CN1177980C - Full-automatic energy-saving pressure-stabilizing (constant-pressure) water supply apparatus - Google Patents
Full-automatic energy-saving pressure-stabilizing (constant-pressure) water supply apparatus Download PDFInfo
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- CN1177980C CN1177980C CNB021019975A CN02101997A CN1177980C CN 1177980 C CN1177980 C CN 1177980C CN B021019975 A CNB021019975 A CN B021019975A CN 02101997 A CN02101997 A CN 02101997A CN 1177980 C CN1177980 C CN 1177980C
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Abstract
The present invention relates to an automatic water-supplying device without a tower and a pool, which comprises a controller. The present invention is characterized in that a filter ballast and an energy saving and storing water hammer eliminator are communicated to form a whole by one or more electric motor pump water-supplying assemblies. The electric motor pump water-supplying assemblies are communicated with a living water system or a firewater system. The present invention has the advantages that: firstly, the combination of the filter ballast, a frequency-changing control water pump and the energy saving and storing water hammer eliminator is adopted to achieve the closed type variable energy-saving water-supplying effect with superposed, stabilized and constant pressure. Compared with the existing various water-supplying facilities, the electrical energy can be integrally saved by above 40% in synchronization, and the electrical saving effect is especially obvious. The present invention is also a better energy-saving product at the present. Secondly, not only the noise of the water hammer is eliminated, but also the water source secondary pollution which is an unsolved technical problem of any water-supplying device at home and abroad is thoroughly prevented. Thirdly, a water-storing pool is not needed to build, the water source secondary pollution is eliminated. The investment is very small, the reliability is very high, and the present invention is a new practical energy-saving product at the present.
Description
Technical field:
The present invention relates to a kind of no tower does not have the pond automatic water supply device, belongs to supply equipment and makes the field.
Background technology:
At present existing various kinds of equipment at structural principle and technical, can't accomplish that all taking down pond, water tank and tap water is incorporated into the power networks, and more can't reach the effect of constant voltage, variable energy storage energy saving water supply.Exist maximum technological deficiency to be: 1. adopt pond, water tank water storage, the tap water that will have pressure flows into storage goes in the storage cistern, original pressure is lost bled off.Strengthened the cost of building pond, water tank again for water storage.Because water tank gets rusty, red worm is given birth in the pond, long lichen, seriously causes the water source secondary pollution.Material and electric energy have been wasted again greatly.2. the existing various air pressure tanks that adopt are as no tower weight power return type air pressure tank, rubber bag tank formula and diaphragm type air pressure tank.Maximum technological deficiency: air compensation is uncontrollable, causes the gas compression ratio to lose efficacy, and air pressure tank forms the technology distortion as illusory.Fact proved and do not reach energy-conservation, as to eliminate water hammer effect.And jar in rubber bag tank and diaphragm rubber aging, cause the serious waste of severe contamination water source and material and the energy again.
Summary of the invention:
The present invention is a purpose with pollution-free, noiselessness, design a kind of automatic supercharging, constant voltage, variable, energy-conservation, pollution-free, noiseless supply equipment, make that it has not only that low power consuming, high effect, pollution-free, noiseless, the bodily form are little, in light weight, easy maintenance, reliability is high but also can directly join with the tap water pipe network, thereby realize and tap water pressure superposes, closed energy-saving pressurizes water supply automatically.
The present invention filters ballast, force (forcing) pump group, energy-conservation energy storage water-hammer arrester, water source and pressure detection of electrons sensor by the water source, combines with frequency-variable controller, has formed the fully-automatic constant pressure variable energy-saving water supply equipment of multifunctional electromechanical one.Its major technique structural principle characteristics are: 1. at the water source water inlet, be provided with screen pack, prevent from effectively that foreign material from entering to avoid damaging impeller in the pump chamber.2. establish ballast and come ballast, overcome changes in flow rate, the storage of tap water pipe network and replenish and realize pressure superposition, reduce pump head and reach the purpose that economize on electricity cuts down the consumption of energy, stopped the stability that pollution of waterhead realizes changes in flow rate simultaneously again for the compression tank of jar shape.3. on the ballast tank body, add automatic air intake-exhaust valve, prevent that effectively water pump from forming negative pressure, the influence of user's build-up of pressure and flow around giving.Simultaneously can reduce unnecessary storage cistern, the expenditure of construction of water tank, use investment more to save.4. in control, adopted import high-quality frequency converter and water source, pressure and detection of electrons sensor to combine the constant pressure water supply controller of composition.The combined filtering ballast matches, and the frequency that can regulate water pump according to actual used water amount size changes the rotating speed of water pump, reaches the effect of relay constant-pressure variable energy saving water supply.5. online the outlet header of force (forcing) pump group, the energy-conservation water-hammer arrester of making and settlement is effectively eliminated water pump and is stopped in the water system pipe network of back at water hammer that freely falling body produced with to the damage of pipe network and equipment.The principle of effectively utilizing air compression and step-down gas to expand realizes that water pump stops the effect that the economize on electricity of back pressurize energy storage is supplied water, and satisfies water supply network and supplies water at low discharge and termination of pumping economize on electricity at night, has overcome the highly energy-consuming state work of water pump under low effect.Can pressurize after having realized shutting down continuously water supply function saved electric energy again.6. adopt the automatic tonifying Qi of waterpower to combine, form energy-conservation energy storage water-hammer arrester with the electronic measurement and control technology.Its design feature is: utilize water-water jet when work, make and form the pressure Negative Pressure Difference air-breathing principle that absorbs water in the water-water jet, the atmospheric pressure that utilizes earth attraction advances air to tonifying Qi is indoor, when the water in the tonifying Qi chamber has been pulled away, also be that air capacity enters the most for a long time (in having tested setting-up time), allow electromagnetic valve close automatically, finish automatic breathing process.7. utilize water in the pipe network after termination of pumping, water hammer power that freely falling body produced and hydrostatic pressure and pump head pressure make the water under high pressure in the water-water jet enter the indoor bottom of tonifying Qi, air extrusion to energy storage jar internal upper part.Make and lose gas in the jar and effectively add to optimum state at any time.8. strengthen a jar interior air compression ratio, improved three to five times of energy storage pressurize effects, can effectively eliminate water hammer and noise again, thoroughly solved the technical barrier that the gas compression ratio in the air pressure tank is uncontrollable and lost efficacy on the gas supplementary structure principle.Water hammer power in the system, hydrostatic pressure harm turned to improve in the energy storage jar gas pressure and accomplished jar how much gas of domestic demand, detect according to tolerance and just replenish how much gas, thereby realize improving the effect of energy storage and elimination water hammer and noise for sharp.The steel work manufacturing is adopted in the tonifying Qi chamber, does not produce pollution, has reduced air pressure tank manufacturing cost and price again.9. the design of the automatic tonifying Qi controller of this energy-conservation energy storage water-hammer arrester, combine with the detection of source of the gas sensor with the required value of pressure sensor in minimum required setting pressure, become control circuit to come the Push And Release of control electromagnetic valve and machinery to combine with the electronic digit electric circuit inspection with digit chip, form automatic tonifying Qi controller, realized the overall structure of automatic tonifying Qi " energy-conservation energy storage water-hammer arrester " electromechanical.10. this energy-conservation energy storage water-hammer arrester not only can supporting use with various supply equipments, but also can be separately as landing the expansion tank use in water hammer abatement apparatus in the various hot-water heating pipe networks and the hot water heating.It also is the renewal product of present domestic and international various air pressure tanks.Its technical scheme: (1) fully automatic pressure-stabilizing variable energy-saving water supply equipment, it comprises controller, be integral by one or more electric-motor pump water supply assemblies connections between filtration ballast and energy-conservation energy storage water-hammer arrester, one or more electric-motor pump water supply assemblies all are communicated with life, firewater system.When supply equipment was voltage stabilizing variable energy-saving water supply equipment, controller was a soft starting controller; When supply equipment was the constant-pressure variable supply equipment, controller was the soft start frequency-converting control device.The filter body (2) that filters in the ballast is positioned at ballast body (9) bottom, cone reducer pipe (7) is positioned at the ballast body and is communicated with filter body top, one end of guide pipe (8) is communicated with the cone reducer pipe, the another port is positioned at the ballast body, screen pack (6) is positioned at filter body, water inlet union (1) is communicated with filter body, delivery port is communicated with Water supplying tube joint (13) in one or more electric-motor pump water supply assemblies, ballast body (9) lower end is provided with ground foot support (3), the upper end is provided with automatic air intake-exhaust valve (11), water source electrode (12) is arranged on the filter body bottom, and its detection signal is to variable frequency soft start control device (48).Tonifying Qi chamber (38) is positioned at the bottom or the outside of energy storage jar body (37), the water inlet of water-water jet body (42) and neck connected entrance respectively with energy storage jar body (37), tonifying Qi chamber (38) is communicated with, its water-water jet body (42) must be positioned at the bottom of tonifying Qi chamber (38), the delivery port of water-water jet is communicated with electromagnetic valve (44) and import, the outlet of electromagnetic valve is communicated with the entrance point of drainage check valve (49) in one or more electric-motor pump water supply assemblies by the delivery port of tonifying Qi draining connecting leg (45), the top of tonifying Qi chamber (38) by air inlet connecting leg (34) respectively with tonifying Qi flap valve (35), breather check valve (33) is communicated with, tonifying Qi flap valve (35) is communicated with energy storage jar body (37), breather check valve (33) is communicated with air filter (32), and tonifying Qi controller (50) is used to set and detect water-hammer arrester interior pressure and water level automatically, opening of control electromagnetic valve, close.Automatically tonifying Qi controller (50) is by detecting control circuit, voltage stabilizing sensor (46), constant voltage sensor (52), pressure sensor (47) constitutes, voltage stabilizing sensor (46) and constant voltage sensor (52) lay respectively at the bottom and the top of energy storage jar body (37), pressure sensor (47) is positioned at energy storage jar body top and is positioned at the top of constant voltage sensor (52), when supply equipment is voltage stabilizing variable energy saving water supply, the signal output part of voltage stabilizing sensor (46) and pressure sensor (47) all connects the signal input part that detects control circuit, and constant voltage sensor (52) does not connect the signal end that detects control circuit; When supply equipment was constant pressure water supply, constant voltage sensor (52) connect the signal end that detects control circuit, and voltage stabilizing sensor (46) does not connect the signal end that detects control circuit.One or more electric-motor pump water supply assemblies by drainage check valve (49), always feed water connecting leg (21), one or more subfeeders (22), one or more intake gate plate valves (23), one or more water inlet flexible joints (24), one or more electric-motor pumps (25,26,27), one or more water outlet flexible joints (28), one or more damping check valves (29), one or more exit branch (30), total feed pipe (17), water supply slide valve (18), bypass connecting leg (15) and bypass check valve (16) constitute; One end of one or more subfeeders (22) is communicated with total feedwater connecting leg (21), the other end is communicated with the import of separately intake gate plate valve (23) respectively, the outlet of each intake gate plate valve (23) is communicated with the import of separately water inlet flexible joint (24) respectively, the outlet of each flexible joint of intaking (24) respectively with separately electric-motor pump (25,26,27) import is communicated with, each motor delivery side of pump is communicated with the import of separately water outlet flexible joint (28) respectively, the outlet of each water outlet flexible joint is communicated with the import of separately damping check valve (29) respectively, the subfeeder (22) that the outlet of each damping check valve is passed through respectively separately is communicated with total feed pipe (17), one end of total feed pipe (17) is communicated with energy storage jar body (37) by water inlet pipe and water outlet pipe joint (31), the other end is connected in series with water supply flashboard lock (18), water supply slide valve (18) outlet and life (19), firewater system (20) is communicated with, one end of bypass connecting leg (15) is communicated with total feedwater connecting leg (21), and the other end is communicated with total feed pipe (17) by bypass check valve (16).One or more electric-motor pumps (25,26,27), water supply slide valve (18) voltage stabilizing sensor (46), constant voltage sensor (52), pressure sensor (47), water source electrode (12) and be positioned at the signal termination controller of the pressure sensor (51) on total feed pipe (17), whether its work all is controlled by controller (48).(2) fully-automatic constant pressure variable energy-saving water supply equipment, it comprises controller (48), the filter body (2) that filters in the ballast is positioned at ballast body (9) bottom, cone reducer pipe (7) is positioned at the ballast body and is communicated with filter body top, one end of guide pipe (8) is communicated with the cone reducer pipe, the another port is positioned at the ballast body, screen pack (6) is positioned at filter body, water inlet union (1) is communicated with filter body, delivery port is communicated with Water supplying tube joint (13) in one or more electric-motor pump water supply assemblies, one or more electric-motor pumps supply water total total feed pipe (17) by water supply slide valve (18) with live, firewater system is communicated with.One or more electric-motor pump water supply assemblies by drainage check valve (49), always feed water connecting leg (21), one or more subfeeders (22), one or more intake gate plate valves (23), one or more water inlet flexible joints (24), one or more electric-motor pumps (25,26,27), one or more water outlet flexible joints (28), one or more damping check valves (29), one or more exit branch (30), total feed pipe (17), water supply slide valve (18), bypass connecting leg (15) and bypass check valve (16) constitute; One end of one or more subfeeders (22) is communicated with total feedwater connecting leg (21), the other end is communicated with the import of separately intake gate plate valve (23) respectively, the outlet of each intake gate plate valve (23) is communicated with the import of separately water inlet flexible joint (24) respectively, the outlet of each flexible joint of intaking (24) respectively with separately electric-motor pump (25,26,27) import is communicated with, each motor delivery side of pump is communicated with the import of separately water outlet flexible joint (28) respectively, the outlet of each water outlet flexible joint is communicated with the import of separately damping check valve (29) respectively, the subfeeder (22) that the outlet of each damping check valve is passed through respectively separately is communicated with total feed pipe (17), total feed pipe (17) is by water supply flashboard lock (18) and life (19), firewater system (20) is communicated with, one end of bypass connecting leg (15) is communicated with total feedwater connecting leg (21), the other end is communicated with total feed pipe (17) by bypass check valve (16), water source electrode (12), one or more electric-motor pumps (25,26,27) and be arranged in the terminals of the signal termination controller (48) of the pressure sensor (51) on total feed pipe (17), whether its work all is controlled by controller (48).
System of the present invention fully automatic pressure-stabilizing variable energy-saving water supply equipment, compare with existing all kinds of supply equipments, the one, employing filtration ballast adds the variable frequency control water pump and energy-conservation energy storage water-hammer arrester combines, and has realized closed pressure superposition voltage stabilizing, constant-pressure variable energy saving water supply effect.Compare than existing all kinds of water facilities, but the same period comprehensive saves energy more than 40%, power savings is remarkable especially.It also is at present better energy-conserving product; The 2nd, not only to have eliminated the water hammer noise, and thoroughly stopped the water source secondary and dyed, this is the present still unresolved technical barrier of domestic and international arbitrary supply equipment; The 3rd, need not build storage cistern, stopped the water source secondary pollution, to invest minimumly, reliability is high, is the new product of present energy-conservation practicality; The 4th, simple in structure, the bodily form is little, electromechanical integration, reliability is high, is mainly used in multilayer highrise building, life and waterworks for firefighting, produces and the scientific research water facilities; The 5th, all adopt steel work and stainless steel material production.Make production system form totally enclosed type and supply water, do not produce and pollute and noise, belong to environmentally friendly machine.
Description of drawings:
Fig. 1 is a complete machine structure schematic diagram of the present invention.
The specific embodiment:
Fully automatic pressure-stabilizing variable energy-saving water supply equipment, 1. admitting pipe joint 1 is connected water main, and the other end is the welding of threeway shape with filter body 2 middle parts and is communicated with one.The bottom that lower margin steel bracket 3 one ends are welded on ballast bottom 5 becomes one.Strainer flange joint 4 is integrally welded with top one end of filter body 2, and its flange is connected and fixed with screw and ballast base 5 and is one.Screen pack 6 is screwed and is installed in filter body 2 internal upper parts.Cone reducer pipe 7 lower ends are welded on outside ballast base 5 centre bores, one end of the other end and guide pipe 8 is integrally welded, ballast body 9 is a jar shape, bottom one end and ballast base 5 outer gardens are integrally welded, and the discrepancy pipe welding that top is garden shape end socket shape and automatic air intake-exhaust valve 11 is communicated as one.Guide pipe fixed mount 10 1 ends are welded on the top of guide pipe 8, and upper inside wall and guide pipe 8 that the other end is welded on ballast body 9 are fixed into one.The welding of Water supplying tube joint 13 1 ends is communicated with and the bottom side and the bottom of ballast body 9 become one, and the other end is welded into the steel flange joint and forms filtration ballast global facility.Water source electrode 12 is fixed on the outer bottom of ballast body 9, and then its center is higher than top 10 to 15 centimeters of Water supplying tube joint 13 on the tube wall.Pressure meter 14 is installed in the lateral wall middle and lower part of ballast body 9, forms and filters ballast global facility.2. with frequency conversion and control of soft, the pressurization of pump group combines supporting with the filtration ballast be the whole water supply installation that also can form single pump and many pumps machine as required.Total feedwater connecting leg 21 usefulness flanges are communicated with Water supplying tube joint 13.The welding of subfeeder 22 1 ends is communicated with and total feedwater connecting leg 21 becomes one, and its delivery port of water inlet that the other end is communicated with intake gate plate valve 23 is communicated with and water inlet flexible joint 24.The other end of water inlet flexible joint 24 is communicated with the water inlet end with electric-motor pump 25.The water side of electric-motor pump 25 is communicated with the water inlet that water outlet flexible joint 28 1 ends are communicated with damping check valve 29.The delivery port of damping check valve 29 is connected with exit branch 30.The other end of exit branch 30 is communicated as one with total feed pipe 17 welding.Bypass connecting leg 15 1 ends are communicated with total water service pipe 21 welding, and the other end is communicated with the water inlet end of bypass check valve 16.The water side of bypass check valve 16 is communicated with one with total feed pipe 17 welding.One end of total feed pipe 17 connects water supply slide valve 18 and forms closed water supply sealed system at connection and system water supply house steward 19 and life water for fire point 20.Pressure sensor 51 is installed in total feed pipe 17 a certain positions and all can.Its pressure sensor input and output lead-in wire is connected the terminals in the controller 48, and its water source electrode 12 lead-in wires are connected and controller 48.The electric wire of electric-motor pump (25,26,27) is connected the supply terminals in the controller 48 respectively, and the other end of the connecting leg 21 that always feeds water can seal with closure plate, and also available pair of filtration ballast is communicated with Water supplying tube joint 13 forms the double water source system.The other end of total feed pipe 17 can seal with closure plate, also can be communicated with other system water supply house steward 19.This structure now forms the water system of single pump assembly.The mode of communicating of motor former 26 is identical with the mode of communicating of electric-motor pump 25, the water system that can form the double pump unit, the mode of communicating of electric-motor pump 27 is identical with the mode of communicating of electric-motor pump 25, electric-motor pump 26, can form the closed water supply sealed system of three pump assemblys or many pump assemblys.3. add energy-conservation energy storage water-hammer arrester at total feed pipe 17 and system water supply house steward 19 arbitrary positions installations.Its energy-conservation energy storage water hammer water removes the device architectural feature: air filter 32 is communicated with breather check valve 33.The outlet of flap valve 33 is communicated with air inlet connecting leg 34 1 ends.The entrance point of charging check valve 35 and air inlet connecting leg 34 are the threeway shape and are communicated with, export by the middle and upper part welding of air connecting leg 36 with energy storage jar body 37 and be communicated as one.The other end of air inlet connecting leg 34 is communicated as one by energy-storing device body 37 interior welded top with tonifying Qi chamber 38.Tonifying Qi chamber 38 is a jar shape, and the lower end is welded in the energy storage jar body 37 lower bottom part centers and the energy storage jar body 37 formation tonifying Qi chamber that becomes one.Energy storage tank bracket 39 1 ends are welded on the lower bottom part outer wall end socket of energy storage jar body 37 and energy storage jar body becomes one.Water-water jet water inlet connecting leg 40 1 ends are communicated with the welding of energy storage jar body 37 bottoms, and the other end is communicated with inlet one end of water-water jet body 42, and it is integrally welded to be the threeway shape.The inlet of water-water jet body 42 installs water-water jet plug 41 additional.Suction connecting leg 43 1 ends are the welding of threeway shape with middle part, water-water jet body 42 inner nozzle chambeies and are communicated with one, and the other end and the welding of 38 bottoms, tonifying Qi chamber are communicated as one.Water-water jet body 42 is positioned at bottom, tonifying Qi chamber, and tonifying Qi chamber 38 must be located at the upper end of water-water jet body 42.Its tonifying Qi chamber 38 can be located at below in the outside of energy storage jar body 37 with the jar shape.The port of export of water-water jet body 42 is communicated with the entrance point of electromagnetic valve 44.Tonifying Qi gutter 45 1 ends are communicated with the outlet of electromagnetic valve 44.The water side of tonifying Qi draining connecting leg 45 is communicated with the entrance point of drainage check valve 49.The port of export of drainage check valve 49 is communicated with total feedwater connecting leg 21 subfeeders 22.Also can be communicated in and filter arbitrary position in the ballast.One end of water inlet pipe and water outlet pipe joint 31 is communicated with the bottom that is welded on energy storage jar body 37, on the end socket in 1/3rd of tank body height overall is sentenced.The other end flange socket of water inlet pipe and water outlet pipe joint 31 can be connected, and the other end flange socket of total feed pipe 17 exit branch 30 can be connected, arbitrary position of total feed pipe 17 exit branch 30 and system water supply house steward 19.Voltage regulation type sensor 46 welded and installed are in the bottom of energy storage jar body 37, and jar 1/3rd high places are higher 10 to 15 centimetres than water inlet pipe and water outlet pipe joint 31, and sense leads is connected automatic tonifying Qi controller 50.The electric wire of electromagnetic valve 44 is connected and automatic tonifying Qi controller 50.Constant voltage type sensor 52 welded and installed are on the top of energy storage jar body 37,2/3rds places that tank body is high, and sense leads is connected automatic tonifying Qi controller 50, and the power supply of tonifying Qi controller 50 is taken from 220V AC power in the controller 48 automatically.Pressure sensor 47 is installed in the outer wall sidepiece of energy storage jar body 37.Above-mentionedly all form one, can become whole supporting and divide body component with energy storage jar body 37.But the power line of its automatic tonifying Qi controller 50 also connecting subscribers participating 220V power supply uses separately.Said structure comprehensively is an one, forms fully-automatic constant pressure, voltage stabilizing variable energy-saving water supply equipment.In Fig. 1, admitting pipe joint 1 is connected with the tap water pipe network.Total feed pipe 17 installing slide valves and system water supply house steward 19 connect.Soft is that voltage stabilizing, frequency conversion are constant voltages in the controller 48, adopts three-phase four-wire system, and the 380V power connection can normally use.Tap water enters in the filter body 2 from admitting pipe joint 1, enters in cone reducer pipe 7 and the guide pipe 8 inflow ballast bodies 9 through filter screen 6.Enter total water service pipe 21, subfeeder 22 and bypass connecting leg 15, water through Water supplying tube joint 13 and enter bypass check valve 16, at this moment open water supply slide valve 18 and supply water to usefulness water spot 20 through system water supply house steward 19 to total feed pipe 17.At this moment work as water system and be full of hydraulic pressure.Pressure meter 14 can record actual pressure.Air in the ballast jar body 9 is compressed to top behind automatic air intake-exhaust valve 11 exhaust airs by tap water, closes automatically water must not outwards be flowed out.Normal as hydraulic pressure, equipment need not start, but normal water supply.
Have only 2 kilograms as actual tap water pressure, (0.2MPa) user is 4.5 kilograms of the required hydraulic pressure of 10 floors, and (0.45MPa) at this moment hydraulic pressure is obviously not enough.In order to solve these water requirements, closed fully-automatic constant pressure of the present invention, voltage stabilizing variable energy-saving water supply equipment is only better environment-friendly type automatic water supply device.
Use the present device operating principle, see schematic diagram 1 for details, example of the present invention is described.
During as tap water actual pressure (0.2MPa), the actual required hydraulic pressure 0.45MPa of user could satisfy, and uses the operating principle of present device to be: according to the actual required hydraulic pressure of user, set pressure of supply water.According to the maximum hourly consumption of user peak period, select the equipment output.The user selects your needed supply equipment according to the output and the pressure of supply water of equipment, just can satisfy your best result of use.Example: certain user is 10 floors, and both life and fire fighting purposes needs total consumption 35m3/n (per hour 35 tons of water) anthology invention equipment three pump assemblys of pressure of supply water 0.5MPa (5 kilograms of pressure) one cover.Water supply flow is 36m3/n.Satisfy greater than 35m3/n.Pressure of supply water 0.55MPa (5.5 kilograms) satisfies greater than 0.5MPa.Choice of equipment is correct.According to schematic diagram 1 explanation, the present device example begins normally to use its operating principle to be: when pressure of supply water is not enough, by the pressure signal that pressure sensor 51 is surveyed, pass to controller 48, electric-motor pump 25 is carried out soft speed governing operation.Prestart should be opened the gate valve of intake gate plate valve 23 and three pump groups.At this moment water is in slide valve 23 enters flexible joint 24 electric-motor pumps 25, after the water pump pressurization, entering flexible joint 24 and damping check valve 29 and exit branch 30 enters total feed pipe 17 and regulates through the water supply gate valve, actual required pressure in the system water supply house steward 19 is guaranteed normal water supply to life water for fire point 20.When system's total water amount increased, pressure sensor 51 recorded pressure signal and passes to the public running frequently of 48 pairs of electric-motor pumps of controller, 25 dos.(frequency is 50HZ) actuating motor pump 26 simultaneously carries out soft speed governing operation.Its pressurization flowchart process is identical with electric-motor pump 25.When system's total water amount in the peak water phase, when the total water amount increased to maximum, pressure sensor 51 recorded pressure signal, passed to controller 48 (early, middle and late and phase festivals or holidays), and electric-motor pump 26 is done public running frequently.Actuating motor pump 27 carries out soft speed governing operation simultaneously.Its pressurization flowchart process and electric-motor pump 25, electric-motor pump 26 are identical.Satisfy system's peak period water supply volume.
When the system water amount reduces, increased pressure, pressure sensor 51 records pressure signal, passes to controller 48 and stops electric-motor pump 25.At this moment damping check valve 29 is closed automatically, has prevented the water under high pressure refluence, and when the system water amount reduced again, pressure increased again, and pressure sensor 51 records signal, passes to controller 48 and stops electric-motor pump 26 its damping check valves 29 and close automatically.When the system water amount is very little, and night not during water, hydraulic pressure increases, and pressure sensor 51 records signal, passes to 48 pairs of electric-motor pumps of controller 27 and carries out reduction of speed, frequency reducing work.When frequency was reduced to minimum setting value, electric-motor pump 27 stopped voluntarily.Its damping check valve 29 is also closed voluntarily.When shutting down; the water hammer power that the downward freely falling body of water in the water system is produced; import total feed pipe 17 into through system water supply house steward 19; because each closure of check ring; water hammer power enters in the energy storage jar body 37 from water inlet pipe and water outlet pipe joint 31; owing in jar air is arranged, inflatable and compression could effectively be eliminated water hammer power and is no longer produced noise.The water hammer power of utilizing the water hammer ripple to be produced is simultaneously carried out automatic tonifying Qi.Strengthen the air compression ratio in the energy storage jar, improved shutdown pressurize energy storage economize on electricity water supply effect.Comparing with other air pressure tank is three to five times.Can change simultaneously the evil of water hammer power, supply water to sharp,, not produce pollution, eliminate water noise again because of this air supply tank adopts steel structure material production entirely for tonifying Qi pressurize economize on electricity, from and prolonged application life of water system facility.It is existing all kinds of air pressure tanks incomparable effect far away.
Energy-conservation energy storage water-hammer arrester of the present invention and automatic tonifying Qi operating principle constant voltage type are: set constant pressure value is detected by pressure sensor 47 in energy storage jar body 37.Deficency whether in the energy storage jar body 37 needs to replenish, and is detected by constant voltage sensor 52, need not tonifying Qi in the jar when constant voltage sensor 52 detection heads are in gas.The intrinsic constant pressure value of energy storage jar is to decide according to the user's request force value, is set and is controlled by automatic tonifying Qi controller 50.When constant voltage sensor 52 during by water logging, a deficency needs make-up gas in jar, and at this moment constant voltage sensor 52 sends signal, passes to automatic tonifying Qi controller 50, is opened automatically by controller, and electromagnetic valve 44 is started working.Water under high pressure in the energy storage jar body 37 enters connecting leg 40 through water-water jet and enters water-water jet body 42 and be discharged to total feedwater connecting leg 21 and filter in the ballast through tonifying Qi draining connecting leg 45 and drainage check valve 49 through electromagnetic valve 44.At this moment the water in the water-water jet 42 forms torrent and makes place, water-water jet 42 inner nozzle chambeies build-up of pressure poor, and the water in the tonifying Qi chamber 38 flows in the water-water jet body 42 through suction connecting leg 43 and to be pulled away under the effect of earth attraction.Air enters breather check valve 33 in air inlet connecting leg 34 enters tonifying Qi chamber 38 from air filter 32, when the indoor water of tonifying Qi has been pulled away, (test setting-up time), tonifying Qi controller 50 is closed electromagnetic valve 44 automatically.At this moment the water in the energy storage jar body 37 is subjected to enter water-water jet body 42 from water-water jet water inlet connecting leg 40 under the active force of water hammer power in the system and hydrostatic pressure and pump head, enters in the tonifying Qi chamber 38 through suction connecting leg 43.Be subjected to high pressure from bottom to top with the air in the tonifying Qi chamber 38, enter charging check valve 35 through air inlet connecting leg 34, inflation connecting leg 36 with gas pressurized in energy storage jar body 37.One time the tonifying Qi process promptly comes to an end.After constant voltage sensor 52 all surfaces, just can stop inflation.Whole automatic tonifying Qi process is finished by automatic tonifying Qi controller 50 auto-controls.
The energy-conservation energy storage water-hammer arrester of voltage regulation type of the present invention operating principle: its principal character is: when the pressure of pressure sensor 47 detections drops to the low pressure of setting, voltage stabilizing sensor 46 as when all exposing water, send signal and remember for automatic tonifying Qi controller 50, do not need tonifying Qi in the energy storage jar body 37.When not had by water logging, send signal and remember for automatic tonifying Qi controller 50 as voltage stabilizing sensor 46.Deficency in the energy storage jar body 37 needs inflation.Etc. next energy storage jar body 37 internal pressures, measure through pressure sensor 47.When dropping to minimum setup pressure value, tonifying Qi controller 50 sends control signal and opens electromagnetic valve 44 work automatically automatically, carries out tonifying Qi.The tonifying Qi process is identical with the constant voltage type.Its voltage regulation type tonifying Qi feature is: only whether need the memory of tonifying Qi for the first time.By the time for the second time in the energy storage jar body 37 and system pressure when dropping to minimum setup pressure value, by automatic tonifying Qi controller 50 according to the memory decision.As need not tonifying Qi, just do not open electromagnetic valve 44, as the needs tonifying Qi, just open electromagnetic valve 44 and carry out the work tonifying Qi.Its tonifying Qi time is only limited at setting minimum pressure test point carries out tonifying Qi.All the other phenomenon times must not tonifying Qi.Whole tonifying Qi process is controlled voluntarily by automatic tonifying Qi controller 50 and is finished.
The main effect of the energy-conservation energy storage water-hammer arrester of the present invention is: eliminate the pipe network system water hammer, shut down the pressurize energy storage and supply water.After the electric-motor pump of native system all stops, by the gas in the energy storage jar body 37 after step-down and expand, the water in the energy storage jar body 37, be pressed onto total feed pipe 17 and system water supply house steward 19 to life water for fire point 20 maintenances water supply continuously through water inlet pipe and water outlet pipe joint 31.Realized at low discharge and can shut down the effect that pressurize is supplied water and not consumed energy night.When the system water amount increased, the system pipe network internal pressure descended, and records signal by pressure sensor 51, passes to 48 pairs of electric-motor pumps of controller 25 and carries out soft speed governing operation.When water source supply deficiency and tap water cut-off; drawdown in the ballast body 9; air under atmospheric pressure enters drawdown in the ballast body 9 to water source electrode 12 when following from automatic air inlet, outlet valve 11; electrode sends the lack of water signal and stops for controller 48 water pumps automatically, enters guard mode.After having abundant water resources, after the water source electrode 12 in the ballast body 9 is not had by water logging, after 10 minutes, automatically terminate protection, equipment is normal water supply voluntarily.
Embodiment 1: fully automatic pressure-stabilizing variable energy-saving water supply equipment, it comprises controller, be integral by one or more electric-motor pump water supply assemblies connections between filtration ballast and energy-conservation energy storage water-hammer arrester, one or more electric-motor pump water supply assemblies all are communicated with life, firewater system.When supply equipment was voltage stabilizing variable energy-saving water supply equipment, controller was a soft starting controller; When supply equipment was the constant-pressure variable supply equipment, controller was the soft start frequency-converting control device.The filter body (2) that filters in the ballast is positioned at ballast body (9) bottom, cone reducer pipe (7) is positioned at the ballast body and is communicated with filter body top, one end of guide pipe (8) is communicated with the cone reducer pipe, the another port is positioned at the ballast body, screen pack (6) is positioned at filter body, water inlet union (1) is communicated with filter body, delivery port is communicated with Water supplying tube joint (13) in one or more electric-motor pump water supply assemblies, ballast body (9) lower end is provided with ground foot support (3), the upper end is provided with automatic air intake-exhaust valve (11), water source electrode (12) is arranged on the filter body bottom, and its detection signal is to variable frequency soft start control device (48).Tonifying Qi chamber (38) is positioned at the bottom or the outside of energy storage jar body (37), the water inlet of water-water jet body (42) and neck connected entrance respectively with energy storage jar body (37), tonifying Qi chamber (38) is communicated with, its water-water jet body (42) must be positioned at the bottom of tonifying Qi chamber (38), the delivery port of water-water jet is communicated with electromagnetic valve (44) and import, the outlet of electromagnetic valve is communicated with the entrance point of drainage check valve (49) in one or more electric-motor pump water supply assemblies by the delivery port of tonifying Qi draining connecting leg (45), the top of tonifying Qi chamber (38) by air inlet connecting leg (34) respectively with tonifying Qi flap valve (35), breather check valve (33) is communicated with, tonifying Qi flap valve (35) is communicated with energy storage jar body (37), breather check valve (33) is communicated with air filter (32), and tonifying Qi controller (50) is used to set and detect water-hammer arrester interior pressure and water level automatically, opening of control electromagnetic valve, close.Automatically tonifying Qi controller (50) is by detecting control circuit, voltage stabilizing sensor (46), pressure sensor (47) formation, voltage stabilizing sensor (46) lays respectively at the bottom and the top of energy storage jar body (37), pressure sensor (47) is positioned at energy storage jar body top, when supply equipment was voltage stabilizing variable energy saving water supply, the signal output part of voltage stabilizing sensor (46) and pressure sensor (47) all connect the signal input part that detects control circuit.One or more electric-motor pump water supply assemblies by drainage check valve (49), always feed water connecting leg (21), one or more subfeeders (22), one or more intake gate plate valves (23), one or more water inlet flexible joints (24), one or more electric-motor pumps (25,26,27), one or more water outlet flexible joints (28), one or more damping check valves (29), one or more exit branch (30), total feed pipe (17), water supply slide valve (18), bypass connecting leg (15) and bypass check valve (16) constitute; One end of one or more subfeeders (22) is communicated with total feedwater connecting leg (21), the other end is communicated with the import of separately intake gate plate valve (23) respectively, the outlet of each intake gate plate valve (23) is communicated with the import of separately water inlet flexible joint (24) respectively, the outlet of each flexible joint of intaking (24) respectively with separately electric-motor pump (25,26,27) import is communicated with, each motor delivery side of pump is communicated with the import of separately water outlet flexible joint (28) respectively, the outlet of each water outlet flexible joint is communicated with the import of separately damping check valve (29) respectively, the subfeeder (22) that the outlet of each damping check valve is passed through respectively separately is communicated with total feed pipe (17), one end of total feed pipe (17) is communicated with energy storage jar body (37) by water inlet pipe and water outlet pipe joint (31), the other end is connected in series with water supply flashboard lock (18), water supply slide valve (18) outlet and life (19), firewater system (20) is communicated with, one end of bypass connecting leg (15) is communicated with total feedwater connecting leg (21), and the other end is communicated with total feed pipe (17) by bypass check valve (16).One or more electric-motor pumps (25,26,27), water supply slide valve (18) voltage stabilizing sensor (46), constant voltage sensor (52), pressure sensor (47), water source electrode (12) and be positioned at the signal termination controller of the pressure sensor (51) on total feed pipe (17), whether its work all is controlled by controller (48).When supply equipment was voltage stabilizing variable energy-saving water supply equipment, controller was a soft starting controller.
Embodiment 2: on the basis of embodiment 1, when supply equipment was constant pressure water supply, constant voltage sensor (52) connect the signal end that detects control circuit.When supply equipment was the constant-pressure variable supply equipment, controller was the soft start frequency-converting control device.
Embodiment 3: fully-automatic constant pressure variable energy-saving water supply equipment, it comprises controller (48), the filter body (2) that filters in the ballast is positioned at ballast body (9) bottom, cone reducer pipe (7) is positioned at the ballast body and is communicated with filter body top, one end of guide pipe (8) is communicated with the cone reducer pipe, the another port is positioned at the ballast body, screen pack (6) is positioned at filter body, water inlet union (1) is communicated with filter body, delivery port is communicated with Water supplying tube joint (13) in one or more electric-motor pump water supply assemblies, one or more electric-motor pumps supply water total total feed pipe (17) by water supply slide valve (18) with live, firewater system is communicated with.One or more electric-motor pump water supply assemblies by drainage check valve (49), always feed water connecting leg (21), one or more subfeeders (22), one or more intake gate plate valves (23), one or more water inlet flexible joints (24), one or more electric-motor pumps (25,26,27), one or more water outlet flexible joints (28), one or more damping check valves (29), one or more exit branch (30), total feed pipe (17), water supply slide valve (18), bypass connecting leg (15) and bypass check valve (16) constitute; One end of last or a plurality of subfeeders (22) is communicated with total feedwater connecting leg (21), the other end is communicated with the import of separately intake gate plate valve (23) respectively, the outlet of each intake gate plate valve (23) is communicated with the import of separately water inlet flexible joint (24) respectively, the outlet of each flexible joint of intaking (24) respectively with separately electric-motor pump (25,26,27) import is communicated with, each motor delivery side of pump is communicated with the import of separately water outlet flexible joint (28) respectively, the outlet of each water outlet flexible joint is communicated with the import of separately damping check valve (29) respectively, the subfeeder (22) that the outlet of each damping check valve is passed through respectively separately is communicated with total feed pipe (17), total feed pipe (17) is by water supply flashboard lock (18) and life (19), firewater system (20) is communicated with, one end of bypass connecting leg (15) is communicated with total feedwater connecting leg (21), the other end is communicated with total feed pipe (17) by bypass check valve (16), water source electrode (12), one or more electric-motor pumps (25,26,27) and be arranged in the terminals of the signal termination controller (48) of the pressure sensor (51) on total feed pipe (17), whether its work all is controlled by controller (48).
Claims (8)
1, a kind of fully automatic pressure-stabilizing variable energy-saving water supply equipment, it comprises controller, it is characterized in that: the Water supplying tube joint between the delivery port that filters ballast and one or more electric-motor pump water supply assemblies and energy-conservation energy storage water-hammer arrester is communicated with, the signal output part that filters water source electrode in the ballast body connects the signal end of controller, the signal that filters the startup of water source electrode signal output in the ballast and one or more electric-motor pumps or close is to the signal controlling end of controller, controller is used to set and detect pressure and water level in the water-hammer arrester by automatic tonifying Qi controller, opening of control electromagnetic valve, close, the outlet of electromagnetic valve is communicated with the import of drainage check valve in one or more electric-motor pump water supply assemblies by tonifying Qi draining connecting leg in the energy-conservation energy storage water-hammer arrester, one or more electric-motor pump water supply assemblies all with the life, firewater system is communicated with.
2, fully automatic pressure-stabilizing variable energy-saving water supply equipment according to claim 1 is characterized in that: when supply equipment was voltage stabilizing variable energy-saving water supply equipment, controller was a soft starting controller; When supply equipment was the constant-pressure variable supply equipment, controller was the soft start frequency-converting control device.
3, fully automatic pressure-stabilizing variable energy-saving water supply equipment according to claim 1, it is characterized in that: the filter body (2) that filters in the ballast is positioned at ballast body (9) bottom, cone reducer pipe (7) is positioned at the ballast body and is communicated with filter body top, one end of guide pipe (8) is communicated with the cone reducer pipe, the another port is positioned at the ballast body, screen pack (6) is positioned at filter body, water inlet union (1) is communicated with filter body, delivery port is communicated with Water supplying tube joint (13) in one or more electric-motor pump water supply assemblies, ballast body (9) lower end is provided with ground foot support (3), the upper end is provided with automatic vent outlet valve outlet (11), water source electrode (12) is arranged on the filter body bottom, and its detection signal is to variable frequency soft start control device (48).
4, fully automatic pressure-stabilizing variable energy-saving water supply equipment according to claim 1, it is characterized in that: tonifying Qi chamber (38) are positioned at the bottom or the outside of energy storage jar body (37), the water inlet of water-water jet body (42) and neck connected entrance respectively with energy storage jar body (37), tonifying Qi chamber (38) is communicated with, its water-water jet body (42) must be positioned at the bottom of tonifying Qi chamber (38), the delivery port of water-water jet is communicated with electromagnetic valve (44) and import, the outlet of electromagnetic valve is communicated with the entrance point of drainage check valve (49) in one or more electric-motor pump water supply assemblies by the delivery port of tonifying Qi draining connecting leg (45), the top of tonifying Qi chamber (38) by air inlet connecting leg (34) respectively with tonifying Qi flap valve (35), breather check valve (33) is communicated with, tonifying Qi flap valve (35) is communicated with energy storage jar body (37), breather check valve (33) is communicated with air filter (32), and tonifying Qi controller (50) is used to set and detect water-hammer arrester interior pressure and water level automatically, opening of control electromagnetic valve, close.5, fully automatic pressure-stabilizing variable energy-saving water supply equipment according to claim 4, it is characterized in that: tonifying Qi controller (50) is by detecting control circuit automatically, voltage stabilizing sensor (46), constant voltage sensor (52), pressure sensor (47) constitutes, voltage stabilizing sensor (46) and constant voltage sensor (52) lay respectively at the bottom and the top of energy storage jar body (37), pressure sensor (47) is positioned at energy storage jar body top and is positioned at the top of constant voltage sensor (46), when supply equipment is voltage stabilizing variable energy saving water supply, the signal output part of voltage stabilizing sensor (46) and pressure sensor (47) all connects the signal input part that detects control circuit, and constant voltage sensor (52) does not connect the signal end that detects control circuit; When supply equipment was constant pressure water supply, constant voltage sensor (52) connect the signal end that detects control circuit, and voltage stabilizing sensor (46) does not connect the signal end that detects control circuit.
6, fully automatic pressure-stabilizing constant-pressure variable energy-saving water supply equipment according to claim 1, it is characterized in that: one or more electric-motor pump water supply assemblies are by drainage check valve (49), total feedwater connecting leg (21), one or more subfeeders (22), one or more intake gate plate valves (23), one or more flexible joints (24) of intaking, one or more electric-motor pumps (25,26,27), one or more water outlet flexible joints (28), one or more damping check valves (29), one or more exit branch (30), total feed pipe (17), water supply slide valve (18), bypass connecting leg (15) and bypass check valve (16) constitute; One end of one or more subfeeders (22) is communicated with total feedwater connecting leg (21), the other end is communicated with the import of separately intake gate plate valve (23) respectively, the outlet of each intake gate plate valve (23) is communicated with the import of separately water inlet flexible joint (24) respectively, the outlet of each flexible joint of intaking (24) respectively with separately electric-motor pump (25,26,27) import is communicated with, each motor delivery side of pump is communicated with the import of separately water outlet flexible joint (28) respectively, the delivery port of each water outlet flexible joint is communicated with the import of separately damping check valve (29) respectively, the subfeeder (22) that the outlet of each damping check valve is passed through respectively separately is communicated with total feed pipe (17), one end of total feed pipe (17) is communicated with energy storage jar body (37) by water inlet pipe and water outlet pipe joint (31), the other end is connected in series with water supply slide valve (18), water supply slide valve (18) outlet and life (19), firewater system (20) is communicated with, one end of bypass connecting leg (15) is communicated with total feedwater connecting leg (21), and the other end is communicated with total feed pipe (17) by bypass check valve (16).
7, according to claim 5 or 6 described fully automatic pressure-stabilizing constant-pressure variable energy-saving water supply equipments, it is characterized in that: one or more electric-motor pumps (25,26,27), water supply slide valve (18), voltage stabilizing sensor (46), constant voltage sensor (52), pressure sensor (47), water source electrode (12) and be positioned at the signal termination controller of the pressure sensor (51) on total feed pipe (17), whether its work all is controlled by controller (48).
8, a kind of fully-automatic constant pressure variable energy-saving water supply equipment, it comprises controller, it is characterized in that: the filter body (2) that filters in the ballast is positioned at ballast body (9) bottom, cone reducer pipe (7) is positioned at the ballast body and is communicated with filter body top, one end of guide pipe (8) is communicated with the cone reducer pipe, the another port is positioned at the ballast body, screen pack (6) is positioned at filter body, water inlet union (1) is communicated with filter body, the signal output part that filters water source electrode (12) in the ballast body connects the signal end of controller, delivery port is communicated with Water supplying tube joint (13) in one or more electric-motor pump water supply assemblies, one or more electric-motor pumps supply water total total feed pipe (17) by water supply slide valve (18) with live, firewater system is communicated with.
9, fully-automatic constant pressure variable energy-saving water supply equipment according to claim 1, it is characterized in that: one or more electric-motor pump water supply assemblies are by drainage check valve (49), total feedwater connecting leg (21), one or more subfeeders (22), one or more intake gate plate valves (23), one or more flexible joints (24) of intaking, one or more electric-motor pumps (25,26,27), one or more water outlet flexible joints (28), one or more damping check valves (29), one or more exit branch (30), total feed pipe (17), water supply slide valve (18), bypass connecting leg (15) and bypass check valve (16) constitute; One end of one or more subfeeders (22) is communicated with total feedwater connecting leg (21), the other end is communicated with the import of separately intake gate plate valve (23) respectively, the outlet of each intake gate plate valve (23) is communicated with the import of separately water inlet flexible joint (24) respectively, the outlet of each flexible joint of intaking (24) respectively with separately electric-motor pump (25,26,27) import is communicated with, each motor delivery side of pump is communicated with the import of separately water outlet flexible joint (28) respectively, the delivery port of each water outlet flexible joint is communicated with the import of separately damping check valve (29) respectively, the subfeeder (22) that the outlet of each damping check valve is passed through respectively separately is communicated with total feed pipe (17), total feed pipe (17) is by water supply slide valve (18) and life (19), firewater system (20) is communicated with, one end of bypass connecting leg (15) is communicated with total feedwater connecting leg (21), the other end is communicated with total feed pipe (17) by bypass check valve (16), water source electrode (12), one or more electric-motor pumps (25,26,27) and be arranged in the terminals of the signal termination controller (48) of the pressure sensor (51) on total feed pipe (17), whether its work all is controlled by controller (48).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB021019975A CN1177980C (en) | 2002-01-24 | 2002-01-24 | Full-automatic energy-saving pressure-stabilizing (constant-pressure) water supply apparatus |
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| CNB021019975A CN1177980C (en) | 2002-01-24 | 2002-01-24 | Full-automatic energy-saving pressure-stabilizing (constant-pressure) water supply apparatus |
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| CN 03104074 Division CN1247861C (en) | 2002-01-24 | 2002-01-24 | Filtering and flow-stabilizing device |
| CN 03119641 Division CN1206949C (en) | 2003-03-18 | 2003-03-18 | Breast-protecting pad and breast-protecting bra |
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| CN1177980C true CN1177980C (en) | 2004-12-01 |
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