CN212130703U - Pump station with bypass flow increasing function - Google Patents

Abstract

The utility model discloses a pump station with bypass flow increasing, which is connected with a water storage mechanism, water treatment equipment, a tap water pipe and a user end, the pump station comprises a box body, a water pump, a guide pipe, a valve and a control mechanism, the water pump is arranged in the box body, the water pump and the corresponding valve are controlled by the control mechanism, the pump station comprises an electronic switch, a bypass pipe and a water outlet pipe connected with the user end, one end of the water outlet pipe is connected with an electronic switch which controls the discharge of water used by a user, the other end of the water outlet pipe is connected with a bypass pipe, the by-pass pipe is connected with the outlet of the water pump, the hot water supplied to the user end is divided into two paths, one path directly flows out from the water outlet pipe, the other path flows through the by-pass pipe, is pressurized by the water pump, enters the water treatment equipment and then flows out from the water outlet pipe, thereby guarantee that hot water supply is sufficient, make full use of the advantage that the little helping hand of water pump pipe diameter is big and effectively prolong electronic switch life.

Description

Pump station with bypass flow increasing function

Technical Field

The utility model relates to a with water pipeline erection equipment technical field, especially, relate to a mainly used provides the pump station that takes bypass to increase class of occasions such as family, official working, business and realize energy-conserving water.

Background

At present, fluid systems such as heat pumps, solar energy, boilers, air conditioners and the like used in places such as homes, offices, business offices and the like generally need to use a water pump to realize circulation heating or refrigeration, increase or maintain the pressure of a pipeline, or maintain the temperature of the pipeline so as to meet the use requirements. The installation of such systems generally consists of fittings such as water pumps, valves with various functions, pipes and the like, which are assembled on site by installation constructors to form a complex pipe system connected with corresponding equipment.

In the field, the expression of 'three-part products and seven-part installation' is adopted, and whether the equipment can be normally used is closely related to installation. Due to the fact that the layout of different places is different, the technology of constructors is different, understanding of quality is different, installation standard is different, and the like, the system is installed to form a spider-web pipeline, the appearance is not neat and attractive, the quality is different, faults are prone to occurring, cost waste is too high, and maintenance and repair are not prone to occurring. And different functions are usually realized by different water pumps, such as circulation, pressurization and backwater, which use different water pumps, but the daily utilization rate of most water pumps is not high, and some water pumps can generate corrosion due to long-term non-use, thereby causing faults.

Consequently, design an integral type pump station, but discover the problem that user end hot water supply is not enough after the input is used, it is big that the pipe diameter of pump station is little helping hand through the analysis, and the water pump flow does not exert because the route of hot water supply is: the water pump pressurizes and pumps water into the heat pump, the heat pump flows the treated hot water into the pump station, and the hot water is controlled to flow to the user side through the electronic switch; and according to the original structure, the problem that the electronic switch and the water pump are lost due to the fact that water in the water outlet pipe flows back to the water pump after the hot water faucet of the user side is closed, and the electronic switch and the water pump are frequently started and stopped is caused.

Therefore, there is a need to develop a pump station that can solve the problem of insufficient hot water supply and prolong the service life of the electronic switch.

SUMMERY OF THE UTILITY MODEL

The to-be-solved technical problem of the utility model is to prior art's defect, a pump station that the pump station that flows is increased to area bypass of solving hot water supply not enough and extension electronic switch life is provided.

In order to solve the technical problem, the utility model adopts the following technical scheme: the utility model provides a take pump station that bypass increased current, is connected with water storage mechanism, water treatment facilities, water pipe and user side, the pump station is including box, water pump, pipe, valve and control mechanism, and the water pump is installed in the box, through control mechanism control water pump and corresponding valve, the pipe is including bypass pipe and the outlet pipe of being connected with the user side, the valve is including electronic switch, and electronic switch is connected to outlet pipe one end, and electronic switch control user side water consumption, the bypass pipe is connected to the other end of outlet pipe, bypass pipe and the exit linkage of water pump, and exit linkage water storage mechanism of water pump, the hot water of water storage mechanism flow in the bypass pipe from the export of water pump through the water pump pressurization, reentrant outlet pipe outflow to the user side again.

Further, the valve comprises a pressure maintaining device, the pressure maintaining device is arranged at an outlet of the water pump or an inlet of the water pump, the flow direction of water is limited by the pressure maintaining device, and the pressure maintaining device can be a one-way valve. The pressure maintaining device prevents water from flowing back to the water tank from the electronic switch through a bypass, so that the pressure of the electronic switch is reduced, and the water pump is frequently started.

Further, the pump station is including the pressure damping jar, the valve is including the governing valve, the pipe is including handling the inlet tube, the governing valve is connected to pressure damping jar one end, and water storage mechanism is connected to the other end of pressure damping jar, the governing valve with handle water piping connection, handle inlet tube connection water treatment facilities and electronic switch, the governing valve adjusts the pipeline aperture according to rivers pressure, and the pipeline vibration is eliminated to the pressure damping jar, handles the water of accomplishing with water treatment facilities and gets into water storage mechanism through handling inlet tube, governing valve and pressure damping jar, or the water that water treatment facilities handled the completion sends out the outlet pipe through electronic switch.

Further, the pipe is including moisturizing pipe, wet return and back flow, the valve is including the motorised valve, and the motorised valve is all connected and all even the reentrant back flow to the one end of moisturizing pipe and wet return, connects water storage mechanism through the back flow, and the water pipe is connected to the other end of moisturizing pipe, and the user side is connected to the other end of wet return, and the wet return gives the pump station with the backward flow through a user's pipe, and the motorised valve is then connected with control mechanism.

Furthermore, a third port of the pressure vibration absorption tank is connected with a return pipe, and water in the water supply pipe and the water return pipe enters the pressure vibration absorption tank through the return pipe and is guided into the water storage mechanism.

Furthermore, the guide pipe comprises a treatment water outlet pipe, one end of the treatment water outlet pipe is connected with an outlet of the water pump, the other end of the treatment water outlet pipe is connected with the water treatment equipment, an inlet of the water pump is connected with the water storage mechanism, and water in the water storage mechanism flows through the treatment water outlet pipe from the water pump and enters the water treatment equipment.

Further, a shock pad is arranged below the water pump, the shock pad is abutted to the box body, and vibration friction between the water pump and the box body is reduced through the shock pad.

Furthermore, the side of the box body is provided with a plurality of buttons, the buttons are connected with the control mechanism, and the pump station is controlled to work through the buttons.

Furthermore, the water treatment equipment is a heat pump, the heat pump is connected with a treatment water outlet pipe of the pump station through a heat pump water inlet pipe, and is connected with the treatment water inlet pipe of the pump station through a heat pump water outlet pipe so as to guide hot water into the pump station.

Furthermore, the water storage mechanism is a water tank, the water tank is connected with an inlet of the pump station through a water tank outlet pipe, and is connected with the pressure damping tank through a water tank inlet pipe so as to be led into the hot water supply tank.

The working process is as follows: water enters a pump station from a water tank through a water outlet pipe of the water tank, enters a water pump, is pressurized by the water pump, and then enters a condenser of the heat pump through a treatment water outlet pipe and a heat pump water inlet pipe; the hot water that the condenser through the heat pump produced gets into the processing inlet tube of pump station through the heat pump outlet pipe, when user side water consumption is less, the condition is one: the electronic switch controls the hot water to directly flow from the water outlet pipeline to the user side; when the water consumption of the user end is less, the second condition is that: hot water generated by the heat pump enters the water tank after passing through the regulating valve and the pressure damping tank, then enters the pump station from the water outlet pipe of the water tank, is pressurized by the water pump, flows through the bypass pipe from the outlet of the water pump, and then flows to the user side from the water outlet pipe; when the water consumption of the user end is increased, hot water generated by heat pump treatment directly enters the water outlet pipe through the electronic switch and flows to the user end without flowing into the water tank, and meanwhile, hot water in the water tank is pressurized by the water pump, flows through the bypass pipe from the outlet of the water pump and then flows to the user end from the water outlet pipe; when the user does not use water, the hot water generated by the condenser of the heat pump directly flows into the treatment water inlet pipe, and enters the water tank after passing through the regulating valve and the pressure damping tank; when the hot water in the water tank is lower than the set temperature, the hot water in the water tank flows into the inlet of the water pump from the water outlet pipe of the water tank, is pressurized by the water pump, flows through the treatment water outlet pipe, enters the heat pump, and then enters the water tank after passing through the treatment water inlet pipe, the regulating valve and the pressure damping tank.

The principle of the steps is as follows:

1. the user opens the water tap, and the electronic switch acts;

2. the governing valve rated pressure can be set for, and the aperture can change along with rivers pressure variation, and rivers pressure rises, and the aperture grow, rivers pressure decline, and the aperture diminishes to the messenger handles the inlet tube and keeps certain water pressure, and the pressure damping jar is used for supplementary governing valve, plays amortization, damping effect, pressure damping jar principle: the water passes through the small water pipe, then passes through the large water pipe extension water pipe, the water flow speed is reduced in the small water pipe, flows to the wall of the pressure damping tank through the small hole of the large water pipe, and then flows out of the tank body through the small water pipe;

3. as the number of the water taps opened by the user side increases, the pressure of the pipeline decreases;

4. when the pressure of the pipeline is reduced to be lower than a set value, the opening of the regulating valve is zero, the pipeline which flows back to the water tank is cut off, and all the flow is used for meeting the requirements of a user side;

5. when the user side water taps are closed to a certain amount, the pressure value of the pipeline rises, and when the pressure rises to a set value, the regulating valve is opened;

6. when all the water taps of the user side are closed, the electronic switch is closed.

The beneficial effects of the utility model reside in that:

(1) set up a bypass pipe at the water pump export, and the outlet pipe is connected to the bypass pipe, and the route of water supply is one: water in the water tank is pressurized by the pump station to enter the bypass pipe and then enter the water outlet pipe to flow out; the second path of water supply is: the water pump pressurizes and pumps the water into the water treatment equipment, the water treatment equipment flows the treated water into the pump station, and the water is controlled by the electronic switch to be gathered to a water outlet pipe of the pump station to flow to a user end, so that the problem of insufficient water flow of the water outlet pipe due to the fact that the pipe diameter of the water treatment equipment is smaller than that of the outlet pipe of the water pump is solved, and the water supply capacity of the water pump is fully exerted;

(2) the pressure maintaining device is arranged at the outlet of the water pump or the inlet of the water pump, and the pressure maintaining device prevents water from flowing back to the water tank from the electronic switch through a bypass to cause the pressure of the electronic switch to be reduced so as to frequently start the water pump.

(3) Through standardized design, reasonable model selection and optimization, the pipeline system is reasonably simplified, the number of water pumps is reasonably reduced, multiple functions of one pump are realized, and the flow and the pressure are changed by controlling the action sequence of each valve in use, so that the system function is realized;

(4) the whole device is assembled in a specially designed box body, production is completed in a factory group, a standardized integrated pump station meeting different system requirements is formed, field installation procedures can be greatly simplified, workload is reduced, installation personnel only need to analyze the internal logic relation of pipelines, water pumps, valves and the like on the field, and other equipment, containers, user pipelines and the like are connected with corresponding interfaces of the pump station to complete installation, so that the purposes of quality, efficiency and cost win-win are achieved.

Drawings

FIG. 1 is the overall structure (inside) of the present invention;

FIG. 2 is the whole structure view (inside) of the utility model after the box body is disassembled;

FIG. 3 is a front view (inside) of the present invention;

FIG. 4 is a top view of the structure (inside) of the present invention;

FIG. 5 is a side view of the present invention;

FIG. 6 is a back view of the present invention;

fig. 7 is an installation diagram of a typical application of the present invention.

In the figure, a is a water tank, B is a pump station, C is a heat pump, 1 is a tank body, 2 is a water pump, 21 is an inlet of the water pump, 22 is an outlet of the water pump, 3 is a control mechanism, 4 is an electronic switch, 5 is a bypass pipe, 6 is a water outlet pipe, 7 is a water replenishing pipe, 8 is a water return pipe, 9 is a return pipe, 10 is a pressure damping tank, 11 is a regulating valve, 12 is a treatment water inlet pipe, 13 is a treatment water outlet pipe, 14 is a damping pad, 15 is a button, 16 is a water tank water inlet pipe, 17 is a water tank water outlet pipe, 18 is a heat pump water inlet pipe, 19 is a heat pump water outlet pipe, 20 is a water outlet pipe, 21 is a user pipe, 22 is a tap water pipe.

Detailed Description

The technical solution of the embodiment of the present invention will be clearly and completely described below with reference to the accompanying drawings of the present invention.

Referring to fig. 7, the utility model discloses the pump station combines the working process of water tank and heat pump: water enters a pump station B from a water tank A through a water tank water outlet pipe 17, enters a water pump 2, is pressurized by the water pump 2, and then enters a condenser of a heat pump C through a treatment water outlet pipe 13 and a heat pump water inlet pipe 18; the hot water that produces through the condenser of heat pump C gets into pump station B's processing inlet tube 12 through heat pump outlet pipe 19, and when the user side water consumption was less, the condition one: the electronic switch 4 controls the hot water to directly flow from the water outlet pipe 20 to the user side; when the water consumption of the user end is less, the second condition is that: hot water generated by the heat pump C enters the water tank A after passing through the regulating valve 11 and the pressure damping tank 10, then enters the pump station B from the water tank water outlet pipe 17, is pressurized by the water pump 2, flows through the bypass pipe 5 from the outlet 22 of the water pump, and then flows to a user end from the water outlet pipe 20; when the water consumption of the user end is increased, hot water generated by the heat pump C directly enters the water outlet pipe 20 through the electronic switch 4 and flows to the user end without flowing into the water tank A, and meanwhile, the hot water in the water tank A is pressurized by the water pump 2, flows through the bypass pipe 5 from the outlet 22 of the water pump and then flows to the user end from the water outlet pipe 20; when the user does not use water, the hot water generated by the condenser of the heat pump C directly flows into the treatment water inlet pipe 12, passes through the regulating valve 11 and the pressure damping tank 10 and then enters the water tank A; when the temperature of the hot water in the water tank A is lower than the set temperature, the hot water in the water tank A flows into the inlet 21 of the water pump from the water outlet pipe 17 of the water tank, is pressurized by the water pump 2, flows through the treatment water outlet pipe 13, enters the heat pump C, and then enters the water tank after passing through the treatment water inlet pipe 12, the regulating valve 11 and the pressure damping tank 10.

The principle of the steps is as follows:

1. the user end opens the water tap, and the electronic switch 4 acts;

2. 11 rated pressure of governing valve can set for, and the aperture can change along with rivers pressure variation, and rivers pressure rises, and the aperture grow, rivers pressure decline, and the aperture diminishes to make and handle inlet tube 12 and keep certain water pressure, pressure damping jar 10 is used for supplementary governing valve 11, plays amortization, damping effect, pressure damping jar 10 principle: the water passes through the small water pipe, then passes through the large water pipe, prolongs the pipeline of the water pipe, reduces the flow speed of the water in the small water pipe, flows to the wall of the pressure damping tank 10 through the small hole of the large water pipe, and then flows out of the tank body through the small water pipe;

3. as the number of the water taps opened by the user side increases, the pressure of the pipeline decreases;

4. when the pressure of the pipeline is reduced to be lower than a set value, the opening of the regulating valve 11 is zero, the pipeline which flows back to the water tank A is cut off, and all the flow is used for meeting the requirements of a user side;

5. when the user side water taps are closed to a certain amount, the pressure value of the pipeline rises, and when the pressure rises to a set value, the regulating valve 11 is opened;

6. when all the water taps of the user side are closed, the electronic switch 4 is closed.

The control mechanism in the utility model is a circuit board, the regulating valve plays a very critical role in the work of the pump station, the rated pressure of the regulating valve is input through a program, when the pressure of a pipeline is reduced to be lower than a set value, the opening degree of the regulating valve 11 is zero, the pipeline which flows back to the water tank A is cut off, and all the flow is used for meeting the requirements of a user side; the pressure value of the pipeline rises, and when the pressure rises to a set value, the regulating valve 11 is opened, and the hot water flows back to the water tank.

Example 1

Referring to fig. 1-6, a pump station with bypass flow increasing function is connected with a water storage mechanism, a water treatment device, a tap water pipe 22 and a user side, the pump station comprises a tank 1, a water pump 2, a guide pipe, a valve and a control mechanism 3, the water pump 2 is installed in the tank 1, the water pump 1 and the corresponding valve are controlled by the control mechanism 3, the guide pipe comprises a bypass pipe 5 and a water outlet pipe 20 connected with the user side, the valve comprises an electronic switch 4, one end of the water outlet pipe 20 is connected with the electronic switch 4, the electronic switch 4 controls the discharge of water used by the user side, the other end of the water outlet pipe 20 is connected with the bypass pipe 5, the bypass pipe 5 is connected with an outlet 22 of the water pump 2, the outlet 22 of the water pump 2 is connected with the water storage mechanism, hot water in the water storage mechanism is pressurized by the water pump.

Referring to fig. 1, reference numeral 20 is a water outlet pipe, and in fact, the water outlet pipe 20 is a three-way pipe, one end of the water outlet pipe is used as a water outlet, the other end of the water outlet pipe is connected with an electronic switch 4, and the other end of the water outlet pipe is connected with a bypass pipe 5.

The valve includes a pressurizer (not shown) provided at an outlet of the water pump or an inlet of the water pump, and the flow direction of water is limited by the pressurizer. The pressure maintaining means may be a one-way valve. The pressure maintaining device prevents water from flowing back to the water tank from the electronic switch through a bypass, so that the pressure of the electronic switch is reduced, and the water pump is frequently started.

Pump station B is including pressure damping jar 10, the valve is including governing valve 11, the pipe is including handling inlet tube 12, governing valve 11 is connected to pressure damping jar 10 one end, and water storage mechanism is connected to the other end of pressure damping jar 10, governing valve 11 with handle inlet tube 12 and be connected, handle inlet tube 12 and connect water treatment facilities and electronic switch 4, governing valve 11 adjusts the pipeline aperture according to water pressure, and pipeline vibration is eliminated to pressure damping jar 10, handles the water that water treatment facilities handled the completion and gets into water storage mechanism through handling inlet tube 12, governing valve 11 and pressure damping jar 10, or water treatment facilities handles the water that the completion and delivers out outlet pipe 20 through electronic switch 4.

The pipe is including moisturizing pipe 7, wet return 8 and back flow 9, the valve is including motorised valve 23, and motorised valve 23 is all connected and all link into back flow 9 to the one end of moisturizing pipe 7 and wet return 8, connects water storage mechanism through back flow 9, and water pipe 22 is connected to the other end of moisturizing pipe 7, and the user side is connected to the other end of wet return 8, and wet return 8 is given the pump station with the backward flow water through a user's pipe 21, and motorised valve 23 then is connected with control mechanism 3.

The third port of the pressure vibration-damping tank 10 is connected with a return pipe 9, and water in the water supplementing pipe 7 and the water return pipe 8 enters the pressure vibration-damping tank 10 through the return pipe 9 and is guided into the water storage mechanism.

The guide pipe comprises a treatment water outlet pipe 13, one end of the treatment water outlet pipe 13 is connected with an outlet 22 of a water pump, the other end of the treatment water outlet pipe 13 is connected with water treatment equipment, an inlet 21 of the water pump is connected with a water storage mechanism, and water in the water storage mechanism flows through the treatment water outlet pipe 13 from the water pump 2 and enters the water treatment equipment.

A shock pad 14 is arranged below the water pump 2, the shock pad 14 is abutted to the box body 1, and vibration friction between the water pump 2 and the box body 1 is reduced through the shock pad 14.

The side of the box body 1 is provided with a plurality of buttons 15, the buttons 15 are connected with the control mechanism 3, and the pump station is controlled to work through the buttons 15. Referring to fig. 5, the number of the buttons is 5, the buttons are respectively a forced heating button, a forced water replenishing button, a forced water returning button, a forced pressurizing button and a forced circulation button, and an indicator lamp is arranged below the button and is respectively provided with an auxiliary heat indicator lamp, a water replenishing indicator lamp, a water returning indicator lamp, a pressurizing indicator lamp, a circulation indicator lamp and a power indicator lamp.

The water treatment equipment is a heat pump C, the heat pump C is connected with a treatment water outlet pipe 13 of the pump station B through a heat pump water inlet pipe 18, and is connected with a treatment water inlet pipe 12 of the pump station B through a heat pump water outlet pipe 19 so as to guide hot water into the pump station B.

The water storage mechanism is a water tank A, the water tank is connected with an inlet 21 of the pump station through a water tank outlet pipe 16, and is connected with the pressure damping tank 10 through a water tank inlet pipe 17 so as to be led into the hot water supply tank A.

Example 2

The pressure vibration-damping tank is replaced by a guide pipe, the guide pipe is a common pipe without vibration-damping function, the rest structures are consistent with those of embodiment 1, a bypass pipe is connected with an outlet of a water pump, hot water is pressurized and conveyed to a water outlet pipe through the water pump, and the problem of insufficient hot water supply is solved.

Example 3

The pressure vibration-damping tank in the embodiment 1 is replaced by a pressure-stabilizing valve, a bypass pipe is additionally arranged at the same water outlet pipe, a treatment water outlet pipe is connected with a regulating valve, the regulating valve is connected with the pressure-stabilizing valve, other structures are basically consistent with the embodiment 1, the pressure vibration-damping tank is actually replaced by the pressure-stabilizing valve, a temperature sensor is arranged at a water return pipe and used for sensing the temperature of water in a user pipe, and when the temperature of the water is lower than a set temperature, an electric valve is started to pump the water to return the water tank.

According to practical application, the embodiment 1 is the best embodiment of the invention.

The above description is only a preferred embodiment of the present invention, and should not be taken as limiting the scope of the invention, i.e. the present invention is intended to cover all equivalent variations and modifications within the scope of the present invention.

Claims (10)

1. The utility model provides a take pump station that bypass increased current, is connected with water storage mechanism, water treatment facilities, water pipe and user side, the pump station is including box, water pump, pipe, valve and control mechanism, and the water pump is installed in the box, through control mechanism control water pump and corresponding valve, its characterized in that: the guide pipe comprises a bypass pipe and a water outlet pipe connected with the user side, the valve comprises an electronic switch, one end of the water outlet pipe is connected with the electronic switch, the electronic switch controls the discharge of water used by the user side, the other end of the water outlet pipe is connected with the bypass pipe, the bypass pipe is connected with an outlet of a water pump, an outlet of the water pump is connected with a water storage mechanism, hot water of the water storage mechanism is pressurized by the water pump, flows into the bypass pipe from an outlet of the water pump, and then flows into the.

2. The pump station with bypass flow increase according to claim 1, characterized in that: the valve comprises a pressure maintaining device, wherein the pressure maintaining device is arranged at an outlet of the water pump or an inlet of the water pump, and the flow direction of water is limited by the pressure maintaining device.

3. The pump station with bypass flow increase according to claim 1, characterized in that: the pump station is including the pressure tank that shakes, the valve is including the governing valve, the pipe is including handling the inlet tube, the governing valve is connected to pressure tank one end that shakes, and water storage mechanism is connected to the other end of pressure tank that shakes, the governing valve advances water piping connection with the processing, handle inlet tube connection water treatment facilities and electronic switch, and the governing valve adjusts the pipeline aperture according to rivers pressure, and the pipeline vibration is eliminated to the pressure tank that shakes, handles the water of accomplishing with water treatment facilities and gets into water storage mechanism through handling inlet tube, governing valve and pressure tank that shakes, or the water that water treatment facilities handled the completion sends out the outlet pipe through electronic switch.

4. The pump station with bypass flow increase according to claim 1, characterized in that: the pipe is including moisturizing pipe, wet return and back flow, the valve is including the motorised valve, and the motorised valve is all connected and all links into the back flow to the one end of moisturizing pipe and wet return, connects water storage mechanism through the back flow, and the water pipe is connected to the other end of moisturizing pipe, and the user side is connected to the other end of wet return, and the wet return gives the pump station with the backward flow through a user's pipe, and the motorised valve is then connected with control mechanism.

5. The pump station with bypass flow increase according to claim 3, characterized in that: and the third port of the pressure vibration-damping tank is connected with a return pipe, and water of the water supplementing pipe and the water return pipe enters the pressure vibration-damping tank through the return pipe and is led into the water storage mechanism.

6. The pump station with bypass flow increase according to claim 1, characterized in that: the guide pipe comprises a treatment water outlet pipe, one end of the treatment water outlet pipe is connected with an outlet of the water pump, the other end of the treatment water outlet pipe is connected with the water treatment equipment, an inlet of the water pump is connected with the water storage mechanism, and water in the water storage mechanism flows through the treatment water outlet pipe from the water pump and enters the water treatment equipment.

7. The pump station with bypass flow increase according to claim 1, characterized in that: the water pump is equipped with a shock pad below, and the shock pad offsets with the box, reduces the vibration friction between water pump and the box through the shock pad.

8. The pump station with bypass flow increase according to claim 1, characterized in that: the side of the box body is provided with a plurality of buttons, the buttons are connected with the control mechanism, and the pump station is controlled to work through the buttons.

9. The pump station with bypass flow increase according to claim 1, characterized in that: the water treatment equipment is a heat pump, the heat pump is connected with a treatment water outlet pipe of the pump station through a heat pump water inlet pipe, and is connected with the treatment water inlet pipe of the pump station through a heat pump water outlet pipe so as to guide hot water into the pump station.

10. The pump station with bypass flow increase according to claim 1, characterized in that: the water storage mechanism is a water tank, the water tank is connected with the inlet of the pump station through a water tank outlet pipe, and is connected with the pressure damping tank through a water tank inlet pipe so as to be led into the hot water supply tank.

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