, and stationary contact and movable contact disconnect inside tongue tube, move to one still further below After set a distance, circular permanent magnet is connected close to first tongue tube, first tongue tube inside stationary contact with movable contact, upper cover When screwing in more downwards along cylinder upper outside external screw thread, spring is compressed tighter, and ring-shaped rubber piston can be relatively large Under water pressure, the elastic acting force of spring can just be overcome to be moved from the bottom to top along inner barrel, outside upper cover rim cylinder upper outside During the upward turn of screw thread, spring is relaxed, and ring-shaped rubber piston is made under relatively small water pressure with regard to the elasticity that can overcome spring Firmly moved from the bottom to top along inner barrel.

First regulator circuit is fixed by power transformer, silicon rectifier diode, electrolytic capacitor, ceramic disc capacitor and three ends Output voltage stabilizer forms, and is connected therebetween by conducting wire, and silicon rectifier diode has four, and ceramic disc capacitor has two, and three ends are fixed defeated It is 7812 to go out voltage-stablizer model, and power transformer armature winding both ends connect respectively with 220V AC powers the two poles of the earth, power supply transformation Device secondary windings one end is connected with first silicon rectifier diode cathode, second silicon rectifier diode anode, power transformer The secondary windings other end is connected with third silicon rectifier diode cathode, the 4th silicon rectifier diode anode, and second silicon is whole Stream diode cathode and the 4th silicon rectifier diode cathode, electrolytic capacitor anode, first ceramic disc capacitor one end, three ends are fixed 1 foot of the cathode power supply input terminal connection of output voltage stabilizer, first silicon rectifier diode anode and third silicon rectifier diode Output voltage stabilizer is fixed at anode, electrolytic capacitor cathode, first ceramic disc capacitor other end, second ceramic disc capacitor one end, three ends 2 foot of negative power supply input terminal ground connection, three ends fix output voltage stabilizer 3 foot of cathode power supply output terminal and second ceramic disc capacitor The other end connects.

First trigger circuit is by time-base integrated circuit, resistance, electrolytic capacitor, ceramic disc capacitor, NPN triode and relay Device forms, and is connected therebetween by conducting wire, and ceramic disc capacitor shares two, and time-base integrated circuit model is NE555, time-base integrated circuit 4 foot of 8 foot of cathode power supply input terminal and reset terminal, resistance one end, relay cathode power supply input terminal connection, the resistance other end and 7 foot of 6 foot of threshold value end and discharge end of time-base integrated circuit, the connection of electrolytic capacitor anode, 5 foot of control terminal of time-base integrated circuit and The connection of first ceramic disc capacitor one end, 2 foot of triggering end of time-base integrated circuit and second ceramic disc capacitor one end connection, when basis set 3 foot of output terminal into circuit is connected with NPN transistor base, and NPN triode collector and relay negative power supply input terminal connect It connects, 1 foot of negative power supply input terminal and electrolytic capacitor cathode of time-base integrated circuit, first ceramic disc capacitor other end, tri- poles of NPN Pipe emitter is grounded.

Second trigger circuit is by time-base integrated circuit, resistance, electrolytic capacitor, ceramic disc capacitor, NPN triode and relay Device forms, and is connected therebetween by conducting wire, and ceramic disc capacitor shares two, and time-base integrated circuit model is NE555, time-base integrated circuit 4 foot of 8 foot of cathode power supply input terminal and reset terminal, resistance one end, relay cathode power supply input terminal connection, the resistance other end and 7 foot of 6 foot of threshold value end and discharge end of time-base integrated circuit, the connection of electrolytic capacitor anode, 5 foot of control terminal of time-base integrated circuit and The connection of first ceramic disc capacitor one end, 2 foot of triggering end of time-base integrated circuit and second ceramic disc capacitor one end connection, when basis set 3 foot of output terminal into circuit is connected with NPN transistor base, and NPN triode collector and relay negative power supply input terminal connect It connects, 1 foot of negative power supply input terminal and electrolytic capacitor cathode of time-base integrated circuit, first ceramic disc capacitor other end, tri- poles of NPN Pipe emitter is grounded.

The wireless transmission facility is the wireless transmission component of SR1500-4 type wireless transmission/reception component finished products, by One coding circuit module and wireless signal transmitting module, battery tray form, and there are two signals in wireless signal transmitting module to send out Button is penetrated, by pressing first, second signal transmitting button respectively, wireless transmission component can be launched respectively with coding Wireless closure signal, wireless cut-off signal, for wireless transmission component in open field, wireless signal transmission distance is 1500 meters.

Second regulator circuit is fixed by power transformer, silicon rectifier diode, electrolytic capacitor, ceramic disc capacitor and three ends Output voltage stabilizer forms, and is connected therebetween by conducting wire, and silicon rectifier diode has four, and ceramic disc capacitor has two, and three ends are fixed defeated It is 7805 to go out voltage-stablizer model, and power transformer armature winding both ends connect respectively with 220V AC powers the two poles of the earth, power supply transformation Device secondary windings one end is connected with first silicon rectifier diode cathode, second silicon rectifier diode anode, power transformer The secondary windings other end is connected with third silicon rectifier diode cathode, the 4th silicon rectifier diode anode, and second silicon is whole Stream diode cathode and the 4th silicon rectifier diode cathode, electrolytic capacitor anode, first ceramic disc capacitor one end, three ends are fixed 1 foot of the cathode power supply input terminal connection of output voltage stabilizer, first silicon rectifier diode anode and third silicon rectifier diode Output voltage stabilizer is fixed at anode, electrolytic capacitor cathode, first ceramic disc capacitor other end, second ceramic disc capacitor one end, three ends 2 foot of negative power supply input terminal ground connection, three ends fix output voltage stabilizer 3 foot of cathode power supply output terminal and second ceramic disc capacitor The other end connects.

The wireless receiving facility by the wireless receiving component of SR1500-4 type wireless transmission/reception component finished products, resistance, NPN triode, relay composition, are connected, resistance has two, and wireless receiving component is by a coding circuit mould by conducting wire therebetween Block and reception of wireless signals module composition, wireless receiving component have 7 pins, the 1st, 3 pins be that power positive cathode connects respectively Line end, 2 feet are efficient coding pulse signal output ends, and 4,5,6,7 feet are high level output ends, and relay has two, wirelessly connects 1 foot of cathode power supply input terminal and first relay cathode power supply input terminal connection, the height of wireless receiving component for receiving component are electric Flat 4 foot of output terminal is connected with resistance one end, and the resistance other end is connected with NPN transistor base, NPN triode collector and relay Device negative power supply input terminal connects, and first relay cathode power supply output terminal and second relay cathode power supply input terminal connect It connects, 3 foot of negative power supply input terminal and NPN triode emitter of wireless receiving component, second relay negative power supply input End ground connection, telescopic antenna are connected with the antenna terminal of reception of wireless signals module.

The utility model advantageous effect is：The utility model is in use, when no negative pressure skyscraper secondary water-supply apparatus body exists Associated mechanisms effect under, more supercharging pump works by tap water boosting, be pumped into user pipe when, have pressure water enter Behind the hydraulic pressure detection probe inside of skyscraper maximum layer resident family feed pipe most significant end, when hydraulic pressure is lived more than maximum layer During the use water pressure at family（Such as uppermost storey resident family can just commonly use water in hydraulic pressure 1MPa, and hydraulic pressure is more than this moment 1MPa）, under hydraulic pressure effect, ring-shaped rubber piston can overcome the elastic acting force of spring, drive circular permanent magnet along cylinder For moved upward inside to certain distance, circular permanent magnet magnetic action power just makes inside second tongue tube movable contact and quiet Contacting, then, under the effect of the first trigger circuit, wireless transmission facility can launch wireless closure signal；When hydraulic pressure is low When the use water pressure of maximum layer resident family, under the elastic acting force of spring, ring-shaped rubber piston can drive circular permanent magnetic Iron is moved downwardly to certain distance along inner barrel, and circular permanent magnet magnetic action power just makes dynamic inside first tongue tube Contact is connected with stationary contact, and then, under the effect of the second trigger circuit, wireless transmission facility can launch wireless cut-off signal； When wireless transmission facility launches wireless closure signal, after wireless receiving facility receives wireless closure signal, wireless receiving is set Wherein one supercharging pumping source of no negative pressure skyscraper secondary water-supply apparatus body can be disconnected automatically by applying, this booster pump stops Work, remaining more booster pump can be high residential building normal water supply, achieve the purpose that save electric energy；When wireless transmission facility is sent out Wireless cut-off signal is projected, after wireless receiving facility receives wireless cut-off signal, wireless receiving facility meeting turn on automatically is without negative Press wherein one of skyscraper secondary water-supply apparatus body supercharging pumping source, this booster pump work once electrified and remaining more Booster pump is worked together as high residential building normal water supply, and making to include can normal use tap water positioned at top resident family.Base More than, so the application prospect that the utility model has had.

Description of the drawings

The utility model is described further with reference to the accompanying drawings and examples.

Fig. 1 is the utility model without negative pressure skyscraper secondary water-supply apparatus body and the second regulator circuit, wireless receiving The structure diagram of facility, subassembly wrapper B.

Fig. 2 is the utility model hydraulic pressure detection probe, the first regulator circuit, the first trigger circuit, the second trigger circuit, nothing The structure diagram of line launch facility, subassembly wrapper A.

Fig. 3 is the ring-shaped rubber piston of the utility model hydraulic pressure detection probe, circular permanent magnet structure diagram.

Fig. 4 is the utility model hydraulic pressure detection probe, the first regulator circuit, the first trigger circuit, the second trigger circuit, nothing The circuit diagram of line launch facility.

Fig. 5 is the second regulator circuit of the utility model, wireless receiving facility and without negative pressure skyscraper secondary water-supply equipment Circuit diagram between an ontology wherein booster pump.

Specific embodiment

Shown in Fig. 1, Fig. 2, Fig. 3, High-rise Building Energy Saving secondary water-supply equipment, including no negative pressure skyscraper secondary water-supply Apparatus body 1, by hydraulic pressure detection probe 2, the first regulator circuit 3, the first trigger circuit 4, the second trigger circuit 5, wireless transmission Facility 6, subassembly wrapper A7, the second regulator circuit 8, wireless receiving facility 9, subassembly wrapper B10 are formed, and hydraulic pressure detection probe 2 passes through pipe Road connector is mounted on the most significant end of skyscraper maximum layer resident family feed pipe, the first regulator circuit 3, the first trigger circuit 4, the Two trigger circuits 5 and wireless transmission facility 6 are mounted in subassembly wrapper A7, and subassembly wrapper A7 rear portions are installed there are one telescopic antenna 7-1, Each side there are one tool there are two the installing plate 7-2 of trepanning, subassembly wrapper A7 is pacified by installing plate 7-2 at the rear portion of subassembly wrapper A7 On wall, 3 power input both ends of the first regulator circuit are connected respectively with 220V AC powers the two poles of the earth by conducting wire, and first is steady 3 power supply of volt circuit export both ends and the first trigger circuit 4, the second trigger circuit 5, wireless transmission facility 6 power input both ends It is connected by conducting wire, two signal input parts of hydraulic pressure detection probe 2 lead to respectively with 3 negative power supply output terminal of the first regulator circuit Cross conducting wire connection, two signal output ends of hydraulic pressure detection probe 2 letter with the first trigger circuit 4, the second trigger circuit 5 respectively Number input terminal is connected by conducting wire, and the first trigger circuit 4, the control signal output of the second trigger circuit 5 are respectively and wireless hair Two control signal inputs for penetrating facility 6 are connected by conducting wire, and the second regulator circuit 8, wireless receiving facility 9 are mounted on element In box B10, subassembly wrapper B10 is steady mounted on the outer top of no negative pressure skyscraper secondary water-supply apparatus body switch board 11, second 8 power input both ends of volt circuit are connected respectively with 220V AC powers the two poles of the earth by conducting wire, 8 power supply of the second regulator circuit output two End connected respectively with 9 power input both ends of wireless receiving facility by conducting wire, wireless receiving facility 9 control power input and 380V AC powers are connected by conducting wire, and wireless receiving facility 9 controls power output end and without negative pressure skyscraper secondary water-supply The power input of wherein one booster pump 12 of more booster pumps of apparatus body is connected by conducting wire.

Shown in Fig. 2, Fig. 3, hydraulic pressure detector 2 is by cylinder 2-1, air inlet pipe 2-2, ring-shaped rubber piston 2-3, circular permanent Magnet 2-4, connecting rod 2-5, partition board 2-6, limiting plate 2-7, tongue tube 2-8 and 2-9, spring 2-10, upper cover 2-11 and upper limit Nut 2-12 is formed, and tongue tube has two, and middle part is there are one having female trepanning under cylinder 2-1, by air inlet pipe 2-2 End is screwed into the internal thread of cylinder 2-1 lower part trepannings, air inlet pipe 2-2 tops is mounted on the lower part of cylinder 2-1, cylinder Right-hand end is bonded in first plastic casing there are one triangular supports 2-13, first tongue tube 2-8 under the inside of body 2-1 It is interior, and first plastic casing is mounted on triangular supports 2-13, connecting rod 2-5 from top to bottom has external screw thread, round From top to bottom there is mounting hole, circular permanent magnet 2-4 is sleeved in ring-shaped rubber piston 2-3 inner ring, is led in the middle part of permanent magnet 2-4 After crossing connecting rod 2-5 lower parts one nut of screw-in, across circular permanent magnet 2-4 middle parts mounting hole, ring-shaped rubber piston 2-3 most Lower end trepanning, another nut screws in connecting rod 2-5 the lowermost external screw threads, circular permanent magnet 2-4, ring-shaped rubber piston 2-3 is mounted on connecting rod 2-5 lower parts, and cylinder 2-1 internal upper parts and middle part have internal thread, have in the middle part of partition board 2-6 there are one trepanning, Trepanning side has there are one square aperture 2-14, and ring partition board 2-6 outer circles have external screw thread, and second tongue tube 2-9 to be bonded in separately In one plastic casing, and the square aperture 2-14 of another plastic casing side glue sticking trepanning side in the middle part of partition board Interior, connecting rod 2-5 tops trepanning 2-6 in the middle part of the partition board is passed through, by the screwing into cylinder 2-1 of partition board 2-6 outer circles Partition board 2-6 is mounted on middle part in cylinder 2-1, has internal thread in the middle part of limiting plate 2-7, pass through limiting plate 2-7 by the internal thread in portion Middle part internal thread screws in external screw thread in the middle part of connecting rod 2-5, limiting plate 2-7 is mounted in the middle part of connecting rod 2-5, cylinder 2-1 tops Outside has external screw thread, and trepanning that there are one upper cover 2-11 middle parts, upper cover 2-11 lower parts have internal thread, and spring 2-10 to be sleeved on connection Bar 2-5 upper ends, positioned at limiting plate 2-7 tops, connecting rod 2-5 tops pass through trepanning in the middle part of upper cover 2-11, by under upper cover 2-11 The internal thread in portion screws in cylinder 2-1 upper outside external screw threads, and upper cover 2-11 is mounted on cylinder 2-1 tops, upper limit nut 2- 12 screw in connecting rod 2-5 the tops external screw thread, and respectively there are one trepanning and two tongue tube phases for upper right side, the lower right side of cylinder 2-1 Upper right sides of the conducting wire 2-15 respectively through cylinder 2-1 even, bottom right side opening are drawn outside cylinder.Hydraulic pressure detection probe 2 is all After component installs, on the outside of the circular permanent magnet 2-4 and inside of ring-shaped rubber piston 2-3 is in close contact, ring-shaped rubber piston It is in close contact on the inside of the outside of 2-3 and cylinder 2-1, the movable contact of first tongue tube 2-8 is positioned horizontally in first plastic casing Lower part, the movable contact of second tongue tube 2-9 is positioned horizontally in the top of second plastic casing, another plastic casing top Low with square aperture 2-14 upper and lower part position of the lower height respectively than trepanning side in the middle part of partition board, air inlet pipe 2-2 passes through Pipe joint is mounted on the most significant end of skyscraper maximum layer resident family feed pipe, enters the water with pressure in air inlet pipe 2-2 Afterwards, ring-shaped rubber piston 2-3 can overcome the elastic acting force of spring 2-10 to be moved from the bottom to top, and drive along inside cylinder 2-1 Connecting rod 2-5 is moved upwards, and after moving upward to certain distance, circular permanent magnet 2-4 is close to second tongue tube 2-9, and Stationary contact is connected with movable contact inside two tongue tube 2-9, and the water and air pressure reduction with pressure is entered in air inlet pipe 2-2 Afterwards, ring-shaped rubber piston 2-3 can from top to bottom be moved, and the company of drive in the elastic acting force of spring 2-10 along inside cylinder 2-1 Extension bar 2-5 is moved downward, after being moved downwardly to certain distance, circular permanent magnet 2-4 and second tongue tube 2-9 pull open away from From stationary contact and movable contact disconnect inside tongue tube 2-9, and after moving to certain distance still further below, circular permanent magnet 2-4 connects Stationary contact is connected with movable contact inside nearly first tongue tube 2-8, first tongue tube 2-8, and upper cover 2-11 is along cylinder 2-1 tops When outside external screw thread screws in more downwards, spring 2-10 is compressed tighter, and ring-shaped rubber piston 2-3 can be in relatively large hydraulic pressure Under power, the elastic acting force of spring 2-10 can just be overcome to be moved from the bottom to top along inside cylinder 2-1, upper cover 2-11 is along cylinder 2-1 During the upward turn of upper outside external screw thread, spring 2-10 is relaxed, and ring-shaped rubber piston 2-3 is under relatively small water pressure, just The elastic acting force of spring 2-10 can be overcome to be moved from the bottom to top along inside cylinder 2-1.

Shown in Fig. 1, Fig. 2, Fig. 3, its power output end exports 12V DC power supply after 3 work once electrified of the first regulator circuit Into the first trigger circuit 4, the second trigger circuit 5,6 power input of wireless transmission facility, the first trigger circuit 4, second is touched Power Generation Road 5, wireless transmission facility 6 are in obtain electric standby mode.When no negative pressure skyscraper secondary water-supply apparatus body 1 is in correlation Mechanism effect under, more supercharging pump work when by tap water boosting, be pumped into user pipe, have pressure water can enter position In the inside of the most significant end hydraulic pressure detection probe 2 of skyscraper maximum layer resident family feed pipe, when hydraulic pressure is lived more than maximum layer During the use water pressure at family（Such as uppermost storey resident family can just commonly use water in hydraulic pressure 1MPa, and hydraulic pressure is more than this moment 1MPa）, under hydraulic pressure effect, ring-shaped rubber piston 2-3 can overcome the elastic acting force of spring 2-10, drive circular permanent magnet For 2-4 along cylinder 2-1 moved upward insides to certain distance, circular permanent magnet 2-4 magnetic actions power is just dry close to second Movable contact is connected with stationary contact inside reed pipe 2-9, second tongue tube 2-9, then, under 4 internal action of the first trigger circuit, First trigger circuit 4 can make first signal of wireless transmission facility 6 emit two power contacts under button to connect 3 seconds, Under the effect of 6 internal circuit of wireless transmission facility, wireless transmission facility 6 can launch 3 seconds wireless closure signals；When hydraulic pressure reduces When, under the elastic acting force of spring 2-10, spring 2-10 can make ring-shaped rubber piston 2-3 drive circular permanent magnet 2-4, edge Certain distance is moved downwardly to inside cylinder 2-1, circular permanent magnet 2-4 magnetic actions power no longer acts on second tongue tube Stationary contact and movable contact are off inside 2-9, second tongue tube 2-9, when hydraulic pressure is less than the use of maximum layer resident family During water pressure, after ring-shaped rubber piston 2-3 is moved downwardly to certain distance along inside cylinder 2-1 again, circular permanent magnet 2-4 is firm Movable contact inside first tongue tube 2-8 is made to be connected with stationary contact well, then, under the effect of 5 internal circuit of the second trigger circuit, Second trigger circuit 5 can make second signal of wireless transmission facility 6 emit two power contacts under button to connect 3 seconds, Under the effect of 6 internal circuit of wireless transmission facility, wireless transmission facility 6 can launch 3 seconds wireless cut-off signals.Second voltage stabilizing electricity After the 8 power input input 220V AC powers of road, power output end can export 5V DC power supplies and enter wireless receiving facility 9 Power input, then, wireless receiving facility 9 are in obtain electric standby mode；Launch wireless be closed when wireless transmission facility 6 to believe Number, after wireless receiving facility 9 receives wireless closure signal, wireless receiving facility 9 can disconnect no negative pressure skyscraper two automatically The power supply of wherein one booster pump 12 of secondary supply equipment ontology, this booster pump 12 are stopped, remaining more booster pump is It can be high residential building normal water supply, achieve the purpose that save electric energy；When wireless transmission facility 6 launches wireless cut-off signal, nothing After line reception facilities 9 receive wireless cut-off signal, the meeting turn on automatically of wireless receiving facility 9 is without negative pressure skyscraper secondary water-supply Wherein 12 power supply of booster pump for apparatus body, this 12 work once electrified of booster pump and remaining more booster pump work together For high residential building normal water supply, making to include can normal use tap water positioned at top resident family.Based on the above, so this is new The application prospect that type has had.The utility model is first before use, normal by the skyscraper maximum layer resident family that water pressure gauge is collected With water hydraulic pressure value, then the air inlet pipe 2-2 of hydraulic pressure detection probe is screwed in, pressure value adjusting is carried out on air compressor machine exhaust pipe, passed through Upper cover 2-11 along cylinder 2-1 upper outsides external screw thread to backspin or is upwards revolved, makes the pressure of air compressor machine more than skyscraper most When high one layer of resident family is just commonly using water hydraulic pressure value, ring-shaped rubber piston 2-3 drives circular permanent magnet 2-4 to be transported upwards along inner barrel Dynamic just to be approached with second tongue tube 2-9, movable contact is just connected with stationary contact inside second tongue tube 2-9, in pneumatics The pressure of machine be in skyscraper maximum layer resident family just common water hydraulic pressure value when, spring 2-10 makes ring-shaped rubber piston 2-3 bands Dynamic circular permanent magnet 2-4 is moved downward along inside cylinder 2-1, circular permanent magnet 2-4 and second tongue tube 2-9 pull open away from From tongue tube 2-9 inner contacts disconnect；The pressure of air compressor machine is less than the just common water hydraulic pressure value of skyscraper maximum layer resident family When, spring 2-10 makes ring-shaped rubber piston 2-3 that circular permanent magnet 2-4 be driven to be moved still further below along inside cylinder 2-1, and circle is forever Long magnet 2-4 and first tongue tube 2-8 is approached, and stationary contact is connected with movable contact inside tongue tube 2-8；Then again regulating The hydraulic pressure detection probe of pressure value is mounted on the most significant end of skyscraper maximum layer resident family feed pipe, you can input normally makes With.

Shown in Fig. 4, the first regulator circuit is by power transformer T1, silicon rectifier diode VD1, VD2, VD3, VD4, electrolysis Output voltage stabilizer A1 compositions are fixed at capacitance C1, ceramic disc capacitor C2, C3 and three ends, are connected therebetween by conducting wire, silicon rectifier diode There are four, ceramic disc capacitor there are two, and it is 7812 that output voltage stabilizer A1 models are fixed at three ends, power transformer T1 armature windings both ends It is connected respectively with 220V AC powers the two poles of the earth, power transformer T1 secondary windings one end and first silicon rectifier diode VD1 are born Pole, second silicon rectifier diode VD2 anodes connection, two pole of the power transformer T1 secondary windings other end and third silicon rectifier Pipe VD3 cathode, the 4th silicon rectifier diode VD4 anodes connection, second silicon rectifier diode VD2 cathode and the 4th silicon are whole Flow diode VD4 cathode, electrolytic capacitor C1 anodes, first ceramic disc capacitor C1 one end, three ends fixation output voltage stabilizer A1 just Power input 1 foot in pole connects, first silicon rectifier diode VD1 anode and third silicon rectifier diode VD3 anodes, electrolysis Output voltage stabilizer A1's fixed in capacitance C1 cathode, first ceramic disc capacitor C2 other end, second ceramic disc capacitor C3 one end, three ends 2 foot of negative power supply input terminal is grounded, and 3 foot of cathode power supply output terminal and second ceramic disc capacitor of output voltage stabilizer A1 is fixed at three ends The C3 other ends connect.First trigger circuit is by time-base integrated circuit A2, resistance R1, electrolytic capacitor C4, ceramic disc capacitor C5, C6, NPN Triode VT1 and relay J1 compositions, are connected, ceramic disc capacitor shares two, time-base integrated circuit A2 models by conducting wire therebetween It is NE555,4 foot of 8 foot of cathode power supply input terminal and reset terminal, resistance R1 one end, the relay J1 anodes of time-base integrated circuit A2 Power input connects, 7 foot of 6 foot of threshold value end and discharge end, the electrolytic capacitor C4 of the resistance R1 other ends and time-base integrated circuit A2 Anode connects, 5 foot of control terminal of time-base integrated circuit A2 and first ceramic disc capacitor C5 one end connection, time-base integrated circuit A2's 2 foot of triggering end and second ceramic disc capacitor C6 one end connection, 3 foot of output terminal of time-base integrated circuit A2 and NPN triode VT1 bases Pole connects, and NPN triode VT1 collectors are connected with relay J1 negative power supply input terminals, the negative electricity of time-base integrated circuit A2 1 foot of source input terminal and electrolytic capacitor C4 cathode, first ceramic disc capacitor C5 other end, NPN triode VT1 emitters ground connection.The Two trigger circuits are by time-base integrated circuit A3, resistance R2, electrolytic capacitor C7, ceramic disc capacitor C8, C9, NPN triode VT2 and relay Device J2 form, connected therebetween by conducting wire, ceramic disc capacitor shares two, and time-base integrated circuit A3 models are NE555, when basis set into 4 foot of 8 foot of cathode power supply input terminal and reset terminal of circuit A3, resistance R2 one end, the connection of relay J2 cathode power supplies input terminal, electricity Resistance the R2 other ends connected with 7 foot of 6 foot of threshold value end and discharge end, the electrolytic capacitor C7 anodes of time-base integrated circuit A3, when basis set into 5 foot of control terminal of circuit A3 and the connection of first ceramic disc capacitor C8 one end, 2 foot of triggering end of time-base integrated circuit A3 and second Ceramic disc capacitor C9 one end connects, and 3 foot of output terminal of time-base integrated circuit A3 is connected with NPN triode VT2 base stages, NPN triode VT2 collectors are connected with relay J2 negative power supply input terminals, 1 foot of negative power supply input terminal of time-base integrated circuit A3 and electrolysis Capacitance C7 cathode, first ceramic disc capacitor C8 other end, NPN triode VT2 emitters ground connection.Wireless transmission facility A4 is The wireless transmission component of SR1500-4 type wireless transmission/reception component finished products, by a coding circuit module and wireless signal Transmitting module, battery tray composition, there are two signals in wireless signal transmitting module to emit button S1, S2, by pressing the respectively One, second signal transmitting button S1 and S2, wireless transmission component A4 can launch respectively with coding wireless closure signal, Wireless cut-off signal, for wireless transmission component A4 in open field, wireless signal transmission distance is 1500 meters.First regulator circuit The armature winding both ends of power input both ends power transformer T1 are connected respectively with 220V AC powers the two poles of the earth by conducting wire, and first 3 feet and the power input two of 2 feet and the first trigger circuit of output voltage stabilizer A1 are fixed at regulator circuit power supply output three end of both ends Hold resistance R1 one end and NPN triode VT1 emitters, power input both ends resistance R2 one end of the second trigger circuit and NPN tri- Pole pipe VT2 emitters, the cathode power supply input terminal VCC of power input both ends wireless transmission component A4 of wireless transmission facility and negative Pole power input GND is connected by conducting wire, two signal input parts, second tongue tube GH2 one end of hydraulic pressure detection probe, Cathode of first tongue tube GH1 one end respectively with the first regulator circuit negative power supply output terminal electrolytic capacitor C1 is connected by conducting wire It connects, two signal output ends, second tongue tube GH2 other end of hydraulic pressure detection probe, first tongue tube GH1 other end point Not and the other end of the signal input part ceramic disc capacitor C5 of the first trigger circuit, the signal input part tile of the second trigger circuit are electric The other end for holding C9 is connected by conducting wire, the first trigger circuit control signal output relay J1 control power input tip sides And normally opened contact end, the control signal output relay J2 control power input tip sides and normally opened contact of the second trigger circuit End is touched respectively with two power supplys under two control signal inputs of wireless transmission facility two signal transmitting buttons S1, S2 Point is connected by conducting wire.

Shown in Fig. 5, the second regulator circuit is by power transformer T2, silicon rectifier diode VD5, VD6, VD7, VD8, electrolysis Output voltage stabilizer A5 compositions are fixed at capacitance C10, ceramic disc capacitor C11, C12 and three ends, are connected therebetween by conducting wire, two pole of silicon rectifier Only, ceramic disc capacitor has two to Guan Yousi, and it is 7805 that output voltage stabilizer A5 models are fixed at three ends, power transformer T2 armature windings two End connects respectively with 220V AC powers the two poles of the earth, power transformer T2 secondary windings one end and first silicon rectifier diode VD5 Cathode, second silicon rectifier diode VD6 anodes connection, the power transformer T2 secondary windings other end and third silicon rectifier two Pole pipe VD7 cathode, the 4th silicon rectifier diode VD8 anodes connection, second silicon rectifier diode VD6 cathode and the 4th silicon Output voltage stabilizer A5 is fixed at rectifier diode VD8 cathode, electrolytic capacitor C10 anodes, first ceramic disc capacitor C11 one end, three ends The connection of 1 foot of cathode power supply input terminal, first silicon rectifier diode VD5 anode and third silicon rectifier diode VD7 anodes, Output is fixed surely in electrolytic capacitor C10 cathode, first ceramic disc capacitor C11 other end, second ceramic disc capacitor C12 one end, three ends 2 foot of the negative power supply input terminal ground connection of depressor A4, three ends fix output voltage stabilizer A5 3 foot of cathode power supply output terminal and second The ceramic disc capacitor C12 other ends connect.Wireless receiving facility by SR1500-4 type wireless transmission/reception component finished products wireless receiving Component A6, resistance R3, NPN triode VT3, relay J3, J4 composition are connected, resistance has two, wirelessly connects by conducting wire therebetween Component A6 is received to be made of a coding circuit module and reception of wireless signals module, wireless receiving component A6 has 7 pins, the 1st, 3 pins are power positive cathode terminals respectively, and 2 feet are efficient coding pulse signal output ends, and 4,5,6,7 feet are that high level is defeated Outlet, relay have two, and 1 foot of cathode power supply input terminal of wireless receiving component A6 and first relay J3 cathode power supply are defeated Enter end connection, 4 foot of high level output end of wireless receiving component A6 is connected with resistance R3 one end, the resistance R3 other ends and NPN tri- Pole pipe VT3 base stages connect, and NPN triode VT3 collectors are connected with relay J3 negative power supply input terminals, first relay J3 Cathode power supply output terminal and second relay J4 cathode power supplies input terminal connection, the negative power supply input of wireless receiving component A6 Hold 3 feet and NPN triode VT3 emitters, second relay J4 negative power supply input end grounding, telescopic antenna and wireless signal The antenna terminal connection of receiving module.Distinguish at the second regulator circuit power input both ends power transformer T2 armature windings both ends It is connected with 220V AC powers the two poles of the earth by conducting wire, output voltage stabilizer A5's fixed in the second regulator circuit power supply output three end of both ends 3 feet and 2 feet are connected respectively with 1 foot of wireless receiving utility power input both ends wireless receiving component A6 and 3 feet by conducting wire, nothing The three control power input tip sides and 380V AC powers of line reception facilities control power input relay J4 are by leading Line connects, three normally-closed contact ends of wireless receiving facility control power output end relay J4 and secondary without negative pressure skyscraper The power input of the wherein one booster pump M of more booster pumps of supply equipment ontology is connected by conducting wire.

Shown in Fig. 4, in the first regulator circuit：After the armature winding of 220V AC power input power transformers T1, electricity 220V AC powers are reduced to 24V AC powers by source transformer T1,24V AC powers through silicon rectifier diode VD1, VD2, VD3, VD4 rectifications, electrolytic capacitor C1 filtering enter 1 foot that output voltage stabilizer A1 is fixed at three ends, and output voltage stabilizer A1 is fixed at it in three ends Under internal circuit and peripheral cell ceramic disc capacitor C2, C3 collective effect, it is steady from the output of its 3rd foot that output voltage stabilizer A1 is fixed at three ends Fixed 12V DC power supply enter the first trigger circuit, the second trigger circuit, wireless transmission facility power input, first touch Power Generation Road, the second trigger circuit, wireless transmission facility are in obtain electric standby mode.In first trigger circuit：Usually by when basis set The monostable flipflop formed into circuit A2 and its peripheral cell electrolytic capacitor C4, ceramic disc capacitor C5 is in stable state, output terminal 3 Foot export low level, when no negative pressure skyscraper secondary water-supply apparatus body associated mechanisms effect under, more booster pump works When making by tap water boosting, be pumped into user pipe when, have pressure water enter be located at skyscraper maximum layer resident family supply Inside the hydraulic pressure detection probe of water pipe most significant end, when hydraulic pressure is more than the use water pressure of maximum layer resident family, under hydraulic pressure effect, ring Shape rubber piston overcomes the elastic acting force of spring, and circular permanent magnet CT is driven to move upward to a spacing along inner barrel From circular permanent magnet CT magnetic actions power is just close to movable contact inside second tongue tube GH2, second tongue tube GH2 It is connected with stationary contact, then, 12V DC power cathode couples the triggering end 2 of triggering time-base integrated circuit A2 through ceramic disc capacitor C6 Foot, monostable flipflop are in temporary stable state, and the 3rd foot of time-base integrated circuit A2 exports 3 seconds high level, after 3 seconds, temporary stable state For circuit again in stable state, the 3rd foot of time-base integrated circuit A2 no longer exports high level, the 3rd foot output 3 of time-base integrated circuit A2 During second high level, high level enters relay J1 negative power supply input terminals through NPN triode VT1 power amplifications, paraphase, in It is that relay J1 obtains electric actuation, and it controls power input tip side and normally opened contact end to be closed, due to relay J1 control power supplys Input tip side and normally opened contact end lead to respectively with two power contacts under the signal of wireless transmission component A4 transmitting button S1 Conducting wire connection is crossed, so, after relay J1 obtains electric actuation, under first signal transmitting button S1 keys of wireless transmission component A4 Two power contacts can connect 3 seconds, then, under the effect of wireless transmission component A4 internal circuits, wireless transmission component A4 meetings Launch 3 seconds wireless closure signals.In second trigger circuit：Electricity is usually electrolysed by time-base integrated circuit A3 and its peripheral cell The monostable flipflop for holding C7, ceramic disc capacitor C8 composition is in stable state, 3 foot of output terminal output low level, when high-rise buildings pipe When hydraulic pressure is reduced to certain value in road, under the elastic acting force of spring, spring makes ring-shaped rubber piston driving circular permanent magnetic Iron CT is moved downwardly to certain distance along inner barrel, and circular permanent magnet CT magnetic actions power no longer acts on second and does Stationary contact and movable contact are off inside reed pipe GH2, second tongue tube GH2, when hydraulic pressure is less than maximum layer resident family Use water pressure when, after ring-shaped rubber piston is moved downwardly to certain distance along inner barrel again, circular permanent magnet CT is just Movable contact inside first tongue tube GH1 is made to be connected with stationary contact, then, 12V DC power cathode is coupled through ceramic disc capacitor C9 2 foot of triggering end of time-base integrated circuit A3 is triggered, monostable flipflop is in temporary stable state, and the 3rd foot of time-base integrated circuit A3 is defeated Go out 3 seconds high level, after 3 seconds, for temporary steady-state circuit again in stable state, the 3rd foot of time-base integrated circuit A3 no longer exports high electricity It is flat, when the 3rd foot of time-base integrated circuit A3 exports 3 seconds high level, high level through NPN triode VT2 power amplifications, paraphase into Enter relay J2 negative power supply input terminals, then, relay J2 obtains electric actuation, and it controls power input tip side and normally opened contact End is closed, since relay J2 controls power input tip side and normally opened contact the end signal with wireless transmission component A4 respectively Two power contacts under transmitting button S2 are connected by conducting wire, so, after relay J2 obtains electric actuation, wireless transmission component Two power contacts can connect 3 seconds under second signal transmitting button S2 keys of A4, then, inside wireless transmission component A4 Under circuit function, wireless transmission component A4 can launch 3 seconds wireless cut-off signals.

Shown in Fig. 4, Fig. 5, in the second regulator circuit：After the armature winding of 220V AC power input power transformers T2, 220V AC powers are reduced to 12V AC powers by power transformer T2,12V AC powers through silicon rectifier diode VD5, VD6, VD7, VD8 rectification, electrolytic capacitor C10 filtering enter 1 foot that output voltage stabilizer A5 is fixed at three ends, and output voltage stabilizer A5 is fixed at three ends Inside it under circuit and peripheral cell ceramic disc capacitor C11, C12 collective effect, output voltage stabilizer A5 is fixed from its 3rd foot in three ends The stable 5V DC power supplies of output enter wireless receiving utility power input terminal, and then, wireless receiving facility is in electric standby State.In wireless receiving facility：When wireless transmission component A4 launches wireless closure signal, wireless receiving component A6 can be received Wireless closure signal, the high level output end 4 foot output high level of wireless receiving component A6, high level enter through resistance R3 current limlitings High level power amplification, paraphase are entered relay J3 negative power supply input terminals by NPN triode VT3 base stages, NPN triode VT3, Then, relay J3 obtains its control power input tip side of electric actuation and normally opened contact end is closed, since relay J3's is normally opened Tip side is connected with the cathode power supply input terminal of relay J4 by conducting wire, relay J3 control power input tip sides and electrolysis Capacitance C10 anodes connect, so, after relay J3 obtains electric actuation, relay J4 can obtain electric actuation three of them control power input Tip side disconnects respectively with three normally-closed contact ends, due to, three normally-closed contact ends of relay J4 and without negative pressure skyscraper The power input of the wherein one booster pump M of more booster pumps of secondary water-supply apparatus body is connected by conducting wire, so, relay After device J4 obtains electric actuation, wherein a booster pump M meetings dead electricity is stopped；Believe when wireless transmission component A4 launches wireless disconnect Number, wireless receiving component A6 can receive wireless cut-off signal, and 4 foot of high level output end of wireless receiving component A6 no longer exports High level, the successive dead electricity of relay J3, J4 stop being attracted, due to, three normally-closed contact ends of relay J4 and without negative pressure high level The power input for building the wherein one booster pump M of more booster pumps of secondary water-supply apparatus body is connected by conducting wire, so, Relay J4 dead electricity stops after being attracted, wherein a booster pump M can work once electrified.

Fig. 4, Fig. 5, in the first regulator circuit：Power transformer T1 models are 220V/24V/5W, silicon rectifier diode VD1, VD2, VD3, VD4 model are 1N4001, and electrolytic capacitor C1 models are 470 μ F/25V, and ceramic disc capacitor C2, C3 specification is respectively 0.33μF 、0.1μF.In first trigger circuit：Resistance R1 resistance values are 1M, and electrolytic capacitor C4 specifications are 2.2 μ F/25V, and tile is electric It is 0.01 μ F to hold C5, C6 specification, and NPN triode VT1 models are 9013, and relay J1 is 4100 type 12V miniature relays.Second In trigger circuit：Resistance R2 resistance values are 1M, and electrolytic capacitor C7 specifications are 2.2 μ F/25V, and ceramic disc capacitor C8, C9 specification is 0.01 μ F, NPN triode VT2 models are 9013, and relay J2 is 4100 type 12V miniature relays.Two dry springs of hydraulic pressure detection probe Pipe GH1, GH2 are glass shell normally opened contact type tongue tubes.In second regulator circuit：Power transformer T2 models are 220V/ 12V/3W, silicon rectifier diode VD5, VD6, VD7, VD8 model are 1N4001, and electrolytic capacitor C10 models are 470 μ F/25V, porcelain Chip capacitor C11, C12 specification are 0.33 μ F, 0.1 μ F respectively.In wireless receiving facility：Resistance R3 resistance values are 1K, NPN triode VT3 models are 9013, and relay J3 is 4100 type 5V miniature relays, and relay J4 models are JQX-38F, and operating voltage is 12V, there are three normally opened contact end, three normally-closed contact ends for tool, and three power input contacts, in the present embodiment, three often Tip side is opened not have to.

The present embodiment is the utility model preferred embodiments, is not intended to limit the utility model, all in the present embodiment principle In the range of do any modification, equivalent substitution, improvement and etc., should be included within the scope of protection of this utility model.

Claims (5)

1. High-rise Building Energy Saving secondary water-supply equipment, including no negative pressure skyscraper secondary water-supply apparatus body, it is characterised in that By hydraulic pressure detection probe, the first regulator circuit, the first trigger circuit, the second trigger circuit, wireless transmission facility, subassembly wrapper A, Two regulator circuits, wireless receiving facility, subassembly wrapper B are formed, and hydraulic pressure detection probe is mounted on skyscraper most by pipe joint The most significant end of high one layer of resident family's feed pipe, the first regulator circuit, the first trigger circuit, the second trigger circuit and wireless transmission facility In subassembly wrapper A, there are one telescopic antenna for the installation of subassembly wrapper A rear portions, and each side there are one have at the rear portion of subassembly wrapper A There are two the installing plate of trepanning, subassembly wrapper A is mounted on by installing plate on wall, the first regulator circuit power input both ends difference Connected with 220V AC powers the two poles of the earth by conducting wire, the first regulator circuit power supply output both ends and the first trigger circuit, second touch Power Generation Road, wireless transmission facility power input both ends connected by conducting wire, two signal input parts of hydraulic pressure detection probe point Do not connected with the first regulator circuit negative power supply output terminal by conducting wire, two signal output ends of hydraulic pressure detection probe respectively and First trigger circuit, the second trigger circuit signal input part connected by conducting wire, the first trigger circuit, second trigger circuit Control signal output is connected respectively with two control signal inputs of wireless transmission facility by conducting wire, the second voltage stabilizing electricity Road, wireless receiving erection of equipment are in subassembly wrapper B, and subassembly wrapper B is mounted on no negative pressure skyscraper secondary water-supply apparatus body control The outer top of cabinet processed, the second regulator circuit power input both ends are connected respectively with 220V AC powers the two poles of the earth by conducting wire, and second Regulator circuit power supply output both ends are connected respectively with wireless receiving utility power input both ends by conducting wire, wireless receiving facility control Power input processed is connected with 380V AC powers by conducting wire, and wireless receiving facility controls power output end and without negative pressure high level The power input for building wherein one booster pump of more booster pumps of secondary water-supply apparatus body is connected by conducting wire.

2. High-rise Building Energy Saving secondary water-supply equipment according to claim 1, it is characterised in that hydraulic pressure detection probe is by cylinder Body, air inlet pipe, ring-shaped rubber piston, circular permanent magnet, connecting rod, partition board, limiting plate, tongue tube, spring, upper cover and the upper limit Position nut composition, tongue tube have two, and middle part passes through the outer spiral shell of air inlet pipe upper end there are one having female trepanning under cylinder Line is screwed in the internal thread of cylinder lower part trepanning, air inlet pipe top is mounted on the lower part of cylinder, right-hand end under the inside of cylinder There are one triangular supports, and first tongue tube is bonded in first plastic casing, and first plastic casing is mounted on In triangular supports, connecting rod from top to bottom has external screw thread, from top to bottom has mounting hole in the middle part of circular permanent magnet, round Permanent magnet is sleeved in ring-shaped rubber piston inner ring, after screwing in a nut by connecting rod lower part, across circular permanent magnet Middle part mounting hole, the bottom trepanning of ring-shaped rubber piston, another nut screw in connecting rod the lowermost external screw thread, circle forever Long magnet, ring-shaped rubber piston are mounted on connecting rod lower part, and cylinder internal upper part and middle part have internal thread, have one in the middle part of partition board A trepanning, square aperture that there are one trepanning side tools, ring partition board outer circle have external screw thread, and second tongue tube to be bonded in another In plastic casing, and another plastic casing side glue sticking in the middle part of the partition board in the square aperture of trepanning side, connection Bar top is passed through from trepanning in the middle part of partition board, and by the internal thread for screwing into middle part in cylinder of partition board outer circle, partition board is pacified The middle part in cylinder, limiting plate middle part have internal thread, and external screw thread in the middle part of connecting rod is screwed in by internal thread in the middle part of limiting plate, Limiting plate is mounted in the middle part of connecting rod, cylinder upper outside has external screw thread, and there are one trepanning, upper cover lower part tools at upper cover middle part Have an internal thread, spring pocket in connecting rod upper end, positioned at limiting plate top, connecting rod top passes through trepanning in the middle part of upper cover, by upper The internal thread of lid lower part screws in cylinder upper outside external screw thread, upper cover is mounted on cylinder top, upper limit nut screws in connection Bar the top external screw thread, each conducting wire being connected there are one trepanning with two tongue tubes in upper right side, lower right side of cylinder is respectively through cylinder The upper right side of body, bottom right side opening are drawn outside cylinder.

3. High-rise Building Energy Saving secondary water-supply equipment according to claim 2, it is characterised in that the institute of hydraulic pressure detection probe After having component to install, on the outside of the circular permanent magnet and inside of ring-shaped rubber piston is in close contact, outside ring-shaped rubber piston It is in close contact on the inside of side and cylinder, the movable contact of first tongue tube is positioned horizontally in the lower part of first plastic casing, second The movable contact of tongue tube is positioned horizontally in the top of another plastic casing, and another plastic casing upper and lower part height compares respectively The square aperture upper and lower part position of trepanning side is low in the middle part of partition board, and air inlet pipe is mounted on skyscraper most by pipe joint The most significant end of high one layer of resident family's feed pipe, after the interior entrance of air inlet pipe has the water of pressure, ring-shaped rubber piston can overcome spring Elastic acting force moves from the bottom to top along inner barrel, and connecting rod is driven to move upwards, after moving upward to certain distance, circle Shape permanent magnet is connected close to second tongue tube, second tongue tube inside stationary contact with movable contact, and tool is entered in air inlet pipe After having the water and air pressure reduction of pressure, ring-shaped rubber piston can spring elastic acting force along inner barrel from top to bottom Movement, and connecting rod is driven to move downward, after being moved downwardly to certain distance, circular permanent magnet and second tongue tube pull open Distance, stationary contact and movable contact disconnect inside tongue tube, and after moving to certain distance still further below, circular permanent magnet is close to first Tongue tube, stationary contact is connected with movable contact inside first tongue tube, and upper cover rim cylinder upper outside external screw thread screws in downwards When more, spring is compressed tighter, and ring-shaped rubber piston under relatively large water pressure, can just overcome the elasticity of spring to make It is firmly moved from the bottom to top along inner barrel, during the upward turn of upper cover rim cylinder upper outside external screw thread, spring is relaxed, annular Rubber piston moves from the bottom to top under relatively small water pressure with regard to the elastic acting force that can overcome spring along inner barrel.

4. High-rise Building Energy Saving secondary water-supply equipment according to claim 1, it is characterised in that the first trigger circuit by when Base integrated circuit, resistance, electrolytic capacitor, ceramic disc capacitor, NPN triode and relay composition, are connected, tile by conducting wire therebetween Capacitance shares two, and time-base integrated circuit model is NE555,8 foot of cathode power supply input terminal and reset terminal 4 of time-base integrated circuit Foot, resistance one end, the connection of relay cathode power supply input terminal, 6 foot of threshold value end of the resistance other end and time-base integrated circuit and put Electric 7 foot of end, the connection of electrolytic capacitor anode, 5 foot of control terminal of time-base integrated circuit and first ceramic disc capacitor one end connection, Shi Ji 2 foot of triggering end of integrated circuit and second ceramic disc capacitor one end connection, tri- pole of 3 foot of output terminal and NPN of time-base integrated circuit Pipe base stage connects, and NPN triode collector is connected with relay negative power supply input terminal, and the negative power supply of time-base integrated circuit is defeated Enter 1 foot of end and electrolytic capacitor cathode, first ceramic disc capacitor other end, NPN triode emitter ground connection.

5. High-rise Building Energy Saving secondary water-supply equipment according to claim 1, it is characterised in that wireless receiving facility by Wireless receiving component, resistance, NPN triode, the relay composition of SR1500-4 type wireless transmission/reception component finished products, therebetween It being connected by conducting wire, resistance has two, and wireless receiving component is made of a coding circuit module and reception of wireless signals module, Wireless receiving component have 7 pins, the 1st, 3 pins be power positive cathode terminals respectively, 2 feet are efficient coding pulse signals Output terminal, 4,5,6,7 feet are high level output ends, and relay has two, 1 foot of cathode power supply input terminal of wireless receiving component and First relay cathode power supply input terminal connection, 4 foot of high level output end of wireless receiving component are connected with resistance one end, electricity The resistance other end is connected with NPN transistor base, and NPN triode collector is connected with relay negative power supply input terminal, first Relay cathode power supply output terminal and second relay cathode power supply input terminal connection, the negative power supply of wireless receiving component are defeated Enter 3 feet of end and NPN triode emitter, second relay negative power supply input end grounding, telescopic antenna and wireless signal connect Receive the antenna terminal connection of module.