CN207938939U - A kind of antiwind power cord for connecting swimming pool underwater cleaning robot - Google Patents

A kind of antiwind power cord for connecting swimming pool underwater cleaning robot Download PDF

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Publication number
CN207938939U
CN207938939U CN201820107179.4U CN201820107179U CN207938939U CN 207938939 U CN207938939 U CN 207938939U CN 201820107179 U CN201820107179 U CN 201820107179U CN 207938939 U CN207938939 U CN 207938939U
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China
Prior art keywords
floating ball
port
power cord
swimming pool
cleaning robot
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CN201820107179.4U
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Chinese (zh)
Inventor
王怀平
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Zhejiang Sipu Pool Co Ltd
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Zhejiang Sipu Pool Co Ltd
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Priority to CN201820107179.4U priority Critical patent/CN207938939U/en
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Abstract

The utility model discloses a kind of antiwind power cords for connecting swimming pool underwater cleaning robot, belong to the current supply line of swimming pool underwater cleaning robot, its structure includes power cord and floating ball etc., the power cord in floating ball is mainly set as fixed power source line and mobile electric power line, and fixing seal will be made fixed power source line and its port across floating ball, rotate sealing mobile electric power line and its port across floating ball, then makes that makees mutually to rotate between fixed power source line and the adjacent end portion of mobile electric power line to be conductively connected;Therefore, pass through said structure design, both so that floating ball still has the function of suspended power supply line, again so that swimming pool underwater cleaning robot walk, turning and when carrying out cleaning, the rotational action for driving power cord can be discharged by the fixed power source line and mobile electric power line of mutually rotation and conduction in floating ball, to effectively prevent power cord wrap to be knotted together, to use bring convenience and safety.

Description

A kind of antiwind power cord for connecting swimming pool underwater cleaning robot
Technical field
The utility model is related to a kind of antiwind power cords, in particular to one kind for connecting swimming pool underwater cleaning robot Antiwind power cord.
Background technology
Swimming pool underwater cleaning robot also known as the full-automatic dirt-dredging machine of swimming pool, it is that a kind of new and effective pond cleaning is set It is standby, the bottom of pond of swimming pool can be scrubbed in the case where not discharging water, while the deposit of bottom of pond is removed by sucker, Secondary pollution is avoided, to keep cleaning and the health of water.It is heavy that people had both been alleviated by swimming pool underwater cleaning robot Manual labor, and saved valuable water resource, great convenience brought for cleaning swimming pool.Currently, swimming pool underwater cleaning Device people is required for the power cord grown by a root long to be attached power supply, and power cord sinks to bottom of pond and interferes swimming-pool water in order to prevent The cleaning of lower clean robot, therefore can floating ball all be set on the power line so that it suspends in water.However, these floating balls All it is simply to be set on the power line, then be fixed on a certain position of power cord by the interim clamping structure such as snap ring, works as swimming pool Underwater cleaning robot walk, turning and when carrying out cleaning, often drive power cord wrap to be knotted together, Power cord must be just wound to releasing after then cleaning a period of time, this is both caused using upper inconvenience, and there is also certain Security risk.
Invention content
One kind is provided and is avoided that electricity the technical problem to be solved by the utility model is to overcome the deficiencies of existing technologies Source line tangled up and knotted, and the safe antiwind power cord for connecting swimming pool underwater cleaning robot more convenient to use.
The technical issues of the utility model, is achieved through the following technical solutions:
A kind of antiwind power cord for connecting swimming pool underwater cleaning robot, the power cord are equipped with suspended power supply line Floating ball, be respectively equipped with the port that power supply source line passes through at the both ends of floating ball, the power cord in the floating ball is set as fixed power source Line and mobile electric power line, the fixed power source line and its across port make fixing seal, which passes through with it Port between rotate sealing;That makees mutually to rotate between the fixed power source line and the adjacent end portion of mobile electric power line leads Electrical connection.
Conducting slip ring is equipped between the fixed power source line and the adjacent end portion of mobile electric power line.
The mobile electric power linear sealing is arranged in hollow shaft, which passes through the port of floating ball, and with port it Between rotate sealing;A pair of bearing and oil sealing for supporting the hollow shaft rotation is equipped in floating ball.
Fixing seal structure between the fixed power source line and port is described solid equipped with filling closing in port Determine the encapsulated locating piece of power cord.
The oil sealing is as the rotary seal between hollow shaft and port.
The floating ball port outer end stretched out for fixed power source line is set as external screw thread connecting pin, the hollow shaft outer end It stretches out floating ball port and equipped with the anticreep stop collar being fixedly mounted, the anticreep stop collar is interior to close the hollow shaft equipped with filling The encapsulated locating piece of end and mobile electric power line, anticreep stop collar are equipped with the inner screw sheath of loose joint installation.
The outer end that the hollow shaft stretches out floating ball port is additionally provided with sheathing, which is set on floating ball and is limited with anticreep Between the set of position.
Glue sealing is fixed after the floating ball is mutually fastened by episphere and lower semisphere.
The floating ball is mutually threadedly coupled by episphere and lower semisphere, and is equipped with anti-watertight in the junction of the two Seal.
Compared with prior art, the power cord in floating ball is mainly set as fixed power source line and work by the utility model Dynamic power cord, and fixing seal will be made fixed power source line and its port across floating ball, mobile electric power line passes through floating with it Rotate sealing between the port of ball, then makes that makees mutually to rotate between fixed power source line and the adjacent end portion of mobile electric power line to lead Electrical connection;Therefore, by said structure design, not only so that floating ball still has the function of suspended power supply line, but also make swimming pool Underwater cleaning robot walk, turning and when carrying out cleaning, the rotational action of power cord can will be driven to pass through floating The fixed power source line and mobile electric power line of mutually rotation and conduction are discharged in ball, to effectively prevent power cord wrap to knot Together, to use bring convenience and safety.
Description of the drawings
Fig. 1 is the schematic cross-sectional view of the utility model.
Specific implementation mode
It will again elaborate to the utility model embodiment by above-mentioned attached drawing below.
As shown in Figure 1,1. inner screw sheaths, 2. anticreep stop collars, 3. encapsulated locating pieces, 4. sheathings, 5. oil sealings, 6. activities Power cord, 7. conducting slip rings, 8. fixed power source lines, 9. external screw thread connecting pins, 10. floating balls, 11. waterproof grommets, 12. bearings, 13. hollow shaft.
A kind of antiwind power cord for connecting swimming pool underwater cleaning robot, as shown in Figure 1, being related to a kind of to swimming pool The circuit lead of underwater cleaning robot power supply, structure include mainly the floating ball 10 etc. of power cord and installation on the power line, The both ends of floating ball are respectively equipped with the port that power supply source line passes through, then power cord can be made to suspend in water by floating ball 10, prevented Power cord sinks to bottom of pond and interferes the cleaning of swimming pool underwater cleaning robot.
Wherein, floating ball 10 is fixed with glue sealing after mutually being fastened by episphere and lower semisphere, can also be by upper Hemisphere and lower semisphere are mutually threadedly coupled, then are equipped with waterproof grommet 11 in the junction of the two to carry out waterproof sealing.
And the power cord in the floating ball 10 is set as individually separated two-part structure, the two-part power cord of the present embodiment Refer to be arranged shown in Fig. 1 top fixed power source line 8 and the mobile electric power line 6 in lower part is set.
8 upper end of fixed power source line, the i.e. outer end passes through the port on 10 top of floating ball to stretch out, and filling is equipped in the port The encapsulated locating piece 3 of the fixed power source line 8 is closed, and to be formed between fixed power source line 8 and port by encapsulated locating piece Fixing seal structure, then the water in swimming pool would not be entered in floating ball by the upper port of floating ball 10.
It is equipped between 6 upper end of mobile electric power line and the lower end of fixed power source line 8, i.e. between adjacent end portion conductive sliding Ring 7, the present embodiment has mainly selected hat type conducting slip ring, by it is consolidated by several mounting holes of the screw on tyre ring flange In floating ball 10, rotatable inner shaft then connects mobile electric power line 6, and is rotated together with mobile electric power line 6 for Dingan County.
The mobile electric power line 6 is sealingly disposed in a hollow shaft 13, and floating ball 10 is interior, specifically refers in lower semisphere Equipped with a pair of of bearing hollow shaft 13 and the bearing 12 for facilitating it to rotate and oil sealing 5, hollow shaft 13 can be made to exist by designing bearing 12 More easily, freely, that is, mobile electric power line 6 acts as turning easily, freely in company with hollow shaft 13 for rotation in floating ball 10 It is dynamic;The oil sealing 5 selects outside framework oil seal, and it is close that it can play rotation when 13 lower end of hollow shaft passes through the port of 10 lower part of floating ball The effect of envelope, i.e., on the basis of not interfering hollow shaft 13 to rotate, can preferable closed port, to prevent water in swimming pool logical The lower port for crossing floating ball 10 enters in floating ball.
Therefore, when swimming pool underwater cleaning robot walk, turning and when carrying out cleaning, can will drive power supply The rotational action of line is discharged by the fixed power source line 8 and mobile electric power line 6 of mutually rotation and conduction in floating ball 10, to Effectively prevent power cord wrap to be knotted together, to use bring convenience and safety.
The utility model is related to fixed power source line 8, mobile electric power line 6 and floating ball 10, they can design integrated knot Structure, i.e., whole power cord will directly be divided into the closed fixed power source line 8 of sealing and mobile electric power line 6 in floating ball 10, then install Floating ball 10 afterwards will be unable to give dismounting or replacement from whole power cord.
However, it is possible to fixed power source line 8, mobile electric power line 6 and floating ball 10 are fabricated to separate part shown in FIG. 1, i.e., The separate part can be removed from whole power cord, thus facilitate the replacement of floating ball 10, and concrete structure is:Fixed electricity The upper port that floating ball 10 is stretched out in line 8 upper end in source forms conductive plug, and 10 upper outer end of floating ball will be set as external screw thread connecting pin 9;The lower port that floating ball 10 is stretched out in 13 lower end of hollow shaft of built-in mobile electric power line 6 is equipped with the anticreep stop collar 2 being fixedly mounted, It is equipped with the encapsulated locating piece 3 of the end and mobile electric power line 6 of common filling closed hollow axis 13 in the anticreep stop collar, and makes work Dynamic 6 lower end of power cord also forms conductive plug, and anticreep stop collar 2 is equipped with the inner screw sheath 1 of loose joint installation;Meanwhile hollow shaft The outer ends of 13 stretching floating ball 10 ports have one section it is exposed, position is can then to pass through C between floating ball 10 and anticreep stop collar 2 The sheathing 4 that type fastens is set with masking, with aesthetic appearance.
It is such as designed according to separate part, then the epimere power cord lower end of adjacent 8 upper end of fixed power source line will be designed as Identical with the structure of 6 lower end of mobile electric power line, i.e., epimere power cord lower end also is provided with anticreep stop collar 2, and with work Connect the inner screw sheath 1 of installation;The hypomere power cord upper end of corresponding 6 lower end of adjacent activities power cord will be designed as and fix The structure of 8 upper end of power cord is identical, i.e., hypomere power cord upper end also is provided with external screw thread connecting pin 9;In use, with fixation The conductive plug of 8 upper end of power cord carries out conductive with slotting, 6 lower end of mobile electric power line with the conductive plug of epimere power cord lower end The conductive plug of conductive plug and hypomere power cord upper end carry out conductive with inserting, then inner screw sheath 1 and external screw thread are connected It connects 9 progress screw thread of end and screws connection, which also needs to make waterproof sealing.
In addition, after the separate part with floating ball 10 is removed, also can by epimere power cord and hypomere power cord directly into Row is conductively connected, so that power cord is more flexible when being conductively connected.
The above is only specific embodiment of the utility model, it should be appreciated by those skilled in the art that any and reality The equivalent structure design of example is applied, should be included within the scope of protection of this utility model.

Claims (9)

1. a kind of antiwind power cord for connecting swimming pool underwater cleaning robot, which is equipped with suspended power supply line Floating ball(10), it is respectively equipped with the port that power supply source line passes through at the both ends of floating ball, it is characterised in that the floating ball(10)Interior electricity Source line is set as fixed power source line(8)With mobile electric power line(6), the fixed power source line(8)With its across port fix Sealing, the mobile electric power line(6)With its across port rotate sealing;The fixed power source line(8)With flexible lamp Source line(6)Adjacent end portion between make mutually to rotate be conductively connected.
2. a kind of antiwind power cord for connecting swimming pool underwater cleaning robot according to claim 1, feature It is the fixed power source line(8)With mobile electric power line(6)Adjacent end portion between be equipped with conducting slip ring(7).
3. a kind of antiwind power cord for connecting swimming pool underwater cleaning robot according to claim 1, feature It is the mobile electric power line(6)It is sealingly disposed in hollow shaft(13)Interior, which passes through floating ball(10)Port, and with Rotate sealing between port;Floating ball(10)It is interior to be equipped with a pair of of bearing hollow shaft(13)The bearing of rotation(12)And oil sealing (5).
4. a kind of antiwind power cord for connecting swimming pool underwater cleaning robot according to claim 1, feature It is the fixed power source line(8)Fixing seal structure between port is to be equipped with filling in port to close the fixation Power cord(8)Encapsulated locating piece(3).
5. a kind of antiwind power cord for connecting swimming pool underwater cleaning robot according to claim 3, feature It is the oil sealing(5)As hollow shaft(13)Rotary seal between port.
6. a kind of antiwind power cord for connecting swimming pool underwater cleaning robot according to claim 3, feature It is to supply the fixed power source line(8)The floating ball of stretching(10)Port outer end is set as external screw thread connecting pin(9), the hollow shaft (13)Floating ball is stretched out in outer end(10)Port is simultaneously equipped with the anticreep stop collar being fixedly mounted(2), the anticreep stop collar is interior to be equipped with filling Close the hollow shaft(13)End and mobile electric power line(6)Encapsulated locating piece(3), anticreep stop collar(2)It is equipped with and lives Connect the inner screw sheath of installation(1).
7. a kind of antiwind power cord for connecting swimming pool underwater cleaning robot according to claim 6, feature It is the hollow shaft(13)Stretch out floating ball(10)The outer end of port is additionally provided with sheathing(4), which is set on floating ball (10)With anticreep stop collar(2)Between.
8. a kind of antiwind power cord for connecting swimming pool underwater cleaning robot according to claim 1, feature It is the floating ball(10)Glue sealing is fixed after mutually being fastened by episphere and lower semisphere.
9. a kind of antiwind power cord for connecting swimming pool underwater cleaning robot according to claim 1, feature It is the floating ball(10)It is mutually threadedly coupled by episphere and lower semisphere, and anti-watertight is equipped in the junction of the two Seal(11).
CN201820107179.4U 2018-01-23 2018-01-23 A kind of antiwind power cord for connecting swimming pool underwater cleaning robot Active CN207938939U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201820107179.4U CN207938939U (en) 2018-01-23 2018-01-23 A kind of antiwind power cord for connecting swimming pool underwater cleaning robot

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201820107179.4U CN207938939U (en) 2018-01-23 2018-01-23 A kind of antiwind power cord for connecting swimming pool underwater cleaning robot

Publications (1)

Publication Number Publication Date
CN207938939U true CN207938939U (en) 2018-10-02

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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111283728A (en) * 2018-12-06 2020-06-16 北京欣奕华科技有限公司 Transmission connection device applied to mobile robot
CN112259988A (en) * 2020-09-24 2021-01-22 安庆船用电器有限责任公司 HPS hydraulic pump starting box for marine low-speed diesel engine
CN113745887A (en) * 2021-08-23 2021-12-03 沃姆环境设备启东有限公司 Movable connector
WO2023165069A1 (en) * 2022-03-04 2023-09-07 深圳潜行创新科技有限公司 Automatic swimming pool cleaning robot capable of laterally translating

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111283728A (en) * 2018-12-06 2020-06-16 北京欣奕华科技有限公司 Transmission connection device applied to mobile robot
CN112259988A (en) * 2020-09-24 2021-01-22 安庆船用电器有限责任公司 HPS hydraulic pump starting box for marine low-speed diesel engine
CN112259988B (en) * 2020-09-24 2022-05-03 安庆船用电器有限责任公司 HPS hydraulic pump starting box for marine low-speed diesel engine
CN113745887A (en) * 2021-08-23 2021-12-03 沃姆环境设备启东有限公司 Movable connector
WO2023165069A1 (en) * 2022-03-04 2023-09-07 深圳潜行创新科技有限公司 Automatic swimming pool cleaning robot capable of laterally translating

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