Novel high-pressure hydraulic press water system

Abstract

The utility model discloses a novel high-pressure hydraulic press water system which comprises a steel pipe, sealing rings are installed in grooves in the two ends of the steel pipe, the steel pipe is connected with a high-pressure water pipeline through the sealing rings, the two ends of the steel pipe are connected with a water filling valve and an exhaust valve, and one side of the exhaust valve, one side of a waterway valve set and one side of a low-pressure supercharger valve set are all connected with a water pool. One side of the high-pressure water pipeline is connected with a pressure detection device, one end of the pressure detection device is connected with a waterway valve group, one end of the waterway valve group is connected with a low-pressure supercharger valve group and a high-pressure supercharger valve group, one side of the low-pressure supercharger valve group is connected with a low-pressure supercharger, and one side of the high-pressure supercharger valve group is connected with a high-pressure supercharger. One end of the low-pressure supercharger valve group and one end of the high-pressure supercharger valve group are connected with a low-pressure water pipeline; according to the hydraulic press with the high pressure requirement, through cooperation of the high pressurizer and the low pressurizer, rapid pressurization of a steel pipe is achieved, the pressure is high, and equipment runs stably and is free of leakage.

Description

TECHNICAL FIELD

[0001] The utility model belongs to metallurgical equipment technical field, concretely relates to a novel high pressure water press water system. BACKGROUND

[0002] The water press is a kind of machine for carrying out hydrostatic test to steel pipe;It detects the pressure resistance of steel pipe mainly through oil balance control;In metallurgical industry, especially in seamless steel pipe production line, the water press is a kind of commonly used equipment for carrying out quality detection to steel pipe;According to the steel grade, size of steel pipe and different user requirements, the requirements of hydrostatic test to steel pipe are different;

[0003] The existing water press is detected by passing into emulsion into steel pipe when using, and the boosting speed efficiency is low during detection, and the boosting is not stable enough, which influences detection result, therefore, a novel high pressure water press water system is needed to solve the above problems. CONTENT OF UTILITY MODEL

[0004] The utility model is provided with a novel high pressure water press water system to solve the problems in the above background.

[0005] To realize the above purpose, the utility model provides the following technical scheme: a novel high pressure water press water system, including steel pipe, the both ends groove of steel pipe is equipped with sealing ring, steel pipe is connected with high pressure water pipeline through sealing ring, the both ends of steel pipe are connected with water filling valve and exhaust valve, one side of exhaust valve, one side of waterway valve group and one side of low pressure booster valve group are all connected with water pool, one side of high pressure water pipeline is connected with pressure detection device, one end of pressure detection device is connected with waterway valve group, one end of waterway valve group is connected with low pressure booster valve group and high pressure booster valve group, one side of low pressure booster valve group is connected with low pressure booster, one side of high pressure booster valve group is connected with high pressure booster, one end of low pressure booster valve group and high pressure booster valve group is connected with low pressure water pipeline.

[0006] Preferably, the low pressure water pipeline includes a water filling pipeline, a pressure boosting pipeline and a pneumatic ball valve, the water filling pipeline is connected to one side of the water filling valve, the pneumatic ball valve and the pressure boosting pipeline are connected to the high pressure booster valve group and the low pressure booster valve group.

[0007] Preferably, the water filling valve includes a water filling valve hydraulic cylinder and a water filling valve cone valve, the water filling valve cone valve is installed at one end of the water filling valve hydraulic cylinder, the water filling valve cone valve is connected to one end of the steel pipe, and the water filling pipeline is installed on the water filling valve cone valve, the exhaust valve includes an exhaust valve hydraulic cylinder and an exhaust valve cone valve, the exhaust valve cone valve and the exhaust valve hydraulic cylinder are connected to the steel pipe, and the water pool is connected to the exhaust valve cone valve.

[0008] Preferably, the high-pressure water pipeline comprises a sealing high-pressure water pipeline and a pipe body high-pressure water pipeline, the pressure detection device comprises a sealing pressure detection sensor, a sealing pressure gauge, a pipe body pressure detection sensor and a pipe body pressure gauge, the water pipeline valve group comprises a one-way valve A, a sealing ring unloading hydraulic cylinder, a sealing ring unloading cone valve, a pipe body unloading cone valve, a pipe body unloading hydraulic cylinder, a stop valve and a stop valve hydraulic cylinder, the sealing high-pressure water pipeline is connected to the steel pipe through a sealing ring, the sealing pressure gauge and the sealing pressure detection sensor are arranged on the middle part of the sealing high-pressure water pipeline, the pipe body pressure gauge and the pipe body pressure detection sensor are arranged on the middle part of the pipe body high-pressure water pipeline, one end of the sealing high-pressure water pipeline is connected with the sealing ring unloading cone valve, one side of the sealing ring unloading cone valve is provided with the sealing ring unloading hydraulic cylinder, one end of the pipe body high-pressure water pipeline is connected with the stop valve and the pipe body unloading cone valve, one side of the stop valve is connected with the stop valve hydraulic cylinder, one side of the pipe body unloading cone valve is connected with the pipe body unloading hydraulic cylinder, the sealing high-pressure water pipeline and the water filling valve cone valve end are connected with each other and connected with the low-pressure booster valve group and the high-pressure booster valve group, and one side of the sealing ring unloading cone valve and the pipe body unloading cone valve is connected with the water pool.

[0009] Preferably, the low-pressure booster valve group comprises a one-way valve C connected to a pipeline at one end of the water pipeline valve group, and the one-way valve C is connected with a one-way valve B, a safety valve and a low-pressure booster through three ends of a four-way pipe, one side of the safety valve is connected with the water pool, and the one-way valve B is connected with the low-pressure water pipeline through a pipeline.

[0010] Preferably, the high-pressure booster valve group comprises a one-way valve D and a one-way valve E, the one-way valve E is connected to a pipeline at one end of the water pipeline valve group, the one-way valve E is connected with a high-pressure booster and the one-way valve D through a three-way pipe, and the one-way valve D is connected with the low-pressure water pipeline.

[0011] Compared with the prior art, the utility model has the advantages that:

[0012] 1. The utility model discloses a water pressure machine for high-pressure requirement, realizes the quick pressure increase of the steel pipe through the cooperation of high and low boosters, the pressure is high, the equipment runs stably, and there is no leakage.

[0013] 2. The utility model discloses a water pipeline valve group, sends the sealing ring at both ends of the steel pipe, the sealing ring is an elastic member, holds the steel pipe both ends after being pressed, makes the steel pipe not to shift in the axial direction in the subsequent pressure change process, removes the gas in the steel pipe while filling the water, can effectively reduce the stroke of the booster in the pressure increase process of the steel pipe, and the unloading valve in the water pipeline valve group respectively unloads the high-pressure emulsion in the steel pipe and the sealing after the pressure maintaining to the set time, and the pressure rapidly drops, and the whole test process is completed. BRIEF DESCRIPTION OF DRAWINGS

[0014] Figure 1 It is the structural schematic diagram of the utility model;

[0015] In the figure: 1, water filling valve; 1.1, water filling valve hydraulic cylinder; 1.2, water filling valve cone valve; 2, exhaust valve; 2.1, exhaust valve hydraulic cylinder; 2.2, exhaust valve cone valve; 3, waterway valve group; 3.1, check valve A; 3.2, seal ring unloading hydraulic cylinder; 3.3, seal ring unloading cone valve; 3.4, pipe body unloading cone valve; 3.5, pipe body unloading hydraulic cylinder; 3.6, stop valve; 3.7, stop valve hydraulic cylinder; 4, low pressure booster; 5, low pressure booster valve group; 5.1, check valve B; 5.2, check valve C; 5.3, safety valve; 6, high pressure booster; 7, high pressure booster valve group; 7.1, check valve D; 7.2, check valve E; 8, pressure detection device; 8.1, seal pressure detection sensor; 8.2, seal pressure gauge; 8.3, pipe body pressure detection sensor; 8.4, pipe body pressure gauge; 9, low pressure water pipeline; 9.1, water filling water pipeline; 9.2, pressure boosting water pipeline; 9.3, pneumatic ball valve; 10, high pressure water pipeline; 10.1, seal high pressure water pipeline; 10.2, pipe body high pressure water pipeline; 11, seal ring; 12, steel pipe; 13, water tank. DETAILED DESCRIPTION

[0016] The technical solutions in the embodiments of the present application will be clearly and completely described below with reference to the drawings in the embodiments of the present application. Obviously, the described embodiments are only part of the embodiments of the present application, rather than all the embodiments. Based on the embodiments in the present application, all the other embodiments obtained by those skilled in the art without creative work fall within the scope of protection of the present application.

[0017] Please refer to Figure 1The utility model provides a technical scheme: a novel high pressure water press water system, including steel pipe 12, the both ends groove of steel pipe 12 is installed with sealing washer 11, steel pipe 12 is connected with high pressure water pipeline 10 through sealing washer 11, the both ends of steel pipe 12 are connected with water filling valve 1 and exhaust valve 2, the one side of exhaust valve 2, the one side of waterway valve group 3 and the one side of low pressure supercharger valve group 5 are connected with water pool 13, the one side of high pressure water pipeline 10 is connected with pressure detection device 8, one end of pressure detection device 8 is connected with waterway valve group 3, one end of waterway valve group 3 is connected with low pressure supercharger valve group 5 and high pressure supercharger valve group 7, the one side of low pressure supercharger valve group 5 is connected with low pressure supercharger 4, the one side of high pressure supercharger valve group 7 is connected with high pressure supercharger 6, one end of low pressure supercharger valve group 5 and high pressure supercharger valve group 7 is connected with low pressure water pipeline 9, low pressure water pipeline 9 includes water filling water pipeline 9.1, supercharging water pipeline 9.2 and pneumatic ball valve 9.3, water filling water pipeline 9.1 is connected on the one side of water filling valve 1, pneumatic ball valve 9.3 and supercharging water pipeline 9.2 are connected on high pressure supercharger valve group 7 and low pressure supercharger valve group 5, water filling valve 1 includes water filling valve hydraulic cylinder 1.1 and water filling valve cone valve 1.2, water filling valve cone valve 1.2 is installed on one end of water filling valve hydraulic cylinder 1.1, water filling valve cone valve 1.2 is connected on one end of steel pipe 12, and water filling water pipeline 9.1 is installed on water filling valve cone valve 1.2, exhaust valve 2 includes exhaust valve hydraulic cylinder 2.1 and exhaust valve cone valve 2.2, exhaust valve cone valve 2.2 and exhaust valve hydraulic cylinder 2.1 are connected on steel pipe 12, water pool 13 is connected on exhaust valve cone valve 2.2.

[0018] The high-pressure water pipeline 10 comprises a sealing high-pressure water pipeline 10.1 and a pipe body high-pressure water pipeline 10.2, the pressure detection device 8 comprises a sealing pressure detection sensor 8.1, a sealing pressure gauge 8.2, a pipe body pressure detection sensor 8.3 and a pipe body pressure gauge 8.4, the water pipeline valve group 3 comprises a one-way valve A3.1, a sealing ring unloading hydraulic cylinder 3.2, a sealing ring unloading cone valve 3.3, a pipe body unloading cone valve 3.4, a pipe body unloading hydraulic cylinder 3.5, a stop valve 3.6 and a stop valve hydraulic cylinder 3.7, the sealing high-pressure water pipeline 10.1 is connected to the steel pipe 12 through the sealing ring 11, the sealing pressure gauge 8.2 and the sealing pressure detection sensor 8.1 are installed on the middle part of the sealing high-pressure water pipeline 10.1, the pipe body pressure gauge 8.4 and the pipe body pressure detection sensor 8.3 are installed on the middle part of the pipe body high-pressure water pipeline 10.2, one end of the sealing high-pressure water pipeline 10.1 is connected with the sealing ring unloading cone valve 3.3, one side of the sealing ring unloading cone valve 3.3 is provided with the sealing ring unloading hydraulic cylinder 3.2, one end of the pipe body high-pressure water pipeline 10.2 is connected with the stop valve 3.6 and the pipe body unloading cone valve 3.4, one side of the stop valve 3.6 is connected with the stop valve hydraulic cylinder 3.7, one side of the pipe body unloading cone valve 3.4 is connected with the pipe body unloading hydraulic cylinder 3.5, the sealing high-pressure water pipeline 10.1 and the water filling valve cone valve 1.2 end are connected with each other and connected with the low-pressure booster valve group 5 and the high-pressure booster valve group 7, and one side of the sealing ring unloading cone valve 3.3 and the pipe body unloading cone valve 3.4 is connected with the water pool 13.

[0019] The low-pressure booster valve group 5 comprises a one-way valve C5.2 connected to a one-end pipe of the water pipeline valve group 3, and the one-way valve C5.2 is connected with a one-way valve B5.1, a safety valve 5.3 and a low-pressure booster 4 through three ends of a four-way pipe respectively, one side of the safety valve 5.3 is connected with the water pool 13, and the one-way valve B5.1 is connected with the low-pressure water pipeline 9 through a pipe; the high-pressure booster valve group 7 comprises a one-way valve D7.1 and a one-way valve E7.2, the one-way valve E7.2 is connected to a one-end pipe of the water pipeline valve group 3, the one-way valve E7.2 is connected with a high-pressure booster 6 and the one-way valve D7.1 through a three-way pipe, and the one-way valve D7.1 is connected with the low-pressure water pipeline 9.

[0020] From the above description, the utility model has the following beneficial effects: through the water pipeline valve group, the sealing ring sent to the both ends of the steel pipe, the sealing ring is elastic member, holds tightly the both ends of the steel pipe after being pressed, makes the steel pipe not to have axial shift in the subsequent pressure change process;The gas in the steel pipe is taken out while the steel pipe is filled with water, so that the stroke of the booster in the pressure increasing process of the steel pipe can be effectively reduced;After the pressure is maintained for a set time, the unloading valve in the water pipeline valve group respectively unloads the high-pressure emulsion in the steel pipe and the sealing, the pressure rapidly drops, and the whole test process is completed.

[0021] The water filling valve 1 is composed of a water filling valve hydraulic cylinder 1.1 and a water filling valve spool valve 1.2. The water filling valve spool valve 1.2 is controlled by the water filling valve hydraulic cylinder 1.1 to open and close the water filling valve 1. When the water filling valve 1 is opened, low pressure water enters the steel pipe 12 through the water filling pipe 9.1. The air exhausting valve 2 is composed of an air exhausting valve hydraulic cylinder 2.1 and an air exhausting valve spool valve 2.2. The air exhausting valve spool valve 2.2 is controlled by the air exhausting valve hydraulic cylinder 2.1 to open and close the air exhausting valve 2. When the air exhausting valve 2 is opened, the emulsion in the steel pipe 12 enters the water pool 13 through the pipe. The water pipe valve group 3 is composed of a check valve 3.1, a sealing ring unloading hydraulic cylinder 3.2, a sealing ring unloading spool valve 3.3, a pipe body unloading spool valve 3.4, a pipe body unloading hydraulic cylinder 3.5, a stop valve 3.6 and a stop valve hydraulic cylinder 3.7. The check valve 3.1 is used to prevent the high pressure water in the sealing high pressure water pipe 10.1 from flowing back to the booster. The sealing ring unloading spool valve 3.3 is controlled by the sealing ring unloading hydraulic cylinder 3.2 to unload the high pressure water in the sealing high pressure water pipe 10.1. The pipe body unloading spool valve 3.4 is controlled by the pipe body unloading hydraulic cylinder 3.5 to unload the high pressure water in the pipe body high pressure water pipe 10.2. The stop valve 3.6 is controlled by the stop valve hydraulic cylinder 3.7 to statically maintain the pressure of the high pressure water in the pipe body high pressure water pipe 10.2 when the pressure of the pipe body reaches the set value. The components of the water pipe valve group 3 are controlled by the hydraulic cylinders to pressurize, maintain and unload the pressure of the sealing and the pipe body. The emulsion enters the low pressure booster 4 and the high pressure booster 6 through the water pipe 9.2, and the pressure of the emulsion is increased by the oil balance. The water pipe 9.2 is controlled by the pneumatic ball valve 9.3. The low pressure booster 4 is a low pressure large flow booster, which is used when the pressure of the steel pipe is low. The high pressure booster 6 is a high pressure small flow booster, which is used when the pressure of the steel pipe is high. When the pressure of the steel pipe is high, the low pressure booster 4 is used first to reach a certain pressure, and then the high pressure booster 6 is used to reach the set pressure, which can effectively reduce the pressure increasing time and improve the pressure increasing efficiency without increasing the stroke of the booster. The low pressure booster valve group 5 is installed at the outlet of the low pressure booster 4, which is composed of check valves 5.1 and 5.2 and a safety valve 5.3. The check valves 5.1 and 5.2 are used to prevent the high pressure water from flowing back to the low pressure water pipe, and the safety valve 5.3 is used to discharge the high pressure water when the check valve 5.2 fails to work, thereby avoiding the impact on the low pressure booster 4. The high pressure booster valve group 7 is also installed at the outlet of the high pressure booster 6, which is composed of check valves 7.1 and 7.2. The pressure detecting device 8 is installed on the water pipe valve group, which is composed of a sealing pressure detecting sensor 8.1, a sealing pressure gauge 8.2, a pipe body pressure detecting sensor 8.3 and a pipe body pressure gauge 8.4. The pressure gauges are used for direct observation of the pressure of the sealing and the pipe body, and the pressure sensors are used for real-time detection of the pressure in the sealing and the pipe body, thereby adjusting the pressure of the booster to make the pressure in the sealing and the pipe body reach the required value.

[0022] The working principle and use flow of the utility model: when starting work, the steel pipe 12 reaches the pressure test station. The pneumatic ball valve 9.3 is opened, and the emulsion enters the low-pressure intensifier 4 or high-pressure intensifier 6 through the water pipeline 9.2 for pressure boosting. The emulsion is sucked into the water cavity by the retraction of the intensifier hydraulic cylinder piston rod, and the emulsion is discharged by the extension of the intensifier hydraulic cylinder piston rod. According to the principle of oil balance, the pressure of the emulsion is multiplied. The high-pressure emulsion enters the water valve group 3, first passes through the one-way valve 3.1 and the sealed high-pressure water pipeline 10.1 to reach the sealing ring 11. The sealing ring 11 tightly holds the two ends of the steel pipe under the action of high-pressure water, so that the steel pipe does not move axially in the subsequent pressure change process. When the sealing pressure detection sensor 8.1 detects the set pressure of the sealing ring 11, the water filling valve cone valve 1.2 is opened, and the emulsion enters the inside of the steel pipe 12 through the pipeline, and the exhaust valve cone valve 2.2 is opened. The steel pipe 12 is filled with water while the gas in it is discharged, so that the inside of the steel pipe 12 is filled with water as much as possible. When the set time is reached, the exhaust valve cone valve 2.2 and the water filling valve cone valve 1.2 are closed, the stop valve 3.6 in the water valve group 3 reaches the passage state under the control of the stop valve hydraulic cylinder 3.7, and the high-pressure emulsion enters the inside of the steel pipe 12 through the pipe body high-pressure water pipeline 10.2. The intensifier continues to boost, the emulsion in the steel pipe 12 is extruded, the pressure rises rapidly, and the pipe body pressure detection sensor 8.3 detects that the set pressure is reached. The intensifier stops working to statically maintain the pressure of the emulsion in the steel pipe. After maintaining the pressure for a set time, the sealing ring unloading cone valve 3.3 and the pipe body unloading cone valve 3.4 in the water valve group 3 respectively unload the high-pressure emulsion in the steel pipe 12 and the sealing ring 11 under the action of the respective control hydraulic cylinders, the pressure rapidly decreases, and the whole test process is completed. The unloaded emulsion is finally discharged into the pool 13 through the pipeline. In the use of the intensifier, one intensifier can be used alone, or two intensifiers can be used together to control the pressure. The device has fast pressure boosting speed for the steel pipe, two intensifiers can reach high test pressure, the device runs stably, and there is no leakage.

[0023] It should be noted that, in the present document, relational terms such as first and second and the like can be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Moreover, the terms "comprises", "comprising", or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but can include other elements not expressly listed or inherent to such process, method, article, or apparatus. Without limitation, an element preceded by "comprises... a" does not, without more constraints, foreclose the existence of additional identical elements in the process, method, article, or apparatus.

[0024] The above merely aims to explain the technical scheme of the present application and is not intended to limit the present application. Other modifications or equivalent replacements made by those skilled in the art to the technical scheme of the present application, as long as they do not depart from the spirit and scope of the present application, should be included in the scope of the claims of the present application.

Claims

1. A novel high pressure water press water system characterized by: The utility model provides a kind of high-pressure water pipe system, including steel pipe (12), the sealing ring (11) of two ends groove of the steel pipe (12) is installed, the high-pressure water pipe line (10) is connected with the sealing ring (11) by steel pipe (12), the water filling valve (1) and exhaust valve (2) are connected with the two ends of steel pipe (12), the side of exhaust valve (2), the side of water route valve group (3) and the side of low-pressure booster valve group (5) are all connected with water pool (13), the side of high-pressure water pipe line (10) is connected with pressure detection device (8), the one end of pressure detection device (8) is connected with water route valve group (3), the one end of water route valve group (3) is connected with low-pressure booster valve group (5) and high-pressure booster valve group (7), the side of low-pressure booster valve group (5) is connected with low-pressure booster (4), the side of high-pressure booster valve group (7) is connected with high-pressure booster (6), the one end of low-pressure booster valve group (5) and high-pressure booster valve group (7) is connected with low-pressure water pipe line (9).

2. A novel high pressure water press water system according to claim 1 characterized by: The low-pressure water pipe line (9) includes water filling water pipe line (9.1), pressurization water pipe line (9.2) and pneumatic ball valve (9.3), water filling water pipe line (9.1) is connected on the side of water filling valve (1), pneumatic ball valve (9.3) and pressurization water pipe line (9.2) are connected on high-pressure booster valve group (7) and low-pressure booster valve group (5).

3. A novel high pressure water press water system according to claim 1 characterized in that: The water filling valve (1) includes water filling valve hydraulic cylinder (1.1) and water filling valve cone valve (1.2), the water filling valve cone valve (1.2) is installed on the one end of water filling valve hydraulic cylinder (1.1), the water filling valve cone valve (1.2) is connected on the one end of steel pipe (12), and water filling water pipe line (9.1) is installed on the water filling valve cone valve (1.2), the exhaust valve (2) includes exhaust valve hydraulic cylinder (2.1) and exhaust valve cone valve (2.2), the exhaust valve cone valve (2.2) and exhaust valve hydraulic cylinder (2.1) are connected on steel pipe (12), and water pool (13) is connected on exhaust valve cone valve (2.2).

4. A new type of high pressure water press water system according to claim 1, characterized in that: The high-pressure water pipeline (10) comprises a sealing high-pressure water pipeline (10.1) and a pipe body high-pressure water pipeline (10.2), the pressure detection device (8) comprises a sealing pressure detection sensor (8.1), a sealing pressure gauge (8.2), a pipe body pressure detection sensor (8.3) and a pipe body pressure gauge (8.4), the water pipeline valve group (3) comprises a one-way valve A (3.1), a sealing ring unloading hydraulic cylinder (3.2), a sealing ring unloading cone valve (3.3), a pipe body unloading cone valve (3.4), a pipe body unloading hydraulic cylinder (3.5), a stop valve (3.6) and a stop valve hydraulic cylinder (3.7), the sealing high-pressure water pipeline (10.1) is connected to the steel pipe (12) through the sealing ring (11), the sealing pressure gauge (8.2) and the sealing pressure detection sensor (8.1) are installed on the middle part of the sealing high-pressure water pipeline (10.1), the pipe body pressure gauge (8.4) and the pipe body pressure detection sensor (8.3) are installed on the middle part of the pipe body high-pressure water pipeline (10.2), one end of the sealing high-pressure water pipeline (10.1) is connected with the sealing ring unloading cone valve (3.3), one side of the sealing ring unloading cone valve (3.3) is provided with the sealing ring unloading hydraulic cylinder (3.2), one end of the pipe body high-pressure water pipeline (10.2) is connected with the stop valve (3.6) and the pipe body unloading cone valve (3.4), one side of the stop valve (3.6) is connected with the stop valve hydraulic cylinder (3.7), one side of the pipe body unloading cone valve (3.4) is connected with the pipe body unloading hydraulic cylinder (3.5), the sealing high-pressure water pipeline (10.1) and the water filling valve cone valve (1.2) are connected at the end parts and connected with the low-pressure booster valve group (5) and the high-pressure booster valve group (7), and one side of the sealing ring unloading cone valve (3.3) and the pipe body unloading cone valve (3.4) is connected with the water pool (13).

5. A new type of high pressure water press water system according to claim 1, characterized in that: The low-pressure booster valve group (5) comprises a one-way valve C (5.2) connected to the one-end pipeline of the water pipeline valve group (3), and the one-way valve C (5.2) is connected with a one-way valve B (5.1), a safety valve (5.3) and a low-pressure booster (4) through three ends of a four-way pipe, one side of the safety valve (5.3) is connected with the water pool (13), and the one-way valve B (5.1) is connected with the low-pressure water pipeline (9) through a pipeline.

6. A new high pressure water press water system according to claim 1 characterized by: The high-pressure booster valve group (7) comprises a one-way valve D (7.1) and a one-way valve E (7.2), the one-way valve E (7.2) is connected to the one-end pipeline of the water pipeline valve group (3), the one-way valve E (7.2) is connected with the high-pressure booster (6) and the one-way valve D (7.1) through a three-way pipe, and the one-way valve D (7.1) is connected with the low-pressure water pipeline (9).

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