CN110470170A

CN110470170A - A kind of end cover type rubber ball cleaning machine

Info

Publication number: CN110470170A
Application number: CN201910895306.0A
Authority: CN
Inventors: 倪永刚
Original assignee: Shenzhen Handfos Fluid Mechanical And Electrical Equipment Co Ltd
Current assignee: Shenzhen Handfos Fluid Mechanical And Electrical Equipment Co Ltd
Priority date: 2019-09-20
Filing date: 2019-09-20
Publication date: 2019-11-19
Anticipated expiration: 2039-09-20
Also published as: CN110470170B

Abstract

The present invention provides a kind of end cover type rubber ball cleaning machine, including end socket bobbin carriage, the outlet pipe and water inlet pipe and the ball separator being arranged between outlet pipe and water inlet pipe of end socket bobbin carriage one end are set, ball separator, which has, receives ball mouth and service mouth, upper tube box and lower tube box are equipped in end socket bobbin carriage, the front end of upper tube box is connected to outlet pipe, be equipped in outlet pipe catch ball strainer and with the upper pressure difference pipe catching ball strainer outlet end and be connected to, be additionally provided with ball water in ball separator and separate strainer；The front end of lower tube box is communicated with water inlet pipe, and lower pressure difference pipe is equipped in water inlet pipe, is equipped in receipts ball mouth for preventing in service from the first on-off valve for receiving the outflow of ball mouth.Compared with prior art, upper pressure difference pipe is arranged in end cover type rubber ball cleaning machine in outlet pipe, lower pressure difference pipe is set in water inlet pipe, ball separator is connected between upper and lower pressure difference pipe, glueballs is recycled in ball separator by the pressure difference generated when being discharged using outlet pipe, intake water inlet tube when the pressure difference that generates glueballs in ball separator is issued.

Description

A kind of end cover type rubber ball cleaning machine

Technical field

The present invention relates to a kind of auxiliary products of condenser/evaporator, are a kind of ends with rubber ball online cleaning function Lid formula ball cleaning apparatus is suitable for double-flow water cooled chiller shell-and-tube cooler, and double-flow shell-and-tube expires liquid evaporator, And cooling water walks tube side and double-flow water cooling shell-and-tube heat exchanger of the temperature no more than 80 DEG C.

Background technique

Existing water cooler condenser automatic on-line cleaning device has following three classes: the first kind is an independent cleaning system Bulk cargo is set, and is connected with condenser inlet and outlet pipes by pipeline, and glueballs is issued the water inlet pipe of cooling water, glueballs by service robot Condenser is flowed into cooling water, flows out after cleaning from cooling water outlet, into ball device is caught, enters back into service robot, this Class cleaning device is mainly mounted in the connecting pipe of cold water main unit, needs separately installed, is more troublesome；Second class is cold The import and export of condenser is arranged four-way reversing arrangement, the built-in cleaning element of condenser heat-exchange pipes, by the four-way change of current to making to clean Element is moving reciprocatingly, cleaning heat transfer tube wall, the patent of invention of the visible Publication No. CN104151297A of details, however this Class by the change of current to automatic flushing device there are two drawbacks: 1, commutate when high-temperature water enter condenser, cause water cooler Condenser inner refrigerant condensation temperature instantaneous variation is larger, and water cooler moment efficiency fluctuation is larger, runs band to water cooler Carry out greater impact, the side effects such as water cooler surge are caused when serious；2, due to the distribution water flow field in condenser tube plate, Flow velocity in every heat exchanger tube is different, so operation a period of time, part cleaning element can not make reciprocal washing motion, be stuck in In barrier element；Third class is a kind of water cooled chiller shell-and-tube cooler front-end end enclosure with rubber ball online cleaning function Bobbin carriage, the patent of the visible Publication No. CN208805095 of details, the dynamic pump of the equipment belt, energy consumption is high, simultaneously because in reality In engineering application, the impurity in water flow can be intercepted by receiving ball strainer, and impurity can block with the accumulation of time and receive ball filter Net, thus when often result in glueballs get lodged in receive ball strainer in, can not be successfully recycling glueballs.

Summary of the invention

In view of the above-mentioned problems, the present invention provides a kind of end cover type rubber ball cleaning machines, outlet pipe and water inlet pipe are directly utilized The pressure difference that interior pressure difference pipe generates is completed to receive ball and delivery of service, and without additional kinetic pump, energy loss is small, compact-sized.

The technical solution adopted by the present invention are as follows:

Including end socket bobbin carriage and the outlet pipe and water inlet pipe of end socket bobbin carriage one end is arranged in a kind of end cover type rubber ball cleaning machine, It is characterized in that, further include the ball separator being arranged between outlet pipe and water inlet pipe, ball separator have receive ball mouth and It serves a ball mouth, upper tube box and lower tube box is equipped in the end socket bobbin carriage, the front end of upper tube box is connected to outlet pipe, is equipped with and catches in outlet pipe It ball strainer and is connected to the outlet end for catching ball strainer for utilizing pressure difference to recycle glueballs when glueballs and water flow enter outlet pipe In to the receipts ball mouth of ball separator and water flow is back to the upper pressure difference pipe of outlet pipe, is additionally provided in ball separator for by glue Ball and the ball water of water flow separation separate strainer, are equipped in the service mouth for preventing glueballs from flowing out from service mouth when receiving ball Second on-off valve；The front end of the lower tube box is communicated with water inlet pipe, is equipped in water inlet pipe for utilizing pressure when intaking water inlet tube The lower pressure difference pipe that difference issues glueballs from the service mouth of ball separator, be equipped in the receipts ball mouth for prevented when serving a ball from Receive the first on-off valve of ball mouth outflow；The ball separator is also communicated with for glueballs to be recycled to ball water in upper pressure difference pipe Water in ball separator is expelled to the water outlet of outlet pipe when in separator, is used to direct water into pushing when intaking water inlet tube Difference manages the interior water inlet to issue glueballs out of ball separator and is used to control the disengaging of inlet and outlet on-off Water control valve.

Preferably, the upper pressure difference pipe includes upper water-out mouth, upper service mouth, upper goal mouth and upper water inlet, upper goal The central axis of mouth, upper water-out mouth and outlet pipe is on same straight line, and upper service mouth and upper water inlet all stretch out outlet pipe Outside, upper water-out mouth is only connected to upper water inlet, and upper service mouth is only connected to upper goal mouth, and the outlet of upper water-out mouth and outlet pipe exists Ipsilateral, upper goal mouth is connected to the outlet end for catching ball strainer, upper service mouth and upper water inlet respectively with the receipts ball of ball separator Mouth is connected to water outlet, and the spacing between upper water inlet and the central axis of upper service mouth is L, 0≤L≤200cm.

It is highly preferred that the upper pressure difference Guan Weiyi four-way pipe, four-way pipe is interior to be equipped with upper spacer, upper water inlet and upper service mouth On same straight line.

Preferably, the lower pressure difference pipe includes lower water inlet, lower goal mouth, lower service mouth and lower outlet, tripping in water The central axis of mouth, lower service mouth and water inlet pipe is on same straight line, and water inlet pipe is all stretched out in lower outlet and lower goal mouth Outside, lower water inlet is only connected to lower outlet, and lower goal mouth is only connected to lower service mouth, and the entrance of lower water inlet and water inlet pipe exists Ipsilateral, lower goal mouth and lower outlet are connected to the service mouth and water inlet of ball separator respectively, lower outlet and lower goal The spacing of the central axis of mouth is L, 0≤L≤200cm.

It is highly preferred that the lower pressure difference Guan Weiyi four-way pipe, four-way pipe is interior to be equipped with lower clapboard, lower outlet and lower goal mouth On same straight line.

Preferably, the ball separator is that horizontal side hair side receives ball separator, including cylinder, receives ball mouth and water outlet It is arranged in the one side wall of cylinder, service mouth and water inlet are arranged on another side wall of cylinder, water inlet and the water outlet All it is connect with the inlet and outlet control valve for controlling inlet and outlet on-off；The inlet and outlet control valve includes merging cylinder Interior inner cylinder, be equipped in inner cylinder inner cylinder for the inner cavity of inner cylinder to be divided into mutually independent first inner chamber and second inner chamber every Plate, the interior separation strainer being equipped with for preventing glueballs from entering the first port corresponding with water outlet of first inner chamber, second inner chamber It is set on inner cylinder side wall there are two the second port corresponding with service mouth and water inlet respectively, second inner chamber is interior to be equipped with for preventing glue Ball enters the separation strainer of the second port corresponding with water inlet, and inner cylinder is also connected with to be made for driving inner cylinder to rotate in cylinder It obtains two the first ports and service mouth and water inlet is corresponding and two the second ports inner cylinder corresponding with receipts ball mouth and water outlet revolves Turn driver.

Preferably, the ball separator is that vertical side hair side receives ball separator, including tank body, the inner cavity of tank body are divided into Epicoele and cavity of resorption are equipped with the first control valve between epicoele and cavity of resorption, receive ball mouth and water outlet is arranged on the tank wall of epicoele, Service mouth and water inlet be arranged on the tank wall of cavity of resorption, be additionally provided in tank inner chamber for prevent glueballs enter water inlet and The ball water of water outlet separates strainer, inlet and outlet also all with the disengaging for controlling water outlet and water inlet on state Water control valve connection.

It is highly preferred that the inlet and outlet control valve includes the inner cylinder in outer cylinder and merging outer cylinder, it is equipped in inner cylinder for will The inner cavity of inner cylinder is divided into the demarcation plate of intake antrum and water chamber, and water chamber is connected to water outlet, and intake antrum is connected to water inlet, interior The water chamber side wall of cylinder is equipped with the first communication port, and the side wall of water inlet chamber of inner cylinder is equipped with the second communication port, on the side wall of outer cylinder Equipped with also connecting with the corresponding third connecting mouth of the first communication port and the 4th communication port corresponding with the second communication port, the inner cylinder Be connected to for drive inner cylinder to rotate in outer cylinder so that on inner cylinder communication port it is corresponding with communication port on outer cylinder or be staggered inner cylinder rotation Turn driver.

It is highly preferred that the tank body is equipped with total conducting orifice, it is equipped with port spacing board in total conducting orifice, spacing board will always be led Port is divided into water outlet and water inlet.

It is highly preferred that the inlet and outlet control valve includes the first two-way electronic valve and use for controlling water inlet on-off In the second two-way electronic valve of control water outlet on-off.

It is highly preferred that the cavity of resorption is divided into the first chamber and the second chamber, the second control valve is equipped between the first chamber and the second chamber, The side wall of first chamber is equipped with mirror mouth, and service mouth is on the side wall of the second chamber.

Preferably, the ball separator is that horizontal first send out receives ball separator, including cylinder afterwards, receives ball mouth and water outlet Be arranged in the one side wall of cylinder, serve a ball mouth and water inlet are arranged on another side wall of cylinder, inlet and outlet all with Inlet and outlet control valve for controlling inlet and outlet on-off connects.

It is highly preferred that the inlet and outlet control valve includes the inner cylinder being placed in outer cylinder, set that there are two the on the side wall of inner cylinder The interior intracavitary ball water being equipped with for preventing glueballs from entering water outlet and water inlet of one port, inner cylinder separates strainer, inner cylinder connection Have for driving inner cylinder to rotate in outer cylinder so that two the first ports and service mouth and water inlet is corresponding or two the first ports Inner cylinder rotating driver corresponding with receipts ball mouth and water outlet.

It is highly preferred that the inlet and outlet control valve includes the inner cylinder being placed in outer cylinder, the inner cavity of inner cylinder and outer tube inner chamber connect It is logical, it is equipped with the ball water for preventing glueballs from entering water outlet and water inlet in outer tube inner chamber and separates strainer, is set on the side wall of inner cylinder There is first port, inner cylinder is connected with for driving inner cylinder to rotate in outer cylinder so that the first port is corresponding with water inlet or One port inner cylinder rotating driver corresponding with water outlet.

It is highly preferred that the cylinder is formed by the first cylinder and the sealing docking of the second cylinder, the first cylinder is equipped with water outlet Mouthful and water inlet, the second cylinder be equipped with receive ball mouth and service mouth, the second cylinder it is interior it is intracavitary be equipped with prevent glueballs from entering water outlet Mouth separates strainer with the ball water of water inlet, and inner cylinder is in the first cylinder, and the inner cavity of inner cylinder is connected to the inner cavity of the second cylinder.

It is highly preferred that the inlet and outlet control valve includes the first two-way electronic valve and use for controlling water inlet on-off In the second two-way electronic valve of control water outlet on-off；It is equipped in outer tube inner chamber for preventing glueballs from entering water outlet and water inlet Ball water separate strainer.

It is highly preferred that the inlet and outlet control valve is electric T-shaped valve, inlet and outlet, which are connected, to be arranged in outer cylinder One end form communication port, first valve port of electric T-shaped valve is connected to external water inlet pipe, second valve port connection it is external go out Water pipe, third valve port are docked with communication port sealing；It is equipped in outer tube inner chamber for preventing glueballs from entering water outlet and water inlet Ball water separate strainer.

Preferably, the ball separator is that vertical first send out receives ball separator, including tank body afterwards, and the inner cavity of tank body is divided into Epicoele and cavity of resorption are received ball mouth and are arranged on the tank wall of epicoele, and service mouth is arranged on the tank wall of cavity of resorption；Water inlet and Water outlet is also all disposed on tank body, be additionally provided in tank body for prevent glueballs enter ball water separate strainer, water inlet and go out The mouth of a river is all communicated with to be connected to form service state or conducting orifice water outlet conducting forms and receives the disengaging of spherical state for controlling water inlet Water control valve.

It is highly preferred that the tank body side is communicated with outer cylinder closed at one end, pass through between tank body and the other end of outer cylinder Communication port conducting, inlet and outlet are separately positioned on outer cylinder；The inlet and outlet control valve includes interior in merging outer cylinder The inner cavity of cylinder, inner cylinder is docked with communication port sealing, and the side wall of inner cylinder is equipped with port, and inner cylinder is also connected with for driving inner cylinder to turn It moves so that the inner cylinder rotary driver that port is connected to water inlet or port is connected to water outlet.

It is highly preferred that the inlet and outlet on the tank body are connected to form a communication port；The disengaging water control Valve processed is electric T-shaped valve, and first valve port of electric T-shaped valve is connected to external water inlet pipe, second external water outlet of valve port connection Pipe, third valve port are docked with communication port sealing.

Preferably, second on-off valve is check-valves or two-way electronic valve.

Preferably, first on-off valve is check-valves or two-way electronic valve.

Preferably, ball water separation strainer is additionally provided in the water inlet pipe.

Compared with prior art, the beneficial effects of the present invention are: the present invention provides a kind of end cover type rubber ball cleaning machine, In Upper pressure difference pipe is set in outlet pipe, lower pressure difference pipe is set in water inlet pipe, is communicated with ball separator between upper and lower pressure difference pipe, utilizes Glueballs is recycled in ball separator by the pressure difference that generates when outlet pipe is discharged, intake water inlet tube when the pressure difference that generates by ball moisture It being issued from glueballs in device, entire delivery of service of receiving is not necessarily to additional kinetic pump, and energy loss is small, and it is compact-sized, it recycles, filters Cleaning easy to disassemble is netted, crushing is small, can extend the service life of product.

Detailed description of the invention

Fig. 1 is a kind of perspective view one of end cover type rubber ball cleaning machine provided by the invention；

Fig. 2 is a kind of perspective view two of end cover type rubber ball cleaning machine provided by the invention；

Fig. 3, for pressure difference pipe upper in a kind of end cover type rubber ball cleaning machine provided by the invention be in outlet pipe the first preferably in fact Apply the schematic diagram of mode；

Fig. 4 be in preferably in fact for pressure difference pipe upper in a kind of end cover type rubber ball cleaning machine provided by the invention second of outlet pipe Apply the schematic diagram of mode；

Fig. 5 is that pressure difference pipe is in the first preferred reality of water inlet pipe down in a kind of end cover type rubber ball cleaning machine provided by the invention Apply the schematic diagram of mode；

Fig. 6 is that pressure difference pipe is in second of preferred reality of water inlet pipe down in a kind of end cover type rubber ball cleaning machine provided by the invention Apply the schematic diagram of mode；

Fig. 7 is a kind of cross-sectional view A-A of end cover type rubber ball cleaning machine provided by the invention；

Fig. 8 is cuing open for the ball separator that a kind of end cover type rubber ball cleaning machine provided by the invention applies the first embodiment View B-B；

Fig. 9 is the first preferred embodiment of ball separator in a kind of end cover type rubber ball cleaning machine provided by the invention Schematic diagram；

Figure 10 is the first preferred embodiment of ball separator in a kind of end cover type rubber ball cleaning machine provided by the invention Cross-sectional view；

Figure 11, in the first preferred embodiment for ball separator in a kind of end cover type rubber ball cleaning machine provided by the invention The schematic diagram of inner cylinder；

Figure 12, in the first preferred embodiment for ball separator in a kind of end cover type rubber ball cleaning machine provided by the invention The schematic diagram of connection ring；

Figure 13, in the first preferred embodiment for ball separator in a kind of end cover type rubber ball cleaning machine provided by the invention The schematic diagram of sealing ring；

Figure 14, in the first preferred embodiment for ball separator in a kind of end cover type rubber ball cleaning machine provided by the invention The schematic diagram of sealing ring；

Figure 15 is that a kind of end cover type rubber ball cleaning machine provided by the invention applies the schematic diagram on condenser；

Figure 16 is the ball separator of second of embodiment of application in a kind of end cover type rubber ball cleaning machine provided by the invention Schematic diagram；

Figure 17 is the signal of second of embodiment of ball separator in a kind of end cover type rubber ball cleaning machine provided by the invention Figure；

Figure 18 is the section view of second of embodiment of ball separator in a kind of end cover type rubber ball cleaning machine provided by the invention Figure；

Figure 19 is tank body in a kind of second of embodiment of ball separator of end cover type rubber ball cleaning machine provided by the invention Cross-sectional view；

Figure 20 is inner cylinder in a kind of second of embodiment of ball separator of end cover type rubber ball cleaning machine provided by the invention Schematic diagram；

Figure 21 is the ball separator of the third embodiment of application in a kind of end cover type rubber ball cleaning machine provided by the invention Schematic diagram；

Figure 22 is the ball separator of the third embodiment of application in a kind of end cover type rubber ball cleaning machine provided by the invention Cross-sectional view；

Figure 23 is the ball separator of the third embodiment of application in a kind of end cover type rubber ball cleaning machine provided by the invention Schematic diagram one；

Figure 24 is the ball separator of the third embodiment of application in a kind of end cover type rubber ball cleaning machine provided by the invention Schematic diagram two；

Figure 25 is the ball separator of the 4th kind of embodiment of application in a kind of end cover type rubber ball cleaning machine provided by the invention Schematic diagram；

Figure 26 is the signal of the 4th kind of embodiment of ball separator in a kind of end cover type rubber ball cleaning machine provided by the invention Figure；

Figure 27 is the section view of the 4th kind of embodiment of ball separator in a kind of end cover type rubber ball cleaning machine provided by the invention Figure；

Figure 28 is inner cylinder in a kind of the 4th kind of embodiment of ball separator of end cover type rubber ball cleaning machine provided by the invention Schematic diagram；

Figure 29 is the ball separator of the 5th kind of embodiment of application in a kind of end cover type rubber ball cleaning machine provided by the invention Schematic diagram；

Figure 30 is the ball separator of the 5th kind of embodiment of application in a kind of end cover type rubber ball cleaning machine provided by the invention Cross-sectional view；

Figure 31 is the principle of the 5th kind of embodiment of ball separator in a kind of end cover type rubber ball cleaning machine provided by the invention Figure；

Figure 32 is the ball separator of the 6th kind of embodiment of application in a kind of end cover type rubber ball cleaning machine provided by the invention Schematic diagram；

Figure 33 is the ball separator of the 6th kind of embodiment of application in a kind of end cover type rubber ball cleaning machine provided by the invention Cross-sectional view；

Figure 34 is the principle of the 6th kind of embodiment of ball separator in a kind of end cover type rubber ball cleaning machine provided by the invention Figure；

Figure 35 is the ball separator of the 7th kind of embodiment of application in a kind of end cover type rubber ball cleaning machine provided by the invention Schematic diagram；

Figure 36 is the ball separator of the 7th kind of embodiment of application in a kind of end cover type rubber ball cleaning machine provided by the invention Cross-sectional view；

Figure 37 is the principle of the 7th kind of embodiment of ball separator in a kind of end cover type rubber ball cleaning machine provided by the invention Figure；

Figure 38 is the ball separator of the 8th kind of embodiment of application in a kind of end cover type rubber ball cleaning machine provided by the invention Schematic diagram；

Figure 39 is the signal of the 8th kind of embodiment of ball separator in a kind of end cover type rubber ball cleaning machine provided by the invention Figure；

Figure 40 is the section view of the 8th kind of embodiment of ball separator in a kind of end cover type rubber ball cleaning machine provided by the invention Figure；

Figure 41 is the explosion of the 8th kind of embodiment of ball separator in a kind of end cover type rubber ball cleaning machine provided by the invention Figure；

Figure 42 is the principle of the 8th kind of embodiment of ball separator in a kind of end cover type rubber ball cleaning machine provided by the invention Figure；

Figure 43 is the ball separator of the 9th kind of embodiment of application in a kind of end cover type rubber ball cleaning machine provided by the invention Schematic diagram；

Figure 44 is the ball separator of the 9th kind of embodiment of application in a kind of end cover type rubber ball cleaning machine provided by the invention Cross-sectional view；

Figure 45 is the principle of the 9th kind of embodiment of ball separator in a kind of end cover type rubber ball cleaning machine provided by the invention Figure；

Figure 46 is the ball separator of the tenth kind of embodiment of application in a kind of end cover type rubber ball cleaning machine provided by the invention Schematic diagram；

Figure 47 is the ball separator of the tenth kind of embodiment of application in a kind of end cover type rubber ball cleaning machine provided by the invention Cross-sectional view；

Figure 48 is the principle of the tenth kind of embodiment of ball separator in a kind of end cover type rubber ball cleaning machine provided by the invention Figure；

Figure 49 is a kind of tenth a kind of schematic diagram of preferred embodiment of end cover type rubber ball cleaning machine provided by the invention；

Figure 50 is a kind of tenth a kind of schematic diagram of preferred embodiment of end cover type rubber ball cleaning machine provided by the invention；

Figure 51 is a kind of schematic diagram of 12nd kind of preferred embodiment of end cover type rubber ball cleaning machine provided by the invention；

Figure 52 is a kind of schematic diagram of 12nd kind of preferred embodiment of end cover type rubber ball cleaning machine provided by the invention；

Figure 53 is a kind of schematic diagram of 13rd kind of preferred embodiment of end cover type rubber ball cleaning machine provided by the invention；

Figure 54 is a kind of schematic diagram of 13rd kind of preferred embodiment of end cover type rubber ball cleaning machine provided by the invention.

Specific embodiment

Preferred embodiment provided by the invention is illustrated with reference to the accompanying drawings.

The present invention provides a kind of end cover type rubber ball cleaning machine, which includes end socket bobbin carriage 60, setting Outlet pipe 10 and water inlet pipe 20 in end socket bobbin carriage one end and the ball separator 30 that is arranged between outlet pipe and water inlet pipe, Ball separator 30, which has, receives ball mouth 301 and service mouth 302, is equipped with upper tube box 601 and lower tube box in the end socket bobbin carriage 60 602, the front end of upper tube box 601 is connected to outlet pipe 10, is equipped in outlet pipe 10 and enters for the glueballs in upper tube box 601 and water flow Glueballs is recycled in the receipts ball mouth of ball separator using pressure difference when outlet pipe and water flow is back to the upper pressure difference pipe of outlet pipe 40, it is additionally provided in ball separator 30 for the ball water of glueballs and water flow separation to be separated strainer 305, in the service mouth 302 Equipped with the second on-off valve for preventing glueballs from flowing out from service mouth when receiving ball；The front end of the lower tube box 602 be communicated with into Water pipe 20, water inlet pipe 20 is interior to be equipped with for being issued glueballs from the service mouth of ball separator using pressure difference when intaking water inlet tube Lower pressure difference pipe 50, it is described receive ball mouth 301 in be equipped with for service when prevent from receive ball mouth flow out the first on-off valve；It is described Ball separator 30 further include have for when glueballs is recycled in ball separator by upper pressure difference pipe by water in ball separator Be expelled to outlet pipe water outlet 303, for directed water into when intaking water inlet tube in lower pressure difference pipe with by glueballs from ball moisture Inlet and outlet control valve 32 from the water inlet 304 issued in device and for controlling inlet and outlet on-off, utilizes water outlet Glueballs is recycled in ball separator 30 by the pressure difference that pipe 10 generates when being discharged, and ball separator 30 separates glueballs and water flow, Glueballs rests in ball separator 30, and water flow passes through ball separator 30 and finally imports outflow in outlet pipe 10；Water inlet pipe Pressure difference is generated when 20 water inlet, water flow enters in ball separator 30, and glueballs is driven to import in water inlet pipe 20, and glueballs issues, entirely It receives delivery of service and is not necessarily to additional kinetic pump, energy loss is small, and it is compact-sized, it recycles, strainer cleaning easy to disassemble, crushing It is small, the service life of product can be extended, and it is cold to the water cooler between DN3000 in DN400 to be suitable for end socket bobbin carriage specification Condenser and evaporator.

As shown in figure 3, the upper pressure difference pipe 40 include upper water-out mouth 41, upper ball mouth 42, upper goal mouth 43 and on enter The central axis at the mouth of a river 44, upper goal mouth 43, upper water-out mouth 41 and outlet pipe 10 is on same straight line, upper 42 He of ball mouth Upper water inlet 44 all stretches out outside outlet pipe 10, and upper water-out mouth 41 is only connected to upper water inlet 44, upper ball mouth 42 only with upper goal Mouthfuls 43 are connected to, the outlet of upper water-out mouth 41 and outlet pipe 10 in ipsilateral, upper goal mouth 43 and the outlet end for catching ball strainer 11, it is upper out Ball mouth 42 and upper water inlet 44 are connected to the receipts ball mouth 301 and water outlet 303 of ball separator 30 respectively, upper water inlet 54 and upper Spacing between the central axis of ball mouth 42 is L, 0≤L≤200cm, enters from upper tube box 601 in water flow and glueballs in this way When water pipe 10, most of water flow is directly flowed out from outlet pipe 10；Fraction water flow drives glueballs under the action of receiving ball strainer 11 Into upper goal mouth 43, the receipts ball mouth 301 of ball separator 30 is entered using upper ball mouth 42, by ball separator 30 Separation strainer 11 filtering so that glueballs stays in ball separator 30, and fraction water flow enters from the inflow of water outlet 303 The mouth of a river 44 is finally flowed out from upper water-out mouth 41 and is imported in outlet pipe 10, flows out from the opening of outlet pipe 10.As a kind of preferred side Formula should dock 11 with the outlet end for catching ball strainer and be placed in upper tube box 601 or in outlet pipe 10, with the outlet end for catching ball strainer Tapered shape is docked, big end opening is bonded towards end socket bobbin carriage side and with water outlet inside pipe wall, small end opening and upper goal mouth 43 connections, cone angle beta are 20 ° to 90 °.The upper tube box 601 is equipped with soil cleaning port 604, soil cleaning port periodically can be opened cleaning and receive ball The impurity retained on strainer, soil cleaning port can also be provided at outlet pipe.

The upper pressure difference pipe 40 includes the first supervisor, the second supervisor, the first branch pipe and the second branch pipe, and the one of the first supervisor opens Mouth end is opposite with water (flow) direction, and the open end of the first supervisor is upper goal mouth 43, another open end connection of the first branch pipe There is the first branch pipe stretched out outside outlet pipe, the open end that the first branch pipe stretches out outside outlet pipe is upper ball mouth 42, the second supervisor An open end it is identical as water (flow) direction, the open end of the second supervisor is upper water-out mouth 41, another opening of the second supervisor End is communicated with the second branch pipe stretched out outside outlet pipe, and the open end that the second branch pipe stretches out outside outlet pipe is upper water inlet 44, the Spacing between one branch pipe and the central axis of the second branch pipe is L, 0≤L≤200cm.Pressure difference on this as a preferred method, The first branch pipe is sealed perpendicular to the first supervisor, first supervisor and the connecting pin of the first branch pipe using upper spacer 45 in pipe, the Two branch pipes are sealed perpendicular to the second supervisor, the second supervisor and the connecting pin of the second branch pipe using upper spacer 45, upper spacer 45 and water The angular range of plane is γ, and 0 γ≤90 ° <, preferably γ is 45 °.As shown in figure 4, the another kind for upper pressure difference pipe is preferred real Mode is applied, the upper pressure difference Guan Weiyi four-way pipe, four-way pipe is interior to be equipped with upper spacer 45, the central axis of the first branch pipe and the second branch pipe Spacing between line is 0, and upper water inlet and upper ball mouth are on same straight line.

As shown in figure 5, the lower pressure difference pipe 50 includes lower water inlet 51, lower goal mouth 52, lower ball mouth 53 and goes out down The central axis at the mouth of a river 54, lower water inlet 51, lower ball mouth 53 and water inlet pipe 20 is on same straight line, 54 He of lower outlet Lower goal mouth 52 is all stretched out outside water inlet pipe 20, and lower water inlet 51 is only connected to lower outlet 54, lower goal mouth 52 only with it is lower go out ball Mouthfuls 53 are connected to, the entrance of lower water inlet 51 and water inlet pipe 20 ipsilateral, lower goal mouth 52 and lower outlet 54 respectively with ball moisture Service mouth 302 from device 30 is connected to water inlet 304, and the spacing of the central axis of lower outlet 54 and lower goal mouth 52 is L, and 0 ≤ L≤200cm, in this way when water inlet pipe 20 is intake, most of water flow flows directly into lower tube box 602, and fraction water flow is from entrance Lower water inlet 51 flows into water inlet 304 by lower outlet 54, in entering ball separator 30, brings glueballs into service Mouth 302 finally imports in water inlet pipe 20 from lower ball mouth 53 into lower goal mouth 52, flows into lower tube box 602 with cold to water dispenser group Condenser and evaporator are cleaned.

The lower pressure difference pipe 50 is identical as the structure of upper pressure difference pipe 40, and the lower pressure difference pipe 50 includes third supervisor, the 4th One open end of supervisor, third branch pipe and the 4th branch pipe, third supervisor is opposite with water (flow) direction, and the open end of third supervisor is For lower water inlet 51, another open end of the first branch pipe is communicated with the third branch pipe stretched out outside water inlet pipe, and third branch pipe stretches out out Open end outside water pipe is lower outlet 54, and the open end of the 4th supervisor is identical as water (flow) direction, and the one of the 4th supervisor opens Mouth end is lower ball mouth 53, and another open end of the 4th supervisor is communicated with the second branch pipe stretched out outside outlet pipe, the 4th branch pipe The open end stretched out outside outlet pipe is lower goal mouth 52, and the spacing between third branch pipe and the central axis of the 4th branch pipe is L, 0≤L≤200cm.As a kind of preferred embodiment of lower pressure difference pipe, third branch pipe is responsible for perpendicular to third, the third master The connecting pin of pipe and third branch pipe is sealed using lower clapboard 55, and the 4th branch pipe is responsible for and the 4th perpendicular to the 4th supervisor, the 4th The connecting pin of pipe is sealed using lower clapboard 55, and the angular range of lower clapboard 55 and horizontal plane is γ, 0 γ≤90 ° <, and preferably γ is 45°.As shown in fig. 6, being another preferred embodiment of lower pressure difference pipe, the lower pressure difference Guan Weiyi four-way pipe, in four-way pipe Equipped with lower clapboard 55, the spacing between third branch pipe and the central axis of the 4th branch pipe is 0, lower outlet 54 and lower goal mouth 52 On same straight line.

The ball separator is divided into four major class: it is horizontal while hair side receive class, it is vertical while hair side receive class, it is horizontal first send out receive afterwards class and It first sends out and receives class afterwards.

The ball separator of Fig. 1, Fig. 2 and Fig. 7 into Figure 14 is that horizontal side hair side receives ball separator, the horizontal side hair It includes cylinder 31a that ball separator 30a is received on side, receives ball mouth 301 and water outlet 303 is arranged in the one side wall of cylinder, mouth of serving a ball 302 and water inlet 304 be arranged on another side wall of cylinder 31a, water inlet 304 and water outlet 303 are all and for controlling water inlet Mouth and the inlet and outlet control valve 32 of water outlet on-off connect；The inlet and outlet control valve 32A includes the inner cylinder being placed in cylinder 31a It is equipped in 321A, inner cylinder 321A for the inner cavity of inner cylinder 321A to be divided into mutually independent first inner chamber 32101A and second inner chamber Set on the inner cylinder side wall of inner cylinder the partition 32103A, first inner chamber 32101A of 32102A there are two respectively with receive ball mouth and water outlet It is equipped in corresponding first port 3211A, first inner chamber 32101A logical for preventing glueballs from entering corresponding with water outlet first Mouthful separation strainer 305, set that there are two corresponding with service mouth and water inlet respectively on the inner cylinder side wall of second inner chamber 32102A Second port 3212A, the interior separation strainer being equipped with for preventing glueballs from entering the second port corresponding with water inlet of second inner chamber 305, inner cylinder is also connected with for driving inner cylinder to rotate in cylinder so that two the first ports are corresponding with service mouth and water inlet And two the second ports inner cylinder rotating driver 322A corresponding with receipts ball mouth and water outlet, in this way when carrying out receipts ball, glueballs Enter first inner chamber 32101A from 301, first port 3211A of ball mouth are received with water flow, water flow is again from another the first port 3211A and water outlet 303 flow out；When service, water flow flows into second inner chamber from water inlet 304 and another the second port 3212A 32102A drives glueballs to flow out from a second port 3212A and service mouth 302, first inner chamber 32101A and second inner chamber 32102A is mutually indepedent, it can be achieved that receive ball in service, effectively improves ball collecting rate, and power is extremely low, simple and reliable for structure, adds Work difficulty is low；After carrying out transmitting-receiving ball whole, inner cylinder 321A rotation can be driven by inner cylinder rotating driver 322A, so that Two the first port 3211A respectively with water inlet 304 and service mouth 302 it is corresponding, two the second port 3212A respectively with water outlet 303 correspond to ball mouth 301 is received, to facilitate the receipts delivery of service for carrying out next time.Cylinder 31a horizontal can be placed so that in outer cylinder Mandrel line is concordant with horizontal plane, can also tilt cylinder 31a and place, so that the angle α of the central axis of cylinder 31a and horizontal plane Less than or equal to 90 degree.Electric Actuator can be selected in the inner cylinder rotating driver 322A, and Electric Actuator starts or stops all PLC or the single-chip microcontroller of controller can be used to realize control, pneumatic actuator or hydraulic executer also can be selected.

The cylinder 31a and inner cylinder 321A coaxial line, the both ends insertion sliding bearing 311a and inner cylinder both ends structure of cylinder 31a At revolute pair, inner cylinder driver 322A driving inner cylinder 321A is facilitated to slide in cylinder 31a.

As shown in Figure 10, in order to enable inner cylinder 321A rotated in cylinder 31a it is smooth, between outer tube inner wall and inner tank theca There are gap, connection ring is all embedded in the receipts ball mouth 301 and water outlet 303 of cylinder 31a, serve a ball mouth 302 and water inlet 304 312a, the one end connection ring 312a are plane, and one end is saddle port face, and inner cylinder outer surface is close in saddle port face, and connection ring is by outer cylinder On receipts ball mouth, water outlet, service mouth be connected with four ports on water inlet respectively inner cylinder, inner cylinder can not be influenced in this way The rotation of 321A, and sealing function can be played, to prevent liquid flow from going out, prevents service chamber and receive spherical cavity string water.The saddle port Periphery is equipped with sealing ring 313a, and sealing ring 313a is close to outer tube inner wall, controls few amount of leakage, prevent first inner chamber 32101A and second inner chamber 32102A string water.The material of connection ring 312a, sealing ring 313a and sliding bearing 311a are unlimited, excellent First use ultra-high molecular weight polyethylene or nylon.

Inner cylinder partition 32103A in inner cylinder 321A can be used fixed form and be arranged in inner cylinder, such as weld, and can also adopt It is arranged in inner cylinder with manner, such as grafting and clamping.The inner cavity of inner cylinder 20 can be divided by inner cylinder partition 32103A One inner cavity 32101A and second inner chamber 32102A.

In order to which processing and fabricating is convenient, the axis of receipts ball mouth 301 and water outlet 303 in cylinder 31a one side wall is in On the same sagittal plane of cylinder 31a；The axis of service mouth 302 and water inlet 304 on another side wall of cylinder 31a is in On the same sagittal plane of outer cylinder；It receives ball mouth 301 and water outlet 303 is arranged in a sagittal plane higher slice, mouth 302 of serving a ball It is arranged with water inlet 304 in another plane higher slice；Accordingly, two first on the inner cylinder side wall of first inner chamber 32101A The axis of port 3211A is on the same sagittal plane of inner cylinder 321A；Two on the inner cylinder side wall of second inner chamber 32102A The axis of two port 3212A is on the same sagittal plane of inner cylinder 321A, i.e., two the first port 3211A are a sagittal plane Higher slice setting, two the second port 3212A are arranged in another sagittal plane higher slice.

As a kind of optimal preferred embodiment, as shown in Figure 10 and Figure 11, the water outlet 303 and water inlet 304 Axis be on same straight line, water outlet 303 and water inlet 304 are symmetrical arranged；One the first port 3211A and one second The axis of port 3212A is on same straight line；The service mouth 302 and the axis for receiving ball mouth 301 are on same straight line, are sent out Ball mouth 302 and receipts ball mouth 301 are symmetrical arranged；The axis of another the first port 3211A and another second port 3212A are in On same straight line, i.e. the axis of four mouths on cylinder 31a is on same sagittal plane, and the mouth on cylinder 31a on two sidewalls It is symmetrical arranged, meanwhile, the axis of four mouths of inner cylinder 321A is also on same sagittal plane, and first on inner cylinder two sidewalls is logical Mouthful 3211A and the second port 3212A is symmetrical arranged, in this way two the first port 3211A respectively with receipts ball mouth 301 and water outlet 303 is corresponding, and two the second port 3212A are corresponding with service mouth 302 and water inlet 304 respectively, can carry out receiving ball and delivery of service； When inner cylinder rotating driver 322A driving inner cylinder 321A rotates 90 degree, upper four ports of cylinder 31a and four on inner cylinder 321A A port does not correspond to, when inner cylinder rotating driver 322A driving inner cylinder 21 rotates 180 degree, two the first port 3211A points Not corresponding with service mouth 302 and water inlet 304, two the second port 3212A, and can respectively with receipts ball mouth 301 and water outlet 303 Continue while carrying out receiving ball and delivery of service.In addition, as a kind of preferable embodiment, upper four mouths of cylinder 31a it is straight Diameter is identical as the diameter of upper four mouths of inner cylinder 321A.

It observes for convenience and receives ball and service state and addition or take out glueballs, one end of the cylinder 31a is formed Mirror mouth 314a, mirror mouth is interior to be equipped with visor；The sealing of the one end the inner cylinder 31A, the other end open wide, and open wide one end and mirror mouth 314a connection, facilitates ball adding and takes ball, is equipped with the sealing strip 315A for being fitted on visor close to partition one end of mirror mouth, To there is the phenomenon that fluid seepage in cylinder rotation process including preventing.

The horizontal side hair side receives the specific work process of ball separator are as follows: inner cylinder rotating driver 322A drives inner cylinder 321A rotation, when inner cylinder 321A is in 0 degree, upper two the first port 3211A of inner cylinder 321A and serve a ball mouth 302 and water inlet 304 Corresponding and two the second port 3212A are corresponding with receipts ball mouth 301 and water outlet 303；Service with receipts ball carry out simultaneously, water flow from into The mouth of a river 304 and the second port 3212A flow into second inner chamber 32102A, and glueballs is driven to flow from the second port 3212A and service mouth 302 Out；Glueballs and water flow from receive ball mouth 301, the first port 3211A enters first inner chamber 32101A, glueballs rests on first inner chamber 32101A, water flow are flowed out from the first port 3211A and water outlet 303 again；After this receives ball and service, inner cylinder rotating is driven Dynamic device 322A driving inner cylinder 321A rotation, inner cylinder 321A rotate 90 degree, four on four ports and cylinder 31a on inner cylinder 321A A mouth does not correspond to, and openable mirror mouth is added glueballs；When inner cylinder rotating driver drives inner cylinder 321A rotation 180 degree, Two the first port 3211A are corresponding with service mouth 302 and water inlet 304 respectively in inner cylinder 321A, and two the second port 3212A points Position is not exchanged with second inner chamber 32102A with receipts ball mouth 301 and water outlet 303, i.e. first inner chamber 32101A in inner cylinder 21, The glueballs when glueballs stopped when receiving ball originally is as service next time, facilitates receive ball and service next time.

As shown in figure 15, one end that end cover type rubber ball cleaning machine is installed to condenser, evaporator or air-conditioner set, to cold Condenser, evaporator or air-conditioner set are cleaned.

Ball separator of the Figure 16 into Figure 24 is all that vertical side hair side receives ball separator, which receives ball water Separator 30b includes tank body 31b, and the inner cavity of tank body is divided into epicoele 3101b and cavity of resorption 3102b, epicoele 3101b and cavity of resorption 3102b Between be equipped with the first control valve 3103b, the tank wall of epicoele, which is equipped with, receives ball mouth 301 and water outlet 303, the tank body side of cavity of resorption Wall is equipped with service mouth 302 and water inlet 304, is additionally provided in tank inner chamber for preventing glueballs from entering inlet and outlet Ball water separates strainer 305, and inlet and outlet are also all connected with the disengaging for controlling water outlet and water inlet on state Water control valve 32, inlet and outlet control valve 32 control water inlet 304 and water outlet 303 and are all connected constantly, water inlet 304 and it is external into Water pipe conducting, water outlet 303 are connected with external outlet pipe, the first control valve 3103b closing, when receiving ball, glueballs and water flow from It receives ball mouth 301 and enters epicoele 3101b, since the effect of ball water separation strainer 305 rests in epicoele 3101b, water flows through glueballs It crosses water outlet 303 and flows into external outlet pipe；When service, water flow is intake from water inlet 304, into cavity of resorption 3102b, drives cavity of resorption Glueballs in 3102b is flowed out from service mouth 302, when inlet and outlet control valve 32 controls water inlet 304 and the disconnection of water outlet 303, hair Ball and receipts ball stop, and the first control valve 3103b is opened, and the glueballs in epicoele 3101b is fallen into cavity of resorption 3102b, under preparation Primary receipts ball and service.Tank body 31b can be placed vertically, and also tiltable is placed, so that the central axis of tank body 31b and level The angle α in face, 0 degree≤α≤90 degree.The first control valve 3103b is one way stop peturn valve, water inlet as a preferred implementation manner, Mouthfuls 304 and water outlet 303 all on state when, since what is entered from water inlet 304 is all high pressure water, and from water outlet 303 outflow be all cleaning after the completion of low pressure water so that the pressure of cavity of resorption 3102b be greater than epicoele 3101b pressure, first control Valve 3103b processed is closed, and after the completion of receiving and dispatching ball, water inlet 304 and water outlet 303 all remain off, the first control valve 3103b due to glueballs pressure and the gravity of itself and open, the glueballs in epicoele 3101b is fallen into cavity of resorption 3102b.

As second of preferred embodiment that Figure 16 to Figure 20 is ball separator passes in and out water control in this embodiment Valve 32B processed includes the inner cylinder 322B in outer cylinder 321B and merging outer cylinder 321B, is equipped in inner cylinder 322B for by the inner cavity of inner cylinder It is divided into the inner cylinder demarcation plate 3223B of water chamber 32201B and intake antrum 32202B, water chamber 32201B is connected to water outlet 303, Intake antrum 32202B is connected to water inlet 304, and the water chamber side wall of inner cylinder 322B is equipped with the first communication port 3221B, inner cylinder Side wall of water inlet chamber, which is equipped with, is equipped with third corresponding with the first communication port with the second communication port 3222B, the side wall of outer cylinder 321B Communication port 3211B and fourth communication port 3212B corresponding with the second communication port, the inner cylinder 322B are also connected with for driving Inner cylinder rotates in outer cylinder so that communication port is corresponding with communication port on outer cylinder on inner cylinder or the inner cylinder rotary driver 323B that is staggered, When needing to be connected, inner cylinder rotary driver 323B drives inner cylinder 322B rotation, so that the upper first communication port 3221B of inner cylinder 322B It is corresponding with the third connecting mouth 3211B on outer cylinder 321B to be connected to, on the second communication port 3222B and outer cylinder 321B on inner cylinder 322B The corresponding connection of the 4th communication port 3212B；And when needing to disconnect, inner cylinder rotary driver 323B drives inner cylinder rotation, so that Communication port is not corresponding with communication port on outer cylinder 321B on inner cylinder 322B, and the communication port on outer cylinder 321B is all by the barrel of inner cylinder 322B Sealing.The inner cylinder rotary driver 323B can also carry out the communication port so that on outer cylinder 321B by driving outer cylinder 321B rotation It is corresponding with the communication port on inner cylinder 322B or be staggered.Inner cylinder rotary driver 323B can select Electric Actuator, electronic to hold Row device starts or stops the PLC that controller all can be used or single-chip microcontroller to realize control, and pneumatic actuator or liquid also can be selected Dynamic actuator.

As a kind of preferable mode, the axis of the first communication port 3221B and the second communication port 3222B are in same straight line On, i.e. the first communication port 3221B and the second communication port 3222B are symmetricly set on the two sides of inner cylinder 322B；Third connecting 3211B and The axis of 4th communication port 3212B is on same straight line, i.e. third connecting 3211B and the 4th communication port 3212B are symmetrical arranged In the two sides of outer cylinder 321B, in this way when controlling water inlet 304 and water outlet 303 is connected, upper first communication port of inner cylinder 322B 3221B is corresponding with the third connecting mouth 3211B on outer cylinder 321B to be connected to, the second communication port 3222B and outer cylinder on inner cylinder 322B The corresponding connection of the 4th communication port 3212B on 321B；When inner cylinder rotary driver 323B drives inner cylinder 322B to rotate 90 degree, inner cylinder The upper communication port of 322B is not corresponding with communication port on outer cylinder 321B, and the communication port on outer cylinder 321B is all close by the barrel of inner cylinder 322B Envelope；When inner cylinder rotary driver 323B drives inner cylinder 322B rotation 180 degree, water chamber 32201B and intake antrum 32202B mutually turn 180 degree is changed, the first communication port 3221B and the second communication port 3222B mutually convert 180 degree, the connection of third connecting 3211B and the 4th Mouth 3212B mutually converts 180 degree, and communication port corresponds to each other connection with communication port on outer cylinder 321B again on inner cylinder 322B.

In order to enable inner cylinder 322B rotates smooth, the outer cylinder 321B and inner cylinder 322B coaxial line in outer cylinder 321B, outside The both ends insertion sliding bearing of cylinder 321B and inner cylinder both ends constitute revolute pair；It is stayed between outer cylinder 321B inner wall and inner cylinder 322B outer wall There is gap, is all embedded in connection ring in the third connecting mouth 3221B and the 4th communication port 3222B of outer cylinder 322B, connection ring one end is Plane, one end be saddle port face, saddle port face be close to inner cylinder outer surface, connection ring by two communication ports on outer cylinder respectively with it is interior Two communication ports on cylinder are connected, and can not influence the rotation of inner cylinder 322B in this way and play sealing function, to prevent liquid Body outflow prevents water chamber 32201B and intake antrum 32202B string water.The saddle port periphery is equipped with sealing ring, sealing ring and outer Cylinder inner wall is close to, and few amount of leakage is controlled.The material of the connection ring, sealing ring and sliding bearing is unlimited, preferentially uses superelevation Molecular weight polyethylene or nylon.

The tank body 31b is equipped with total conducting orifice 311b as a preferred implementation manner, is equipped in total conducting orifice 311b Port spacing board 3111b, port spacing board 3111b divide total conducting orifice 311b for water outlet 303 and water inlet 304, ball moisture It may be provided in total conducting orifice 311b from strainer 305 to prevent glueballs from entering.When inlet and outlet are in the conductive state, Port spacing board 3111b is concordant with inner cylinder demarcation plate 3223b.

The inner cylinder 322B's is closed at one end, another end opening of inner cylinder；The closed end of inner cylinder and inner cylinder rotating driver Connection, the open end of inner cylinder and partition are equipped with sealing strip, to there is showing for fluid seepage in cylinder rotation process including preventing As.In sealing strip, connection ring, sealing ring and sliding bearing and the first embodiment of ball separator in present embodiment Sealing strip 315a, connection ring 312a, sealing ring 313a are identical with sliding bearing 311a structure.

It observes for convenience and receives ball and service state and addition or taking-up glueballs, on the side wall of the cavity of resorption 3102b It is additionally provided with for putting glueballs and observing the mirror mouth 312b of service state, mirror mouth 312b is in 302 top of service mouth, can facilitate It puts glueballs to enter in cavity of resorption 3102b, can also observe spherical state.

The cavity of resorption 3102b points are the first chamber 31021b and the second chamber 31022b, the first chamber 31021b and the second chamber The second control valve 3104b is equipped between 31022b, the side wall of the first chamber 1021 is equipped with mirror mouth 312B, and service mouth 302 is in On the side wall of second chamber 31022b, when putting glueballs to cavity of resorption 3102b, mirror mouth 312B is opened, the second control valve 3104b is closed It closes, glueballs is in the first chamber 31021b；And service when, the second control valve 3104b open, glueballs and from water inlet 304 into The water flow entered enters the second chamber 31022b, flows out from service mouth 302.Second control valve as a preferred implementation manner, 3104b is one way stop peturn valve, and when carrying out putting ball, water inlet 304 is in off state, and mouth 302 of serving a ball is connected to external equipment, The pressure of second chamber 31022b is greater than the pressure of the first chamber 31021b, and the second control valve 3104b is automatically closed；And it is being received and dispatched When ball, water inlet 304 is in connected state, the gravity of water flow, glueballs and valve itself, and the second control valve 3104b is opened.

The vertical side hair side receives the course of work of ball separator specifically: 1) in inner cylinder rotary driver 323B driving Cylinder 322B rotation, connects so that the upper first communication port 3221B of inner cylinder 322B is corresponding with the third connecting mouth 3211B on outer cylinder 321B It is logical, the second communication port 3222B connection corresponding with the 4th communication port 3212B on outer cylinder 321B on inner cylinder 322B, water inlet 304 With water outlet 303 all on state, the first control valve 3103b is closed under the action of epicoele is with cavity of resorption pressure difference, when receiving ball, From ball mouth 301 is received into epicoele 3101b, glueballs rests on epicoele due to the effect of ball water separation strainer 305 for glueballs and water flow In 3101b, water flow flows into external outlet pipe by water outlet 303；When service, water flow is intake from water inlet 304, into cavity of resorption 3102b drives the glueballs in cavity of resorption 3102b to flow out from service mouth 302；2) inner cylinder rotary driver 323B drives inner cylinder 322B to turn Dynamic, communication port is not corresponding with communication port on outer cylinder 321B on inner cylinder 322B, and the communication port on outer cylinder 321B is all by inner cylinder 322B's Barrel sealing, the first control valve 3103b due to glueballs pressure and the gravity of itself and open, in epicoele 3101b Glueballs is fallen into cavity of resorption 3102b, in case receipts delivery of service next time.

As Figure 21 to Figure 24 be ball separator the third preferred embodiment, the ball separator of the embodiment with The structure of the ball separator of second of embodiment is substantially the same, and difference is: the inlet and outlet control valve 32C includes being used for Control the first two-way electronic valve 321C of water inlet on-off and the second two-way electronic valve 322C for controlling water outlet on-off. Figure 23 and Figure 24 is the schematic illustration of Figure 22, and when being served a ball and receiving ball, the first two-way electronic valve 321C and second is electronic Two-way valve 322C controls water inlet 304 and water outlet 303 is connected, effect of the first control valve 3103b in epicoele and cavity of resorption pressure difference Lower closing, when receiving ball, glueballs and water flow enter epicoele 3101b, work of the glueballs due to ball water separation strainer 305 from ball mouth 301B is received With resting in epicoele 3101b, water flow flows into external outlet pipe by water outlet 303；When service, water flow from water inlet 304 into Water drives the glueballs in cavity of resorption 3102b to flow out from service mouth 302 into cavity of resorption 3102b；First two-way electronic valve 321C and Two two-way electronic valve 322C control water inlet 303 and water outlet 303 and disconnect, the first control valve 3103b due to glueballs pressure with And itself gravity and open, the glueballs in epicoele 3101b is fallen into cavity of resorption 3102b, in case transmitting-receiving ball next time is dynamic Make.

Ball separator of the Figure 25 into Figure 37 is that horizontal first send out receives ball separator afterwards, which receives ball moisture afterwards It include outer cylinder 31c from device 30c, the one side wall of outer cylinder 31c, which is equipped with, receives ball mouth 301 and water outlet 303, the other side of outer cylinder 31c Wall is equipped with service mouth 302 and water inlet 304, water inlet 304 and water outlet 303 are all communicated with for controlling water inlet and water outlet The inlet and outlet control valve 32 of mouth on-off；The ball separator further includes having for preventing glueballs from entering water outlet and water inlet Ball water separates strainer 305, when inlet and outlet control valve 32 controls water outlet 303 and is connected, water flow and glueballs from receive ball mouth 301 into Enter, by the effect of ball water separation strainer 305, water flow is flowed out from water outlet 303, and glueballs rests in outer cylinder 31c；And it passes in and out When water control valve 32 controls the conducting of water inlet 304, water flow enters in outer cylinder 31c from water inlet 304, and water flow drives in outer cylinder 31c Glueballs issued from service mouth 302, such service state can be converted at any time with the spherical state of receipts, and overall structure is simple, size reduction, Processing and fabricating is simple, saves energy consumption.The outer cylinder 31c horizontal can be placed so that the central axis of outer cylinder is concordant with horizontal plane, Outer cylinder 31c can be tilted and be placed, so that the angle α of the central axis of outer cylinder 31c and horizontal plane is less than or equal to 90 degree.

Ball and the service state received are observed for convenience, are additionally provided with mirror mouth 311c on the outer cylinder 31c, it can be from mirror mouth 311c, which is observed, receives ball and service state, can also open mirror mouth 311c and increase or take out glueballs into outer cylinder.

Figure 25 to Figure 28 is the 4th kind of preferred embodiment of ball separator provided by the invention, preferably In, inlet and outlet control valve 32D includes the inner cylinder 321D being placed in outer cylinder 31c, is set on the side wall of inner cylinder 321D logical there are two first The interior intracavitary ball water being equipped with for preventing glueballs from entering water outlet and water inlet of mouth 3211D, inner cylinder separate strainer 305, inner cylinder It is connected with for driving inner cylinder to rotate in outer cylinder so that two the first ports and service mouth and water inlet are corresponding or two first Port inner cylinder rotating driver 322D corresponding with receipts ball mouth and water outlet, drives inner cylinder 321D in inner cylinder rotating driver 322D Rotation, it is spherical at receiving with when receiving ball mouth 301 and corresponding 303 pairs of water outlet respectively in two the first port 3211D on inner cylinder 321D State, water flow drive glueballs to enter from ball mouth 301 is received, and enter inner cylinder across a first port 3211D corresponding with ball mouth 301 is received The inner cavity of 321D, by the effect of separate mesh 305, water flow passes through separate mesh and enters water outlet 303 from another first port 3211D Outflow, glueballs rest on the interior intracavitary of inner cylinder；Two the first port 3211D on inner cylinder 321A respectively with service mouth 302 and 304 pairs of water inlet it is corresponding when at service state, water flow enters from water inlet 304, pass through it is corresponding with water inlet 304 another the One port 3211D drives the glueballs in inner cylinder 321D to pass through a first port 3211D, from hair into the inner cavity of inner cylinder 321D Ball mouth 302 flows out, and such service state can be converted at any time with spherical state is received.Inner cylinder rotary driver 322D can select electronic Actuator, Electric Actuator start or stop the PLC that controller all can be used or single-chip microcontroller to realize control, gas also can be selected Dynamic actuator or hydraulic executer.

Ball water separation strainer 305 is in the inner cavity of inner cylinder 321D, may be provided at and water inlet 304 or water outlet 303 Corresponding first position port 3211D enters water outlet to prevent glueballs from passing through first port 3211D when receiving spherical state Mouth 303 passes through first port 3211D in the state of service and enters water inlet 304.

In order to enable inner cylinder 321D rotates smooth, the outer cylinder 31c and inner cylinder 321D coaxial line, outer cylinder in outer cylinder 31c The both ends insertion sliding bearing of 31c and inner cylinder both ends constitute revolute pair；Between outer cylinder 31c inner wall and inner cylinder 321D outer wall there are Gap is all embedded in connection ring, connection ring one end in the receipts ball mouth 301 of outer cylinder 31c, water outlet 303, service mouth 302 and water inlet 304 For plane, one end is saddle port face, and inner cylinder outer surface is close in saddle port face, and connection ring is by inner cylinder 321D upper port and outer cylinder 31c Upper corresponding opening in communication, can not influence the rotation of inner cylinder 321D and play sealing function, in this way to prevent liquid flow Out.The saddle port periphery is equipped with sealing ring, and sealing ring is close to outer tube inner wall, controls few amount of leakage.It is the connection ring, close Seal ring and the material of sliding bearing are unlimited, preferentially use ultra-high molecular weight polyethylene or nylon.Connection ring in present embodiment, Connection ring 312a, sealing ring 313a and sliding bearing in sealing ring and sliding bearing and the first embodiment of ball separator 311a structure is identical.

The axis of receipts ball mouth 301 and water outlet 303 in outer cylinder 31c one side wall as a preferred implementation manner, On same sagittal plane in outer cylinder；At the axis of service mouth 302 and water inlet 304 on another side wall of outer cylinder 31c In on the same sagittal plane of outer cylinder；Two the first port 3211D on inner cylinder 321D side wall are in the same diameter of inner cylinder To in plane, in this way when inner cylinder 321D is rotated, facilitate the corresponding states of two the first ports of adjustment, that is, adjustment is facilitated to receive Spherical state or service state.

As preferable embodiment, the axis of the water outlet 303 and water inlet 304 is on same straight line, that is, is gone out The mouth of a river 303 and water inlet 304 are symmetrical arranged；The service mouth 302 and the axis for receiving ball mouth 301 are on same straight line, that is, are received Ball mouth 301 and service mouth 302 are symmetrical arranged；The water outlet 303, water inlet 304, the axis for receiving ball mouth 301 and mouth 302 of serving a ball All on same plane；Two the first port 3211D on inner cylinder 321D side wall are in the same sagittal plane of inner cylinder On.

This is horizontal first to send out the course of work for receiving ball separator afterwards specifically: 1) state of serving a ball: inner cylinder rotating driver 322D drives inner cylinder 321D rotation, two the first port 3211D on inner cylinder 321D respectively with service mouth 302 and water inlet 304 pairs it is corresponding when at service state, water flow from water inlet 304 enter, pass through another first port corresponding with water inlet 304 3211D drives the glueballs in inner cylinder 321D to pass through a first port 3211D into the inner cavity of inner cylinder 321D, from service mouth 302 outflows；2) receive spherical state: inner cylinder rotating driver 322D drives inner cylinder 321D rotation, and two first on inner cylinder 321D are logical Mouthful 3211D respectively with receive ball mouth 301 and water outlet 303 is corresponding, at receiving spherical state, water flow drives glueballs from receiving the entrance of ball mouth 301, The inner cavity for entering inner cylinder 321D across a first port 3211D corresponding with ball mouth 301 is received, separates strainer 305 by ball water Effect, water flow, which passes through separate mesh and enters water outlet 303 from another first port 3211D, to flow out, and glueballs rests on inner cylinder 321D It is interior intracavitary.

Figure 29 to Figure 31 is the 5th kind of preferred embodiment of ball separator provided by the invention, the embodiment Ball separator and the structure of the ball separator of the 4th kind of embodiment are substantially the same, and difference is: the disengaging water management Valve 32E includes the inner cylinder 321E being placed in outer cylinder 31c, and the inner cavity of inner cylinder 321E is connected to the inner cavity outer cylinder 31c, the inner cavity outer cylinder 31c The interior ball water being equipped with for preventing glueballs from entering water outlet and water inlet separates strainer 305, and the side wall of inner cylinder 321E is equipped with one A first port 3211E, inner cylinder 321E are connected with for driving inner cylinder to rotate in outer cylinder so that the first port and water inlet pair It answers or the first port inner cylinder rotating driver 322E corresponding with water outlet.Inner cylinder rotary driver 322E can select electronic Actuator, Electric Actuator start or stop the PLC that controller all can be used or single-chip microcontroller to realize control, gas also can be selected Dynamic actuator or hydraulic executer.

The outer cylinder 31c is formed by the first outer cylinder 3101c and the second outer cylinder 3102c sealing docking, on the first outer cylinder 3101c Equipped with water outlet 303 and water inlet 304, the second outer cylinder 3102c, which is equipped with, receives ball mouth 301 and service mouth 302, the second outer cylinder 3102c's is interior intracavitary equipped with the ball water separation strainer 305 for preventing glueballs from entering water outlet and water inlet, and inner cylinder 321E is in first In outer cylinder 3101c, the inner cavity of inner cylinder is connected to the inner cavity of the second outer cylinder 3102c, drives inner cylinder in inner cylinder rotating driver 322E 321E rotation, when the first port 3211E on inner cylinder 321E is corresponding with 303 pairs of water outlet at spherical state is received, water flow drives glueballs It is directly entered in the inner cavity of the second outer cylinder 3102c from ball mouth 301 is received, by the effect of ball water separation strainer 305, water flow passes through ball Water separates the inner cavity that strainer 305 enters inner cylinder 321E, is then passed through the first port 3211E, flows out from water outlet 303, and glueballs stops It is intracavitary in inner cylinder；On inner cylinder 321E the first port 3211E and 304 pairs of water inlet it is corresponding when at service state, water flow from Water inlet 304 enters, and the first port 3211E on inner cylinder 321E enters back into the second outer cylinder into the inner cavity of inner cylinder 321E Inner cavity, drive the interior intracavitary glueballs of the second outer cylinder 3102c to flow out from service mouth 302, in this way service state and the spherical state of receipts It can convert at any time.

Figure 32 to Figure 34 is the 6th kind of preferred embodiment of ball separator provided by the invention, the embodiment Ball separator and the structure of the ball separator of the 4th kind of embodiment are substantially the same, and difference is: the disengaging water management Valve 32F includes the first two-way electronic valve 321F for controlling 304 on-off of water inlet and for controlling 303 on-off of water outlet Second two-way electronic valve 322F；It is equipped with the ball water for preventing glueballs from entering water outlet and water inlet in outer tube inner chamber and separates strainer 305, when the second two-way electronic valve 322F and water outlet 303 are connected, at spherical state is received, water flow drives glueballs from receipts ball mouth 301 It is directly entered the inner cavity of outer cylinder 31c, by the effect of ball water separation strainer 305, water flow passes through ball water and separates strainer 305 from water outlet Mouth 303 flows out, and glueballs rests on the interior intracavitary of outer cylinder；When first two-way electronic valve 321F controls the conducting of water inlet 304, Cheng Faqiu State, water flow enter from water inlet 304, into the inner cavity of outer cylinder 31c, drive the interior intracavitary glueballs of outer cylinder 31c from service mouth 302 outflows, such service state can be converted at any time with spherical state is received.

Figure 35 to Figure 37 is the 7th kind of preferred embodiment of ball separator provided by the invention, the embodiment Ball separator and the structure of the ball separator of the 4th kind of embodiment are substantially the same, and difference is: the disengaging water management Valve 32G is electric T-shaped valve, and water inlet 304 is connected with water outlet 303 is arranged in the one end formation communication port of outer cylinder 31c 312c, first valve port 321G of electric T-shaped valve are connected to external water inlet pipe, and second valve port 322G is connected to external outlet pipe, the Three valve port 323G are docked with communication port 312c sealing；In outer cylinder 31c it is intracavitary be equipped with for prevent glueballs enter water outlet and into The ball water at the mouth of a river separates strainer 305, and when electric T-shaped valve controls second valve port 322G conducting, to receive spherical state, water flow is driven Glueballs is directly entered the inner cavity of outer cylinder 31c from receipts ball mouth 301, and by the effect of ball water separation strainer 305, water flow passes through ball moisture It is flowed out from second valve port 322G, glueballs rests on outer cylinder from strainer 305 by communication port 312c and third valve port 323G It is interior intracavitary；When electric T-shaped valve controls first valve port 321G conducting, to receive spherical state, water flow from the first valve port 321G into Enter, drives the interior intracavitary glueballs of outer cylinder 31c into the inner cavity of outer cylinder 31c by third valve port 323G and communication port 312c It is flowed out from service mouth 302, such service state can be converted at any time with spherical state is received.

Ball separator of the Figure 38 into Figure 48 is that vertical first send out receives ball separator afterwards, and vertical first send out receives the separation of ball water afterwards Device 30d includes tank body 31d, and the inner cavity of tank body 31d is divided into epicoele 3101d and cavity of resorption 3102d, and the tank wall of epicoele, which is equipped with, to be received Ball mouth 301, the tank wall of cavity of resorption are equipped with service mouth 302, and service mouth 302 is in the lower section for receiving ball mouth 301, mouth 302 of serving a ball Interior the first control valve 131 being equipped with for preventing glueballs from flowing out when receiving ball mouth and scoring；Water outlet on tank body 31d for water outlet 303 and for water inlet water inlet 304, the ball water for preventing glueballs from entering is additionally provided in tank body 31d and separates strainer 305, into The mouth of a river and water outlet be all communicated with for control water inlet be connected to be formed service state or conducting orifice water outlet conducting formed receive it is spherical The inlet and outlet control valve 32 of state, when inlet and outlet control valve 32 controls water outlet 303 and is connected, water flow and glueballs are from receiving ball mouth 301 Into by the effect of ball water separation strainer 30, water flow is flowed out from water outlet 303, and glueballs falls into cavity of resorption from epicoele 3101d In 3102d；And when the control conducting of water inlet 304 of inlet and outlet control valve 32, water flow enters in cavity of resorption 3102d from water inlet 304, water Stream drives the glueballs in cavity of resorption 3102d to issue from service mouth 302, and such service state can be converted at any time with spherical state is received, whole Structure is simple, and size reduction, processing and fabricating is simple, saves energy consumption.The tank body 31d can be placed vertically, so that in tank body 31d Tank body 31d can also be tilted and be placed, so that the angle of the central axis of tank body 31d and horizontal plane by mandrel line and horizontal plane α, 0 degree≤α≤90 degree.

Figure 38 to Figure 42 is the 8th kind of preferred embodiment of ball separator provided by the invention, preferably In, the water inlet 304 on the tank body 31d is connected to form a communication port 312d with water outlet 303；The disengaging water management Valve 32H includes the inner cylinder 322H in outer cylinder 321H and merging outer cylinder, and the inner cavity of inner cylinder 322H is docked with communication port 312d sealing, interior The side wall of cylinder 322H is equipped with port 3221H, and the side wall of outer cylinder 321H is equipped with the water inlet conducting orifice being connected to external water inlet pipe 3211H and the water outlet conducting orifice 3212H being connected to external outlet pipe, inner cylinder 322H be also connected with for driving inner cylinder to rotate so that The inner cylinder rotary driver 323H that port is connected to water inlet or port is connected to water outlet drives in inner cylinder rotating driver 323H Dynamic inner cylinder 322H rotation, port 3221H and the water outlet conducting orifice 3212H on inner cylinder 322H to it is corresponding when at the spherical state of receipts, water flow Glueballs is driven to enter from ball mouth 301 is received, by the effect of ball water separation strainer 305, glueballs falls into cavity of resorption from epicoele 3101d In 3102d, water flow enters the inner cavity of inner cylinder 322H from communication port 312d, is then passed through port 3221H, from water outlet conducting orifice 3212H Outflow；On inner cylinder 322H port 3221H with water inlet conducting orifice 3211H to it is corresponding when at service state, water flow from water inlet conducting Mouth 3211H enters, and port 3221H corresponding with water inlet conducting orifice 3211H is passed through, into the inner cavity of inner cylinder 322H, the company of being then passed through Port 312d enters in cavity of resorption 3102d, and the glueballs in drive cavity of resorption 3102d is flowed out from service mouth 302, in this way service state and receipts Spherical state can be converted at any time.Inner cylinder rotary driver 323H can select Electric Actuator, the starting of Electric Actuator or stop PLC or the single-chip microcontroller of controller can be used all only to realize control, pneumatic actuator or hydraulic executer also can be selected.

The outer cylinder 321H and inner cylinder 322H coaxial line, the both ends insertion sliding bearing of outer cylinder 321H and inner cylinder both ends are constituted Revolute pair；It is all embedding in the water outlet and water inlet of outer cylinder 321H there are gap between outer cylinder 321H inner wall and inner cylinder 322H outer wall Enter connection ring, connection ring one end is plane, and one end is saddle port face, and inner cylinder outer surface is close in saddle port face, and connection ring is by outer cylinder On water outlet conducting orifice 3212H and water inlet conducting orifice 3211H be connected respectively with the port 3221H on inner cylinder 322H.The horse Saddle mouth periphery is equipped with sealing ring, and sealing ring is close to outer tube inner wall, controls few amount of leakage.The connection ring, sealing ring and cunning The material of dynamic bearing is unlimited, preferentially uses ultra-high molecular weight polyethylene or nylon.Connection ring, sealing ring in present embodiment and Connection ring 312a, sealing ring 313a and sliding bearing 311a structure in sliding bearing and the first embodiment of ball separator It is identical.

The axis of the water outlet conducting orifice 3212H and conducting orifice 3211H of intaking are in same as a preferred implementation manner, So that it is convenient to rotate inner cylinder 322H on one straight line so that port 3221H on inner cylinder 322H and water outlet conducting orifice 3212H or into Water conducting orifice 3211H is corresponding, also facilitates processing and manufacturing.

The water outlet 303 of tank body 31d and the position of water inlet 304 is arranged in ball water separation strainer 305, in present embodiment In, the position communication port 312d of tank body 31d is arranged in ball water separation strainer 305.

Connecting cylinder 33d is additionally provided between outer cylinder 321H and tank body 31d as a preferred implementation manner, is convenient for pacifying The open at one end and communication port 312d sealing of dress, the both ends open of connecting cylinder 33d, connecting cylinder 33d is docked, and connecting cylinder 33d's is another It is open at one end to be docked with outer cylinder 321H sealing.

It is additionally provided on the tank body 31d for observing glueballs state and increasing the mirror mouth 311d of glueballs, facilitates sight Examine glueballs state and addition replacement glueballs.

This is vertical first to send out the course of work for receiving ball separator afterwards specifically: 1) inner cylinder rotary driver 323H drives inner cylinder 322H is rotated, and the port 3221H on inner cylinder 322H is corresponding with the water inlet conducting orifice 3211H on outer cylinder 321H, forms service state, Water flow passes through the inner cavity that water inlet conducting orifice 3211H and port 3221H enters inner cylinder 322H, is then passed through communication port 312d and enters tank body In the cavity of resorption 3102d of 31d, the glueballs in cavity of resorption 3102d is driven to flow out from service mouth 302；2) inner cylinder rotary driver 323D drives Dynamic inner cylinder 322D is rotated, and the port 3221D on inner cylinder 322D is corresponding with the water outlet conducting orifice 3212D on outer cylinder 321D, is formed and is received Spherical state；Water flow drives glueballs to enter from ball mouth 301 is received, and by the effect of ball water separation strainer 305, glueballs is from epicoele 3101d It falls into cavity of resorption 3102d, water flow enters the inner cavity of inner cylinder 322H from communication port 312d, is then passed through port 3221H, is connected from water outlet Mouth 3212H outflow.

Figure 43 to Figure 45, is the 9th kind of preferred embodiment of ball separator, the embodiment and ball separator the The structure of eight kinds of embodiments is substantially the same, and difference is: in the present embodiment, water inlet 304 on the tank body and being gone out The mouth of a river 303 is connected to form a communication port 312d；The inlet and outlet control valve 32I is electric T-shaped valve, electric T-shaped valve First valve port 321I is connected to external water inlet pipe, and second valve port 322I is connected to external outlet pipe, third valve port 323I and company Port 312d sealing docking, when electric T-shaped valve controls first valve port 321I conducting, for state of serving a ball, water flow passes through first A valve port 321I enters the interior of electric T-shaped valve, is then passed through third valve port 323I and enters in the cavity of resorption 3102d of tank body 31d, band Glueballs in dynamic cavity of resorption 3102d is flowed out from service mouth 302；When electric T-shaped valve controls second valve port 322I conducting, to receive ball State, water flow drive glueballs to enter from ball mouth 301 is received, and by the effect of ball water separation strainer 305, glueballs is fallen from epicoele 3101d Entering in cavity of resorption 3102d, water flow enters third valve port 323I from communication port 312d, finally flowed out from second valve port 322I, this Sample service state can be converted at any time with spherical state is received.

Figure 46 to Figure 48, is the tenth kind of preferred embodiment of ball separator, the embodiment and ball separator the The structure of eight kinds of embodiments is substantially the same, and difference is: inlet and outlet control valve 32J includes for controlling 304 on-off of water inlet The first two-way electronic valve 321J and the second two-way electronic valve 322J for controlling 303 on-off of water outlet, it is electronic first When two-way valve 321J controls the conducting of water inlet 304, Cheng Faqiu state, water flow enters the cavity of resorption of tank body 31d from water inlet 304 In 3102d, the glueballs in cavity of resorption 3102d is driven to flow out from service mouth 302；In the second two-way electronic valve 322J and water outlet 303 When conducting, water flow drives glueballs to enter from ball mouth 301 is received, and by the effect of ball water separation strainer 305, glueballs is from epicoele 3101d It falls into cavity of resorption 3102d, water flow is flowed out from water outlet 303, and such service state can be converted at any time with spherical state is received.

Figure 49 to Figure 50 is a kind of the tenth preferred embodiment of ball separator, the ball separator of the embodiment Structure is identical as the 5th kind of structure of ball separator of embodiment, placement is changed according to pressure difference pipe, in this embodiment party In formula, the spacing in upper pressure difference pipe 40 between first branch pipe and the central axis of the second branch pipe is 0, the first branch pipe and the second branch pipe Plumbness is kept, as upper water inlet and upper ball mouth are in vertical state；Third branch pipe and the 4th branch pipe in lower pressure difference pipe 50 Central axis between spacing be 0, third branch pipe and the 4th branch pipe holding plumbness, as upper water-out mouth and upper goal mouth In vertical state.

Figure 51 to Figure 52 is the 12nd kind of preferred embodiment of ball separator, the ball separator of the embodiment Structure is identical as the 5th kind of structure of ball separator of embodiment, and difference is: the first branch pipe and the in upper pressure difference pipe 40 Spacing between the central axis of two branch pipes is 0, and the central axis of the first branch pipe and the second branch pipe is in same vertical straight line, As upper water inlet and upper ball mouth are in same vertical straight line；The center of third branch pipe and the 4th branch pipe in lower pressure difference pipe 50 Spacing between axis is 0, and third branch pipe and the 4th branch pipe are in same vertical straight line, as upper water-out mouth and upper goal mouth In same vertical straight line.

Figure 53 to Figure 54 is the 13rd kind of preferred embodiment of ball separator, the ball separator of the embodiment Structure is identical as the 5th kind of structure of ball separator of embodiment, and difference is: being additionally provided with ball moisture in the water inlet pipe 20 From strainer 305, to prevent glueballs to be redirected back into water inlet pipe 20；It is applicable to the situation that water cooler only has a heat exchanger tube.

It is worth noting that, the optional check-valves 1000 of the first on-off valve or electronic two in above-mentioned all embodiments lead to Valve 2000；Check-valves 1000 or two-way electronic valve 2000 can be selected in second on-off valve.

In conclusion technical solution of the present invention can sufficiently effective realization foregoing invention purpose, and knot of the invention Structure and the principle of work and power have all adequately been verified in embodiment, can reach expected effect and purpose, without departing substantially from this Under the premise of the principle and essence of invention, various changes or modifications can be made to the embodiment of invention.Therefore, the present invention includes All are previously mentioned all replacement contents in range in patent claim, any to be made in scope of the present invention patent Equivalence changes, all category this case application the scope of the patents within.

Claims

1. a kind of end cover type rubber ball cleaning machine, including end socket bobbin carriage and the outlet pipe and water inlet of end socket bobbin carriage one end be set Pipe, which is characterized in that further include the ball separator being arranged between outlet pipe and water inlet pipe, ball separator, which has, receives ball mouth With service mouth, the end socket bobbin carriage is interior to be equipped with upper tube box and lower tube box, and the front end of upper tube box is connected to outlet pipe, is equipped in outlet pipe It catches ball strainer and is connected to the outlet end for catching ball strainer for utilizing pressure difference to return glueballs when glueballs and water flow enter outlet pipe Receive in the receipts ball mouth of ball separator and water flow is back to the upper pressure difference pipe of outlet pipe, be additionally provided in ball separator for general Glueballs and the ball water of water flow separation separate strainer, are equipped in the service mouth for preventing glueballs from service mouth outflow when receiving ball The second on-off valve；The front end of the lower tube box is communicated with water inlet pipe, is equipped in water inlet pipe for utilizing when intaking water inlet tube The lower pressure difference pipe that pressure difference issues glueballs from the service mouth of ball separator, the receipts ball mouth is interior to be equipped with for preventing in service From the first on-off valve for receiving the outflow of ball mouth；The ball separator is also communicated with for glueballs to be recycled to ball water in upper pressure difference pipe Water in ball separator is expelled to the water outlet of outlet pipe when in separator, is used to direct water into pushing when intaking water inlet tube Difference manages the interior water inlet to issue glueballs out of ball separator and is used to control the disengaging of inlet and outlet on-off Water control valve.

2. end cover type rubber ball cleaning machine according to claim 1, it is characterised in that: the upper pressure difference pipe includes upper water-out Mouth, upper service mouth, upper goal mouth and upper water inlet, the central axis of upper goal mouth, upper water-out mouth and outlet pipe are in same On straight line, upper service mouth and upper water inlet all stretch out outside outlet pipe, and upper water-out mouth is only connected to upper water inlet, upper service mouth only with The connection of upper goal mouth, the outlet of upper water-out mouth and outlet pipe is ipsilateral, and upper goal mouth is connected to the outlet end for catching ball strainer, upper hair Ball mouth and upper water inlet are connected to the receipts ball mouth and water outlet of ball separator respectively, the central axis of upper water inlet and upper service mouth Spacing between line is L, 0≤L≤200cm.

3. end cover type rubber ball cleaning machine according to claim 2, it is characterised in that: the upper pressure difference Guan Weiyi four-way pipe, Upper spacer is equipped in four-way pipe, upper water inlet and upper service mouth are on same straight line.

4. end cover type rubber ball cleaning machine according to claim 1, it is characterised in that: the lower pressure difference pipe includes tripping in water Mouth, lower goal mouth, lower service mouth and lower outlet, the central axis of lower water inlet, lower service mouth and water inlet pipe are in same On straight line, lower outlet and lower goal mouth are all stretched out outside water inlet pipe, and lower water inlet is only connected to lower outlet, lower goal mouth only with The entrance of the connection of lower service mouth, lower water inlet and water inlet pipe ipsilateral, lower goal mouth and lower outlet respectively with ball separator Service mouth be connected to water inlet, the spacing of the central axis of lower outlet and lower goal mouth is L, 0≤L≤200cm.

5. end cover type rubber ball cleaning machine according to claim 4, it is characterised in that: the lower pressure difference Guan Weiyi four-way pipe, Lower clapboard is equipped in four-way pipe, lower outlet and lower goal mouth are on same straight line.

6. end cover type rubber ball cleaning machine according to claim 1, it is characterised in that: the ball separator is horizontal side hair Ball separator, including cylinder are received in side, receive ball mouth and water outlet is arranged in the one side wall of cylinder, serve a ball mouth and water inlet setting On another side wall of cylinder, water inlet and the water outlet all with the disengaging water control for controlling inlet and outlet on-off Valve connection processed；The inlet and outlet control valve includes the merging intracorporal inner cylinder of cylinder, is equipped in inner cylinder for the inner cavity of inner cylinder to be divided into The inner cylinder partition of mutually independent first inner chamber and second inner chamber, first inner chamber is interior to be equipped with for preventing glueballs entrance and water outlet The separation strainer of corresponding first port, sets that there are two corresponding with service mouth and water inlet respectively on the inner cylinder side wall of second inner chamber The second port, the separation strainer for preventing glueballs from entering the second port corresponding with water inlet is equipped in second inner chamber, it is interior Cylinder be also connected with for drive inner cylinder rotate in cylinder so that two the first ports with serve a ball mouth and water inlet it is corresponding and two Second port inner cylinder rotating driver corresponding with receipts ball mouth and water outlet.

7. end cover type rubber ball cleaning machine according to claim 1, it is characterised in that: the ball separator is vertical side hair Ball separator is received on side, including tank body, the inner cavity of tank body are divided into epicoele and cavity of resorption, and the first control is equipped between epicoele and cavity of resorption Valve, receives ball mouth and water outlet is arranged on the tank wall of epicoele, and service mouth and water inlet are arranged on the tank wall of cavity of resorption, It is additionally provided with the ball water for preventing glueballs from entering inlet and outlet in tank inner chamber and separates strainer, inlet and outlet are also All it is connect with the inlet and outlet control valve for controlling water outlet and water inlet on state.

8. end cover type rubber ball cleaning machine according to claim 7, it is characterised in that: the inlet and outlet control valve includes outer cylinder With the inner cylinder in merging outer cylinder, the interior demarcation plate being equipped with for the inner cavity of inner cylinder to be divided into intake antrum and water chamber of inner cylinder, water outlet Chamber is connected to water outlet, and intake antrum is connected to water inlet, and the water chamber side wall of inner cylinder is equipped with the first communication port, the water inlet of inner cylinder Chamber side wall is equipped with the second communication port, and the side wall of outer cylinder is equipped with third connecting mouth corresponding with the first communication port and with second Corresponding 4th communication port of communication port, the inner cylinder are also connected with for driving inner cylinder to rotate in outer cylinder so that being connected on inner cylinder Inner cylinder rotating driver that is mouthful corresponding with communication port on outer cylinder or being staggered.

9. end cover type rubber ball cleaning machine according to claim 7, it is characterised in that: the tank body is equipped with total conducting orifice, It is equipped with port spacing board in total conducting orifice, total conducting orifice is divided into water outlet and water inlet by spacing board.

10. end cover type rubber ball cleaning machine according to claim 7, it is characterised in that: the inlet and outlet control valve includes using The first two-way electronic valve in control water inlet on-off and the second two-way electronic valve for controlling water outlet on-off.

11. end cover type rubber ball cleaning machine according to claim 7, it is characterised in that: the cavity of resorption is divided into the first chamber and Two chambers are equipped with the second control valve between the first chamber and the second chamber, the side wall of the first chamber is equipped with mirror mouth, and service mouth is in second On the side wall of chamber.

12. end cover type rubber ball cleaning machine according to claim 1, it is characterised in that: the ball separator is horizontal elder generation Ball separator, including cylinder are received after hair, receive ball mouth and water outlet is arranged in the one side wall of cylinder, service mouth and water inlet are set Set on another side wall of cylinder, inlet and outlet all with the disengaging water management for controlling inlet and outlet on-off Valve connection.

13. end cover type rubber ball cleaning machine according to claim 12, it is characterised in that: it is highly preferred that the disengaging water control Valve processed includes the inner cylinder being placed in outer cylinder, is set on the side wall of inner cylinder there are two the first port, and the interior of inner cylinder intracavitary is equipped with for preventing Only glueballs enters the ball water separation strainer of water outlet and water inlet, inner cylinder be connected with for driving inner cylinder to rotate in outer cylinder so that Two the first ports and service mouth and water inlet is corresponding or two the first ports inner cylinder rotating corresponding with receipts ball mouth and water outlet Driver.

14. end cover type rubber ball cleaning machine according to claim 12, it is characterised in that: the inlet and outlet control valve includes setting Enter the inner cylinder in outer cylinder, the inner cavity of inner cylinder is connected to outer tube inner chamber, is equipped in outer tube inner chamber for preventing glueballs from entering water outlet Strainer is separated with the ball water of water inlet, the side wall of inner cylinder is equipped with first port, and inner cylinder is connected with for driving inner cylinder to exist Rotation in outer cylinder is so that the first port and water inlet is corresponding or the first port inner cylinder rotating driver corresponding with water outlet.

15. end cover type rubber ball cleaning machine according to claim 14, it is characterised in that: the cylinder is by the first cylinder and The sealing docking of two cylinders is formed, and the first cylinder is equipped with water outlet and water inlet, and the second cylinder, which is equipped with, receives ball mouth and service mouth, Second cylinder it is interior it is intracavitary be equipped with the ball water separation strainer for preventing glueballs from entering water outlet and water inlet, inner cylinder is in the first cylinder Interior, the inner cavity of inner cylinder is connected to the inner cavity of the second cylinder.

16. end cover type rubber ball cleaning machine according to claim 12, it is characterised in that: the inlet and outlet control valve includes using The first two-way electronic valve in control water inlet on-off and the second two-way electronic valve for controlling water outlet on-off；In outer cylinder The intracavitary ball water being equipped with for preventing glueballs from entering water outlet and water inlet separates strainer.

17. end cover type rubber ball cleaning machine according to claim 12, it is characterised in that: the inlet and outlet control valve is electronic Triple valve, inlet and outlet, which are connected, is arranged in the one end formation communication port of outer cylinder, first valve of electric T-shaped valve Mouth is connected to external water inlet pipe, and second valve port is connected to external outlet pipe, and third valve port is sealed with communication port and docked；Outer tube inner chamber The interior ball water being equipped with for preventing glueballs from entering water outlet and water inlet separates strainer.

18. end cover type rubber ball cleaning machine according to claim 1, it is characterised in that: preferably, the ball separator is Vertical first send out receives ball separator, including tank body afterwards, and the inner cavity of tank body is divided into epicoele and cavity of resorption, receives the tank that epicoele is arranged in ball mouth On body sidewall, service mouth is arranged on the tank wall of cavity of resorption；Inlet and outlet are also all disposed on tank body, in tank body also Strainer is separated equipped with the ball water for preventing glueballs from entering, inlet and outlet are all communicated with for controlling water inlet conducting shape The inlet and outlet control valve for receiving spherical state is formed at service state or conducting orifice water outlet conducting.

19. end cover type rubber ball cleaning machine according to claim 18, it is characterised in that: the tank body side is communicated with one end Closed outer cylinder is connected between tank body and the other end of outer cylinder by communication port, and inlet and outlet are separately positioned on outer cylinder On；The inlet and outlet control valve includes the inner cylinder being placed in outer cylinder, and the inner cavity of inner cylinder is docked with communication port sealing, the side wall of inner cylinder It is equipped with port, inner cylinder is also connected with for driving inner cylinder to rotate so that port is connected to water inlet or port is connected to water outlet Inner cylinder rotary driver.

20. end cover type rubber ball cleaning machine according to claim 18, it is characterised in that: water inlet on the tank body and go out The mouth of a river is connected to form a communication port；The inlet and outlet control valve is electric T-shaped valve, first valve port of electric T-shaped valve It is connected to external water inlet pipe, second valve port is connected to external outlet pipe, and third valve port is docked with communication port sealing.

21. end cover type rubber ball cleaning machine according to claim 18, it is characterised in that: the inlet and outlet control valve includes using The first two-way electronic valve in control water inlet on-off and the second two-way electronic valve for controlling water outlet on-off.

22. end cover type rubber ball cleaning machine according to claim 1, it is characterised in that: second on-off valve is check-valves Or two-way electronic valve.

23. end cover type rubber ball cleaning machine according to claim 1, it is characterised in that: first on-off valve is check-valves Or two-way electronic valve.

24. end cover type rubber ball cleaning machine according to claim 1, it is characterised in that: be additionally provided with ball water in the water inlet pipe Separate strainer.