CN208364170U

CN208364170U - A kind of device for transporting equipment

Info

Publication number: CN208364170U
Application number: CN201820491285.7U
Authority: CN
Inventors: 胡子英
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-04-09
Filing date: 2018-04-09
Publication date: 2019-01-11
Anticipated expiration: 2028-04-09

Abstract

The utility model discloses a kind of device for transporting equipment, including mine support frame, the upper end of the mine support frame is fixedly connected with the inner sidewall that mine support frame is opposite described in hanging block and is equipped with the first limited block, two opposite one end side walls of first limited block are equipped with the first sliding groove, the first sliding shoe is slidably connected in two first sliding grooves, two opposite one end side walls of first sliding shoe are fixedly connected with transport case, the opposite inner sidewall of the mine support frame is equipped with the second limited block, two opposite one end side walls of second limited block are equipped with the second sliding groove, the first rotating wheel is equipped in two second sliding grooves, the opposite one end of two first rotating wheels is horizontal to be equipped with first connecting rod.The structure design of the utility model is reasonable, easy to operate, can not only have good damping effect, guarantees its stability, and have good heat dissipation effect.

Description

A kind of device for transporting equipment

Technical field

The utility model relates to mining conveying equipment technical field more particularly to a kind of device for transporting equipment.

Background technique

Currently, coal mine underground equipment such as detecting earth stress instrument, in situ strength tester, core barrel, major diameter drill bit etc. All haves the characteristics that the big weight weight of volume.For completion underground work quickly and efficiently, these bulky equipment do not walk mine generally Vehicle transport, but by worker, pickaback hand is lifted, and is limited by conditions down-hole, worker generally requires to shoulder what equipment was walked a long way on foot Road increases labor burden, reduces working efficiency, and during mechanical transport, and generally for guarantee, its is kept for one Stable temperature needs to be radiated, and can either guarantee its safety in this way, also can guarantee that it being capable of normal operation.

We devise a kind of device for transporting equipment to solve problem above thus.

Summary of the invention

Purpose of the utility model is to solve how improving the stability of transport vehicle, how preferably to radiate, And a kind of device for transporting equipment proposed, there can not only be good damping effect, guarantee its stability, and have very Good heat dissipation effect.

To achieve the goals above, the utility model adopts the technical scheme that

The upper end of a kind of device for transporting equipment, including mine support frame, the mine support frame is fixedly connected with hanging block The opposite inner sidewall of the mine support frame is equipped with the first limited block, and two opposite one end side walls of first limited block are equal Equipped with the first sliding groove, the first sliding shoe, two first sliding shoes are slidably connected in two first sliding grooves Opposite one end side wall is fixedly connected with transport case, and the opposite inner sidewall of the mine support frame is equipped with the second limited block, and two The opposite one end side wall of a second limited block is equipped with the second sliding groove, is equipped with first in two second sliding grooves Rotating wheel, the opposite one end of two first rotating wheels is horizontal to be equipped with first connecting rod, two first connecting rod phases Pair one end be fixedly connected with the first fixed block, the bottom symmetrical of first fixed block sets that there are two link blocks, described in two The bottom of link block is fixedly connected with the upper end side wall of transport case, and the upper end of first fixed block is equipped with limiting groove, institute The top for stating mine support frame is equipped with vertical bar, and the bottom of the vertical bar extends in limiting groove and is fixedly connected with the second connection Bar, the two sides of second connecting rod are rotatably connected to the second rotating wheel, and two second rotating wheels are and limiting groove Inner sidewall rotation connection, the inside of the transport case is equipped with hollow cavity, the company of sliding between the opposite inner sidewall of the hollow cavity It is connected to buffer board, two buffer units are symmetrically arranged between the bottom of the buffer board and the interior bottom of hollow cavity, it is described hollow The opposite inner sidewall of chamber is equipped with third limited block, and two opposite one end side walls of the third limited block are equipped with third sliding Slot, the interior bottom of two third sliding grooves are equipped with multiple first springs, and the opposite one end of multiple first springs is equal It is fixedly connected with damping block, placing box is equipped between two damping blocks, the inside of the placing box is equipped with placed cavity, described The opposite inner sidewall of placed cavity is fixedly connected with demarcation plate, and placed cavity is successively divided into storage chamber by the demarcation plate from top to bottom And heat dissipation cavity, heat sink is fixedly connected between the demarcation plate and the interior bottom of heat dissipation cavity, the upper end of the heat sink is equipped with Radiating groove, the radiating groove is interior to be equipped with radiator, and the opposite inner sidewall of the hollow cavity is equipped with limiting device, described in two It is fixedly connected with limit plate between limiting device, offsets at the top of the bottom of the limit plate and placing box, the buffer unit Hollow stem including being fixed on bottom in hollow cavity, the inside of the hollow stem are equipped with cushion chamber, opposite interior of the cushion chamber Side wall is equipped with fixing groove, and the interior bottom of two fixing grooves is equipped with the 4th limited block, two the 4th limited block phases Pair one end side wall be equipped with the 4th sliding groove, slidably connect the second sliding shoe in two the 4th sliding grooves, two The opposite one end side wall of the second sliding shoe is rotatably connected to the first buffer bar, slidably connects circle in the cushion chamber Bar, the upper end of the round bar through hollow stem upper end side wall and be fixedly connected with fixed plate, the upper end of the fixed plate and slow The bottom of punching is fixedly connected, and the opposite one end of two first buffer bars is rotatablely connected with the both ends side wall of round bar respectively, The inside of the round bar is equipped with limit chamber, and the interior bottom of the cushion chamber is equipped with gag lever post vertically, and the upper end of the gag lever post is passed through It wears the bottom sidewall of round bar and is slidably connected with limit chamber.

Preferably, the both ends lateral wall of the hollow stem is equipped with the 5th limited block, the side of two the 5th limited blocks Wall is equipped with the 5th sliding groove, and the interior bottom symmetrical of the hollow cavity sets that there are two the 6th limited blocks, and two the 6th limits Position block is located at the two sides of hollow stem, and the upper end of two the 6th limited blocks is equipped with the 6th sliding groove, and two described the Third sliding shoe is slidably connected in five sliding grooves, slidably connects the 4th sliding shoe in two the 6th sliding grooves, The second buffer bar, the bottom of the fixed plate are rotatably connected between two third sliding shoes and the 4th opposite sliding shoe Two T-shaped sliders are symmetrically arranged with, the side wall of two T-shaped sliders is equipped with extension board, and the side wall of two extension boards is all provided with There is a T shape sliding slot matched with T-shaped slider, the opposite one end side wall of two extension boards is equipped with the second fixed block, and two Positioning device, the bottom of two second fixed blocks and two opposite thirds are fixedly connected between second fixed block Third buffer bar is rotatably connected between sliding shoe.

Preferably, the positioning device includes the arc sleeving connecting rod being fixed between two the second fixed blocks, the arc The inside of sleeving connecting rod is equipped with the arc socket chamber that both ends all have opening, and the arc socket is intracavitary to slidably connect arc-shaped limit Bar, the inner sidewall of the arc sleeving connecting rod, which runs through, is equipped with the connectivity slot interconnected with arc socket chamber, and the arc is socketed chamber Horizontal block is connected between opposite inner sidewall, one end side wall of the horizontal block is fixedly connected with second spring, the second spring One end far from horizontal block is fixedly connected with the side wall of arc-shaped limit bar, and the arc-shaped limit bar runs through far from one end of second spring The opening of arc sleeving connecting rod, the side wall of the arc-shaped limit bar are equipped with the first card slot, and the interior bottom of first card slot is equipped with more A third spring, multiple third springs are fixedly connected with fixture block, the arc sleeve far from one end of bottom in the first card slot The lateral wall of extension bar is equipped with second card slot interconnected with arc socket chamber, and the size of second card slot and fixture block is big It is small to match, the first telescopic rod, two the first telescopic rod phases are equipped between the opposite inner sidewall of the arc sleeving connecting rod Pair one end side wall be equipped with telescopic chute, the interior bottom of two telescopic chutes is equipped with multiple 4th springs, multiple described The opposite one end of four springs is fixedly connected to the second telescopic rod, and two opposite one end of second telescopic rod are fixedly connected with There is the first arc-shaped limit block, two opposite one end of the first arc-shaped limit block offset with the side wall of round bar.

Preferably, the side wall of the arc-shaped limit bar is equipped with annular groove, and the lateral wall of the annular groove is rotatablely connected There is socket ring, the side wall of the socket ring is equipped with the telescopic device matched with connectivity slot, and the telescopic device includes being fixed on The fixed link being socketed on ring-side wall, the fixed link are internally threaded chamber, and the thread cavity internal screw thread is connected with the first spiral shell Rasp bar, first threaded rod run through the side wall of fixed link far from one end of bottom in thread cavity and are rotatably connected to the second arc The side wall of limited block, the second arc-shaped limit block and round bar offsets.

Preferably, the lateral wall of the arc sleeving connecting rod, which runs through, is equipped with the second threaded rod, and second threaded rod successively passes through It wears arc sleeving connecting rod, arc-shaped limit bar and offsets with the inner sidewall of arc socket chamber.

Preferably, the limiting device includes the connecting plate being fixed on hollow chamber inner sidewall, the side wall of the connecting plate Through decoupling rod is equipped with, the upper end of the decoupling rod is fixedly connected with the inner top of hollow cavity, and the bottom of the decoupling rod is fixed It is connected with baffle, multiple 5th springs are equipped between the baffle and connecting plate.

Preferably, the radiator includes two servo motors being respectively fixedly connected on the side wall of radiating groove both ends, The output shaft end of two servo motors is fixedly connected to third threaded rod, and two third threaded rods are far from servo One end of motor respectively with the inner sidewall of radiating groove be rotatablely connected, the opposite inner sidewall of the radiating groove be fixedly connected there are two card Position bar, the lateral wall of two detent bars slidably connect socket ring, the equal spiral shell of lateral wall of two third threaded rods Line is connected with blower, and the side wall of two socket rings is fixedly connected with opposite blower side wall.

In the utility model, when being transported, transport object is placed on to the upper end of demarcation plate, starting two is watched Motor is taken, two third threaded rod rotations, under the action of two third threaded rods and two socket rings, energy can be driven respectively Enough guarantee that two blowers move back and forth, so that heat dissipation effect is more uniform, when being shaken, buffer board be will drive Fixed plate decline enables to round bar to decline when fixed plate decline, and there are two third buffer bars, two the second buffer bars for tool With two the first buffer bars, good damping effect can be played, there are two the first arc-shaped limit block and the second arc-shaped limits for tool Block can guarantee the stability of round bar, and there are two damping blocks for tool, can guarantee the stability of placing box.The utility model structure is set Meter is rationally, easy to operate, can not only have good damping effect, guarantees its stability, and has heat dissipation effect well Fruit.

Detailed description of the invention

Fig. 1 be the utility model proposes a kind of device for transporting equipment structural schematic diagram；

Fig. 2 be the utility model proposes a kind of device for transporting equipment A at schematic enlarged-scale view；

Fig. 3 be the utility model proposes a kind of device for transporting equipment B at schematic enlarged-scale view；

Fig. 4 be the utility model proposes a kind of device for transporting equipment positioning device schematic diagram；

Fig. 5 be the utility model proposes a kind of device for transporting equipment C at schematic enlarged-scale view；

Fig. 6 be the utility model proposes a kind of device for transporting equipment radiating groove top view；

Fig. 7 be the utility model proposes a kind of device for transporting equipment the 4th sliding groove schematic diagram.

In figure: 1 mine support frame, 2 transport cases, 3 first sliding shoes, 4 first limited blocks, 5 the second sliding shoes, 6 first turns Driving wheel, 7 first connecting rods, 8 second rotating wheels, 9 vertical bars, 10 second connecting rods, 11 socket rings, 12 first fixed blocks, 13 connections Block, 14 third limited blocks, 15 damping blocks, 16 demarcation plates, 17 heat sinks, 18 limit plates, 19 baffles, 20 connecting plates, 21 decoupling rods, 22 gag lever posts, 23 the 6th limited blocks, 24 second buffer bars, 25 extension boards, 26 second fixed blocks, 27 T-shaped sliders, 28 arc sleeves It is extension bar, 29 round bars, 30 buffer boards, 31 fixed plates, 32 third buffer bars, 33 the 5th limited blocks, 34 the 4th limited blocks, 35 hollow Bar, 36 first arc-shaped limit blocks, 37 arc-shaped limit bars, 38 fixed links, 39 socket rings, 40 first telescopic rods, 41 second telescopic rods, 42 fixture blocks, 43 second threaded rods, 44 detent bars, 45 blowers, 46 third threaded rods, 47 servo motors, 48 hanging blocks, 49 first are slided Dynamic slot, 50 second sliding grooves, 51 limiting grooves, 52 hollow cavities, 53 first springs, 54 placing boxes, 55 storage chambers, 56 heat dissipation cavities, 57 radiating grooves, 58 cushion chambers, 59 fixing grooves, 60 the 4th sliding grooves, 61 the second sliding shoes, 62 first buffer bars, the sliding of 63 thirds Block, 64 the 4th sliding shoes, 65 arcs socket chamber, 66 horizontal blocks, 67 second springs, 68 first card slots, 69 third springs, 70 are stretched Slot, 71 the 4th springs, 72 annular grooves, 73 first threaded rods, 74 second arc-shaped limit blocks, 75 the 5th springs.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.

Referring to Fig.1-7, a kind of device for transporting equipment, including mine support frame 1, the upper end of mine support frame 1 are fixedly connected There is hanging block 48, the opposite inner sidewall of mine support frame 1 is equipped with the first limited block 4, the opposite one end of two the first limited blocks 4 Side wall is equipped with the first sliding groove 49, and the first sliding shoe 3, two first slidings are slidably connected in two the first sliding grooves 49 The opposite one end side wall of block 3 is fixedly connected with transport case 2, and the opposite inner sidewall of mine support frame 1 is equipped with the second limited block 5, Two opposite one end side walls of the second limited block 5 are equipped with the second sliding groove 50, are equipped with first in two the second sliding grooves 50 Rotating wheel 6, the opposite one end of two the first rotating wheels 6 is horizontal to be equipped with first connecting rod 7, and two first connecting rods 7 are opposite One end is fixedly connected with the first fixed block 12, and the bottom symmetrical of the first fixed block 12 sets that there are two link block 13, two link blocks 13 bottom is fixedly connected with the upper end side wall of transport case 2, and the upper end of the first fixed block 12 is equipped with limiting groove 51, mine branch The top of support 1 is equipped with vertical bar 9, and the bottom of vertical bar 9 extends in limiting groove 51 and is fixedly connected with the second connecting rod 10, the The two sides of two connecting rods 10 are rotatably connected to the second rotating wheel 8, inner sidewall of two the second rotating wheels 8 with limiting groove 51 Rotation connection.Second rotating wheel 8 is always maintained to be rotatablely connected with limiting groove 51, so as to guarantee normally to move always It is dynamic, when being shaken, since two the first sliding shoes 3 and two the first sliding grooves 49 are slidably connected, so as to transport Case 2 can play always the effect of limit, guarantee it when transporting mobile, and the amplitude of swing is not too big, and has first Connecting rod 7 and the first rotating wheel 6, can enhance its stability, can guarantee that entire transport case 2 keeps steady well when moving It is qualitative, it will not fall off easily, and in the case where being slidably connected, guarantee the smoothness of transport.

The inside of transport case 2 is equipped with hollow cavity 52, slidably connects buffer board 30 between the opposite inner sidewall of hollow cavity 52, Two buffer units are symmetrically arranged between the bottom of buffer board 30 and the interior bottom of hollow cavity, the opposite inner sidewall of hollow cavity 52 is equal Equipped with third limited block 14, the opposite one end side wall of two third limited blocks 14 is equipped with third sliding groove, two third slidings The interior bottom of slot is equipped with multiple first springs 53, and the opposite one end of multiple first springs 53 is fixedly connected to damping block 15, It is equipped with placing box 54 between two damping blocks 15, the equipment transported will be needed to be placed in hollow cavity, in the process of equipment conveying In, it is that can not be influenced by extraneous impact, thus need to guarantee its stability and need certain damping property, when receiving When shaking, placing box 54 be will shake left and right, to drive two damping blocks 15 that can slide in two third sliding grooves, more Under the action of a first spring 53, it is capable of providing certain buffering effect, reduces the amplitude of shaking, and the bottom of buffer board 30 Equipped with buffer unit, its buffering effect can be reinforced, the lateral wall of two decoupling rods 21 slidably connects connecting plate 20, two companies It is connected with limit plate 18 between fishplate bar 20, while limit plate 18 can play the effect of limit to placing box 54, can make to put Case 54 is set with certain extension space, is unlikely to excessively to limit, to reinforce its buffering effect.

The inside of placing box 54 is equipped with placed cavity, and the opposite inner sidewall of placed cavity is fixedly connected with demarcation plate 16, demarcation plate 16 are successively divided into placed cavity in storage chamber 55 and heat dissipation cavity 56 from top to bottom, between demarcation plate 16 and the interior bottom of heat dissipation cavity 56 It is fixedly connected with heat sink 17, the side wall of heat sink 17, which runs through, is equipped with multiple heat release holes, and the upper end of heat sink 17 is equipped with radiating groove 57, radiating groove 57 is interior to be equipped with radiator.

The opposite inner sidewall of hollow cavity 52 is equipped with limiting device, is fixedly connected with limit plate between two limiting devices 18, the bottom of limit plate 18 and the top of placing box 54 offset, while limit effect capable of being played to placing box 54, Neng Gouti For certain limit effect.

In the utility model, buffer unit includes the hollow stem 35 for being fixed on bottom in hollow cavity 52, hollow stem 35 it is interior Portion is equipped with cushion chamber 58, and the opposite inner sidewall of cushion chamber 58 is equipped with fixing groove 59, and the interior bottom of two fixing grooves 59 is equipped with 4th limited block 34, two opposite one end side walls of the 4th limited block 34 are equipped with the 4th sliding groove 60, two the 4th sliding grooves The second sliding shoe 61 is slidably connected in 60, it is slow that the opposite one end side wall of two the second sliding shoes 61 is rotatably connected to first Jumper bar 62, slidably connects round bar 29 in cushion chamber 58, the upper end of round bar 29 through hollow stem 35 upper end side wall and fixed connect It is connected to fixed plate 31, the upper end of fixed plate 31 is fixedly connected with the bottom of buffer board 30, the opposite one end of two the first buffer bars It is rotatablely connected respectively with the both ends side wall of round bar 29, the inside of round bar 29 is equipped with limit chamber, and the interior bottom of cushion chamber is equipped with vertically Gag lever post 22, the upper end of gag lever post 22 run through the bottom sidewall of round bar 29 and are slidably connected with limit chamber, the both ends of hollow stem 35 Lateral wall is equipped with the 5th limited block 33, and the side wall of two the 5th limited blocks 33 is equipped with the 5th sliding groove, hollow cavity 52 it is interior Bottom symmetrical is set there are two the 6th limited block 23, and two the 6th limited blocks 23 are located at the two sides of hollow stem 35, and two the The upper end of six limited blocks 23 is equipped with the 6th sliding groove, slidably connects third sliding shoe 63 in two the 5th sliding grooves, and two Slidably connect the 4th sliding shoe 64 in a 6th sliding groove, two third sliding shoes 63 and the 4th opposite sliding shoe 64 it Between be rotatably connected to the second buffer bar 24, the bottom symmetrical of fixed plate 31 is set there are two T-shaped slider 27, two T-shaped sliders 27 Side wall is equipped with extension board 25, and the side wall of two extension boards 25 is equipped with the T shape sliding slot matched with T-shaped slider 27, two extensions The opposite one end side wall of plate 25 is equipped with the second fixed block 26, is fixedly connected with positioning device between two the second fixed blocks 26, It is rotatably connected to third buffer bar 32 between the bottom and two opposite third sliding shoes 63 of two the second fixed blocks 26, is positioned Device includes the arc sleeving connecting rod 28 being fixed between two the second fixed blocks 26, and it is equal that the inside of arc sleeving connecting rod 28 is equipped with both ends Arc with opening is socketed chamber 65, slidably connects arc-shaped limit bar 37 in arc socket chamber 65, arc sleeving connecting rod 28 it is interior Side wall, which runs through, is equipped with the connectivity slot interconnected with arc socket chamber 65, is connected between the opposite inner sidewall of arc socket chamber 65 Horizontal block 66, one end side wall of horizontal block 66 are fixedly connected with second spring 67, second spring 67 one end and arc far from horizontal block 66 The side wall of gag lever post 37 is fixedly connected, the one end of arc-shaped limit bar 37 far from second spring 67 opening through arc sleeving connecting rod 28 Mouthful, the side wall of arc-shaped limit bar 37 is equipped with the first card slot 68, and the interior bottom of the first card slot 68 is equipped with multiple third springs 69, multiple Third spring 69 is fixedly connected with fixture block 42 far from one end of bottom in the first card slot 68, and the lateral wall of arc sleeving connecting rod 28 is equipped with The second interconnected card slot with arc socket chamber 65, and the size of the second card slot is matched with the size of fixture block 42, arc sleeve The first telescopic rod 40 is equipped between the opposite inner sidewall of extension bar 28, two opposite one end side walls of the first telescopic rod 40 are equipped with Telescopic chute 70, the interior bottom of two telescopic chutes 70 are equipped with multiple 4th springs 71, and the opposite one end of multiple 4th springs 71 is equal It is fixedly connected with the second telescopic rod 41, two opposite one end of the second telescopic rod 41 are fixedly connected to the first arc-shaped limit block 36, side wall of the opposite one end of two the first arc-shaped limit blocks 36 with round bar 29 offsets, and the side wall of arc-shaped limit bar 37 is equipped with Annular groove 72, the lateral wall of annular groove 72 are rotatably connected to socket ring 39, and the side wall of socket ring 39 is equipped with and connectivity slot phase The telescopic device of cooperation, telescopic device include the fixed link 38 being fixed on socket 39 side wall of ring, and the inside of fixed link 38 is equipped with Thread cavity, thread cavity internal screw thread are connected with the first threaded rod 73, and the first threaded rod 73 runs through far from one end of bottom in thread cavity The side wall of fixed link 38 is simultaneously rotatably connected to the second arc-shaped limit block 74, the side wall phase of the second arc-shaped limit block 74 and round bar 29 Support, the lateral wall of arc sleeving connecting rod 28, which runs through, is equipped with the second threaded rod 43, the second threaded rod 43 sequentially pass through arc sleeving connecting rod 28, Arc-shaped limit bar 37 simultaneously offsets with the inner sidewall of arc socket chamber 65, it is ensured that fixed plate 31 vertically declines, it is necessary that circle The stability that bar 29 declines, thus need to limit round bar 29, arc-shaped limit bar 37 is pulled in arc socket chamber 65, It is offseted by fixture block 42 and the second card slot, and is connect arc sleeving connecting rod 28 with arc-shaped limit bar 37 by the second threaded rod 43, The first threaded rod 73 is rotated, enables the second arc-shaped limit block 74 to play the effect of limit to round bar 29, and at two Under the action of one arc-shaped limit block 36, the stability of round bar 29 can be enhanced.

Limiting device includes the connecting plate 20 being fixed on 52 inner sidewall of hollow cavity, and the side wall of connecting plate 20, which runs through to be equipped with, to be subtracted Bar 21 is shaken, the upper end of decoupling rod 21 is fixedly connected with the inner top of hollow cavity 52, and the bottom of decoupling rod 21 is fixedly connected with baffle 19, multiple 5th springs 75 are equipped between baffle 19 and connecting plate 20, during transport case 2 is transported, it may occur that jolt Phenomenon can guarantee therefore the equipment being placed in transport case 2 will not can be damaged under the action of limiting device.

Radiator includes two servo motors 47 being respectively fixedly connected on 57 both ends side wall of radiating groove, two servos The output shaft end of motor 47 is fixedly connected to third threaded rod 46, two third threaded rods 46 far from servo motor 47 one End is rotatablely connected with the inner sidewall of radiating groove 57 respectively, and the opposite inner sidewall of radiating groove 57 is fixedly connected there are two detent bar 44, The lateral wall of two detent bars 44 slidably connects socket ring 11, and the lateral wall of two third threaded rods 46 is threaded with The side wall of blower 45, two socket rings 11 is fixedly connected with opposite 45 side wall of blower, when being transported, will be transported Object is placed on the upper end of demarcation plate 16, starts two servo motors 47, and two third threaded rods 46 can be driven to rotate respectively, Under the action of two third threaded rods 46 and two socket ring 11, it can guarantee that two blowers 45 move back and forth, thus So that heat dissipation effect is more uniform.

In the utility model, when being transported, transport object is placed on to the upper end of demarcation plate 16, starts two Servo motor 47 can drive two third threaded rods 46 to rotate, in two third threaded rods 46 and two socket rings 11 respectively Under the action of, it can guarantee that two blowers 45 move back and forth, so that heat dissipation effect is more uniform, when being shaken When, buffer board 30 will drive the decline of fixed plate 31, when fixed plate 31 declines, round bar 29 be enabled to decline, and there are two for tool Three the second buffer bars 24 of buffer bar 32, two and two the first buffer bars 62, can play good damping effect, there are two tools First arc-shaped limit block 36 and the second arc-shaped limit block 74, can guarantee the stability of round bar 29, under the action of gag lever post 22, energy Enough guarantee that round bar 29 is vertically moved up or down, when round bar 29 shakes, in two the first arc-shaped limit blocks 36 and second arc Under the action of limited block 74, it can guarantee that it will not run-off the straight.There are two damping blocks 15 for tool, can guarantee the steady of placing box 54 Qualitative, in 54 double swerve of placing box, two damping blocks 15 move in the third sliding groove of the same side respectively, multiple Under the action of one spring 53, it is capable of providing the effect of damping, buffering.

The preferable specific embodiment of the above, only the utility model, but the protection scope of the utility model is not It is confined to this, anyone skilled in the art is within the technical scope disclosed by the utility model, practical according to this Novel technical solution and its utility model design are subject to equivalent substitution or change, should all cover the protection model in the utility model Within enclosing.

Claims

1. a kind of device for transporting equipment, including mine support frame (1), which is characterized in that the upper end of the mine support frame (1) is solid Surely it is connected with hanging block (48), the opposite inner sidewall of the mine support frame (1) is equipped with the first limited block (4), described in two The opposite one end side wall of first limited block (4) is equipped with the first sliding groove (49), sliding in two first sliding grooves (49) Dynamic to be connected with the first sliding shoe (3), two opposite one end side walls of first sliding shoe (3) are fixedly connected with transport case (2), The opposite inner sidewall of the mine support frame (1) is equipped with the second limited block (5), and two second limited blocks (5) are opposite One end side wall is equipped with the second sliding groove (50), is equipped with the first rotating wheel (6) in two second sliding grooves (50), two The opposite one end of first rotating wheel (6) is horizontal to be equipped with first connecting rod (7), and two first connecting rods (7) are opposite One end be fixedly connected with the first fixed block (12), the bottom symmetrical of first fixed block (12) is set there are two link block (13), the bottom of two link blocks (13) is fixedly connected with the upper end side wall of transport case (2), first fixed block (12) upper end is equipped with limiting groove (51), and the top of the mine support frame (1) is equipped with vertical bar (9), the bottom of the vertical bar (9) Portion extends in limiting groove (51) and is fixedly connected with the second connecting rod (10), and the two sides of second connecting rod (10) turn Dynamic to be connected with the second rotating wheel (8), two second rotating wheels (8) are rotatablely connected with the inner sidewall of limiting groove (51), The inside of the transport case (2) is equipped with hollow cavity (52), slidably connects between the opposite inner sidewall of the hollow cavity (52) slow Punching (30) is symmetrically arranged with two buffer units, institute between the bottom of the buffer board (30) and the interior bottom of hollow cavity (52) It states the opposite inner sidewall of hollow cavity (52) to be equipped with third limited block (14), the opposite one end of two third limited blocks (14) Side wall is equipped with third sliding groove, and the interior bottom of two third sliding grooves is equipped with multiple first springs (53), Duo Gesuo It states the opposite one end of the first spring (53) to be fixedly connected to damping block (15), is equipped with and places between two damping blocks (15) The inside of case (54), the placing box (54) is equipped with placed cavity, and the opposite inner sidewall of the placed cavity is fixedly connected with demarcation plate (16), placed cavity is successively divided into storage chamber (55) and heat dissipation cavity (56), the separation by the demarcation plate (16) from top to bottom It is fixedly connected between plate (16) and the interior bottom of heat dissipation cavity (56) heat sink (17), the upper end of the heat sink (17), which is equipped with, to be dissipated Heat channel (57), the radiating groove (57) is interior to be equipped with radiator, and the opposite inner sidewall of the hollow cavity (52) is equipped with limit dress It sets, is fixedly connected between two limiting devices limit plate (18), the bottom and placing box (54) of the limit plate (18) Top offset, the buffer unit includes being fixed on the hollow stem (35) of hollow cavity (52) interior bottom, the hollow stem (35) Inside be equipped with cushion chamber (58), the opposite inner sidewall of the cushion chamber (58) is equipped with fixing groove (59), two fixations The interior bottom of slot (59) is equipped with the 4th limited block (34), and two opposite one end side walls of the 4th limited block (34) are equipped with 4th sliding groove (60) slidably connects the second sliding shoe (61) in two the 4th sliding grooves (60), and two described the The opposite one end side wall of two sliding shoes (61) is rotatably connected to the first buffer bar (62), is slidably connected in the cushion chamber (58) Having round bar (29), the upper end of the round bar (29) is run through the upper end side wall of hollow stem (35) and is fixedly connected with fixed plate (31), The upper end of the fixed plate (31) is fixedly connected with the bottom of buffer board (30), two first buffer bars (62) it is opposite one End is rotatablely connected with the both ends side wall of round bar (29) respectively, and the inside of the round bar (29) is equipped with limit chamber, the cushion chamber (58) interior bottom is equipped with gag lever post (22) vertically, the upper end of the gag lever post (22) through round bar (29) bottom sidewall and with Limit chamber is slidably connected.

2. a kind of device for transporting equipment according to claim 1, which is characterized in that on the outside of the both ends of the hollow stem (35) Wall is equipped with the 5th limited block (33), and the side wall of two the 5th limited blocks (33) is equipped with the 5th sliding groove, described hollow The interior bottom symmetrical of chamber (52) is set there are two the 6th limited block (23), and two the 6th limited blocks (23) be located at it is hollow The two sides of bar (35), the upper end of two the 6th limited blocks (23) are equipped with the 6th sliding groove, two the 5th sliding grooves It inside slidably connects third sliding shoe (63), slidably connects the 4th sliding shoe (64) in two the 6th sliding grooves, It is rotatably connected to the second buffer bar (24) between two third sliding shoes (63) and the 4th opposite sliding shoe (64), it is described The bottom symmetrical of fixed plate (31) is set there are two T-shaped slider (27), and the side wall of two T-shaped sliders (27) is equipped with extension board (25), the side wall of two extension boards (25) is equipped with the T shape sliding slot matched with T-shaped slider (27), two extensions The opposite one end side wall of plate (25) is equipped with the second fixed block (26), is fixedly connected between two second fixed blocks (26) Positioning device is rotatably connected between the bottom and two opposite third sliding shoes (63) of two second fixed blocks (26) Third buffer bar (32).

3. a kind of device for transporting equipment according to claim 2, which is characterized in that the positioning device includes being fixed on two Arc sleeving connecting rod (28) between a second fixed block (26), the inside of the arc sleeving connecting rod (28) are equipped with both ends and all have out The arc of mouth is socketed chamber (65), slidably connects arc-shaped limit bar (37) in arc socket chamber (65), the arc socket The inner sidewall of bar (28), which runs through, is equipped with the connectivity slot interconnected with arc socket chamber (65), and arc socket chamber (65) is opposite Inner sidewall between be connected with horizontal block (66), one end side wall of the horizontal block (66) is fixedly connected with second spring (67), described Second spring (67) is fixedly connected far from the one end of horizontal block (66) with the side wall of arc-shaped limit bar (37), the arc-shaped limit bar (37) opening of arc sleeving connecting rod (28) is run through in one end far from second spring (67), and the side wall of the arc-shaped limit bar (37) is set Have the first card slot (68), the interior bottom of first card slot (68) is equipped with multiple third springs (69), multiple third springs (69) one end far from the first card slot (68) interior bottom is fixedly connected with fixture block (42), the lateral wall of the arc sleeving connecting rod (28) Equipped with second card slot interconnected with arc socket chamber (65), and the size phase of the size of second card slot and fixture block (42) Cooperate, be equipped with the first telescopic rod (40) between the opposite inner sidewall of the arc sleeving connecting rod (28), two described first flexible The opposite one end side wall of bar (40) is equipped with telescopic chute (70), and the interior bottom of two telescopic chutes (70) is equipped with multiple four Spring (71), the opposite one end of multiple 4th springs (71) are fixedly connected to the second telescopic rod (41), and two described The opposite one end of two telescopic rods (41) is fixedly connected to the first arc-shaped limit block (36), two the first arc-shaped limit blocks (36) side wall of the opposite one end with round bar (29) offsets.

4. a kind of device for transporting equipment according to claim 3, which is characterized in that the side wall of the arc-shaped limit bar (37) Equipped with annular groove (72), the lateral wall of the annular groove (72) is rotatably connected to socket ring (39), the socket ring (39) Side wall be equipped with the telescopic device that matches with connectivity slot, the telescopic device includes being fixed on consolidating on socket ring (39) side wall Fixed pole (38), the fixed link (38) are internally threaded chamber, and the thread cavity internal screw thread is connected with the first threaded rod (73), First threaded rod (73) runs through the side wall of fixed link (38) far from one end of bottom in thread cavity and is rotatably connected to second Arc-shaped limit block (74), the second arc-shaped limit block (74) and the side wall of round bar (29) offset.

5. a kind of device for transporting equipment according to claim 4, which is characterized in that the outside of the arc sleeving connecting rod (28) Wall, which runs through, is equipped with the second threaded rod (43), and second threaded rod (43) sequentially passes through arc sleeving connecting rod (28), arc-shaped limit bar (37) and with the inner sidewall of arc socket chamber (65) it offsets.

6. a kind of device for transporting equipment according to claim 1, which is characterized in that the limiting device includes in being fixed on Connecting plate (20) on cavity (52) inner sidewall, the side wall of the connecting plate (20), which runs through, is equipped with decoupling rod (21), the damping The upper end of bar (21) is fixedly connected with the inner top of hollow cavity (52), and the bottom of the decoupling rod (21) is fixedly connected with baffle (19), multiple 5th springs (75) are equipped between the baffle (19) and connecting plate (20).

7. a kind of device for transporting equipment according to claim 1, which is characterized in that the radiator includes fixing respectively Two servo motors (47) being connected on the side wall of radiating groove (57) both ends, the output shaft end of two servo motors (47) Be fixedly connected to third threaded rod (46), the one end of two third threaded rods (46) far from servo motor (47) respectively with The inner sidewall of radiating groove (57) is rotatablely connected, and the opposite inner sidewall of the radiating groove (57) is fixedly connected with that there are two detent bars (44), the lateral wall of two detent bars (44) slidably connects socket ring (11), two third threaded rods (46) Lateral wall be threaded with blower (45), two it is described socket ring (11) side walls it is solid with opposite blower (45) side wall Fixed connection.