CN108767156A - High-energy storage battery placing device - Google Patents
High-energy storage battery placing device Download PDFInfo
- Publication number
- CN108767156A CN108767156A CN201810503803.7A CN201810503803A CN108767156A CN 108767156 A CN108767156 A CN 108767156A CN 201810503803 A CN201810503803 A CN 201810503803A CN 108767156 A CN108767156 A CN 108767156A
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- China
- Prior art keywords
- fixedly connected
- bar
- plate
- clamping bar
- sheet rubber
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01M—PROCESSES OR MEANS, e.g. BATTERIES, FOR THE DIRECT CONVERSION OF CHEMICAL ENERGY INTO ELECTRICAL ENERGY
- H01M50/00—Constructional details or processes of manufacture of the non-active parts of electrochemical cells other than fuel cells, e.g. hybrid cells
- H01M50/20—Mountings; Secondary casings or frames; Racks, modules or packs; Suspension devices; Shock absorbers; Transport or carrying devices; Holders
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- 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
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- Chemical & Material Sciences (AREA)
- Chemical Kinetics & Catalysis (AREA)
- Electrochemistry (AREA)
- General Chemical & Material Sciences (AREA)
- Battery Mounting, Suspending (AREA)
- Clamps And Clips (AREA)
Abstract
The invention relates to the field of new energy, in particular to a high-energy storage battery placing device which comprises a bottom frame, a left baffle frame, a right baffle frame assembly, a front clamping assembly, a rear clamping assembly and a distance control rod. The bottom plate is provided with a sliding chute, the left end and the right end of the bottom plate are fixedly connected with vertical support rods, a long rubber sheet is fixedly connected between the two vertical support rods, a limiting plate is fixedly connected between the two vertical support rods, the long rubber sheet is positioned between the two vertical support rods and the limiting plate, the two groups of underframe are arranged, and the two groups of underframe are oppositely arranged; the equal fixedly connected with connecting plate I in upper and lower both ends of the right-hand member of left baffle, the left sheet rubber of fixedly connected with between two connecting plate I, left side keep off the frame and be provided with two sets ofly, and two left baffles are fixed connection respectively at the left end of two bottom plates.
Description
Technical field
The present invention relates to new energy fields, are in particular a kind of high-energy battery placing devices.
Background technology
Application No. is a kind of storage battery fixer of CN201520434886.0, which proposes a kind of electric power storage
Pond fixing device is inconvenient to solve the problems, such as to take out on storage battery fixer in the prior art or replace accumulator.One
Kind of storage battery fixer, is fixed on accumulator, including accumulator bottom plate, sets that there are two accumulators to limit on accumulator bottom plate
Position seat, accumulator limit base are located at the rear and front end of accumulator, and the both sides of accumulator are equipped with accumulator fixed seat, and accumulator is fixed
The lower part of seat is connected with accumulator bottom plate, and the top of accumulator fixed seat is equipped with bending ear, and the top of accumulator is equipped with accumulator
Pressing plate, accumulator pressing plate are connected by connecting rod with bending ear, and the both ends of connecting rod are equipped with fastening nut.The accumulator is fixed
The more convenient accumulator installation and replacement of device.But the utility model does not adapt to the placement of different size of accumulator.
Invention content
The present invention provides a kind of high-energy battery placing device, and advantage is adapted to different size of for the present invention
Cuboid high-energy battery it is fixedly secured, and the present invention is convenient is mounted and dismounted to accumulator.
The present invention relates to new energy fields, are in particular a kind of high-energy battery placing device, including chassis, left gear
Frame, right divider component, front and back clamp assembly and distance controlling bar, the present invention are adapted to different size of rectangular body high energy concentrating electric power storage
Pond it is fixedly secured, and the present invention is convenient is mounted and dismounted to accumulator.
The chassis includes bottom plate, sliding slot, vertical pole, long sheet rubber and limiting plate, and sliding slot, bottom plate are provided on bottom plate
Left and right ends be fixedly connected with vertical pole, long sheet rubber is fixedly connected between two vertical poles, between two vertical poles
It is fixedly connected with limiting plate, long sheet rubber is located at two between vertical pole and limiting plate, and chassis is provided with two groups, two groups of chassis phases
To setting；
The left divider includes right baffle-plate, connecting plate I and left sheet rubber, and the upper and lower ends of the right end of right baffle-plate are fixed
It is connected between connecting plate I, two connecting plate I and is fixedly connected with left sheet rubber, left divider is provided with two groups, two right baffle-plates point
It is not fixedly connected on the left end of two bottom plates；
The right divider component includes right shell body, connecting plate II, right sheet rubber, T-shaped slider I, T-shaped slider II, fastening
Screw plate and trip bolt I, there are two right shell body settings, and the upper and lower ends of the left end of two right shell bodies have been fixedly connected with connection
It is fixedly connected with right sheet rubber between plate II, two connecting plate II in same right shell body, the lower end of the right shell body of rear end is fixed
It is connected with T-shaped slider I, sliding block I is slidably connected on the sliding slot on the bottom plate of rear end, and the lower end of the right shell body of front end is fixedly connected
There are T-shaped slider II, T-shaped slider II to be slidably connected on the sliding slot on the bottom plate of front end, the lower end of two right shell body right sides is equal
It is fixedly connected with trip bolt plate, is connected through a screw thread on two trip bolt plates there are two trip bolt I, four fasten spiral shells
The lower end of nail I is withstood on corresponding bottom plate；
The front and back clamp assembly includes rear clamping bar, spring loop bar, circle catch, horizontal rib, sideslip piece, preceding clamping bar, upper cunning
Piece, rectangular channel I, cylinder groove and rectangular channel II are slided, is provided with rectangular channel I on rear clamping bar, the left and right ends of rear clamping bar front end are solid
Surely it is connected with spring loop bar, the front end of two spring loop bars is slidably connected at the left and right ends of preceding clamping bar, two spring pockets respectively
The front end of bar has been fixedly connected with round catch, justifies and is socketed with spring on the spring loop bar between catch and preceding clamping bar, on preceding clamping bar
It is provided with rectangular channel II, rectangular channel I is oppositely arranged with rectangular channel II, and sliding cylinder is provided on the preceding clamping bar at the bottom surfaces rectangular channel II
The upper end of slot, preceding clamping bar front end face is fixedly connected with horizontal rib, and sideslip piece is slidably connected on horizontal rib, and the upper end of sideslip piece, which is fixed, to be connected
It is connected to slide plate, the lower end of clamping bar before the upper ends of two vertical poles on the chassis of front end is fixed on, two on the chassis of rear end
The upper end of vertical pole is fixed on the lower end of rear clamping bar；
The distance controlling bar includes back link, trip bolt II, fixing sleeve, middle bar, front rod and sliding cylinder, after connect
The rear end of bar is hinged on the right end of rectangular channel I, and the front end of back link is fixedly connected with fixing sleeve, and the front end of front rod is fixedly connected
There are sliding cylinder, the lower end of sliding cylinder to be slidably connected on sliding cylinder groove, the upper gap cooperation of sliding cylinder is inserted on slide plate, preceding company
The rear end of bar is also fixedly connected with fixing sleeve, and middle bar is slidably connected between two fixing sleeves, passes through spiral shell on two fixing sleeves
Line is connected with trip bolt II, two trip bolt II and withstands on the upper end of middle bar.
The chassis further includes fixing piece, and the left and right ends of two bottom plate lower ends have been fixedly connected with L-shaped fixing piece,
Circular through hole is provided on fixing piece.
The right divider component further includes inserting round bar, and the front end of T-shaped slider I is fixedly connected with slotting round bar, inserts round bar
Front end is slidably connected on T-shaped slider II.
The front and back clamp assembly further includes backing pin, kelly, handle and card convex, and sideslip on piece is hingedly connected with kelly,
The upper end of kelly is fixedly connected with handle, and the left and right ends of preceding clamping bar upper surface have been respectively fixedly connected with backing pin and card convex, breaks away
Piece is between backing pin and card convex, and the lower end of the right end of kelly is provided with convex edge, and convex edge can be stuck in the right end of card convex.
A kind of high-energy battery placing device of the invention has the beneficial effect that：
A kind of high-energy battery placing device of the present invention, the present invention are adapted to different size of cuboid high-energy battery
It is fixedly secured, and the present invention is convenient is mounted and dismounted to accumulator.
Description of the drawings
The present invention will be further described in detail with specific implementation method below in conjunction with the accompanying drawings.
Fig. 1 is a kind of structural schematic diagram one of high-energy battery placing device of the present invention；
Fig. 2 is a kind of structural schematic diagram two of high-energy battery placing device of the present invention；
Fig. 3 is the structural schematic diagram of chassis；
Fig. 4 is the structural schematic diagram of left divider；
Fig. 5 is the structural schematic diagram one of right divider component；
Fig. 6 is the structural schematic diagram two of right divider component；
Fig. 7 is the structural schematic diagram one of front and back clamp assembly；
Fig. 8 is the structural schematic diagram two of front and back clamp assembly；
Fig. 9 is the structural schematic diagram of distance controlling bar；
Figure 10 is schematic diagram when kelly is stuck in card convex.
In figure：Chassis 1；Bottom plate 1-1；Sliding slot 1-2；Vertical pole 1-3；Long sheet rubber 1-4；Limiting plate 1-5；Fixing piece 1-6；
Left divider 2；Right baffle-plate 2-1；Connecting plate I2-2；Left sheet rubber 2-3；Right divider component 3；Right shell body 3-1；Connecting plate II3-2；It is right
Sheet rubber 3-3；T-shaped slider I3-4；Insert round bar 3-5；T-shaped slider II3-6；Trip bolt plate 3-7；Trip bolt I3-8；It is front and back
Clamp assembly 4；Clamping bar 4-1 afterwards；Spring loop bar 4-2；Backing pin 4-3；Circle catch 4-4；Horizontal rib 4-5；Sideslip piece 4-6；Kelly 4-7；
Handle 4-8；Preceding clamping bar 4-9；Card convex 4-10；Upper slide plate 4-11；Rectangular channel I4-12；Sliding cylinder groove 4-13；Rectangular channel II4-14；
Distance controlling bar 5；Back link 5-1；Trip bolt II5-2；Fixing sleeve 5-3；Middle bar 5-4；Front rod 5-5；Sliding cylinder 5-6.
Specific implementation mode
Specific implementation mode one：
Illustrate present embodiment with reference to Fig. 1-10, the present invention relates to new energy fields, are in particular a kind of high
Energy storage device placing device, including chassis 1, left divider 2, right divider component 3, front and back clamp assembly 4 and distance controlling bar 5, this
Invention is adapted to the fixedly secured of different size of cuboid high-energy battery, and the present invention conveniently pacifies accumulator
Assembly and disassembly.
The chassis 1 includes bottom plate 1-1, sliding slot 1-2, vertical pole 1-3, long sheet rubber 1-4 and limiting plate 1-5, bottom plate
Sliding slot 1-2 is provided on 1-1, the left and right ends of bottom plate 1-1 have been fixedly connected between vertical pole 1-3, two vertical pole 1-3 admittedly
Surely it is connected with long sheet rubber 1-4, limiting plate 1-5, long sheet rubber 1-4 are fixedly connected between two vertical pole 1-3 and is located at two
Between vertical pole 1-3 and limiting plate 1-5, chassis 1 is provided with two groups, and two groups of chassis 1 are oppositely arranged；
The left divider 2 includes right baffle-plate 2-1, connecting plate I2-2 and left sheet rubber 2-3, the right end of right baffle-plate 2-1
Upper and lower ends have been fixedly connected between connecting plate I2-2, two connecting plate I2-2 and have been fixedly connected with left sheet rubber 2-3, left divider
2 are provided with two groups, and two right baffle-plate 2-1 are respectively fixedly connected with the left end in two bottom plate 1-1；
The right divider component 3 includes right shell body 3-1, connecting plate II3-2, right sheet rubber 3-3, T-shaped slider I3-4, T
Shape sliding block II3-6, trip bolt plate 3-7 and trip bolt I3-8, there are two right shell body 3-1 settings, a left side of two right shell body 3-1
The upper and lower ends at end have been fixedly connected between two connecting plate II3-2 on connecting plate II3-2, same right shell body 3-1 fixed
It is connected with right sheet rubber 3-3, the lower end of the right shell body 3-1 of rear end is fixedly connected with T-shaped slider I3-4, and sliding block I3-4 is slidably connected
On sliding slot 1-2 on the bottom plate 1-1 of rear end, the lower end of the right shell body 3-1 of front end is fixedly connected with T-shaped slider II3-6, T shape
Sliding block II3-6 is slidably connected on the sliding slot 1-2 on the bottom plate 1-1 of front end, and the lower end of two right sides right shell body 3-1 is fixed
It is connected on trip bolt plate 3-7, two trip bolt plate 3-7 and is connected through a screw thread there are two trip bolt I3-8, four
The lower end of trip bolt I3-8 is withstood on corresponding bottom plate 1-1；T-shaped slider I3-4 and T-shaped slider II3-6 can be in correspondences
Sliding slot 1-2 on horizontally slip, to drive two right shell body 3-1 to horizontally slip adjustment position, on turn trip bolt plate 3-7
Trip bolt I3-8 the position of right shell body 3-1 can be fixed.
The front and back clamp assembly 4 includes rear clamping bar 4-1, spring loop bar 4-2, circle catch 4-4, horizontal rib 4-5, sideslip piece
It is set on 4-6, preceding clamping bar 4-9, upper slide plate 4-11, rectangular channel I4-12, sliding cylinder groove 4-13 and rectangular channel II4-14, rear clamping bar 4-1
The left and right ends for being equipped with the front ends rectangular channel I4-12, rear clamping bar 4-1 have been fixedly connected with spring loop bar 4-2, two spring loop bar 4-
The left and right ends of clamping bar 4-9 before 2 front end is slidably connected at respectively, the front end of two spring loop bar 4-2 has been fixedly connected with circle
It is socketed with spring on spring loop bar 4-2 between catch 4-4, circle catch 4-4 and preceding clamping bar 4-9, square is provided on preceding clamping bar 4-9
Shape slot II4-14, rectangular channel I4-12 is oppositely arranged with rectangular channel II4-14, on the preceding clamping bar 4-9 at the bottom surfaces rectangular channel II4-14
It is provided with sliding cylinder groove 4-13, the upper end of preceding clamping bar 4-9 front end faces is fixedly connected with horizontal rib 4-5, and sideslip piece 4-6 is slidably connected at
On horizontal rib 4-5, the upper end of sideslip piece 4-6 is fixedly connected with slide plate 4-11, and two vertical pole 1-3's on the chassis 1 of front end is upper
End is fixed on the lower end of preceding clamping bar 4-9, and the upper end of two vertical pole 1-3 on the chassis 1 of rear end is fixed under rear clamping bar 4-1
End；Clamping bar 4-9 before spring on two spring loop bar 4-2 heads on backward, clamping bar 4-9 has what is moved backward to become always before making
Gesture, when the spacing between rear clamping bar 4-1 and preceding clamping bar 4-9 reduces, the spacing between two chassis 1 also reduces therewith；Sideslip piece
4-6 can horizontally slip on horizontal rib 4-5, to drive upper slide plate 4-11 to horizontally slip.
The distance controlling bar 5 includes back link 5-1, trip bolt II5-2, fixing sleeve 5-3, middle bar 5-4, front rod
5-5 and sliding cylinder 5-6, the rear end of back link 5-1 are hinged on the right end of rectangular channel I4-12, and the front end of back link 5-1 is fixedly connected
There are fixing sleeve 5-3, the front end of front rod 5-5 to be fixedly connected with sliding cylinder 5-6, the lower end of sliding cylinder 5-6 is slidably connected at sliding circle
On column slot 4-13, the upper gap cooperation of sliding cylinder 5-6 is inserted on slide plate 4-11, and the rear end of front rod 5-5 is also fixedly connected with
Middle bar 5-4 is slidably connected between fixing sleeve 5-3, two fixing sleeve 5-3, has been connected through a screw thread on two fixing sleeve 5-3
Trip bolt II5-2, two trip bolt II5-2 withstand on the upper end of middle bar 5-4.It can be by upper when the 4-6 movements of sideslip piece
Slide plate 4-11 drives sliding cylinder 5-6 to be slided on sliding cylinder groove 4-13, to drive distance controlling bar 5 integrally to rotate counterclockwise,
Clamping bar 4-9 is slided backward between two spring loop bar 4-2 before distance controlling bar 5 can drive during constantly rotating counterclockwise
It is dynamic, so that the spacing of rear clamping bar 4-1 and preceding clamping bar 4-9 is increased；Middle bar 5-4 can be slided on two fixing sleeve 5-3, and turn is fixed
Middle bar 5-4 can be fixed on fixing sleeve 5-3 by the trip bolt II5-2 on set 5-3, to adjust back link 5-1, middle bar 5-
The total length of 4 and front rod 5-5 can adjust distance when the total length of back link 5-1, middle bar 5-4 and front rod 5-5 change
When control-rod 5 rotates, the variation range of the spacing of clamping bar 4-1 and preceding clamping bar 4-9.
The chassis 1 further includes fixing piece 1-6, and the left and right ends of two lower ends bottom plate 1-1 have been fixedly connected with L-shaped
It is provided with circular through hole on fixing piece 1-6, fixing piece 1-6.Screw can be inserted in the circular through hole of fixing piece 1-6, thus will
The present invention is fixed on specific position.
The right divider component 3 further includes that the front end of slotting round bar 3-5, T-shaped slider I3-4 are fixedly connected with slotting round bar 3-
5, the front end for inserting round bar 3-5 is slidably connected on T-shaped slider II3-6.Inserting round bar 3-5 can slide on T-shaped slider II3-6,
The effect for inserting round bar 3-5 is to allow two right shell body 3-1 while to the left or moving right.
The front and back clamp assembly 4 further includes backing pin 4-3, kelly 4-7, handle 4-8 and card convex 4-10, sideslip piece 4-6
On be hingedly connected with kelly 4-7, the upper end of kelly 4-7 is fixedly connected with the left and right ends of the upper surfaces handle 4-8, preceding clamping bar 4-9
Be respectively fixedly connected with backing pin 4-3 and card convex 4-10, sideslip piece 4-6 between backing pin 4-3 and card convex 4-10, kelly 4-7's
The lower end of right end is provided with convex edge, and convex edge can be stuck in the right end of card convex 4-10.Backing pin 4-3 can limit the shifting of slide plate 4-11
Dynamic range, when the right end of kelly 4-7 is stuck in the right end of card convex 4-10, the spacing of rear clamping bar 4-1 and preceding clamping bar 4-9 are maximum, this
When so that the lower face of high-energy battery is bonded with one of bottom plate 1-1, when kelly 4-7 is detached from from card convex 4-10, due to
The effect of spring on two spring loop bar 4-2, sheet rubber 1-4 two long is clipped in the rear and front end of high-energy battery, then slides to the left
Right divider component 3 is moved, so that the left end of high-energy battery is in contact with two left sheet rubber 2-3, and make the right end of high-energy battery
It is in contact with two right sheet rubber 3-3, makes two left sheet rubber 2-3 and two right sheet rubber 3-3 by the left and right of high-energy battery
Both ends clamp, and left sheet rubber 2-3, right sheet rubber 3-3 and long sheet rubber 1-4 are elastic material, will not injure battery surface.
A kind of operation principle of high-energy battery placing device of the present invention：T-shaped slider I3-4 and T-shaped slider II3-6
To horizontally slip on corresponding sliding slot 1-2, position is adjusted to drive two right shell body 3-1 to horizontally slip, turn fastens spiral shell
Trip bolt I3-8 on nail-plate 3-7 can fix the position of right shell body 3-1.Spring on two spring loop bar 4-2 to
After head on before clamping bar 4-9, clamping bar 4-9 has the tendency that moving backward always before making, between rear clamping bar 4-1 and preceding clamping bar 4-9 between
When away from reducing, the spacing between two chassis 1 also reduces therewith；Sideslip piece 4-6 can horizontally slip on horizontal rib 4-5, to
Slide plate 4-11 horizontally slips in drive.Sliding cylinder 5-6 can be driven in sliding cylinder by upper slide plate 4-11 when the 4-6 movements of sideslip piece
It is slided on slot 4-13, to drive distance controlling bar 5 integrally to rotate counterclockwise, the mistake that distance controlling bar 5 constantly rotates counterclockwise
Clamping bar 4-9 is slided backward between two spring loop bar 4-2 before being driven in journey, is made between rear clamping bar 4-1 and preceding clamping bar 4-9
Away from increase；Middle bar 5-4 can be slided on two fixing sleeve 5-3, and the trip bolt II5-2 on turn fixing sleeve 5-3 can be incited somebody to action
Middle bar 5-4 is fixed on fixing sleeve 5-3, to adjust the total length of back link 5-1, middle bar 5-4 and front rod 5-5, back link
When the total length variation of 5-1, middle bar 5-4 and front rod 5-5, when can adjust the rotation of distance controlling bar 5, clamping bar 4-1 and fore-clamp
The variation range of the spacing of bar 4-9.Screw can be inserted in the circular through hole of fixing piece 1-6, to which the present invention is fixed on spy
Fixed position.Inserting round bar 3-5 can slide on T-shaped slider II3-6, and the effect for inserting round bar 3-5 is to make two right shell body 3-1 can
To the left or to move right simultaneously.Backing pin 4-3 can limit the moving range of slide plate 4-11, when the right end card of kelly 4-7
In the right end of card convex 4-10, the spacing of rear clamping bar 4-1 and preceding clamping bar 4-9 is maximum, at this moment make the lower face of high-energy battery with
One of bottom plate 1-1 fittings, when kelly 4-7 is detached from from card convex 4-10, due to the work of spring on two spring loop bar 4-2
With sheet rubber 1-4 two long is clipped in the rear and front end of high-energy battery, then slides right divider component 3 to the left, makes high-energy battery
Left end be in contact with two left sheet rubber 2-3, and the right end of high-energy battery is made to be in contact with two right sheet rubber 3-3, made
Two left sheet rubber 2-3 and two right sheet rubber 3-3 clamp the left and right ends of high-energy battery, left sheet rubber 2-3, right rubber
Piece 3-3 and long sheet rubber 1-4 is elastic material, will not injure battery surface.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made in the essential scope of the present invention also belong to the guarantor of the present invention
Protect range.
Claims (4)
1. a kind of high-energy battery placing device, including chassis (1), left divider (2), right divider component (3), front and back clamp assembly
(4) and distance controlling bar (5), it is characterised in that：The chassis (1) includes bottom plate (1-1), sliding slot (1-2), vertical pole (1-
3), long sheet rubber (1-4) and limiting plate (1-5) are provided with sliding slot (1-2), the left and right ends of bottom plate (1-1) on bottom plate (1-1)
It has been fixedly connected with vertical pole (1-3), long sheet rubber (1-4), two vertical poles are fixedly connected between two vertical poles (1-3)
Limiting plate (1-5) is fixedly connected between (1-3), long sheet rubber (1-4) is located at two vertical poles (1-3) and limiting plate (1-5)
Between, chassis (1) is provided with two groups, and two groups of chassis (1) are oppositely arranged；
The left divider (2) includes right baffle-plate (2-1), connecting plate I (2-2) and left sheet rubber (2-3), right baffle-plate (2-1)
The upper and lower ends of right end have been fixedly connected with connecting plate I (2-2), and left sheet rubber is fixedly connected between two connecting plate I (2-2)
(2-3), left divider (2) are provided with two groups, and two right baffle-plates (2-1) are respectively fixedly connected with the left end in two bottom plates (1-1)；
The right divider component (3) includes right shell body (3-1), connecting plate II (3-2), right sheet rubber (3-3), T-shaped slider I
(3-4), T-shaped slider II (3-6), trip bolt plate (3-7) and trip bolt I (3-8), there are two right shell body (3-1) settings, and two
The upper and lower ends of the left end of a right shell body (3-1) have been fixedly connected with connecting plate II (3-2), and two on same right shell body (3-1)
Right sheet rubber (3-3) is fixedly connected between a connecting plate II (3-2), the lower end of the right shell body (3-1) of rear end is fixedly connected with T
Shape sliding block I (3-4), sliding block I (3-4) are slidably connected on the sliding slot (1-2) on the bottom plate (1-1) of rear end, the right shell body of front end
The lower end of (3-1) is fixedly connected with T-shaped slider II (3-6), and T-shaped slider II (3-6) is slidably connected on the bottom plate (1-1) of front end
Sliding slot (1-2) on, the lower ends of two right shell body (3-1) right sides has been fixedly connected with trip bolt plate (3-7), two fastenings
Trip bolt I (3-8), the lower end Jun Ding of four trip bolt I (3-8) there are two being connected through a screw thread on screw plate (3-7)
On corresponding bottom plate (1-1)；
The front and back clamp assembly (4) include rear clamping bar (4-1), spring loop bar (4-2), circle catch (4-4), horizontal rib (4-5),
Sideslip piece (4-6), preceding clamping bar (4-9), upper slide plate (4-11), rectangular channel I (4-12), sliding cylinder groove (4-13) and rectangular channel II
(4-14) is provided with rectangular channel I (4-12) on rear clamping bar (4-1), and the left and right ends of rear clamping bar (4-1) front end have been fixedly connected with
Spring loop bar (4-2), the front ends of two spring loop bars (4-2) are slidably connected at the left and right ends of preceding clamping bar (4-9) respectively, two
The front end of spring loop bar (4-2) has been fixedly connected with round catch (4-4), the spring between circle catch (4-4) and preceding clamping bar (4-9)
It is socketed with spring on loop bar (4-2), rectangular channel II (4-14), rectangular channel I (4-12) and rectangular channel are provided on preceding clamping bar (4-9)
II (4-14) is oppositely arranged, and sliding cylinder groove (4-13), fore-clamp are provided on the preceding clamping bar (4-9) at the bottom surface rectangular channel II (4-14)
The upper end of bar (4-9) front end face is fixedly connected with horizontal rib (4-5), and sideslip piece (4-6) is slidably connected on horizontal rib (4-5), breaks away
The upper end of piece (4-6) is fixedly connected with slide plate (4-11), and the upper end of two vertical poles (1-3) on the chassis (1) of front end is fixed
In the lower end of preceding clamping bar (4-9), the upper end of two vertical poles (1-3) on the chassis (1) of rear end is fixed on rear clamping bar (4-1)
Lower end；
The distance controlling bar (5) include back link (5-1), trip bolt II (5-2), fixing sleeve (5-3), middle bar (5-4),
Front rod (5-5) and sliding cylinder (5-6), the rear end of back link (5-1) is hinged on the right end of rectangular channel I (4-12), back link (5-
1) front end is fixedly connected with fixing sleeve (5-3), and the front end of front rod (5-5) is fixedly connected with sliding cylinder (5-6), sliding cylinder
The lower end of (5-6) is slidably connected on sliding cylinder groove (4-13), and the upper gap cooperation of sliding cylinder (5-6) is inserted in slide plate (4-11)
On, the rear end of front rod (5-5) is also fixedly connected with fixing sleeve (5-3), and middle bar is slidably connected between two fixing sleeves (5-3)
(5-4), trip bolt II (5-2) has been connected through a screw thread on two fixing sleeves (5-3), and two trip bolt II (5-2) are equal
Withstand on the upper end of middle bar (5-4).
2. a kind of high-energy battery placing device according to claim 1, it is characterised in that：The chassis (1) also wraps
Fixing piece (1-6) is included, the left and right ends of two bottom plate (1-1) lower ends have been fixedly connected with L-shaped fixing piece (1-6), fixing piece
It is provided with circular through hole on (1-6).
3. a kind of high-energy battery placing device according to claim 1, it is characterised in that：The right divider component
(3) further include inserting round bar (3-5), the front end of T-shaped slider I (3-4) is fixedly connected with slotting round bar (3-5), before inserting round bar (3-5)
End is slidably connected on T-shaped slider II (3-6).
4. a kind of high-energy battery placing device according to claim 1, it is characterised in that：The front and back clamp assembly
(4) further include backing pin (4-3), kelly (4-7), handle (4-8) and card convex (4-10), card is hingedly connected on sideslip piece (4-6)
The upper end of bar (4-7), kelly (4-7) is fixedly connected with handle (4-8), and the left and right ends of preceding clamping bar (4-9) upper surface are solid respectively
Surely it is connected with backing pin (4-3) and card convex (4-10), sideslip piece (4-6) is located between backing pin (4-3) and card convex (4-10), kelly
The lower end of the right end of (4-7) is provided with convex edge, and convex edge can be stuck in the right end of card convex (4-10).
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| CN201810503803.7A CN108767156B (en) | 2018-05-23 | 2018-05-23 | High-energy storage battery placing device |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201810503803.7A CN108767156B (en) | 2018-05-23 | 2018-05-23 | High-energy storage battery placing device |
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| CN108767156A true CN108767156A (en) | 2018-11-06 |
| CN108767156B CN108767156B (en) | 2020-12-04 |
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| CN201810503803.7A Active CN108767156B (en) | 2018-05-23 | 2018-05-23 | High-energy storage battery placing device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112688000A (en) * | 2020-12-30 | 2021-04-20 | 赣州润美建设工程有限公司 | Stacking device for power management of new energy automobile |
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|---|---|
| CN108767156B (en) | 2020-12-04 |
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