CN208440234U

CN208440234U - Distribution tool lifting apparatus

Info

Publication number: CN208440234U
Application number: CN201821102687.XU
Authority: CN
Inventors: 吴永峰; 邢林华; 黄烁; 陈彬; 郭兴源
Original assignee: Guangdong Power Grid Co Ltd; Jieyang Power Supply Bureau of Guangdong Power Grid Co Ltd
Current assignee: Guangdong Power Grid Co Ltd; Jieyang Power Supply Bureau of Guangdong Power Grid Co Ltd
Priority date: 2018-07-11
Filing date: 2018-07-11
Publication date: 2019-01-29
Anticipated expiration: 2028-07-11

Abstract

The utility model provides a lifting device for a distribution network tool, which relates to the technical field of research and development auxiliary parts for power transformation and distribution networks. A drive assembly for sliding a carrying plate; the main frame is provided with a vertical guide rail along the vertical direction, the carrying plate reciprocates along the vertical guide rail, and the carrying plate is used for placing workpieces, so as to alleviate the problems in the prior art. Technical problems such as inconvenience for maintenance personnel to operate due to the high height of the workpieces on the higher level of the tool cabinet are placed.

Description

Distribution tool lifting apparatus

Technical field

The utility model relates to become distribution network research and development auxiliary technical field more particularly to a kind of distribution tool lifting dress It sets.

Background technique

Distribution is directly connected with user in the power system and distributes the link of electric energy to user, and distribution system is become by distribution Electric institute, high-tension distributing line, distribution transformer, low-voltage distributing line and corresponding control protection equipment composition；Wherein, height is connect The controller switching equipment of press-fitting electric cabinet, low-voltage distribution cabinet and connection cables is referred to as high and low voltage electric distribution engineering, general power supply bureau, power transformation All it is to use high voltage power distributing cabinet, then arrives low-tension switch cabinet again through transformer pressure-reducing, low-tension switch cabinet arrives matching for each electricity consumption again Electroplax；It is exactly some switches, breaker, fuse, button, indicator light, instrument, electric wire etc inside control cabinet, switch-box The controller switching equipment that protection device is assembled integrally.

But need to be safeguarded often in high and low voltage electric distribution engineering, more and more problems is prevented, for tieing up The tool repaired is also more and more, and maintenance tool is placed in Tool Cabinet, it is contemplated that the utilization rate and space to space point Cloth, the more high-rise workpiece of Tool Cabinet are put higher and higher, this results in inconvenience etc. of taking as maintenance personnel when putting Problem.

Utility model content

The first of the utility model is designed to provide a kind of distribution tool lifting apparatus, with alleviate in the prior art into Because of the highly higher technical problems such as cause maintenance personnel inconvenient when the more high-rise workpiece of row Tool Cabinet is put.

To achieve the goals above, the utility model uses following technical scheme:

A kind of distribution tool lifting apparatus provided by the utility model, including mainframe, be slidably connected with the mainframe Carrier and driving assembly for driving carrier sliding；

The mainframe is provided with vertical guide along the vertical direction, and the carrier reciprocatingly slides along the vertical guide, The carrier is for placing workpiece.

Further, the driving component is driven using screw rod；

The driving component includes driving motor, screw rod and silk braid, and the silk braid and the carrier are affixed；

The driving motor is installed on the mainframe, and the driving motor drives the screw rod rotation, the silk braid It is moved back and forth along the screw rod, and then the carrier is driven to move back and forth along the vertical guide.

Further, multiple slide rollers are provided on the carrier；

The carrier is provided with the first side plate, and the slide roller is rotatablely connected with first side plate respectively, the cunning Dynamic roller is used to support workpiece.

Further, the both ends of the slide roller are respectively arranged with side-pressing device；

The side-pressing device includes side pressure actuator and side plate, and the side pressure actuator generates driving force, and then drives The side plate is mobile towards the direction close to or far from workpiece.

Further, the distribution tool lifting apparatus further includes preceding blocking means；

The preceding blocking means include front apron and the fixed sliding seat of the front apron and front actuator, the sliding Seat is slidably connected with the carrier, and the front actuator drives the sliding seat to drive the front apron mobile.

Further, the preceding blocking means further include guide rod；

Described guide rod one end is slidably connected with the sliding seat, and the other end of the guide rod and the carrier are solid It connects, the sliding seat is moved along the length direction of the guide rod.

Further, front sliding rail is provided on the carrier, the sliding seat is slidably connected with the front sliding rail.

Further, the distribution tool lifting apparatus further includes jacking apparatus；

The jacking apparatus includes that jacking actuator, roller disk and idler wheel, the roller disk are installed on the carrier, The jacking actuator drives the idler wheel to rotate along workpiece discharging direction, and the idler wheel is for pushing workpiece to discharge.

Further, the distribution tool lifting apparatus further includes remote control apparatus, the remote control apparatus difference Remotely control the driving motor, the side pressure actuator, the front actuator and the jacking actuator.

Further, the mainframe includes the perpendicular support being arranged along the vertical direction and horizontally disposed bracket Seat；

The perpendicular support is installed on the carrier base, and the vertical guide is arranged in the perpendicular support, the carrying Disk is arranged on the carrier base.

Further, hog frame is additionally provided in the perpendicular support.

The utility model has the following beneficial effects:

A kind of distribution tool lifting apparatus provided by the utility model, including mainframe, the carrying being arranged on mainframe Disk and driving assembly, mainframe are arranged with respect to ground, have supporting role, to ensure not shake during travelling workpiece It is dynamic to jolt；Carrier is the component for carrying workpiece, and carrier is slidably connected relative to mainframe, i.e., in the drive of driving assembly Movement can be moved back and forth with lower along the vertical direction of mainframe, so that the synchronizing moving therewith of the workpiece on carrier, Realize the discharge of workpiece by the lifting of carrier or decline or take, be more convenient for using.

In actual use, vertical guide is provided on mainframe, vertical guide is arranged along the vertical direction, carrier with Vertical guide is slidably connected, and carrier is connect with driving assembly, and driving assembly generates driving force, forces carrier can be along perpendicular The length direction of direction guiding rail moves reciprocatingly, and then realizes the lifting or decline of carrier, thus by manual operation convenient for machinery Driving, not only saves manpower, works at the same time efficiency increase, additionally it is possible to reach the more unattainable height of staff, be more convenient for Operation, while improving operating safety factor.

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 first schematic diagram of the distribution tool lifting apparatus that embodiment one provides；

Fig. 2 is the second schematic diagram of the distribution tool lifting apparatus that embodiment one provides；

Fig. 3 is the top view for the distribution tool lifting apparatus that embodiment one provides；

Fig. 4 is the side view for the distribution tool lifting apparatus that embodiment one provides.

Icon: 10- mainframe；20- carrier；30- vertical guide；40- sliding block；50- driving motor；60- screw rod；70- Silk braid；80- motor installation frame；90- slide roller；The first side plate of 100-；101- perpendicular support；102- carrier base；103- hog frame； 104- pulley；110- side pressure motor；120- side plate；130- supports plate；140- motor fixing plate；The side 150- impeller-hub； 160- front apron；170- front motor；180- sliding seat；190- rear baffle；200- front sliding rail；210- guide rod；Before 220- Keep off guide shaft；230- jacks motor；240- fixed block；250- roller disk；260- idler wheel.

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.Based on the embodiments of the present invention, originally Field those of ordinary skill every other embodiment obtained without making creative work belongs to practical Novel protected range.

In the description of the present invention, it should be noted that term " first ", " second " are used for description purposes only, and It cannot be understood as indicating or implying relative importance.

In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " is pacified Dress ", " connected ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integrally Connection；It can be mechanical connection, be also possible to be electrically connected；Can be directly connected, can also indirectly connected through an intermediary, It can be the connection inside two elements.For the ordinary skill in the art, above-mentioned art can be understood with concrete condition The concrete meaning of language in the present invention.

Embodiment one

As Figure 1-Figure 4, distribution tool lifting apparatus provided in this embodiment includes that mainframe 10 and mainframe 10 are sliding The dynamic carrier 20 connected and the driving assembly for driving carrier 20 to slide；Mainframe 10 is provided with perpendicular along the vertical direction Direction guiding rail 30, vertically guide rail 30 reciprocatingly slides carrier 20, and carrier 20 is for placing workpiece.

Specifically, the distribution tool lifting apparatus includes mainframe 10, the carrier being arranged on mainframe 10 20 and drives Dynamic component, mainframe 10 are arranged with respect to ground, have supporting role, to ensure not occurring during travelling workpiece to shake top It winnows with a dustpan；Carrier 20 is the component for carrying workpiece, and carrier 20 is slidably connected relative to mainframe 10, i.e., in driving assembly It can be moved back and forth along the vertical direction of mainframe 10 under driving effect, so that the workpiece on carrier 20 synchronizes therewith It is mobile, the discharge of workpiece is realized by the lifting or decline of carrier 20 or is taken, be more convenient for using.

In actual use, vertical guide 30 is provided on mainframe 10, vertical guide 30 is arranged along the vertical direction, holds Load plate 20 is slidably connected with vertical guide 30, and carrier 20 is connect with driving assembly, and driving assembly generates driving force, forces carrying Disk 20 can move reciprocatingly along the length direction of vertical guide 30, and then realize the lifting or decline of carrier 20, thus Mechanical Driven is convenient in manual operation, not only saves manpower, works at the same time efficiency increase, additionally it is possible to it is more difficult to reach staff The height of arrival, is more convenient to operate, while improving operating safety factor.

In general, be provided with sliding block 40 at the position that carrier 20 and vertical guide 30 are slidably connected, sliding block 40 and perpendicular The clamping sliding of direction guiding rail 30, and then realize that the sliding of carrier 20 and vertical guide 30 acts on.

In the optional scheme of the present embodiment, as Figure 1-Figure 4, driving assembly is driven using screw rod 60；Driving assembly Including driving motor 50, screw rod 60 and silk braid 70, and silk braid 70 and carrier 20 are affixed；Driving motor 50 is installed in mainframe 10 On, driving motor 50 drives screw rod 60 to rotate, and silk braid 70 is moved back and forth along screw rod 60, and then the vertically guide rail of alternative carrier 20 30 move back and forth.

Specifically, driving assembly is driven for driving the power source that vertically guide rail 30 slides up and down of carrier 20 Component includes driving motor 50, screw rod 60 and silk braid 70, and silk braid 70 is set on screw rod 60, and can be along the length side of screw rod 60 To reciprocating movement, silk braid 70 is also fixedly connected with carrier 20, and then ensures drive while silk braid 70 is moved along screw rod 60 20 synchronizing moving of carrier.

Wherein, driving motor 50 can rotate and reverse, for example, driving screw rod 60 rotates when driving motor 50 rotates forward, The rotation of screw rod 60 drives carrying by driving the silk braid being threadedly coupled with screw rod 60 70 to move along the length direction of screw rod 60 Disk 20 is mobile.

Wherein, screw rod 60 extends along the vertical direction of mainframe 10.

Wherein, motor installation frame 80 is additionally provided with when driving motor 50 is connect with mainframe 10, and then will driving electricity Machine 50 is fixed on the top of mainframe 10.

In the optional scheme of the present embodiment, as Figure 1-Figure 4, multiple slide rollers 90 are provided on carrier 20；It holds It is provided with the first side plate 100, slide roller 90 on load plate 20 to be rotatablely connected with the first side plate 100 respectively, slide roller 90 is used to support Workpiece.

Specifically, carrier 20 is that have certain supporting role, in carrier 20 for placing the workpiece for needing to put On be additionally provided with multiple slide rollers 90, multiple slide rollers 90 are successively spaced setting, edge and carrying along the width direction of carrier 20 The length direction of disk 20 extends, and slide roller 90 can axially be rotated along the junction with carrier 20 along itself, and then be reduced Contact area between carrier 20 and workpiece reduces frictional force between the two, is more convenient for carrying.

In actual use, the first side plate 100, the first side plate are respectively arranged with along the two sides of 20 length direction of carrier 100 are vertically arranged, and perpendicular to carrier 20, slide roller 90 is arranged between the first side plate 100 being oppositely arranged, and with first Side plate 100 is rotatablely connected, to realize the rotation of slide roller 90.

In the optional scheme of the present embodiment, as Figure 1-Figure 4, the both ends of slide roller 90 are respectively arranged with side pressure dress It sets；Side-pressing device includes side pressure motor 110 and side plate 120, side pressure motor 110 drive side plate 120 towards close to or far from The direction of workpiece is mobile.

Specifically, being respectively arranged with side-pressing device at the both ends of slide roller 90, side-pressing device can be along side close to each other It to movement, can also be moved along the direction being located remotely from each other, when side-pressing device is adjacent to each other, can clamp and be placed on slide roller 90 On workpiece, when side-pressing device away from each other when, the clamping force of workpiece is gradually reduced.

Wherein, side-pressing device includes side pressure motor 110 and side plate 120, and side pressure motor 110 is fixed at carrier 20 On, side pressure motor 110 is used to that side plate 120 to be driven to move along the direction close to workpiece or the direction far from workpiece.

In actual use, the top of the first side plate 100 is provided with support plate 130, and a side plate is one corresponding Plate 130 is supported, is provided with motor fixing plate 140 on each support plate 130, motor fixing plate 140 is vertically arranged, electricity Machine fixed plate 140 is for being fixedly connected with side pressure motor 110, it is ensured that the stability of side pressure motor 110, the input of side pressure motor 110 End is affixed with one end of side impeller-hub 150, and the other end and side plate 120 of side impeller-hub 150 are affixed, when side pressure motor 110 opens It is dynamic to push side plate 120 to move by side impeller-hub 150, thus close to or far from placement and the workpiece in slide roller 90, such as Middle switch cabinet etc..

In the optional scheme of the present embodiment, as Figure 1-Figure 4, distribution tool lifting apparatus further includes preceding blocking means； Preceding blocking means include front apron 160, with front apron 160 fixed sliding seat 180 and front motor 170, sliding seat 180 and carrying Disk 20 is slidably connected, and front motor 170 drives sliding seat 180 to drive front apron 160 mobile.

Specifically, blocking means before being additionally provided on carrier 20, preceding blocking means are to the workpiece being placed in slide roller 90 It is limited, the front side of carrier 20 is arranged in preceding blocking means.

Wherein, preceding blocking means include front apron 160, sliding seat 180 and front motor 170, sliding seat 180 and carrier 20 Bottom surface be slidably connected, front motor 170 i.e. generate power drive sliding seat 180 can be along past with the junction of carrier 20 Multiple sliding, i.e., towards the direction movement close to workpiece or separate workpiece, front apron 160 is installed on sliding seat 180, front apron 160 are vertically arranged, so that on the side wall that front apron 160 can be against workpiece towards the side of workpiece, to be formed to work The limit of part, to guarantee stability and safety of the workpiece in slide roller 90.

Wherein, the rear of carrier 20 being provided with rear baffle 190, rear baffle 190 is moved backward for limiting workpiece, from And the security reliability worked in coordination with front apron 160 for ensuring workpiece in slide roller 90.

Wherein, rear baffle 190 is fixedly connected with the bottom plate of carrier 20, and the sliding block 40 on carrier 20 is installed in On the trailing flank of rear baffle 190, therefore, rear baffle 190 can be used as the sliding benchmark that front apron 160 slides back and forth, i.e. front The sliding of plate 160 changes the distance between front apron 160 and rear baffle 190.

In actual use, front sliding rail 200 is provided on carrier 20, sliding seat 180 and the sliding of front sliding rail 200 connect It connects.

Specifically, sliding seat 180 and the bottom plate of carrier 20 are slidably connected, i.e., before being provided on the bottom plate of carrier 20 Sliding rail 200 is kept off, the bottom of sliding seat 180 is provided with the sliding slot that sliding can be clamped with front sliding rail 200, and then realizes sliding seat 180 move along front sliding rail 200；It is also equipped with limiting section in the starting point of front sliding rail 200, while front sliding rail 200 is close Limiting section is set at the position of rear baffle 190, limit is formed to the sliding of sliding seat 180 simultaneously by former and later two limiting sections, Ensure that sliding seat 180 will not be detached from from front sliding rail 200.

Wherein, front sliding rail 200 with respect to the horizontal plane be projected as rectangle, the cunning of rectangular length, that is, sliding seat 180 Dynamic direction, the rectangular wide limiting section limited for the sliding to sliding seat 180.

In the optional scheme of the present embodiment, as Figure 1-Figure 4, preceding blocking means further include guide rod 210；Guide rod 210 one end are slidably connected with sliding seat 180, and the other end and carrier 20 of guide rod 210 are affixed, and sliding seat 180 is along guide rod 210 length direction is mobile.

Specifically, the output end in front motor 170 is provided with front guide shaft 220, and the other end of front guide shaft 220 with Sliding seat 180 connects, and sliding seat 180 can be moved along the length direction of front guide shaft 220；Front motor 170 generates power Front guide shaft 220 is driven to rotate, front guide shaft 220 is threadedly coupled with sliding seat 180, i.e., circumferential along itself when front guide shaft 220 While rotation, sliding seat 180 can be by engaging, along the length direction of front guide shaft 220 with the screw thread of front guide shaft 220 It moves back and forth；Meanwhile guide rod 210 is additionally provided on sliding seat 180, guide rod 210 and front guide rod are horizontally disposed, guiding Bar 210 passes through sliding seat 180 and is slidably connected with sliding seat 180, and the other end of guide rod 210 is installed on carrier 20, is led The two sides of sliding seat 180 are separately positioned on to bar 210 and front guide rod, and then ensure that sliding seat 180 is flat in moving process Weighing apparatus property.

Wherein, the rear of rear baffle 190 is provided with fixed block 240, guide rod 210 and front guide rod are each passed through fixation Block 240, and guide rod 210 and fixed block 240 are affixed, front guide rod and fixed block 240 are rotatablely connected, by fixed block 240 into One step increases the horizontality of guide rod 210 Yu front guide rod, and then increases stationarity when sliding seat 180 slides.

In the optional scheme of the present embodiment, as Figure 1-Figure 4, distribution tool lifting apparatus further includes jacking apparatus； Jacking apparatus includes that jacking motor 230, roller disk 250 and idler wheel 260, roller disk 250 are installed on carrier 20, jacks motor 230 driving idler wheels 260 rotate.

Specifically, the distribution tool lifting apparatus further includes jacking apparatus, the bottom plate of carrier 20 is arranged in jacking apparatus On；Jacking apparatus includes jacking motor 230, roller disk 250 and idler wheel 260, and jacking motor 230 is the part of offer power, and Jacking motor 230, which can be realized, to be rotated and reverse；Jacking motor 230 is for driving idler wheel 260 to rotate, and roller disk 250 is for pacifying Idler wheel 260 is filled, the bottom of roller disk 250 and the bottom plate of carrier 20 are affixed, while roller disk 250 and idler wheel 260 are rotatablely connected, Rotating and reverse for motor 230 of jacking can drive idler wheel 260 also to rotate and reverse.

Wherein, the height that highly should be above 90 place plane of slide roller on carrier 20 vertically of jacking apparatus, that is, roll Horizontal plane where wheel 260 is higher than the horizontal plane where slide roller 90, so that idler wheel 260 has the workpiece in slide roller 90 It is lifted up, so that workpiece run-off the straight.

Wherein, the rear of carrier 20 is arranged in idler wheel 260, and is located at the front side of rear baffle 190, while idler wheel 260 Rotation direction should be identical as the discharging direction of workpiece in slide roller 90, i.e., is moved to installation position from slide roller 90 for workpiece The direction for setting place is identical, and idler wheel 260 makes workpiece run-off the straight, and then pushes workpiece to its installation site.

Wherein, the quantity of jacking apparatus is two, and two jacking apparatus are separately positioned on the two sides of carrier 20, and Between the first side plate 100, to ensure the stationarity of top lift.

In the optional scheme of the present embodiment, as Figure 1-Figure 4, distribution tool lifting apparatus further includes long-range control dress It sets, remote control apparatus is long-range respectively to control driving motor 50, side pressure motor 110, front motor 170 and jacking motor 230.

Specifically, the distribution tool lifting apparatus further includes remote control apparatus, that is, realize the distribution tool lifting apparatus Long-range control, improves automation, while also improving the safety coefficient of the device, improves because operator's distance is handled upside down work When part is closer, the problems such as workpiece be easy to cause personal injury when run-off the straight is fallen in the handling process.

Wherein, remotely control assembling device can remotely control driving motor 50, side pressure motor 110, front motor 170 and top Lifting motor 230, to control its starting or close.

Wherein, driving motor 50, side pressure motor 110, front motor 170 and jacking motor 230 can also be driven using cylinder Dynamic model formula is also possible to Driven by Hydraulic Cylinder mode, as long as power can be generated, so specific restriction is not done.

In the optional scheme of the present embodiment, as Figure 1-Figure 4, mainframe 10 includes being arranged vertically at perpendicular branch Frame 101 and horizontally disposed carrier base 102；Perpendicular support 101 is installed on carrier base 102, and the setting of vertical guide 30 exists In perpendicular support 101, carrier 20 is arranged on carrier base 102.

Further, hog frame 103 is additionally provided in perpendicular support 101.

Specifically, mainframe 10 plays most important supporting role, the main support of structure as a whole；Mainframe 10 includes Perpendicular support 101 and carrier base 102, perpendicular support 101 are vertically arranged, and carrier base 102 is horizontally disposed, are slided up and down for carrier 20 Vertical guide 30 be installed in perpendicular support 101, to realize the rising or decline of carrier 20, carrier base 102 is supported on ground On face, to guarantee the horizontal stationarity of whole device, carrier 20 is installed on carrier base 102.

Wherein, hog frame 103 is also connected in perpendicular support 101, with this increase perpendicular support 101 stability and structure it is complete Whole property.

Wherein, it is also evenly distributed in the bottom of carrier base 102 there are four pulley 104, advances convenient for the device along ground.

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

1. A network distribution tool lifting device, characterized in that, it comprises a main frame, a carrying plate slidably connected with the main frame, and a drive assembly for driving the sliding of the carrying plate;

The main frame is provided with a vertical guide rail along the vertical direction, and the carrying tray slides reciprocally along the vertical guide rail, and the carrying tray is used for placing the workpiece.

2 . The lifting device for distribution network tools according to claim 1 , wherein the drive assembly comprises a drive motor, a screw rod and a wire sleeve, and the wire sleeve is fixedly connected to the carrying plate; 2 .

The drive motor is fixed on the main frame, the drive motor drives the screw rod to rotate, the screw sleeve reciprocates along the screw rod, and then drives the carrier plate to reciprocate along the vertical guide rail .

3. The net distribution tool lifting device according to claim 2, wherein a plurality of sliding rollers are provided on the carrying plate;

The carrying plate is provided with a first side plate, the sliding rollers are respectively connected with the first side plate in rotation, and the sliding rollers are used to support the workpiece.

4. The lifting device of the distribution net tool according to claim 3, wherein the two ends of the sliding roller are respectively provided with side pressing devices;

The side pressing device includes a side pressing driving member and a side pressing plate, and the side pressing driving member generates a driving force, thereby driving the side pressing plate to move toward the direction of approaching or away from the workpiece.

5. The distribution network tool lifting device according to claim 4, wherein the distribution network tool lifting device further comprises a front stop device;

The front baffle device includes a front baffle, a sliding seat fixed with the front baffle, and a front baffle driving member, the sliding seat is slidably connected with the carrying plate, and the front baffle driving member drives the sliding seat Drive the front baffle to move.

6 . The lifting device for distribution network tools according to claim 5 , wherein the front stop device further comprises a guide rod; 6 .

One end of the guide rod is slidably connected with the sliding seat, and the other end of the guide rod is fixedly connected with the bearing plate, and the sliding seat moves along the length direction of the guide rod.

7 . The lifting device for a distribution network tool according to claim 5 , wherein a front block slide rail is provided on the carrying plate, and the sliding seat is slidably connected to the front block slide rail. 8 .

8. The distribution network tool lifting device according to claim 5, wherein the distribution network tool lifting device further comprises a jacking device;

The jacking device includes a jacking drive, a roller disk and a roller, the roller disk is fixed on the carrying plate, the jacking drive drives the roller to rotate along the discharge direction of the workpiece, and the roller is used for To push the workpiece out of the material.

9 . The lifting device for distribution network tools according to claim 8 , wherein the lifting device for distribution network tools further comprises a remote control device, and the remote control device respectively remotely controls the drive motor, the side pressure drive , the front gear drive and the jack drive.

10. The distribution network tool lifting device according to any one of claims 1-9, wherein the main frame comprises a vertical bracket arranged in a vertical direction and a bracket seat arranged in a horizontal direction;

The vertical support is fixed on the support base, the vertical guide rail is set on the vertical support, and the bearing tray is set on the support base.