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CN-122007031-A - Glue nail detects sorting facilities

CN122007031ACN 122007031 ACN122007031 ACN 122007031ACN-122007031-A

Abstract

The application provides glue nail detection and separation equipment, and relates to the technical field of battery production. The glue nail detection and separation device comprises a first transmission assembly, a cleaning mechanism, a second transmission assembly, a transfer assembly, a detection mechanism and a separation mechanism, wherein the first transmission assembly is provided with a first transmission channel, the cleaning mechanism is located on one side of the first transmission channel and is used for cleaning glue nails, the second transmission assembly is arranged at intervals with the first transmission assembly and is provided with a second transmission channel, the transfer assembly is arranged between the first transmission assembly and the second transmission assembly and is used for transferring glue nails in the first transmission channel to the second transmission channel and adjusting the glue nails to a preset gesture, the detection mechanism is located on one side of the second transmission channel and is used for detecting the glue nails, and the separation mechanism is located on one side of the second transmission channel and is used for separating the glue nails based on detection results of the detection mechanism. According to the glue nail detection and separation equipment, the glue nails are cleaned through the cleaning mechanism, the glue nails are detected through the detection mechanism, and the glue nails qualified in detection are recovered through the separation mechanism, so that the material cost of the battery cell is reduced.

Inventors

  • ZOU DEWANG

Assignees

  • 欣旺达动力科技股份有限公司

Dates

Publication Date
20260512
Application Date
20260122

Claims (10)

  1. 1. The utility model provides a glue nail detects sorting facilities which characterized in that includes: A first transfer assembly (110) having a first transfer channel (110 a) for transferring the glue spike; A cleaning mechanism (200) located at one side of the first transmission channel (110 a), wherein the cleaning mechanism (200) is used for cleaning the glue nails; a second transmission assembly (120) spaced apart from the first transmission assembly (110) and having a second transmission channel (120 a) for transmitting the glue strings; the transferring assembly (130) is arranged between the first transferring assembly (110) and the second transferring assembly (120) and is used for transferring the washed glue nails in the first transferring channel (110 a) to the second transferring channel (120 a) and adjusting the glue nails to a preset gesture; a detection mechanism (300) located at one side of the second transmission channel (120 a), wherein the detection mechanism (300) is used for detecting the glue nail; and the sorting mechanism (400) is positioned at one side of the second transmission channel (120 a) and along the transmission direction of the second transmission channel (120 a), the sorting mechanism (400) is positioned at a downstream station of the detection mechanism (300), and the sorting mechanism (400) is used for sorting the glue nails based on the detection result of the detection mechanism (300).
  2. 2. The glue pin detection and sorting apparatus of claim 1, wherein the transfer assembly (130) comprises a carrier (131), a vibrating member (132) and a guide rail (133); the first transmission channel (110 a) has an output end (110 b), and the carrier (131) is arranged corresponding to the output end (110 b); the vibrating piece (132) is connected to the bearing piece (131), and the vibrating piece (132) is used for driving the bearing piece (131) to vibrate; The bearing piece (131) is provided with a screening opening (131 a), the guide rail (133) is connected to the bearing piece (131), the guide rail (133) is provided with a transmission groove (133 a), one end of the transmission groove (133 a) is communicated with the screening opening (131 a), and the other end of the transmission groove (133 a) is communicated with the second transmission channel (120 a).
  3. 3. The glue nail detection and sorting device according to claim 2, characterized in that the carrier (131) has a carrying surface (131 b), the carrying surface (131 b) being arranged opposite the screening opening (131 a), the carrying surface (131 b) being adapted to carry the glue nail; the bearing surface (131 b) is recessed towards a direction close to the screening opening (131 a) and is connected to the screening opening (131 a), the bearing surface (131 b) points to the screening opening (131 a), and the cross-sectional area of the area surrounded by the bearing surface (131 b) is gradually reduced.
  4. 4. A glue pin detection and sorting apparatus according to any of claims 1-3, characterized in that the detection mechanism (300) comprises a size detection assembly (310) and an appearance detection assembly (320); the appearance detection component (320) is located on one side of the size detection component (310) and is located at a downstream station of the size detection component (310) along the transmission direction of the second transmission channel (120 a), the size detection component (310) is used for detecting the size of the glue nail, and the appearance detection component (320) is used for detecting the appearance of the glue nail.
  5. 5. The glue pin detection and sorting apparatus of claim 4, wherein the transport direction of the second transport channel (120 a) is a first direction (X), the second transport channel (120 a) having a second direction (Z), the second direction (Z) being perpendicular to the first direction (X); the appearance detection assembly (320) comprises at least two first visual identification detection pieces (321), the at least two first visual identification detection pieces (321) are respectively arranged on two sides of the second transmission channel (120 a) along the second direction (Z), and the first visual identification detection pieces (321) are used for detecting the appearance of the glue nails along the two sides of the second direction (Z).
  6. 6. The glue pin detection and sorting apparatus of claim 4, wherein the transport direction of the second transport channel (120 a) is a first direction (X), the second transport channel (120 a) having a second direction (Z), the second direction (Z) being perpendicular to the first direction (X); The appearance detection assembly (320) further comprises at least two second visual identification detection pieces (322), at least two first visual identification detection pieces (321) are arranged at intervals along the first direction (X), and the second visual identification detection pieces (322) are used for detecting the appearance of the glue nails along the two sides of the first direction (X).
  7. 7. The glue pin detection and sorting apparatus of claim 4, wherein the size detection assembly (310) includes a third visual identification detection member (311), the third visual identification detection member (311) being located on one side of the second transmission channel (120 a) and being disposed towards the second transmission channel (120 a), the third visual identification detection member (311) being configured to detect the size of the glue pin.
  8. 8. A glue detection and sorting apparatus according to any of claims 1-3, characterized in that the sorting mechanism (400) comprises a receiving member (410) and a sorting member (420); The accommodating part (410) is positioned at one side of the second transmission channel (120 a), and along the transmission direction of the second transmission channel (120 a), the accommodating part (410) is positioned at a downstream station of the detection mechanism (300); The accommodating part (410) is provided with a first accommodating cavity (410 a) and a second accommodating cavity (410 b), and the sorting part (420) is used for sorting the glue nails which are qualified in detection to the first accommodating cavity (410 a) and sorting the glue nails which are unqualified in detection to the second accommodating cavity (410 b) based on the detection result of the detection mechanism (300).
  9. 9. A glue pin detection and sorting apparatus according to any of claims 1-3, characterized in that the cleaning mechanism (200) comprises an ultrasonic cleaning assembly (210), the ultrasonic cleaning assembly (210) having a cleaning chamber (211), the first transfer channel (110 a) passing through the cleaning chamber (211); and/or, the cleaning mechanism (200) further comprises a spray cleaning assembly (220), the spray cleaning assembly (220) comprises a spray head (221), and the spray head (221) is located on one side of the first transmission channel (110 a).
  10. 10. The glue pin detection and sorting device according to claim 9, further comprising a drying mechanism (500), the drying mechanism (500) being located at one side of the first conveying channel (110 a) and along the conveying direction of the first conveying channel (110 a), the drying mechanism (500) being located at a downstream station of the cleaning mechanism (200), the drying mechanism (500) being configured to dry the glue pins.

Description

Glue nail detects sorting facilities Technical Field The application belongs to the technical field of battery production, and particularly relates to glue nail detection and separation equipment. Background In the cell formation stage, the liquid needs to be injected into the cell twice. The electrolyte injection is performed for the first time after the battery core is assembled and before formation so as to primarily infiltrate the pole piece and the diaphragm and provide ion conduction medium for subsequent formation reaction, and then the electrolyte injection is performed for the second time so as to supplement electrolyte consumed by gas production or infiltration. In the battery cell formation stage, especially after electrolyte injection is completed each time, new glue nails are inserted into the battery cell liquid injection holes for sealing, so that the battery cells are prevented from being polluted by electrolyte residues, pole piece dust and other impurities attached to the surfaces and gaps of the old glue nails, and therefore, the old glue nails need to be scrapped. In order to reduce the material cost of the battery cell, the old glue nails can be cleaned and recycled, but the cleaning effect of the glue nails is difficult to control. Disclosure of Invention The application aims to provide a glue nail detection and separation device, which at least solves the problem that the material cost of an electric core is difficult to control due to the fact that the cleaning effect of glue nails is difficult to control. In order to solve the technical problems, the application is realized as follows: in a first aspect, an embodiment of the present application provides a glue nail detection and separation apparatus, including: A first transfer assembly having a first transfer channel for transferring the glue spike; the cleaning mechanism is positioned at one side of the first transmission channel and is used for cleaning the glue nails; the second transmission assembly is arranged at intervals with the first transmission assembly and is provided with a second transmission channel for transmitting the glue nails; The transferring assembly is arranged between the first transferring assembly and the second transferring assembly and is used for transferring the glue nails which are washed in the first transferring channel to the second transferring channel and adjusting the glue nails to a preset gesture; the detection mechanism is positioned at one side of the second transmission channel and is used for detecting the glue nails; And the sorting mechanism is positioned at one side of the second transmission channel and along the transmission direction of the second transmission channel, is positioned at a downstream station of the detection mechanism, and is used for sorting the glue nails based on the detection result of the detection mechanism. Optionally, the transfer assembly comprises a carrier, a vibrator, and a rail; the first transmission channel is provided with an output end, and the bearing piece is arranged corresponding to the output end; the vibration piece is connected to the bearing piece and is used for driving the bearing piece to vibrate; The bearing piece is provided with a screening opening, the guide rail is connected to the bearing piece, the guide rail is provided with a transmission groove, one end of the transmission groove is communicated with the screening opening, and the other end of the transmission groove is communicated with the second transmission channel. Optionally, the bearing piece is provided with a bearing surface, the bearing surface is opposite to the screening opening, and the bearing surface is used for bearing the glue nails; the bearing surface is sunken towards the direction close to the screening opening and is connected with the screening opening, the bearing surface points to the direction of the screening opening, and the cross section area of the area surrounded by the bearing surface is gradually reduced. Optionally, the detection mechanism includes a size detection component and an appearance detection component; The appearance detection assembly is located on one side of the size detection assembly and located in the downstream station of the size detection assembly along the transmission direction of the second transmission channel, the size detection assembly is used for detecting the size of the glue nail, and the appearance detection assembly is used for detecting the appearance of the glue nail. Optionally, the transmission direction of the second transmission channel is a first direction, and the second transmission channel has a second direction, and the second direction is perpendicular to the first direction; The appearance detection assembly comprises at least two first visual identification detection pieces, the at least two first visual identification detection pieces are arranged on two sides of the second transmission channel along t