CN106088238B - A variety of secondary water-supply modes water supply data experiment harvester - Google Patents

A variety of secondary water-supply modes water supply data experiment harvester Download PDF

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Publication number
CN106088238B
CN106088238B CN201610488374.1A CN201610488374A CN106088238B CN 106088238 B CN106088238 B CN 106088238B CN 201610488374 A CN201610488374 A CN 201610488374A CN 106088238 B CN106088238 B CN 106088238B
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China
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water
water valve
electrodynamic type
valve
tube
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CN106088238A (en
Inventor
薛金山
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Chengdu excellent Chain Technology Co., Ltd.
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Chengdu Excellent Chain Technology Co Ltd
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    • E—FIXED CONSTRUCTIONS
    • E03—WATER SUPPLY; SEWERAGE
    • E03B—INSTALLATIONS OR METHODS FOR OBTAINING, COLLECTING, OR DISTRIBUTING WATER
    • E03B7/00—Water main or service pipe systems
    • E03B7/07—Arrangement of devices, e.g. filters, flow controls, measuring devices, siphons, valves, in the pipe systems
    • E—FIXED CONSTRUCTIONS
    • E03—WATER SUPPLY; SEWERAGE
    • E03B—INSTALLATIONS OR METHODS FOR OBTAINING, COLLECTING, OR DISTRIBUTING WATER
    • E03B11/00—Arrangements or adaptations of tanks for water supply
    • E03B11/02—Arrangements or adaptations of tanks for water supply for domestic or like local water supply
    • E03B11/06—Arrangements or adaptations of tanks for water supply for domestic or like local water supply with air regulators
    • E—FIXED CONSTRUCTIONS
    • E03—WATER SUPPLY; SEWERAGE
    • E03B—INSTALLATIONS OR METHODS FOR OBTAINING, COLLECTING, OR DISTRIBUTING WATER
    • E03B11/00—Arrangements or adaptations of tanks for water supply
    • E03B11/10—Arrangements or adaptations of tanks for water supply for public or like main water supply
    • E03B11/12—Arrangements or adaptations of tanks for water supply for public or like main water supply of high-level tanks
    • E—FIXED CONSTRUCTIONS
    • E03—WATER SUPPLY; SEWERAGE
    • E03B—INSTALLATIONS OR METHODS FOR OBTAINING, COLLECTING, OR DISTRIBUTING WATER
    • E03B7/00—Water main or service pipe systems
    • E03B7/04—Domestic or like local pipe systems
    • E—FIXED CONSTRUCTIONS
    • E03—WATER SUPPLY; SEWERAGE
    • E03B—INSTALLATIONS OR METHODS FOR OBTAINING, COLLECTING, OR DISTRIBUTING WATER
    • E03B7/00—Water main or service pipe systems
    • E03B7/07—Arrangement of devices, e.g. filters, flow controls, measuring devices, siphons, valves, in the pipe systems
    • E03B7/072—Arrangement of flowmeters
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
    • Y02A20/00—Water conservation; Efficient water supply; Efficient water use

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  • Engineering & Computer Science (AREA)
  • Health & Medical Sciences (AREA)
  • Life Sciences & Earth Sciences (AREA)
  • Hydrology & Water Resources (AREA)
  • Public Health (AREA)
  • Water Supply & Treatment (AREA)
  • Structural Engineering (AREA)
  • Measuring Volume Flow (AREA)

Abstract

A variety of secondary water-supply modes water supply data experiment harvester, by water supply mechanism, control mechanism, mechanism for testing and water storage box are formed, the water tank of water supply mechanism, electromagnetic flowmeter, dynamoelectric water valve, vertical water pump, stable current regulator, connecting tube and connection rubber tube are installed on the bottom plate of water supply mechanism, control mechanism is installed on the bottom plate of water supply mechanism, the vertical tube of mechanism for testing, transverse tube, electrodynamic type water valve, Split type electric magnetic flowmeter and connecting pipe are installed on the derrick of mechanism for testing, water storage box is installed on derrick upper end, the regulator circuit of control mechanism, power switch, three-phase alternating current air switch and water supply mechanism electromagnetic flowmeter, dynamoelectric water valve, the electrodynamic type water valve of vertical water pump and mechanism for testing, connected between Split type electric magnetic flowmeter by conducting wire.The present invention can be close under true environment, and experiment test water data, is reducing energy consumption, and new secondary water supply system of installing provides data and scheme support.

Description

A variety of secondary water-supply modes water supply data experiment harvester
Technical field
Non-negative pressure method of water supply mode is not only applicable to the present invention relates to data collection facility, especially one kind and frequency-changing pressure stabilizing supplies The water data experiment of water mode is collected, and also can be applicable to gravity water supply mode（Pumping for water pump enters roof water storage box, then water storage Case is gravity way of supplying water to the mode that resident family supplies water）Water data experiment collect, by operating the mutually powered-down of control mechanism Source switch, in that context it may be convenient to changed between three kinds of way of supplying water water data experiments are collected, according to skyscraper resident family season With regimen condition and water habits, close to high residential building resident family truly with water environment, testing different floor resident families not In the case of water is used, the work efficiency of water system water pump, and impact of the measurement water hammer to pipe network, pass through the experiment number of collection According to difference ratio of the three kinds of way of supplying water of analysis on energy consumption, so as to have installed the High-rise Building Energy Saving of secondary water supply system Transformation, and for the skyscraper of secondary water supply system need to be installed data and side are provided using the suitable secondary water supply system of power A variety of secondary water-supply modes water supply data experiment harvester that case is supported.
Background technology
Skyscraper secondary water supply system is under-voltage tap water, using negative pressure water supply mode, constant pressure water supply side Formula is lifted tap water to a high position by tap water boosting, or using gravity water supply mode, by one kind in three kinds of way of supplying water, Enable skyscraper resident family normal use to the facility of tap water, at present, can be without one kind in secondary water supply system field Close to high-rise buildings truly with water environment, non-negative pressure method of water supply mode, constant pressure water supply mode and gravity water supply mode are tested The equipment of pump working efficiency, manufacturer can only test the operation function of secondary water supply system when producing secondary water supply system, When carrying out reducing energy consumption to have installed the skyscraper of secondary water supply system, because being supported without data, it can only operate by rule of thumb, So the reducing energy consumption effect that cannot have reached, for the installation of high building secondary water supply system of secondary water supply system need to be installed When, because being supported without data, can cause when the secondary water supply system power of offer is small, skyscraper resident family cannot normally make With tap water, when the secondary water supply system power of offer is big, and energy waste can be caused.
The content of the invention
, can be close to truly with water environment, test is without negative without one kind in order to overcome in secondary water supply system field The equipment for pressing way of supplying water, constant pressure water supply mode and gravity water supply mode pump working efficiency, manufacturer produce secondary confession The operation function of secondary water supply system can only be tested during water system, is saved to have installed the skyscraper of secondary water supply system When can transform, because being supported without data, it is impossible to the reducing energy consumption effect reached, for the height of secondary water supply system need to be installed During layer construction and installation secondary water supply system, because being supported without data, it can cause when the secondary water supply system power of offer is small, Skyscraper resident family is unable to normal use tap water, when the secondary water supply system power of offer is big, can cause energy waste Drawback, the present invention provides a kind of water data experiment for being not only applicable to non-negative pressure method of water supply mode and constant pressure water supply mode Collect, also can be applicable to gravity water supply mode（Pumping for water pump enters roof water storage box, and then water storage box is to the mode that resident family supplies water Gravity water supply mode）Water data experiment collect, by operate control mechanism line related switch, in that context it may be convenient to three The experiment of kind of way of supplying water water data is changed between collecting, according to skyscraper resident family season with regimen condition and water habits, Close to high residential building resident family truly with water environment, testing different floor resident families different with the case of water, water system The work efficiency of water pump, and impact of the measurement water hammer to pipe network, are existed by three kinds of way of supplying water of analysis of experimental data of collection Difference ratio above energy consumption, so as to have installed the transformation of the High-rise Building Energy Saving of secondary water supply system, and for two need to be installed The skyscraper of secondary water system provides a variety of secondary confessions that data and scheme are supported using the suitable secondary water supply system of power Water mode water supply data experiment harvester.
The technical solution adopted by the present invention to solve the technical problems is：
A variety of secondary water-supply modes water supply data experiment harvester, it is characterised in that by water supply mechanism, control mechanism, Mechanism for testing and water storage box are formed, and water supply mechanism is by bottom plate, water tank, electromagnetic flowmeter, dynamoelectric water valve, vertical water pump, current stabilization Adjuster, connecting tube and connection rubber tube composition, dynamoelectric water valve have five, and vertical water pump has three, and connecting tube has 13, even Connecing rubber tube has two, and stable current regulator is by tank body, water inlet pipe, outlet pipe, negative pressure inhibition device, pressure gauge, support feet and emptying Valve group is into support feet has two, and two support feets are separately mounted to the left and right sides under tank body, and three perforates, tank are arranged at tank body top Left and right two parts do not have a perforate under body, and water inlet pipe one end is installed on first, tank body top perforate outboard end, negative pressure suppression Device air inlet pipe is installed on second, tank body top perforate outboard end, and pressure gauge admission line is installed on the perforate of the 3rd, tank body top Outboard end, exhaust-valve inlet channel are installed on first perforate outboard end of tank body lower part, and outlet pipe one end is installed on tank body lower part Second perforate outboard end, bottom plate, water tank and connecting tube are metal materials, the tank body of stable current regulator, water inlet pipe, water outlet Pipe, support feet are metal materials, and water tank is installed on left part on bottom plate, and respectively there is a perforate in the left and right side on water tank top, The right-hand end of water tank lower part has a perforate, and first connecting tube one end is installed on the outer of water tank upper left-hand end perforate Side, first connecting tube other end are installed on the water inlet end of first dynamoelectric water valve, and second connecting tube one end is installed on the On the water outlet of one dynamoelectric water valve, the 3rd connecting tube one end is installed on the outside of the perforate of water tank upper right end, the 4th Connecting tube one end is installed on the outside of the right-hand end perforate of water tank lower part, and the 4th connecting tube other end is installed on second electric water On the water inlet end of valve, the 5th connecting tube one end is installed on the water outlet of second dynamoelectric water valve, first connection rubber tube One end is sleeved on the 3rd connecting tube other end, and the 6th connecting tube one end is installed on the water inlet end of electromagnetic flowmeter, and the 7th Branch connecting tube right part is provided with a three-way water pipe connector, and the 7th connecting tube one end is installed on the water outlet of electromagnetic flowmeter On, the 8th connecting tube one end is installed on the right side of the three-way water pipe connector of the 7th connecting tube, the 8th connecting tube other end peace On the 4th dynamoelectric water valve water inlet end, the 9th connecting tube one end is installed under the three-way water pipe connector of the 7th connecting tube Side, the 9th connecting tube other end are installed on the water inlet end of the 3rd dynamoelectric water valve, and the tenth connecting tube upper end is installed on the On the water outlet of three dynamoelectric water valves, the tenth connecting tube lower end is located at water tank top, the outer lower part of the 8th connecting tube and the The outer lower part of three connecting tubes is respectively provided with a supporting rod, and the water inlet pipe other end of stable current regulator is installed on the 4th electric water On the water outlet of valve, the outlet pipe other end of stable current regulator is provided with a three-way water pipe connector, and the 5th connecting tube is another End is provided with three water flowings in the middle part of the three-way water pipe connector lower part of stable current regulator outlet pipe, the 11st connecting tube Pipe fitting, the three-way water pipe connector on three-way water pipe connector right part and the 11st connecting tube on stable current regulator outlet pipe are left Portion is connected by a branching pipe straight joint, and first water outlet of the 11st connecting tube is installed on the water inlet end of First water pump On, second water outlet of the 11st connecting tube is installed on the water inlet end of second water pump, the 11st connecting tube the 3rd Water outlet is installed on the water inlet end of the 3rd water pump, and the water outlet of three water pumps is separately mounted to the three of twelve earthly branches connecting tube On a water inlet end, the water outlet of twelve earthly branches connecting tube is installed on the water inlet end of the 5th dynamoelectric water valve, the 13rd connection Pipe one end is installed on the water outlet of the 5th dynamoelectric water valve, and it is another that second connection rubber tube one end is sleeved on the 13rd connecting tube On one end, control mechanism is made of plastic shell, power switch, three-phase alternating current air switch and regulator circuit, before plastic shell There are 20 openings at end, plastic shell on the bottom plate front end of water supply mechanism, power switch, three-phase alternating current air switch and Regulator circuit is installed in plastic shell, and power switch has 13, and three-phase alternating current air switch has three, and power switch is ship Type power switch, power switch have a power input, two power output ends, the button difference of 13 power switches Positioned at the open outer end of plastic shell front end 13, in favor of from plastic shell external opening or turning off the power switch, three three The operation handle of cross streams air switch is respectively positioned at the outside of two openings of plastic shell, in favor of being opened outside plastic shell Or three three-phase alternating current air switches are closed, mechanism for testing is by derrick, vertical tube, transverse tube, electrodynamic type water valve, Split type electric magnetic flow Meter and connecting pipe composition, derrick, vertical tube, transverse tube and connecting pipe are metal materials, and derrick height is used than needing to test to collect The highest skyscraper roof of water number evidence is high, and vertical tube has ten, and transverse tube has three, and electrodynamic type water valve has eight, Split electromagnetic Flow is in respect of four, and ten vertical tubes are respectively divided into two sections, and there are the peace that a middle part has perforate in every section of rear outside left and right ends Load, is respectively provided with a three-way water pipe connector in ten vertical tubes between eight two sections of vertical tubes, two vertical tubes two in ten vertical tubes An electrodynamic type water valve is respectively installed between section, the vertical tube that an electrodynamic type water valve is respectively provided between two sections is topmost pacified respectively Equipped with a three-way water pipe connector, wherein be provided between four two sections three-way water pipe connector vertical tube and wherein one two sections it Between the vertical tube of electrodynamic type water valve is installed, connected between vertical tube and vertical tube by water pipe straight joint, and wherein five vertical tubes are led to The installation sheet for crossing vertical tube rear outside left and right ends is installed on the left of derrick front end with bolt and nut, wherein five vertical tubes are connected to Height is more slightly lower than derrick after together, after installing, wherein the vertical tube that electrodynamic type water valve is provided between one two sections is located at derrick Preceding left upper end, be in addition provided between four two sections three-way water pipe connector vertical tube and it is one two sections other between be provided with it is electronic The vertical tube of formula water valve, is connected between vertical tube and vertical tube by water pipe straight joint, and other five vertical tubes by vertical tube rear portion outside The installation sheet of side left and right ends is installed on the right side of derrick front end with bolt and nut, height ratio after in addition five vertical tubes link together Derrick is slightly lower, and after installing, the vertical tube that electrodynamic type water valve is in addition provided between one two sections is located at upper right side before derrick, transverse tube There are three, every transverse tube is divided into three sections, wherein the exploring block of three Split type electric magnetic flowmeters is separately mounted to three horizontal strokes Between pipe first segment and second segment, three electrodynamic type water valves are separately mounted between three transverse tube second segments and the 3rd section, three The left end of transverse tube is separately installed with a branching pipe articulation, and it is direct that three branching pipe articulation left ends are separately installed with a branching pipe Head, the right ends of three transverse tubes all have an external screw thread, and left side is wherein before the water pipe straight joints of three transverse tube left ends screws in derrick respectively Right side is in addition in the internal thread of three vertical tube three-way water pipe connector right ends, before the external screw threads of three transverse tube right ends screws in derrick respectively In the internal thread of three vertical tube three-way water pipe connector left ends, the three-way water pipe connector side of remaining four vertical tubes is separately installed with one A screw plug, first connecting pipe are divided into three sections, and a three-way water pipe connector, second segment are provided between first segment and second segment And the 3rd electrodynamic type water valve is installed between the 3rd section, have between one two sections installed therein of first connecting pipe left end The top of the vertical tube three-way water pipe connector of electrodynamic type water valve, first connecting pipe right end have electricity between being installed on another two sections The vertical tube three-way water pipe connector top of dynamic formula water valve, second connecting pipe one end are installed on three water flowings in first connecting pipe The left part of pipe fitting, second connecting pipe other end are installed on the water inlet end of first electrodynamic type water valve, the 3rd connection Pipeline one end is installed on the top of three-way water pipe connector in first connecting pipe, and the 3rd connecting pipe other end is installed on the On the water inlet end of two electrodynamic type water valves, the 4th connecting pipe one end is installed on the water outlet of first electrodynamic type water valve, 5th connecting pipe is divided into two sections, is provided with first Split type electric magnetic flowmeter between first segment and second segment, the 5th Connecting pipe one end is installed on the water outlet of second electrodynamic type water valve, and water storage box is metal material, and water storage box, which is installed on, to be surveyed Topmost, water storage box front lower portion has a perforate, the 5th connecting pipe other end peace of mechanism for testing to the derrick of test-run a machine structure On front side of the perforate of water storage box front lower portion, the 4th connecting pipe of mechanism for testing is located at water storage upper box part, water supply mechanism Two connection rubber tube other ends are respectively fitted on front side of mechanism for testing derrick on two vertical tube lower ends of left and right two, test The display unit of four Split type electric magnetic flowmeters of mechanism is installed in the plastic shell of control mechanism, four Split electromagnetics Four openings of the display screen of flowmeter display unit respectively positioned at control mechanism plastic shell are outer, in favor of being seen from plastic shell See the display data of four Split type electric magnetic flowmeter display unit display screens, the regulator circuit power input of control mechanism and 220V AC powers the two poles of the earth are connected by conducting wire；The regulator circuit DC power supply of control mechanism exports positive and negative polarities respectively and supplies water The electromagnetic flowmeter DC supply input positive and negative polarities of mechanism, four Split type electric magnetic flowmeter DC power supplies of mechanism for testing are defeated Enter positive and negative polarities to connect by conducting wire；A 220V AC powers wherein pole and the power input of 13 power switches of control mechanism End is connected by conducting wire；The power supply of 13 power switches of control mechanism export one end respectively with five dynamoelectric water valves of water supply mechanism One of power input, one of power input of eight electrodynamic type water valves of mechanism for testing connected by conducting wire； The power supply output other end of 13 power switches of control mechanism five dynamoelectric water valve another power supplys with water supply mechanism respectively Input terminal, another power input of eight electrodynamic type water valves of mechanism for testing are connected by conducting wire；Water supply mechanism five is electronic 3rd power input of water valve, the 3rd power input of eight electrodynamic type water valves of mechanism for testing and 220V AC powers Another pole is connected by conducting wire；380V three-phase alternating-current supplies and three three-phase alternating current air switch power inputs are connected by conducting wire Connect, the three-phase alternating current source output terminal of three three-phase alternating current air switches is intersecting with the vertical water pump three of three water supply mechanisms respectively Stream power input is connected by conducting wire.
The electromagnetic flowmeter operating voltage of the water supply mechanism is direct current 24V.
Three vertical water pump operating voltages of the water supply mechanism are 380V three-phase alternating-current supplies, wherein two power are 20KW, another power is 10KW.
Between 13 connecting tubes of the water supply mechanism and each mount point of remaining part of water supply mechanism, in connecting tube After portion flows into the water with pressure, it will not leak.
The dynamoelectric water valve spool of the water supply mechanism is closed type structure, and operating voltage is alternating current 220V, when the 4th electricity When its inner spool of dynamic water valve dead electricity is closed, the 3rd dynamoelectric water valve obtains electric work its inner spool opening, from the 6th connection The tap water that pipe flows into can flow into water tank through electromagnetic flowmeter, the 3rd dynamoelectric water valve of spool opening, the tenth connecting tube It is interior, opened when the 4th dynamoelectric water valve obtains electric work its inner spool, when the 3rd dynamoelectric water valve dead electricity its inner spool is closed, The 4th dynamoelectric water valve that the tap water flowed into from the 6th connecting tube can be opened through electromagnetic flowmeter, spool flows into current stabilization and adjusts In the tank body of device, there is water inflow in water tank, when first closing of its inner spool of dynamoelectric water valve dead electricity, second electric water Valve obtains electric work its inner spool when opening, second dynamoelectric water valve that the water inside water tank can be opened through spool, the 5th Connecting tube flows into the water inlet end of three vertical water pumps, there is water inflow in water tank, after water is full in water tank, when first it is electronic Water valve obtains electric work its inner spool and opens, when second dynamoelectric water valve dead electricity its inner spool is closed, the water inside water tank Outside the first dynamoelectric water valve outflow water tank that can be opened through spool, in the water inlet for thering is water uninterruptedly to flow into three vertical water pumps End, is opened when the 5th dynamoelectric water valve obtains electric work its inner spool, three vertical water pumps wherein one or more obtain electric work When, water can be extracted out by one or more vertical water pump and discharged through second connection rubber tube.
Between five connecting pipes of the mechanism for testing and each mount point of remaining part of mechanism for testing, in connecting pipe After inside flows into the water with pressure, it will not leak.
The Split type electric magnetic-type flowmeter of the mechanism for testing, operating voltage are direct current 24V.
The electric water valve core of the mechanism for testing is closed type structure, and operating voltage is alternating current 220V.
Second connection rubber tube of the water supply mechanism is having water discharge, and the water of discharge is flowed on front side of mechanism for testing derrick After in right part vertical tube, lost in first electrodynamic type water valve of mechanism for testing, second electrodynamic type water valve, the 3rd electrodynamic type water valve Its electric inner spool is closed, the 4th electrodynamic type water valve, the 5th electrodynamic type water valve, the 6th electric water of mechanism for testing When valve, the 7th electrodynamic type water valve, the 8th electrodynamic type water valve obtain electric work its inner spool opening, water can distinguish machine after tested Right part vertical tube, the 6th electrodynamic type water valve, second Split type electric magnetic flowmeter, the 4th electric water on front side of the derrick of structure Valve, the 5th electrodynamic type water valve, flow on front side of derrick in left part vertical tube, and water can right part erects on front side of the derrick of mechanism after tested respectively Pipe, the 3rd Split type electric magnetic flowmeter, on front side of the 7th electrodynamic type water valve access wall frame in left part vertical tube, water can be respectively through surveying Right part vertical tube, the 4th Split type electric magnetic flowmeter, the 8th electrodynamic type water valve access wall frame front side on front side of the derrick of test-run a machine structure In left part vertical tube, the water flowed on front side of mechanism for testing derrick in left part vertical tube can be from first connection rubber tube stream of water supply mechanism Enter in the water tank of water supply mechanism, second electrodynamic type water valve, the 4th electrodynamic type water valve in mechanism for testing, the 5th it is electronic Formula water valve, the 7th electrodynamic type water valve, the 8th electrodynamic type water valve dead electricity its inner spool closing, first electricity of mechanism for testing When dynamic formula water valve, the 3rd electrodynamic type water valve, the 6th electrodynamic type water valve obtain electric work its inner spool opening, test machine is flowed into Water on front side of structure derrick in right part vertical tube can be flowed into water storage box, first electrodynamic type water valve, the 3rd electricity in mechanism for testing Dynamic formula water valve, the 4th electrodynamic type water valve, the 6th electrodynamic type water valve, the 7th electrodynamic type water valve, the 8th electrodynamic type water valve Dead electricity its inner spool is closed, and second electrodynamic type water valve of mechanism for testing, the 5th electrodynamic type water valve obtain electric work inside it When spool is opened, the water in water storage box can flow into water supplying machine through left part vertical tube on front side of first Split type electric magnetic flowmeter, derrick In the water tank of structure.
Present invention has the advantages that：In experiment test non-negative pressure method of water supply mode and constant pressure water supply mode data, when Three vertical water pumps of water supply mechanism are by tap water boosting, before exporting to mechanism for testing in the vertical tube of right side, before mechanism for testing derrick Tap water in the riser upper portions of right side after supercharging, through electric work spool open the 4th electrodynamic type water valve of mechanism for testing, the Before two Split type electric magnetic flowmeter access wall framves in the vertical tube of left side, the tap water before derrick in the riser middle of right side after supercharging, Through electric work spool the 7th electrodynamic type water valve, the left side vertical tube before the 3rd Split type electric magnetic flowmeter access wall frame opened It is interior, the tap water before derrick in the vertical tube lower part of right side after supercharging, through electric work spool opening the 8th electrodynamic type water valve, the Before four Split type electric magnetic flowmeter access wall framves in the vertical tube of left side, at this moment user is shown by observing Split type electric magnetic flowmeter Data in display screen, so that it may test out three vertical water pump work efficiencies of water supply mechanism, that is, simulate it is under-voltage from When being transported to uppermost storey after water supercharging, if can reach uppermost storey resident family is needed with water（Namely water flow and hydraulic pressure Whether resident family needs are met）；, can be by opening the electricity of a vertical water pump power supply or Liang Tai, three vertical water pumps in test Source, so that under three kinds of different operating modes of simulation test vertical water pump, the hydraulic pressure water flow data of uppermost storey；It can also distinguish Adjust the spool opening degree of the 4th, the 7th, the 8th electrodynamic type water valve, simulate story height, in, low layer resident family not On the premise of with water consumption, the influence to high-rise buildings water, then by non-negative pressure method of water supply mode and constant pressure water supply mode Under various test data of experiment record；In the data of experiment test gravity water supply mode, it is pumped into through water pump in water storage box Water is flowed out through first Split type electric magnetic flowmeter, by opening a vertical water pump power supply or Liang Tai, three vertical water pumps Power supply, so as to test out under three kinds of different operating modes of vertical water pump, within the unit interval respectively how many water be pumped into In water storage box, then by data record.By the above, close to high residential building resident family truly with water environment, experiment test Different floor resident families are in the case of different use water, the work efficiency of water system water pump, and impact of the measurement water hammer to pipe network, By testing difference ratio of the three kinds of way of supplying water of data analysis collected on energy consumption, so as to have installed secondary water-supply system The High-rise Building Energy Saving transformation of system, and use the suitable secondary water-supply of power for the skyscraper of secondary water supply system need to be installed System provides data and scheme is supported.
Brief description of the drawings
The present invention will be further described with reference to the accompanying drawings and examples.
Fig. 1 is the water supply mechanism of the present invention, the structure diagram of control mechanism；Fig. 2 is the structure of mechanism for testing of the present invention Schematic diagram；Fig. 3 is the circuit diagram of the present invention.
Embodiment
Shown in Fig. 1 and Fig. 2, a variety of secondary water-supply modes water supply data experiment harvester, by water supply mechanism, control Mechanism, mechanism for testing and water storage box 208 processed are formed, and water supply mechanism is electronic by bottom plate 101, water tank 102, electromagnetic flowmeter 103 Water valve 104-1,104-2,104-3,104-4,104-5, vertical water pump 105-1,105-2,105-3, stable current regulator, connecting tube 107-1、107-2、107-3、107-4、107-5、107-6、107-7、107-8、107-9、107-10、107-11、107-12、 107-13 and connection rubber tube 108-1,108-2 composition, dynamoelectric water valve have five, and vertical water pump has three, and connecting tube has 13 Branch, connection rubber tube have two, and stable current regulator is by tank body 106-1, water inlet pipe 106-2, outlet pipe 106-3, negative pressure inhibition device 106-4, pressure gauge 106-5, support feet 106-6 and exhaust-valve 106-7 compositions, support feet have two, two 106-6 points of support feets Not An Zhuan the left and right sides under tank body 106-1, three perforates are arranged at tank body 106-1 tops, there is left and right two parts under tank body 106-1 One perforate, water inlet pipe 106-2 one end are installed on first, tank body 106-1 tops perforate outboard end, negative pressure inhibition device 106-4 into Tracheae is installed on second, tank body 106-1 tops perforate outboard end, and pressure gauge 106-5 admission lines are installed on tank body 106-1 The 3rd, portion perforate outboard end, exhaust-valve 106-7 inlet channels are installed on the perforate outboard end of tank body 106-1 lower parts first, go out Water pipe 106-3 one end is installed on the perforate outboard end of tank body 106-1 lower parts second, and bottom plate, water tank and connecting tube are metal materials Matter, the tank body of stable current regulator, water inlet pipe, outlet pipe, support feet are metal materials, and water tank 102 is installed on left on bottom plate 101 Respectively there are a perforate in portion, the left and right side on 102 top of water tank, and the right-hand end of 102 lower part of water tank has a perforate, first Connecting tube 107-1 one end is installed on the outside of 102 upper left-hand end perforate of water tank, first connecting tube 107-1 other ends peace On the water inlet end of first dynamoelectric water valve 104-1, second connecting tube 107-2 one end is installed on first dynamoelectric water valve On the water outlet of 104-1, the 3rd connecting tube 107-3 one end is installed on the outside of 102 upper right end perforate of water tank, the 4th Connecting tube 107-4 one end is installed on the outside of 102 lower part right-hand end perforate of water tank, the 4th connecting tube 107-4 other ends installation On the water inlet end of second dynamoelectric water valve 104-2, the 5th connecting tube 107-5 one end is installed on second dynamoelectric water valve 104- On 2 water outlet, first connection rubber tube 108-1 one end is sleeved on the 3rd connecting tube 107-3 other end, the 6th connection Pipe 107-6 one end is installed on the water inlet end of electromagnetic flowmeter 103, and the 7th connecting tube 107-7 right part is provided with a threeway Water pipe head, the 7th connecting tube 107-7 one end are installed on the water outlet of electromagnetic flowmeter 103, the 8th connecting tube 107-8 One end is installed on the right side of the three-way water pipe connector of the 7th connecting tube 107-7, and the 8th connecting tube 107-8 other end is installed on the On four dynamoelectric water valve 104-4 water inlet ends, the 9th connecting tube 107-9 one end is installed on the threeway of the 7th connecting tube 107-7 On the downside of water pipe head, the 9th connecting tube 107-9 other end is installed on the water inlet end of the 3rd dynamoelectric water valve 104-3, and the tenth Branch connecting tube 104-10 upper ends are installed on the water outlet of the 3rd dynamoelectric water valve 104-3, the tenth connecting tube 107-10 lower end Positioned at 102 top of water tank, the outer lower parts of the 8th connecting tube 107-8 and the outer lower parts of the 3rd connecting tube 107-3 are respectively provided with one Branch supporting rod, the water inlet pipe 106-2 other ends of stable current regulator are installed on the water outlet of the 4th dynamoelectric water valve 104-4, surely The outlet pipe 106-3 other ends of throttle regulator are provided with a three-way water pipe connector, the 5th connecting tube 107-5 other ends installation One is provided with the middle part of the three-way water pipe connector lower part of stable current regulator outlet pipe 106-3, the 11st connecting tube 107-11 Three-way water pipe connector, three-way water pipe connector right part and the 11st connecting tube 107-11 on stable current regulator outlet pipe 106-3 On three-way water pipe connector left part connected by a branching pipe straight joint, first water outlet peace of the 11st connecting tube 107-11 On the water inlet end of First water pump 105-1, second water outlet of the 11st connecting tube 107-11 is installed on second water On the water inlet end for pumping 105-2, the 3rd water outlet of the 11st connecting tube 107-11 is installed on the water inlet of the 3rd water pump 105-3 On end, the water outlet of three water pumps is separately mounted on three water inlet ends of twelve earthly branches connecting tube 107-12, and twelve earthly branches connect The water outlet of adapter 107-12 is installed on the water inlet end of the 5th dynamoelectric water valve 104-5, the 13rd connecting tube 107-13 mono- End is installed on the water outlet of the 5th dynamoelectric water valve 104-5, and second connection rubber tube 108-2 one end is sleeved on the 13rd company On the adapter 107-13 other ends, control mechanism is by plastic shell 109, power switch, three-phase alternating current air switch and regulator circuit There are 20 openings in 110 compositions, 109 front end of plastic shell, and plastic shell 109 is installed on 101 front end of bottom plate of water supply mechanism, Power switch, three-phase alternating current air switch and regulator circuit 110 are installed in plastic shell 109, and power switch has 13, and three Cross streams air switch has three, and power switch is ship type power switch, and power switch has a power input, two electricity Source output terminal, the button of 13 power switches are located at plastic shell 109 front end 13 open outer end respectively, in favor of from modeling Material 109 external opening of shell turns off the power switch, and the operation handle of three three-phase alternating current air switches is located at outside plastics respectively The outside of 109 two openings of shell, in favor of opening or closing three-phase alternating current air switch, mechanism for testing outside plastic shell 109 By derrick 201, vertical tube 202-1,202-2,202-3,202-4,202-5,202-6,202-7,202-8,202-9,202-10 are horizontal Pipe 203-1,203-2,203-3, electrodynamic type water valve 204-1,204-2,204-3,204-4,204-5,204-6,204-7,204- 8, Split type electric magnetic flowmeter 205-1,205-2,205-3,205-4 and connecting pipe 206-1,206-2,206-3,206-4, 206-5 is formed, and derrick, vertical tube, transverse tube and connecting pipe are metal materials, and 201 height ratio of derrick needs to test collection water number According to highest skyscraper roof it is high, vertical tube has ten, and transverse tube has three, and electrodynamic type water valve has eight, Split type electric magnetic flow In respect of four, ten vertical tubes are respectively divided into two sections, and there are the installation sheet that a middle part has perforate in every section of rear outside left and right ends 209, in ten vertical tubes between eight two sections of vertical tube 202-1,202-2,202-3,202-4,202-6,202-7,202-8,202-9 One three-way water pipe connector is respectively installed, an electricity is respectively installed between two two sections of vertical tube 202-5,202-10 in ten vertical tubes Dynamic formula water valve 204-5,204-6, vertical tube 202-5,202- of electrodynamic type water valve 204-5, a 204-6 are respectively provided between two sections 10 the tops are separately installed with a three-way water pipe connector, wherein being provided with the vertical tube of three-way water pipe connector between four two sections 202-1,202-2,202-3,202-4 and the vertical tube 202-5 that electrodynamic type water valve 204-5 is wherein provided between one two sections, are erected Connected between pipe and vertical tube by water pipe straight joint, and wherein five vertical tubes 202-1,202-2,202-3,202-4,204-5 It is installed on by the bolt and nut of installation sheet 209 of vertical tube rear outside left and right ends on the left of 201 front end of derrick, wherein five perpendicular Height is more slightly lower than derrick after pipe links together, after installing, wherein being provided with electrodynamic type water valve 204-5's between one two sections Vertical tube 202-5 is located at left upper end before derrick 201, be in addition provided between four two sections three-way water pipe connector vertical tube 202-6, 202-7,202-8,202-9 and it is one two sections other between the vertical tube 202-10 of electrodynamic type water valve 204-6 is installed, vertical tube with it is perpendicular Connected between pipe by water pipe straight joint, and other five vertical tubes 202-6,202-7,202-8,202-9,202-10 are passed through and erected The installation sheet 209 of pipe rear outside left and right ends is installed on the right side of 201 front end of derrick with bolt and nut, in addition five vertical tube connections Height is more slightly lower than derrick after together, and after installing, the vertical tube of electrodynamic type water valve 204-6 is in addition provided between one two sections 202-10 is located at upper right side before derrick 201, and transverse tube has three, and every transverse tube is divided into three sections, wherein three Split type electric magnetic currents The exploring block of gauge 205-2,205-3,205-4 are separately mounted to three transverse tube 203-1,203-2,203-3 first segments and Between two sections, three electrodynamic type water valves 204-4,204-7,204-8 are separately mounted to three transverse tubes 203-1,203-2,203-3 Between two sections and the 3rd section, the left end of three transverse tubes 203-1,203-2,203-3 are separately installed with a branching pipe articulation 207- 1st, 207-2,207-3, three branching pipe articulation 207-1,207-2,207-3 left ends are separately installed with a branching pipe straight joint, and three The right end of branch transverse tube 203-1,203-2,203-3 all have external screw thread, the water pipe of three transverse tube 203-1,203-2,203-3 left ends Straight joint screws in the interior of wherein three vertical tube 202-1,202-3,202-5 the three-way water pipe connector right ends of left side before derrick 201 respectively In screw thread, the external screw thread of three transverse tube right ends screws in right side other three vertical tubes 202-6,202-8,202- before derrick 201 respectively In the internal thread of 10 three-way water pipe connector left ends, three water service pipes of residue four vertical tubes 202-2,202-4,202-7,202-9 connect Rostral end is separately installed with a screw plug, and first 206-1 points of connecting pipe is three sections, is provided between first segment and second segment One three-way water pipe connector, is provided with the 3rd electrodynamic type water valve 204-3, first connecting pipe between second segment and the 3rd section There is the top of the vertical tube 202-5 three-way water pipe connectors of electrodynamic type water valve between one two sections installed therein of 206-1 left ends, first Branch connecting pipe 206-1 right ends have on the vertical tube 202-10 three-way water pipe connectors of electrodynamic type water valve between being installed on another two sections Portion, the left part of second connecting pipe 206-2 one end three-way water pipe connector on first connecting pipe 206-1, second The branch connecting pipe 206-2 other ends are installed on the water inlet end of first electrodynamic type water valve 204-1, the 3rd connecting pipe 206- 3 one end are installed on the top of three-way water pipe connector on first connecting pipe 206-1, the 3rd connecting pipe 206-3 other end On the water inlet end of second electrodynamic type water valve 204-2, the 4th connecting pipe 206-4 one end is electronic installed in first On the water outlet of formula water valve 204-1, the 5th connecting pipe 206-5 is divided to for two sections, and the is provided between first segment and second segment One Split type electric magnetic flowmeter 205-1, the 5th connecting pipe 206-5 one end is installed on second electrodynamic type water valve 204-2 Water outlet on, water storage box 208 is metal material, and water storage box 208 is installed on the derrick 201 of mechanism for testing topmost, water storage box 208 front lower portions have a perforate, and the 5th connecting pipe 206-5 other end of mechanism for testing is installed on 208 front end of water storage box On front side of the perforate of lower part, the 4th connecting pipe 206-4 of mechanism for testing is located at 208 top of water storage box, two companies of water supply mechanism Connect two vertical tubes that rubber tube 108-1,108-2 other end is respectively fitted over the left and right two on front side of mechanism for testing derrick 201 On 201-1,201-6 lower end, the display of four Split type electric magnetic flowmeters 205-1,205-2,205-3,205-4 of mechanism for testing Component is installed in the plastic shell 109 of control mechanism, four Split type electric magnetic flowmeters 205-1,205-2,205-3,205-4 Four openings of the display screen of display unit respectively positioned at control mechanism plastic shell 109 are outer, in favor of being watched from plastic shell The display data of four Split type electric magnetic flowmeter 205-1,205-2,205-3,205-4 display unit display screens, control mechanism 110 power input of regulator circuit connected with 220V AC powers the two poles of the earth by conducting wire；The regulator circuit 110 of control mechanism is straight Galvanic electricity source exports positive and negative polarities 103 DC supply input positive and negative polarities of electromagnetic flowmeter, the mechanism for testing with water supply mechanism respectively Four Split type electric magnetic flowmeter 205-1,205-2,205-3,205-4 DC supply input positive and negative polarities connected by conducting wire Connect；A 220V AC powers wherein pole is connected with the power input of 13 power switches of control mechanism by conducting wire；Control The power supply of 13 power switches of mechanism export one end respectively with five dynamoelectric water valve 104-1,104-2 of water supply mechanism, 104-3, One of power input of 104-4,104-5, mechanism for testing eight electrodynamic type water valves 204-1,204-2,204-3,204- 4th, one of power input of 204-5,204-6,204-7,204-8 are connected by conducting wire；13 power supplys of control mechanism Switch power supply output the other end respectively with water supply mechanism five dynamoelectric water valves 104-1,104-2,104-3,104-4,104-5 Another power input, eight electrodynamic type water valve 204-1,204-2 of mechanism for testing, 204-3,204-4,204-5,204-6, Another power input of 204-7,204-8 are connected by conducting wire；Five dynamoelectric water valve 104-1,104-2 of water supply mechanism, Eight electrodynamic type water valve 204-1,204-2 of the 3rd power input, mechanism for testing of 104-3,104-4,104-5,204-3, The 3rd power input of 204-4,204-5,204-6,204-7,204-8 and another pole of 220V AC powers are connected by conducting wire Connect；380V three-phase alternating-current supplies and three three-phase alternating current air switch power inputs are connected by conducting wire, three three-phase alternating currents The three-phase alternating current source output terminal of air switch vertical water pump 105-1,105-2,105-3 three-phase with three water supply mechanisms respectively Ac power input end is connected by conducting wire.103 operating voltage of electromagnetic flowmeter of water supply mechanism is direct current 24V.Water supply mechanism Three vertical water pump 105-1,105-2,105-3 operating voltages be 380V three-phase alternating-current supplies, wherein two power are 20KW, Another power is 10KW.13 connecting tube 107-1,107-2 of water supply mechanism, 107-3,107-4,107-5,107-6, Each mount point of the remaining part of 107-7,107-8,107-9,107-10,107-11,107-12,107-13 and water supply mechanism it Between, after flowing into the water with pressure inside connecting tube, it will not leak.Dynamoelectric water valve 104-1,104-2 of water supply mechanism, 104-3,104-4,104-5 spool are closed type structure, and operating voltage is alternating current 220V, when the 4th dynamoelectric water valve 104-4 loses When its electric inner spool is closed, the 3rd dynamoelectric water valve 104-3 obtains electric work its inner spool opening, from the 6th connecting tube The tap water that 107-6 is flowed into can be through electromagnetic flowmeter 103, the 3rd dynamoelectric water valve 104-3 of spool opening, the tenth connecting tube 107-10 is flowed into water tank 102, and when the 4th dynamoelectric water valve 104-4 obtains electric work its inner spool opening, the 3rd electronic When its inner spool of water valve 104-3 dead electricity is closed, the tap water flowed into from the 6th connecting tube 107-6 can be through electromagnetic flowmeter 103rd, the 4th dynamoelectric water valve 104-4 that spool is opened is flowed into the tank body 106-1 of stable current regulator, is had in water tank 102 Water flows into, when first dynamoelectric water valve 104-1 dead electricity its inner spool close, second dynamoelectric water valve 104-2 obtain electric work its When inner spool is opened, the water inside water tank 102 can second dynamoelectric water valve 104-2 through spool opening, the 5th connection Pipe 107-5 flows into the water inlet end of three vertical water pumps 105-1,105-2,105-3, there is water inflow, water tank in water tank 102 After water is full in 102, when first dynamoelectric water valve 104-1 obtains electric work its inner spool opening, second dynamoelectric water valve 104-2 loses When its electric inner spool is closed, first dynamoelectric water valve 104-1 that the water inside water tank 102 can be opened through spool flows out water storage Outside tank 102, in the water inlet end for thering is water uninterruptedly to flow into three vertical water pumps 105-1,105-2,105-3, when the 5th electric water Valve 104-5 obtains electric work its inner spool and opens, three vertical water pumps 105-1,105-2,105-3 wherein one or more obtain it is electric During work, water can be extracted out by one or more vertical water pump and discharged through second connection rubber tube 108-2.The five of mechanism for testing Between each mount point of the remaining part of branch connecting pipe 206-1,206-2,206-3,206-4,206-5 and mechanism for testing, even After flowing into the water with pressure inside adapter road 206-1,206-2,206-3,206-4,206-5, it will not leak.Test machine Split type electric magnetic-type flowmeter 205-1,205-2,205-3,205-4 of structure, operating voltage is direct current 24V.The electricity of mechanism for testing Dynamic formula water valve 204-1,204-2,204-3,204-4,204-5,204-6,204-7,204-8 spool are closed type structure, work Voltage is alternating current 220V.Second connection rubber tube 108-2 of water supply mechanism is having water discharge, and the water of discharge flows into mechanism for testing After right part vertical tube 202-6 is interior on front side of derrick, in first electrodynamic type water valve 204-1, the second electrodynamic type water valve of mechanism for testing 204-2, the 3rd electrodynamic type water valve 204-3 dead electricity its inner spool closing, the 4th electrodynamic type water valve 204- of mechanism for testing 4th, the 5th electrodynamic type water valve 204-5, the 6th electrodynamic type water valve 204-6, the 7th electrodynamic type water valve 204-7, the 8th electricity When dynamic formula water valve 204-8 obtains electric work its inner spool opening, water can the 201 front side right part of derrick of mechanism erects after tested respectively Pipe, the 6th electrodynamic type water valve 204-6, second Split type electric magnetic flowmeter 205-2, the 4th electrodynamic type water valve 204-4, Five electrodynamic type water valve 204-5, flow into 201 front side left part vertical tube of derrick, and water can distinguish the front side of derrick 201 of mechanism after tested Right part vertical tube, the 3rd Split type electric magnetic flowmeter 205-3, the 7th electrodynamic type water valve 204-7 flow into 201 front side left part of derrick In vertical tube, water can the 201 front side right part vertical tube of derrick of mechanism, the 4th Split type electric magnetic flowmeter 205-4, the after tested respectively Eight electrodynamic type water valve 204-8 are flowed on front side of derrick in left part vertical tube, are flowed into 201 front side left part vertical tube of mechanism for testing derrick Water can be flowed into the water tank 102 of water supply mechanism from first connection rubber tube 108-1 of water supply mechanism, the of mechanism for testing Two electrodynamic type water valve 204-2, the 4th electrodynamic type water valve 204-4, the 5th electrodynamic type water valve 204-5, the 7th electrodynamic type Water valve 204-7, the 8th electrodynamic type water valve 204-8 dead electricity its inner spool closing, first electrodynamic type water valve of mechanism for testing When 204-1, the 3rd electrodynamic type water valve 204-3, the 6th electrodynamic type water valve 204-6 obtain electric work its inner spool opening, stream The water entered in 201 front side right part vertical tube of mechanism for testing derrick can be flowed into water storage box 208, in first electrodynamic type of mechanism for testing Water valve 204-1, the 3rd electrodynamic type water valve 204-3, the 4th electrodynamic type water valve 204-4, the 6th electrodynamic type water valve 204-6, 7th electrodynamic type water valve 204-7, the 8th electrodynamic type water valve 204-8 dead electricity its inner spool closing, the second of mechanism for testing When branch electrodynamic type water valve 204-2, the 5th electrodynamic type water valve 204-5 obtain electric work its inner spool opening, in water storage box 208 Water can flow into the water tank 102 of water supply mechanism through first Split type electric magnetic flowmeter 205-1,201 front side left part vertical tube of derrick It is interior.For the present invention after 110 power input of 220V AC power input controls mechanism regulator circuit, 110 power supply of regulator circuit is defeated Outlet can export 24V DC power supplies into the electromagnetic flowmeter 103 of water supply mechanism and four Split type electric magnetic currents of mechanism for testing The power input of gauge 205-1,205-2,205-3,205-4, then, the electromagnetic flowmeter 103 and test machine of water supply mechanism Four Split type electric magnetic flowmeters 205-1,205-2,205-3,205-4 of structure obtain electric work.Non-negative pressure method of water supply is collected in experiment During mode related data, the 6th connecting tube 107-6 other end of water supply mechanism and water supply pipe water outlet are passed through rubber Hose connects；By the 4th dynamoelectric water valve 104-4 of water supply mechanism, the 5th dynamoelectric water valve 104-5 power supply opening, then, Four dynamoelectric water valve 104-4, the 5th dynamoelectric water valve 104-5 obtain electric work its inner spool opening, first dynamoelectric water valve 104-1 and second dynamoelectric water valve 104-2, the 3rd dynamoelectric water valve 104-3 power-off, then, first dynamoelectric water valve 104-1 and second dynamoelectric water valve 104-2, the 3rd dynamoelectric water valve 104-3 dead electricity its inner spool closing, mechanism for testing 4th electrodynamic type water valve 204-4, the 5th electrodynamic type water valve 204-5, the 6th electrodynamic type water valve 204-6, the 7th it is electronic The power supply opening of formula water valve 204-7, the 8th electrodynamic type water valve 204-8, then, the 4th electrodynamic type water valve 204-4, the 5th Electrodynamic type water valve 204-5, the 6th electrodynamic type water valve 204-6, the 7th electrodynamic type water valve 204-7, the 8th electrodynamic type water valve 204-8 obtains electric work its inner spool opening, by first electrodynamic type water valve 204-1, second electric water of mechanism for testing Valve 204-2, the 3rd electrodynamic type water valve 204-3 power-off, then, first electrodynamic type water valve 204-1, second electrodynamic type Water valve 204-2, the 3rd electrodynamic type water valve 204-3 dead electricity its inner spool closing；Then tester running water valve is opened, Three vertical water pump 105-1,105-2,105-3 power supply openings of water supply mechanism, then, three vertical water pumps 105-1,105- 2nd, 105-3 obtains electric work, and tap water enters in the stable current regulator tank body 106-1 of water supply mechanism, the negative pressure suppression of stable current regulator There is a hollow ball in device 106-4 processed, when tank body 106-1 has tap water inflow, the hollow ball edge of negative pressure inhibition device 106-4 is negative The guide pipe of pressure suppressor 106-4 moves upwards, the hollow ball lower part guide pipe circular hole of negative pressure inhibition device 106-4, negative pressure suppression Communicated inside the hollow ball top guide pipe circular hole and tank body 106-1 of device 106-4, the air of tank body 106-1 is through negative pressure inhibition device The guide pipe circular hole discharge on 106-4 tops, tap water can smoothly enter in tank body 106-1, when water is expired in tank body 106-1, negative pressure When the guide pipe of hollow ball along the negative pressure inhibition device 106-4 of suppressor 106-4 move upward to certain position, negative pressure inhibition device The hollow ball top guide pipe circular hole of 106-4 is blocked by hollow ball, so that the tap water for preventing from entering inside tank body 106-1 is let out Dew, and the hydraulic pressure inside tank body 106-1 is kept, it can be appreciated that tank body by watching the numeral on stable current regulator air gauge 106-5 Hydraulic pressure inside 106-1；The tap water of stable current regulator outlet pipe 106-3 outflows enters three vertical water pumps of water supply mechanism The water inlet end of 105-1,105-2,105-3, three vertical water pumps 105-1,105-2,105-3 of water supply mechanism are by tap water boosting Pass through the connection rubber tube 108-2 of water supply mechanism, before exporting to mechanism for testing derrick 201 in the vertical tube of right side, right side before derrick 201 Tap water in riser upper portions after supercharging, through electric work spool open the 6th electrodynamic type water valve 204-6, second split Formula electromagnetic flowmeter 205-2, the 4th electrodynamic type water valve 205-4, the 5th electrodynamic type water valve 205-5 flow into 201 front left of derrick In the vertical tube of side, before derrick 201 right side riser middle in supercharging after tap water, through the 3rd Split type electric magnetic flowmeter 205-3, Before 7th electrodynamic type water valve 204-7, inflow derrick 201 in the vertical tube of left side, after being pressurized before derrick 201 in the vertical tube lower part of right side Tap water, it is perpendicular through left side before the 4th Split type electric magnetic flowmeter 205-4, the 8th electrodynamic type water valve 204-8 inflow derrick 201 In pipe, at this moment user is located at the anterolateral mechanism for testing Split type electric magnetic flow of control mechanism plastic shell 109 by observation Count the data on 205-2,205-3,205-4 display screen, so that it may test out three vertical water pumps 105-1,105- of water supply mechanism 2nd, the work efficiency of 105-3, that is, when simulation test is gone out uppermost storey is transported to after under-voltage tap water boosting, after supercharging Water flow；, can be by opening the vertical water pump power supply or Liang Tai, the electricity of three vertical water pumps of water supply mechanism in test Source, so that simulation test goes out under vertical water pump one or more different operating mode, the water flow data of uppermost storey；Can be with The spool opening degree of three electrodynamic type water valves 204-4,204-7,204-8 are adjusted respectively, are simulated the high, medium and low layer of building and are lived On the premise of the difference water consumption of family, the water flow data of uppermost storey；Running water valve can also be opened or closed, led to The electromagnetic flowmeter 103 for crossing water supply mechanism records the flow that tap water flows into stable current regulator tank body 106-6, comes from so as to simulate The data that the size of water water supply influences the water flow size of uppermost storey；Then by the data record of various collections.It is real Border in use, when the floor of required test experiments data is not high, by two electrodynamic type water valve 204-5 of mechanism for testing, 204-6 is separately mounted to vertical tube 202-4 and 202-9 upper ends, or installed in vertical tube 202-3,202-8 upper ends, two transverse tube 203- 1st, 203-2, which is adjusted accordingly, moves down, and three transverse tubes 203-1,203-2,203-3 is always positioned at two electrodynamic type water valves 204-5,204-6 lower end, can also adjust eight vertical tube 202-1,202-2,202-3,202-4,202-6,202-7,202-8, Position of the upper three-way water pipe connectors of 202-9 between two sections, during adjusting, removes the three-way water pipe connector on corresponding vertical tube Afterwards, two sections of one section of lengthenings as needed of vertical tube, another section of shortening（Using cutting welding sequence operation）, then three water flowings Pipe fitting is installed between corresponding two sections of vertical tube, and transverse tube 203-1,203-2,203-3 are then installed on corresponding vertical tube threeway In water pipe head, make upper crosstalk tube 203-1 and need the floor of simulation test is top to approach, middle part transverse tube 203-2, which is represented, to be needed The floor middle level of simulation test is wanted, lower crosstalk tube 203-3 represents the floor low layer for needing simulation test, thus can be closest Resident family is truly with experiment test under water environment；By electrodynamic type water valve 204-1,204-2,204-3,204-5,204-6 during test Power-off, in addition three electrodynamic type water valve 204-4,204-7,204-8 power supply openings, make before derrick 201 under the vertical tube of right side Tap water may not flow into the vertical tube of two electrodynamic type water valve 204-5,204-6 upper ends after holding the supercharging entered, reach Data Collection effect.The present invention is when constant pressure water supply mode data are collected in experiment, the 6th connecting tube of water supply mechanism The 107-6 other ends are connected with water supply pipe water outlet by rubber hose；By second dynamoelectric water valve 104- of water supply mechanism 2nd, the 3rd dynamoelectric water valve 104-3, the 5th dynamoelectric water valve 104-5 power supply opening, then, second dynamoelectric water valve 104-2, Three dynamoelectric water valve 104-3, the 5th dynamoelectric water valve 104-5 obtain electric work its inner spool opening, first dynamoelectric water valve 104-1 and the 4th dynamoelectric water valve 104-4 power-off, then, first dynamoelectric water valve 104-1 and the 4th dynamoelectric water valve Its inner spool of 104-4 dead electricity is closed, the 4th electrodynamic type water valve 204-4, the 5th electrodynamic type water valve mechanism for testing 204-5, the 6th electrodynamic type water valve 204-6, the 7th electrodynamic type water valve 204-7, the power supply of the 8th electrodynamic type water valve 204-8 Open, then, the 4th electrodynamic type water valve 204-4, the 5th electrodynamic type water valve 204-5, the 6th electrodynamic type water valve 204-6, 7th electrodynamic type water valve 204-7, the 8th electrodynamic type water valve 204-8 obtain electric work its inner spool opening, by mechanism for testing First electrodynamic type water valve 204-1, second electrodynamic type water valve 204-2, the 3rd electrodynamic type water valve 204-3 power-off, Then, first electrodynamic type water valve 204-1, second electrodynamic type water valve 204-2, the 3rd electrodynamic type water valve 204-3 dead electricity its Inner spool is closed；Tester opens running water valve, three vertical water pumps 105-1,105-2,105-3 by water supply mechanism Power supply opening, then, three vertical water pumps 105-1,105-2,105-3 obtain electric work, and tap water enters the water storage of water supply mechanism In tank 102, and the water inlet end of three vertical water pumps 105-1,105-2,105-3 are flowed into through second dynamoelectric water valve 104-2, three Vertical water pump 105-1,105-2,105-3 by connection rubber tube 108-2, export tap water boosting to mechanism for testing derrick Before 201 in the vertical tube of right side；Tap water after supercharging enters before derrick 201 after the vertical tube of right side, and subsequent experimental is collected frequency-changing pressure stabilizing and supplied The data procedures of water mode are consistent with experiment collection non-negative pressure method of water supply mode data procedures.In experiment test gravity water supply mode During data, the 6th connecting tube 107-6 other end of water supply mechanism is connected with water supply pipe water outlet by rubber hose； By first dynamoelectric water valve 104-1 of water supply mechanism, second dynamoelectric water valve 104-2, the 3rd dynamoelectric water valve 104-3, the 5th Branch dynamoelectric water valve 104-5 power supply openings, then, first dynamoelectric water valve 104-1, second dynamoelectric water valve 104-2, the 3rd electricity Dynamic water valve 104-3, the 5th dynamoelectric water valve 104-5 obtain electric work its inner spool opening, the 4th dynamoelectric water valve 104-4 electricity Source is closed, then, the 4th dynamoelectric water valve 104-4 dead electricity its inner spool closing, first electric water of mechanism for testing Valve 204-1, the 3rd electrodynamic type water valve 204-3, the 6th electrodynamic type water valve 204-6 power supply opening, then, first electrodynamic type Water valve 204-1, the 3rd electrodynamic type water valve 204-3, the 6th electrodynamic type water valve 204-6 obtain electric work its inner spool opening, By the second electrodynamic type water valve 204-2, the 4th electrodynamic type water valve 204-4, the 5th electrodynamic type water valve 204- of mechanism for testing 5th, the 7th electrodynamic type water valve 204-7, the 8th electrodynamic type water valve 204-8 power-off, then, second electrodynamic type water valve 204-2, the 4th electrodynamic type water valve 204-4, the 5th electrodynamic type water valve 204-5, the 7th electrodynamic type water valve 204-7, the 8th Its inner spool of branch electrodynamic type water valve 204-8 dead electricity is closed；Tester opens running water valve, is vertical by three of water supply mechanism Formula water pump 105-1,105-2,105-3 power supply opening, then, three vertical water pumps 105-1,105-2,105-3 obtain electric work, from Water enters in the water tank 102 of water supply mechanism, and through second electromagnetic water valve 104-2 flow into three vertical water pump 105-1, Tap water boosting is passed through connection rubber tube by the water inlet end of 105-2,105-3, three vertical water pumps 105-1,105-2,105-3 108-2, before exporting to mechanism for testing derrick 201 in the vertical tube of right side, and through in connecting pipe 206-4 flowing water water storage box 208；Water storage After water is full in case 208, experimenter second electrodynamic type water valve 204-2, the 5th electrodynamic type water valve 204-5 power supply opening, in It is that second electrodynamic type water valve 204-2, the 5th electrodynamic type water valve 204-5 obtain electric work its inner spool opening, by first Electrodynamic type water valve 204-1, the 3rd electrodynamic type water valve 204-3, the 4th electrodynamic type water valve 204-4, the 6th electrodynamic type water valve 204-6, the 7th electrodynamic type water valve 204-7, the 8th electrodynamic type water valve 204-8 power-off, then, first electric water Valve 204-1, the 3rd electrodynamic type water valve 204-3, the 4th electrodynamic type water valve 204-4, the 6th electrodynamic type water valve 204-6, Seven electrodynamic type water valve 204-7, the 8th electrodynamic type water valve 204-8 dead electricity its inner spool closing；In water storage box 208 originally Second electrodynamic type water valve 204-2 that water is opened through first electromagnetic flowmeter 205-1 water outlet, spool under the effect of gravity, The vertical tube of 201 left end of mechanism for testing derrick is flowed into the tank body 102 of water supply mechanism, at this moment user is located at control machine by observation Data on the Split type electric magnetic flowmeter 205-1 display screens of the mechanism for testing of 109 preceding outer end of structure plastic casing, so that it may test out three The work efficiency of platform vertical water pump 105-1,105-2,105-3, that is, unit interval interior energy hold the tap water pumping of various flow Enter in water storage box 208；In test, can by opening the power supply of a vertical water pump power supply or Liang Tai, three vertical water pumps, from And experiment test is under vertical water pump one or more different operating mode, how many water is pumped into respectively within the unit interval To water storage box 208, then by data record.More than, truly with water environment, tested close to high residential building resident family Different floor resident families are collected in the case of different use water, the work efficiency of water system water pump, and measurement water hammer is to pipe network（Water Flow is suddenly big or suddenly small to produce impact to pipeline inside）Impact influence, existed by three kinds of way of supplying water of data analysis of collection Difference ratio above energy consumption, so as to have installed the transformation of the High-rise Building Energy Saving of secondary water supply system, and for two need to be installed The skyscraper of secondary water system provides data using the suitable secondary water supply system of power and scheme is supported.For example change energy saving In making, if being measured beforehand through electromagnetic flowmeter, to need the cell peak period water consumption transformed be 100KG per second, story height Degree is 20 layers, and is by the data of test record in advance of the invention, under constant pressure water supply or non-negative pressure method of water supply pattern, three When platform vertical water pump works together, each second three vertical water pumps 250KG can be pressurized after tap water, lifting arrive and 20 floors Highly suitable position, then, in actual reducing energy consumption, it is possible to allow the existing secondary water-supply system in the residential area that needs are transformed System pump power reach 20KW, if the existing secondary water supply system water pump in residential area exceedes this power, cut off one or More water pumps just can reach the effect of reducing energy consumption；If the, it is necessary to existing secondary water supply system water pump work(in residential area of transformation Rate is not reaching to 20KW, and usually, high-rise buildings water flow is inadequate, by the existing secondary water supply system pump power increase in residential area To 20KW；When installing secondary water supply system for the first time in residential quarters, by the experimental data of the present invention to new residential quarters Urbanite water consumption amount is estimated that the new secondary water supply system of installation appropriate power, makes the water pump of secondary water supply system newly installed Power reaches needs, follow-up in use, be acquired with electromagnetic flowmeter to new residential quarters peak period water consumption, Then the data collected by present invention experiment, increase and decrease the work number of units of water pump, make the secondary water-supply system after installation as needed System is more energy saving on the premise of urbanite water consumption amount is reached.When cell installs gravity water supply system, during according to one unit of cell Interior maximum water consumption, and three vertical water pumps of the invention can provide more big yields at most within the corresponding unit interval, increase and decrease The work number of units of water pump, in actual use, high-rise buildings roof water storage box is controlled by control device, can keep certain water level, The workbench number for increasing and decreasing water pump is during water use peak, and the water potential of water storage box is kept certain height, make resident family with Water peak period can normal use to water.
Shown in Fig. 3, by power transformer T, silicon rectifier diode VD1, VD2, VD3, VD4, electrolytic capacitor C1, tile electricity Hold C2, C3 and the regulator circuit of output voltage stabilizer A composition controls mechanism is fixed at three ends, silicon rectifier diode there are four, tile electricity Have two, it is 7824 that output voltage stabilizer A models are fixed at three ends, power transformer T secondary windings one end and first silicon rectifier Diode VD1 anode, second silicon rectifier diode VD2 cathode are connected by conducting wire, the power transformer T secondary windings other ends Connected with the 3rd silicon rectifier diode VD3 anode, the 4th silicon rectifier diode VD4 cathode by conducting wire, second silicon is whole Flow diode VD2 anode and the 4th silicon rectifier diode VD4 anode, electrolytic capacitor C1 cathodes, first ceramic disc capacitor C2 mono- 1 foot of cathode power supply input terminal that output voltage stabilizer A is fixed at end, three ends is connected by conducting wire, and first silicon rectifier diode VD1 is just Pole and the 3rd silicon rectifier diode VD3 cathode, electrolytic capacitor C1 anode, first ceramic disc capacitor C2 other end, second porcelain 2 foot of negative power supply input terminal that output voltage stabilizer A is fixed in chip capacitor C3 one end, three ends fixes output by wired earth, three ends 3 foot of cathode power supply output terminal of voltage-stablizer A and second ceramic disc capacitor C3 other end are connected by conducting wire.The voltage stabilizing of control mechanism The armature winding of circuit power input terminal power transformer T is connected with 220V AC powers the two poles of the earth by conducting wire；Control mechanism is steady 3 feet and the 2 feet electromagnetism with water supply mechanism respectively of output voltage stabilizer A are fixed at DC power supply output positive and negative polarities three end of volt circuit Flowmeter DC1 DC supply input positive and negative polarities, four Split type electric magnetic flowmeters DC2, DC3, DC4, DC5's of mechanism for testing DC supply input positive and negative polarities are connected by conducting wire；13 power switches in a 220V AC powers wherein pole and control mechanism The power input of K1, K2, K3, K4, K5, K6, K7, K8, K9, K10, K11, K12, K13 are connected by conducting wire；Control mechanism ten The power supply of three power switches K1, K2, K3, K4, K5, K6, K7, K8, K9, K10, K11, K12, K13 export one end respectively and supply One of power input of water dispenser structure five dynamoelectric water valves SF1, SF2, SF3, SF4, SF5, eight electrodynamic types of mechanism for testing One of power input of water valve SF6, SF7, SF8, SF9, SF10, SF11, SF12, SF13 are connected by conducting wire；Control The power supply output other end of mechanism 13 power switches K1, K2, K3, K4, K5, K6, K7, K8, K9, K10, K11, K12, K13 Respectively with five dynamoelectric water valve SF1, SF2, SF3, SF4, SF5 another power inputs, the mechanism for testing eight of water supply mechanism Another power input of electrodynamic type water valve SF6, SF7, SF8, SF9, SF10, SF11, SF12, SF13 are connected by conducting wire； Eight the 3rd power input, mechanism for testing electrodynamic types of water supply mechanism five dynamoelectric water valves SF1, SF2, SF3, SF4, SF5 The 3rd power input of water valve SF6, SF7, SF8, SF9, SF10, SF11, SF12, SF13 and another pole of 220V AC powers Connected by conducting wire；380V three-phase alternating-current supplies and three three-phase alternating current air switch KS1, KS2, KS3 power inputs pass through Conducting wire connects, the three-phase alternating current source output terminal of three three-phase alternating current air switches KG1, KG2, KG3 respectively with three water supplying machines Vertical water pump M1, M2, M3 three-phase alternating-current supply input terminal of structure is connected by conducting wire.Fig. 3, in regulator circuit：220V alternating currents After source enters power transformer T, its power output end can export 12V AC powers, and 12V AC powers are through silicon rectifier diode VD1, VD2, VD3, VD4 rectification, electrolytic capacitor C1 filtering are converted to DC power supply, and DC power supply enters three ends and fixes output voltage stabilizing After 1 foot of device A, output voltage stabilizer A is fixed inside it under circuit and peripheral cell ceramic disc capacitor C2, C3 effect in three ends, the 3rd foot Stable 24V DC power supplies enter the electromagnetic flowmeter DC1 DC supply input positive and negative polarities of water supply mechanism with the output of the 2nd foot, With the DC supply input positive and negative polarities of four Split type electric magnetic flowmeters DC2, DC3, DC4, DC5 of mechanism for testing, then, supply The electromagnetic flowmeter DC1 of water dispenser structure and four Split type electric magnetic flowmeters DC2, DC3, DC4, DC5 of mechanism for testing obtain electric be in Holding state；When the water inlet of electromagnetic flowmeter DC1 water inlet ends, water outlet water outlet, water flow is passed through display unit by electromagnetic flowmeter DC1 The display screen of part shows that user just can be appreciated that electromagnetic flowmeter DC1 internal pipelines by the numeral watched on display screen Water flow；When four water inlets of Split type electric magnetic flowmeter DC2, DC3, DC4, DC5 water inlet end, water outlet water outlets, four splits Water flow is shown that user passes through sight by formula electromagnetic flowmeter DC2, DC3, DC4, DC5 by the display screen of display unit The numeral seen on four outer display screens of opening of control mechanism plastic shell just can be appreciated that four Split type electric magnetic flowmeters The water flow of DC2, DC3, DC4, DC5 internal pipeline.When power switch K1, K2, K3, K4, K5, K6, K7, K8, K9, K10, When K11, K12, K13 button front lower portion are pressed separately down, five dynamoelectric water valves SF1, SF2, SF3, SF4, SF5 and eight it is electronic Motor decelerating mechanism on formula water valve SF6, SF7, SF8, SF9, SF10, SF11, SF12, SF13 can rotate clockwise respectively, from And five dynamoelectric water valves SF1, SF2, SF3, SF4, SF5 and eight electrodynamic type water valve SF6, SF7, SF8, SF9, SF10, SF11, Spool in SF12, SF13 can be opened respectively；When power switch K1, K2, K3, K4, K5, K6, K7, K8, K9, K10, K11, K12, K13 button front upper part are pressed separately down, make power switch K1, K2, K3, K4, K5, K6, K7, K8, K9, K10, K11, When the housing front portion of K12, K13 button and power switch is horizontal, five dynamoelectric water valves SF1, SF2, SF3, SF4, SF5 Dead electricity it can stop respectively with the motor decelerating mechanism of eight electrodynamic type water valves SF6, SF7, SF8, SF9, SF10, SF11, SF12, SF13 Only work, at this time, five dynamoelectric water valves SF1, SF2, SF3, SF4, SF5 and eight electrodynamic type water valve SF6, SF7, SF8, SF9, Spool in SF10, SF11, SF12, SF13 is in opening；In five dynamoelectric water valves SF1, SF2, SF3, SF4, SF5 and eight The motor decelerating mechanism of branch electrodynamic type water valve SF6, SF7, SF8, SF9, SF10, SF11, SF12, SF13 turn to certain position, Spool, which is in, opens a degree of state, when power switch K1, K2, K3, K4, K5, K6, K7, K8, K9, K10, K11, K12, K13 button front upper part are pressed separately down, make power switch K1, K2, K3, K4, K5, K6, K7, K8, K9, K10, K11, When the housing front portion of K12, K13 button and power switch is horizontal, in actual use, it can meet to adjust through five electricity Dynamic water valve and the water flow of eight electrodynamic type water valve water outlet outflows.When power switch K1, K2, K3, K4, K5, K6, K7, K8, K9, K10, K11, K12, K13 button front upper part are pressed downwards again respectively, make power switch K1, K2, K3, K4, K5, K6, K7, When the housing front portion of K8, K9, K10, K11, K12, K13 button and power switch is no longer on horizontal level, five dynamoelectric water valves Electricity on SF1, SF2, SF3, SF4, SF5 and eight electrodynamic type water valves SF6, SF7, SF8, SF9, SF10, SF11, SF12, SF13 Machine reducing gear can rotate counterclockwise respectively, so that five dynamoelectric water valves SF1, SF2, SF3, SF4, SF5 and eight electric waters Spool in valve SF6, SF7, SF8, SF9, SF10, SF11, SF12, SF13 can close respectively, when power switch K1, K2, K3, K4, K5, K6, K7, K8, K9, K10, K11, K12, K13 button front lower portion are pressed downwards again respectively, make power switch K1, K2, When the housing front portion of K3, K4, K5, K6, K7, K8, K9, K10, K11, K12, K13 button and power switch is horizontal, five Branch dynamoelectric water valve SF1, SF2, SF3, SF4, SF5 and eight electrodynamic type water valve SF6, SF7, SF8, SF9, SF10, SF11, SF12, The motor decelerating mechanism of SF13 can respectively dead electricity be stopped spool closing.Three three-phase air switch KS1, KS2, KS3 difference After opening, vertical water pump M1, M2, M3 of three water supply mechanisms can respectively electric work.In fig. 2, C4, C5, C6, C7, C8, C9, C10, C11, C12, C13, C14, C15, C16 are that five dynamoelectric water valves SF1, SF2, SF3, SF4, SF5 and eight are electronic respectively The non-polarized electrolytic that formula water valve SF6, SF7, SF8, SF9, SF10, SF11, SF12, SF13 motor decelerating mechanism electric drilling match uses Capacitance, specification are 5UF；When one pole of 220V AC powers inputs non-polarized electrolytic capacitance one end, motor decelerating mechanism motor Electric operating clockwise can be obtained, when one pole of 220V AC powers inputs the non-polarized electrolytic capacitance other end, motor decelerating mechanism electricity Chance obtains electric operating counterclockwise.
In figure 3, in the regulator circuit of control mechanism：T-shaped number of power transformer is that 220V/24V, power are 30W；Silicon is whole It is 1N4001 to flow diode VD1, VD2, VD3, VD4 model；Electrolytic capacitor C1 models are 470UF/50V；Ceramic disc capacitor C2 specifications It is 0.33UF, ceramic disc capacitor C3 specifications are 0.1UF.The electromagnetic flowmeter DC1 models of water supply mechanism are that DN-150, operating voltage are Direct current 24V.Four Split type electric magnetic flowmeter DC2, DC3, DC4, DC5 models of mechanism for testing are that JL-LDE, operating voltage are Direct current 24V.Water supply mechanism five dynamoelectric water valves SF1, SF2, SF3, SF4, SF5 and eight electrodynamic type water valve SF6 of mechanism for testing, SF7, SF8, SF9, SF10, SF11, SF12, SF13 adjust water using the electronic two-way of VA-7152-DN25 pattern analog quantity flanges Valve.

Claims (9)

  1. More than 1. kinds of secondary water-supply mode water supply data experiment harvester, it is characterised in that by water supply mechanism, control mechanism, survey Test-run a machine structure and water storage box are formed, and water supply mechanism is by bottom plate, water tank, electromagnetic flowmeter, dynamoelectric water valve, vertical water pump, current stabilization tune Device, connecting tube and connection rubber tube composition are saved, dynamoelectric water valve there are five, and vertical water pump there are three, and connecting tube there are 13, connection Rubber tube has two, and stable current regulator is by tank body, water inlet pipe, outlet pipe, negative pressure inhibition device, pressure gauge, support feet and exhaust-valve Composition, support feet have two, and two support feets are separately mounted to the left and right sides under tank body, and three perforates, tank body are arranged at tank body top Lower left and right two parts do not have a perforate, and water inlet pipe one end is installed on first, tank body top perforate outboard end, negative pressure inhibition device Air inlet pipe is installed on second, tank body top perforate outboard end, and pressure gauge admission line is installed on outside the perforate of the 3rd, tank body top Side, exhaust-valve inlet channel are installed on first perforate outboard end of tank body lower part, and outlet pipe one end is installed on tank body lower part the Two perforate outboard ends, bottom plate, water tank and connecting tube are metal materials, the tank body of stable current regulator, water inlet pipe, outlet pipe, Support feet is metal material, and water tank is installed on left part on bottom plate, and respectively there are a perforate, water storage in the left and right side on water tank top The right-hand end of tank lower part has a perforate, and first connecting tube one end is installed on the outside of water tank upper left-hand end perforate, the One connecting tube other end is installed on the water inlet end of first dynamoelectric water valve, and second connecting tube one end is installed on first electricity On the water outlet of dynamic water valve, the 3rd connecting tube one end is installed on the outside of the perforate of water tank upper right end, the 4th connecting tube One end is installed on the outside of the right-hand end perforate of water tank lower part, the 4th connecting tube other end be installed on second dynamoelectric water valve into On water end (W.E.), the 5th connecting tube one end is installed on the water outlet of second dynamoelectric water valve, first one end cap of connection rubber tube On the 3rd connecting tube other end, the 6th connecting tube one end is installed on the water inlet end of electromagnetic flowmeter, the 7th connection Pipe right part is provided with a three-way water pipe connector, and the 7th connecting tube one end is installed on the water outlet of electromagnetic flowmeter, and the 8th Branch connecting tube one end is installed on the right side of the three-way water pipe connector of the 7th connecting tube, and the 8th connecting tube other end is installed on the 4th On branch dynamoelectric water valve water inlet end, the 9th connecting tube one end is installed on the downside of the three-way water pipe connector of the 7th connecting tube, and the 9th The branch connecting tube other end is installed on the water inlet end of the 3rd dynamoelectric water valve, and the tenth connecting tube upper end is electronic installed in the 3rd On the water outlet of water valve, the tenth connecting tube lower end is located at water tank top, the outer lower part of the 8th connecting tube and the 3rd connection The outer lower part of pipe is respectively provided with a supporting rod, and the water inlet pipe other end of stable current regulator is installed on the water outlet of the 4th dynamoelectric water valve On end, the outlet pipe other end of stable current regulator is provided with a three-way water pipe connector, and the 5th connecting tube other end is installed on The three-way water pipe connector lower part of stable current regulator outlet pipe, the 11st connecting tube middle part are provided with a three-way water pipe connector, The three-way water pipe connector left part on three-way water pipe connector right part and the 11st connecting tube on stable current regulator outlet pipe passes through One branching pipe straight joint connects, and first water outlet of the 11st connecting tube is installed on the water inlet end of First water pump, and the tenth One connecting tube, second water outlet is installed on the water inlet end of second water pump, the 3rd water outlet peace of the 11st connecting tube On the water inlet end of the 3rd water pump, the water outlet of three water pumps is separately mounted to three water inlet ends of twelve earthly branches connecting tube On, the water outlet of twelve earthly branches connecting tube is installed on the water inlet end of the 5th dynamoelectric water valve, the 13rd connecting tube one end peace On the water outlet of the 5th dynamoelectric water valve, second connection rubber tube one end is sleeved on the 13rd connecting tube other end, Control mechanism is made of plastic shell, power switch, three-phase alternating current air switch and regulator circuit, and plastic shell front end has 20 A opening, plastic shell are installed on the bottom plate front end of water supply mechanism, power switch, three-phase alternating current air switch and regulator circuit In plastic shell, power switch has 13, and three-phase alternating current air switch has three, and power switch is that ship type power supply is opened Close, power switch has a power input, two power output ends, and the button of 13 power switches is located at plastics respectively 13 open outer ends of case nose, in favor of from plastic shell external opening or turning off the power switch, three three-phase alternating current skies The operation handle of air cock is respectively positioned at the outside of two openings of plastic shell, in favor of opening or closing three outside plastic shell Branch three-phase alternating current air switch, mechanism for testing is by derrick, vertical tube, transverse tube, electrodynamic type water valve, Split type electric magnetic flowmeter and connection Pipeline forms, and derrick, vertical tube, transverse tube and connecting pipe are metal materials, and derrick height collects water data than needing to test Highest skyscraper roof is high, and vertical tube has ten, and transverse tube has three, and electrodynamic type water valve has eight, and Split type electric magnetic flowmeter has Four, ten vertical tubes are respectively divided into two sections, and there are an installation sheet that a middle part has perforate in every section of rear outside left and right ends, ten One three-way water pipe connector is respectively installed in vertical tube between eight two sections of vertical tubes, is respectively pacified between two two sections of vertical tubes in ten vertical tubes Equipped with an electrodynamic type water valve, the vertical tube that an electrodynamic type water valve is respectively provided between two sections is topmost separately installed with one three Way water pipe connector, wherein being provided with the vertical tube of three-way water pipe connector between four two sections and being wherein provided with electricity between one two sections The vertical tube of dynamic formula water valve, is connected between vertical tube and vertical tube by water pipe straight joint, and wherein five vertical tubes are passed through vertical tube rear portion The installation sheet of outside left and right ends with bolt and nut be installed on derrick front end on the left of, wherein five vertical tubes link together after height It is more slightly lower than derrick, after installing, wherein the vertical tube that electrodynamic type water valve is provided between one two sections is located at left upper end before derrick, separately Be provided between outer four two sections three-way water pipe connector vertical tube and it is one two sections other between the perpendicular of electrodynamic type water valve is installed Pipe, is connected, and other five vertical tubes are passed through vertical tube rear outside left and right ends between vertical tube and vertical tube by water pipe straight joint Installation sheet with bolt and nut be installed on derrick front end on the right side of, after in addition five vertical tubes link together height it is more slightly lower than derrick, After installing, the vertical tube that electrodynamic type water valve is in addition provided between one two sections is located at upper right side before derrick, and transverse tube has three, often Branch transverse tube is respectively divided into three sections, wherein the exploring block of three Split type electric magnetic flowmeters be separately mounted to three transverse tube first segments and Between second segment, three electrodynamic type water valves are separately mounted between three transverse tube second segments and the 3rd section, the left end of three transverse tubes A branching pipe articulation is separately installed with, three branching pipe articulation left ends are separately installed with a branching pipe straight joint, three transverse tubes Right end all there is external screw thread, the water pipe straight joint of three transverse tube left ends screws in left side wherein three vertical tube threeways before derrick respectively In the internal thread of water pipe head right end, the external screw thread of three transverse tube right ends screws in the other three vertical tube threeways in right side before derrick respectively In the internal thread of water pipe head left end, the three-way water pipe connector sides of remaining four vertical tubes is separately installed with a screw plug, and first Branch connecting pipe is divided into three sections, is provided with a three-way water pipe connector between first segment and second segment, second segment and the 3rd section it Between the 3rd electrodynamic type water valve is installed, have electrodynamic type water valve between one two sections installed therein of first connecting pipe left end Vertical tube three-way water pipe connector top, first connecting pipe right end have electrodynamic type water valve between being installed on another two sections Vertical tube three-way water pipe connector top, second connecting pipe one end are installed on a left side for three-way water pipe connector in first connecting pipe Portion, second connecting pipe other end are installed on the water inlet end of first electrodynamic type water valve, the 3rd connecting pipe one end peace The top of three-way water pipe connector in first connecting pipe, the 3rd connecting pipe other end are installed on second electrodynamic type On the water inlet end of water valve, the 4th connecting pipe one end is installed on the water outlet of first electrodynamic type water valve, the 5th connection Pipeline is divided into two sections, and first Split type electric magnetic flowmeter, the 5th connecting pipe one are provided between first segment and second segment End is installed on the water outlet of second electrodynamic type water valve, and water storage box is metal material, and water storage box is installed on the well of mechanism for testing Topmost, water storage box front lower portion has a perforate to frame, and the 5th connecting pipe other end of mechanism for testing is installed on water storage box On front side of front lower portion perforate, the 4th connecting pipe of mechanism for testing is located at water storage upper box part, two connection rubbers of water supply mechanism The sebific duct other end is respectively fitted on front side of mechanism for testing derrick on two vertical tube lower ends of left and right two, four of mechanism for testing The display unit of Split type electric magnetic flowmeter is installed in the plastic shell of control mechanism, and four Split type electric magnetic flowmeters are shown Four openings of the display screen of component respectively positioned at control mechanism plastic shell are outer, in favor of watching four splits from plastic shell The display data of formula electromagnetic flowmeter display unit display screen, the regulator circuit power input and 220V alternating currents of control mechanism Source the two poles of the earth are connected by conducting wire；The regulator circuit DC power supply of control mechanism exports the positive and negative polarities electromagnetism with water supply mechanism respectively Four Split type electric magnetic flowmeter DC supply input positive and negative polarities of flowmeter DC supply input positive and negative polarities, mechanism for testing Connected by conducting wire；The power input of a 220V AC powers wherein pole and 13 power switches of control mechanism passes through conducting wire Connection；The power supply of 13 power switches of control mechanism export one end respectively with five dynamoelectric water valves of water supply mechanism one of them Power input, one of power input of eight electrodynamic type water valves of mechanism for testing are connected by conducting wire；Control mechanism ten Five dynamoelectric water valve another power inputs with water supply mechanism, the test respectively of the power supply output other end of three power switches Another power input of eight electrodynamic type water valves of mechanism is connected by conducting wire；The 3rd of five dynamoelectric water valves of water supply mechanism Power input, the 3rd power input of eight electrodynamic type water valves of mechanism for testing and another pole of 220V AC powers are by leading Line connects；380V three-phase alternating-current supplies and three three-phase alternating current air switch power inputs are connected by conducting wire, three three-phases The vertical water pump three-phase alternating-current supply input with three water supply mechanisms respectively of the three-phase alternating current source output terminal of alternating current air switch End is connected by conducting wire.
  2. 2. a variety of secondary water-supply modes water supply data experiment harvester according to claim 1, it is characterised in that supply The electromagnetic flowmeter operating voltage of water dispenser structure is direct current 24V.
  3. 3. a variety of secondary water-supply modes water supply data experiment harvester according to claim 1, it is characterised in that supply Three vertical water pump operating voltages of water dispenser structure are 380V three-phase alternating-current supplies, wherein two power are 20KW, another power It is 10KW.
  4. 4. a variety of secondary water-supply modes water supply data experiment harvester according to claim 1, it is characterised in that supply Between 13 connecting tubes of water dispenser structure and each mount point of remaining part of water supply mechanism, being flowed into inside connecting tube has pressure Water after, will not leak.
  5. 5. a variety of secondary water-supply modes water supply data experiment harvester according to claim 1, it is characterised in that supply The dynamoelectric water valve spool of water dispenser structure is closed type structure, and operating voltage is alternating current 220V, when the 4th dynamoelectric water valve dead electricity is in it When portion's spool is closed, the 3rd dynamoelectric water valve obtains electric work its inner spool opening, from the tap water of the 6th connecting tube inflow The 3rd dynamoelectric water valve being opened through electromagnetic flowmeter, spool, the tenth connecting tube are flowed into water tank, when the 4th it is electronic Water valve obtains electric work its inner spool and opens, when the 3rd dynamoelectric water valve dead electricity its inner spool is closed, from the 6th connecting tube The 4th dynamoelectric water valve that the tap water of inflow can be opened through electromagnetic flowmeter, spool is flowed into the tank body of stable current regulator, Have water inflow in water tank, when first dynamoelectric water valve dead electricity its inner spool close, second dynamoelectric water valve obtain electric work its When inner spool is opened, the water inside water tank can second dynamoelectric water valve through spool opening, the 5th connecting tube inflow three The water inlet end of platform vertical water pump, there is a water inflow in water tank, after water is full in water tank, when first dynamoelectric water valve obtains electric work Its inner spool is opened, and when second dynamoelectric water valve dead electricity its inner spool is closed, the water inside water tank can be opened through spool First dynamoelectric water valve outflow water tank outside, in the water inlet end for thering is water uninterruptedly to flow into three vertical water pumps, when the 5th electricity Dynamic water valve obtains electric work its inner spool and opens, and for three vertical water pumps when wherein one or more obtains electric work, water can be by one Or more vertical water pumps are extracted out and discharged through second connection rubber tube.
  6. 6. a variety of secondary water-supply modes water supply data experiment harvester according to claim 1, it is characterised in that survey Between five connecting pipes of test-run a machine structure and each mount point of remaining part of mechanism for testing, being flowed into inside connecting pipe has pressure After the water of power, it will not leak.
  7. 7. a variety of secondary water-supply modes water supply data experiment harvester according to claim 1, it is characterised in that survey The Split type electric magnetic-type flowmeter of test-run a machine structure, operating voltage are direct current 24V.
  8. 8. a variety of secondary water-supply modes water supply data experiment harvester according to claim 1, it is characterised in that survey The electric water valve core of test-run a machine structure is closed type structure, and operating voltage is alternating current 220V.
  9. 9. a variety of secondary water-supply modes water supply data experiment harvester according to claim 1, it is characterised in that supply Second connection rubber tube of water dispenser structure is having a water discharge, after the water of discharge is flowed on front side of mechanism for testing derrick in right part vertical tube, In first electrodynamic type water valve of mechanism for testing, second electrodynamic type water valve, the 3rd electrodynamic type water valve dead electricity its inner spool Close, the 4th electrodynamic type water valve of mechanism for testing, the 5th electrodynamic type water valve, the 6th electrodynamic type water valve, the 7th it is electronic When formula water valve, the 8th electrodynamic type water valve obtain electric work its inner spool opening, water can be distinguished after tested on front side of the derrick of mechanism Right part vertical tube, the 6th electrodynamic type water valve, second Split type electric magnetic flowmeter, the 4th electrodynamic type water valve, the 5th it is electronic Formula water valve, flow on front side of derrick in left part vertical tube, and water can right part vertical tube, the 3rd split on front side of the derrick of mechanism after tested respectively On front side of formula electromagnetic flowmeter, the 7th electrodynamic type water valve access wall frame in left part vertical tube, water can distinguish the derrick of mechanism after tested Front side right part vertical tube, the 4th Split type electric magnetic flowmeter, on front side of the 8th electrodynamic type water valve access wall frame in left part vertical tube, stream Water supply mechanism can be flowed into from first connection rubber tube of water supply mechanism by entering the water on front side of mechanism for testing derrick in left part vertical tube In water tank, second electrodynamic type water valve, the 4th electrodynamic type water valve in mechanism for testing, the 5th electrodynamic type water valve, the 7th Branch electrodynamic type water valve, the 8th electrodynamic type water valve dead electricity its inner spool are closed, first electrodynamic type water valve of mechanism for testing, the When three electrodynamic type water valves, the 6th electrodynamic type water valve obtain electric work its inner spool opening, flow on front side of mechanism for testing derrick Water in right part vertical tube can be flowed into water storage box, first electrodynamic type water valve, the 3rd electrodynamic type water valve in mechanism for testing, Four electrodynamic type water valves, the 6th electrodynamic type water valve, the 7th electrodynamic type water valve, the 8th electrodynamic type water valve dead electricity its inner valve Core is closed, and when second electrodynamic type water valve of mechanism for testing, the 5th electrodynamic type water valve obtain electric work its inner spool opening, is stored Water in water tank can be flowed into the water tank of water supply mechanism through left part vertical tube on front side of first Split type electric magnetic flowmeter, derrick.
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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN202794917U (en) * 2012-07-05 2013-03-13 成都宁水科技有限公司 Water supply data acquisition and analysis system
CN202794979U (en) * 2012-07-05 2013-03-13 成都宁水科技有限公司 Intelligent supercharging water supply remote monitoring system
CN202794918U (en) * 2012-07-05 2013-03-13 成都宁水科技有限公司 Intelligent supercharging water supply control system
CN202850121U (en) * 2012-07-05 2013-04-03 成都宁水科技有限公司 Combination water supply system
GB2527751A (en) * 2014-06-25 2016-01-06 Stuart Turner Ltd Accumulator system
CN205403849U (en) * 2016-03-07 2016-07-27 苏州恒知电子科技有限公司 Secondary water supply pump house data acquisition device based on modbusRTU agreement

Patent Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN202794917U (en) * 2012-07-05 2013-03-13 成都宁水科技有限公司 Water supply data acquisition and analysis system
CN202794979U (en) * 2012-07-05 2013-03-13 成都宁水科技有限公司 Intelligent supercharging water supply remote monitoring system
CN202794918U (en) * 2012-07-05 2013-03-13 成都宁水科技有限公司 Intelligent supercharging water supply control system
CN202850121U (en) * 2012-07-05 2013-04-03 成都宁水科技有限公司 Combination water supply system
GB2527751A (en) * 2014-06-25 2016-01-06 Stuart Turner Ltd Accumulator system
CN205403849U (en) * 2016-03-07 2016-07-27 苏州恒知电子科技有限公司 Secondary water supply pump house data acquisition device based on modbusRTU agreement

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