CN207343291U - A kind of lithium battery X-Ray on-line checking sorting equipments - Google Patents

Abstract

It the utility model is related to a kind of lithium battery X Ray on-line checking sorting equipments, including delivery platform, X-ray detector, control system and display device, delivery platform includes conveyer belt and driving device, conveyer belt includes feeding section and discharging section, X-ray detector is installed on the joint of feeding section and discharging section, a plurality of cross one another longitudinal lines and cross-wise lines are evenly distributed with conveyer belt, every longitudinal lines and cross-wise lines intersection set a numbering, a gravity sensor is correspondingly provided with each numbering, the both sides of delivery platform are evenly distributed with multiple rotating machine arms along direction of transfer, X-ray detector, display device, driving device, multiple gravity sensors and multiple rotating machine arms are electrically connected with control system.The beneficial effects of the utility model are simple in structure, and easy to operate, battery core detection efficiency and detection essence are higher, and production cost is relatively low.

Description

A kind of lithium battery X-Ray on-line checking sorting equipments

Technical field

It the utility model is related to the X- in X-Ray detection device technology fields, more particularly to a kind of Production Process of Lithium Battery Ray detects sorting equipment.

Background technology

With developing rapidly for electronics industry so that the battery industry for its service is benefited a great deal, and production capacity and energy supply are all big The earth increases.At present, what lithium ion battery can be manufactured is relatively thin, and is therefore assemblied in many electronic equipments as electricity Source, while relatively small space is occupied, so lithium ion battery is widely used in various electronic, such as imaging device, lead to Believe equipment, optical instrument, medical instrument, computer, mobile phone etc..

It is well known that in soft package lithium battery production process, manually or mechanically wind battery core and spiral, dew side, cladding occurs The problems such as bad, cause material scrap, finished battery exception, even cause the serious problems such as fire.Traditional detection means bag Include artificial range estimation, carrying out flaw detection of Surface testing and off-line type etc., these detection modes are low there are detection efficiency, cost compared with The shortcomings that height, prohibited data detection is true.

Utility model content

Technical problem to be solved in the utility model is to provide a kind of lithium battery X-Ray on-line checking sorting equipments, purport The problem of detection efficiency is low in Production Process of Lithium Battery is solved, and prohibited data detection is really and testing cost is higher.

The technical solution that the utility model solves above-mentioned technical problem is as follows：

A kind of lithium battery X-Ray on-line checking sorting equipments, including delivery platform, X-ray detector, control system and aobvious Showing device, the delivery platform include conveyer belt and driving device, and the conveyer belt includes feeding section and discharging section, and the X is penetrated Thread detector is installed on the joint of the feeding section and the discharging section, and a plurality of mutually friendship is evenly distributed with the conveyer belt The longitudinal lines and cross-wise lines of fork, every longitudinal lines and the cross-wise lines intersection set a numbering, each It is correspondingly provided with a gravity sensor at the numbering, the both sides of the delivery platform are evenly distributed with multiple along direction of transfer Rotating machine arm, the X-ray detector, the display device, the driving device, multiple gravity sensors and more A rotating machine arm is electrically connected with the control system.

The beneficial effects of the utility model are：Delivery platform can realize the transmission of battery core, and X-ray detector can be flat to transmitting It is detected on platform by its internal battery core, detection electricity can be achieved in the vertical, horizontal lines on conveyer belt and numbering thereon The positioning of core, gravity sensor can sense the battery core on correspondence position and signal passed to control system, and control system can connect Receive the signal of gravity sensor transmission and send corresponding instruction, while the information of detection is passed to display dress by control system Put, the corresponding informance of display device display detection；Control system can control the rotating machine arms of feeding section both sides by electricity to be detected Core is placed in corresponding position (i.e. the intersections of transverse and longitudinal lines) on conveyer belt, and control system can control the rotation of discharging section both sides Manipulator removes unqualified battery core on conveyer belt；The apparatus structure is simple, easy to operate, and detection efficiency and precision are higher, saves Manpower, production cost are relatively low.

Based on the above technical solutions, the utility model can also do following improvement.

Further, the X-ray detector includes casing and is installed on the X-ray detection component of the cabinet top, The casing is in rectangular-shape, and the X-ray detection component includes multiple X-ray generators and produces dress with the X-ray Corresponding imaging device is put, multiple X-ray generators are uniformly distributed with the imaging device along the casing long side direction On lower surface at the top of it, the X-ray generator and the imaging device correspond to and are installed on the cabinet top lower surface Mounting groove in, the X-ray generator and the imaging device are electrically connected with the control system.

Beneficial effect using above-mentioned further scheme is can be to the inner case of detection battery core using X-ray detection component It is detected, such as is detected situations such as pole piece positive and negative anodes, membrane cladding, battery core height, wound condition and displacement；X is penetrated Beam generating apparatus can produce X-ray and irradiate battery core and be detected, and can then be received with the corresponding imaging device of X-ray generator Picture simultaneously passes to control system, and the precision of detection is higher.

Brief description of the drawings

Fig. 1 is the structure diagram of the utility model；

Fig. 2 is the partial schematic diagram of conveyer belt in the utility model；

Fig. 3 is the scheme of installation of X-ray detection component in the utility model.

In attached drawing, parts list represented by the reference numerals is as follows：

1st, X-ray detector, 2, feeding section, 3, discharging section, 4, conveyer belt, 5, gravity sensor, 6, rotating machine arm, 7, Casing, 8, X-ray detection component, 9, X-ray generator, 10, imaging device.

Embodiment

The principle and feature of the utility model are described below in conjunction with attached drawing, example is served only for explaining this practicality It is new, it is not intended to limit the scope of the utility model.

As depicted in figs. 1 and 2, the utility model provides a kind of lithium battery X-Ray on-line checking sorting equipments, including transmission Platform, X-ray detector 1, control system and display device, the both sides of delivery platform are evenly distributed with multiple rotations along direction of transfer Turn manipulator 6, rotating machine arm 6 is electrically connected with control system, and delivery platform includes conveyer belt 4 and driving device, and conveyer belt 4 wraps Feeding section 2 and discharging section 3 are included, control system can control the rotating machine arm 6 of 2 both sides of feeding section that battery core to be detected is placed in biography Send on 4 corresponding position of band (i.e. the intersections of transverse and longitudinal lines), control system can control the rotating machine arm of 3 both sides of discharging section 6 remove the unqualified battery core on conveyer belt 4, and qualified battery core is then sent into next production line；X-ray detector 1 is installed on feeding section 2 With the joint of discharging section 3, a plurality of cross one another longitudinal lines and cross-wise lines are evenly distributed with conveyer belt 4, every vertical One numbering is set to lines and cross-wise lines intersection, a gravity sensor 5, X-ray are correspondingly provided with each numbering Detector 1, display device, driving device, multiple gravity sensors 5 and multiple rotating machine arms 6 are electrically connected with control system Connect, control system can control X-ray detector 1 to be detected battery core to be detected, while gravity sensor 5 can sense battery core simultaneously Signal is passed into control system, control system rotation-controlled manipulator 6 is avoided the position that battery core has been taken away, avoiding the occurrence of Same position repeats to take the phenomenon of unqualified battery core on conveyer belt 4.

As shown in figure 3, X-ray detector 1 includes casing 7 and is installed on the X-ray detection component 8 at the top of casing 7, machine Shell 7 is in rectangular-shape, and X-ray detection component 8 includes multiple X-ray generators 9 and corresponding with X-ray generator 9 Imaging device 10, multiple X-ray generators 9 are evenly distributed on the lower surface at the top of it with imaging device 10 along 7 long side direction of casing Upper (7 long side direction of casing is vertical with material transmission direction), X-ray generator 9 and the correspondence of imaging device 10 are installed on casing 7 and push up In the mounting groove of lower surface, X-ray generator 9 and imaging device 10 are electrically connected with control system；Control system can control X Ray detection component 8 is detected the inner case of battery core on conveyer belt 4, such as the pole piece positive and negative anodes of battery core, membrane cladding, Situations such as battery core height, wound condition and displacement；Control system starts X-ray generator 9, and X-ray generator 9 can produce Give birth to X-ray and irradiate battery core to be detected and be detected, imaging device 10 corresponding with X-ray generator 9 can then receive corresponding Picture and pass to control system, control system receives picture and is simultaneously handled, and extracts the information on picture, and is contrasted Analysis, makes the whether qualified judgement of battery core, and the result that will determine that passes to display device, and display device shows battery core detection Result and battery core whether the relevant information such as qualification.

The operation principle of the utility model is as follows：

In the course of work, control system starts driving device, and driving device driving conveyer belt 4 operates；Control system controls Battery core to be detected is placed in 4 corresponding position (the i.e. intersection of transverse and longitudinal lines of conveyer belt by the rotating machine arm 6 of 2 both sides of feeding section At point) on；Control system starts multiple X-ray generators 9 in X-ray detector 1, and X-ray generator 9 produces X and penetrates Line simultaneously irradiates the battery core to be detected on conveyer belt 4, and the situation inside battery core is detected, corresponding with X-ray generator 9 Imaging device 10 receives corresponding picture and passes to control system, and control system handles picture and extracts relevant information, The standard information that the relevant information of extraction is stored with internal system is compared and analyzed and judged by control system, same to time control System processed will determine that result passes to display device, and display device shows the result and telecommunications height, winding feelings of battery core detection The relevant information such as condition；The rotating machine arm 6 of control system control discharging section 3 both sides successively order to battery core after testing into Row classification is taken, and control system control driving device is so as to control the speed that conveyer belt 4 operates, the whirler of 3 both sides of discharging section Tool hand 6 removes the unqualified battery core detected in battery core, and qualified battery core is then sent into next production line, after unqualified battery core is taken away Signal is passed to control system by the gravity sensor 5 on correspondence position, and control system rejects numbering herein and controls rotation Manipulator 6 is avoided herein, repeats to take the situation of unqualified battery core in order to avoid there is same position on conveyer belt 4.

The utility model can be also used for detection lithium battery semi-finished-product, the whirler of 2 both sides of control system control feeding section Battery core in semi-finished product is taken out and is placed on 4 corresponding position of conveyer belt (i.e. the intersections of transverse and longitudinal lines) by tool hand 6, then Repeat above-mentioned detection process.

The above is only the preferred embodiment of the present invention, is not intended to limit the utility model, all in this practicality Within new spirit and principle, any modification, equivalent replacement, improvement and so on, should be included in the guarantor of the utility model Within the scope of shield.

Claims (2)

1. A kind of 1. lithium battery X-Ray on-line checking sorting equipments, it is characterised in that：Including delivery platform, X-ray detector (1), Control system and display device, the delivery platform include conveyer belt (4) and driving device, and the conveyer belt (4) includes feeding Section (2) and discharging section (3), the X-ray detector (1) are installed on connecting for the feeding section (2) and the discharging section (3) Locate, a plurality of cross one another longitudinal lines and cross-wise lines, every longitudinal lines are evenly distributed with the conveyer belt (4) One numbering is set with the cross-wise lines intersection, a gravity sensor (5), institute are correspondingly provided with each numbering State the both sides of delivery platform and be evenly distributed with multiple rotating machine arms (6) along direction of transfer, it is the X-ray detector (1), described Display device, the driving device, multiple gravity sensors (5) and multiple rotating machine arms (6) with the control System is electrically connected.
2. A kind of 2. lithium battery X-Ray on-line checking sorting equipments according to claim 1, it is characterised in that：The X-ray Detector (1) includes casing (7) and the X-ray detection component (8) being installed at the top of the casing (7), the casing (7) are in Rectangular-shape, the X-ray detection component (8) include multiple X-ray generators (9) and with the X-ray generator (9) Corresponding imaging device (10), multiple X-ray generators (9) and the imaging device (10) are along the casing (7) long side Direction is evenly distributed on the lower surface at the top of it, and the X-ray generator (9) and the imaging device (10) correspondence are installed on In the mounting groove of casing (7) top lower surface, the X-ray generator (9) and the imaging device (10) with it is described Control system is electrically connected.