CN109088113A - A kind of new-energy automobile automatically disengages the device of battery - Google Patents
A kind of new-energy automobile automatically disengages the device of battery Download PDFInfo
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- CN109088113A CN109088113A CN201811164713.6A CN201811164713A CN109088113A CN 109088113 A CN109088113 A CN 109088113A CN 201811164713 A CN201811164713 A CN 201811164713A CN 109088113 A CN109088113 A CN 109088113A
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- sliding
- respectively arranged
- control module
- sliding block
- tracheae
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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
- H01M10/00—Secondary cells; Manufacture thereof
- H01M10/42—Methods or arrangements for servicing or maintenance of secondary cells or secondary half-cells
- H01M10/425—Structural combination with electronic components, e.g. electronic circuits integrated to the outside of the casing
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60K—ARRANGEMENT OR MOUNTING OF PROPULSION UNITS OR OF TRANSMISSIONS IN VEHICLES; ARRANGEMENT OR MOUNTING OF PLURAL DIVERSE PRIME-MOVERS IN VEHICLES; AUXILIARY DRIVES FOR VEHICLES; INSTRUMENTATION OR DASHBOARDS FOR VEHICLES; ARRANGEMENTS IN CONNECTION WITH COOLING, AIR INTAKE, GAS EXHAUST OR FUEL SUPPLY OF PROPULSION UNITS IN VEHICLES
- B60K1/00—Arrangement or mounting of electrical propulsion units
- B60K1/04—Arrangement or mounting of electrical propulsion units of the electric storage means for propulsion
-
- 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
- H01M50/50—Current conducting connections for cells or batteries
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60K—ARRANGEMENT OR MOUNTING OF PROPULSION UNITS OR OF TRANSMISSIONS IN VEHICLES; ARRANGEMENT OR MOUNTING OF PLURAL DIVERSE PRIME-MOVERS IN VEHICLES; AUXILIARY DRIVES FOR VEHICLES; INSTRUMENTATION OR DASHBOARDS FOR VEHICLES; ARRANGEMENTS IN CONNECTION WITH COOLING, AIR INTAKE, GAS EXHAUST OR FUEL SUPPLY OF PROPULSION UNITS IN VEHICLES
- B60K1/00—Arrangement or mounting of electrical propulsion units
- B60K1/04—Arrangement or mounting of electrical propulsion units of the electric storage means for propulsion
- B60K2001/0455—Removal or replacement of the energy storages
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60K—ARRANGEMENT OR MOUNTING OF PROPULSION UNITS OR OF TRANSMISSIONS IN VEHICLES; ARRANGEMENT OR MOUNTING OF PLURAL DIVERSE PRIME-MOVERS IN VEHICLES; AUXILIARY DRIVES FOR VEHICLES; INSTRUMENTATION OR DASHBOARDS FOR VEHICLES; ARRANGEMENTS IN CONNECTION WITH COOLING, AIR INTAKE, GAS EXHAUST OR FUEL SUPPLY OF PROPULSION UNITS IN VEHICLES
- B60K1/00—Arrangement or mounting of electrical propulsion units
- B60K1/04—Arrangement or mounting of electrical propulsion units of the electric storage means for propulsion
- B60K2001/0455—Removal or replacement of the energy storages
- B60K2001/0494—Removal or replacement of the energy storages with arrangements for sliding
-
- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01M—PROCESSES OR MEANS, e.g. BATTERIES, FOR THE DIRECT CONVERSION OF CHEMICAL ENERGY INTO ELECTRICAL ENERGY
- H01M10/00—Secondary cells; Manufacture thereof
- H01M10/42—Methods or arrangements for servicing or maintenance of secondary cells or secondary half-cells
- H01M10/425—Structural combination with electronic components, e.g. electronic circuits integrated to the outside of the casing
- H01M2010/4271—Battery management systems including electronic circuits, e.g. control of current or voltage to keep battery in healthy state, cell balancing
-
- 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
-
- 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
- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
- Y02T10/00—Road transport of goods or passengers
- Y02T10/60—Other road transportation technologies with climate change mitigation effect
- Y02T10/70—Energy storage systems for electromobility, e.g. batteries
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- Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Chemical Kinetics & Catalysis (AREA)
- Electrochemistry (AREA)
- General Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Transportation (AREA)
- Mechanical Engineering (AREA)
- Microelectronics & Electronic Packaging (AREA)
- Manufacturing & Machinery (AREA)
- Arrangement Or Mounting Of Propulsion Units For Vehicles (AREA)
Abstract
The invention discloses the devices that a kind of new-energy automobile automatically disengages battery, it include underbody car, storage cell control module is additionally provided on the underbody car, a first sliding groove is provided in the storage cell control module, the battery module of a sliding is provided in first sliding groove, the both ends of the storage cell control module are respectively arranged with the second sliding slot of a connection corresponding with the first sliding groove, the first sliding block of a sliding is respectively arranged in the second sliding slot, the second air bag is respectively arranged on first sliding block, the first air bag for controlling the first sliding block sliding is respectively arranged in 5th sliding slot, it can be having a car accident or knock into the back during can be by the inflation of first air bag and second air bag, further battery module can be pushed, so as to further So that the battery module is detached from the battery charging module, can further guarantee the life security to driver.
Description
Technical field
The present invention relates to a kind of new-energy automobiles, and in particular to and a kind of new-energy automobile automatically disengages the device of battery,
More particularly to the new-energy automobile that one kind can be such that battery automatically disengages during new-energy automobile is hit is automatic
It is detached from the device of battery.
Background technique
Universal with new-energy automobile has further promoted the increase of new-energy automobile quantity, wherein present new
It is all that the motor for carrying out automobile using battery is powered mostly in energy automobile, to reach the mesh of driving running car
, the battery as used in present new-energy automobile is all to be converted into electric energy by chemical energy, to reach electric power
Storage and electric discharge, although can achieve the purpose that carry out electric power storage to automobile using battery, when automobile is being hit
It hits or knocks into the back during generation accident, since the chemical solution stored in battery can leak during shock, from
And the serious accident such as further lead to fire, explosion, to cause serious life threat to driver.
Thus, it is necessary to design the device that a kind of new-energy automobile automatically disengages battery, to solve the above technical problems.
Summary of the invention
It is an object of the invention to overcome a kind of enquirement of the existing technology, a kind of new-energy automobile is provided and is automatically disengaged
The device of battery can be provided with storage cell control module on underbody car, be arranged in the storage cell control module
There is first sliding groove, the battery module of sliding is provided in the first sliding groove, so as to the mistake hit in vehicle
Further first slide bar and second slide bar can be hit in journey, so as to further be forced through
The movement of first control module and second control module can further pass through first air bag and described the
The inflation of two air bags further quickly pushes the battery module, so as to further make battery mould
Block can be quickly detached from the storage cell control module, to further avoid because automobile is in the process for sending traffic accident
In caused explosion on fire the problem of, can further guarantee the life security to driver.
The invention is realized by the following technical scheme:
A kind of new-energy automobile automatically disengages the device of battery, includes underbody car, is provided with vehicle on the underbody car
Carriage body, the underbody car bottom are provided with wheel, and storage cell control module, the electric power storage are additionally provided on the underbody car
A first sliding groove is provided in the control module of pond, the first sliding groove is a through slot, is provided with a cunning in first sliding groove
Dynamic battery module, the both ends of the first sliding groove are respectively arranged with a sealing block.It is provided on the underbody car
Storage cell control module is provided with first sliding groove in the storage cell control module, is provided with cunning in the first sliding groove
Dynamic battery module, so as to be sealed by the sealing block to the first sliding groove, so as to further
The battery module is fixed.
The butt joint of sliding is provided on the battery module, the two sides of the butt joint are respectively arranged in the storage
Tapered setting is distinguished in the fixing head slided on battery module, the fixing head and the butt joint, and the battery controls mould
Docking groove corresponding with the fixing head and the butt joint is respectively arranged on block, there are two sliding for setting in the butt joint
Dynamic traverse shaft is provided with conducting ring corresponding with the traverse shaft in the docking groove, is respectively set on the conductor loop
The traverse shaft sliding after thering is connection socket corresponding with the traverse shaft, the butt joint to slide into the docking groove
Into the connection socket.It, can be further to described after capable of being connected in the docking groove by the fixing head
Battery module is supported fixation, is arranged in the butt joint there are two the traverse shaft slided, so as to pass through docking
After head slides into the docking groove, the traverse shaft can be further set automatically to slide into the connection socket,
So as to further realize the connection by the traverse shaft and the conductor loop, realize that battery carries out electric power to automobile
The purpose of supply.
Be respectively arranged in the storage cell control module one suppress the fixing head and the butt joint sliding squeeze
Briquetting is respectively arranged with a third in the storage cell control module and seals sliding chamber, and the third sealing is sliding intracavitary to be set respectively
It is equipped with the third sealing sliding block of a sliding, the third sealing sliding block drives the crushing block to slide respectively.Institute can be passed through
The sliding for stating crushing block can further press the fixing head and the butt joint, so as to further protect
Demonstrate,proving the battery module can normally slide in the first sliding groove.
The both ends of the storage cell control module are respectively arranged with the second of a connection corresponding with the first sliding groove
Sliding slot is respectively arranged with the first sliding block of a sliding in the second sliding slot, is respectively arranged with second on first sliding block
Air bag is respectively arranged with the second air cavity on second air bag, one second control mould is respectively arranged on first sliding block
Block is respectively arranged with the third stomata supplied to second air cavity, second control in second control module
The third sliding block of a sliding is respectively arranged in module, the third sliding block controls the connection of the third stomata respectively and closes
It closes, second control module slides into behind the bottom of the first sliding groove sliding for touching the third sliding block.It can pass through
The inflation of second air bag can push the sliding of the battery module, further so as to further realize
The purpose that the battery module is unloaded from the battery module.
The both ends of the storage cell control module are respectively arranged with the 5th sliding slot of connection corresponding with the second sliding slot,
It is respectively arranged with the first air bag for controlling the first sliding block sliding in 5th sliding slot, is set in the storage cell control module
It is equipped with first tracheae, the both ends of the storage cell control module are respectively arranged with second tracheae, second tracheae
It is supplied respectively to first air bag, third stomata connection corresponding with first tracheae respectively.It can be by described
The inflation of first air bag can further push the sliding of first sliding block, so as to further to the battery
The promotion of module is further controlled.
The first slide bar and the second slide bar of sliding, the storage cell control module are provided in the storage cell control module
Both ends be respectively arranged with first control module, the both ends of first tracheae company corresponding with second tracheae respectively
It is logical, the first sealing sliding block of a sliding is respectively arranged in first control module, the first sealing sliding block is controlled respectively
The connection of first tracheae and second tracheae is made, first slide bar and second slide bar are controlled respectively described in both ends
The sliding of first sealing sliding block.Can during vehicle is hit, can further push first slide bar and
The sliding of second slide bar, so as to further control the sliding of first sliding block and the inflation of the second air bag, from
And can further realize the purpose that fast discharging is carried out to battery module, thus caused by further avoiding because of shock
Battery module fire either the problem of exploding occurs.
Second tracheae seals sliding chamber gas supply to third respectively, while the inflation of sliding chamber can be sealed by the third
Further the sliding of the fixing head and the butt joint is controlled, so as to further guarantee to the electric power storage
The normal sliding of pond module.
Further, there are two the 6th sliding slots for setting on first sliding block, and there are two the second air bag settings and divides
Second air cavity, two second air bags She Zhi not be respectively arranged in second air bag in the 6th sliding slot
Between respectively by a corresponding connection of third tracheae, be connected separately with the 4th tracheae on the third tracheae；
It is respectively arranged with the 7th sliding slot in second control module, is respectively arranged with one in second control module
Second seals sliding chamber, and the third sliding block slides in the 7th sliding slot respectively, is respectively arranged with one on the third sliding block
A the first slide-bar in the sliding intracavitary sliding of the second sealing, be respectively arranged on first slide-bar one it is close described second
Second sealing sliding block of the sliding intracavitary sliding of envelope, the two sides of second control module are respectively arranged with one and second sealing
4th stomata of the sliding corresponding connection of chamber, the third stomata seal the corresponding connection of sliding chamber with described second respectively, and described the
Two sealing sliding blocks control the third stomata and the 4th stomata be connected to and closure, the 4th stomata is respectively with described the
The corresponding connection of four tracheaes is respectively arranged with the third spring for suppressing the third sliding block sliding in the 7th sliding slot.
Further, be respectively arranged on first sliding block one it is opposite with first slide bar and second slide bar
The third sliding slot answered is respectively arranged with multiple first air bags in the 5th sliding slot, sets respectively between two first air bags
It is equipped with the second spring for tensing the first sliding block sliding, is respectively arranged with first air cavity in first air bag, it is described
Be respectively arranged with the 5th tracheae of a connection corresponding with first air cavity on first air bag, the 5th tracheae respectively with
The corresponding connection of second tracheae；
It is respectively arranged with the sliding chamber of one first sealing in first control module, the first sealing sliding block is respectively described the
Intracavitary sliding is slided in one sealing, is respectively arranged with a connecting rod, the connecting rod on first slide bar and second slide bar
Respectively with the corresponding connection of the first sealing sliding block, be respectively arranged in first control module one with it is described first close
The first stomata and the second stomata of the sliding corresponding connection of chamber are sealed, is respectively arranged with a connection gas on the first sealing sliding block
Hole, the S-type setting of the connection stomata pass through the connection stomata for first stomata after the first sealing sliding block sliding
With the second stomata is corresponding is connected to, second stomata connection corresponding with first tracheae respectively, first stomata point
Connection not corresponding with second tracheae.
Further, it is respectively arranged in the storage cell control module and supports first slide bar and second slide bar
First slide opening of sliding is respectively arranged with one and first slide bar and second slide bar in the storage cell control module
One is respectively arranged on corresponding 4th sliding slot, first slide bar and second slide bar to slide in the 4th sliding slot
The first dynamic slide plate is respectively arranged with first spring for suppressing first slide plate in the 4th sliding slot, described in two
The first slide plate is contrary described in first spring suppression.
Further, the both ends of the storage cell control module are respectively arranged with multiple first turn troughs, first turn trough
It is inside respectively arranged with the first rotating shaft being connected in the storage cell control module, is respectively arranged with one on the sealing block
One end of a connecting shaft rotated in the first rotating shaft, first slide bar and second slide bar presses wherein respectively
In one connecting shaft；
The both ends of the storage cell control module be respectively arranged with one it is corresponding with first slide bar and second slide bar
The 8th sliding slot, be respectively arranged with the plate that presses an of sliding in the 8th sliding slot, the plate that presses presses described the respectively
One slide bar and second sliding bar, it is described press plate on be respectively arranged with and be connected in the storage cell control module
Link block.
Further, it is provided with fixed module arranged side by side on the battery module, distinguishes on the fixed module
Be provided with the tenth sliding slot, be respectively arranged in the tenth sliding slot one sliding the first sliding block, first sliding block with
Tenth sliding slot is square setting respectively, is connected separately with second slide-bar on first sliding block, the butt joint with
The fixing head is separately positioned on second slide-bar, and the support fixing head and institute are respectively arranged on the fixed module
The 9th sliding slot of butt joint sliding is stated, is respectively arranged in the 9th sliding slot and suppresses the fixing head and butt joint sliding
The 4th spring.
Further, the first slide opening there are two setting in the butt joint, the traverse shaft is respectively in first slide opening
It slides, the 11st sliding slot of a connection corresponding with first slide opening, the conducting wire is respectively arranged in the butt joint
It is respectively arranged with second sliding block slided in the 11st sliding slot on axis, is respectively arranged in the 11st sliding slot
One is suppressed the 5th spring of second sliding block.
Further, it is provided with a third slide-bar on the third sealing sliding block, the third slide-bar is connected to described
On crushing block, the third sealing cunning is intracavitary to be provided with the 6th spring for suppressing the third sealing sliding block, the electric power storage
The 5th stomata of a connection corresponding with the sliding chamber of third sealing, the 5th stomata and institute are provided in the control module of pond
State the corresponding connection of the second tracheae.
Compared with prior art, the beneficial effects of the present invention are: being provided with a battery control on the underbody car
Molding block is provided with a first sliding groove in the storage cell control module, and the first sliding groove is provided with the storage of sliding
Battery module, so as to being sealed to the both ends of the first sliding groove by the sealing block, so as to further
The limitation battery module sliding；
It is provided with the fixing head and butt joint of sliding, on the battery module so as to slide by the fixing head
Further the battery module can be limited after in the docking groove, it is described so as to further control
The sliding of battery module after capable of being slided into the docking groove by the butt joint, can be realized further logical
It crosses the butt joint to be powered automobile the electric power of battery, to guarantee the normally travel to vehicle；
It is provided with the crushing block of sliding, in the docking groove so as to can be further by the sliding of the crushing block
The sliding of the fixing head and the butt joint is pushed, so as to further guarantee the normal cunning to the battery module
It is dynamic；
It is respectively arranged with a second sliding slot at the both ends of the storage cell control module, is provided with cunning in the second sliding slot
The first dynamic sliding block can pass through described after sliding into the first sliding groove by first sliding block
The inflation of two air bags can further push the sliding of the battery module, so as to further make the battery
Module is detached from the storage cell control module, so that the disengaging to battery module controls；
Can be during vehicle occur to hit or knock into the back, it can be by first slide bar either the second slide bar
The sliding that can further push first slide bar and second slide bar is hit, it is described so as to further control
The inflation of first air bag and second air bag, so as to further control the quick sliding of the battery module, from
And realize being rapidly separated for the battery module, it further avoids because of the either explosion of fire caused by hitting, thus
The further life security for guaranteeing to arrive driver.
Detailed description of the invention
The present invention will be further described with reference to the accompanying drawing.
Fig. 1 is the device overall structure diagram that new-energy automobile of the embodiment of the present invention automatically disengages battery.
Fig. 2 is the device overall structure side view that new-energy automobile of the embodiment of the present invention automatically disengages battery.
Fig. 3 is the first sliding block of embodiment of the present invention overall structure diagram.
Fig. 4 is butt joint of embodiment of the present invention overall structure diagram.
Fig. 5 is the first sliding block of embodiment of the present invention overall structure side view.
Fig. 6 is the first control module of embodiment of the present invention overall structure diagram.
Fig. 7 is the second control module of embodiment of the present invention overall structure diagram.
Fig. 8 is sealing block of embodiment of the present invention overall structure diagram.
Fig. 9 is that the embodiment of the present invention presses plate overall structure diagram.
Figure 10 is the first slide plate of embodiment of the present invention overall structure top view.
In figure: 1 underbody car, 2 car bodies, 3 wheels, 4 storage cell control modules, 5 first sliding grooves, 6 sealing blocks, 7 are fixed
Head, 8 press module, 9 pushing modules, 10 battery modules, 11 second sliding slots, 12 first sliding blocks, 13 third sliding slots, 14 press
Plate, 15 first slide bars, 16 first slide openings, 17 the 4th sliding slots, 18 first slide plates, 19 first springs, 20 first tracheaes, 21 the 5th are slided
Slot, 22 first air bags, 23 first air cavitys, 24 first control modules, 25 second slide bars, 26 second tracheaes, 27 connecting rods, 28 the 6th
Sliding slot, 29 second air bags, 30 second air cavitys, 31 third tracheaes, 32 the 4th tracheaes, 33 second control modules, 34 the 5th tracheaes, 35
Second spring, 36 first seal sliding chambers, 37 first stomatas, 38 second stomatas, 39 first sealing sliding blocks, 40 connection stomatas, 41 the
Seven sliding slots, 42 second seal sliding chamber, 43 second sealing sliding blocks, 44 first slide-bars, 45 third springs, 46 third stomatas, 47 the 4th
Stomata, 48 the 8th sliding slots, 49 link blocks, 50 connecting shafts, 51 first turn troughs, 52 first rotating shafts, 53 the 9th sliding slots, 54 the tenth are slided
Slot, 55 butt joints, 56 second slide-bars, 57 first sliding blocks, 58 the 4th springs, 59 docking grooves, 60 first slide openings, 61 the 11st are slided
Slot, 62 traverse shafts, 63 the 5th springs, 64 second sliding blocks, 65 conducting rings, 66 thirds seal sliding chamber, 67 thirds sealing sliding block, 68 the
Six springs, 69 third slide-bars, 70 crushing blocks, 71 the 5th stomatas, 72 connection sockets, 73 fixed modules, 74 third sliding blocks.
Specific embodiment
As shown in Figures 1 to 10, a kind of new-energy automobile automatically disengages the device of battery, includes underbody car 1, institute
It states and is provided with car body 2 on underbody car 1,1 bottom of underbody car is provided with wheel 3, also sets up on the underbody car 1
There is storage cell control module 4, a first sliding groove 5 is provided in the storage cell control module 4, the first sliding groove 5 is one
A through slot is provided with the battery module 10 of a sliding in first sliding groove 5, and the both ends of the first sliding groove 5 are respectively arranged with
One sealing block 6.
It is provided with storage cell control module 4 on the underbody car 1, is provided in the storage cell control module 4
One first sliding groove 5, the first sliding groove 5 are a through slot, and the battery of a sliding is provided in the first sliding groove 5
Module 10, so as to further be installed to the battery module 10 by the first sliding groove 5, described first
The both ends of sliding slot 5 are respectively arranged with a sealing block 6, close so as to be carried out by the sealing block 6 to the first sliding groove 5
Envelope, so as to which further battery module 10 is fixed, so as to further by the battery module 10
Automobile is powered, so as to achieve the purpose that automobile normal running.
The butt joint 55 of sliding is provided on the battery module 10, the two sides of the butt joint 55 are respectively arranged with
The fixing head 7 slided on the battery module 10, the fixing head 7 distinguishes tapered setting with the butt joint 55, described
Docking groove 59 corresponding with the fixing head 7 and the butt joint 55 is respectively arranged in storage cell control module 4, it is described right
It is arranged that there are two the traverse shafts 62 slided on connector 55, is provided with lead corresponding with the traverse shaft 62 in the docking groove 59
Electric ring 65 is respectively arranged with connection socket 72 corresponding with the traverse shaft 62, the butt joint 55 on the conductor loop 65
The traverse shaft 62 slides into the connection socket 72 after sliding into the docking groove 59.
The butt joint 55 of sliding is provided on the battery module 10, the two sides of the butt joint 55 are respectively arranged with
The fixing head 7 of sliding, the quantity that the fixing head 7 is arranged can be configured according to the needs of design, the butt joint 55 with
The fixing head 7 distinguishes tapered setting, can be further so as to during installing battery module 10
During sliding in the first sliding groove 5 by the battery module 10, the fixing head 7 can be further driven
It is described right so as to further slide into the fixing head 7 and the butt joint 55 with the sliding of the butt joint 55
After in access slot 59, further the battery module 10 can be positioned by the fixing head 7, in the docking
There are two traverse shafts 62 for setting on first 55, and the traverse shaft 62 slides in the butt joint 55 respectively, in the docking groove 59
It is inside provided with conducting ring 65, a connection socket 72 is respectively arranged on described conductive also 65, when the butt joint 55 is slided
After in the docking groove 59, can further by the corresponding connection of the traverse shaft 62 and the docking groove 59,
So as to further by the power Transmission to automobile in the battery module 10, to complete to the confession to automobile
Electricity.
It is respectively arranged with one in the storage cell control module 4 and suppresses the fixing head 7 and the sliding of the butt joint 55
Crushing block 70, a third is respectively arranged in the storage cell control module 4 and seals sliding chamber 66, the third seals sliding chamber
The third sealing sliding block 67 of a sliding is respectively arranged in 66, the third sealing sliding block 67 drives the crushing block 70 respectively
Sliding.
It is provided with the crushing block 70 of sliding, in the storage cell control module 4 so as to pass through the crushing block 70
Sliding can further drive the sliding of the fixing head 7 and butt joint 55, so as to realize to the battery mould
Block 10 is dismantled, and a third is respectively arranged in the storage cell control module 4 and seals sliding chamber 66, close in the third
The third sealing sliding block 67 that sliding is provided in sliding chamber 66 is sealed, so as to seal the process inflated in sliding chamber 66 in the third
In, the sliding of the third sealing sliding block 67 can be driven, further so as to further seal by the third
The sliding of sliding block 67 drives the sliding of the crushing block 70, so as to further in the fixing head 7 and the butt joint
It is convenient during 55 slidings that the battery module 10 is dismantled.
The both ends of the storage cell control module 4 are respectively arranged with the of a connection corresponding with the first sliding groove 5
Two sliding slots 11, are respectively arranged with the first sliding block 12 of a sliding in the second sliding slot 11, on first sliding block 12 respectively
It is provided with the second air bag 29, the second air cavity 30 is respectively arranged on second air bag 29, is set respectively on first sliding block 12
It is equipped with second control module 33, one is respectively arranged in second control module 33 and is supplied to second air cavity 30
Third stomata 46, the third sliding block 74 of a sliding, the third sliding block are respectively arranged in second control module 33
74 control the connection and closure of the third stomata 46 respectively, and second control module 33 slides into the first sliding groove 5
The sliding of the third sliding block 74 is touched behind bottom.
It is respectively arranged with a second sliding slot 11 at the both ends of the storage cell control module 4, the second sliding slot 11 is divided
Connection not corresponding with the first sliding groove 5 is respectively arranged with the first sliding block 12 of a sliding in the second sliding slot 11,
First sliding block 12 can slide into the first sliding groove 5, and the second air bag 29 is provided on first sliding block 12,
It is respectively arranged with the second air cavity 30 on second air bag 29, is respectively arranged with one second in the bottom of first sliding block 12
Control module 33, is respectively arranged with a third stomata 46 in second control module 33, and the third stomata 46 is distinguished
It is supplied to second air cavity 30, it, can be further after compressed air is delivered in the third stomata 46
Make 29 inflation of the second air bag, so as to further push the battery module 10 to slide, described the
The third sliding block 74 of a sliding is respectively arranged in two control modules 33, so as to pass through the cunning of the third sliding block 74
It is dynamic, the connection and closure of the third stomata 46 can be controlled, further so as to further control second gas
The inflation of capsule 29, so as to by the inflation of second air bag 29, can further to the battery module 10 into
Row pushes.
The both ends of the storage cell control module 4 are respectively arranged with the 5th cunning of connection corresponding with the second sliding slot 11
Slot 21 is respectively arranged in the 5th sliding slot 21 and controls the first air bag 22 that first sliding block 12 slides, the battery
First tracheae 20 is provided in control module 4, the both ends of the storage cell control module 4 are respectively arranged with second gas
Pipe 26, second tracheae 26 respectively to first air bag 22 supply, the third stomata 46 respectively with first tracheae
20 corresponding connections.
It is respectively arranged with the 5th sliding slot 21 at the both ends of the storage cell control module 4, the 5th sliding slot 21 divides
Connection not corresponding with the second sliding slot 11, is respectively arranged with the first air bag 22 in the 5th sliding slot 21, and described first
The connection corresponding with first sliding block 12 respectively of air bag 22, so as to can after 22 inflation of the first air bag
The sliding for further pushing first sliding block 12 is provided with first tracheae 20 in the storage cell control module 4,
Compressed air can be generated by the air compressor being arranged in automobile, the storage of compressed air is carried out by air pressure tank, it is described
First tracheae 20 can carry out the storage of air with gas tank, so as to set respectively at the both ends of the storage cell control module 4
It is equipped with second tracheae 26, to supplied to first air bag 22 respectively by second tracheae 26, described the
The connection corresponding with first tracheae 20 of three stomatas 46, can be by first tracheae 20 further to the third gas
Hole 46 is supplied, and after first sliding block 12 slides into the bottom of the first sliding groove 5, can further press institute
The sliding of third sliding block 74 is stated, so as to further control the connection of the third stomata 46, further to described
The inflation of one air bag 22 is controlled, and after being further inflated by first air bag 22, can be pushed away
Move the sliding of the battery module 10.
The first slide bar 15 and the second slide bar 25 of sliding, the battery control are provided in the storage cell control module 4
The both ends of molding block 4 are respectively arranged with first control module 24, and the both ends of first tracheae 20 are respectively with described second
The corresponding connection of tracheae 26 is respectively arranged with the first sealing sliding block 39 of a sliding in first control module 24, described
First sealing sliding block 39 controls the connection of first tracheae 20 and second tracheae 26, first slide bar 15 and institute respectively
State the sliding that the second slide bar 25 controls the first sealing sliding block 39 described in both ends respectively.
The first slide bar 15 and the second slide bar 25 of sliding are provided in the storage cell control module 4, in the electric power storage
The both ends of pond control module 4 are respectively set there are two the first control module 24, are respectively set in first control module 24
There is the first sealing sliding block 39 of a sliding, so as to further control institute by the sliding of the first sealing sliding block 39
Being connected to for the first tracheae 20 and second tracheae 26 is stated, there are two the settings of the first control module 24, and is separately positioned on
The both ends of the storage cell control module 4, first slide bar 15 control two described first with second slide bar 25 respectively
Seal sliding block 39 sliding, so as to vehicle have a car accident knock into the back shock during can be further to described first
Slide bar 15 or 25 further progress of the second slide bar push, so as to pass through first slide bar 15 and second slide bar
25 sliding further controls the sliding of the first sealing sliding block 39, so as to further control first tracheae
20 are connected to second tracheae 26, can further control the inflation of first air bag 22, further push institute
The sliding of the first sliding block 12 is stated, it, can after making first sliding block 12 slide into the bottom of the first sliding groove 5
The sliding of the third sliding block 74 is further pressed, so as to further control the inflation of first air bag 22, from
And further the battery module 10 can be pushed, while passing through first slide bar 15 and second slide bar
25 sliding can further push the sliding of the sealing block 6, so as to which the first sliding groove 5 is in the shape opened
State can further release the battery module 10, to further avoid because battery module 10 is occurring
Explosion problem either on fire, the further life security for guaranteeing to arrive driver occur during shock.
Second tracheae 26 seals sliding chamber 66 to third respectively and supplies, while can be inflated in second stomata 26
It can further make the third seal sliding chamber 66 simultaneously to inflate, so as to further seal sliding block by the third
67 sliding drives the sliding of the crushing block 70, so as to push the sliding of the fixing head 7 and the butt joint 55, into
The battery module 10 is released the first sliding groove 5 by the realization of one step.
As shown in Fig. 1, Fig. 3, Fig. 5 and Fig. 7, the 6th sliding slot 28 there are two settings on first sliding block 12, described second
The setting of air bag 29 there are two and be separately positioned in the 6th sliding slot 28, one the is respectively arranged in second air bag 29
Two air cavitys 30 pass through a corresponding connection of third tracheae 31, the third tracheae between two second air bags 29 respectively
The 4th tracheae 32 is connected separately on 31.
It is respectively set on first sliding block 12 there are two the 6th sliding slot 28, second air bag 29 is separately positioned on institute
It states in the 6th sliding slot 28, two second air bags 29 can be subjected to corresponding connection by the third tracheae 31, from
And it can further make the corresponding connection of described two second air cavitys 30.
The 7th sliding slot 41, difference in second control module 33 are respectively arranged in second control module 33
It is provided with the sliding chamber 42 of one second sealing, the third sliding block 74 slides in the 7th sliding slot 41 respectively, and the third is sliding
It is respectively arranged with one on block 74 and seals the first slide-bar 44 slided in sliding chamber 42 described second, divides on first slide-bar 44
It is not provided with one and seals the second sealing sliding block 43 slided in sliding chamber 42 described second, the two of second control module 33
Side is respectively arranged with the 4th stomata 47 of a connection corresponding with the sliding chamber 42 of the second sealing, and the third stomata 46 is distinguished
Connection corresponding with the sliding chamber 42 of the second sealing, the second sealing sliding block 43 control the third stomata 46 and the described 4th
The connection and closure of stomata 47, the 4th stomata 47 connection corresponding with the 4th tracheae 32 respectively, the 7th sliding slot
It is respectively arranged with one in 41 and suppresses the third spring 45 that the third sliding block 74 slides.
The 7th sliding slot 41 is respectively arranged in second control module 33, the third sliding block 74 is respectively in institute
Sliding in the 7th sliding slot 41 is stated, when first sliding block 12 is during sliding, when the bottom for sliding into the first sliding groove 5
After, the third sliding block 74 can be pressed, so as to further drive the sliding of first slide-bar 44, from
And can further push the second sealing sliding block 43 to seal described second and be slided in sliding chamber 42, so as to further
Make the third stomata 46 and the 4th stomata 47 be in the state being connected to, the 4th stomata 47 is respectively with the described 4th
The corresponding connection of tracheae 32, so as to which compressed air is further delivered to the 4th gas by the third stomata 46
In pipe 32, so as to further be delivered in the third tracheae 31, so as to further control second gas
The expansion of capsule 29 further pushes the battery module 10, can be by the third spring 45 to described
Three sliding blocks 74 suppress, and can further push the sliding of the third sliding block 74, described so as to further limit
The sliding of third sliding block 74 further prevents the random sliding of the second sealing sliding block 43.
As shown in Figure 3, Figure 5 and Figure 6, one and first slide bar 15 and institute are respectively arranged on first sliding block 12
The corresponding third sliding slot 13 of the second slide bar 25 is stated, is respectively arranged with multiple first air bags 22 in the 5th sliding slot 21, two
It is respectively arranged between first air bag 22 and tenses the second spring 35 that first sliding block 12 slides, first air bag 22
It is inside respectively arranged with first air cavity 23, one is respectively arranged on first air bag 22 and first air cavity 23 is opposite
The 5th tracheae 34 that should be connected to, the 5th tracheae 34 connection corresponding with second tracheae 26 respectively.
A third sliding slot 13 is respectively arranged on first sliding block 12, first slide bar 15 and described second are slided
Bar 25 slides in the third sliding slot 13 respectively, so as to further be guaranteed by the third sliding slot 13 to described the
One sliding block 12 normally slides up and down, and is respectively arranged with a second spring between every two adjacent first air bags 22
35, so as to be tensed by the second spring 35 to first sliding block 12, so as to further prevent institute
The random sliding for stating the first sliding block 12 is respectively arranged with first air cavity 23, described first in first air bag 22
The 5th tracheae 34 is respectively arranged on air bag 22, the 5th tracheae 34 is connected on second tracheae 26, from
And can by second tracheae 26 further being delivered in first air cavity 23 respectively by compressed air.
The sliding chamber 36 of one first sealing is respectively arranged in first control module 24, the first sealing sliding block 39 divides
It does not seal in sliding chamber 36 and slides described first, be respectively arranged with a company on first slide bar 15 and second slide bar 25
Extension bar 27, the connecting rod 27 respectively with the corresponding connection of the first sealing sliding block 39, in first control module 24 point
It is not provided with the first stomata 37 and the second stomata 38 of a connection corresponding with the sliding chamber 36 of the first sealing, described first is close
A connection stomata 40, the S-type setting of the connection stomata 40, the first sealing sliding block 39 are respectively arranged on envelope sliding block 39
After sliding by the connection stomata 40 by first stomata 37 with the second stomata 38 is corresponding is connected to, second stomata 38
Connection corresponding with first tracheae 20 respectively, first stomata 37 connection corresponding with second tracheae 26 respectively.
The sliding chamber 36 of one first sealing, the first sealing sliding block 39 are respectively arranged in first control module 24
It seals in sliding chamber 36 and slides described first respectively, be respectively arranged with one on first slide bar 15 and second slide bar 25
A connecting rod 27, the connecting rod 27 is connected on the first sealing sliding block 39, so as to sliding by described first
The sliding of bar 15 and second slide bar 25 can further drive the sliding of the first sealing sliding block 39, described the
It is respectively arranged with a connection stomata 40 on one sealing sliding block 39, so as to seal the sliding of sliding block 39 by described first,
Being connected to for first stomata 37 and second stomata 38 can be controlled, further so as to pass through first slide bar
15 and second slide bar 25 sliding, can further control the sliding of first sliding block 12, can occur in vehicle
During knocking into the back or hitting, the sliding of first sliding block 12 can be further controlled, further to the electric power storage
The sliding disengaging of pond module 10 is controlled.
As shown in figs. 3 and 10, support first slide bar 15 and institute are respectively arranged in the storage cell control module 4
The first slide opening 16 of the second slide bar 25 sliding is stated, one is respectively arranged in the storage cell control module 4 and is slided with described first
Bar 15 and corresponding 4th sliding slot 17 of second slide bar 25 are set respectively on first slide bar 15 and second slide bar 25
It is equipped with first slide plate 18 slided in the 4th sliding slot 17, one is respectively arranged in the 4th sliding slot 17 and suppresses
First spring 19 of first slide plate 18, two first springs 19 suppress the contrary of first slide plate 18.
Support first slide bar 15 and second slide bar are respectively arranged in the storage cell control module 4
First slide opening 16 of 25 slidings, so as to pass through first slide opening 16 to first slide bar 15 and second slide bar 25
It is supported, can further guarantee the normal sliding to first slide bar 15 and second slide bar 25, in the storage
The 4th sliding slot 17 of a connection corresponding with first slide opening 16 is respectively arranged in Battery control module 4, described
First slide plate 18 slided in the 4th sliding slot 17 is respectively arranged on one slide bar 15, in the 4th sliding slot 17
It is respectively arranged with first spring 19, first spring 19 first slide plate 18 is suppressed respectively, described
One spring 19 is contrary to suppressing for first slide plate 18, can be by first slide plate 18 further to described
One slide bar 15 and second slide bar 25 are limited, and can carry out bullet to first slide plate 18 by first spring 19
After pressure, the glide direction of the first slide bar 15 and second slide bar 25 can be further limited, described first can be made to slide
The glide direction of bar 15 and second slide bar 25 makes on the contrary, can knock into the back in vehicle or during Vehicular impact
First slide bar 15 or the one of sliding of the second slide bar 25, so as to avoid first slide bar 15 and described the
The synchronous slide of two slide bars 25 can further guarantee to during vehicle occurs and actively hits or knock into the back make
Battery module 10 can pop up.
As shown in Fig. 3, Fig. 5, Fig. 8 and Fig. 9, the both ends of the storage cell control module 4 are respectively arranged with multiple first turns
Slot 51 is respectively arranged with the first rotating shaft 52 being connected in the storage cell control module 4, institute in first turn trough 51
It states and is respectively arranged with the connecting shaft 50 rotated in the first rotating shaft 52, first slide bar 15 and institute on sealing block 6
The one end for stating the second slide bar 25 is pressed against respectively in one of them described connecting shaft 50.
Multiple first turn troughs 51 are respectively arranged at the both ends of the storage cell control module 4, are divided on the sealing block 6
It is not provided with a connecting shaft 50, the connecting shaft 50 rotates in the first rotating shaft 52 respectively, so as to pass through connection
Rotation of the axis 50 in the first rotating shaft 52, can further facilitate and open the sealing block 6, thus convenient pair
Battery module 10 is manipulated, can be into one when first slide bar 15 and second slide bar 25 are during sliding
Step presses the connecting shaft 50, so as to further open the sealing block 6, so as in institute
During stating the inflation of the second air bag 29, further battery module 10 can be pressed, so as to realize to storage
Battery module 10 carries out the purpose for being automatically detached from storage cell control module 4.
The both ends of the storage cell control module 4 are respectively arranged with one and first slide bar 15 and second slide bar
25 corresponding 8th sliding slots 48, a sliding is respectively arranged in the 8th sliding slot 48 presses plate 14, described to press plate
14 press first slide bar 15 and second slide bar 25 sliding respectively, it is described press plate 14 on be respectively arranged with and be connected to
Link block 49 in the storage cell control module 4.
One and first slide bar 15 the corresponding 8th are respectively arranged at the both ends of the storage cell control module 4
Sliding slot 48 is respectively arranged with link block 49 in the quadrangle for pressing plate 14, will be described so as to pass through the link block 49
It presses plate 14 to be fixed in the 8th sliding slot 48, so as to further be supported admittedly the plate 14 that presses
It is fixed, so as to can further be hit to the plate 14 that presses during vehicle occurs to hit and either knock into the back
It hits, it is described so as to further make so as to further press first compression bar 15 or the second compression bar 25
Battery module 10 is automatically detached from the storage cell control module 4.
As shown in Figure 2 and Figure 4, fixed module 73 arranged side by side, the fixation are provided on the battery module 10
It is respectively arranged with the tenth sliding slot 54 in module 73, the first sliding block of a sliding is respectively arranged in the tenth sliding slot 54
57, first sliding block 57 and the tenth sliding slot 54 are square setting respectively, are connected separately with one on first sliding block 57
A second slide-bar 56, the butt joint 55 are separately positioned on second slide-bar 56 with the fixing head 7, the fixed module
The 9th sliding slot 53 for supporting the fixing head 7 and the butt joint 55 to slide is respectively arranged on 73, in the 9th sliding slot 53
It is respectively arranged with the 4th spring 58 for suppressing the fixing head 7 and the sliding of the butt joint 55.
It can pass through described first during the battery module 10 is mounted in the first sliding groove 5
Sliding block 57 slides in the tenth sliding slot 54, can further drive the flexible of the fixing head 7 and the butt joint 55
Sliding, can support by the 9th sliding slot 53 to the fixing head 7 and the butt joint 55, can further guarantee
To the normal sliding of the fixing head 7 and the butt joint 55, and spring 58 can be played to the fixation by the described 4th
First 7 and the butt joint 55 suppress, so that the fixing head 7 and the butt joint 55 is resetted, while can
By the 4th spring 58 suppressing to the fixing head 7 and the butt joint 55, it can further make the fixing head 7
It suppresses with the butt joint 55 to the docking groove 59, it can be by fixed module 73 further to 7 He of fixing head
The butt joint 55 is supported, to guarantee the normal sliding to the fixing head 7 and the butt joint 55.
As shown in figure 4, setting in the butt joint 55, there are two the first slide openings 60, and the traverse shaft 62 is respectively described first
It is slided in slide opening 60, the 11st that a connection corresponding with first slide opening 60 is respectively arranged in the butt joint 55 is sliding
Slot 61, is respectively arranged with second sliding block 64 slided in the 11st sliding slot 61 on the traverse shaft 62, and described
The 5th spring 63 for suppressing second sliding block 64 is respectively arranged in 11 sliding slots 61.
After the butt joint 55 slides into the docking groove 59, it can further pass through the 5th spring 63
To suppressing for second sliding block 64, it is able to drive the sliding of the traverse shaft 62, so as to further make the conducting wire
Axis 62 is automatically connected in the connection socket 72, so as to further realize the power Transmission in battery module 10
To automobile, to complete the supply to vehicle electric power.
As shown in figure 4, being provided with a third slide-bar 69 on the third sealing sliding block 67, the third slide-bar 69 is connected
On the crushing block 70, the third, which seals, is provided with the 6th bullet for suppressing the third sealing sliding block 67 in sliding chamber 66
Spring 68 is provided with the 5th stomata that the corresponding connection of sliding chamber 66 is sealed with the third in the storage cell control module 4
71, the 5th stomata 71 connection corresponding with second tracheae 26.
When the sliding of third sealing sliding block 67 can further push the sliding of the third slide-bar 69, so as to
Enough slidings for further pushing the crushing block 70, so as to further to the fixing head 7 and the butt joint 55
It is pushed, so as to further enable the battery module 10 normally slide in the first sliding groove 5.
Embodiment provided above is better embodiment of the invention, only is used to facilitate to illustrate the present invention, not to this hair
It is bright to make any form of restriction, any those of ordinary skill in the art, if not departing from the proposed skill of the present invention
In the range of art feature, using the equivalent embodiment for locally changing or modifying made by disclosed technology contents, and
Without departing from technical feature content of the invention, in the range of still falling within the technology of the present invention feature.
Claims (8)
- Include underbody car 1. a kind of new-energy automobile automatically disengages the device of battery, is provided on the underbody car Car body, the underbody car bottom are provided with wheel, it is characterised in that: battery control is additionally provided on the underbody car Module, is provided with a first sliding groove in the storage cell control module, and the first sliding groove is a through slot, in first sliding groove It is provided with the battery module of a sliding, the both ends of the first sliding groove are respectively arranged with a sealing block；The butt joint of sliding is provided on the battery module, the two sides of the butt joint are respectively arranged in the battery Tapered setting is distinguished in the fixing head slided in module, the fixing head and the butt joint, in the storage cell control module It is respectively arranged with docking groove corresponding with the fixing head and the butt joint, there are two slidings for setting in the butt joint Traverse shaft is provided with conducting ring corresponding with the traverse shaft in the docking groove, be respectively arranged on the conductor loop with The corresponding connection socket of the traverse shaft, the traverse shaft slides into institute after the butt joint slides into the docking groove It states in connection socket；The crushing block for suppressing the fixing head and butt joint sliding is respectively arranged in the storage cell control module, It is respectively arranged with a third in the storage cell control module and seals cunning chamber, the third sealing cunning is intracavitary to be respectively arranged with one The third of a sliding seals sliding block, and the third sealing sliding block drives the crushing block to slide respectively；The both ends of the storage cell control module are respectively arranged with the second sliding slot of a connection corresponding with the first sliding groove, It is respectively arranged with the first sliding block of a sliding in the second sliding slot, is respectively arranged with the second air bag on first sliding block, It is respectively arranged with the second air cavity on second air bag, second control module, institute are respectively arranged on first sliding block It states and is respectively arranged with the third stomata supplied to second air cavity in the second control module, in second control module It is respectively arranged with the third sliding block of a sliding, the third sliding block controls the connection and closure of the third stomata, institute respectively It states the second control module and slides into behind the bottom of the first sliding groove sliding for touching the third sliding block；The both ends of the storage cell control module are respectively arranged with the 5th sliding slot of connection corresponding with the second sliding slot, described It is respectively arranged with the first air bag for controlling the first sliding block sliding in 5th sliding slot, is provided in the storage cell control module One the first tracheae, the both ends of the storage cell control module are respectively arranged with second tracheae, the second tracheae difference It is supplied to first air bag, third stomata connection corresponding with first tracheae respectively；It is provided with the first slide bar and the second slide bar of sliding in the storage cell control module, the two of the storage cell control module It holds and is respectively arranged with first control module, the connection corresponding with second tracheae respectively of the both ends of first tracheae, The first sealing sliding block of a sliding is respectively arranged in first control module, the first sealing sliding block controls institute respectively The connection of the first tracheae and second tracheae is stated, first slide bar and second slide bar are controlled respectively first described in both ends Seal the sliding of sliding block；Second tracheae seals sliding chamber gas supply to third respectively.
- 2. a kind of new-energy automobile automatically disengages the device of battery according to claim 1, it is characterised in that: described first There are two the 6th sliding slots for setting on sliding block, and there are two the second air bag settings and is separately positioned in the 6th sliding slot, institute It states and is respectively arranged with second air cavity in the second air bag, pass through a third tracheae phase between two second air bags respectively It is corresponding to be connected to, the 4th tracheae is connected separately on the third tracheae；It is respectively arranged with the 7th sliding slot in second control module, is respectively arranged with one in second control module Second seals sliding chamber, and the third sliding block slides in the 7th sliding slot respectively, is respectively arranged with one on the third sliding block A the first slide-bar in the sliding intracavitary sliding of the second sealing, be respectively arranged on first slide-bar one it is close described second Second sealing sliding block of the sliding intracavitary sliding of envelope, the two sides of second control module are respectively arranged with one and second sealing 4th stomata of the sliding corresponding connection of chamber, the third stomata seal the corresponding connection of sliding chamber with described second respectively, and described the Two sealing sliding blocks control the third stomata and the 4th stomata be connected to and closure, the 4th stomata is respectively with described the The corresponding connection of four tracheaes is respectively arranged with the third spring for suppressing the third sliding block sliding in the 7th sliding slot.
- 3. a kind of new-energy automobile automatically disengages the device of battery according to claim 1, it is characterised in that: described first A third sliding slot corresponding with first slide bar and second slide bar, the 5th sliding slot are respectively arranged on sliding block Multiple first air bags are inside respectively arranged with, is respectively arranged between two first air bags and tenses the first sliding block sliding Second spring is respectively arranged with first air cavity in first air bag, be respectively arranged on first air bag one with 5th tracheae of the corresponding connection of the first air cavity, the 5th tracheae connection corresponding with second tracheae respectively；It is respectively arranged with the sliding chamber of one first sealing in first control module, the first sealing sliding block is respectively described the Intracavitary sliding is slided in one sealing, is respectively arranged with a connecting rod, the connecting rod on first slide bar and second slide bar Respectively with the corresponding connection of the first sealing sliding block, be respectively arranged in first control module one with it is described first close The first stomata and the second stomata of the sliding corresponding connection of chamber are sealed, is respectively arranged with a connection gas on the first sealing sliding block Hole, the S-type setting of the connection stomata pass through the connection stomata for first stomata after the first sealing sliding block sliding With the second stomata is corresponding is connected to, second stomata connection corresponding with first tracheae respectively, first stomata point Connection not corresponding with second tracheae.
- 4. a kind of new-energy automobile automatically disengages the device of battery according to claim 1, it is characterised in that: the electric power storage The first slide opening for supporting first slide bar and second sliding bar, the battery are respectively arranged in the control module of pond It is respectively arranged with the 4th sliding slot corresponding with first slide bar and second slide bar in control module, described first First slide plate slided in the 4th sliding slot, the 4th sliding slot are respectively arranged on slide bar and second slide bar It is inside respectively arranged with first spring for suppressing first slide plate, the first slide plate described in two first spring suppressions It is contrary.
- 5. a kind of new-energy automobile automatically disengages the device of battery according to claim 1, it is characterised in that: the electric power storage The both ends of pond control module are respectively arranged with multiple first turn troughs, be respectively arranged in first turn trough one be connected to it is described First rotating shaft in storage cell control module is respectively arranged with the company rotated in the first rotating shaft on the sealing block One end of spindle, first slide bar and second slide bar is pressed against respectively in one of them described connecting shaft；The both ends of the storage cell control module be respectively arranged with one it is corresponding with first slide bar and second slide bar The 8th sliding slot, be respectively arranged with the plate that presses an of sliding in the 8th sliding slot, the plate that presses presses described the respectively One slide bar and second sliding bar, it is described press plate on be respectively arranged with and be connected in the storage cell control module Link block.
- 6. a kind of new-energy automobile automatically disengages the device of battery according to claim 1, it is characterised in that: the electric power storage It is provided with fixed module arranged side by side in the module of pond, is respectively arranged with the tenth sliding slot on the fixed module, described The first sliding block of a sliding is respectively arranged in ten sliding slots, first sliding block is square respectively with the tenth sliding slot and sets It sets, second slide-bar is connected separately on first sliding block, the butt joint and the fixing head are separately positioned on described On second slide-bar, the 9th sliding slot for supporting the fixing head and butt joint sliding is respectively arranged on the fixed module, The 4th spring for suppressing the fixing head and butt joint sliding is respectively arranged in 9th sliding slot.
- 7. a kind of new-energy automobile automatically disengages the device of battery according to claim 1, it is characterised in that: the docking It is set on head there are two the first slide opening, the traverse shaft is slided in first slide opening respectively, is respectively set in the butt joint There is the 11st sliding slot of a connection corresponding with first slide opening, one is respectively arranged on the traverse shaft described The second sliding block slided in 11 sliding slots is respectively arranged with one in the 11st sliding slot and suppresses the 5th of second sliding block Spring.
- 8. a kind of new-energy automobile automatically disengages the device of battery according to claim 1, it is characterised in that: the third It is provided with a third slide-bar on sealing sliding block, the third slide-bar is connected on the crushing block, and the third seals sliding chamber It is inside provided with the 6th spring for suppressing the third sealing sliding block, is provided with one and institute in the storage cell control module State the 5th stomata that third seals the sliding corresponding connection of chamber, the 5th stomata connection corresponding with second tracheae.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811164713.6A CN109088113A (en) | 2018-10-06 | 2018-10-06 | A kind of new-energy automobile automatically disengages the device of battery |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811164713.6A CN109088113A (en) | 2018-10-06 | 2018-10-06 | A kind of new-energy automobile automatically disengages the device of battery |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109088113A true CN109088113A (en) | 2018-12-25 |
Family
ID=64843139
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811164713.6A Withdrawn CN109088113A (en) | 2018-10-06 | 2018-10-06 | A kind of new-energy automobile automatically disengages the device of battery |
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| Country | Link |
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| CN (1) | CN109088113A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111703305A (en) * | 2020-06-19 | 2020-09-25 | 张俊华 | Split type battery pack system |
| WO2020200311A1 (en) * | 2019-04-03 | 2020-10-08 | 奥动新能源汽车科技有限公司 | Energy storage box, control method therefor, and energy storage station |
| CN112693329A (en) * | 2021-01-07 | 2021-04-23 | 江苏电子信息职业学院 | Protection device for reducing explosion damage of automotive lithium ion battery |
-
2018
- 2018-10-06 CN CN201811164713.6A patent/CN109088113A/en not_active Withdrawn
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2020200311A1 (en) * | 2019-04-03 | 2020-10-08 | 奥动新能源汽车科技有限公司 | Energy storage box, control method therefor, and energy storage station |
| CN111703305A (en) * | 2020-06-19 | 2020-09-25 | 张俊华 | Split type battery pack system |
| CN112693329A (en) * | 2021-01-07 | 2021-04-23 | 江苏电子信息职业学院 | Protection device for reducing explosion damage of automotive lithium ion battery |
| CN112693329B (en) * | 2021-01-07 | 2022-04-08 | 江苏电子信息职业学院 | Protection device for reducing explosion damage of automotive lithium ion battery |
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| WW01 | Invention patent application withdrawn after publication |
Application publication date: 20181225 |
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| WW01 | Invention patent application withdrawn after publication |