CN209009578U - A kind of reinforced mesh eedle threader - Google Patents
A kind of reinforced mesh eedle threader Download PDFInfo
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- CN209009578U CN209009578U CN201821044434.1U CN201821044434U CN209009578U CN 209009578 U CN209009578 U CN 209009578U CN 201821044434 U CN201821044434 U CN 201821044434U CN 209009578 U CN209009578 U CN 209009578U
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- 239000000463 material Substances 0.000 claims abstract description 120
- 230000007246 mechanism Effects 0.000 claims abstract description 22
- 230000005540 biological transmission Effects 0.000 claims abstract description 15
- 230000033001 locomotion Effects 0.000 claims abstract description 13
- 239000000725 suspension Substances 0.000 claims description 15
- 238000004804 winding Methods 0.000 claims description 11
- 238000001514 detection method Methods 0.000 claims description 6
- 208000027418 Wounds and injury Diseases 0.000 abstract description 6
- 230000006378 damage Effects 0.000 abstract description 6
- 208000014674 injury Diseases 0.000 abstract description 6
- 230000032258 transport Effects 0.000 description 44
- 238000004519 manufacturing process Methods 0.000 description 12
- 238000000034 method Methods 0.000 description 8
- 230000008569 process Effects 0.000 description 7
- 238000007599 discharging Methods 0.000 description 4
- 230000001351 cycling effect Effects 0.000 description 3
- 238000011065 in-situ storage Methods 0.000 description 2
- 206010057315 Daydreaming Diseases 0.000 description 1
- 229910000831 Steel Inorganic materials 0.000 description 1
- 230000008901 benefit Effects 0.000 description 1
- 238000009435 building construction Methods 0.000 description 1
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- 210000003205 muscle Anatomy 0.000 description 1
- 238000012946 outsourcing Methods 0.000 description 1
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Abstract
The utility model relates to a kind of reinforced mesh eedle threaders, including hoisting mechanism and transshipment acitivity, reinforced mesh can be hoisted on material tray by hoisting mechanism, guiding drive member extends on the outside of transshipment acitivity from the first vertical shipping platform, material tray can be moved along be oriented to drive member, first vertical shipping platform and the second vertical shipping platform are respectively equipped with derricking gear, derricking gear can drive material tray to carry out vertical motion along the described first vertical shipping platform and the second vertical shipping platform, axial transport platform is equipped with conveying member, the material tray can be delivered on the conveying member by derricking gear, axial transport platform includes at least first layer and the second layer, the transmission direction of conveying member on the first layer and the second layer is opposite, the second vertical shipping platform is equipped with discharge member.The utility model can save reinforced mesh hang torque from and transhipment time, facilitate die station to reduce uncertain personal injury to the selection of reinforced mesh.
Description
Technical field
The utility model belongs to preform production technical field, and in particular to a kind of reinforced mesh eedle threader.
Background technique
In building construction PC prefabricated components industry, either self-produced welded reinforcement mesh sheet, the mesh sheet of outsourcing or binding
Mesh sheet, mesh sheet is being transported in the process on prefabricated components production line, small mesh sheet is put into pre- using artificial lift by hand
Above the die station of component production line processed, big mesh sheet is gone in the die station of prefabricated components production line using driving or carrying fork truck；It is small
Mesh sheet uses manual handling to a certain extent, since mesh sheet has sharp corner angle, under certain conditions, such as: handling process
In it is absent-minded or on hand some movement etc., certain injury is inevitably caused to human body；And use row
Vehicle or fork truck, since the stacking distance of mesh sheet is generally every factory across then may require that the plenty of time goes to carry out the process farther out, when
Between cost it is big, production efficiency is low.
In conclusion it is urgent to provide one kind can save among reinforced mesh hang torque from, save reinforced mesh transhipment time,
The reinforced mesh eedle threader of certain uncertain injuries in handling process is reduced simultaneously.
Utility model content
It can be saved among reinforced mesh the purpose of the utility model is to provide one kind and hang torque from saving reinforced mesh transhipment
Time, while reducing the reinforced mesh eedle threader of certain uncertain injuries in handling process.
Above-mentioned purpose is to be achieved through the following technical solutions: a kind of reinforced mesh eedle threader, including hoisting mechanism and turn
Mechanism is transported, the transshipment acitivity includes that material tray, guiding drive member, the first vertical shipping platform and the second vertical transport are flat
Reinforced mesh can be hoisted on material tray by platform and axial transport platform, the hoisting mechanism, the guiding drive member
It is extended on the outside of the transshipment acitivity from the first vertical shipping platform, the material tray can be transported along the guiding drive member
Dynamic, the first vertical shipping platform and the second vertical shipping platform are respectively equipped with the first derricking gear and the second derricking gear,
First derricking gear and the second derricking gear can drive the material tray along the described first vertical shipping platform respectively and
Second vertical shipping platform carries out vertical motion, and the axial transport platform setting is vertical in the first vertical shipping platform and second
Between shipping platform, the axial transport platform is equipped with the conveying member for transmitting material tray, first derricking gear
The material tray can be delivered on the conveying member, the axial transport platform includes at least first layer and the second layer,
The transmission direction of conveying member on the first layer and the second layer is on the contrary, the material tray can be in the axial transport platform
Upper shuttling movement, at least described second vertical shipping platform are equipped with discharge member.
During the concrete application of the utility model, reinforced mesh is sling in the lower section of hoisting mechanism when by hoisting mechanism
Afterwards, reinforced mesh is placed on material tray by stopping when hoisting mechanism is moved to the lower section of material tray, right hoisting mechanism, object
Material torr disk in the case where being oriented to drive member on be moved in the first vertical shipping platform, the first derricking gear drive material tray it is upward
Movement is detached from support wheel and reaches first layer stopping, and the material tray is delivered to the biography of first layer by first derricking gear
On defeated component, conveying member drives material tray to leave the first derricking gear and first layer walking until reaching the second vertically transport
Platform, the second vertical shipping platform are equipped with platform mould, reinforced mesh on material tray are placed in die station, the second derricking gear band
Dynamic material tray rises to the second layer, and after reaching the second layer, the conveying member on the second layer, which reversely transport, to be backed into first and erect
To shipping platform, the first derricking gear, which falls, send material tray to guiding drive member, is oriented to drive member for material support
Disk is sent to the reinforced mesh of reception hoisting mechanism lifting outside the first vertical shipping platform, is so recycled.Certainly, axial transport is flat
It can carry out the delivery work of reinforced mesh on platform by multiple material trays simultaneously.
The implementation of the utility model can be saved among reinforced mesh and be hung, it can be achieved that reinforced mesh is direct online to platform mould
Torque is from saving reinforced mesh transhipment time facilitates die station to the selection of reinforced mesh, increases die station to reinforced mesh demand
Flexibility, while can realize that the automation of reinforced mesh is online, reduce certain uncertain injuries in handling process, and improve life
Produce efficiency.
Further technical solution is that the first vertical shipping platform and the second vertical shipping platform include vertically propping up
Support, first derricking gear and the second derricking gear include for lifting by crane pallet and being arranged on the vertical supporting frame
Device for hoisting, the boom hoisting are connected with the lifting pallet, and the lifting pallet is for holding the material tray and driving
Material tray vertical motion.In this way, the bottom of the guiding drive member is arranged in the lifting pallet on the first vertical shipping platform
Portion, after material tray is transported by outside to the first vertical shipping platform, material tray just in the top of lifting pallet, is convenient for
Material tray is held transport by lifting pallet；Lifting pallet on second vertical shipping platform and the fortune on the axial transport
Defeated track is mutually connected.
Further technical solution is that the lifting tray top is equipped with transverse shifting part, and the lifting pallet holds institute
Material tray is located on the transverse shifting part when stating material tray.So set, lifting tray top is equipped with transverse shifting part
Convenient for being connected with the conveying member on axial transport platform, material tray transverse shifting part after predetermined altitude turns material tray
It is transported on the conveying member on axial transport platform.
Further technical solution is that the guiding drive member includes ground support, the transverse shifting part, guiding
Drive member and conveying member include the chain wheel drive of multiple support wheels, drive sprocket, chain and the driving sprocket wheel rotation,
The chain is set on the drive sprocket, and the sprocket wheel is connected with support wheel by connecting shaft, and the support wheel is set respectively
It sets on the lifting pallet, ground support and axial transport platform, the material tray is located on the support wheel.Such as
This, chain wheel drive drives a certain drive sprocket rotation, drives chain rotation, coupled other transmission chains rotation of chain-driving
Dynamic, drive sprocket imparts power to support wheel, and support wheel rotation drives the material tray in portion disposed thereon to move to assigned direction
It is dynamic.
Further technical solution is that the hoisting mechanism includes the track of suspension crane and setting ground, the suspension
Crane is equipped with for hooking the hook pickup for taking reinforced mesh, and the suspension crane can be moved along the track.
Further technical solution is that the first layer of the axial transport platform includes at least parallel set with the second layer respectively
Two support rods set, the both ends of the support rod respectively with the described first vertical shipping platform and the second vertical shipping platform
Vertical supporting frame is connected, and the support wheel on the axial transport platform is distributed on the support rod.
Further technical solution is that the position detector is oriented to drive member, the first vertical shipping platform and second
Vertical shipping platform is equipped with the position-detection sensor for detecting material tray position, and the reinforced mesh eedle threader includes
Controller, the position-detection sensor, boom hoisting, chain wheel drive and suspension crane are electrically connected with the controller.So set
It sets, can realize the accurate flow direction of reinforced mesh by controller and position detector according to engineering needs of production, realize steel
The online automation of muscle mesh sheet.
Further technical solution is that the vertical shipping platform of third, the third are equipped in the middle part of the axial transport platform
Vertical shipping platform is equipped with third derricking gear, and the third derricking gear includes lifting pallet and is arranged in the vertical supporting
Boom hoisting on frame, the lifting pallet also are provided with transverse shifting part and can be connected the transmission rail of the axial transport platform
Road.It is arranged such, it can be achieved that the reinforced mesh of Two-way Cycle prefabricated components production line is online, when the reinforced mesh of material tray transport
When being reinforced mesh needed for the vertical shipping platform bottom platform mould of third, the lateral of lifting pallet of the vertical shipping platform of third is moved
Moving part stops working, and when on the lifting pallet of the vertical shipping platform of material tray third, lifting pallet moves down carry out discharging, discharging
The transmission rail of linking first layer in situ is returned to afterwards and starts transverse shifting part and send material tray to conveying member continues cycling through；
When the reinforced mesh of material tray transport is not reinforced mesh needed for the vertical shipping platform bottom platform mould of third, third is vertical
The transmission rail of the lifting pallet linking first layer of shipping platform, guarantees that material tray steadily tides over the vertical conveying track of third extremely
Second vertical shipping platform.Certainly, it can be equipped with multiple vertical shipping platforms in the middle part of the axial transport platform, realize multiple moulds
The reinforced mesh of preform production is online.
Further technical solution is that the discharge member is cantilever crane.In this way, reinforced mesh is then in the rotation of cantilever crane
Under, the reinforced mesh on material tray is placed in die station.
Further technical solution is, the boom hoisting includes winding drum and elevator motor, the winding drum and elevator
Motor is arranged in the vertical supporting top of the trellis, and the winding drum is connected with lifting rope, the lifting rope pass through changed course pulley with it is described
Pallet is lifted by crane to be connected.
Detailed description of the invention
The attached drawing for constituting a part of the utility model is used to provide a further understanding of the present invention, this is practical new
The illustrative embodiments and their description of type are not constituteed improper limits to the present invention for explaining the utility model.
Fig. 1 is the structural representation of the reinforced mesh eedle threader course of work involved in a kind of embodiment of the utility model
Figure；
Fig. 2 is the front view of the reinforced mesh eedle threader course of work involved in a kind of embodiment of the utility model.
In figure:
1 suspension crane, 2 track, 3 drive sprocket, 4 chain wheel drive
5 ground supports 6 lift by crane 7 reinforced mesh of pallet, 8 support wheel
9 material tray, 10 lifting rope 11 changed course 12 winding drum of pulley
13 elevator motors 14 hook 15 axial transport platform of pickup, 16 chain
The 17 first vertical shipping platforms of vertical 18 cantilever crane of shipping platform 19 second
Vertical 21 first layer of shipping platform, 22 second layer of 20 thirds
Specific embodiment
The utility model is described in detail with reference to the accompanying drawing, the description of this part be only it is exemplary and explanatory,
There should not be any restriction effect to the protection scope of the utility model.In addition, those skilled in the art's retouching according to this document
It states, the corresponding combination can be carried out to the feature in embodiment in this document and in different embodiments.
The utility model embodiment is as follows, such as Fig. 1 and Fig. 2, a kind of 7 eedle threader of reinforced mesh, including hoisting mechanism and
Transshipment acitivity, the transshipment acitivity include that material tray 9, guiding drive member, the first vertical shipping platform 17 and second are vertical
Shipping platform 19 and axial transport platform 15, reinforced mesh 7 can be hoisted on material tray 9 by the hoisting mechanism, described
Guiding drive member extends on the outside of the transshipment acitivity from the first vertical shipping platform 17, and the material tray 9 can be along described
It is oriented to drive member movement, the first vertical shipping platform 17 and the second vertical shipping platform 19 are respectively equipped with the first lifting machine
Structure and the second derricking gear, first derricking gear and the second derricking gear can drive the material tray 9 along described respectively
First vertical shipping platform 17 and the second vertical shipping platform 19 carry out vertical motion, and the setting of axial transport platform 15 is the
Between one vertical shipping platform 17 and the second vertical shipping platform 19, the axial transport platform 15 is equipped with for transmitting material support
The material tray 9 can be delivered on the conveying member by the conveying member of disk 9, first derricking gear, the transverse direction
Shipping platform 15 includes at least first layer 21 and the second layer 22, the transmission of the first layer 21 and the conveying member on the second layer 22
Contrary, the material tray 9 can be put down in shuttling movement, at least described second vertical transport on the axial transport platform 15
Platform 19 is equipped with discharge member.
During the concrete application of the utility model, reinforced mesh 7 is sling in the lower section of hoisting mechanism when by hoisting mechanism
Afterwards, reinforced mesh 7 is placed on material tray 9 by stopping when hoisting mechanism is moved to the lower section of material tray 9, right hoisting mechanism
On, material tray 9 in the case where being oriented to drive member on be moved in the first vertical shipping platform 17, the first derricking gear drive material
Pallet 9, which moves upwards, to be detached from support wheel 8 and reaches the stopping of first layer 21, and first derricking gear is defeated by the material tray 9
It send to the conveying member of first layer 21, conveying member drives material tray 9 to leave the first derricking gear and the walking of first layer 21
Until reaching the second vertical shipping platform 19, the second vertical shipping platform 19 is equipped with platform mould, by reinforced mesh 7 on material tray 9
It being placed in die station, the second derricking gear drives material tray 9 to rise to the second layer 22, after reaching the second layer 22, the second layer 22
On conveying member reversely transport and back into the first vertical shipping platform 17, material tray 9 is sent in the first derricking gear whereabouts
To guiding drive member, guiding drive member send material tray 9 to receiving hoisting machine outside the first vertical shipping platform 17
The reinforced mesh 7 of structure lifting, so recycles.Certainly, reinforcing bar can be carried out by multiple material trays 9 simultaneously on axial transport platform 15
The delivery work of mesh sheet 7.
The implementation of the utility model can save among reinforced mesh 7, it can be achieved that reinforced mesh 7 is direct online to platform mould
Torque is hung from saving 7 transhipment time of reinforced mesh facilitates die station to the selection of reinforced mesh 7, increases die station to reinforced mesh
The flexibility of 7 demands, while can realize that the automation of reinforced mesh 7 is online, certain uncertain injuries in handling process are reduced, and
Improve production efficiency.
On the basis of the above embodiments, in another embodiment of the utility model, such as Fig. 1 and Fig. 2, the described first vertical fortune
Defeated platform 17 and the second vertical shipping platform 19 include vertical supporting frame, and first derricking gear and the second derricking gear are equal
Including lifting pallet 6 and the boom hoisting being arranged on the vertical supporting frame, the boom hoisting and 6 phase of lifting pallet
Even, the lifting pallet 6 is for holding the material tray 9 and driving 9 vertical motion of material tray.In this way, the first vertical fortune
The bottom of the guiding drive member is arranged in lifting pallet 6 on defeated platform 17, and material tray 9 is erected by outside transport to first
After into shipping platform 17, material tray 9 is just in the top of lifting pallet 6, convenient for lifting pallet 6 by 9 support of material tray
Firmly transport；Lifting pallet 6 on second vertical shipping platform 19 is connected with 2 phase of conveying track on the axial transport.
On the basis of the above embodiments, in another embodiment of the utility model, such as Fig. 1 and Fig. 2, the lifting pallet 6
Top is equipped with transverse shifting part, and material tray 9 is located at the transverse shifting when lifting pallet 6 holds the material tray 9
On part.It is convenient for holding in the mouth with the conveying member on axial transport platform 15 so set, being equipped with transverse shifting part at the top of lifting pallet 6
It connects, material tray 9 is transported to the conveying member on axial transport platform 15 by the transverse shifting part after predetermined altitude of material tray 9
On.
On the basis of the above embodiments, in another embodiment of the utility model, such as Fig. 1 and Fig. 2, the guiding drives structure
Part includes ground support 5, and the transverse shifting part, guiding drive member and conveying member include multiple support wheels 8, transmission
The chain wheel drive 4 of sprocket wheel 3, chain 16 and the driving sprocket wheel rotation, the chain 16 are set on the drive sprocket 3, institute
It states sprocket wheel to be connected with support wheel 8 by connecting shaft, the support wheel 8 is separately positioned on the lifting pallet 6, ground support 5
On axial transport platform 15, the material tray 9 is located on the support wheel 8.In this way, chain wheel drive 4 drives a certain transmission
Sprocket wheel 3 rotates, and chain 16 is driven to rotate, and chain 16 drives other coupled drive sprockets 3 to rotate, and drive sprocket 3 will move
Power passes to support wheel 8, and the rotation of support wheel 8 drives the material tray 9 in portion disposed thereon mobile to assigned direction.
On the basis of the above embodiments, in another embodiment of the utility model, such as Fig. 1, the hoisting mechanism includes outstanding
It hangs crane 1 and the track 2 on ground is set, the suspension crane 1 is equipped with for hooking the hook pickup 14 for taking reinforced mesh 7, described outstanding
Hanging crane 1 can move along the track 2.
On the basis of the above embodiments, in another embodiment of the utility model, such as Fig. 1, the axial transport platform 15
First layer 21 and the second layer 22 respectively include at least two support rods disposed in parallel, the both ends of the support rod respectively with institute
It states the first vertical shipping platform 17 to be connected with the vertical supporting frame of the second vertical shipping platform 19, on the axial transport platform 15
Support wheel 8 be distributed on the support rod.
On the basis of the above embodiments, in another embodiment of the utility model, the position detector guiding driving structure
Part, the first vertical shipping platform 17 and the second vertical shipping platform 19 are equipped with the position detection for detecting 9 position of material tray
Sensor, 7 eedle threader of reinforced mesh includes controller, the position-detection sensor, boom hoisting, chain wheel drive 4
It is electrically connected with suspension crane 1 and the controller.So set, controller and position can be passed through according to engineering needs of production
Detector realizes the accurate flow direction of reinforced mesh 7, realizes the online automation of reinforced mesh 7.
On the basis of the above embodiments, in another embodiment of the utility model, axial transport as illustrated in figs. 1 and 2 is flat
It is equipped with the vertical shipping platform 20 of third in the middle part of platform 15, the vertical shipping platform 20 of third is equipped with third derricking gear, and described the
Three derricking gears include the boom hoisting for lifting by crane pallet 6 and being arranged on the vertical supporting frame, and the lifting pallet 6 also is provided with
Transverse shifting part and the transmission rail 2 that the axial transport platform 15 can be connected.It is arranged such, it can be achieved that the prefabricated structure of Two-way Cycle
The reinforced mesh 7 of part production line is online, when the reinforced mesh 7 that material tray 9 transports is the vertical 20 bottom platform of shipping platform of third
When reinforced mesh 7 needed for mould, the transverse shifting part of the lifting pallet 6 of the vertical shipping platform 20 of third stops working, material support
When on the lifting pallet 6 of the vertical shipping platform 20 of 9 third of disk, lifting pallet 6 moves down carry out discharging, and rank in situ is returned to after discharging
It connects the transmission rail 2 of first layer 21 and starts transverse shifting part and send material tray 9 to conveying member and continue cycling through；When material support
When the reinforced mesh 7 that disk 9 transports is not reinforced mesh 7 needed for the vertical 20 bottom platform mould of shipping platform of third, third is vertically transported
The lifting pallet 6 of defeated platform 20 is connected the transmission rail 2 of first layer 21, guarantees that material tray 9 is steadily tided over third and vertically transported
The vertical shipping platform 19 of track 2 to the second.Certainly, multiple vertical shipping platforms can be equipped in the middle part of the axial transport platform 15,
Realize that the reinforced mesh 7 of multiple mould preform productions is online.
On the basis of the above embodiments, in another embodiment of the utility model, such as Fig. 1, the discharge member is cantilever
Hang 18.In this way, then under the rotation of cantilever crane 18, the reinforced mesh 7 on material tray 9 is placed in die station for reinforced mesh 7.
On the basis of the above embodiments, in another embodiment of the utility model, such as Fig. 1, the boom hoisting includes volume
Cylinder 12 and elevator motor 13 are raised, the winding drum 12 and elevator motor 13 are arranged in the vertical supporting top of the trellis, the elevator
Cylinder 12 is connected with lifting rope 10, and the lifting rope 10 passes through changed course pulley 11 and is connected with the lifting pallet 6.
Specific embodiment under a kind of preferred embodiment, such as Fig. 1 and Fig. 2, reinforced mesh 7 in the lower section of suspension crane 1,
After being sling by suspension crane 1, suspension crane 1 is moved along track 2 to material tray 9, when reinforced mesh 7 is moved to material tray
Stop when 9 lower section, then mesh sheet is placed on material tray 9 by suspension crane 1, and material tray 9 is in guiding drive member branch
8 top of support wheel, support wheel 8 is mobile to the first vertical shipping platform 17 under the drive of driving chain 16, and driving chain 16 moves
Power derives from chain wheel drive 4.
The stopping when material tray 9 is moved to the first vertical 17 underface of shipping platform of bracket drives in elevator motor 13
In the case where winding drum 12, lifting rope 10 is shunk by the pulley 11 that alters course, and lifting pallet 6 rises with it, and is lifted by crane on pallet 6
Support wheel and material tray 9 two contact side beams after, material tray 9 be detached from guiding drive member support wheel 8 support, with
The further contraction of lifting rope 10, material tray 9 reach first layer 21, stop, then lift by crane pallet 6 on 4 turns of chain wheel drive
Dynamic, drive chain 16 drives support wheel 8 to rotate, and material tray 9 leaves lifting pallet 6, while the sprocket wheel on first layer 21 therewith
Driving 4 is started to work, and driving chain 16 drives support wheel 8 to be rotated, and material tray 9 is driven to walk in first layer 21.
The circulation of prefabricated components die station circulates in the second vertical shipping platform 19 and vertical 20 bottom of shipping platform of third,
If the die station of vertical 20 bottom of shipping platform of third does not need the reinforced mesh 7, the volume of vertical 20 bottom of shipping platform of third
12 scrolling lifting rope 10 of cylinder is raised, the lifting pallet 6 of first passage is driven to rise, lifting 6 uplink of pallet stops as first layer 21, rises
The chain wheel drive 4 hung on pallet 6 starts, and support wheel 8 is driven to rotate, and lifting pallet 6 is connected the material transferring of first layer 21, so that
Material tray 9 can smoothly pass through the vertical shipping platform 20 of third.
When material tray 9 is flowed through to the second vertical shipping platform 19, just to flow through the pre- of the second vertical shipping platform 19
Reinforced mesh 7 required for component die station processed, the then 12 scrolling lifting rope 10 of winding drum of the second vertical shipping platform 19 drive the
The lifting pallet 6 in one channel rises, and lifting 6 uplink of pallet stops as first layer 21, the lifting of the second vertical shipping platform 19
Chain wheel drive 4 on pallet 6 starts, and drives support wheel 8 to rotate, so that material tray 9 reaches the second vertical shipping platform 19
Lift by crane the surface of pallet 6；At this moment the winding drum 12 of the second vertical shipping platform 19 discharges lifting rope 10, and lifting pallet 6 comes downwards to
Above die station, start cantilever crane 18, cantilever crane 18 be moved to 9 top of material tray, mesh sheet is taken away from material tray 9,
Cantilever crane 18 is removed above material tray 9, and material tray 9 goes upward to the second layer 22 under the drive of lifting pallet 6；And material
Then under the rotation of cantilever crane 18, mesh sheet is placed in die station for mesh sheet.Second vertical shipping platform 19 lifts by crane the chain on pallet 6
The starting of wheel drive 4 drives support wheel 8 to rotate, while the chain wheel drive 4 of the second layer 22 starts, and drives support wheel 8 to rotate, by material
Pallet 9 reversely conveys.In shipping platform 20 vertical by third, the lifting pallet 6 of the vertical shipping platform 20 of third is in elevator
Rise under the driving of motor 13, stops when rising to the second layer 22, be connected the material transferring of the second layer 22, make material tray 9 suitable
Benefit passes through the vertical shipping platform 20 of third.
When material tray 9 comes the first vertical shipping platform 17,6 uplink of lifting pallet of the first vertical shipping platform 17
Stop to the second layer 22, the support wheel 8 on starting lifting pallet 6 allows material tray 9 to be moved to lifting pallet 6 top, then according to
It according to whether charging, still continues cycling through, to determine that material tray 9 is to flow to first layer 21, it is flat still to flow to the first vertical transport
Splicing is gone in the bottom of platform 17.
It is that multiple material trays 9 carry material and recycled on axial transport platform 15, according to needed for die station, to it
The lifting pallet 6 of locating vertical shipping platform carries out rise and fall operation, after hanged to the material progress in material tray 9,
Material tray 9 is put into circulation again.
The above is only the preferred embodiment of the utility model, it is noted that for the common skill of the art
For art personnel, without departing from the principle of this utility model, several improvements and modifications can also be made, these improve and
Retouching also should be regarded as the protection scope of the utility model.
Claims (10)
1. a kind of reinforced mesh eedle threader, including hoisting mechanism and transshipment acitivity, which is characterized in that the transshipment acitivity includes
Material tray, guiding drive member, the first vertical shipping platform and the second vertical shipping platform and axial transport platform, it is described
Reinforced mesh can be hoisted on material tray by hoisting mechanism, and the guiding drive member is extended to from the first vertical shipping platform
On the outside of the transshipment acitivity, the material tray can be moved along the guiding drive member, the first vertical shipping platform with
Second vertical shipping platform is respectively equipped with the first derricking gear and the second derricking gear, first derricking gear and the second lifting
Mechanism can drive the material tray vertically to be transported along the described first vertical shipping platform and the second vertical shipping platform respectively
Dynamic, the axial transport platform is arranged between the first vertical shipping platform and the second vertical shipping platform, the axial transport
Platform is equipped with the conveying member for transmitting material tray, and the material tray can be delivered to described by first derricking gear
On conveying member, the axial transport platform includes at least first layer and the second layer, the transmission on the first layer and the second layer
The transmission direction of component on the contrary, the material tray can on the axial transport platform shuttling movement, at least described second is perpendicular
Discharge member is equipped with to shipping platform.
2. reinforced mesh eedle threader according to claim 1, which is characterized in that the first vertical shipping platform and
Two vertical shipping platforms include vertical supporting frame, first derricking gear and the second derricking gear include lifting pallet and
Boom hoisting on the vertical supporting frame is set, and the boom hoisting is connected with the lifting pallet, the lifting pallet
For holding the material tray and driving material tray vertical motion.
3. reinforced mesh eedle threader according to claim 2, which is characterized in that the lifting tray top is equipped with laterally
Moving member, material tray is located on the transverse shifting part when lifting pallet holds the material tray.
4. reinforced mesh eedle threader according to claim 3, which is characterized in that the guiding drive member includes ground
Supporting element, the transverse shifting part, guiding drive member and conveying member include multiple support wheels, drive sprocket, chain and
The chain wheel drive of the sprocket wheel rotation is driven, the chain is set on the drive sprocket, and the sprocket wheel passes through with support wheel
Connecting shaft is connected, and the support wheel is separately positioned on the lifting pallet, ground support and axial transport platform, the object
Material torr disk is located on the support wheel.
5. reinforced mesh eedle threader according to claim 2, which is characterized in that the hoisting mechanism includes suspension crane
With the track on setting ground, the suspension crane is equipped with for hooking the hook pickup for taking reinforced mesh, and the suspension crane can be along institute
State track movement.
6. reinforced mesh eedle threader according to claim 4, which is characterized in that the first layer of the axial transport platform
Include at least two support rods disposed in parallel respectively with the second layer, the both ends of the support rod are vertically transported with described first respectively
The vertical supporting frame of defeated platform and the second vertical shipping platform is connected, and the support wheel on the axial transport platform is distributed in
On the support rod.
7. reinforced mesh eedle threader according to claim 6, which is characterized in that the position detector guiding driving structure
Part, the first vertical shipping platform and the second vertical shipping platform are equipped with the position detection for detecting material tray position and sense
Device, the reinforced mesh eedle threader includes controller, the position-detection sensor, boom hoisting, chain wheel drive and suspension
Crane is electrically connected with the controller.
8. reinforced mesh eedle threader described in any one according to claim 1~7, which is characterized in that the axial transport
The vertical shipping platform of third is equipped in the middle part of platform, the vertical shipping platform of third is equipped with third derricking gear, and the third rises
Loop wheel machine structure includes the boom hoisting for lifting by crane pallet and being arranged on the vertical supporting frame, and the lifting pallet also is provided with lateral shifting
Moving part and the transmission rail that the axial transport platform can be connected.
9. reinforced mesh eedle threader according to claim 8, which is characterized in that the discharge member is cantilever crane.
10. reinforced mesh eedle threader according to claim 7, which is characterized in that the boom hoisting includes winding drum
And elevator motor, the winding drum and elevator motor are arranged in the vertical supporting top of the trellis, the winding drum is connected with lifting rope,
The lifting rope passes through changed course pulley and is connected with the lifting pallet.
Priority Applications (1)
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| CN201821044434.1U CN209009578U (en) | 2018-06-29 | 2018-06-29 | A kind of reinforced mesh eedle threader |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201821044434.1U CN209009578U (en) | 2018-06-29 | 2018-06-29 | A kind of reinforced mesh eedle threader |
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| CN209009578U true CN209009578U (en) | 2019-06-21 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110654861A (en) * | 2019-09-06 | 2020-01-07 | 佛山科学技术学院 | Net piece handling system |
| CN110802623A (en) * | 2019-11-21 | 2020-02-18 | 徐州欧百瑞智能设备有限公司 | Net piece is carried and is drawn clamping jaw |
-
2018
- 2018-06-29 CN CN201821044434.1U patent/CN209009578U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110654861A (en) * | 2019-09-06 | 2020-01-07 | 佛山科学技术学院 | Net piece handling system |
| CN110654861B (en) * | 2019-09-06 | 2021-01-05 | 佛山科学技术学院 | Net piece handling system |
| CN110802623A (en) * | 2019-11-21 | 2020-02-18 | 徐州欧百瑞智能设备有限公司 | Net piece is carried and is drawn clamping jaw |
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