Summary of the invention
It is an object of the invention to propose a kind of battery modules glue-pouring device, to solve present in prior art
Battery core both positive and negative polarity shell fragment viscose glue, causes loose contact, and encapsulating efficiency is low, wastes time and energy, and embedding glue is the most dirty
Contaminate other parts, technical problem the most easy to clean.
For reaching this purpose, the present invention by the following technical solutions:
A kind of battery modules glue-pouring device, including a support component, clamp assembly and encapsulating assembly；
Described support component includes push pedal and the base plate being overlapped mutually, and described push pedal is provided with multiple for grafting
The through hole of single battery unit, is provided with sealing ring in described through hole, described base plate is provided with and described through hole phase
To the thimble arranged, described base plate connects lifting assembly；
Described clamp assembly includes that multiple clamping block, multiple described clamping blocks surround the cavity wall accommodating glue, institute
State clamping block connection and have driving assembly；
Described encapsulating assembly includes containing glue device, and described Sheng glue device includes that glue groove, the bottom of described glue groove are provided with note
Jiao Kou, described glue groove connects moving assembly；
Described lifting assembly, described driving assembly and described moving assembly connect controller.
Further, the port of described through hole is provided with step cutting pattern, and described circular platform is located at by described sealing ring
On rank, described push pedal is provided with the sealing plate for compressing described sealing ring, and described sealing plate is with described push pedal
Further, described base plate and described push pedal, all in tetragon, are respectively equipped with at the corner of described base plate
Lead, is respectively provided with the perforation being socketed described lead at the corner of described push pedal.
Further, described clamp assembly includes that four described clamping blocks, each described clamping block are respectively connected with
Guide rail, described driving assembly is pneumatic cylinder or hydraulic cylinder.
Further, the bottom of described glue groove is provided with multiple gum-injecting port, and the bottom of described gum-injecting port connects note
Further, described clamping block, described glue groove and described sealing plate are plastics or five metals non cohesive gel material
Further, being provided with connection assembly between adjacent described clamping block, described connection assembly is for interconnecting mutually
The buckle connect or electric magnet.
Further, also include that mechanical arm assembly, described mechanical arm assembly are located at the one of described support component
Side, described mechanical arm assembly includes that base, described base are provided with the mechanical hand for fetching battery module.
A kind of battery modules glue-pouring device that the present invention provides, during use, battery modules is arranged on a support component
On, the bottom of single battery unit is plugged in through hole, and clamping block surrounds cavity wall, surrounds the four of battery modules
In week, under the effect of clamping block and bottom sealing ring, form one seal space；Above battery modules,
Carrying out injecting glue by containing glue device, the most every four single battery unit surround a soft hole, and gum-injecting port is in soft hole
After injecting glue completes, treating that gelling is solid, by driving assembly to remove clamping block, moving assembly removes Sheng glue
Device, promotes base plate by lifting assembly, and the thimble on base plate promotes battery unit, makes battery modules upwards carry
Rising, finally, battery modules departs from push pedal.
This battery modules glue-pouring device, carries out encapsulating process, wherein, by clamping to the middle part of battery modules
Block and sealing ring form the structure sealed, and can avoid the glue that overflows, and then avoid glue to adhere on both positive and negative polarity, it is ensured that
Battery modules has good electric conductivity, meanwhile, omnidistance can use automatic business processing, improve the effect of encapsulating
Rate, saves cost of labor, time saving and energy saving.
Detailed description of the invention
Further illustrate technical scheme below in conjunction with the accompanying drawings and by detailed description of the invention.
As depicted in figs. 1 and 2, a kind of battery modules glue-pouring device, including a support component, clamp assembly and
Propping up push pedal 3 and base plate 2 that support component includes being overlapped mutually, push pedal 3 is provided with multiple single for grafting
The through hole 4 of battery unit, be provided with sealing ring 8 in through hole 4, base plate 2 is provided with and is oppositely arranged with through hole 4
Thimble, base plate 2 connects lifting assembly；
Clamp assembly includes that multiple clamping block 5, multiple clamping blocks 5 surround the cavity wall accommodating glue, clamps block 5
Connect and have driving assembly；
Encapsulating assembly includes containing glue device, contains glue device and includes that glue groove 6, the bottom of glue groove 6 are provided with gum-injecting port, glue groove
6 connections have moving assembly；
Lifting assembly, driving assembly and moving assembly connect controller.
The port of through hole 4 is provided with step cutting pattern, and sealing ring 8 is located on step cutting pattern platform, and push pedal 3 sets
Having the sealing plate 7 for compressing sealing ring 8, sealing plate 7 is fixing with push pedal 3 to be connected.
Sealing ring 8 is arranged on step cutting pattern, and wherein, the internal diameter of sealing ring 8 is slightly less than the internal diameter of through hole 4,
When through hole 4 is inserted in the end of single battery unit, sealing ring 8 packs tightly on the outer wall of battery, during encapsulating,
Glue flows downward along the outer wall of battery, and at sealing ring 8, glue is by block, and then avoids pole piece viscose glue,
Avoid the occurrence of the phenomenon of loose contact.
Being provided with screwed hole in push pedal 3, sealing plate 7 is provided with fixing hole, and sealing plate 7 passes through with push pedal 3
Screw is fixing to be connected.
Base plate 2 and push pedal 3, all in tetragon, are respectively equipped with lead 9 at the corner of base plate 2, push pedal 3
The perforation of socket lead 9 it is respectively provided with at corner.
Base plate 2 connects lifting assembly, and wherein, lifting assembly can be crane or flexible cylinder or hydraulic pressure
Cylinder, push pedal 3 is stationary state, and the range of base plate 2, within the length range of lead 9, uses
The mode that corner guides, makes the more stable lifting of base plate 2, can realize the battery mould in through hole 4 smoothly
Group jack-up.Wherein, lowering or hoisting gear is arranged on the center of the tetragon that four leads 9 are formed.
The thimble of base plate 2 is by after battery modules jack-up, after treating that battery modules is removed, at lifting assembly
Under effect, base plate 2 resets.
Clamp assembly includes four clamping blocks 5, and each clamping block 5 is respectively connected with guide rail, and driving assembly is air pressure
Cylinder or hydraulic cylinder.
By driving assembly, control each clamping block 5 and move on guide rail, after use, treat that glue coagulates
Gu, clamping block 5 resets.Wherein, being provided with connection assembly between adjacent clamping block 5, connecting assembly is can phase
The buckle connected or electric magnet.Clamping block 5, when clamping battery modules, has between adjacent clamping block 5
There is certain fixed effect, leak glue to avoid the occurrence of gap.Accordingly, connect assembly needs and have certain
Ease for operation, e.g., use electric magnet form, drive assembly force effect under, can the company of realization
Connect and separate.
The bottom of glue groove 6 is provided with multiple gum-injecting port, and the bottom of gum-injecting port connects injecting glue pipeline.
Glue injection channel has certain refluence effect, and every four battery units surround and form a soft hole, injecting glue
Pipeline is inserted on soft hole, makes glue be flowed in soft hole along injecting glue pipeline.This kind of form can avoid glue without
Regular flow, improves cleanliness factor, it is possible to prevent glue from falling on pole piece, it is to avoid the phenomenon of loose contact occur.
Clamping block 5, glue groove 6 and sealing plate 7 are made by plastics or five metals non cohesive gel material.
Glue is flowed in the gap of battery modules (soft hole) by glue groove 6, and glue is at the edge of battery modules
Locate to contact with clamping block 5, contact with sealing plate 7 in bottom, therefore, in order to keep above-mentioned parts
Cleannes, use non cohesive gel materials for support, after glue uses and solidifies, without being adhered on above-mentioned parts,
Keep the cleaning on surface, it is to avoid viscose glue.
Also including mechanical arm assembly, mechanical arm assembly is located at the side of a support component, and mechanical arm assembly includes the end
Seat, base is provided with the mechanical hand for fetching battery module.Mechanical arm assembly is connected with controller, logical
Crossing mechanical hand fetching battery module, improve the automatic effects of product, production effect is higher.
This battery modules glue-pouring device uses Automated condtrol, concrete, battery modules is put by mechanical hand
Putting in push pedal 3, the battery unit of battery modules is inserted respectively in through hole 4, afterwards, and clamp assembly
Clamping block 5 drive assembly effect under, laminating battery modules outer wall, with sealing plate 7 formed one close
Sealing groove body, glue groove 6, under the effect of moving assembly, moves to the top of battery modules, and injecting glue pipeline is with soft
Aliging in hole, wherein, glue groove 6 arranges multiple gum-injecting port and injecting glue pipeline.
Starting injecting glue, glue flows along battery outer wall, and outside by clamping block 5 block, bottom is by sealing plate 7
And sealing ring 8 block, the final gap being full of battery modules, after the glue solidifies, clamp block 5, glue groove 6
Resetting, afterwards, under the effect of lifting assembly, promote base plate 2, the thimble on base plate 2 upwards pushes up battery mould
Group, battery modules separates with through hole 4, and afterwards, the battery modules that encapsulating is completed by mechanical hand is removed, base plate 2
Reset, encapsulating next time can be carried out and process.
Wherein, on the premise of not affecting battery performance, whole device is placed on temperature more than or equal to 40 DEG C
Environment in, accelerate the glue solidifies, improve encapsulating efficiency.
The know-why of the present invention is described above in association with specific embodiment.These describe and are intended merely to explain this
The principle of invention, and limiting the scope of the invention can not be construed to by any way.Based on herein
Explaining, those skilled in the art need not pay performing creative labour can associate other tool of the present invention
Body embodiment, within these modes fall within protection scope of the present invention.