CN205985044U - Solar cell panel's transportation dolly - Google Patents

Abstract

The utility model discloses a solar cell panel's transportation dolly, the on -line screen storage device comprises a base, the apparatus further comprises a rotating shaft, the rolle, preceding riser, a driving shaft, a suction port, the drive wheel, including a motor, an end cap, a controller, and a cover plate, driving sprocket, driven sprocket, back riser, the driven shaft, from the driving wheel, the conveyer belt, both ends set firmly a gyro wheel respectively about the pivot, the conveyer belt cover is drive wheel and driven taking turns to, the upper end level of left side hydraulic cylinder's piston rod sets firmly a left diaphragm, the upper end level of right side hydraulic cylinder's piston rod sets firmly a right diaphragm, the front end of left side diaphragm is vertical to set firmly a left front backup pad, the even level of from the top down sets up a plurality of preceding smooth rod in the left front backup pad, the rear end of left side diaphragm is vertical to set firmly a left back backup pad, the even level of from the top down sets up a plurality of back smooth rod in the left back backup pad, only there is a preceding smooth rod in each back smooth rod's dead ahead, the conveyer belt is smooth rod and back between the smooth rod in the front. The utility model has the advantages of save physical power and manpower.

Description

A kind of transport carriage of solar panel

Technical field

This utility model is related to the production and processing field of solar panel, specifically a kind of solar panel Transport carriage.

Background technology

Solar panel is by absorbing sunlight, solar radiant energy is passed through photoelectric effect or Photochemical effects are straight Connect or indirect conversion become the device of electric energy, the main material of most of solar panel is " silicon ", with respect to common batteries and For rechargeable battery capable of circulation, solaode belongs to the green product of more energy efficient environmental protection.

In the process of manufacture of solar panel, processing staff needs solar panel the past road workshop The processing carrying out later process on the belt conveyor in Hou Dao workshop is transported on belt conveyor, between different workshops Distant, at present, processing staff mainly adopts transport carriage to transport the workshop that solar panel is located from preceding working procedure The workshop being located to later process, but, existing transport carriage is relatively simple for structure, is mainly made up of gripper shoe, roller, because This processing staff need manual will take off on the belt conveyor in solar panel the past road workshop, then stacking from bottom to top In the gripper shoe of transport carriage, then after promoting dolly to be transported to other workshops, more manual from top to bottom one piece one piece by the sun Cell panel can unload down and be placed on the belt conveyor in Hou Dao workshop, therefore cumbersome, in addition labor intensity ratio is larger, Relatively expend muscle power and manpower, and speed is slower, efficiency is low, time-consuming.

Utility model content

The purpose of this utility model is to solve operation inconvenience of the prior art, labor intensive and muscle power and taking a lot of work Time-consuming defect, provides a kind of transport carriage of solar panel to solve the above problems.

To achieve these goals, the technical scheme of utility model is as follows：The utility model discloses a kind of solar-electricity The transport carriage of pond plate, including base, rotating shaft, roller, front vertical plate, drive shaft, driving wheel, motor, drive sprocket, driven chain Wheel, back vertical plate, driven shaft, driven pulley, conveyer belt, the rear and front end of described base is horizontally mounted one respectively by bearing and turns Axle, a left and right two ends fixed roller respectively of described rotating shaft, vertically vertical before fixed one on the described upper surface of base Plate, described front vertical plate is horizontally mounted a drive shaft by bearing, and in described drive shaft, a fixed driving wheel, described Front vertical plate on a fixed motor, a fixed drive sprocket on the described output shaft of motor, solid in described drive shaft If a driven sprocket, described driven sprocket is connected with drive sprocket by chain, perpendicular on the described upper surface of base A directly fixed back vertical plate, described back vertical plate is horizontally mounted a driven shaft by bearing, fixed on described driven shaft One driven pulley, in the dead astern of driving wheel, the described height of driven pulley is identical with the height of driving wheel for described driven pulley, And driven pulley and driving wheel are with regard to intermediate line axial symmetry therebetween, described conveyer belt is enclosed within driving wheel and driven pulley, A fixed hydraulic control station on described base, a left end vertically fixed left hydraulic jack of described base, described Left hydraulic jack is connected with hydraulic control station by oil pipe, the upper end level fixed of the described piston rod of left hydraulic jack Individual left transverse slat, the fixed right hydraulic jack of right end vertical of described base, described right hydraulic jack passes through oil pipe and liquid Pressure control station is connected, described conveyer belt between left hydraulic jack and right hydraulic jack, the work of described right hydraulic jack The fixed right transverse slat of upper end level of stopper rod, described right transverse slat in the front-right of left transverse slat, the height of described left transverse slat Identical with the height of right transverse slat, a front end vertically fixed left front gripper shoe of described left transverse slat, described left front gripper shoe On from top to bottom even level multiple front smooth shaft are set, do not contact between two adjacent front smooth shaft, described left horizontal stroke The rear end of a plate vertically fixed left back gripper shoe, in described left back gripper shoe, even level arranges multiple rear light from top to bottom Slide bar, does not contact between smooth shaft after adjacent two, and the described quantity of rear smooth shaft is identical with the quantity of front smooth shaft, And the dead ahead of each rear smooth shaft only has a front smooth shaft, described conveyer belt front smooth shaft and rear smooth shaft it Between.

Preferably, being connected by bearing between the described left end of front smooth shaft and left front gripper shoe, described after It is connected by bearing between the left end of smooth shaft and left back gripper shoe.

Preferably, the front end of a described right transverse slat vertically fixed right anterior branch fagging, the right side of described front smooth shaft End is connected with right anterior branch fagging by bearing, a rear end vertically fixed right rear bearing sheet of described right transverse slat, described The right-hand member of smooth shaft is connected with right rear bearing sheet by bearing afterwards.

This utility model has advantages below compared to existing technology：

1st, easy to use；

2nd, labor intensity significantly reduces, and very big saves manpower and muscle power；

3rd, saving of work and time.

Brief description

Fig. 1 is a kind of structural representation of the transport carriage of solar panel of utility model.

Wherein：1- base；2- rotating shaft；3- roller；4- front vertical plate；5- drive shaft；6- driving wheel；7- motor；8- drive chain Wheel；9- driven sprocket；10- back vertical plate；11- driven shaft；12- driven pulley；13- conveyer belt；14- hydraulic control station；The left hydraulic pressure of 15- Oil cylinder；The left transverse slat of 16-；The right hydraulic jack of 17-；The right transverse slat of 18-；The left front gripper shoe of 19-；Smooth shaft before 20-；The left back support of 21- Plate；Smooth shaft after 22-；23- right anterior branch fagging；The right rear bearing sheet of 24-.

Specific embodiment

Effect for making the architectural feature to utility model and reached has a better understanding and awareness, in order to preferable Embodiment and accompanying drawing cooperation detailed description, be described as follows：

As shown in figure 1, the utility model discloses a kind of transport carriage of solar panel, including base 1, rotating shaft 2, Roller 3, front vertical plate 4, drive shaft 5, driving wheel 6, motor 7, drive sprocket 8, driven sprocket 9, back vertical plate 10, driven shaft 11, from Driving wheel 12, conveyer belt 13, the rear and front end of described base 1 is horizontally mounted a rotating shaft 2 respectively by bearing, described rotating shaft A 2 left and right two ends fixed roller 3 respectively, a vertical fixed front vertical plate 4 on the described upper surface of base 1, described On front vertical plate 4, a drive shaft 5 is horizontally mounted by bearing, a fixed driving wheel 6 in described drive shaft 5, described before A fixed motor 7 on riser 4, a fixed drive sprocket 8 on the described output shaft of motor 7, solid in described drive shaft 5 If a driven sprocket 9, described driven sprocket 9 is connected with drive sprocket 8 by chain, the upper surface of described base 1 On a vertical fixed back vertical plate 10, described back vertical plate 10 is horizontally mounted a driven shaft 11 by bearing, described from A fixed driven pulley 12 on moving axis 11, described driven pulley 12 in the dead astern of driving wheel 6, the height of described driven pulley 12 Identical with the height of driving wheel 6, and driven pulley 12 and driving wheel 6 be with regard to intermediate line axial symmetry therebetween, described conveying Band 13 is enclosed within driving wheel 6 and driven pulley 12, a fixed hydraulic control station 14 on described base 1, a left side for described base 1 An end vertically fixed left hydraulic jack 15, described left hydraulic jack 15 is connected with hydraulic control station 14 by oil pipe, institute The fixed left transverse slat 16 of upper end level of the piston rod of left hydraulic jack 15 stated, the right end vertical of described base 1 is fixed One right hydraulic jack 17, described right hydraulic jack 17 is connected with hydraulic control station 14 by oil pipe, described conveyer belt 13 between left hydraulic jack 15 and right hydraulic jack 17, the upper end level fixed of the described piston rod of right hydraulic jack 17 Individual right transverse slat 18, described right transverse slat 18 is in the front-right of left transverse slat 16, the described height of left transverse slat 16 and right transverse slat 18 Highly identical, a front end vertically fixed left front gripper shoe 19 of described left transverse slat 16, in described left front gripper shoe 19 from Top to bottm even level arranges multiple front smooth shaft 20, does not contact between two adjacent front smooth shaft 20, described left horizontal stroke The rear end of a plate 16 vertically fixed left back gripper shoe 21, in described left back gripper shoe 21, even level's setting is many from top to bottom Individual rear smooth shaft 22, does not contact between smooth shaft 22 after adjacent two, and the described quantity of rear smooth shaft 22 is smooth with front The quantity of bar 20 is identical, and the dead ahead of each rear smooth shaft 22 only has a front smooth shaft 20, and described conveyer belt 13 exists Between front smooth shaft 20 and rear smooth shaft 22.

Preferably, being connected by bearing between the described left end of front smooth shaft 20 and left front gripper shoe 19, described The left end of rear smooth shaft 22 and left back gripper shoe 21 between be connected by bearing.

Preferably, the front end of a described right transverse slat 18 vertically fixed right anterior branch fagging 23, described front smooth shaft 20 right-hand member is connected with right anterior branch fagging 23 by bearing, a rear end vertically fixed right rear support of described right transverse slat 18 Plate 24, the right-hand member of described rear smooth shaft 22 is connected with right rear bearing sheet 24 by bearing.

This utility model is implemented：Before first the transport carriage of solar panel of the present utility model being placed on The rear end of the belt conveyor in road workshop, processing staff first passes through the piston rod that hydraulic control station 14 controls left hydraulic jack 15 Moved down with same speed with the piston rod of right hydraulic jack 17, the piston rod of so left hydraulic jack 15 then drives left horizontal stroke Plate 16 moves down, and the piston rod of right hydraulic jack 17 then drives right transverse slat 18 to move down in the same manner, and left transverse slat 16 then drives a left side Front end panel 19 and left back gripper shoe 21 move down, and right transverse slat 18 drives right anterior branch fagging 23 and right rear bearing sheet 24 to moving down Move, so left front gripper shoe 19 and right anterior branch fagging 23 then drive all of front smooth shaft 20 to move down, left back gripper shoe 21 All of rear smooth shaft 22 is driven to move down with right rear bearing sheet 24, until, the front smooth shaft 20 of the superiors and the superiors Till the height of smooth shaft 22 is flushed with the height of the upper surface of conveyer belt 13 afterwards, now processing staff starts motor 7, motor 7 Drive sprocket 8 is driven to rotate by output shaft, drive sprocket 8 is rotated by chain-driving driven sprocket 9, and driven sprocket 9 then carries Dynamic drive shaft 5 rotates, and drive shaft 5 then drives driving wheel 6 to rotate, and then driving conveying belt 13 rotates driving wheel 6, then Qian Dao workshop Solar panel is directly conveyed at the front smooth shaft 20 of the superiors toward on conveyer belt 13 by interior belt conveyor, conveyer belt 13 drive solar panel to move, in smooth shaft 22 after the rear end of solar panel moves to the superiors backward When, close motor 7, now front smooth shaft 20 is used for supporting the front end of solar panel, and rear smooth shaft 22 is used for supporting the sun Can cell panel rear end, then processing staff the piston rod of left hydraulic jack 15 and right hydraulic oil are controlled by hydraulic control station 14 The piston rod of cylinder 17 moves so that same speed is simultaneously upper, according to above-mentioned principle, the front smooth shaft 20 of the superiors and rear smooth shaft 22 Can hold in the palm and move on solar panel, count from top to bottom, after the second layer front smooth shaft 20 and after smooth shaft 22 height with defeated Move on stopping when sending the height of the upper surface with 13 to flush, solar panel is by the front smooth shaft of the second layer according to the method described above 20 and rear smooth shaft 22 support, according to above-mentioned principle, until also loading onto in undermost front smooth shaft 20 and rear smooth shaft 22 Till solar panel, so complete the stacking to solar panel from the bottom up, due to eliminating by hand from lower past On solar panel stacking is got up, therefore labor intensity significantly reduces, and very big saves manpower and muscle power, and speed Hurry up, efficiency high, saving of work and time, then processing staff promote the transport carriage movement of solar panel of the present utility model to rear The front end of the belt conveyor in road workshop, then starts motor 7, and motor 7 drives drive sprocket 8 to rotate by output shaft, drives Movable sprocket 8 is rotated by chain-driving driven sprocket 9, and driven sprocket 9 then drives drive shaft 5 to rotate, and drive shaft 5 then drives driving Wheel 6 rotation, then driving conveying belt 13 rotates driving wheel 6, and conveyer belt 13 then can drive undermost solar panel by forward direction After move, after solar panel from after move to smooth shaft 22 on the belt conveyor at rear after, close motor 7, then Control the piston rod of left hydraulic jack 15 and the piston rod of right hydraulic jack 17 same with same speed by hydraulic control station 14 When move down, count from the bottom up, after the second layer front smooth shaft 20 and after solar panel in smooth shaft 22 lower surface with After the upper surface of conveyer belt 13 contacts, start motor 7, motor 7 then drives solar panel to be delivered to the skin at rear backward On band conveyer, solar panel is transported away by belt conveyor, according to the method described above, from the bottom up, solar panel It is dumped into successively on the belt conveyor in rear road, thus completing solar panel on the belt conveyor in the past road workshop It is transported on the belt conveyor in Hou Dao workshop, all do not need craft due to loading with discharging, therefore operate more convenient, work Intensity significantly reduces, and very big saves manpower and muscle power, and speed is faster, in hgher efficiency, saving of work and time.

The advantage that ultimate principle, principal character and the utility model of utility model have been shown and described above.The industry Technical staff it should be appreciated that utility model is not restricted to the described embodiments, described in above-described embodiment and description simply The principle of utility model, on the premise of without departing from utility model spirit and scope, utility model also has various change and changes Enter, these changes and improvements both fall within the range of claimed utility model.The protection domain that utility model requires is by institute Attached claims and its equivalent define.

Claims (3)

1. a kind of transport carriage of solar panel, including base（1）, rotating shaft（2）, roller（3）, front vertical plate（4）, drive shaft （5）, driving wheel（6）, motor（7）, drive sprocket（8）, driven sprocket（9）, back vertical plate（10）, driven shaft（11）, driven pulley （12）, conveyer belt（13）, described base（1）Rear and front end one rotating shaft is horizontally mounted respectively by bearing（2）, described Rotating shaft（2）A left and right two ends respectively fixed roller（3）It is characterised in that：Described base（1）Upper surface on vertically solid If a front vertical plate（4）, described front vertical plate（4）Above a drive shaft is horizontally mounted by bearing（5）, described drive shaft （5）A upper fixed driving wheel（6）, described front vertical plate（4）A upper fixed motor（7）, described motor（7）Output shaft A upper fixed drive sprocket（8）, described drive shaft（5）A upper fixed driven sprocket（9）, described driven sprocket（9） By chain and drive sprocket（8）It is connected, described base（1）Upper surface on a vertical fixed back vertical plate（10）, institute The back vertical plate stated（10）Above a driven shaft is horizontally mounted by bearing（11）, described driven shaft（11）Upper fixed one driven Wheel（12）, described driven pulley（12）In driving wheel（6）Dead astern, described driven pulley（12）Height and driving wheel（6） Height identical, and driven pulley（12）And driving wheel（6）With regard to intermediate line axial symmetry therebetween, described conveyer belt（13） It is enclosed within driving wheel（6）And driven pulley（12）On, described base（1）A upper fixed hydraulic control station（14）, described base （1）A left end vertically fixed left hydraulic jack（15）, described left hydraulic jack（15）By oil pipe and hydraulic control station （14）It is connected, described left hydraulic jack（15）Piston rod the fixed left transverse slat of upper end level（16）, described bottom Seat（1）The fixed right hydraulic jack of right end vertical（17）, described right hydraulic jack（17）By oil pipe and hydraulic control Stand（14）It is connected, described conveyer belt（13）In left hydraulic jack（15）With right hydraulic jack（17）Between, described right liquid Compressing cylinder（17）Piston rod the fixed right transverse slat of upper end level（18）, described right transverse slat（18）In left transverse slat（16）'s Front-right, described left transverse slat（16）Height and right transverse slat（18）Identical, the described left transverse slat of height（16）Front end erect A directly fixed left front gripper shoe（19）, described left front gripper shoe（19）On from top to bottom even level setting multiple front smooth Bar（20）, adjacent two front smooth shaft（20）Between do not contact, described left transverse slat（16）Rear end vertically fixed Left back gripper shoe（21）, described left back gripper shoe（21）On from top to bottom even level arrange multiple rear smooth shaft（22）, phase Smooth shaft after adjacent two（22）Between do not contact, described rear smooth shaft（22）Quantity and front smooth shaft（20）Quantity Identical, and each rear smooth shaft（22）Dead ahead only have a front smooth shaft（20）, described conveyer belt（13）In front light Slide bar（20）With rear smooth shaft（22）Between.

2. a kind of solar panel according to claim 1 transport carriage it is characterised in that：Described front smooth shaft （20）Left end and left front gripper shoe（19）Between be connected by bearing, described rear smooth shaft（22）Left end with left back Fagging（21）Between be connected by bearing.

3. a kind of solar panel according to claim 1 transport carriage it is characterised in that：Described right transverse slat （18）A front end vertically fixed right anterior branch fagging（23）, described front smooth shaft（20）Right-hand member pass through bearing and right anterior branch Fagging（23）It is connected, described right transverse slat（18）A rear end vertically fixed right rear bearing sheet（24）, described is rear smooth Bar（22）Right-hand member pass through bearing and right rear bearing sheet（24）It is connected.