CN211217281U

CN211217281U - Quantitative brushing device for super-capacitor laser welding anti-splash agent

Info

Publication number: CN211217281U
Application number: CN201921933722.7U
Authority: CN
Inventors: 王晓峰; 江斌; 牛志宽
Original assignee: Tianjin Qingyan Micro Energy Technology Co ltd
Current assignee: Tianjin Qingyan Micro Energy Technology Co ltd
Priority date: 2019-11-11
Filing date: 2019-11-11
Publication date: 2020-08-11
Anticipated expiration: 2029-11-11

Abstract

The utility model provides a device is applied paint with a brush to super capacitor laser welding splashproof agent ration, including electric capacity bracket, fuel feeding portion, control part and applying paint the portion with a brush, the fuel feeding portion, apply paint the bottom that the position is located the electric capacity bracket with a brush, the control part sets up in the both sides of applying paint the portion with a brush, treats the shell card of the condenser of applying paint with a brush and establishes in the electric capacity bracket, the laminating of capacitor terminal with applying paint the portion with a brush, fuel feeding portion carries the splashproof agent to applying paint the portion with a brush through supplying oil pipe, the control part drives to apply paint. The utility model has the advantages that: the size of the oil absorption cotton in the hollow rotating shaft is accurately matched with an area needing to be coated, the coating position is controlled, and the splash-proof agent is prevented from being coated on other positions, so that the waste of the splash-proof agent can be effectively reduced, and the splash-proof effect and the welding effect can be influenced; the proximity sensor also serves as a counter, and after the oil absorption cotton is brushed for a certain number of times, the micro flow pump supplies oil to the oil absorption cotton in a quantitative mode, so that the brushing amount control is achieved.

Description

Quantitative brushing device for super-capacitor laser welding anti-splash agent

Technical Field

The utility model relates to a device field is applied paint with a brush to splashproof agent ration in the super capacitor laser welding process, more specifically says and relates to a device is applied paint with a brush to super capacitor laser welding splashproof agent ration.

Background

In the production process of the super capacitor, a welding process is one of the more common assembly processes. Welding slag is generated in the welding process, and if the welding slag is splashed to the surface of a product, the appearance of the product is influenced; particularly if the slag spatters onto surfaces involved in the mating, it can interfere with the product assembly function. At present, the common method is to manually coat an anti-spattering agent on the possible influence area of welding slag splashing so as to reduce the influence of the welding slag splashing on the product; whether the anti-splash agent is uniformly coated or not and whether the coating position is accurate or not in the step determine the quality of the anti-splash effect. In a super capacitor sealing welding process, the area and the structure of a welding brushing area are limited, local brushing is not uniform due to the manual brushing mode, the manual brushing amount cannot be accurately determined, and welding scrapping is caused seriously due to the fact that an anti-splash agent permeates into the position of a welding seam during brushing. The manual painting mode has low efficiency and poor effect.

Disclosure of Invention

The utility model overcomes the deficiencies in the prior art, a device is applied paint with a brush to super capacitor laser welding splashproof agent ration is provided.

The purpose of the utility model is realized by the following technical scheme.

The utility model provides a device is applied paint with a brush to super capacitor laser welding splashproof agent ration, includes electric capacity bracket, fuel feeding portion, control part and scribbles the portion of brushing, fuel feeding portion scribble the portion of brushing and be located the bottom of electric capacity bracket, the control part sets up scribble the both sides of portion of brushing, the shell card of the condenser of treating to apply paint with a brush is established in the electric capacity bracket, the condenser terminal with the portion of brushing laminating is applied paint with a brush, fuel feeding portion carries the splashproof agent extremely through fuel feed line scribble the portion of brushing, the control part drives it rotates in order to realize accomplishing with the portion of brushing of condenser.

Further, the brushing part comprises a middle idle shaft and oil absorption cotton, and the oil absorption cotton is arranged between the top of the hollow rotating shaft and the capacitor terminal.

Further, the oil supply part is a micro flow pump, and the micro flow pump penetrates out of the hollow cavity of the hollow rotating shaft through the oil supply pipeline.

Further, the control part includes proximity sensor, driving motor and thin wall bearing, proximity sensor sets up being close to of electric capacity bracket one side of cavity pivot, driving motor pass through the belt with the cavity pivot is connected, the cavity pivot is passed through thin wall bearing with the electric capacity bracket is connected in order to realize the cavity pivot rotates the drive the electric capacity bracket rotates.

Further, the number of the thin-wall bearings is two.

Further, be equipped with on the electric capacity bracket and hold the notch of condenser terminal, the condenser is followed the notch top is inserted, the both sides of notch are equipped with thin wall bearing, notch below department is equipped with the oil absorption cotton.

Further, the bottom of the device is also provided with a base.

The utility model has the advantages that:

1. an operator only needs to put a product into the device, the proximity sensor senses the product and then gives a signal to control the driving motor to drive the rotating shaft to rotate 180 degrees, and the painting process is finished;

2. the size of the oil absorption cotton in the hollow rotating shaft is accurately matched with an area needing to be coated, the coating position is controlled, and the splash-proof agent is prevented from being coated on other positions, so that the waste of the splash-proof agent can be effectively reduced, and the splash-proof effect and the welding effect can be influenced;

3. the proximity sensor also serves as a counter, and after the oil absorption cotton is brushed for a certain number of times, the micro flow pump supplies oil to the oil absorption cotton in a quantitative mode, so that the brushing amount control is achieved.

Drawings

FIG. 1 is a schematic structural view of the present invention;

in the figure:

1.1, a capacitor, 1.2, a capacitor bracket, 1.3, a proximity sensor, 1.4, a micro flow pump, 1.5 and a base,

1.6 parts of a hollow rotating shaft, 1.7 parts of a belt, 1.8 parts of a driving motor, 1.9 parts of an oil supply pipeline, 2.1 parts of a capacitor shell,

2.2, capacitor terminals, 2.3, thin-wall bearings, 2.4 and oil absorption cotton.

Detailed Description

The technical solution of the present invention is further explained by the following specific examples.

As shown in fig. 1, 1.1 is a capacitor, 1.2 is a capacitor holder, 1.3 is a proximity sensor, 1.4 is a micro flow pump, 1.5 is a base, 1.6 is a hollow rotating shaft, 1.7 is a belt, 1.8 is a driving motor, 1.9 is an oil supply pipe, 2.1 is a capacitor housing, 2.2 is a capacitor terminal, 2.3 is a thin-wall bearing, and 2.4 is absorbent cotton.

Example 1

Example 2

The brushing part comprises a middle idle shaft and oil absorption cotton, and the oil absorption cotton is arranged between the top of the hollow rotating shaft and a capacitor terminal;

the oil supply part is a micro flow pump, and the micro flow pump penetrates out of the hollow cavity of the hollow rotating shaft through the oil supply pipeline;

the control part includes proximity sensor, driving motor and thin-walled bearing, thin-walled bearing's number is two, proximity sensor sets up being close to of electric capacity bracket one side of cavity pivot, proximity sensor and have the tally function simultaneously, and this patent does not have the improvement to proximity sensor, for current public technology, driving motor pass through the belt with the cavity pivot is connected, the cavity pivot is passed through thin-walled bearing with the electric capacity bracket is connected in order to realize the cavity pivot rotates and drives the electric capacity bracket rotates.

Example 3

The utility model provides a device is applied paint with a brush to super capacitor laser welding splashproof agent ration, the bottom of the device is equipped with the base, including electric capacity bracket, fuel feeding portion, control part and scribble the portion of brushing, fuel feeding portion scribble the portion of brushing and be located the bottom of electric capacity bracket, the control part sets up scribble the both sides of portion of brushing, the shell card of the condenser of treating to apply paint is established in the electric capacity bracket, the condenser terminal with the portion of brushing laminating is applied paint, fuel feeding portion carries the splashproof agent extremely through fuel feeding pipeline scribble the portion of brushing, the control part drives it is right in order to realize the completion to scribble the portion of brushing of condenser.

the control part includes proximity sensor, driving motor and thin-walled bearing, the number of thin-walled bearing is two, proximity sensor sets up being close to of electric capacity bracket one side of cavity pivot, driving motor pass through the belt with the cavity pivot is connected, the cavity pivot is passed through thin-walled bearing with the electric capacity bracket is connected in order to realize the cavity pivot rotates the drive the electric capacity bracket rotates.

The capacitor is characterized in that a notch for accommodating the capacitor terminal is formed in the capacitor bracket, the capacitor is inserted into the notch from the upper side, the thin-wall bearing is arranged on two sides of the notch, and oil absorption cotton is arranged below the notch.

The working process is as follows:

the capacitor is placed in the capacitor bracket, and after the proximity sensor senses the product, the driving motor obtains a working signal, drives the hollow rotating shaft to rotate 180 degrees through the belt, and finishes the painting action.

The hollow rotating shaft is connected with the capacitor bracket through a thin-wall bearing, oil absorption cotton is fixed in the hollow rotating shaft, the oil absorption cotton can absorb and store a certain amount of splash-proof agent, and the oil absorption cotton is connected with the micro flow pump through a pipeline. When the proximity sensor senses a product, the counter increases the value by one, and when the count value reaches a preset value, the micro flow pump is controlled to work, and a certain amount of splash-proof agent is injected into the oil absorption cotton, so that the content of the splash-proof agent in the oil absorption cotton is kept relatively stable.

The oil absorption cotton has certain elasticity, and the internal diameter size closely cooperates with the external diameter of condenser terminal to when guaranteeing to apply paint with a brush, the oil absorption cotton is accurately applied paint with a brush the area that the condenser terminal needs the protection with the splashproof agent. And the capacitor terminal is in a vertically downward state during working, so that the defect that the splash-proof agent flows to the position of a welding seam under the action of gravity during manual operation is avoided.

The oil absorption cotton is detachable, and can be taken down for cleaning or replacement under the condition that the oil absorption cotton is dirty or damaged.

While one embodiment of the present invention has been described in detail, the description is only a preferred embodiment of the present invention, and should not be considered as limiting the scope of the present invention. All the equivalent changes and improvements made according to the application scope of the present invention should still fall within the patent coverage of the present invention.

Claims

1. The utility model provides a device is applied paint with a brush to super capacitor laser welding splashproof agent ration which characterized in that: including electric capacity bracket, fuel feeding portion, control part and scribble brush portion, fuel feeding portion scribble brush portion and be located the bottom of electric capacity bracket, the control part sets up scribble brush portion's both sides, treat the shell card of the condenser of applying paint and establish in the electric capacity bracket, the condenser terminal with the laminating of applying paint portion, fuel feeding portion carries the splashproof agent extremely through fuel feed pipe scribbling brush portion, the control part drives it rotates in order to realize accomplishing pair to scribble brush of condenser.

2. The quantitative brushing device for the super-capacitor laser welding splash-proof agent is characterized in that: the brushing part comprises a middle idle shaft and oil absorption cotton, and the oil absorption cotton is arranged between the top of the hollow rotating shaft and a capacitor terminal.

3. The quantitative brushing device for the super-capacitor laser welding splash-proof agent is characterized in that: the oil supply part is a micro flow pump, and the micro flow pump penetrates out of the hollow cavity of the hollow rotating shaft through the oil supply pipeline.

4. The quantitative brushing device for the super-capacitor laser welding splash-proof agent is characterized in that: the control part includes proximity sensor, driving motor and thin wall bearing, proximity sensor sets up being close to of electric capacity bracket one side of cavity pivot, driving motor pass through the belt with the cavity pivot is connected, the cavity pivot is passed through thin wall bearing with the electric capacity bracket is connected in order to realize the cavity pivot rotates the drive the electric capacity bracket rotates.

5. The quantitative brushing device for the super-capacitor laser welding splash-proof agent is characterized in that: the number of the thin-wall bearings is two.

6. The quantitative brushing device for the super-capacitor laser welding splash-proof agent is characterized in that: the capacitor is characterized in that a notch for accommodating the capacitor terminal is formed in the capacitor bracket, the capacitor is inserted into the notch from the upper side, the thin-wall bearing is arranged on two sides of the notch, and oil absorption cotton is arranged below the notch.

7. The quantitative brushing device for the super-capacitor laser welding anti-spattering agent according to any one of claims 1 to 6, wherein: the bottom of the device is also provided with a base.