CN107051860A - A kind of button cell shell send die device and its application method - Google Patents
A kind of button cell shell send die device and its application method Download PDFInfo
- Publication number
- CN107051860A CN107051860A CN201710179680.1A CN201710179680A CN107051860A CN 107051860 A CN107051860 A CN 107051860A CN 201710179680 A CN201710179680 A CN 201710179680A CN 107051860 A CN107051860 A CN 107051860A
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- China
- Prior art keywords
- battery case
- mould
- send
- screening
- transmission road
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07B—SEPARATING SOLIDS FROM SOLIDS BY SIEVING, SCREENING, SIFTING OR BY USING GAS CURRENTS; SEPARATING BY OTHER DRY METHODS APPLICABLE TO BULK MATERIAL, e.g. LOOSE ARTICLES FIT TO BE HANDLED LIKE BULK MATERIAL
- B07B1/00—Sieving, screening, sifting, or sorting solid materials using networks, gratings, grids, or the like
- B07B1/28—Moving screens not otherwise provided for, e.g. swinging, reciprocating, rocking, tilting or wobbling screens
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07B—SEPARATING SOLIDS FROM SOLIDS BY SIEVING, SCREENING, SIFTING OR BY USING GAS CURRENTS; SEPARATING BY OTHER DRY METHODS APPLICABLE TO BULK MATERIAL, e.g. LOOSE ARTICLES FIT TO BE HANDLED LIKE BULK MATERIAL
- B07B1/00—Sieving, screening, sifting, or sorting solid materials using networks, gratings, grids, or the like
- B07B1/46—Constructional details of screens in general; Cleaning or heating of screens
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07B—SEPARATING SOLIDS FROM SOLIDS BY SIEVING, SCREENING, SIFTING OR BY USING GAS CURRENTS; SEPARATING BY OTHER DRY METHODS APPLICABLE TO BULK MATERIAL, e.g. LOOSE ARTICLES FIT TO BE HANDLED LIKE BULK MATERIAL
- B07B1/00—Sieving, screening, sifting, or sorting solid materials using networks, gratings, grids, or the like
- B07B1/46—Constructional details of screens in general; Cleaning or heating of screens
- B07B1/4609—Constructional details of screens in general; Cleaning or heating of screens constructional details of screening surfaces or meshes
- B07B1/4663—Multi-layer screening surfaces
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02E60/10—Energy storage using batteries
Abstract
The present invention proposes that a kind of button cell shell send die device and its application method, including control module, battery case to screen mould, vibratory sieve, screening mould transmission road, stamping die cylinder, upper mould cylinder and send mould tool；Battery case screening mould is arranged in vibratory sieve hopper bottom to screen the battery case material in hopper in length and breadth；Vibratory sieve feed hopper bottom screens mould entrance provided with battery case and the oblique top of hopper bottom is set；The screening mould transmission road is fixedly connected and synchronous vibration with hopper, and screening mould transmission road is divided into upper strata transmission road and lower floor's transmission road, and the battery case screening mould at lower floor's transmission road is pushed into hopper by upper mould cylinder obliquely；Mould tool is sent to receive battery case material at battery case screening mould；When disengage sieved battery case material when, send the upper and lower layer of mould tool to slide onto upper and lower layer sieve aperture vertically to coincidence, battery case sieve aperture accommodating battery case material in upper strata is disengaged by lower floor's sieve aperture；The present invention can efficiently screen battery case and the battery case being sieved can be disengaged by fixed layout.
Description
Technical field
The present invention relates to mechanical field, especially a kind of button cell shell send die device and its application method.
Background technology
Button cell is conventional battery types, due to its small volume so as to the chi of its assembly element in production process
The very little and more strict but strict screening of positioning requirements and positioning will certainly influence the production efficiency of button cell, how solve,
It is a research direction.
The content of the invention
The present invention proposes that a kind of button cell shell send die device and its application method, can efficiently screen battery case and energy handle
The battery case being sieved is disengaged by fixed layout.
The present invention uses following technical scheme.
A kind of button cell shell send die device and its application method, for automatic screening predetermined dimension battery case material and
Battery case material is disengaged by predetermined layout, it is described to send die device to include control module, battery case screening mould, vibratory sieve, screening mould
Transmission road, stamping die cylinder, upper mould cylinder and send mould tool；The vertical view of the battery case screening mould and vibratory sieve hopper is in square
Shape；The battery case screening mould is arranged in vibratory sieve hopper bottom to screen the battery case material in hopper in length and breadth；The vibration
Sieve feed hopper bottom and screen mould entrance and the oblique top setting of hopper bottom provided with battery case；The screening mould transmission road is consolidated with hopper
Fixed connection and synchronous vibration, screening mould transmission road are divided into upper strata transmission road and lower floor's transmission road, width and the electricity of upper strata transmission road
The long side of pond shell screening mould or broadside matching, the width of lower floor's transmission road is matched with battery case screening mould throat width and lower floor passes
Send and be connected with battery case screening mould entrance；The upper strata transmission road is fixed on vibratory sieve hopper side；Lower floor's transmission road
It is fixed at vibratory sieve lower edge and is connected with hopper bottom；Lower floor's transmission road be located at upper strata transmission road end below and both hang down
It is straight to being smaller than twice of battery case screening mould thickness.
The stamping die cylinder is located at upper strata transmission road end side, and upper mould cylinder is located at by lower floor's transmission road；Filled when sending mould
When putting work, the battery case screening mould in the transmission road of upper strata is gradually moved down with shaker vibration, and stamping die cylinder is upper strata transmission road
The battery case screening mould of end is pushed at lower floor's transmission road, and it is oblique that the battery case at lower floor's transmission road is screened mould by upper mould cylinder
Upper push-in hopper.
Gather battery case sieve aperture on the battery case screening mould, and the battery case screening mould in hopper enters to the material in hopper
Row is screened so that the battery case material of predetermined dimension is fallen within the battery case sieve aperture of battery case screening mould.
The cuboid that mould tool is sent for double-decker, the densely covered battery case sieve aperture of levels of the double-decker,
It is described send the battery case sieve aperture of the upper and lower layer of mould tool to be laid out, specification and battery case screening mould it is identical；It is described to send mould tool upper strata to slide
It is placed at lower floor.
When sending mould tool to receive battery case material at battery case screening mould, the upper and lower layer of mould tool is sent to slide onto battery
Shell sieve aperture interlocks, and battery case screening mould, which is overlying on, to be sent the battery case sieve aperture for making battery case screen mould on mould tool and send mould tool upper strata
Battery case sieve aperture communicate, the battery case material in battery case screening mould battery case sieve aperture falls into and is placed in and send on mould tool
Layer；
It is upper and lower from when sending mould tool to disengage battery case material, sending the upper and lower layer of mould tool to slide onto when that need to be laid out by battery case sieve aperture
The battery case sieve aperture of layer is vertically to coincidence, and battery case sieve aperture accommodating battery case material in upper strata is released by lower floor's battery case sieve aperture
Go out.
Battery case sieve aperture at battery case screening mould is in arrange in length and breadth.
It is described send the upper and lower layer of mould tool overlook to length and width specification and battery case screening mould overlook identical to specification.
Described to send mould tool side edge to be provided with the handle gripped for human hand, vibratory sieve hopper bottom is that can house multiple batteries
The inclined-plane of the upward extension of shell screening mould, when battery case screening mould push-in hopper bottom, battery case screens mould in hopper bottom
Broadside be booked.
Described send at mould tool upper strata send the upper and lower layer of mould tool to slide onto provided with the first push rod for being connected with lower floor to promote
Staggeredly.
It is described to send mould tool lower layer side to send the upper and lower layer of mould tool to slide onto reset to promote provided with the second push rod at.
The application method for sending die device comprises the following steps successively；
A1, battery case screened mould is intensive to be placed in upper strata transmission road and lower floor's transmission road, Vibration on Start-up sieve, in the transmission road of upper strata
Battery case screening mould gradually moved down with shaker vibration, when battery case screening mould reach upper strata transmission road end when, stamping die gas
Cylinder is pushed into the battery case screening mould of upper strata transmission road end at lower floor's transmission road, stacks and places in two layers, now under hopper
Side outlet is blocked by the battery case screening mould of lower floor's transmission road, and the battery case material placed in hopper will not release；
The lower floor that the battery case of two layers of stacking screens mould is pushed into hopper by A2, upper mould cylinder obliquely, and then upper strata battery case is sieved
Modeling falls, and stamping die cylinder continues the battery case screening mould of upper strata transmission road end to be pushed into stack at lower floor's transmission road；
A3, be initially entered the battery case of hopper screening mould be located at hopper in stacking material lower floor, battery case screen mould with vibratory sieve
Vibration, the battery case material of predetermined dimension is sieved into the battery case sieve aperture of battery case screening mould and housed；When upper mould cylinder is to material
When the new battery case of bucket push-in screens mould, the battery case screening mould being newly pushed into promotes the battery case in hopper to screen mould in hopper bottom
Oblique top movement at face, makes the battery case in hopper screen mould and removes and shift on hopper from the material accumulated in hopper
Portion；
A4, operating personnel take out from hopper top to be sieved into the battery case of battery case and screens mould, is then promoted and is sent the of mould tool
One push rod, promotion send the upper and lower layer of mould tool to slide onto staggeredly, sending battery case of the mould tool back-off in taking-up to screen on mould, so
Overturn afterwards and send mould tool and the battery case connected therewith to screen mould, enter the battery case in battery case screening mould and send on mould tool
Layer；
A5, operating personnel grip the handle for sending mould tool, storage are there is the blowing face for sending mould tool to deliver to subsequent processing of battery case
Mould tool is sent in place, operating personnel's movement, the detent mechanism top pressure in blowing face is sent the second push rod of mould tool, is made to send mould tool
Upper and lower layer slides onto reset, send the battery case sieve aperture of the upper and lower layer of mould tool vertically to coincidence, upper strata battery case sieve aperture is housed
Battery case material disengaged by lower floor's battery case sieve aperture, on blowing face press predetermined layout arrangement.
In the present invention, at vibratory sieve both sides and lower edge set screening mould transmission road so that battery case screening mould directly from
Hopper bottom end opening enters, and is directly embedded in hopper in material, and can be moved up by follow-up battery case screening mould promotion, so that
Time of the battery case screening mould in material is extended, allowing battery case to screen mould has the more sufficient time to carry out battery case material
Screening greatly improves the screening efficiency that battery case screens mould with the suitable battery case of sort out.
The mode of analog vibration disk feeding of the present invention is sent into battery case screening mould in the trend vibratory sieve, it is to avoid artificial
The poorly efficient of mould is sent manually, is conducive to lifting labor safety.
In the present invention, vibratory sieve hopper bottom is the inclined-plane for the upward extension that can house multiple battery case screening moulds, works as electricity
During the shell screening mould push-in hopper bottom of pond, battery case screening mould is booked in the broadside of hopper bottom；When upper mould cylinder is to material
When the new battery case of bucket push-in screens mould, the battery case screening mould being newly pushed into promotes the battery case in hopper to screen mould in hopper bottom
Oblique top movement at face, makes the battery case in hopper screen mould and removes and shift on hopper from the material accumulated in hopper
Portion；The design enables battery case screening mould to be seamlessly booked hopper bottom, and the material allowed in hopper is fully located at battery case
Mould top is screened, so as to greatly improve the screening efficiency that battery case screens mould.
Described to send mould tool side edge to be provided with the handle gripped for human hand in the present invention, described send sets at mould tool upper strata
There is the first push rod being connected with lower floor to send the upper and lower layer of mould tool to slide onto staggeredly to promote；It is described to send mould tool lower layer side at
The upper and lower layer of mould tool is sent to slide onto reset to promote provided with the second push rod；When to subsequent processing placing battery shell, operating personnel
Grip and send the handle of mould tool, storage is had the sending at the blowing face that mould tool delivers to subsequent processing of battery case, operating personnel's movement
Mould tool is sent, the detent mechanism top pressure in blowing face is sent the second push rod of mould tool, makes to send the upper and lower layer of mould tool to slide onto again
Position, send the battery case sieve aperture of the upper and lower layer of mould tool vertically to coincidence, battery case sieve aperture accommodating battery case material in upper strata passes through
Lower floor's battery case sieve aperture is disengaged, and predetermined layout arrangement is pressed on blowing face；In the design, due to only mould tool need to will be sent with handle
Subsequent processing is delivered to, makes the detent mechanism top pressure in blowing face send the second push rod of mould tool that battery case can be made to be released by predetermined layout
Go out, therefore greatly improve operating personnel to the security of next process placing battery shell, also improve operating personnel downward
The positional accuracy of one procedure placing battery shell.
Brief description of the drawings
The present invention is described in more detail with reference to the accompanying drawings and detailed description：
Accompanying drawing 1 is vibratory sieve of the present invention, screening mould transmission road, stamping die cylinder, the local overlooking schematic diagram at upper mould cylinder；
Accompanying drawing 2 is vibratory sieve of the present invention, screening mould transmission road, the biopsy cavity marker devices schematic diagram at upper mould cylinder on other direction；
Accompanying drawing 3 is the schematic diagram that the present invention send mould tool；
Accompanying drawing 4 is the schematic diagram that battery case of the present invention screens mould；
In figure：1- vibratory sieve hoppers（Vibratory sieve）；2- screens the upper strata transmission road of mould transmission road；3- stamping die cylinders；The upper mould gas of 4-
Cylinder；5- screens lower floor's transmission road of mould transmission road；The hopper bottom of 6- vibratory sieves；7- battery cases screen mould；8- send mould tool
Handle；9- send the upper strata of mould tool；10- send the lower floor of mould tool；11- send the first push rod of mould tool；12- send the of mould tool
Two push rods；13- battery case sieve apertures；14- battery cases screen mould entrance；The battery case material that 15- has been screened.
Embodiment
As Figure 1-3, a kind of button cell shell send die device and its application method, for automatic screening predetermined dimension
Battery case material and disengage battery case material by predetermined layout, it is described send die device include control module, battery case screening mould 7,
Vibratory sieve 1, screening mould transmission road 2（Upper strata）With 5（Lower floor）, stamping die cylinder 3, upper mould cylinder 4 and send mould tool；The battery case
The vertical view of mould 7 and vibratory sieve hopper 1 is screened to rectangular；The battery case screening mould 7 is arranged in the bottom of vibratory sieve hopper 1 in length and breadth
Face is to screen the battery case material in hopper 1；The bottom of vibratory sieve hopper 1 is provided with battery case screening mould entrance 14 and hopper bottom
The oblique top in face 6 is set；The screening mould transmission road 2（Upper strata）With 5（Lower floor）It is fixedly connected with hopper 1 and synchronous vibration, sieve
Modeling transmission road is divided into upper strata transmission road 2 and lower floor's transmission road 5, and the width of upper strata transmission road 2 screens the long side of mould 7 with battery case
Or broadside matching, width and the battery case of lower floor's transmission road 5 screen the width of mould entrance 14 and matched and lower floor's transmission road 5 and battery case
Screening mould entrance phase 14 connects；The upper strata transmission road 9 is fixed on the side of vibratory sieve hopper 1；Lower floor's transmission road 5, which is fixed on, shakes
It is connected at 1 lower edge of dynamic sieve and with hopper bottom 6；Lower floor's transmission road 5 be located at the end of upper strata transmission road 2 below and both it is vertical to
It is smaller than twice of the battery case screening thickness of mould 7.
The stamping die cylinder 3 is located at the end side of upper strata transmission road 2, and upper mould cylinder 4 is located at by lower floor's transmission road 5；When sending
When die device works, the battery case screening mould 7 in upper strata transmission road 2 vibrates with vibratory sieve 1 gradually to be moved down, and stamping die cylinder 3 is upper
The battery case screening mould 7 of layer transmission road 2 end is pushed at lower floor's transmission road 5, and upper mould cylinder 4 is the electricity at lower floor's transmission road 5
Pond shell screening mould 7 is pushed into hopper 1 obliquely.
Gather battery case sieve aperture on the battery case screening mould 7, and the battery case in hopper 1 screens mould 7 to the thing in hopper 1
Material is screened so that the battery case material of predetermined dimension is fallen within the battery case sieve aperture 13 of battery case screening mould 7.
It is described to send the cuboid that mould tool is double-decker, the densely covered battery case sieve of levels 9,10 of the double-decker
Hole 13, it is described send the battery case sieve aperture of the upper and lower layer of mould tool to be laid out, specification and battery case screening mould 7 it is identical；It is described to send mould tool
Slide and be placed at lower floor 10 in upper strata 9.
When sending mould tool to receive battery case material at battery case screening mould 7, the upper and lower layer 9,10 of mould tool is sent to slide onto
Battery case sieve aperture 13 interlocks, and battery case screening mould 7, which is overlying on, send the battery case sieve aperture 13 for making battery case screen mould on mould tool with sending
The battery case sieve aperture 13 on mould tool upper strata is communicated, and the battery case material in battery case screening mould battery case sieve aperture falls into and is placed in
Send mould tool upper strata；
When that need to be laid out by battery case sieve aperture 13 from when sending mould tool to disengage battery case material 15, the upper and lower layer of mould tool is sent to slide onto
The battery case sieve aperture 13 of upper and lower layer is vertically to coincidence, and the accommodating battery case material 15 of the battery case sieve aperture of upper strata 9 passes through lower floor 10
Battery case sieve aperture disengages.
Battery case sieve aperture at battery case screening mould 7 is in arrange in length and breadth.
It is described send the upper and lower layer of mould tool overlook to length and width specification and battery case screening mould overlook identical to specification.
Described to send mould tool side edge to be provided with the handle 8 gripped for human hand, vibratory sieve hopper bottom 6 is that can house multiple electricity
The inclined-plane of the upward extension of pond shell screening mould 7, when battery case screening push-in 1 bottom surface of hopper of mould 7, battery case screens mould 7 in material
The broadside of 1 bottom surface of struggling against is booked.
Described send at mould tool upper strata 9 send mould tool upper and lower layer provided with the first push rod 11 for being connected with lower floor 10 with promotion
Slide onto staggeredly.
The upper and lower layer of mould tool is sent to slide onto again to promote provided with the second push rod 12 in the side of Song Mo tools lower floor 10
Position.
The application method for sending die device comprises the following steps successively；
A1, battery case screened mould is intensive to be placed in upper strata transmission road and lower floor's transmission road, Vibration on Start-up sieve, in the transmission road of upper strata
Battery case screening mould gradually moved down with shaker vibration, when battery case screening mould reach upper strata transmission road end when, stamping die gas
Cylinder is pushed into the battery case screening mould of upper strata transmission road end at lower floor's transmission road, stacks and places in two layers, now under hopper
Side outlet is blocked by the battery case screening mould of lower floor's transmission road, and the battery case material placed in hopper will not release；
The lower floor that the battery case of two layers of stacking screens mould is pushed into hopper by A2, upper mould cylinder obliquely, and then upper strata battery case is sieved
Modeling falls, and stamping die cylinder continues the battery case screening mould of upper strata transmission road end to be pushed into stack at lower floor's transmission road；
A3, be initially entered the battery case of hopper screening mould be located at hopper in stacking material lower floor, battery case screen mould with vibratory sieve
Vibration, the battery case material of predetermined dimension is sieved into the battery case sieve aperture of battery case screening mould and housed；When upper mould cylinder is to material
When the new battery case of bucket push-in screens mould, the battery case screening mould being newly pushed into promotes the battery case in hopper to screen mould in hopper bottom
Oblique top movement at face, makes the battery case in hopper screen mould and removes and shift on hopper from the material accumulated in hopper
Portion；
A4, operating personnel take out from hopper top to be sieved into the battery case of battery case and screens mould, is then promoted and is sent the of mould tool
One push rod, promotion send the upper and lower layer of mould tool to slide onto staggeredly, sending battery case of the mould tool back-off in taking-up to screen on mould, so
Overturn afterwards and send mould tool and the battery case connected therewith to screen mould, enter the battery case in battery case screening mould and send on mould tool
Layer；
A5, operating personnel grip the handle for sending mould tool, storage are there is the blowing face for sending mould tool to deliver to subsequent processing of battery case
Mould tool is sent in place, operating personnel's movement, the detent mechanism top pressure in blowing face is sent the second push rod of mould tool, is made to send mould tool
Upper and lower layer slides onto reset, send the battery case sieve aperture of the upper and lower layer of mould tool vertically to coincidence, upper strata battery case sieve aperture is housed
Battery case material disengaged by lower floor's battery case sieve aperture, on blowing face press predetermined layout arrangement.
Claims (7)
1. a kind of button cell shell send die device and its application method, for automatic screening predetermined dimension battery case material and press
Predetermined layout disengages battery case material, it is characterised in that：It is described to send die device to include control module, battery case screening mould, vibration
Sieve, screen mould transmission road, stamping die cylinder, upper mould cylinder and send mould tool；Battery case screening mould and vibratory sieve hopper are bowed
Line of vision is rectangular；The battery case screening mould is arranged in vibratory sieve hopper bottom to screen the battery case thing in hopper in length and breadth
Material；The vibratory sieve feed hopper bottom screens mould entrance provided with battery case and the oblique top of hopper bottom is set；The screening mould is passed
Send and be fixedly connected with hopper and synchronous vibration, screening mould transmission road is divided into upper strata transmission road and lower floor's transmission road, upper strata transmission
The width in road screens the long side of mould with battery case or broadside is matched, and width and the battery case of lower floor's transmission road screen mould throat width
Match and lower floor's transmission road is connected with battery case screening mould entrance；The upper strata transmission road is fixed on vibratory sieve hopper side；Institute
Lower floor's transmission road is stated to be fixed at vibratory sieve lower edge and with hopper bottom be connected；Lower floor's transmission road is located under the transmission road end of upper strata
Side and both is vertical to being smaller than battery case screening twice of mould thickness；
The stamping die cylinder is located at upper strata transmission road end side, and upper mould cylinder is located at by lower floor's transmission road；When sending die device work
When making, the battery case screening mould in the transmission road of upper strata is gradually moved down with shaker vibration, and stamping die cylinder is upper strata transmission road end
The battery case screening mould at place is pushed at lower floor's transmission road, and upper mould cylinder obliquely pushes away the battery case screening mould at lower floor's transmission road
Material bin；
Gathered battery case sieve aperture on the battery case screening mould, and the battery case screening mould in hopper is sieved to the material in hopper
Select so that the battery case material of predetermined dimension is fallen within the battery case sieve aperture of battery case screening mould；
Described to send the cuboid that mould tool is double-decker, the densely covered battery case sieve aperture of levels of the double-decker is described
Send the battery case sieve aperture of the upper and lower layer of mould tool to be laid out, specification and battery case screening mould it is identical；It is described to send mould tool upper strata cunning to be placed in
At lower floor；
When sending mould tool to receive battery case material at battery case screening mould, the upper and lower layer of mould tool is sent to slide onto battery case sieve
Hole interlocks, and battery case screening mould, which is overlying on to send, to be made battery case screen the battery case sieve aperture of mould and send the electricity on mould tool upper strata on mould tool
Pond shell sieve aperture is communicated, and the battery case material in battery case screening mould battery case sieve aperture, which falls into and is placed in, send mould tool upper strata；
It is upper and lower from when sending mould tool to disengage battery case material, sending the upper and lower layer of mould tool to slide onto when that need to be laid out by battery case sieve aperture
The battery case sieve aperture of layer is vertically to coincidence, and battery case sieve aperture accommodating battery case material in upper strata is released by lower floor's battery case sieve aperture
Go out.
2. a kind of button cell shell according to claim 1 send die device and its application method, it is characterised in that：Battery case
Battery case sieve aperture at screening mould is in arrange in length and breadth.
3. a kind of button cell shell according to claim 1 send die device and its application method, it is characterised in that：It is described to send
The upper and lower layer of mould tool overlook to length and width specification and battery case screening mould overlook identical to specification.
4. a kind of button cell shell according to claim 1 send die device and its application method, it is characterised in that：It is described to send
Mould tool side edge is provided with the handle gripped for human hand, and vibratory sieve hopper bottom is that can house multiple battery cases to screen the upward of moulds
The inclined-plane of extension, when battery case screening mould push-in hopper bottom, battery case screening mould is booked in the broadside of hopper bottom.
5. a kind of button cell shell according to claim 4 send die device and its application method, it is characterised in that：It is described to send
The upper and lower layer of mould tool is sent to slide onto staggeredly to promote provided with the first push rod being connected with lower floor at mould tool upper strata.
6. a kind of button cell shell according to claim 5 send die device and its application method, it is characterised in that：It is described to send
Mould tool lower layer side send the upper and lower layer of mould tool to slide onto reset provided with the second push rod to promote.
7. a kind of button cell shell according to claim 6 send die device and its application method, it is characterised in that：It is described to send
The application method of die device comprises the following steps successively；
A1, battery case screened mould is intensive to be placed in upper strata transmission road and lower floor's transmission road, Vibration on Start-up sieve, in the transmission road of upper strata
Battery case screening mould gradually moved down with shaker vibration, when battery case screening mould reach upper strata transmission road end when, stamping die gas
Cylinder is pushed into the battery case screening mould of upper strata transmission road end at lower floor's transmission road, stacks and places in two layers, now under hopper
Side outlet is blocked by the battery case screening mould of lower floor's transmission road, and the battery case material placed in hopper will not release；
The lower floor that the battery case of two layers of stacking screens mould is pushed into hopper by A2, upper mould cylinder obliquely, and then upper strata battery case is sieved
Modeling falls, and stamping die cylinder continues the battery case screening mould of upper strata transmission road end to be pushed into stack at lower floor's transmission road；
A3, be initially entered the battery case of hopper screening mould be located at hopper in stacking material lower floor, battery case screen mould with vibratory sieve
Vibration, the battery case material of predetermined dimension is sieved into the battery case sieve aperture of battery case screening mould and housed；When upper mould cylinder is to material
When the new battery case of bucket push-in screens mould, the battery case screening mould being newly pushed into promotes the battery case in hopper to screen mould in hopper bottom
Oblique top movement at face, makes the battery case in hopper screen mould and removes and shift on hopper from the material accumulated in hopper
Portion；
A4, operating personnel take out from hopper top to be sieved into the battery case of battery case and screens mould, is then promoted and is sent the of mould tool
One push rod, promotion send the upper and lower layer of mould tool to slide onto staggeredly, sending battery case of the mould tool back-off in taking-up to screen on mould, so
Overturn afterwards and send mould tool and the battery case connected therewith to screen mould, enter the battery case in battery case screening mould and send on mould tool
Layer；
A5, operating personnel grip the handle for sending mould tool, storage are there is the blowing face for sending mould tool to deliver to subsequent processing of battery case
Mould tool is sent in place, operating personnel's movement, the detent mechanism top pressure in blowing face is sent the second push rod of mould tool, is made to send mould tool
Upper and lower layer slides onto reset, send the battery case sieve aperture of the upper and lower layer of mould tool vertically to coincidence, upper strata battery case sieve aperture is housed
Battery case material disengaged by lower floor's battery case sieve aperture, on blowing face press predetermined layout arrangement.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710179680.1A CN107051860B (en) | 2017-03-23 | 2017-03-23 | Button battery shell mold feeding device and using method thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710179680.1A CN107051860B (en) | 2017-03-23 | 2017-03-23 | Button battery shell mold feeding device and using method thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN107051860A true CN107051860A (en) | 2017-08-18 |
| CN107051860B CN107051860B (en) | 2023-04-07 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710179680.1A Active CN107051860B (en) | 2017-03-23 | 2017-03-23 | Button battery shell mold feeding device and using method thereof |
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| CN (1) | CN107051860B (en) |
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| CN107732144A (en) * | 2017-11-21 | 2018-02-23 | 宁波必霸能源有限公司 | Positive pole cake screens collating unit |
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| JPH0844842A (en) * | 1994-07-27 | 1996-02-16 | Kentaro Umetsu | Simplified counter for disk-shaped chip |
| CN2753468Y (en) * | 2004-12-17 | 2006-01-25 | 郭荣宗 | Vibrating screening machine, and small cell and metal sorting system |
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| CN107732144A (en) * | 2017-11-21 | 2018-02-23 | 宁波必霸能源有限公司 | Positive pole cake screens collating unit |
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| CN107051860B (en) | 2023-04-07 |
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