CN209583542U - A kind of new-energy automobile power battery packet hoisting device - Google Patents

Abstract

The utility model discloses a kind of new-energy automobile power battery packet hoisting devices, belong to new energy technical field of processing equipment, including pedestal, fork mechanism and hanged mechanism, fork the lower part that mechanism is mounted on pedestal, hanged mechanism is mounted on the upper end of pedestal and the hanged mechanism is located at the top for forking mechanism, forking mechanism includes the first lifting assembly, first translates component and forks component, first lifting assembly is mounted on one end of the first translation component, fork the side that component is mounted on the first lifting assembly, hanged mechanism includes the second translation component, second lifting assembly, third lifting assembly and hanged component, the lower part of pedestal is equipped with positioning component and fixation kit, the lower end of pedestal is set there are four movable pulley.The utility model forks mechanism and hanged mechanism by what setting can replace cooperating, so that the scope of application of the utility model and practicability are improved.

Description

A kind of new-energy automobile power battery packet hoisting device

Technical field

The utility model relates to new energy technical field of processing equipment, more particularly, to a kind of new-energy automobile power battery Packet hoisting device.

Background technique

With the development of new-energy automobile, the power battery as new-energy automobile power producer, which also becomes, to be given priority to Direction, still, power battery plate mode offline thereon in production and processing is all made of fork truck and carries out loading and unloading, fork truck at this stage Loading and unloading its movements inherently relatively slowly, and also very not for the power battery pack of height higher position its loading and unloading Become.

In view of the above-mentioned problems, China Patent No. provides a kind of new-energy automobile power battery packet for CN108483207A Hoisting device, including braced frame, the lower surface both ends of the braced frame are connected by welding there are two support ear Plate is equipped with sliding supporting bar between two support otic placodes, and sliding supporting bar is equipped with the slide bearings being slidably connected, by the One hydraulic telescopic rod can drive fixed plate mobile, can carry out clamping fixation to battery pack by two fixed plates, pass through electricity Dynamic telescopic rod can drive U-shaped board to move up and down, and drive battery pack to move up and down by U-shaped board, by adjusting motor Screw thread adjusting rod can be driven mobile, being adjusted by the thread bar can drive U-shaped board to move left and right, the new-energy automobile power electric Pond packet hoisting device structure is simple, easy to operate, not only make to battery pack fixation it is more convenient, and can to battery pack into Row is adjusted, so that it is hanged to battery pack more quick, the speed of production of battery pack is accelerated, above-mentioned apparatus passes through people when in use Work promotion, which is lost money in business, is moved to the top of power battery pack, is clamped later by clamp device, then power battery pack is mobile To designated position, which there is problems in use, first, positioning mechanism is not aligned in the patent, such as The method that power battery pack is just moved to when what is declined using clamp device is indefinite, second, clamping dress in the utility model Setting in the middle part of braced frame, when in use, it is necessary to single power battery pack be first moved to the bottom of braced frame, led Its step is caused to increase, and impracticable, third, the fixed plate of clamp device two sides is in be vertically arranged in the utility model, without The shape of same power battery pack two sides is different, if power battery pack two sides are inclined to set, causes not making to device With, therefore reduce the practicability of the utility model.

Utility model content

The purpose of this utility model is to provide a kind of new-energy automobile power battery packet hoisting devices, to solve existing skill New-energy automobile power battery packet hoisting device practicability is poor in art and there is technical issues that positioning.

The utility model provides a kind of new-energy automobile power battery packet hoisting device, including pedestal, forks mechanism and hang Mechanism, the lower part for forking mechanism and being mounted on pedestal are taken, the hanged mechanism is mounted on the upper end of pedestal and the hanged machine Structure is located at the top for forking mechanism, and the mechanism that forks includes the first lifting assembly, the first translation component and forks component, First lifting assembly is mounted on one end of the first translation component, and the component that forks is mounted on the first lifting assembly Side, the hanged mechanism includes the second translation component, the second lifting assembly, third lifting assembly and hanged component, described Second lifting assembly is mounted on one end of the second translation component, and the third lifting assembly is mounted on the second lifting assembly, institute The lower end that hanged component is mounted on third lifting assembly is stated, the lower part of the pedestal is equipped with positioning component and fixation kit, described The lower end of pedestal is set there are four movable pulley.

Further, the fixation kit includes two fixer compression bars and two fixed blocks, two fixer compression bars In being vertically arranged and two fixer compression bars are fixedly connected with pedestal, two fixed blocks are separately mounted to two fixations It is hinged between the fixer compression bar and the fixed block on the output end of hydraulic stem.

Further, the first translation component includes the first translation hydraulic stem, the first translation sliding rail and translational block, and described the One translation sliding rail is in be horizontally set on the lower end of pedestal, and the translational block is in being vertically arranged and the upper end of translational block and described first Sliding block on translation sliding rail is fixedly connected, and the rear portion of the first translation hydraulic stem is fixedly connected with the base, and described first The output end of translation hydraulic stem is fixedly connected with the translational block, and the both ends of the translational block are equipped with convex block, the pedestal Two sides are equipped with slide bar, and the middle part of the convex block is equipped with slide opening, and two slide bars are plugged on respectively in the slide opening in the middle part of two convex blocks, Two slide bars are slidably matched with two convex blocks respectively.

Further, first lifting assembly includes that the first raise-lower hydraulic bar, the first elevator and two first liftings are slided Rail, two first lifting sliding rails are in be vertically installed at translational block side, first elevator and the first lifting sliding rail On sliding block be fixedly connected, the first raise-lower hydraulic bar is in side and the first raise-lower hydraulic bar for being vertically arranged in translational block Output end is fixedly connected with first elevator.

Further, it is described fork component include two fork plate and two accommodating grooves, two accommodating grooves are symmetrical set The side of first elevator, it is in that horizontally disposed and two one end for forking plate are separately mounted to two receipts that plate is forked described in two It receives in slot, two fork that plate is hinged with the first elevator, and each described one end for forking plate is equipped with limited block, and described first The lower end of elevator is set there are two limiting slot, and two limiting slots are matched with two limited blocks respectively, in each accommodating groove Be equipped with sliding slot, be equipped with the movable block being slidably matched with it in each sliding slot, the lower end of each movable block with it is right Forking for answering is equipped with connecting rod between plate, the both ends of the connecting rod respectively with movable block and to fork plate hinged.

Further, the positioning component includes two positioning hydraulic stems and two positioning plates, two positioning hydraulic stems Be symmetrical set pedestal two sides and two positioning hydraulic stems output ends be oppositely arranged, the cross section of each positioning plate L-shaped, two positioning plates are separately mounted on the output end of two positioning hydraulic stems.

Further, the second translation component includes the second translation sliding rail, extension block and the second translation hydraulic stem, and described the Two translation sliding rails are in the upper end for being horizontally set on pedestal, and the extension block is mounted on the second translation sliding rail and extension block and second Translation sliding rail is slidably matched, and the second translation hydraulic stem is arranged in the upper end of pedestal along the length direction of extension block, and described the The output end of two translation hydraulic stems is equipped with link block, and one end of the link block is fixedly connected with extension block.

Further, second lifting assembly includes the second raise-lower hydraulic bar and the second lifting sliding rail, second lifting Sliding rail is in the front end for being vertically arranged in extension block, and second lifting sliding rail is equipped with the second elevator being slidably matched with it, The second raise-lower hydraulic bar is in side and the output end of the second raise-lower hydraulic bar and described second for being vertically arranged in extension block Elevator is fixedly connected.

Further, the third lifting assembly includes third raise-lower hydraulic bar and two guide rods, the third raise-lower hydraulic Bar is in be vertically arranged in the upper end of the second elevator, and the output end of the third raise-lower hydraulic bar is equipped with connecting plate, and described the It is set on two elevators there are two guide hole, two guide rods are plugged on respectively in two guide holes, and the lower end of two guide rods is and connecting plate Upper end be fixedly connected.

Further, the hanged component includes that driving motor, drive rod and two drive blocks, the drive rod are set in level It sets and sets the screw thread opposite there are two the hand of spiral on the lower end of connecting plate, the drive rod, two drive blocks are set in drive In lever and two drive blocks are matched with two screw threads respectively, and the driving motor is mounted on the side of connecting plate and driving electricity The output end of machine is fixedly connected with the drive rod, and the lower end of each drive block is equipped with mounting plate, each mounting plate Side is equipped with clamping plate, and the clamping plate and corresponding mounting plate are hinged, and the side of each clamping plate is equipped with neonychium, The neonychium is equipped with anti-skid chequer, and the recess of the anti-skid chequer is equipped with several convex grains, and each convex intragranular is equipped with absorption Hole.

Compared with prior art, the utility model has the beneficial effects that:

Mechanism and hanged mechanism are forked first, being provided in the utility model, is convenient for by forking mechanism to placement position The power battery pack at bottom carries out mobile carrying, and hanged mechanism is convenient for moving power battery pack between high point position, Two kinds of operating modes are used alternatingly, consequently facilitating the power battery pack to different height carries out loading and unloading, improve working efficiency, together When, when using the work of hanged mechanism, feeding and auxiliary positioning can be played the role of for hanged mechanism by forking mechanism, be not necessarily to people Work operation, improves working efficiency.

Second, in the utility model be provided with positioning component, when fork component fork power battery pack and move inward into During row positioning, moved towards by two positioning hydraulic stem two positioning plates of Work Promote, two positioning plates can either Power battery pack is prevented to continue mobile to the lower end of pedestal, additionally it is possible to pass through moving towards power battery pack for two positioning plates Step up, so that power battery pack to be fixed on to the underface of hanged component, directly clamped convenient for hanged component, with existing skill Art is compared, and the operation positioned to the battery pack of power is realized, it is not necessary that power battery pack is manually moved to hanged component Lower end, to improve work efficiency.

Third, being provided with the second lifting assembly and third lifting assembly, the second lifting assembly and third in the utility model Lifting assembly cooperating enables to the range further expansion of hanged component, thus can by hanged component operation Power battery pack is subjected to loading and unloading in the larger context, to improve the practicability of the utility model.

Fourth, being provided with fixation kit in the utility model passes through fixer compression bar before the utility model is worked It pushes so that fixed plate moves down to jack up the front end of pedestal, so that two movable pulleys of pan frontward end are detached from ground, It is supported by fixed plate, to improve the stability of the utility model, the pedestal movement in loading and unloading is avoided to cause to anticipate External loss.

Fifth, in the utility model two clamping plates respectively with the angle for hingedly enabling two clamping plates of two mounting plates Fine tuning, so that two clamping plates can clamp the power battery pack of different shape side wall, to improve the practicality, runs quickly The setting of neonychium can either protect power battery pack not to be damaged on two clamping plates, can also increase power battery plate and clamping plate Between frictional force so that clamping process it is more stable.

Detailed description of the invention

It, below will be right in order to illustrate more clearly of specific embodiment of the present invention or technical solution in the prior art Specific embodiment or attached drawing needed to be used in the description of the prior art are briefly described, it should be apparent that, it is described below In attached drawing be that some embodiments of the utility model are not paying creativeness for those of ordinary skill in the art Under the premise of labour, it is also possible to obtain other drawings based on these drawings.

Fig. 1 is the structural schematic diagram of the utility model；

Fig. 2 is the side view of the utility model；

Fig. 3 is the local broken away view one of the utility model；

Fig. 4 is the local broken away view two of the utility model；

Fig. 5 is the partial structural diagram one of the utility model；

Fig. 6 is the partial structural diagram two of the utility model；

Fig. 7 is the enlarged drawing in Fig. 6 at A.

Appended drawing reference:

Pedestal 1, forks mechanism 2, the first lifting assembly 2a, the first raise-lower hydraulic bar 2a1, the first elevator 2a2, and first liter Sliding rail 2a3, the first translation component 2b, the first translation hydraulic stem 2b1, the first translation sliding rail 2b2, translational block 2b3, convex block 2b4 drop, Slide bar 2b5 forks component 2c, forks plate 2c1, accommodating groove 2c2, limited block 2c3, limiting slot 2c4, sliding slot 2c5, movable block 2c6, Connecting rod 2c7, hanged mechanism 3, the second translation component 3a, the second translation sliding rail 3a1, extension block 3a2, the second translation hydraulic stem 3a3, link block 3a4, the second lifting assembly 3b, the second raise-lower hydraulic bar 3b1, the second lifting sliding rail 3b2, the second elevator 3b3, Third lifting assembly 3c, third raise-lower hydraulic bar 3c1, guide rod 3c2, connecting plate 3c3, hanged component 3d, driving motor 3d1 drive Lever 3d2, drive block 3d3, mounting plate 3d4, clamping plate 3d5, neonychium 3d6, anti-skid chequer 3d7, convex grain 3d8, adsorption hole 3d9 are fixed Hyte part 4 positions hydraulic stem 4a, positioning plate 4b, fixation kit 5, fixer compression bar 5a, fixed block 5b, movable pulley 6.

Specific embodiment

The technical solution of the utility model is clearly and completely described below in conjunction with attached drawing, it is clear that described Embodiment is the utility model a part of the embodiment, instead of all the embodiments.

It is in the description of the present invention, it should be noted that term " center ", "upper", "lower", "left", "right", " perpendicular Directly ", the orientation or positional relationship of the instructions such as "horizontal", "inner", "outside" is to be based on the orientation or positional relationship shown in the drawings, and is only For ease of description the utility model and simplify description, rather than the device or element of indication or suggestion meaning must have it is specific Orientation, be constructed and operated in a specific orientation, therefore should not be understood as limiting the present invention.In addition, term " the One ", " second ", " third " are used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance.

Below with reference to shown in Fig. 1 to Fig. 7, the utility model embodiment provides a kind of new-energy automobile power battery packet and hangs It takes device, including pedestal 1, forks mechanism 2 and hanged mechanism 3, the lower part for forking mechanism 2 and being mounted on pedestal 1 is described hanged Mechanism 3 is mounted on the upper end of pedestal 1 and the hanged mechanism 3 is located at the top for forking mechanism 2, described to fork the packet of mechanism 2 It includes the first lifting assembly 2a, the first translation component 2b and forks component 2c, the first lifting assembly 2a is mounted on the first translation One end of component 2b, the side for forking component 2c and being mounted on the first lifting assembly 2a, the hanged mechanism 3 include second flat Move component 3a, the second lifting assembly 3b, third lifting assembly 3c and hanged component 3d, the second lifting assembly 3b are mounted on the One end of two translation component 3a, the third lifting assembly 3c are mounted on the second lifting assembly 3b, the hanged component 3d peace Mounted in the lower end of third lifting assembly 3c, the lower part of the pedestal 1 is equipped with positioning component 4 and fixation kit 5, the pedestal 1 Lower end is set there are four movable pulley 6；There are many usage modes for the utility model, only logical in lower to loading and unloading between lower It crosses and forks the work of mechanism 2, when loading and unloading between lower is supreme, can be cooperated by forking mechanism 2 and hanged mechanism 3 Work between aloft supreme when loading and unloading, only passes through the work of hanged mechanism 3, wherein work step is first to lead to It crosses the work of fixation kit 5 and the front support of pedestal 1 is played into fixed left and right, then worked by the first lifting assembly 2a Component 2c will be forked and be moved to suitable height, then pass through the first mobile power electric that will fork the upper end component 2c of translation component 2b Chi Bao is moved to the lower section of hoisting device, is worked in moving process by positioning component 4 and fixes the position of power battery pack, And then the direction hanged component 3d is clamped by power battery pack by the second lifting assembly 3b and third lifting assembly 3c work, To then power battery pack be driven to rise, finally, putting after being moved to the top of designated position by the second translation component 3a Under, 1 rear portion of pedestal of the utility model is provided with hydraulic system, and the hydraulic system uses existing mechanism, and this will not be repeated here.

The fixation kit 5 includes two fixer compression bar 5a and two fixed blocks 5b, two fixer compression bar 5a In being vertically arranged and two fixer compression bar 5a are fixedly connected with pedestal 1, two fixed block 5b are separately mounted to two It is hinged between the fixer compression bar 5a and the fixed block 5b on the output end of a fixer compression bar 5a；Pass through two fixations Two fixed block 5b of hydraulic stem 5a Work Promote are moved down, and two fixed block 5b and ground contradict and jacks up the front end of pedestal 1, So that two movable pulleys 6 of 1 front end of pedestal and ground are detached from, at work, pedestal 1 is more stable, will not move.

The first translation component 2b includes the first translation hydraulic stem 2b1, the first translation sliding rail 2b2 and translational block 2b3, institute Stating the first translation sliding rail 2b2 is in be horizontally set on the lower end of pedestal 1, and the translational block 2b3 is in be vertically arranged and translational block 2b3 Upper end is fixedly connected with the sliding block on the first translation sliding rail 2b2, the rear portion and the bottom of the first translation hydraulic stem 2b1 Seat 1 is fixedly connected, and the output end of the first translation hydraulic stem 2b1 is fixedly connected with the translational block 2b3, the translational block The both ends of 2b3 are equipped with convex block 2b4, and the two sides of the pedestal 1 are equipped with slide bar 2b5, and the middle part of the convex block 2b4, which is equipped with, to be slided Hole, two slide bar 2b5 are plugged on respectively in the slide opening in the middle part of two convex block 2b4, two slide bar 2b5 respectively with two convex block 2b4 It is slidably matched；Translational block 2b3 can be pushed along the length side of the first translation sliding rail 2b2 by the first translation hydraulic stem 2b1 work To sliding, to push the first lifting assembly 2a of the front end translational block 2b3 and fork component 2c movement, wherein convex block 2b4 and cunning Being slidably matched for pole can limit the mobile direction translational block 2b3, meanwhile, the cooperation of convex block 2b4 and litter also can be to translation Block 2b3 plays the role of support.

The first lifting assembly 2a includes that the first raise-lower hydraulic bar 2a1, the first elevator 2a2 and two first liftings are slided Rail 2a3, two the first lifting sliding rail 2a3 are in be vertically installed at translational block 2b3 side, the first elevator 2a2 with Sliding block on first lifting sliding rail 2a3 is fixedly connected, and the first raise-lower hydraulic bar 2a1 is in be vertically arranged in translational block 2b3's The output end of side and the first raise-lower hydraulic bar 2a1 are fixedly connected with the first elevator 2a2；Pass through the first raise-lower hydraulic bar 2a1 works so that the first elevator 2a2 is moved along the length direction of the first lifting sliding rail 2a3, to change the first lifting assembly The level height for forking component 2c of the side 2a.

It is described fork component 2c and include two fork plate 2c1 and two accommodating groove 2c2, two accommodating groove 2c2 are in symmetrically setting It is in horizontally disposed for setting and forking plate 2c1 described in two in the side of the first elevator 2a2 and two one end for forking plate 2c1 are divided It is not mounted in two accommodating groove 2c2, two to fork plate 2c1 hinged with the first elevator 2a2, each described to fork plate 2c1 One end be equipped with limited block 2c3, the lower end of the first elevator 2a2 sets that there are two limiting slot 2c4, two limiting slot 2c4 It is matched respectively with two limited block 2c3, is equipped with sliding slot 2c5 in each accommodating groove 2c2, in each sliding slot 2c5 It is equipped with the movable block 2c6 being slidably matched with it, the lower end of each movable block 2c6 forks between plate 2c1 with corresponding Equipped with connecting rod 2c7, the both ends of the connecting rod 2c7 respectively with movable block 2c6 and to fork plate 2c1 hinged；Wherein, two fork The cooperation of the limited block 2c3 and limiting slot 2c4 of the one end plate 2c1 fork plate 2c1 for holding and are in a horizontal state, connecting rod 2c7's Effect is also used for keeping forking plate 2c1 and being in a horizontal state, while can increase the load-bearing capacity for forking plate 2c1, accommodating groove 2c2's Effect is can to fork plate 2c1 to rotation when without using component 2c is forked and be stowed in accommodating groove 2c2, avoid forking Plate 2c1 protrusion is in the way.

The positioning component 4 includes two positioning hydraulic stem 4a and two positioning plates 4b, two positioning hydraulic stem 4a Be symmetrical set pedestal 1 two sides and two positioning hydraulic stem 4a output ends be oppositely arranged, each positioning plate 4b's Cross section is L-shaped, and two positioning plate 4b are separately mounted on the output end of two positioning hydraulic stem 4a；When the first translation component When 2b drives the power battery plate for forking component 2c and forking on component 2c to move backward, pass through two positioning hydraulic stem 4a works Make that two positioning plate 4b is pushed to move towards, its position is limited by two positioning plate 4b power battery pack that is fixedly clamped.

The second translation component 3a includes the second translation sliding rail 3a1, the translation hydraulic stem 3a3 of extension block 3a2 and second, institute Stating the second translation sliding rail 3a1 is in the upper end for being horizontally set on pedestal 1, and the extension block 3a2 is mounted on the second translation sliding rail 3a1 And extension block 3a2 and the second translation sliding rail 3a1 is slidably matched, the second translation hydraulic stem 3a3 is along the length side of extension block 3a2 To the upper end that pedestal 1 is arranged in, the output end of the second translation hydraulic stem 3a3 is equipped with link block 3a4, the link block One end of 3a4 is fixedly connected with extension block 3a2；By the second translation hydraulic stem 3a3 Work Promote extension block 3a2 along the second translation Sliding rail 3a1 is mobile, so that hanged component 3d be pushed to translate.

The second lifting assembly 3b includes the second raise-lower hydraulic bar 3b1 and the second lifting sliding rail 3b2, second lifting Sliding rail 3b2 is in be vertically arranged in the front end of extension block 3a2, and the second lifting sliding rail 3b2 is equipped with the to be slidably matched with it Two elevator 3b3, the second raise-lower hydraulic bar 3b1 are in side and the second raise-lower hydraulic bar for being vertically arranged in extension block 3a2 The output end of 3b1 is fixedly connected with the second elevator 3b3；It is gone up and down by the second raise-lower hydraulic bar 3b1 Work Promote second Block 3b3 is moved along the length direction of the second lifting sliding rail 3b2, to adjust the hanged component 3d connecting with the second elevator 3b3 Level height.

The third lifting assembly 3c includes third raise-lower hydraulic bar 3c1 and two guide rod 3c2, the third raise-lower hydraulic Bar 3c1 is in the upper end for being vertically arranged in the second elevator 3b3, and the output end of the third raise-lower hydraulic bar 3c1 is equipped with connection It is set on plate 3c3, the second elevator 3b3 there are two guide hole, two guide rod 3c2 are plugged on respectively in two guide holes, and two are led The lower end of bar 3c2 is fixedly connected with the upper end of connecting plate 3c3；Pass through third raise-lower hydraulic bar 3c1 Work Promote connecting plate 3c3 It moves in the vertical direction, the setting of two guide rod 3c2 and two guide holes is for limiting the moving direction of connecting plate 3c3.

The hanged component 3d includes driving motor 3d1, drive rod 3d2 and two drive blocks 3d3, the drive rod 3d2 In the lower end for being horizontally set on connecting plate 3c3, the screw thread opposite there are two the hand of spiral, two drives are set on the drive rod 3d2 Motion block 3d3 is set on drive rod 3d2 and two drive block 3d3 are matched with two screw threads respectively, the driving motor 3d1 It is mounted on the side of connecting plate 3c3 and the output end of driving motor 3d1 is fixedly connected with the drive rod 3d2, each drive The lower end of motion block 3d3 is equipped with mounting plate 3d4, and the side of each mounting plate 3d4 is equipped with clamping plate 3d5, the clamping plate 3d5 and with Its corresponding mounting plate 3d4 is hinged, and the side of each clamping plate 3d5 is equipped with neonychium 3d6, sets on the neonychium 3d6 There is anti-skid chequer 3d7, the recess of the anti-skid chequer 3d7 is equipped with several convex grain 3d8, is equipped with adsorption hole in each convex grain 3d8 3d9；It is worked by driving motor 3d1 and drives drive rod 3d2 rotation, by the cooperation of two screw threads and two drive block 3d3, made It obtains two drive block 3d3 to move towards under the drive of drive rod 3d2, two clamping plate 3d5 are moved in opposite directions with two drive block 3d3 Dynamic to which power battery pack be fixedly clamped, wherein the setting of neonychium 3d6 is used to protect power battery pack, it is avoided to be damaged It is bad, the left and right for increasing frictional force is also played, avoids power battery pack from falling off, wherein anti-skid chequer 3d7's sets on neonychium 3d6 Frictional force can further be increased by setting, on convex grain 3d8 the setting of adsorption hole 3d9 when in use, by squeezing adsorption hole 3d9 Interior air is discharged to form negative pressure, so that convex grain 3d8 and the absorption of the side wall of power battery pack connect, further increases hanged The firmness of component 3d clamping power battery pack.

Finally, it should be noted that the above various embodiments is only to illustrate the technical solution of the utility model, rather than it is limited System；Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should Understand: it is still possible to modify the technical solutions described in the foregoing embodiments, or to some or all of Technical characteristic is equivalently replaced；And these are modified or replaceed, it does not separate the essence of the corresponding technical solution, and this is practical new The range of each embodiment technical solution of type.

Claims (10)

1. a kind of new-energy automobile power battery packet hoisting device, it is characterised in that: including pedestal (1), fork mechanism (2) and hang It takes mechanism (3), the lower part for forking mechanism (2) and being mounted on pedestal (1), the hanged mechanism (3) is mounted on the upper of pedestal (1) End and the hanged mechanism (3) are located at the top for forking mechanism (2), and described fork mechanism (2) include the first lifting assembly (2a), first translate component (2b) and fork component (2c), and first lifting assembly (2a) is mounted on the first translation component The one end of (2b), the side for forking component (2c) and being mounted on the first lifting assembly (2a), the hanged mechanism (3) include the Two translations component (3a), the second lifting assembly (3b), third lifting assembly (3c) and hanged component (3d), the second lifting group Part (3b) is mounted on one end of the second translation component (3a), and the third lifting assembly (3c) is mounted on the second lifting assembly (3b) On, the hanged component (3d) is mounted on the lower end of third lifting assembly (3c), and the lower part of the pedestal (1) is equipped with positioning component (4) and fixation kit (5), the lower end of the pedestal (1) sets that there are four movable pulley (6).

2. a kind of new-energy automobile power battery packet hoisting device according to claim 1, it is characterised in that: the fixation Component (5) includes two fixer compression bars (5a) and two fixed blocks (5b), and two fixer compression bars (5a) are in vertical It is arranged and two fixer compression bars (5a) is fixedly connected with pedestal (1), two fixed blocks (5b) is separately mounted to two It is hinged between the fixer compression bar (5a) and the fixed block (5b) on the output end of fixer compression bar (5a).

3. a kind of new-energy automobile power battery packet hoisting device according to claim 1, it is characterised in that: described first Translating component (2b) includes the first translation hydraulic stem (2b1), the first translation sliding rail (2b2) and translational block (2b3), and described first is flat Moving sliding rail (2b2) is in be horizontally set on the lower end of pedestal (1), and the translational block (2b3) is in be vertically arranged and translational block (2b3) Upper end is fixedly connected with the sliding block in first translation sliding rail (2b2), the rear portion of first translation hydraulic stem (2b1) and institute It states pedestal (1) to be fixedly connected, the output end of first translation hydraulic stem (2b1) is fixedly connected with the translational block (2b3), institute The both ends for stating translational block (2b3) are equipped with convex block (2b4), and the two sides of the pedestal (1) are equipped with slide bar (2b5), the convex block The middle part of (2b4) is equipped with slide opening, and two slide bars (2b5) are plugged on respectively in the slide opening in the middle part of two convex blocks (2b4), two slide bars (2b5) is slidably matched with two convex blocks (2b4) respectively.

4. a kind of new-energy automobile power battery packet hoisting device according to claim 3, it is characterised in that: described first Lifting assembly (2a) include the first raise-lower hydraulic bar (2a1), the first elevator (2a2) and two the first lifting sliding rails (2a3), two A first lifting sliding rail (2a3) is in being vertically installed at translational block (2b3) side, first elevator (2a2) and the Sliding block on one lifting sliding rail (2a3) is fixedly connected, and the first raise-lower hydraulic bar (2a1) is in be vertically arranged in translational block The output end of the side of (2b3) and the first raise-lower hydraulic bar (2a1) is fixedly connected with first elevator (2a2).

5. a kind of new-energy automobile power battery packet hoisting device according to claim 4, it is characterised in that: described to fork Component (2c) includes two and forks plate (2c1) and two accommodating grooves (2c2), and two accommodating grooves (2c2) are symmetrical set first The side of elevator (2a2) forks plate (2c1) and distinguishes in horizontally disposed and two one end for forking plate (2c1) described in two Be mounted in two accommodating grooves (2c2), two fork plate (2c1) with the first elevator (2a2) hingedly, it is each described to fork plate The one end of (2c1) is equipped with limited block (2c3), and the lower end of first elevator (2a2) is set there are two limiting slot (2c4), and two A limiting slot (2c4) matches with two limited blocks (2c3) respectively, is equipped with sliding slot in each accommodating groove (2c2) (2c5), each sliding slot (2c5) is interior to be equipped with the movable block (2c6) being slidably matched with it, each movable block (2c6) Lower end connecting rod (2c7) is equipped between plate (2c1) with corresponding fork, the both ends of the connecting rod (2c7) respectively with shifting Motion block (2c6) and to fork plate (2c1) hinged.

6. a kind of new-energy automobile power battery packet hoisting device according to claim 1, it is characterised in that: the positioning Component (4) includes two positioning hydraulic stems (4a) and two positioning plates (4b), and two positioning hydraulic stems (4a) are in symmetrically to set Set pedestal (1) two sides and two positioning hydraulic stem (4a) output ends be oppositely arranged, the cross of each positioning plate (4b) Section is L-shaped, and two positioning plates (4b) are separately mounted on the output end of two positioning hydraulic stem (4a).

7. a kind of new-energy automobile power battery packet hoisting device according to claim 1, it is characterised in that: described second Translating component (3a) includes the second translation sliding rail (3a1), extension block (3a2) and the second translation hydraulic stem (3a3), and described second is flat Moving sliding rail (3a1) is in the upper end for being horizontally set on pedestal (1), and the extension block (3a2) is mounted on the second translation sliding rail (3a1) And extension block (3a2) is slidably matched with the second translation sliding rail (3a1), second translation hydraulic stem (3a3) is along extension block (3a2) Length direction setting in the upper end of pedestal (1), the output end of second translation hydraulic stem (3a3) is equipped with link block One end of (3a4), the link block (3a4) are fixedly connected with extension block (3a2).

8. a kind of new-energy automobile power battery packet hoisting device according to claim 7, it is characterised in that: described second Lifting assembly (3b) includes the second raise-lower hydraulic bar (3b1) and the second lifting sliding rail (3b2), second lifting sliding rail (3b2) In the front end for being vertically arranged in extension block (3a2), second lifting sliding rail (3b2) is equipped with second liter to be slidably matched with it It drops block (3b3), the second raise-lower hydraulic bar (3b1) is in side and the second raise-lower hydraulic for being vertically arranged in extension block (3a2) The output end of bar (3b1) is fixedly connected with second elevator (3b3).

9. a kind of new-energy automobile power battery packet hoisting device according to claim 8, it is characterised in that: the third Lifting assembly (3c) includes third raise-lower hydraulic bar (3c1) and two guide rods (3c2), and the third raise-lower hydraulic bar (3c1) is in It is vertically arranged in the upper end of the second elevator (3b3), the output end of the third raise-lower hydraulic bar (3c1) is equipped with connecting plate (3c3) is set on second elevator (3b3) there are two guide hole, and two guide rods (3c2) are plugged on respectively in two guide holes, and two The lower end of a guide rod (3c2) is fixedly connected with the upper end of connecting plate (3c3).

10. a kind of new-energy automobile power battery packet hoisting device according to claim 9, it is characterised in that: described to hang Taking component (3d) includes driving motor (3d1), drive rod (3d2) and two drive blocks (3d3), and the drive rod (3d2) is in water Flat setting sets the screw thread opposite there are two the hand of spiral, two drives on the lower end of connecting plate (3c3), the drive rod (3d2) Motion block (3d3) is set on drive rod (3d2) and two drive blocks (3d3) match with two screw threads respectively, the driving Motor (3d1) is mounted on the output end of the side of connecting plate (3c3) and driving motor (3d1) and the drive rod (3d2) is fixed Connection, the lower end of each drive block (3d3) are equipped with mounting plate (3d4), and the side of each mounting plate (3d4) is equipped with folder Hingedly, the side of each clamping plate (3d5) is all provided with for plate (3d5), the clamping plate (3d5) and corresponding mounting plate (3d4) Have neonychium (3d6), the neonychium (3d6) be equipped with anti-skid chequer (3d7), the anti-skid chequer (3d7) if recess be equipped with Dry convex grain (3d8), each convex grain (3d8) is interior to be equipped with adsorption hole (3d9).