CN204684597U - A kind of transmitting-receiving ball system of ball washer and ball washer - Google Patents
A kind of transmitting-receiving ball system of ball washer and ball washer Download PDFInfo
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- CN204684597U CN204684597U CN201520285325.9U CN201520285325U CN204684597U CN 204684597 U CN204684597 U CN 204684597U CN 201520285325 U CN201520285325 U CN 201520285325U CN 204684597 U CN204684597 U CN 204684597U
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Abstract
The utility model discloses a kind of transmitting-receiving ball system of ball washer, it, for being connected with pipe heat exchanger, comprising: the female pipe of water inlet; Backwater mother pipe; Ball storage chamber, its top has ball hole and ball mouth, and the inside of described ball storage chamber is provided with isolation web plate, and the bottom of described ball storage chamber has delivery port; First pipeline, it is connected between backwater mother pipe and the ball hole of ball storage chamber, and described first pipeline is provided with the first keying valve; Second pipe, it is connected between the delivery port of ball storage chamber and the female pipe of backwater, and described second pipe is provided with the second keying valve; 3rd pipeline, it is connected between described water inlet mother pipe and the delivery port of ball storage chamber, and described 3rd pipeline is provided with the 3rd and opens and closes valve; 4th pipeline, it is connected to the ball mouth of ball storage chamber and intakes between female pipe, and described 4th pipeline is provided with the 4th and opens and closes valve; Compressed air line, it is for purging to the isolation web plate in ball storage chamber.The invention also discloses a kind of ball washer comprising above-mentioned transmitting-receiving ball system.
Description
Technical field
The utility model relates to a kind of mechanical device, particularly relates to a kind of ball washer and parts thereof.
Background technology
Affecting one of key of power plant efficiency of cycle height is cold junction heat transmission equipment runnability, and determines primarily of the cleannes of its heat exchanger tube as the quality of the pipe heat exchanger performance of cold junction heat transmission equipment.The heat exchanger tube inner surface of pipe heat exchanger often makes its heat transfer efficiency reduce due to the precipitation of silt and foreign material and hydrobiological attachment, affects the heat-economy of therrmodynamic system, reduces operational efficiency and production capacity, increase cost.In addition, these sediments and attachment also can cause the phenomenon such as heat exchanger tube burn into mouth of pipe toxicity bioassay and the rising of cooling device end difference.
Ball washer completes cleaning to pipe heat exchanger by the heat exchanger tube of spheroid being sent into pipe heat exchanger with recirculated water.The ball washer of present use is with transmitting-receiving ball system, and transmitting-receiving ball system, for reclaiming and send the spheroid of cleaning pipe heat exchanger, is the key components of ball washer.
The spheroid in heat exchanger tube is received and sent to the transmitting-receiving ball system of existing ball washer by spheroid blowback, and this existing system complex structure, and the wearing and tearing and the damage that easily cause spheroid, cause the replacement frequency of spheroid higher, and ball collecting rate is low.
Utility model content
One of the purpose of this utility model is to provide a kind of transmitting-receiving ball system of ball washer, and the transmitting-receiving ball system of this ball washer can realize recovery to the spheroid of cleaning pipe heat exchanger and transmitting simultaneously, thus improves the cleaning efficiency of pipe heat exchanger.In addition, adopt this system, spheroid transmitting-receiving does not need through spheroid pump, can reduce spheroid wearing and tearing, reduce the replacement frequency of spheroid.
Another object of the present utility model is to provide a kind of ball washer, and it comprises the transmitting-receiving ball system of above-mentioned ball washer.
According to above-mentioned utility model object, the utility model proposes a kind of transmitting-receiving ball system of ball washer, it is for being connected with pipe heat exchanger, to form closed pipe-line system with pipe heat exchanger, has spheroid in described pipe-line system; In addition, described transmitting-receiving ball system comprises:
The female pipe of water inlet, it is for being connected with watering, and described water inlet mother pipe is also for being connected with the arrival end of pipe heat exchanger;
Backwater mother pipe, it is for being connected with the port of export of pipe heat exchanger;
Ball storage chamber, its top has ball hole and ball mouth, and the inside of described ball storage chamber is provided with isolation web plate, and the bottom of described ball storage chamber has delivery port;
First pipeline, it is connected between backwater mother pipe and the ball hole of ball storage chamber, and described first pipeline is provided with the first keying valve;
Second pipe, it is connected between the delivery port of ball storage chamber and the female pipe of backwater, and described second pipe is provided with the second keying valve;
3rd pipeline, it is connected between described water inlet mother pipe and the delivery port of ball storage chamber, and described 3rd pipeline is provided with the 3rd and opens and closes valve;
4th pipeline, it is connected to the ball mouth of ball storage chamber and intakes between female pipe, and described 4th pipeline is provided with the 4th and opens and closes valve;
Compressed air line, its one end is connected with air supply source, and its other end is connected to ball storage chamber to purge to the isolation web plate in ball storage chamber.
Be connected with pipe heat exchanger during the transmitting-receiving ball system works of ball washer described in the utility model, to form closed pipe-line system with the heat exchanger tube of pipe heat exchanger, described pipe-line system comprises into water mother pipe, the female pipe of backwater, ball storage chamber, the first pipeline, second pipe, the 3rd pipeline and the 4th pipeline, has spheroid in the part on the isolation web plate of the wherein female pipe of water inlet, backwater mother pipe, the first pipeline, the 4th pipeline and ball storage chamber.Watering provides recirculated water for pipe-line system; Air supply source provides compressed air for compressed air line.The mobilization dynamic of recirculated water can be provided by the water pump of outside.Described isolation web plate have can for recirculated water through but the spheroid mesh that cannot pass through.
The mode of operation of the transmitting-receiving ball system of ball washer described in the utility model is divided into receives ball pattern and service pattern.
Under receiving ball pattern, open the first keying valve and second and open and close valve, other valves keep closed condition, and now recirculated water successively flows through the female pipe of backwater, the first pipeline, ball storage chamber and second pipe, finally get back to backwater mother pipe.The spheroid of cleaned pipe heat exchanger pipeline enters backwater mother pipe with recirculated water by the port of export of pipe heat exchanger, and enter ball storage chamber through the first pipeline from the ball hole of ball storage chamber, spheroid drops and is deposited on the isolation web plate of ball storage chamber, recirculated water enters second pipe through after isolation web plate from the delivery port of ball storage chamber, finally gets back to backwater mother pipe.
Under service pattern, open the 3rd and open and close valve and the 4th keying valve, other valves keep closed condition, and now recirculated water successively flows through into the female pipe of water, the 3rd pipeline, ball storage chamber and the 4th pipeline, finally gets back to and manages into water mother.Recirculated water enters the 3rd pipeline from the female pipe of water inlet, delivery port through ball storage chamber enters ball storage chamber, recirculated water utilizes the spheroid of hydraulic pressure to the pipe heat exchanger pipeline to be cleaned dropped in ball storage chamber on separation net plate to impact through after isolation web plate, spheroid is brought into the 4th pipeline from the ball mouth of ball storage chamber, finally spheroid brought into into water mother pipe and enter pipe heat exchanger by the arrival end of pipe heat exchanger, it is cleaned.
Between above-mentioned two mode of operations, the cleaning to pipe heat exchanger has been switched during the transmitting-receiving ball system works of ball washer described in the utility model, this switching has controlled by the keying opening and closing valve: open the first keying valve and second and open and close valve, other valves keep closed condition, then enter and receive ball pattern; Open the 3rd and open and close valve and the 4th keying valve, other valves keep closed condition, then enter service pattern.Ball pattern is received with service Pattern completion to the cleaning of pipe heat exchanger by switching.Further, can be controlled by PLC the keying opening and closing valve, and can a switching time be set in PLC, to complete, the self-timing of pipe heat exchanger be cleaned.Compressed air enters ball storage chamber by compressed air line, isolation web plate in ball storage chamber is purged, its effect one is cleaned the spheroid dropped on isolation web plate, and simplify the cleaning process to reclaiming spheroid, two is prevent the impurity in recirculated water from causing web plate to block.
The transmitting-receiving ball system of ball washer described in the utility model, owing to have employed such scheme, improves the cleaning efficiency of pipe heat exchanger.In addition, adopt this system, spheroid transmitting-receiving does not need through spheroid pump, can reduce spheroid wearing and tearing, reduce the replacement frequency of spheroid.
Further, in the transmitting-receiving ball system of ball washer described in the utility model, described isolation web plate is recessed arc web plate.Arcuate structure increases the area of isolation web plate filter ball body, reduces filter pressure, is conducive to passing through of recirculated water.
Further, in the transmitting-receiving ball system of above-mentioned ball washer, the wall of described arc web plate and ball storage chamber intersects at tie point, described compressed air line is connected with ball storage chamber at this tie point, and is set to: compressed-air actuated purging direction is along the tangential direction of described arc web plate at this tie point.Being provided with of this purging direction is beneficial to effectively purging isolation web plate.
Further, in the transmitting-receiving ball system of ball washer described in the utility model, described second pipe and the 3rd pipeline have the two common conduit section shared, and described second pipe comprises to the female pipe of backwater the first pipeline section, common conduit section and the second pipeline section that connect successively from the delivery port of ball storage chamber; Described 3rd pipeline from the female pipe of water inlet to the delivery port of ball storage chamber comprise connect successively the 3rd pipeline section, common conduit section and and the 4th pipeline section; Described second opens and closes valve is located on described second pipeline section, described first pipeline section is also provided with the 5th and opens and closes valve; Described 3rd opens and closes valve is located on the 3rd pipeline section, described 4th pipeline section is also provided with the 6th and opens and closes valve.
Further, in the transmitting-receiving ball system of above-mentioned ball washer, described common conduit section is provided with pump.
In such scheme, the mobilization dynamic being set to recirculated water and the path of the 5th keying valve, the 6th keying valve, pump and corresponding pipeline section provide a kind of embodiment.Under receiving ball pattern, open the first keying valve, second and open and close valve, the 5th keying valve, other valves keep closed condition, and now recirculated water successively flows through the female pipe of backwater, the first pipeline, the first pipeline section of ball storage chamber and second pipe, common conduit section and the second pipeline section, finally get back to that backwater is female manages.Under service pattern, open the 3rd and open and close valve, the 4th keying valve, the 6th keying valve, other valves keep closed condition, and now recirculated water successively flows through into the 3rd pipeline section of water mother pipe, the 3rd pipeline, common conduit section and the 4th pipeline section, ball storage chamber and the 4th pipeline, finally gets back to into water mother pipe.Pump provides the mobilization dynamic of recirculated water.
Correspondingly, the utility model additionally provides a kind of ball washer, it transmitting-receiving ball system of above-mentioned ball washer comprising pipe heat exchanger and be connected with pipe heat exchanger.
The transmitting-receiving ball system of ball washer described in the utility model has the following advantages and beneficial effect compared with the transmitting-receiving ball system of existing ball washer:
1) this transmitting-receiving ball system can realize recovery to spheroid and transmitting simultaneously, thus improves the cleaning efficiency to pipe heat exchanger;
2) spheroid collection, transmitting and cleaning process all adopt recirculated water as pressure medium, and spheroid does not need, by spheroid pump, to decrease spheroid damage and wear, reduces spheroid replacement frequency.
Ball washer described in the utility model, owing to have employed the transmitting-receiving ball system of above-mentioned ball washer, has above-mentioned advantage and beneficial effect equally.
Figure of description
Fig. 1 is the structural representation of ball washer described in the utility model under a kind of embodiment.
Detailed description of the invention
Below will be described further ball washer described in the utility model according to specific embodiment and Figure of description, but this explanation is not formed improper restriction of the present utility model.
Fig. 1 illustrates the structure of ball washer described in the utility model under a kind of embodiment.
As shown in Figure 1, the transmitting-receiving ball system of ball washer that the ball washer in the present embodiment comprises pipe heat exchanger 1 and is connected with pipe heat exchanger 1.The transmitting-receiving ball system of this ball washer comprises: female pipe 2 of intaking, and it is for being connected with watering A, and female pipe 2 of intaking is connected with the arrival end C of pipe heat exchanger 1; The female pipe 3 of backwater, it is connected with the port of export D of pipe heat exchanger; Ball storage chamber 4, its top has ball hole E and ball mouth F, and the inside of ball storage chamber 4 is provided with isolation web plate 5, and the bottom of ball storage chamber 4 has delivery port G; First pipeline 6, it is connected between the female pipe 3 of backwater and the ball hole E of ball storage chamber 4, and the first pipeline 6 is provided with the first keying valve F1; Second pipe 7, it is connected between the delivery port G of ball storage chamber 4 and the female pipe 3 of backwater, and second pipe 7 is provided with the second keying valve F2; 3rd pipeline 8, it is connected between the female pipe 2 of water and the delivery port G of ball storage chamber 4, and the 3rd pipeline 8 is provided with the 3rd and opens and closes valve F3; 4th pipeline 9, its be connected to the ball mouth F of ball storage chamber 4 and the female pipe of water inlet 2 between, the 4th pipeline 9 is provided with the 4th keying valve F4; Compressed air line 10, its one end is used for being connected with air supply source B, and its other end is connected to ball storage chamber 4 to purge to the isolation web plate 5 in ball storage chamber 4.Wherein, in the part on the isolation web plate of the female pipe of water inlet, the female pipe of backwater, the first pipeline, the 4th pipeline and ball storage chamber, there is spheroid 13.
Please continue to refer to Fig. 1, in such scheme, isolation web plate 5 is recessed arc web plate; Isolation web plate 5 intersects at tie point H with the wall of ball storage chamber 4, and compressed air line 10 is connected with ball storage chamber 4 at this tie point H, and is set to: compressed-air actuated purging direction is along isolating the tangential direction L of web plate 5 at this tie point H.In addition, second pipe 7 and the 3rd pipeline 8 have the two common conduit section 11 shared, and this common conduit section 11 is provided with pump 12, and it provides the mobilization dynamic of recirculated water; Second pipe 7 comprises to the female pipe 3 of backwater the first pipeline section 71, common conduit section 11 and the second pipeline section 72 that connect successively from the delivery port G of ball storage chamber 4; 3rd pipeline 8 from water inlet female pipe 2 to ball storage chamber 4 delivery port G comprise connect successively the 3rd pipeline section 81, common conduit section 11 and and the 4th pipeline section 82; Second opens and closes valve F2 is located on the second pipeline section 72, the first pipeline section 71 is also provided with the 5th and opens and closes valve F5; 3rd opens and closes valve F3 is located on the 3rd pipeline section 81, the 4th pipeline section 82 is also provided with the 6th and opens and closes valve F6.
The course of work of the ball washer of the present embodiment is described below in conjunction with Fig. 1.
First female pipe 2 of intaking is connected with watering A, and watering A provides recirculated water for pipe-line system; Be connected with air supply source B compressed air line 10 one end, air supply source B provides compressed air for compressed air line 10.
The mode of operation of the transmitting-receiving ball system of the ball washer of the present embodiment is divided into receives ball pattern and service pattern.
Under receiving ball pattern, open the first keying valve F1, second and open and close valve F2, the 5th keying valve F5, other valves keep closed condition, now recirculated water successively flows through female pipe 3, first pipeline 6 of backwater, the first pipeline section 71 of ball storage chamber 4 and second pipe 7, common conduit section 11 and the second pipeline section 72, finally gets back to the female pipe 3 of backwater.The spheroid 13 of cleaned pipe heat exchanger pipeline enters the female pipe 3 of backwater with recirculated water by the port of export D of pipe heat exchanger 1, and enter ball storage chamber 4 through the first pipeline 6 from the ball hole E of ball storage chamber 4, spheroid 13 drops and is deposited on the isolation web plate 5 of ball storage chamber 4, recirculated water enters the first pipeline section 71 of second pipe 7, common conduit section 11 and the second pipeline section 72 through after isolation web plate 5 from the delivery port G of ball storage chamber 4, finally gets back to the female pipe 3 of backwater.
Under service pattern, open the 3rd and open and close valve F3, the 4th keying valve F4, the 6th keying valve F6, other valves keep closed condition, now recirculated water successively flows through into the 3rd pipeline section 81 of the female pipe 2 of water, the 3rd pipeline 8, common conduit section 11 and the 4th pipeline section 82, ball storage chamber 4 and the 4th pipeline 9, finally gets back to into the female pipe 2 of water.Recirculated water enters the 3rd pipeline section 81 of the 3rd pipeline 8, common conduit section 11 and the 4th pipeline section 82 from the female pipe 2 of water inlet, ball storage chamber 4 is entered through the delivery port G of ball storage chamber 4, recirculated water utilizes the spheroid 13 of hydraulic pressure to the pipe heat exchanger pipeline to be cleaned dropped in ball storage chamber 4 on separation net plate 5 to impact through after isolation web plate 5, spheroid 13 is brought into the 4th pipeline 9 from the ball mouth F of ball storage chamber 4, finally spheroid 13 brought into into the female pipe 2 of water and enter pipe heat exchanger 1 by the arrival end C of pipe heat exchanger 1, it is cleaned.
Between above-mentioned two mode of operations, the cleaning to pipe heat exchanger 1 has been switched during the transmitting-receiving ball system works of the ball washer of the present embodiment, this switching has controlled by the keying opening and closing valve: open the first keying valve F1, second and open and close valve F2, the 5th keying valve F5, other valves keep closed condition, then enter and receive ball pattern; Open the 3rd and open and close valve F3, the 4th keying valve F4, the 6th keying valve F6, other valves keep closed condition, then enter service pattern.The keying opening and closing valve is controlled by PLC, a switching time (as 10 minutes) is set in PLC, to complete, the self-timing of pipe heat exchanger 1 is cleaned.Compressed air setting pressure 0.6MPa, ball storage chamber 4 is entered by compressed air line 10, regularly purge (as 48 hours blow once to the isolation web plate 5 in ball storage chamber 4, each purging 3 minutes), its effect one is cleaned the spheroid 13 dropped on isolation web plate 5, simplify the cleaning process to reclaiming spheroid, two is prevent the impurity in recirculated water from causing isolation web plate 5 to block.
The ball washer of the present embodiment and transmitting-receiving ball system thereof are owing to have employed such scheme, transmitting and the recovery of spheroid can be completed by a system, thus improve the cleaning efficiency of ball washer, and spheroid transmitting-receiving does not need through spheroid pump, decrease spheroid wearing and tearing, reduce the replacement frequency of spheroid.
That enumerates it should be noted that above is only specific embodiment of the utility model, and obvious the utility model is not limited to above embodiment, has many similar changes thereupon.If all distortion that those skilled in the art directly derives from content disclosed in the utility model or associates, protection domain of the present utility model all should be belonged to.
Claims (7)
1. a transmitting-receiving ball system for ball washer, it is for being connected with pipe heat exchanger, to form closed pipe-line system with pipe heat exchanger, has spheroid in described pipe-line system; It is characterized in that, described transmitting-receiving ball system comprises:
The female pipe of water inlet, it is for being connected with watering, and described water inlet mother pipe is also for being connected with the arrival end of pipe heat exchanger;
Backwater mother pipe, it is for being connected with the port of export of pipe heat exchanger;
Ball storage chamber, its top has ball hole and ball mouth, and the inside of described ball storage chamber is provided with isolation web plate, and the bottom of described ball storage chamber has delivery port;
First pipeline, it is connected between backwater mother pipe and the ball hole of ball storage chamber, and described first pipeline is provided with the first keying valve;
Second pipe, it is connected between the delivery port of ball storage chamber and the female pipe of backwater, and described second pipe is provided with the second keying valve;
3rd pipeline, it is connected between described water inlet mother pipe and the delivery port of ball storage chamber, and described 3rd pipeline is provided with the 3rd and opens and closes valve;
4th pipeline, it is connected to the ball mouth of ball storage chamber and intakes between female pipe, and described 4th pipeline is provided with the 4th and opens and closes valve;
Compressed air line, its one end is connected with air supply source, and its other end is connected to ball storage chamber to purge to the isolation web plate in ball storage chamber.
2. the transmitting-receiving ball system of ball washer as claimed in claim 1, is characterized in that: described isolation web plate is recessed arc web plate.
3. the transmitting-receiving ball system of ball washer as claimed in claim 2, it is characterized in that: the wall of described arc web plate and ball storage chamber intersects at tie point, described compressed air line is connected with ball storage chamber at this tie point, and is set to: compressed-air actuated purging direction is along the tangential direction of described arc web plate at this tie point.
4. as the transmitting-receiving ball system of the ball washer in claim 1-3 as described in any one, it is characterized in that: described second pipe and the 3rd pipeline have the two common conduit section shared, described second pipe comprises to the female pipe of backwater the first pipeline section, common conduit section and the second pipeline section that connect successively from the delivery port of ball storage chamber; Described 3rd pipeline from the female pipe of water inlet to the delivery port of ball storage chamber comprise connect successively the 3rd pipeline section, common conduit section and and the 4th pipeline section; Described second opens and closes valve is located on described second pipeline section, described first pipeline section is also provided with the 5th and opens and closes valve; Described 3rd opens and closes valve is located on the 3rd pipeline section, described 4th pipeline section is also provided with the 6th and opens and closes valve.
5. the transmitting-receiving ball system of ball washer as claimed in claim 4, is characterized in that: described common conduit section is provided with pump.
6. a ball washer, it comprise pipe heat exchanger and be connected with pipe heat exchanger as the transmitting-receiving ball system in claim 1-3,5 as described in any one.
7. a ball washer, it transmitting-receiving ball system as claimed in claim 4 comprising pipe heat exchanger and be connected with pipe heat exchanger.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520285325.9U CN204684597U (en) | 2015-05-06 | 2015-05-06 | A kind of transmitting-receiving ball system of ball washer and ball washer |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520285325.9U CN204684597U (en) | 2015-05-06 | 2015-05-06 | A kind of transmitting-receiving ball system of ball washer and ball washer |
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| CN204684597U true CN204684597U (en) | 2015-10-07 |
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| CN201520285325.9U Active CN204684597U (en) | 2015-05-06 | 2015-05-06 | A kind of transmitting-receiving ball system of ball washer and ball washer |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105944344A (en) * | 2016-07-04 | 2016-09-21 | 温州大学 | Basketball cleaning maintaining device |
| CN109772786A (en) * | 2018-12-19 | 2019-05-21 | 李智伟 | A kind of rapid cleaning drying device of sport ball |
| CN112221106A (en) * | 2020-11-27 | 2021-01-15 | 郑州大学体育学院 | Full random volleyball service robot |
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2015
- 2015-05-06 CN CN201520285325.9U patent/CN204684597U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105944344A (en) * | 2016-07-04 | 2016-09-21 | 温州大学 | Basketball cleaning maintaining device |
| CN105944344B (en) * | 2016-07-04 | 2017-11-10 | 温州大学 | A kind of basketball cleans curing means |
| CN109772786A (en) * | 2018-12-19 | 2019-05-21 | 李智伟 | A kind of rapid cleaning drying device of sport ball |
| CN112221106A (en) * | 2020-11-27 | 2021-01-15 | 郑州大学体育学院 | Full random volleyball service robot |
| CN112221106B (en) * | 2020-11-27 | 2021-07-30 | 郑州大学体育学院 | Full random volleyball service robot |
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