WO2017173677A1 - Integrated fluid energy enlargement and regeneration device - Google Patents
Integrated fluid energy enlargement and regeneration device Download PDFInfo
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- WO2017173677A1 WO2017173677A1 PCT/CN2016/080113 CN2016080113W WO2017173677A1 WO 2017173677 A1 WO2017173677 A1 WO 2017173677A1 CN 2016080113 W CN2016080113 W CN 2016080113W WO 2017173677 A1 WO2017173677 A1 WO 2017173677A1
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F03—MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
- F03B—MACHINES OR ENGINES FOR LIQUIDS
- F03B13/00—Adaptations of machines or engines for special use; Combinations of machines or engines with driving or driven apparatus; Power stations or aggregates
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F03—MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
- F03G—SPRING, WEIGHT, INERTIA OR LIKE MOTORS; MECHANICAL-POWER PRODUCING DEVICES OR MECHANISMS, NOT OTHERWISE PROVIDED FOR OR USING ENERGY SOURCES NOT OTHERWISE PROVIDED FOR
- F03G7/00—Mechanical-power-producing mechanisms, not otherwise provided for or using energy sources not otherwise provided for
- F03G7/10—Alleged perpetua mobilia
Definitions
- the present invention relates to an energy recovery device, and more particularly to an integrated fluid energy increase regeneration device.
- the present invention discloses an integrated fluid energy increasing regeneration device.
- An integrated fluid energy increasing regeneration device comprising a water tank, a lift pipe, a water column a, a water column b, an electric water pump, a gas pressure conversion box, an energy collection box and a regulating box, wherein the water column b The lower end is connected to the energy collecting box through the circulation pipe a.
- the upper end of the water column b is provided with a flow regulating device b and an exhaust valve b, and the upper end thereof is connected to the energy collecting box through the circulating pipe d, and the lower end of the water column a passes
- the water pipe is connected to the electric water pump, the upper end is provided with a flow regulating device a and an exhaust valve a, and the upper end thereof is connected to the energy collecting box through the circulating pipe c, and the energy collecting box is connected to the regulating box through the circulating pipe b
- the control box is respectively connected to the water tank and the lift pipe, and the control box valve d is further disposed between the control box and the water tank, and the upper end of the lift pipe is provided with a flow regulating device c and an exhaust valve d, and The upper end is also connected to the upper end of the water intake pipe through the traction pipe.
- the circulation pipe a and the circulation pipe b are respectively provided with a valve a and a valve b, and the water intake pipe is respectively connected to the water tank and the circulation pipe a through a thin water pipe, wherein the water pipe and the water pipe are connected to each other.
- the valve f, the thin water pipe and the circulation pipe a are connected to the valve e.
- the regulating box comprises a water pipe a, a water pipe b and a valve, and the water pipe a and the water pipe b are both connected to the circulation pipe b and the water tank, and the water pipe b is also connected to the water pipe.
- the electric water pump is vertically placed, and the outlet pipe at the lower end of the independent water pump outlet pipe penetrates into the lower drain pipe, and the top of the lower drain pipe is connected with a pressure regulating pipe, and the upper end of the pressure regulating pipe and the gas pressure conversion box
- the gas pressure conversion box is provided with an exhaust valve c, and a lower end of the gas pressure conversion box is also connected with a booster tube, and a lower end of the booster tube is inserted into the lower drain pipe, and the lower end of the lower drain pipe is
- the energy collection tank is switched on or taken out separately, and the energy collection tank is also connected to the water tank via a water conduit.
- the pressure regulating tube is provided with a water quantity regulating valve, and a valve c is disposed on the water pipe between the energy collecting box and the head tube.
- the electric water pump may be placed horizontally or obliquely, and a valve e is disposed on the outlet pipe at the lower end of the electric water pump.
- the energy collection box includes a water wheel a, a water wheel b, a water wheel c, a gear converter a, a gear converter b, a gear converter c, a kinetic energy transfer link, and a guide rail, and the gear converter a,
- the gear converter b, the gear converter c, and the kinetic energy transfer link are all connected in series on the guide rail, and the water wheel a is connected to the gear converter c through a connecting rod, and the water wheel b is connected to the gear converter b through the connecting rod
- the water wheel c is connected to the gear converter a via a connecting rod.
- the energy collection box may further include only the water wheel b, the water wheel c, the gear converter a, the gear converter b, and the guide rail.
- the water wheel b is connected to the gear converter b through a connecting rod
- the water wheel c is connected to the gear converter a through a connecting rod
- the water collecting pipe is provided with a pressure reducing auxiliary water wheel
- the pressure reducing auxiliary water wheel is Rail connection.
- the present invention utilizes the atmospheric pressure in nature and accurate mechanical control to maximize the positive and negative pressure levels, and utilizes the existing conventional water pump to pump water to an ideal place, and in the process of pumping water, the recovery is increased again. Energy, the energy generated is used again, used to reduce the energy consumption of the bottom pump, and greatly improve the pumping and water transfer efficiency.
- Figure 1 is a schematic view of a first embodiment of the present invention
- Figure 2 is a schematic view of the second form of the present invention.
- FIG. 3 is a schematic view of an energy collection box in the first form
- Figure 4 is a schematic view of the interior of the control box.
- an integrated fluid energy increasing regeneration device includes a water tank 1, a lift pipe 2, a water column a4, a water column b5, an electric water pump, a gas pressure conversion box 23, and an energy collection box 26.
- a regulating tank 44 the lower end of the water column b5 is connected to the energy collecting box 26 through a circulation pipe a6, the upper end of the water column b5 is provided with a flow regulating device b39 and an exhaust valve b18, and the upper end thereof passes through the circulating pipe d9 and energy
- the collecting box 26 is connected, the lower end of the water column a4 is connected to the electric water pump through the water collecting pipe 3, the upper end is provided with the flow regulating device a38 and the exhaust valve a17, and the upper end thereof is connected to the energy collecting box 26 through the circulating pipe c8.
- the energy collection box 26 is connected to the regulation box 44 through a circulation pipe b7, and the regulation box 44 is respectively connected to the water tank 1 and the lift pipe 2, and the control box 44 and the water tank 1 are further provided with a control box valve d22.
- the upper end of the head pipe 2 is provided with a flow regulating device c40 and an exhaust valve d25, and the upper end thereof is further connected to the upper end of the water collecting pipe 3 through the traction pipe 14, and the circulating pipe a6 and the circulating pipe b7 are respectively provided with valves A19 and valve b20, the water intake pipe 3 and the water tank 1 and the water pipe respectively
- the pipe a6 is connected, wherein a valve f37 is provided at the junction of the water pipe 3 and the water pipe, and a valve e36 is provided at the connection of the water pipe and the circulation pipe a6.
- the control box 44 includes a water pipe a45, a water pipe b46 and a valve.
- the water flow pipe a45 and the water flow pipe b46 are both connected to the circulation pipe b and the water tank 1, and the water flow pipe b46 is also connected to the lift pipe 2, the electric water pump is vertically placed, and the lower end of the independent water pump outlet pipe 42 is discharged.
- the water pipe penetrates into the lower drain pipe 15, and the top of the drain pipe 15 is connected to the pressure regulating pipe 10, and the upper end of the pressure regulating pipe 10 is connected to the gas pressure conversion box 23.
- An exhaust valve c24 is disposed on the gas pressure conversion box 23, and a booster tube 11 is further connected to the lower end of the gas pressure conversion box 23.
- the lower end of the pressurizing tube 11 penetrates into the lower drain pipe 15, and the lower drain pipe
- the lower end of the 15 is connected to the energy collecting box 26 or is separately connected.
- the energy collecting box 26 is also connected to the water tank 1 through a water pipe.
- the pressure regulating tube 10 is provided with a water regulating valve 16, an energy collecting box 26 and a head.
- a valve c21 is disposed on the water pipe between the pipes 2, and the electric water pump can also be placed horizontally or obliquely.
- the outlet pipe 42 at the lower end of the electric water pump is provided with a valve e43, which includes a water wheel a27 and water.
- the points are connected in series on the guide rail 34, and the water wheel a27 is connected to the gear converter c32 via a connecting rod, the water wheel b28 is connected to the gear converter b31 via a connecting rod, and the water wheel c29 is converted by the connecting rod and the gear
- the a30 is connected, and the energy collecting box 26 is further It may include only the water wheel b28, the water wheel c29, the gear converter a30, the gear converter b31 and the guide rail 34, which is connected to the gear converter b31 via a connecting rod, the water wheel c29 passing through the connecting rod and the gear
- the tank valve d22 flows out part of the excess liquid, so that the whole device is in a state of negative pressure static state, and the electric water pump is turned on to take water from the top chamber of the water collecting pipe 3, and at the same time, the valve c21 is opened, and the traction pipe 14 forms a pressure difference with the lift pipe 2 to help the electric water pump.
- the water at the bottom of the water column b5 is discharged, and the water inside the water pipe sinks by gravity, which causes the negative pressure at the top of the water column b5 to increase, and the pressure difference between the circulation pipe d9 and the water is automatically supplied to the water column b5.
- the circulation pipe b7 takes water from the water tank 1, and automatically replenishes water to the circulation pipe d9 through the energy collection box 26.
- the circulation function structure of the water column a4 and the water column b5 can use the same method on the same unit, and more water columns are established at the same time. Circulation tube and energy collection point.
- the potential energy generated by the continuous fluid power cycle is converted into new energy by the energy collection box 26 to achieve energy saving and energy recovery and reuse.
- the buck auxiliary water wheel 41 in the second form uses the circulating kinetic energy of the device to weaken the pressure difference caused by the head and create a better pumping condition for the electric water pump.
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- Other Liquid Machine Or Engine Such As Wave Power Use (AREA)
Abstract
An integrated fluid energy enlargement and regeneration device. The energy enlargement and regeneration device comprises a water tank (1), a lift pipe (2), a water column a (4), a water column b (5), an electric water pump, a gas pressure conversion box (23), an energy collection box (26) and a regulation and control box (44). The device optimally utilizes levels of positive pressure and negative pressure by means of using natural atmospheric pressure and accurate mechanical control. The device pumps water to a desired position using an existing conventional water pump, then recovers and amplifies the energy again during the water pumping process. The generated energy is reused to reduce the energy consumed by the water pump whilst greatly improving the effect of water pumping.
Description
本发明涉及一种能量回收装置，尤其是一种一体化流体能量增大再生装置。The present invention relates to an energy recovery device, and more particularly to an integrated fluid energy increase regeneration device.
随着社会发展，对能源的需求日益增加，一些不良的能源消耗污染也日益严重，给人们带来巨大的伤害，传统抽水技术，耗能巨大，在过去数十年的抽調水技术发展中，制造厂使用了许多不同的方式来降低耗能、提升抽調水技术，现有技术中有实用多种节能水泵的，但是在使用过程中始终是耗能极大。With the development of society, the demand for energy is increasing, and some unfavorable energy consumption pollution is also becoming more and more serious, causing tremendous harm to people. Traditional pumping technology consumes a lot of energy. In the development of pumping water technology in the past few decades, Manufacturers use a number of different ways to reduce energy consumption and improve pumping and water transfer technology. There are many energy-saving pumps in the prior art, but they are always energy intensive during use.
发明内容Summary of the invention
为解决以上现有难题，本发明公开了一种一体化流体能量增大再生装置。In order to solve the above existing problems, the present invention discloses an integrated fluid energy increasing regeneration device.
一种一体化流体能量增大再生装置，所述能量增大再生装置包括水箱、扬程管、水柱a、水柱b、电水泵、气体压力转换箱、能量收集箱和调控箱，所述水柱b的下端通过循环管a与能量收集箱接通，水柱b的上端设有导流稳压装置b和排气阀b，且其上端通过循环管d与能量收集箱接通，所述水柱a下端通过取水管与电水泵接通、上端设有导流稳压装置a和排气阀a，且其上端通过循环管c与能量收集箱接通，所述能量收集箱通过循环管b与调控箱接通，所述调控箱分别与水箱和扬程管接通，调控箱与水箱中间还设有调控箱阀门d，所述扬程管的上端设有导流稳压装置c和排气阀d，且其上端还通过牵引管与取水管上端接通。An integrated fluid energy increasing regeneration device comprising a water tank, a lift pipe, a water column a, a water column b, an electric water pump, a gas pressure conversion box, an energy collection box and a regulating box, wherein the water column b The lower end is connected to the energy collecting box through the circulation pipe a. The upper end of the water column b is provided with a flow regulating device b and an exhaust valve b, and the upper end thereof is connected to the energy collecting box through the circulating pipe d, and the lower end of the water column a passes The water pipe is connected to the electric water pump, the upper end is provided with a flow regulating device a and an exhaust valve a, and the upper end thereof is connected to the energy collecting box through the circulating pipe c, and the energy collecting box is connected to the regulating box through the circulating pipe b The control box is respectively connected to the water tank and the lift pipe, and the control box valve d is further disposed between the control box and the water tank, and the upper end of the lift pipe is provided with a flow regulating device c and an exhaust valve d, and The upper end is also connected to the upper end of the water intake pipe through the traction pipe.
进一步的，所述循环管a和循环管b上分别设有阀门a和阀门b，所述取水管通过细水管分别与水箱和循环管a接通，其中取水管与细水管接通处设有阀门f，细水管与循环管a接通处设有阀门e。Further, the circulation pipe a and the circulation pipe b are respectively provided with a valve a and a valve b, and the water intake pipe is respectively connected to the water tank and the circulation pipe a through a thin water pipe, wherein the water pipe and the water pipe are connected to each other. The valve f, the thin water pipe and the circulation pipe a are connected to the valve e.
进一步的，所述调控箱包括流水管a、流水管b和阀门，所述流水管a和流水管b均与循环管b和水箱接通，所述流水管b还与扬程管接通。Further, the regulating box comprises a water pipe a, a water pipe b and a valve, and the water pipe a and the water pipe b are both connected to the circulation pipe b and the water tank, and the water pipe b is also connected to the water pipe.
进一步的，所述电水泵竖直放置，独立的水泵出水管下端的出水管穿入到下泄水管内，所述下泄水管顶部接通有调压管，所述调压管上端与气体压力转换箱接通，所述气体压力转换箱上设有排气阀c，气体压力转换箱下端还接通有增压管，所述增压管的下端穿入到下泄水管内，所述下泄水管下端与能量收集箱接通或者单独接出，所述能量收集箱还通过通水管与水箱接通。Further, the electric water pump is vertically placed, and the outlet pipe at the lower end of the independent water pump outlet pipe penetrates into the lower drain pipe, and the top of the lower drain pipe is connected with a pressure regulating pipe, and the upper end of the pressure regulating pipe and the gas pressure conversion box Turning on, the gas pressure conversion box is provided with an exhaust valve c, and a lower end of the gas pressure conversion box is also connected with a booster tube, and a lower end of the booster tube is inserted into the lower drain pipe, and the lower end of the lower drain pipe is The energy collection tank is switched on or taken out separately, and the energy collection tank is also connected to the water tank via a water conduit.
进一步的，所述调压管上设有水量调节阀，能量收集箱与扬程管之间的通水管上设有阀门c。Further, the pressure regulating tube is provided with a water quantity regulating valve, and a valve c is disposed on the water pipe between the energy collecting box and the head tube.
进一步的，所述电水泵还可以为水平或者倾斜放置，电水泵下端的出水管上设有阀门e。Further, the electric water pump may be placed horizontally or obliquely, and a valve e is disposed on the outlet pipe at the lower end of the electric water pump.
进一步的，所述能量收集箱包括水轮a、水轮b、水轮c、齿轮转换器a、齿轮转换器b、齿轮转换器c、动能转送链接点和导轨，所述齿轮转换器a、齿轮转换器b、齿轮转换器c、动能转送链接点均串接在导轨上，所述水轮a通过连接杆与齿轮转换器c连接，所述水轮b通过连接杆与齿轮转换器b连接，所述水轮c通过连接杆与齿轮转换器a连接。Further, the energy collection box includes a water wheel a, a water wheel b, a water wheel c, a gear converter a, a gear converter b, a gear converter c, a kinetic energy transfer link, and a guide rail, and the gear converter a, The gear converter b, the gear converter c, and the kinetic energy transfer link are all connected in series on the guide rail, and the water wheel a is connected to the gear converter c through a connecting rod, and the water wheel b is connected to the gear converter b through the connecting rod The water wheel c is connected to the gear converter a via a connecting rod.
进一步的，所述能量收集箱还可以为只包括水轮b、水轮c、齿轮转换器a、齿轮转换器b和导轨，所
述水轮b通过连接杆与齿轮转换器b连接，所述水轮c通过连接杆与齿轮转换器a连接，所述取水管上设有降压辅助水轮，所述降压辅助水轮与导轨连接。Further, the energy collection box may further include only the water wheel b, the water wheel c, the gear converter a, the gear converter b, and the guide rail.
The water wheel b is connected to the gear converter b through a connecting rod, and the water wheel c is connected to the gear converter a through a connecting rod, and the water collecting pipe is provided with a pressure reducing auxiliary water wheel, and the pressure reducing auxiliary water wheel is Rail connection.
有益效果：本发明利用大自然中的大气压力以及准确的机械控制，将正负压水平发挥到极致，利用现有的传统水泵将水抽調到理想处，在抽調水过程中，再次回收增大能量，产生的能源再次得到利用，用来降底水泵的耗能，同时大大提高了抽調水功效。Advantageous Effects: The present invention utilizes the atmospheric pressure in nature and accurate mechanical control to maximize the positive and negative pressure levels, and utilizes the existing conventional water pump to pump water to an ideal place, and in the process of pumping water, the recovery is increased again. Energy, the energy generated is used again, used to reduce the energy consumption of the bottom pump, and greatly improve the pumping and water transfer efficiency.
图1为为本发明形态一示意图；Figure 1 is a schematic view of a first embodiment of the present invention;
图2为本发明形态二示意图；Figure 2 is a schematic view of the second form of the present invention;
图3为形态一中能量收集箱示意图；3 is a schematic view of an energy collection box in the first form;
图4为调控箱内部示意图。Figure 4 is a schematic view of the interior of the control box.
其中，1、水箱，2、扬程管，3、取水管，4、水柱a，5、水柱b，6、循环管a，7、循环管b，8、循环管c，9、循环管d，10、调压管，11、增压管，12、电水泵电动机，13、水泵叶轮，14、牵引管，15、下泄水管，16、调节阀，17、排气阀a，18、排气阀b，19、阀门a，20、阀门b，21、阀门c，22、调控箱阀门d，23、气体压力转换箱，24、排气阀c，25、排气阀d，26、能量收集箱，27、水轮a，28、水轮b，29、水轮c，30、齿轮转换器a，31、齿轮转换器b，32、齿轮转换器c，33、动能转送链接点，34、导轨，35、出水口，36、阀门e，37、阀门f，38、导流稳压装置a，39、导流稳压装置b，40、导流稳压装置c，41、降压辅助水轮，42、水泵出水管，43、阀门e，44、调控箱，45、流水管a，46、流水管b。Among them, 1, water tank, 2, lift pipe, 3, water pipe, 4, water column a, 5, water column b, 6, circulation pipe a, 7, circulation pipe b, 8, circulation pipe c, 9, circulation pipe d, 10, pressure regulating tube, 11, booster tube, 12, electric pump motor, 13, pump impeller, 14, traction tube, 15, drain pipe, 16, regulating valve, 17, exhaust valve a, 18, exhaust valve b, 19, valve a, 20, valve b, 21, valve c, 22, control box valve d, 23, gas pressure conversion box, 24, exhaust valve c, 25, exhaust valve d, 26, energy collection box , 27, water wheel a, 28, water wheel b, 29, water wheel c, 30, gear converter a, 31, gear converter b, 32, gear converter c, 33, kinetic energy transfer link point, 34, guide rail , 35, water outlet, 36, valve e, 37, valve f, 38, flow regulating device a, 39, flow regulating device b, 40, flow regulating device c, 41, step-down auxiliary water wheel 42, water pump outlet pipe, 43, valve e, 44, control box, 45, water pipe a, 46, flow pipe b.
结合附图，对本发明做进一步详细说明。The invention will be further described in detail in conjunction with the drawings.
如图所示，一种一体化流体能量增大再生装置，所述能量增大再生装置包括水箱1、扬程管2、水柱a4、水柱b5、电水泵、气体压力转换箱23、能量收集箱26和调控箱44，所述水柱b5的下端通过循环管a6与能量收集箱26接通，水柱b5的上端设有导流稳压装置b39和排气阀b18，且其上端通过循环管d9与能量收集箱26接通，所述水柱a4下端通过取水管3与电水泵接通、上端设有导流稳压装置a38和排气阀a17，且其上端通过循环管c8与能量收集箱26接通，所述能量收集箱26通过循环管b7与调控箱44接通，所述调控箱44分别与水箱1和扬程管2接通，调控箱44与水箱1中间还设有调控箱阀门d22，所述扬程管2的上端设有导流稳压装置c40和排气阀d25，且其上端还通过牵引管14与取水管3上端接通，所述循环管a6和循环管b7上分别设有阀门a19和阀门b20，所述取水管3通过细水管分别与水箱1和循环管a6接通，其中取水管3与细水管接通处设有阀门f37，细水管与循环管a6接通处设有阀门e36，所述调控箱44包括流水管a45、流水管b46和阀门，所述流水管a45和流水管b46均与循环管b和水箱1接通，所述流水管b46还与扬程管2接通，所述电水泵竖直放置，独立的水泵出水管42下端的出水管穿入到下泄水管15内，所述下泄水管15顶部接通有调压管10，所述调压管10上端与气体压力转换箱23接通，
所述气体压力转换箱23上设有排气阀c24，气体压力转换箱23下端还接通有增压管11，所述增压管11的下端穿入到下泄水管15内，所述下泄水管15下端与能量收集箱26接通或者单独接出，所述能量收集箱26还通过通水管与水箱1接通，所述调压管10上设有水量调节阀16，能量收集箱26与扬程管2之间的通水管上设有阀门c21，所述电水泵还可以为水平或者倾斜放置，电水泵下端的出水管42上设有阀门e43，所述能量收集箱26包括水轮a27、水轮b28、水轮c29、齿轮转换器a30、齿轮转换器b31、齿轮转换器c32、动能转送链接点和导轨34，所述齿轮转换器a30、齿轮转换器b31、齿轮转换器c32、动能转送链接点均串接在导轨34上，所述水轮a27通过连接杆与齿轮转换器c32连接，所述水轮b28通过连接杆与齿轮转换器b31连接，所述水轮c29通过连接杆与齿轮转换器a30连接，所述能量收集箱26还可以为只包括水轮b28、水轮c29、齿轮转换器a30、齿轮转换器b31和导轨34，所述水轮b28通过连接杆与齿轮转换器b31连接，所述水轮c29通过连接杆与齿轮转换器a30连接，所述取水管3上设有降压辅助水轮41，所述降压辅助水轮41与导轨34连接。As shown, an integrated fluid energy increasing regeneration device includes a water tank 1, a lift pipe 2, a water column a4, a water column b5, an electric water pump, a gas pressure conversion box 23, and an energy collection box 26. And a regulating tank 44, the lower end of the water column b5 is connected to the energy collecting box 26 through a circulation pipe a6, the upper end of the water column b5 is provided with a flow regulating device b39 and an exhaust valve b18, and the upper end thereof passes through the circulating pipe d9 and energy The collecting box 26 is connected, the lower end of the water column a4 is connected to the electric water pump through the water collecting pipe 3, the upper end is provided with the flow regulating device a38 and the exhaust valve a17, and the upper end thereof is connected to the energy collecting box 26 through the circulating pipe c8. The energy collection box 26 is connected to the regulation box 44 through a circulation pipe b7, and the regulation box 44 is respectively connected to the water tank 1 and the lift pipe 2, and the control box 44 and the water tank 1 are further provided with a control box valve d22. The upper end of the head pipe 2 is provided with a flow regulating device c40 and an exhaust valve d25, and the upper end thereof is further connected to the upper end of the water collecting pipe 3 through the traction pipe 14, and the circulating pipe a6 and the circulating pipe b7 are respectively provided with valves A19 and valve b20, the water intake pipe 3 and the water tank 1 and the water pipe respectively The pipe a6 is connected, wherein a valve f37 is provided at the junction of the water pipe 3 and the water pipe, and a valve e36 is provided at the connection of the water pipe and the circulation pipe a6. The control box 44 includes a water pipe a45, a water pipe b46 and a valve. The water flow pipe a45 and the water flow pipe b46 are both connected to the circulation pipe b and the water tank 1, and the water flow pipe b46 is also connected to the lift pipe 2, the electric water pump is vertically placed, and the lower end of the independent water pump outlet pipe 42 is discharged. The water pipe penetrates into the lower drain pipe 15, and the top of the drain pipe 15 is connected to the pressure regulating pipe 10, and the upper end of the pressure regulating pipe 10 is connected to the gas pressure conversion box 23.
An exhaust valve c24 is disposed on the gas pressure conversion box 23, and a booster tube 11 is further connected to the lower end of the gas pressure conversion box 23. The lower end of the pressurizing tube 11 penetrates into the lower drain pipe 15, and the lower drain pipe The lower end of the 15 is connected to the energy collecting box 26 or is separately connected. The energy collecting box 26 is also connected to the water tank 1 through a water pipe. The pressure regulating tube 10 is provided with a water regulating valve 16, an energy collecting box 26 and a head. A valve c21 is disposed on the water pipe between the pipes 2, and the electric water pump can also be placed horizontally or obliquely. The outlet pipe 42 at the lower end of the electric water pump is provided with a valve e43, which includes a water wheel a27 and water. Wheel b28, water wheel c29, gear converter a30, gear converter b31, gear converter c32, kinetic energy transfer link and guide rail 34, said gear converter a30, gear converter b31, gear converter c32, kinetic energy transfer link The points are connected in series on the guide rail 34, and the water wheel a27 is connected to the gear converter c32 via a connecting rod, the water wheel b28 is connected to the gear converter b31 via a connecting rod, and the water wheel c29 is converted by the connecting rod and the gear The a30 is connected, and the energy collecting box 26 is further It may include only the water wheel b28, the water wheel c29, the gear converter a30, the gear converter b31 and the guide rail 34, which is connected to the gear converter b31 via a connecting rod, the water wheel c29 passing through the connecting rod and the gear The converter a30 is connected, and the water intake pipe 3 is provided with a pressure reducing auxiliary water wheel 41, and the pressure reducing auxiliary water wheel 41 is connected to the guide rail 34.
实施例：以形态一为例，如图1，设定机械装置的抽調水高度，将全密封一体化的机械装置里灌满液体，以水为例，之后将装置底部阀门打开，例：调控箱阀门d22将部分多余液体流出，使整个装置处在负压静止状态，打开电水泵从取水管3顶部腔室内取水，同时打开阀门c21，牵引管14与扬程管2形成一个压力差帮助电水泵进行抽水，将水送入下泄水管15内，下泄水管15内部有调压管10和增压管11同时产生力的总和形成自由落体的正推力下落至能量收集箱26，通过水轮c29，然后流入到水箱1中，联通连接机械结构装置的同时，水柱a4底部出水，水管内部水重力下沉，促使水柱a4顶部负压增大，所述循环管c8产生压力差达到自吸自动补水给水管a4。循环管a6从水柱b5底部吸水，通过能量收集箱26自动补水给循环管c8。水柱b5底部出水，水管内部水重力下沉，促使水柱b5顶部负压增大，循环管d9产生压力差自动补水给水柱b5。循环管b7从水箱1中取水，通过能量收集箱26自动补水给循环管d9，所述水柱a4、水柱b5的循环功能结构在同一个机组上可以用相同的方法，同时建立更多个水柱、循环管及能量收集点。不断的流体动力循环过程所产生的势能，再通过能量收集箱26转换成新的能量，达到节能、能量回收再利用的效果。例：形态二中的降压辅助水轮41，利用该装置的循环动能去减弱扬程带来的压力差，给电水泵创造更好的抽水条件。Example: Taking the shape one as an example, as shown in Fig. 1, setting the height of the pumping water of the mechanical device, filling the fully sealed integrated mechanical device with liquid, taking water as an example, and then opening the valve at the bottom of the device, for example: regulation The tank valve d22 flows out part of the excess liquid, so that the whole device is in a state of negative pressure static state, and the electric water pump is turned on to take water from the top chamber of the water collecting pipe 3, and at the same time, the valve c21 is opened, and the traction pipe 14 forms a pressure difference with the lift pipe 2 to help the electric water pump. Pumping water is sent into the drain pipe 15, and the sum of the force generated by the pressure regulating pipe 10 and the pressurizing pipe 11 at the same time is formed, and the positive thrust of the free fall body falls to the energy collecting box 26, passes through the water wheel c29, and then Flowing into the water tank 1, while connecting the mechanical structure device, the water at the bottom of the water column a4 is discharged, the water inside the water pipe is gravity-sinked, and the negative pressure at the top of the water column a4 is increased, and the pressure difference between the circulating pipe c8 reaches the self-priming automatic water supply pipe. A4. The circulation pipe a6 absorbs water from the bottom of the water column b5, and automatically replenishes water to the circulation pipe c8 through the energy collection box 26. The water at the bottom of the water column b5 is discharged, and the water inside the water pipe sinks by gravity, which causes the negative pressure at the top of the water column b5 to increase, and the pressure difference between the circulation pipe d9 and the water is automatically supplied to the water column b5. The circulation pipe b7 takes water from the water tank 1, and automatically replenishes water to the circulation pipe d9 through the energy collection box 26. The circulation function structure of the water column a4 and the water column b5 can use the same method on the same unit, and more water columns are established at the same time. Circulation tube and energy collection point. The potential energy generated by the continuous fluid power cycle is converted into new energy by the energy collection box 26 to achieve energy saving and energy recovery and reuse. For example, the buck auxiliary water wheel 41 in the second form uses the circulating kinetic energy of the device to weaken the pressure difference caused by the head and create a better pumping condition for the electric water pump.
以上显示和描述了本发明的基本原理和主要特征及本发明的优点，本行业的技术人员应该了解，本发明不受上述实施例的限制，上述实施例和说明书中描述的只是说明本发明的原理，在不脱离本发明精神和范围的前提下，本发明还会有各种变化和改进，这些变化和改进都落入要求保护的本发明范围内，发明要求保护范围由所附的权利要求书及其等效物界定。
The basic principles and main features of the present invention and the advantages of the present invention are shown and described above, and those skilled in the art should understand that the present invention is not limited by the above embodiments, and that the above embodiments and descriptions are merely illustrative of the present invention. The present invention is susceptible to various modifications and improvements without departing from the spirit and scope of the inventions. The book and its equivalents are defined.
Claims (8)
- 一种一体化流体能量增大再生装置，其特征在于：所述能量增大再生装置包括水箱(1)、扬程管(2)、水柱a(4)、水柱b(5)、电水泵、气体压力转换箱(23)、能量收集箱(26)和调控箱(44)，所述水柱b(5)的下端通过循环管a(6)与能量收集箱(26)接通，水柱b(5)的上端设有导流稳压装置b(39)和排气阀b(18)，且其上端通过循环管d(9)与能量收集箱(26)接通，所述水柱a(4)下端通过取水管(3)与电水泵接通、上端设有导流稳压装置a(38)和排气阀a(17)，且其上端通过循环管c(8)与能量收集箱(26)接通，所述能量收集箱(26)通过循环管b(7)与调控箱(44)接通，所述调控箱(44)分别与水箱(1)和扬程管(2)接通，调控箱(44)与水箱(1)中间还设有调控箱阀门d(22)，所述扬程管(2)的上端设有导流稳压装置c(40)和排气阀d(25)，且其上端还通过牵引管(14)与取水管(3)上端接通。An integrated fluid energy increasing regeneration device, characterized in that: the energy increasing regeneration device comprises a water tank (1), a lift pipe (2), a water column a (4), a water column b (5), an electric water pump, and a gas a pressure conversion tank (23), an energy collection tank (26) and a regulating tank (44), the lower end of the water column b (5) is connected to the energy collecting tank (26) through a circulation pipe a (6), and the water column b (5) The upper end is provided with a flow regulating device b (39) and an exhaust valve b (18), and the upper end thereof is connected to the energy collecting box (26) through a circulation pipe d (9), the water column a (4) The lower end is connected to the electric water pump through the water collecting pipe (3), the upper end is provided with the flow regulating device a (38) and the exhaust valve a (17), and the upper end thereof passes through the circulating pipe c (8) and the energy collecting box (26) Turning on, the energy collecting tank (26) is connected to the regulating box (44) through the circulating pipe b (7), and the regulating box (44) is connected to the water tank (1) and the lift pipe (2), respectively. A regulating box valve d (22) is further disposed between the regulating box (44) and the water tank (1), and the upper end of the head tube (2) is provided with a flow regulating device c (40) and an exhaust valve d (25) And the upper end is also connected to the upper end of the water intake pipe (3) through the traction pipe (14).
- 根据权利要求1所述的一种一体化流体能量增大再生装置，其特征在于：所述循环管a(6)和循环管b(7)上分别设有阀门a(19)和阀门b(20)，所述取水管(3)通过细水管分别与水箱(1)和循环管a(6)接通，其中取水管(3)与细水管接通处设有阀门f(37)，细水管与循环管a(6)接通处设有阀门e(36)。The integrated fluid energy increasing and regenerating device according to claim 1, characterized in that: the circulation pipe a (6) and the circulation pipe b (7) are respectively provided with a valve a (19) and a valve b ( 20), the water intake pipe (3) is connected to the water tank (1) and the circulation pipe a (6) through a thin water pipe, wherein the water pipe (3) and the water pipe are connected to a valve f (37), which is thin. A valve e (36) is provided at the junction of the water pipe and the circulation pipe a (6).
- 根据权利要求1所述的一种一体化流体能量增大再生装置，其特征在于：所述调控箱(44)包括流水管a(45)、流水管b(46)和阀门，所述流水管a(45)和流水管b(46)均与循环管b和水箱(1)接通，所述流水管b(46)还与扬程管(2)接通。An integrated fluid energy increasing regeneration device according to claim 1, wherein said regulating tank (44) comprises a water pipe a (45), a water pipe b (46) and a valve, said water pipe Both a (45) and the water flow pipe b (46) are connected to the circulation pipe b and the water tank (1), and the water flow pipe b (46) is also connected to the lift pipe (2).
- 根据权利要求1所述的一种一体化流体能量增大再生装置，其特征在于：所述电水泵竖直放置，独立的水泵出水管(42)下端的出水管穿入到下泄水管(15)内，所述下泄水管(15)顶部接通有调压管(10)，所述调压管(10)上端与气体压力转换箱(23)接通，所述气体压力转换箱(23)上设有排气阀c(24)，气体压力转换箱(23)下端还接通有增压管(11)，所述增压管(11)的下端穿入到下泄水管(15)内，所述下泄水管(15)下端与能量收集箱(26)接通或者单独接出，所述能量收集箱(26)还通过通水管与水箱(1)接通。The integrated fluid energy increasing and regenerating device according to claim 1, wherein the electric water pump is vertically placed, and the outlet pipe at the lower end of the independent water pump outlet pipe (42) penetrates into the lower drain pipe (15). The top of the lower drain pipe (15) is connected to a pressure regulating pipe (10), and the upper end of the pressure regulating pipe (10) is connected to a gas pressure conversion box (23), and the gas pressure conversion box (23) is connected. An exhaust valve c (24) is provided, and a lower end of the gas pressure conversion box (23) is further connected with a booster tube (11), and a lower end of the booster tube (11) penetrates into the lower drain pipe (15). The lower end of the drain pipe (15) is connected to the energy collecting tank (26) or separately, and the energy collecting tank (26) is also connected to the water tank (1) through a water pipe.
- 根据权利要求4所述的一种一体化流体能量增大再生装置，其特征在于：所述调压管(10)上设有水量调节阀(16)，能量收集箱(26)与扬程管(2)之间的通水管上设有阀门c(21)。The integrated fluid energy increasing and regenerating device according to claim 4, characterized in that: the pressure regulating pipe (10) is provided with a water quantity regulating valve (16), an energy collecting box (26) and a lift pipe ( 2) A valve c (21) is provided on the water pipe between the two.
- 根据权利要求4所述的一种一体化流体能量增大再生装置，其特征在于：所述电水泵还可以为水平或者倾斜放置，电水泵下端的出水管(42)上设有阀门e(43)。The integrated fluid energy increasing and regenerating device according to claim 4, characterized in that the electric water pump can also be placed horizontally or obliquely, and the outlet pipe (42) at the lower end of the electric water pump is provided with a valve e (43). ).
- 根据权利要求4所述的一种一体化流体能量增大再生装置，其特征在于：所述能量收集箱(26)包括水轮a(27)、水轮b(28)、水轮c(29)、齿轮转换器a(30)、齿轮转换器b(31)、齿轮转换器c(32)、动能转送链接点和导轨(34)，所述齿轮转换器a(30)、齿轮转换器b(31)、齿轮转换器c(32)、动能转送链接点均串接在导轨(34)上，所述水轮a(27)通过连接杆与齿轮转换器c(32)连 接，所述水轮b(28)通过连接杆与齿轮转换器b(31)连接，所述水轮c(29)通过连接杆与齿轮转换器a(30)连接。An integrated fluid energy increasing regeneration apparatus according to claim 4, wherein said energy collecting tank (26) comprises a water wheel a (27), a water wheel b (28), and a water wheel c (29). ), gear converter a (30), gear converter b (31), gear converter c (32), kinetic energy transfer link and guide rail (34), the gear converter a (30), gear converter b (31), the gear converter c (32), the kinetic energy transfer link point are serially connected to the guide rail (34), and the water wheel a (27) is connected to the gear converter c (32) through the connecting rod Then, the water wheel b (28) is connected to the gear converter b (31) via a connecting rod, and the water wheel c (29) is connected to the gear converter a (30) through a connecting rod.
- 根据权利要求1或6或7所述的一种一体化流体能量增大再生装置，其特征在于：所述能量收集箱(26)还可以为只包括水轮b(28)、水轮c(29)、齿轮转换器a(30)、齿轮转换器b(31)和导轨(34)，所述水轮b(28)通过连接杆与齿轮转换器b(31)连接，所述水轮c(29)通过连接杆与齿轮转换器a(30)连接，所述取水管(3)上设有降压辅助水轮(41)，所述降压辅助水轮(41)与导轨(34)连接。 The integrated fluid energy increasing and regenerating device according to claim 1 or claim 6 or claim 7, wherein the energy collecting box (26) further comprises only the water wheel b (28) and the water wheel c ( 29) a gear converter a (30), a gear converter b (31) and a guide rail (34), the water wheel b (28) being connected to a gear converter b (31) via a connecting rod, the water wheel c (29) is connected to the gear converter a (30) through a connecting rod, the water intake pipe (3) is provided with a buck auxiliary water wheel (41), and the buck auxiliary water wheel (41) and the guide rail (34) connection.
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| CN105909487A (en) | 2016-08-31 |
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