CN207986199U - A kind of timber factory lumber item layering piler - Google Patents
A kind of timber factory lumber item layering piler Download PDFInfo
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- CN207986199U CN207986199U CN201820423205.4U CN201820423205U CN207986199U CN 207986199 U CN207986199 U CN 207986199U CN 201820423205 U CN201820423205 U CN 201820423205U CN 207986199 U CN207986199 U CN 207986199U
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- batten
- parting bead
- channel
- rack
- timber
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Abstract
The utility model discloses a kind of timber factory lumber items to be layered piler, including frame body, it is characterised in that：The frame body, which is equipped with, can drive the chain drive component that batten is moved along short side direction, the lifting assembly that can be moved back and forth in the vertical direction, lifting assembly is equipped with rack, rack is equipped with batten push component corresponding with batten transfer position and snap-gauge position and batten limit assembly respectively, rack is equipped with nacelle and parting bead loading channel for placing parting bead, parting bead loads channel and is located on batten limit assembly, and it is connected to respectively with nacelle lower part and snap-gauge, batten limit assembly is located at below nacelle, and parting bead, which loads, is equipped with channel opening/closing component in channel.Strong, the achievable timber of timber factory lumber item layering piler stability of the utility model lateral transfer, achievable timber proper alignment, parting bead on snap-gauge before entering snap-gauge can be loaded automatically.
Description
Technical field
The utility model is related to a kind of wood processing equipment, wood is realized in specifically a kind of achievable batten self-feeding
Item on stacking snap-gauge self-feeding and parting bead can self-loading timber factory lumber item be layered piler.
Background technology
Since wood processing machinery has the function of to carry out shaping to timber, cuts, splices, polishes, polishes, thus its quilt
It is widely used in the processing occasion such as various planks, rod, pin.And rod, batten or pin after processing is completed, operator
Member usually timber after processing can all be arranged, stacking.It is influenced by slim-lined constructions such as rod, battens, existing timber adds
Arrangement, stacking after work on snap-gauge still use based on human hand operation, thus there is great for the Collator Mode of the timber
Technological deficiency.First, being influenced by the shape of the timber such as rod, batten or pin, human hand at least needs two people when arranging timber
It is operated in the both sides of snap-gauge, and timber weight itself is larger, thus the labor intensity that human hand arranges is very big, and the arrangement side
Formula can greatly reduce the degree of automation of timber processing.Second, even if being carried out to the timber after processing using existing pipeline
Transmission, since traditional pipeline is to be conveyed on timber long side direction, and position of the timber in wire body cannot be consolidated
It is fixed, so there is still a need for human hands to convey in subsequent arrangement, and there is larger operation difficulty.
In existing timber processing, i.e., the enabled automatic conveying for realizing timber, after timber enters stacking snap-gauge usually still
So human hand is needed to be fed, arranged, thus there is two great technological deficiencies for the way of stacking of the timber.First, wooden
The timber such as bar, batten or pin usually have long and thin shape, when being arranged using human hand, it is difficult to ensure that timber is in snap-gauge
The uniformity of upper position, and the difference of human hand operation can seriously affect stressing conditions of the timber when arranging, so as to cause timber
Cannot neat stacking, significantly impact the stability of timber stacking.Second, by the shape shadow of the timber such as rod, batten or pin
It rings, human hand at least needs two people to be operated in the both sides of snap-gauge when arranging timber, and timber weight itself is larger, thus people
The labor intensity that hand arranges is very big, and the Collator Mode can greatly reduce the degree of automation of timber processing.
And in order to avoid the timber that is layered on snap-gauge because the resting period is long generate adhesion the phenomenon that, in batten pile code
Generally require placement parting bead between layers.But since arrangement of traditional batten on snap-gauge, stacking are required to human hand
Operation is completed, so the placement of parting bead similarly uses human hand operation to complete, the modes of emplacement of the timber parting bead equally exists
Two great technological deficiencies.First, timber parting bead itself has the characteristics that light-weight, size is smaller, carried out using human hand
When placement, it is easy to occur more putting, leaking situations such as putting, to be easy to make after the completion of batten stacking pile code to generate certain angle
The inclination of degree results even in the case where pile code collapses when serious, significantly impact the stability and pile code of timber stacking
The safety of storage.Second, by the stability influence that human hand operates, timber parting bead is difficult the stabilization for ensureing its position placing
Property, the different weight stress in direction is generated between layers so as to cause batten in pile code, and since batten itself is with elongated
Structure, batten the phenomenon that it is easy to appear deformations under weight stress effect, to greatly reduce batten stacking can
By property.
Invention content
The purpose of the utility model is to overcome the deficiencies in the prior art, provide that a kind of stability is strong, timber can be achieved exists
Lateral transfer, achievable timber proper alignment, parting bead on snap-gauge can carry out self-loading timber processing before into snap-gauge
It is layered piler with batten.
What the purpose of this utility model was realized in：A kind of timber factory lumber item layering piler, including frame body,
It is characterized in that：The frame body, which is equipped with, can drive chain drive component that batten moves along short side direction, can be in the vertical direction
The lifting assembly of round-trip, lifting assembly be equipped with rack, rack be equipped with respectively with batten transfer position and snap-gauge position
Corresponding batten push component and batten limit assembly, rack is equipped with nacelle for placing parting bead and parting bead load it is logical
Road, parting bead loads channel and is located on batten limit assembly, and is connected to respectively with nacelle lower part and snap-gauge, and batten limit assembly is located at
Below nacelle, parting bead, which loads, is equipped with channel opening/closing component in channel.
Furtherly, chain drive component includes the driving motor being set on frame body, the first chain wheel set on frame body
With the second chain wheel set, the shaft of driving motor is connect with the first drive sprocket and the second drive sprocket being set on frame body, and first
The first transmission chain link of transmission, the second chain wheel set and the second drive sprocket can be closed between chain wheel set and the first drive sprocket
Between with can be closed transmission second transmission chain link, between the first transmission chain and the second transmission chain be equipped with can support batten branch
Hold bar.
Furtherly, the first transmission chain and the second transmission chain stagger setting in the vertical direction, support rod are equipped with point
It is not pivotally connected with the first transmission chain and the second transmission chain and is in the interconnecting piece in the same horizontal position.
Furtherly, lifting assembly includes being set on frame body to promote motor, set on the promotion chain promoted on machine shaft
It takes turns, promote the lifter plate of drive sprocket, sliding on frame body on frame body, promoted between sprocket wheel and promotion drive sprocket
Equipped with chain is promoted, the one end for promoting chain is fixed on promotion sprocket wheel, and the other end is fixed on lifter plate, and rack is set on lifter plate.
Furtherly, batten push component includes the push cylinder being set in rack, and the piston rod for pushing cylinder is equipped with and wood
The corresponding push block in position.
Furtherly, batten limit assembly includes the driving cylinder being set in rack, is connected and fixed to drive with housing slide
Limit sliding rail, mobile limited block corresponding with batten position on dynamic cylinder piston rod, mobile limited block are set on limit sliding rail
The at one end opposite with driving cylinder, mobile limited block are pivotally connected with limit sliding rail, and limit sliding rail is equipped with and mobile limited block
The corresponding limit cylinder in position.
Furtherly, rack is equipped with the damping retracting device being connect with limit sliding rail, and damping retracting device includes setting
In in rack recycling motor, respectively with recycling motor the co-axially fixed recycling round of shaft and torque limiter, recycling round with
It is equipped with connector between limit sliding rail.
Furtherly, channel opening/closing component includes being set to parting bead to load the drive link of channel side, be fixed on drive link
Channel open and close block and the channel that connect with drive link opens and closes cylinder, parting bead loads to be set at the side opposite with channel keying cylinder of channel
There are locating plate, the end of drive link to be equipped with the torsional part being matchedly connected with locating plate.
Furtherly, nacelle and parting bead are equipped with parting bead blocking component between loading channel, and parting bead blocks component to be located at channel
The top of opening/closing component.
Furtherly, it includes blocking lock, the blocking cylinder in rack that sliding is set in rack that parting bead, which blocks component,
Block cylinder piston rod with block lock be fixedly connected, block lock equipped with for parting bead by through-hole.
The timber factory lumber item of the utility model is layered piler compared with the mode of traditional timber stacking, beneficial
Effect is：
1, the utility model uses chain drive component to realize that batten can be in the conveying on its short side direction.It is first
First, the structure along the conveying of batten short side direction can fundamentally solve the output position occurred because being conveyed along batten long side direction
Uncertain problem, and can completely left out traditional conveying operations personnel, greatly improve the stability of batten conveying and reliable
Property.Secondly, can be improved when batten enters snap-gauge during batten exports in the conveying on its short side direction by batten
Positional stability, to save the process that batten arranges on snap-gauge, effectively shorten batten output, stacking post-processing stream
Journey, the significant increase processing efficiency of batten.
2, the chain drive component of the utility model uses double-strand wheel group structure, and is arranged between transmission chain and can hold
The support rod of bolster item.The structure can realize chain drive component to batten stablize support, make batten in transmission process not
Crooked, phenomena such as falling off can be generated because of unbalance stress, effectively improve the stability of batten conveying.Meanwhile by batten
It is conveyed in the environment of stablizing support, improves position homogeneity of the batten in output, enter to further improve batten
Positional stability when snap-gauge.
3, first transmission chain of the utility model and the second transmission chain stagger setting in the vertical direction, and support rod is same
It is pivotally connected respectively with the first transmission chain and the second transmission chain on one horizontal position.Since support rod is by two rotatable pivots
Support is entirely being closed in transmission process so in batten transmission process, and no matter support rod is vertical shift or horizontal shifting
It is dynamic, be all not on perpendicular situations such as rotating, is crooked, to which it is constant to the bearing position of batten.It should
Structure can realize that batten is in relative static conditions always in entire transmission process, not will produce and to roll in the conveying direction
Phenomenon greatly improves the stability and reliability of batten conveying.In addition, batten opposing stationary can ensure that batten in conveying
Additional displacement is led to the problem of in output, ensures positional stability of the batten in output.
4, the utility model use corresponding with batten transfer position and snap-gauge position batten push component respectively and
The combined mechanism of batten limit assembly.First, batten push component can push the batten after conveying on snap-gauge, to
Realize automatic feed of the batten on snap-gauge.Secondly, batten limit assembly can carry out position to the batten pushed on snap-gauge
It limits, it is ensured that batten can be closely spaced successively on snap-gauge, be arranged to realize intelligence of the batten on snap-gauge.The combination
Mechanism can fundamentally replace the operations such as traditional human hand charging, arrangement completely, and batten is greatly saved and arranges, needed for stacking
Human hand, improves the degree of automation of batten processing, and the stability and reliability for effectively increasing batten charging, arranging.
5, the limit sliding rail of the utility model is equipped with limit cylinder corresponding with mobile limited block position.By limiting cylinder
Promotion to limited block makes batten have the structure for limiting its movement in the end of limit sliding rail, to avoid pushing away because of batten
The thrust of sending component is excessive and batten is made to be detached from snap-gauge.The structure other than the stability of position, is gone back in addition to ensureing batten on snap-gauge
The uniformity that batten arranges on snap-gauge, the stability arranged on snap-gauge so as to improve batten greatly improved.
6, the rack of the utility model is equipped with the damping retracting device being connect with limit sliding rail.By damping retracting device
The damping stress generated when limiting sliding rail and releasing realizes the stepping under the drive of driving cylinder of limit sliding rail and releases, to make
Batten can sequentially enter snap-gauge under the promotion that batten pushes component, effectively improve uniformity that batten arranges on snap-gauge and
Stability.In addition, under the pulling function of recycling motor, limit sliding rail can quickly recycling resets after the completion of batten arranges, with
Ensure that batten can stablize stacking on snap-gauge.
7, the utility model uses nacelle, parting bead loads the composite structure in channel and channel opening/closing component.First, channel
Opening/closing component can take blocking effect to the parting bead stored in nacelle, so that placement of the parting bead on snap-gauge or batten pile code is realized automatic
Change operation, avoid the leakage occurred when human hand is placed and put phenomenon, and greatly improve the positional stability in parting bead placement process,
To make batten in batten pile code not will produce the weight stress of different directions between layers, batten is thoroughly prevented and has stored
When the phenomenon that deforming.Secondly, parting bead load channel be located on batten limit assembly, batten limit assembly batten arrange,
It will produce movement in stacking procedure, when batten limit assembly is moved to the outboard end of snap-gauge or pile code, channel opening/closing component
It opens, to realizing automatic placement of the parting bead on snap-gauge or pile code, which can substantially save parting bead in batten stacking
Human hand is operated, the efficiency of timber stacking is effectively increased.
8, the channel opening/closing component of the utility model opens and closes cylinder by channel and drives drive link movement, to realize that channel is opened
Block is closed to open or close parting bead loading channel.Also, the end that parting bead loads channel is equipped with locating plate, and the end of drive link
Portion is equipped with torsional part.The structure can guarantee channel open and close cylinder action when, with the movement of drive link, drive link itself can be along torsion
The torsional direction in portion generates rotation, and drives channel to open and close block and rotate together, ensures that channel opens and closes the stabilization of block action
Property, greatly improve the reliability that parting bead loads on snap-gauge or pile code.
9, the nacelle of the utility model and parting bead are equipped with parting bead blocking component between loading channel.Component is blocked using parting bead
With the composite structure of channel opening/closing component, it can be achieved that timber parting bead is loaded in a manner of falling one by one on snap-gauge or pile code, from
And having ensured that parting bead is not in the case where putting in loading process more, the stability and pile code that effectively increase timber stacking are deposited
The safety put.
Description of the drawings
Fig. 1 is the structural schematic diagram of the best embodiment of the utility model；
Fig. 2 is the structural schematic diagram of the utility model chain drive component；
Fig. 3 is the schematic diagram of the utility model chain drive；
Fig. 4 is the structural schematic diagram of the utility model chain drive Component driver part；
Fig. 5 is the structural schematic diagram of the utility model drive component；
Fig. 6 is the connection relationship diagram of the push of the utility model batten, limit and parting bead loading part；
Fig. 7 is the structural schematic diagram that the utility model batten pushes component and batten limit assembly；
Fig. 8 is the utility model mobile limited block and limits the position relationship schematic diagram of cylinder；
Fig. 9 is the structural schematic diagram that the utility model nacelle and parting bead load channel；
Figure 10 is the mounting structure schematic diagram that the utility model parting bead blocks component；
Figure 11 is the vertical view that parting bead loads channel in the utility model batten limit assembly；
Figure 12 is that the utility model parting bead loads the A of channel side to sectional view；
Figure 13 is that the utility model parting bead loads the B of channel side to sectional view.
It is indicated in figure as follows：Frame body 11, driving motor 201, the first chain wheel set 202, the driving of the second chain wheel set 203, first
Sprocket wheel 204, the second drive sprocket 205, the first transmission chain 206, the second transmission chain 207, support rod 208, the first driving wheel group
209, the second driving wheel group 210, interconnecting piece 211, block 212, promotion motor 213, promotion sprocket wheel 214, promotion drive sprocket
215, lifter plate 216, driving motor 217, steering gear 218, driving wheel 219, driving wheel 220, movable pulley 221, rack 1, push
Cylinder 101, guide rod 103, driving cylinder 104, limit sliding rail 105, mobile limited block 106, limit cylinder 107, is oriented to push block 102
Sloping platform 108, locating slot 109, locating piece 110, recycling motor 111, recycling round 112, torque limiter 113, nacelle 301, parting bead
Load channel 302, drive link 303, channel keying block 304, channel keying cylinder 305, locating plate 306, torsional part 307, cavity
308, it blocks lock 309, block cylinder 310, through-hole 311.
Specific implementation mode
The utility model is further described below in conjunction with the accompanying drawings, according to Fig. 1 to Figure 13, the wood of the utility model
It includes frame body 11, chain drive component and lifting assembly that material factory lumber item, which is layered piler mainly,.It chain drive component and carries
It rises component to may be contained on frame body 11, and is additionally provided with circuit controller on frame body 11, for controlling chain transmission component and promotion
The action of component.Wherein, chain drive component can drive batten to be moved along short side direction, to realize that batten can be in stable position
Set output；And lifting assembly can drive feed mechanism of the batten on snap-gauge to move back and forth in the vertical direction, be used for wood
Item realizes that the step-by-step movement of feed mechanism rises in stacking on snap-gauge.
The chain drive component of the utility model include be set to frame body 11 on driving motor 201, the first chain wheel set 202,
Second chain wheel set 203, the first drive sprocket 204, the second drive sprocket 205.Wherein the first chain wheel set 202, the second chain wheel set
203, the first drive sprocket 204, the second drive sprocket 205 may be contained on frame body 11, and are pivotally connected in frame body 11, transmission electricity
The shaft of machine 201 is connect with the shaft of the first drive sprocket 204 and the second drive sprocket 205.First chain wheel set 202 and first is driven
It is connected with the first transmission chain 206 between movable sprocket 204, with the second transmission between the second chain wheel set 203 and the second drive sprocket 205
Chain 207 connects, and the first transmission chain 206 and the second transmission chain 207 can do closed type transmission in rack.First transmission chain 206
And second be additionally provided with support rod 208 between transmission chain 207, which is used for support batten, to realize the defeated of batten
It send.By the setting of double chain wheel group, realizes that chain drive component supports stablizing for batten, make batten will not in transmission process
Crooked, phenomena such as falling off is generated because of unbalance stress, improves the stability of batten conveying.Meanwhile by batten in stabilization
It is conveyed in the environment of support, improves position homogeneity of the batten in output, further improve position when batten enters snap-gauge
Set stability.It, can be in the first drive sprocket in order to keep the power that the first drive sprocket 204 and drive sprocket export more stable
First driving wheel group 209 is set between 204 and 201 shaft of driving motor；In 201 turns of the second drive sprocket 205 and driving motor
Second driving wheel group 210 is set between axis.
First transmission chain 206 and the second transmission chain 207 of the utility model stagger setting in the vertical direction, and support rod
208 are equipped with the interconnecting piece 211 being pivotally connected respectively with the first transmission chain 206 and the second transmission chain 207, two interconnecting pieces 211
In the same horizontal position.Since support rod 208 is supported by two rotatable interconnecting pieces 211, so being passed in entire be closed
During dynamic, no matter support rod 208 is vertical shift or moves horizontally, and is all not in rotating, is askew on perpendicular
Situations such as oblique.The structure can realize that batten is in relative static conditions always in entire transmission process, not will produce and conveying
The phenomenon that side scrolls up improves the stability and reliability of batten conveying.In addition, batten conveying when it is opposing stationary can
Ensure that batten leads to the problem of additional displacement in output, ensures positional stability of the batten in output.In addition, in support rod
Block 212 is additionally provided on 208, which is located at 207 outside of the first transmission chain 206 and the second transmission chain.Block
212 other than it can play the role of positioning to the batten in support rod 208, moreover it is possible to prevent batten from being generated with chain in input or output
Contact, to ensure the stability and reliability of chain drive component operation.When support rod 208 is in 206 He of the first transmission chain
It when being moved under the drive of the second transmission chain 207, can be played a supportive role in face of batten by horizontal supporting, when support rod 208 is transported
It moves to level when moving down, batten is detached from horizontal support surface and is placed on frame body 11.Before next support rod 208 moves to
When a piece batten position, previous batten is pushed frame body 11 by block 212, and next batten is placed on frame body 11.The knot
Structure can really realize the step-by-step movement charging of batten, improve the stability of batten conveying.
The lifting assembly of the utility model includes promoting motor 213, promoting sprocket wheel 214, promote drive sprocket 215, lifting
Plate 216.Wherein, it promotes motor 213 and is set on frame body 11 it and be fixedly connected with frame body 11；It promotes sprocket wheel 214 and is set to promotion electricity
In 213 shaft of machine, it is fixedly and coaxially connected with machine shaft；It promotes drive sprocket 215 to be then set on frame body 11, with frame body 11
It is pivotally connected；The sliding of lifter plate 216 is set on frame body 11, can matching by sliding rail and sliding block between lifter plate 216 and frame body 11
It closes and realizes its sliding up and down on frame body 11.It is promoted to be equipped between sprocket wheel 214 and promotion drive sprocket 215 and promotes chain, promoted
One end of chain, which is fixed on, to be promoted on sprocket wheel 214, and the other end is fixed on lifter plate 216.Promotion sprocket wheel is driven by promoting motor 213
214 rotations generate winding effect, to be that lifter plate 216 does ascending motion to promoting chain.
Drive component can also be set on the frame body 11 of the utility model, the drive component is for that can drive frame body 11 to move
It is dynamic comprising to be set to the driving motor 217 on frame body 11, the steering gear 218 on machine shaft, be set to 218 liang of steering gear
The driving wheel 219 of side, the driving wheel 220 for being respectively arranged on 219 both sides of driving wheel, with driving wheel 220 coaxial arrangement and with frame body 11
The movable pulley 221 of pivot connection.It drives the driving wheel 219 of 218 both sides of steering gear to rotate by driving motor 217, makes driving wheel
220 drive movable pulleys 221 do equidirectional rotation, to realize the movement of frame body 11.
The lifter plate 216 of the utility model is equipped with rack 1, and batten push component and batten limit are respectively equipped in rack 1
Hyte part.Wherein, batten push component is corresponding with batten transfer position and snap-gauge position respectively；And batten limit assembly is same
It is corresponding with batten transfer position and snap-gauge position respectively.Circuit controller can also be set in rack 1, pushed away for controlling batten
The action of sending component and batten limit assembly.Component is pushed by batten to push the batten after conveying on snap-gauge, with
And batten limit assembly carries out position restriction to the batten that is pushed on snap-gauge, be truly realized batten on snap-gauge it is automatic into
Material and intelligence arrangement arrange, the operations such as to replace traditional human hand charging completely, arrange.
The batten push component of the utility model includes push cylinder 101 and push block 102, wherein push cylinder 101 is set to
It is to be fixedly connected with rack 1 in rack 1；And push block 102 is then set on the piston rod of push cylinder 101, with batten position
It is corresponding.By pushing promotion of the cylinder 101 to push block 102, automatic push of the batten on snap-gauge are realized, batten is realized
The automatic feed of stacking.And the side for pushing cylinder 101 is provided with guide rod 103, the both ends of guide rod 103 respectively with rack 1 and
Push block 102 is fixedly connected.The structure can be reinforced pushing the reliability that cylinder 101 works, and make thrust direction suffered by batten more
Stablize.
The batten limit assembly of the utility model includes driving cylinder 104, limit sliding rail 105, mobile limited block 106.Wherein,
Driving cylinder 104 is set in rack 1, is fixedly connected with rack 1, for providing stable thrust to limit sliding rail 105；And it limits
Sliding rail 105 is then slidably connected with rack 1, and it is fixed on 104 piston rod of driving cylinder；Mobile limited block 106 is set to limit
It is corresponding with batten position on sliding rail 105, and mobile limited block 106 is located at the at one end opposite with driving cylinder 104.In addition,
Mobile limited block 106 is pivotally connected with limit sliding rail 105, and limit sliding rail 105 is equipped with limit cylinder 107, the limit cylinder 107 with it is living
Dynamic 106 position of limited block is corresponding.By limiting promotion of the cylinder 107 to limited block, make batten in the end of limit sliding rail 105
With the structure for limiting its movement, avoid making batten be detached from snap-gauge because the thrust that batten pushes component is excessive.
The end that the limit sliding rail 105 of the utility model is contacted with batten, which is additionally provided with, is oriented to sloping platform 108, and limits sliding rail
105 are equipped with locating slot 109, and mobile limited block 106 is equipped with the locating piece 110 being matchedly connected with locating slot 109.It is oriented to sloping platform
108 can ensure that stability of the limit sliding rail 105 in forward impelling, and ensure its smoothness in recycling, and locating slot 109
It can improve mobile limited block 106 opening, the stability being closed under the drive of limit cylinder 107 with being matchedly connected for locating piece 110.
It is additionally provided with damping retracting device in the rack 1 of the utility model, which connects with limit sliding rail 105
It connects.The damping stress generated by damping retracting device when limiting sliding rail 105 and releasing realizes limit sliding rail 105 and is driving
Stepping is released under the drive of cylinder 104, so that batten is sequentially entered snap-gauge under the promotion that batten pushes component, is improved batten and exist
The uniformity and stability arranged on snap-gauge.In addition, limit sliding rail 105 can also arrange progress after the completion in batten, quickly recycling is multiple
Position, to ensure that batten can stablize stacking on snap-gauge.In order to realize that above-mentioned function, the damping retracting device of the utility model include
Recycle motor 111, recycling round 112 and torque limiter 113.It recycles motor 111 to be set in rack 1, fixes and connect with rack 1
It connects；The shaft of recycling round 112 and torque limiter 113 then respectively with recycling motor 111 is coaxially fixed, and recycling round 112 and limit
It is equipped with connector between the sliding rail 105 of position, which can be any flexible attachment components that can be wrapped in recycling round 112.
When batten needs are arranged on snap-gauge, driving cylinder 104 pushes limit sliding rail 105 to stretch out, and limit cylinder 107 pushes away
Dynamic mobile limited block 106 is opened, and the outermost batten, that is, top pressure of snap-gauge is located at after arrangement in mobile limited block 106.Then it pushes away
It send cylinder 101 to drive 102 top pressure batten of push block, batten is made to move forward together with limit sliding rail 105, subsequent batten can enter limit
In the sliding rail 105 of position, the batten close-packed arrays with front.Since the thrust that limit sliding rail 105 continues driven motion block influences, to realize
The stepping for limiting sliding rail 105 is stretched out, and power is disconnected after driving cylinder 104 pushes limit sliding rail 105 to move forward for the first time, in recycling round
112 and torque limiter 113 damping force effect under make limit sliding rail 105 stop movement.When batten arranges completion on snap-gauge
Afterwards, limit cylinder 107 pulls mobile limited block 106 to reset, and recycles motor 111 at this time and works, torque limiter 113 is made to unclamp, leads to
Crossing the revolution of recycling round 112 makes it withdraw the limit application pulling force of sliding rail 105.
The timber factory lumber item layering piler of the utility model further includes that nacelle 301 and parting bead load channel 302,
In, nacelle 301 is set in rack 1, the accommodating cavity for placing parting bead with upper and lower ends opening；And parting bead loads channel
302 are set on batten limit assembly, which is located at the lower part of nacelle 301, and it is fixed on snap-gauge to be used for batten
Position.The upper and lower ends that parting bead loads channel 302 are connected to 301 lower part of nacelle and snap-gauge respectively, and parting bead is loaded and set in channel 302
There is channel opening/closing component.Channel opening/closing component can take blocking effect to the parting bead stored in nacelle 301, make parting bead in snap-gauge or wood
Automation mechanized operation is realized in placement on pile code, is avoided the leakage occurred when human hand is placed and is put phenomenon, and improves parting bead placement
Positional stability in the process has prevented the phenomenon that batten is deformed in storage.And parting bead loads channel 302 and is located at batten
On limit assembly, batten limit assembly will produce movement in batten arrangement, stacking procedure, when batten limit assembly is moved to card
When the outboard end of plate or pile code, channel opening/closing component is opened, should to realize automatic placement of the parting bead on snap-gauge or pile code
Structure can substantially save operation human hand of the parting bead in batten stacking, effectively increase the efficiency of timber stacking.
The channel opening/closing component of the utility model includes drive link 303, channel opens and closes block 304 and channel opens and closes cylinder 305.Its
Middle drive link 303 is set to parting bead loading 302 side of channel, and it can load rotation in channel 302 in parting bead；Channel opens and closes block 304
It is then fixed on drive link 303, is used to prevent whereabouts of the parting bead under state off board；And channel opens and closes cylinder 305 and transmission
Bar 303 connects, and cylinder body is fixedly connected with rack 1, and piston rod is then connect with drive link 303, and channel opens and closes cylinder 305 and is used for handle
Power is transferred to channel through drive link 303 and opens and closes on block 304, makes it that can realize parting bead dress under the action of channel opens and closes cylinder 305
Carry opening and the closing in channel 302.In order to realize that channel opens and closes opening or closing for block 304, the parting bead of the utility model loads
Locating plate 306 can be set at the side opposite with channel keying cylinder 305 of channel 302, and the end of drive link 303 is then equipped with torsion
Portion 307, the torsional part 307 are matchedly connected with locating plate 306.The structure can guarantee channel open and close cylinder 305 act when, with transmission
The movement of bar 303, drive link 303 itself can generate rotation along the torsional direction of torsional part 307, and channel is driven to open and close block 304
It rotates together, ensures that channel opens and closes the stability that block 304 acts, improve that parting bead loads on snap-gauge or pile code can
By property.In addition, batten limit assembly is equipped with cavity 308, which is located at the side that parting bead loads channel 302, can be used
In accommodating drive link 303 and channel keying block 304, the generation interference of channel 302 is loaded to parting bead to avoid drive link 303 and is showed
As.
The utility model can also be arranged parting bead between nacelle 301 and parting bead load channel 302 and block component, the parting bead
Component is blocked to be located at the top of channel opening/closing component.Parting bead blocks component and channel opening/closing component to constitute composite structure, realizes
Timber parting bead is loaded in a manner of falling one by one on snap-gauge or pile code, has ensured that parting bead is not in put in loading process more
The case where, improve the stability of timber stacking and the safety of pile code storage.And the parting bead of the utility model blocks component packet
It includes and blocks lock 309, blocks cylinder 310.It wherein blocks the sliding of lock 309 to be set in rack 1, can slide back and forth in the horizontal plane, hinder
Disconnected lock 309 be equipped with for parting bead by through-hole 311；And cylinder 310 is blocked to be fixedly installed in rack 1, block the work of cylinder 310
Stopper rod is fixedly connected with lock 309 is blocked.The structure can realize parting bead block component and channel opening/closing component independent control, and
Two components realize timber parting bead step-by-step movement one by one in the case of staggeredly acting falls, to improve the steady of parting bead loading
Qualitative and reliability.
Above-mentioned specific embodiment is only the preferable specific implementation mode of the utility model effect, all wood with the utility model
Material factory lumber item is layered the identical or equivalent structure of piler, within the protection scope of the present utility model.
Claims (10)
1. a kind of timber factory lumber item is layered piler, including frame body (11), it is characterised in that：The frame body (11) is equipped with
Chain drive component that batten moves along short side direction can be driven, feed mechanism of the batten on snap-gauge can be driven in vertical direction
The lifting assembly of upper round-trip, lifting assembly be equipped with rack (1), rack (1) be equipped with respectively with batten transfer position and
The corresponding batten push component in snap-gauge position and batten limit assembly, rack (1) are equipped with the nacelle for placing parting bead
(301) with parting bead load channel (302), parting bead load channel (302) be located on batten limit assembly, and respectively with nacelle
(301) lower part is connected to snap-gauge, and batten limit assembly is located at below nacelle (301), and parting bead, which loads, is equipped with channel in channel (302)
Opening/closing component.
2. timber factory lumber item is layered piler according to claim 1, it is characterised in that：The chain drive component packet
Include the driving motor (201) on frame body (11), the first chain wheel set (202) and the second chain wheel set being set on frame body (11)
(203), the shaft of driving motor (201) and the first drive sprocket (204) and the second drive sprocket on frame body (11)
(205) it connects, the first transmission chain (206) of transmission can be closed between the first chain wheel set (202) and the first drive sprocket (204)
Connection is connected between the second chain wheel set (203) and the second drive sprocket (205) with the second transmission chain (207) that can be closed transmission,
Between first transmission chain (206) and the second transmission chain (207) be equipped with can support batten support rod (208).
3. timber factory lumber item is layered piler according to claim 2, it is characterised in that：First transmission chain
(206) and the second transmission chain (207) stagger setting in the vertical direction, support rod (208) be equipped with respectively with the first transmission chain
(206) and the second transmission chain (207) is pivotally connected and the interconnecting piece (211) in the same horizontal position.
4. timber factory lumber item is layered piler according to claim 1, it is characterised in that：The lifting assembly includes setting
In the promotion motor (213) on frame body (11), the promotion sprocket wheel (214) in promotion motor (213) shaft, it is set to frame body
(11) promotion drive sprocket (215), sliding on are set to the lifter plate (216) on frame body (11), promote sprocket wheel (214) and are promoted
It is equipped between drive sprocket (215) and promotes chain, the one end for promoting chain is fixed on promotion sprocket wheel (214), and the other end fixes lifting
On plate (216), rack (1) is set on lifter plate (216).
5. timber factory lumber item is layered piler according to claim 1, it is characterised in that：The batten pushes component packet
The push cylinder (101) in rack (1) is included, the piston rod of push cylinder (101) is equipped with push corresponding with batten position
Block (102).
6. timber factory lumber item is layered piler according to claim 1, it is characterised in that：The batten limit assembly packet
The driving cylinder (104) in rack (1) is included, is slidably connected with rack (1) and is fixed on the limit on driving cylinder (104) piston rod
Position sliding rail (105), mobile limited block corresponding with batten position (106), mobile limited block (106) are set to limit sliding rail
(105) at one end opposite with driving cylinder (104) on, mobile limited block (106) are pivotally connected with limit sliding rail (105), limit
Sliding rail (105) is equipped with limit cylinder (107) corresponding with mobile limited block (106) position.
7. timber factory lumber item is layered piler according to claim 6, it is characterised in that：The rack (1) is equipped with
The damping retracting device being connect with limit sliding rail (105), the damping retracting device includes the recycling motor being set in rack (1)
(111), respectively with recycling motor (111) the co-axially fixed recycling round of shaft (112) and torque limiter (113), recycling round
(112) connector is equipped between limit sliding rail (105).
8. timber factory lumber item is layered piler according to claim 1, it is characterised in that：The channel opening/closing component packet
It includes set on parting bead loads the drive link (303) of channel (302) side, the channel being fixed on drive link (303) opens and closes block (304)
And the channel being connect with drive link (303) opens and closes cylinder (305), it is opposite with channel keying cylinder (305) that parting bead loads channel (302)
Locating plate (306) is equipped at side, the end of drive link (303) is equipped with the torsional part being matchedly connected with locating plate (306)
(307)。
9. timber factory lumber item is layered piler according to claim 8, it is characterised in that：The nacelle (301) with every
Item is equipped with parting bead blocking component between loading channel (302), and parting bead blocking component is located at the top of channel opening/closing component.
10. timber factory lumber item is layered piler according to claim 9, it is characterised in that：The parting bead blocks component
Including sliding the blocking cylinder (310) for being set to the blocking lock (309) in rack (1), being set in rack (1), the work of cylinder (310) is blocked
Stopper rod with block lock (309) be fixedly connected, block lock (309) be equipped with for parting bead by through-hole (311).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820423205.4U CN207986199U (en) | 2018-03-27 | 2018-03-27 | A kind of timber factory lumber item layering piler |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820423205.4U CN207986199U (en) | 2018-03-27 | 2018-03-27 | A kind of timber factory lumber item layering piler |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207986199U true CN207986199U (en) | 2018-10-19 |
Family
ID=63829284
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820423205.4U Expired - Fee Related CN207986199U (en) | 2018-03-27 | 2018-03-27 | A kind of timber factory lumber item layering piler |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207986199U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108455291A (en) * | 2018-03-27 | 2018-08-28 | 广东顺德永强福泰智能木工机械有限公司 | A kind of timber factory lumber item layering piler |
| CN110937385A (en) * | 2019-12-18 | 2020-03-31 | 周俊杰 | Wood intelligent stacking woodworking machine |
| CN116177232A (en) * | 2022-12-08 | 2023-05-30 | 广东锦顺自动化科技有限公司 | Online equipment of stacking of assembly line |
-
2018
- 2018-03-27 CN CN201820423205.4U patent/CN207986199U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108455291A (en) * | 2018-03-27 | 2018-08-28 | 广东顺德永强福泰智能木工机械有限公司 | A kind of timber factory lumber item layering piler |
| CN110937385A (en) * | 2019-12-18 | 2020-03-31 | 周俊杰 | Wood intelligent stacking woodworking machine |
| CN110937385B (en) * | 2019-12-18 | 2021-07-06 | 广州市升晖木业有限公司 | Wood intelligent stacking woodworking machine |
| CN116177232A (en) * | 2022-12-08 | 2023-05-30 | 广东锦顺自动化科技有限公司 | Online equipment of stacking of assembly line |
| CN116177232B (en) * | 2022-12-08 | 2023-11-03 | 广东锦顺自动化科技有限公司 | Online equipment of stacking of assembly line |
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Granted publication date: 20181019 Termination date: 20190327 |