CN-117564014-B - Detachable liner structure for vibration cleaning and manufacturing method

CN117564014BCN 117564014 BCN117564014 BCN 117564014BCN-117564014-B

Abstract

The invention relates to the technical field of cleaning devices, in particular to a detachable liner structure for vibration cleaning and a manufacturing method thereof, comprising a liner, the vibration source and the fixed bolt column are connected, and the inner container and the vibration source are fixed together. The detachable liner structure of the invention is convenient for flexibly adjusting and replacing the liner at any time in the vibration cleaning process. The use is more convenient and flexible. The manufacturing method of the rubber coating process treatment on the outer surface of the inner container manufactured by adopting the metal plate effectively prevents small parts from being scratched in the vibration cleaning process, and after the rubber coating process treatment is used for a certain time, when the rubber coating layer of the inner container is worn, the inner container can be detached at any time, the rubber coating process treatment is carried out again, and then the rubber coating process treatment can be used continuously. The use cost is lower and more humanized.

Inventors

WU CHUNLIANG
LIU XINGZHI
LIN WEIBO
ZHANG FENGTANG

Assignees

深圳市京田精密科技有限公司

Dates

Publication Date: 20260505
Application Date: 20231113

Claims (6)

1. The detachable liner structure for vibration cleaning comprises a liner (1), a vibration source (2) and a fixed bolt column (3), and is characterized in that the liner (1) is arranged on the vibration source (2), the fixed bolt column (3) is connected with the liner (1) and the vibration source (2) and fixes the liner (1) and the vibration source (2) together, the liner (1) comprises a liner main body (101), an upper edge (102) and an encapsulation layer (103), the liner main body (101) is of a lower semicircular annular structure, the upper opening structure and a hemispherical shell with a conical column structure are arranged in the center, the upper edge (102) is arranged on the outer side surface of the liner main body (101), and the encapsulation layer (103) is uniformly covered on the liner main body (101) and the upper edge (102); The inner container body (101) comprises a small kidney-shaped groove (1011) and a vibration source fixing column (1012), the small kidney-shaped groove (1011) is a plurality of small round corner rectangular groove structures distributed on the inner wall of the inner container body (101) in equal rows, the size of the small kidney-shaped groove (1011) is determined according to the size of a small part subjected to precise machining, the vibration source fixing column (1012) is of a conical column structure, a through hole is formed in the center shaft, the height of the vibration source fixing column (1012) is flush with the height of the inner container body (101), the vibration source (2) is an integrated power device with an ultrasonic generator and a motor, a fixing hole (201) is formed in the center of the top surface of the vibration source (2), the fixing hole (201) is of a threaded hole structure, and the fixing hole (201) is directly connected with a vibration component inside the vibration source (2) so as to drive the component mounted on the fixing hole (201) to vibrate together.
2. The detachable liner structure for vibration cleaning according to claim 1, wherein the upper edge (102) comprises a circular flange disk (1021) and a fixed circular ring (1022), the circular flange disk (1021) is of a circular disk body structure and is arranged on the bottom surface of the liner main body (101), and the fixed circular ring (1022) is arranged on the bottom of the liner main body (101) and is connected with the vibration source (2).
3. The detachable liner structure for vibration cleaning according to claim 1, wherein the fixed bolt column (3) comprises a pin column (301), a threaded portion (302) and a detaching head (303), the threaded portion (302) is arranged at the bottom of the pin column (301), the detaching head (303) is arranged at the top of the pin column (301), and the bolt head structure is provided with a cross-shaped knife edge as the center.
4. The detachable liner structure for vibration cleaning according to claim 3, wherein the pin column (301) is installed in a through hole in the center of the vibration source fixing column (1012) of the liner main body (101), and the length and diameter of the through hole in the center of the pin column (301) and the vibration source fixing column (1012) are matched with each other.
5. The detachable liner structure for vibration cleaning according to claim 3, wherein the threaded portion (302) is installed and fixed in the threaded structure of the fixing hole (201) of the vibration source (2), and the threaded structure of the threaded portion (302) is matched with the threaded structure of the fixing hole (201) of the vibration source (2) and has the same length and diameter.
6. A method for manufacturing a detachable liner structure for vibration cleaning according to claim 1 is characterized in that the fixed bolt column (3) is firmly arranged on the vibration source (2), and vibration is carried out along with the movement of the vibration source (2), so that the liner (1) which is fixedly connected with the vibration source (2) through the fixed bolt column (3) has stronger connection stability and vibration cleaning effect.

Description

Detachable liner structure for vibration cleaning and manufacturing method Technical Field The invention relates to the technical field of cleaning devices, in particular to a detachable liner structure for vibration cleaning and a manufacturing method thereof. Background When the production link of small-size precision machinery utensil, need wash the process of surface impurity to the product, because the characteristic of product self often adopts ultrasonic device to shake clear mode, this kind of mode is high-efficient stable, can not harm the accurate structure of product self. The utility model provides a vibration type circulation filtration ultrasonic cleaner CN204381006U of inner bag, be one kind can be when wasing the article, through the integral type inner bag vibrations cleaning structure that rocks the inner bag and improve clean efficiency, owing to be integral type inner bag structure and manufacturing method, can't change the inner bag according to the size of machining widget, it is inconvenient to use, simultaneously after vibrations wash and use certain time, when the rubber coating layer of inner bag wearing and tearing, can't dismantle the inner bag and change, can't dismantle the inner bag again and carry out rubber coating technology processing, so can't resume the use, can only wholly change vibration cleaner again, the use cost is high. Disclosure of Invention The invention aims to provide a detachable liner structure for vibration cleaning and a manufacturing method thereof, which are characterized in that the liner is replaceable, a glue coating layer can be repaired, and the use cost is reduced, so as to solve the problems in the prior art. In order to solve the technical problems, the invention provides the following technical scheme: the utility model provides a detachable inner bag structure and manufacturing method for vibrations washing, includes inner bag, vibroseis source and fixed bolt post, the inner bag is installed on the vibroseis source, fixed bolt post connects inner bag and vibroseis source and fixes inner bag and vibroseis source together. The detachable liner manufactured according to the structure and the manufacturing method of the invention is fixedly arranged on the vibration source, the liner and the vibration source are mutually connected and fixed through the fixedly arranged bolt column, and the liner is prevented from shifting during vibration by the aid of the fixedly arranged circular ring. And then the small processing part to be cleaned is arranged in the liner body, the vibration source is started, the small processing part is cleaned through high-frequency vibration, sundries cleaned at the moment can be settled in the kidney-shaped groove, after the vibration cleaning is finished, the cleaned object is taken out, and the sundries and the cleaning liquid are moved out of the liner together, so that the next cleaning process is performed. In the cleaning process, the inner container can be flexibly adjusted and replaced according to the specific machining requirements and the size of the small part to be machined, and after the inner container is cleaned by vibration for a certain time, when the rubber coating layer of the inner container is worn, the inner container can be treated by the rubber coating process again and then can be used continuously. Preferably, the inner container comprises an inner container body, an upper edge and an encapsulating layer, wherein the inner container body is of a lower semicircular structure, a hemispherical shell of a conical column structure is arranged at the center of the upper semicircular structure, the upper edge is arranged on the outer side face of the inner container body, and the encapsulating layer uniformly covers the inner container body and the upper edge. The function of the glue coating layer is to prevent the hard parts on the liner from scratching the precision machining small parts due to the long-time vibration of the device with high frequency, and the quality of the final product is affected. Preferably, the inner container main part includes little kidney slot and vibroseis fixed column, little kidney slot is the small-size fillet rectangle groove structure of the several of waiting to be listed as distribution on the inner container main part inner wall, the size in little kidney slot is according to the size determination of accurate machining minor part, vibroseis fixed column is conical stand column structure, and the center pin department is opened there is a through-hole, vibroseis fixed column height and the high parallel and level of inner container main part. The small kidney-shaped groove has the advantages that impurities which are convenient to shake and clean can be settled in the groove body of the small kidney-shaped groove under the action of gravity, the device in the subsequent link is convenient to clean, the upper open structure of the liner main body is used as a feed