CN206383260U - Full-automatic template pin pier nailing cutting machine - Google Patents
Full-automatic template pin pier nailing cutting machine Download PDFInfo
- Publication number
- CN206383260U CN206383260U CN201720052028.9U CN201720052028U CN206383260U CN 206383260 U CN206383260 U CN 206383260U CN 201720052028 U CN201720052028 U CN 201720052028U CN 206383260 U CN206383260 U CN 206383260U
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- Prior art keywords
- chute feeder
- nailing
- piston
- chute
- substrate
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Abstract
The utility model discloses a kind of full-automatic template pin pier nailing cutting machine, including chute feeder, also include feeding device, feed device, nailing device, the cutter device set gradually along chute feeder, the feeding device is located at one end of chute feeder, the feed device and nailing device are sequentially arranged in the both sides of chute feeder, and the cutter device is located at the other end of chute feeder.Understand from the above, full-automatic template pin pier nailing cutting machine of the present utility model, realize the rapid automatized production of a line that template produces pin pier, improve the production efficiency that pin pier is produced with template, and device structure is simple, floor space is smaller.
Description
Technical field
The utility model is related to the technical field that template produces pin pier, and in particular to a kind of full-automatic template pin pier nailing is cut
Cutting mill.
Background technology
In the prior art, known technology is the fast development with modern industry, for goods packaging, stacks, removes
Fortune and the pallet of transport are widely used, and pin pier is the pith for constituting pallet, and traditional wood composite pallet pin pier mainly recognizes solid wood
Or wood chip synthetic material is made, but these material costs are high, waste of resource, are difficult to ensure quality, with waste and old glued board（Mostly one
The building template that secondary property is used）The accreditation of Most users is obtained for the tray foot pier that raw material is manufactured, but at present by multiple gluings
The pin pier of plate cutting composition one by one, is manually process operation, inefficiency, and the pin pier quality made is not mostly
Height, this is the weak point present in prior art.
There is the equipment of similar Application No. 2016102373731 on the market at present, for template to be produced into pin pier, still
The device structure of this structure is relative complex, production it is less efficient, can not meet the larger enterprise of pallet demand.
The content of the invention
The purpose of this utility model is：The deficiencies in the prior art are overcome to be cut there is provided a kind of full-automatic template pin pier nailing
Cutting mill, realizes the rapid automatized production of a line that template produces pin pier, improves the production efficiency that pin pier is produced with template,
And device structure is simple, floor space is smaller；By the effect of feed pressure plate, the step feeding of template is realized, so that
In the cycle of feeding, nailing and cutting can be carried out, therefore further increase the production efficiency that pin pier is produced using template；It is logical
Cross between feeding device and feed device, side, the front and rear side of cutter device are respectively equipped with hold-down devices before and after nailing device
Or side-pressing device, consequently facilitating feed device, nailing device and cutter device can be operated to plank exactly, it is ensured that
The degree of accuracy respectively operated；Pass through the effect of slicing device so that the surface smoothness of template is improved, the dimensional accuracy of template is carried
It is high；By the effect of transfer roller, the template in charge chute can be sent to feed device on one's own initiative, reduce the labor of operative employee
Fatigue resistance；The surface of the transfer roller is provided with bristle, so as to improve the confficient of static friction between transfer roller and plank, is easy to pass
Roller is sent to forward the poor template of surface smoothness；The setting of dust cover, it is to avoid the dust produced by production process is dirty
Contaminate environment.
Technical solution adopted in the utility model is：
Full-automatic template pin pier nailing cutting machine, including chute feeder, in addition to filled along the charging that chute feeder is set gradually
Put, feed device, nailing device, cutter device, the feeding device be located at chute feeder one end, the feed device and nailing
Device is sequentially arranged in the both sides of chute feeder, and the cutter device is located at the other end of chute feeder.
The further improvement project of the utility model is that the feeding device includes pedestal, and the top of the pedestal is parallel to be set
Have to be formed between two risers A, the riser A and be put into charge chute, the charge chute by multiple template, the end face of the template
Towards riser A, the template gross thickness in the charge chute is matched with the groove width of charge chute.
The utility model further improvement project is that the charge chute is docked and connected with chute feeder, the charge chute
Groove width is matched with the groove width of chute feeder.
The utility model further improvement project is that the pedestal is located at the length along charge chute at the position of charge chute
Degree direction is parallel successively to be distributed with many horizontal transmission rollers vertical with charge chute length direction, and the rotating shaft C of the transfer roller is led to
Cross the connection of transmission device Synchronous Transmission.
The utility model further improvement project is that the surface of the transfer roller is provided with bristle.
The utility model further improvement project is that the rotating shaft C of the transfer roller is driven by motor D, and by passing
Dynamic chain Synchronous Transmission, the motor D is fixed on pedestal.
The utility model further improvement project is that the cell wall of the chute feeder is along cell wall on frame plate structure, cell wall
Length direction provided with operation through hole, the feed device and nailing device be each passed through operation through hole to the template in chute feeder
Carry out corresponding operation.
The utility model further improvement project is, the feed device includes being located at below chute feeder, along chute feeder
The feeding substrate that length direction moves back and forth, the top of the feeding substrate, positioned at the both sides of chute feeder respectively symmetrically provided with giving
Expect pressing plate, the feed pressure plate by piston A along towards or dorsad the direction of chute feeder is flexibly connected with feeding substrate, it is described
Piston A is fixed with feeding substrate.
The utility model further improvement project is that the feed pressure plate is located at operation to the projection of the cell wall of chute feeder
In the range of through hole.
The utility model further improvement project is, length side of the feeding substrate by piston B along chute feeder
To moving back and forth, the piston B is fixed on the bottom of chute feeder, and the both sides of the feeding substrate are slided with horizon bar A respectively to be connected
Connect, the horizon bar A is fixed on the both sides of chute feeder.
The utility model further improvement project is, the nailing device includes being located at below chute feeder, along chute feeder
The nailing substrate that length direction moves back and forth, the top of the nailing substrate, positioned at the both sides of chute feeder is respectively equipped with ailing machine,
The ailing machine by piston C along towards or dorsad the direction of chute feeder is flexibly connected with nailing substrate, the piston C and beat
Nail substrate is fixed.
The utility model further improvement project is that the length for the nail that the ailing machine is got is tired less than all templates
Fold gross thickness and the tired folded gross thickness after one piece of template is subtracted more than all templates.
The utility model further improvement project is that the ailing machine is slidably connected by slide plate with nailing substrate, institute
State ailing machine to be fixed on slide plate, piston C piston rod and slide plate are fixed.
The utility model further improvement project is that the height of the nail mouth of the ailing machine is located at the model of operation through hole
In enclosing, and the position of the nail mouth of the ailing machine of chute feeder both sides is staggered.
The utility model further improvement project is, length side of the nailing substrate by piston D along chute feeder
To moving back and forth, the piston D is fixed on the bottom of chute feeder, and the both sides of the nailing substrate are slided with horizon bar B respectively to be connected
Connect, the horizon bar B is fixed on the both sides of chute feeder.
The utility model further improvement project is, the top of the chute feeder, sets directly over nailing device
Have hold-down devices F, the hold-down devices F include piston N, the piston N piston rod end be fixed on above chute feeder to
Lower stretch out simultaneously is fixed with roller shaft, and the roller shaft is the trunnion axis vertical with chute feeder length direction, and the length of roller shaft
Degree is matched with the groove width of chute feeder, is rotatably connected to multiple rollers on the roller shaft successively.
The utility model further improvement project is, both sides of chute feeder, between feed device and nailing device
Side-pressing device A and side-pressing device B are respectively equipped with position and at the terminal position of chute feeder.
The utility model further improvement project is that the side-pressing device A includes being located at the top of pedestal A, the pedestal A
The side of chute feeder, which is provided with, to be located at the opposite side of chute feeder, is provided with baffle plate corresponding to lateral pressing plate A at the top of lateral pressing plate A, pedestal A
A, the lateral pressing plate A by piston F along towards or dorsad the direction of chute feeder is moved, the piston F is fixed on pedestal A
On.
The utility model further improvement project is that the side-pressing device B includes being located at the top of pedestal B, the pedestal B
The side of chute feeder, which is provided with, to be located at the opposite side of chute feeder, is provided with baffle plate corresponding to lateral pressing plate B at the top of lateral pressing plate B, pedestal B
B, the lateral pressing plate B by piston G along towards or dorsad the direction of chute feeder is moved, the piston G is fixed on pedestal B
On.
The utility model further improvement project is that one end of the horizon bar A is fixed with pedestal, the other end and pedestal
A is fixed.
The utility model further improvement project is that one end and the pedestal A of the horizon bar B are fixed, the other end and base
Seat B is fixed.
The utility model further improvement project is that the cutter device includes be vertically arranged and feeding slot length
The vertical saw blade in direction, the saw blade is driven by motor A, and the rotating shaft A of the saw blade is rotationally connected with oscillating deck by axle sleeve
Side, motor A is fixed on the other end of oscillating deck, and the output shaft of the motor A and the rotating shaft A of saw blade are connected, described
Oscillating deck is swung with substrate around swinging axle by piston E and is connected.
The utility model further improvement project is that the oscillating deck is located at saw blade provided with case B, the case B
Top.
The utility model further improvement project is that the bottom land of the chute feeder is provided with bottom plate, one end of the bottom plate
Extend to and be connected in charge chute with riser, the other end of the bottom plate is extended to be fixed with substrate connection.
The utility model further improvement project, which is that the substrate rises, is provided with sawing through hole, and the saw blade is around swinging axle
When cutting pin pier to lower swing, saw blade bottom is located in the range of sawing through hole.
The utility model further improvement project is that the top of the substrate corresponds to be located on the extended line of chute feeder
The front side of cutter device is provided with side-pressing device C, and the side-pressing device C includes the parallel riser B for being fixed on substrate top surface, described flat
Hopper is formed between row riser B, the hopper is located on the extended line of chute feeder, the groove width of the hopper and the groove width of chute feeder
Matching, the side-pressing device C also include side guide C, the side guide C by piston H along towards or dorsad riser B direction
Mobile, the piston H is fixed on substrate, and the riser B close to side guide C sides, which corresponds to, is provided with side pressure at side guide location of C
Through hole, side guide C is contacted through side pressure through hole with the pin pier in hopper.
The utility model further improvement project is that the top of the riser A is at the terminal position of charge chute, institute
The top for stating chute feeder is located at side-pressing device A and side-pressing device B position and the top of substrate corresponds to chute feeder and prolonged
On long line be located at side-pressing device location of C at and cutter device on rear side of be respectively fixed with hold-down devices A, hold-down devices B, under press-fit
Put C, hold-down devices D and hold-down devices E, the hold-down devices A, hold-down devices B, hold-down devices C, hold-down devices D and under press-fit
Putting E includes being fixed on respectively piston I, piston J, piston K, piston L and the piston M of top plate, the piston I, piston J, piston K,
Piston L and the respective piston rod ends of piston M pass through corresponding top plate separately down, and are respectively fixed with lower platen.
The utility model further improvement project, which is that one end of the bottom plate is extended to, is located at hold-down devices in charge chute
A underface.
The utility model further improvement project is that the lower platen is replaced with down-pressure roller, and the down-pressure roller is led to
The piston rod that roller shaft is crossed with piston I, piston J, piston K, piston L or piston M is connected, and is rotatably connected on the roller shaft many
Individual roller, the roller shaft is the trunnion axis vertical with chute feeder length direction, and the length and the groove of chute feeder of roller shaft
Width matching, the roller is sequentially distributed on roller shaft.
The utility model further improvement project, which is that the substrate is located between nailing device and cutter device, is provided with table
Face slicing device, the substrate, which corresponds to, is provided with slicing through hole at the slicing device position of surface.
The utility model further improvement project is that the surface slicing device includes top surface slicing device or bottom surface is dug
Cutting apparatus, the top surface slicing device or bottom surface slicing device include plane roller, and the rotating shaft B of the plane roller passes through link and stand
Connection is rotated, substrate is fixed in the stand, and the rotating shaft B is driven by motor B, and the motor B is fixed on stand, the plane
Roller is located in the range of slicing through hole.
The utility model further improvement project is that case is provided with above the plane roller of the top surface slicing device, described
Case is fixed with stand.
The utility model further improvement project is that the surface slicing device includes leading flank slicing device or rear side
Face slicing device, the leading flank slicing device or trailing flank slicing device include planing tool, and the planing tool is set by motor C respectively
In the both sides of chute feeder extended line and planing tool is driven, the motor C is fixed on substrate, the planing tool is located at slicing through hole
In the range of.
The utility model further improvement project is to be respectively equipped with case C at the position of planing tool on the substrate,
The case is located at the top of planing tool.
The utility model further improvement project is that the case A, case B and case C connect with dust arrester respectively
It is logical.
The beneficial effect of utility model is：
Firstth, full-automatic template pin pier nailing cutting machine of the present utility model, realizes the line that template produces pin pier
Rapid automatized production, improves the production efficiency that pin pier is produced with template, and device structure is simple, floor space is smaller.
Secondth, full-automatic template pin pier nailing cutting machine of the present utility model, by the effect of feed pressure plate, realizes mould
The step feeding of plate, so that within the cycle of feeding, nailing and cutting can be carried out, therefore further increase utilization template life
Produce the production efficiency of pin pier.
3rd, full-automatic template pin pier nailing cutting machine of the present utility model, by feeding device and feed device it
Between, the front and rear side of nailing device, the front and rear side of cutter device be respectively equipped with hold-down devices or side-pressing device, consequently facilitating feeding is filled
Put, nailing device and cutter device can be operated to plank exactly, it is ensured that the degree of accuracy respectively operated.
4th, full-automatic template pin pier nailing cutting machine of the present utility model, passes through the effect of slicing device so that template
Surface smoothness improve, the dimensional accuracy of template is improved.
5th, full-automatic template pin pier nailing cutting machine of the present utility model, can be on one's own initiative by the effect of transfer roller
Template in charge chute is sent to feed device, the labor intensity of operative employee is reduced.
6th, full-automatic template pin pier nailing cutting machine of the present utility model, the surface of the transfer roller is provided with bristle, from
And the confficient of static friction between transfer roller and plank is improved, it is easy to transfer roller by the poor template of surface smoothness to forward pass
Send.
7th, full-automatic template pin pier nailing cutting machine of the present utility model, the setting of dust cover, it is to avoid in production process
Produced dust polluting environment.
Brief description of the drawings：
Fig. 1 is main view schematic top plan view of the present utility model.
Fig. 2 is main view schematic cross-sectional view of the present utility model.
Fig. 3 is the side view enlarged diagram of cutter device.
Embodiment：
With reference to shown in Fig. 1 ~ Fig. 3, the utility model includes chute feeder, in addition to is filled along the charging that chute feeder is set gradually
Put, feed device, nailing device, cutter device, the feeding device be located at chute feeder one end, the feed device and nailing
Device is sequentially arranged in the both sides of chute feeder, and the cutter device is located at the other end of chute feeder.
The feeding device includes pedestal 1, the top of the pedestal 1 is parallel be provided with two risers A6, the riser A6 it
Between form charge chute 2, be put into multiple template in the charge chute 2, the end face of the template is towards riser A6, the charge chute
Template gross thickness in 2 is matched with the groove width of charge chute 2.
The charge chute 2 is docked and connected with chute feeder, and the groove width of the charge chute 2 is matched with the groove width of chute feeder.
The pedestal 1 be located at charge chute 2 position at along charge chute 2 length direction successively it is parallel be distributed with many with
The vertical horizontal transmission roller 7 of the length direction of charge chute 2, the rotating shaft C 33 of the transfer roller 7 is connected by transmission device Synchronous Transmission
Connect.
The surface of the transfer roller 7 is provided with bristle.
The rotating shaft C 33 of the transfer roller 7 is driven by motor D, and by the Synchronous Transmission of driving-chain 34, the motor D consolidates
Due to pedestal 1.
The cell wall 9 of the chute feeder is provided with operation through hole 35, institute on frame plate structure, cell wall 9 along the length direction of cell wall
State feed device and nailing device is each passed through operation through hole 35 and carries out corresponding operation to the template in chute feeder.
The feed device includes the feeding substrate 10 for being located at below chute feeder, moving back and forth along chute feeder length direction,
The top of the feeding substrate 10, positioned at the both sides of chute feeder feed pressure plate 3 is respectively symmetrically provided with, the feed pressure plate 3 passes through
Piston A12 along towards or dorsad the direction of chute feeder is flexibly connected with feeding substrate 10, the piston A12 and feeding substrate 10
It is fixed.
The feed pressure plate 3 is located in the range of operation through hole 35 to the projection of the cell wall 9 of chute feeder.
The feeding substrate 10 is moved back and forth by piston B13 along the length direction of chute feeder, and the piston B13 is fixed
In the bottom of chute feeder, the both sides of the feeding substrate 10 are slidably connected with horizon bar A11 respectively, and the horizon bar A11 is fixed
In the both sides of chute feeder.
The nailing device includes the nailing substrate 14 for being located at below chute feeder, moving back and forth along chute feeder length direction,
The top of the nailing substrate 14, ailing machine 4 is respectively equipped with positioned at the both sides of chute feeder, the ailing machine 4 passes through piston C18 edges
Towards or dorsad the direction of chute feeder is flexibly connected with nailing substrate 10, the piston C18 is fixed with nailing substrate 10.
The length for the nail that the ailing machine 4 is got is less than the tired folded gross thickness of all templates and subtracted more than all templates
The tired folded gross thickness gone after one piece of template.
The ailing machine 4 is slidably connected by slide plate 17 with nailing substrate 14, and the ailing machine 4 is fixed on slide plate 17,
Piston C18 piston rod is fixed with slide plate 17.
The height of the nail mouth of the ailing machine 4 is located in the range of operation through hole 35, and the nailing of chute feeder both sides
Stagger the position of the nail mouth of rifle 4.
The nailing substrate 14 is moved back and forth by piston D16 along the length direction of chute feeder, and the piston D16 is fixed
In the bottom of chute feeder, the both sides of the nailing substrate 14 are slidably connected with horizon bar B15 respectively, and the horizon bar B15 is fixed
In the both sides of chute feeder.
The top of the chute feeder, positioned at the surface of nailing device be provided with hold-down devices F（Accompanying drawing is not shown）, it is described under
Pressure device F includes the piston N being fixed on above chute feeder, and the piston rod end of the piston N extends downwardly from and is fixed with roller
Axle, the roller shaft is the trunnion axis vertical with chute feeder length direction, and the length and the groove width of chute feeder of roller shaft
Match somebody with somebody, be rotatably connected to multiple rollers on the roller shaft successively.
The both sides of chute feeder, between feed device and nailing device at position and chute feeder terminal position punishment
She You not side-pressing device A and side-pressing device B.
The side that the side-pressing device A includes being located at the top of pedestal A46, the pedestal A46 chute feeder is provided with lateral pressing plate
It is located at the opposite side of chute feeder at the top of A43, pedestal A46, is provided with baffle plate A48, the lateral pressing plate corresponding to lateral pressing plate A43
A43 by piston F47 along towards or dorsad the direction of chute feeder is moved, the piston F47 is fixed on pedestal A46.
The side that the side-pressing device B includes being located at the top of pedestal B49, the pedestal B49 chute feeder is provided with lateral pressing plate
It is located at the opposite side of chute feeder at the top of B44, pedestal B49, is provided with baffle plate B51, the lateral pressing plate corresponding to lateral pressing plate B44
B44 by piston G50 along towards or dorsad the direction of chute feeder is moved, the piston G50 is fixed on pedestal B49.
One end of the horizon bar A11 is fixed with pedestal 1, and the other end is fixed with pedestal A46.
One end of the horizon bar B15 is fixed with pedestal A46, and the other end is fixed with pedestal B49.
The cutter device includes saw blade 5 be vertically arranged, vertical with chute feeder length direction, and the saw blade 5 passes through
Motor A21 drives, and the rotating shaft A of the saw blade 5 is rotationally connected with the side of oscillating deck 19 by axle sleeve, and motor A21 is fixed on pendulum
The other end of dynamic plate 19, the output shaft of the motor A21 is connected with the rotating shaft A of saw blade 5, and the oscillating deck 19 passes through piston
E52 swings with substrate 55 around swinging axle 23 and is connected.
The oscillating deck 19 is provided with case B（Accompanying drawing is not shown）, the case B is located at the top of saw blade 5.
The bottom land of the chute feeder is provided with bottom plate 8, and one end of the bottom plate 8 is extended to is connected solid with riser 6 in charge chute 2
Fixed, the other end of the bottom plate 8 is extended to be connected with substrate 55.
55 liters of the substrate is provided with sawing through hole 22, the saw blade 5 around swinging axle 23 to lower swing cut pin pier when,
The bottom of saw blade 5 is located in the range of sawing through hole 22.
The top of the substrate 55 corresponds on the extended line of chute feeder the front side for being located at cutter device provided with side-pressing device
C, the side-pressing device C include forming hopper between the parallel riser B36 for being fixed on the top surface of substrate 55, the parallel riser B36,
The hopper is located on the extended line of chute feeder, and the groove width of the hopper is matched with the groove width of chute feeder, and the side-pressing device C is also
Including side guide C45, the side guide C45 by piston H along towards or dorsad riser B36 direction is moved, the piston H
It is fixed on substrate 55, the riser B36 close to side guide C45 sides, which corresponds to, is provided with side pressure through hole, side at side guide C45 positions
Pressing plate C45 is contacted through side pressure through hole with the pin pier in hopper.
The top of the riser A6 is located at the terminal position of charge chute 2, the top of the chute feeder is located at side-pressing device A
With at side-pressing device B position and substrate 55 top correspond to chute feeder extended line on be located at side-pressing device location of C at
Be respectively fixed with rear side of cutter device hold-down devices A36, hold-down devices B37, hold-down devices C38, hold-down devices D39 and under
E40 points of pressure device E40, the hold-down devices A36, hold-down devices B37, hold-down devices C38, hold-down devices D39 and hold-down devices
Piston I, piston J, piston K, piston L and the piston M of top plate 41, the piston I, piston J, piston K, piston Bao Kuo be fixed on
L and the respective piston rod ends of piston M pass through corresponding top plate 41 separately down, and are respectively fixed with lower platen 42.
One end of the bottom plate 8 extends in charge chute 2 underface for being located at hold-down devices A36.
The lower platen 42 is replaced with down-pressure roller, the down-pressure roller by roller shaft and piston I, piston J, piston K,
Multiple rollers are rotatably connected on piston L or piston M piston rod connection, the roller shaft, the roller shaft is and chute feeder
The vertical trunnion axis of length direction, and the length of roller shaft matches with the groove width of chute feeder, and the roller is sequentially distributed in rolling
On wheel shaft.
The substrate 55, which is located between nailing device and cutter device, is provided with surface slicing device, and the substrate 55 corresponds to
Slicing through hole 32 is provided with the slicing device position of surface.
The surface slicing device includes top surface slicing device or bottom surface slicing device, the top surface slicing device or bottom surface
Slicing device includes plane roller 25, and the rotating shaft B of the plane roller 25 is rotated by link 27 with stand 29 to be connected, and the stand 29 is consolidated
Due to substrate 55, the rotating shaft B is driven by motor B26, and the motor B26 is fixed on stand 29, and the plane roller 25 is located at plane
In the range of cutting through hole 32.
The top of plane roller 25 of the top surface slicing device is fixed provided with case A28, the case A28 with stand 29.
The surface slicing device includes leading flank slicing device or trailing flank slicing device, the leading flank slicing device
Or trailing flank slicing device includes planing tool 30, the planing tool 30 is respectively by motor C31 located at the both sides, simultaneously of chute feeder extended line
Planing tool 30 is driven, the motor C31 is fixed on substrate 55, the planing tool 30 is located in the range of slicing through hole 32.
On the substrate 55 case C is respectively equipped with the position of planing tool 30（Accompanying drawing is not shown）, the case is located at
The top of planing tool 30.
The case A28, case B and case C are connected with dust arrester respectively.
When the utility model is used, discarded building template is first sawed into width and thickness equal multiple moulds
Plate, template tire out and folded, and the template that the gross thickness of the tired poststack of polylith template and the groove width of charge chute 2 match is positioned over dress
In hopper 2, when placing template, the side end face of template is contacted with the bottom land of charge chute 2, so that filling is full in charge chute 2
Template.
If if the length of each template is consistent, and template each end tired folded when is also alignment, starting motor
D, drives transfer roller 7 constantly to forward template, until the front end of template is located at the position of feed pressure plate 3, and constantly in dress
Addition template in hopper 2, so that production can continue to carry out；If the length of each template is consistent, but template is when tired fold
When the length of each end and unjustified or each template is not consistent, directly by the template in charge chute 2 towards feeding pressure
Template, is then forwarded to and is contacted with feed pressure plate 3 by one end alignment of plate 3, and until feed pressure plate 3 will can be located at
Template feeding forward in the range of feed pressure plate 3, and the addition template constantly in charge chute 2, the template added afterwards and mould before
Plate end connects, now due to being staggeredly, even if so also can be by between each template without transfer roller 7 between individual template
The template that stiction adds after driving equally is forwarded；When feed pressure plate works, piston B13 piston rod retracts piston
In B13, so that feeding substrate 10 is located at original position in the presence of piston B13, feed pressure plate 3 is under piston A12 drive
Template is clamped, then piston B13 drives feeding substrate 10 to move forward to stroke, then piston A12 drives feed pressure plate 3 to move back
Return, so as to be separated with template, then piston B13, which works as, drives feeding substrate 10 to be moved rearwardly into original position, then piston A12 bands
Dynamic feed pressure plate 3 presses to template, goes round and begins again；During the entire process of feed pressure plate 3 is separated with template, all hold-down devices and
Side-pressing device presses to the template of corresponding position；Nailing device and cutter device work simultaneously simultaneously.Nailing device correspondence position
The place of putting is additionally provided with induction installation, when induction installation, which is sensed, has template in chute feeder, and nailing device just carries out nailing behaviour
Make.When nailing device carries out nailing operation, piston D16 piston rod is retracted in piston D16, so that nailing substrate 14 is in work
It is located at original position in the presence of plug D16, piston C18 drives nail mouth and template of the ailing machine 4 to template movement to ailing machine 4
Contact, then ailing machine 4 gets nail to template, and then piston C18 drives ailing machine 4 away from template, then piston D16 drives
Nailing substrate 14 is moved at stroke, and then piston C18 drives nail mouth and mould of the ailing machine 4 to template movement to ailing machine 4
Plate is contacted, and then ailing machine 4 gets nail to template again, and then piston C18 drives ailing machine 4 away from template, piston D16 bands
Dynamic nailing substrate 14 retracts original position；When cutter device works, when the utility model starts, motor A21 drives
The dynamic high-speed rotation of saw blade 5, piston E52 drives oscillating deck 19 to be swung around swinging axle 23, makes saw blade 5 to template movement and cut
Cut, after at piston E52 to range, piston E52 drive oscillating deck 19 around the backswing of swinging axle 23, make saw blade 5 with
Template is separated；The feed pressure plates such as the pin pier after being separated with template 3 clamp template forward feeding when, by pin pier continue forward
Push away, until pin pier leaves substrate 55, into material collecting device；During the entire process of feed pressure plate 3 is separated with template, under press-fit
Put A36, hold-down devices B37, hold-down devices C38, hold-down devices D39, hold-down devices E40 and side-pressing device A, side-pressing device B
The template of corresponding position is pushed down respectively with side-pressing device C；Because each hold-down devices and side-pressing device are in feed pressure plate 3 and mould
Template is clamped fixation by plate all the time during separating, therefore in this process, transfer roller 7 also will not even if not stopping operating
Template is continued into feeding forward；Because the active force of ailing machine 4 is larger, so the tail end meeting for the nail squeezed into template and template
Surface there are a segment distance；Template is clamped forward during feeding in feed pressure plate 3, and slicing device is to passing through slicing device
Template surface carry out slicing.
Template in the utility model, can be replaced, it produces and processes into the mistake of pin pier with common sawing plank completely
Journey and method are identical with building template.
Claims (10)
1. full-automatic template pin pier nailing cutting machine, it is characterised in that：Set gradually including chute feeder, in addition to along chute feeder
Feeding device, feed device, nailing device, cutter device, the feeding device is located at one end of chute feeder, feeding dress
The both sides that chute feeder is sequentially arranged in nailing device are put, the cutter device is located at the other end of chute feeder.
2. full-automatic template pin pier nailing cutting machine as claimed in claim 1, it is characterised in that：The feeding device includes base
Frame（1）, the pedestal（1）Top parallel be provided with two riser A（6）, the riser A（6）Between form charge chute（2）, institute
State charge chute（2）Inside it is put into multiple template, the end face of the template is towards riser A（6）, the charge chute（2）Interior template
Gross thickness and charge chute（2）Groove width matching；The charge chute（2）It is docked and connected with chute feeder, the charge chute（2）Groove width
Matched with the groove width of chute feeder.
3. full-automatic template pin pier nailing cutting machine as claimed in claim 2, it is characterised in that：The pedestal（1）Positioned at dress
Hopper（2）Position at along charge chute（2）Length direction parallel successively many and charge chute is distributed with（2）Length direction hangs down
Straight horizontal transmission roller（7）, the transfer roller（7）Rotating shaft C（33）Connected by transmission device Synchronous Transmission.
4. full-automatic template pin pier nailing cutting machine as claimed in claim 1, it is characterised in that：The cell wall of the chute feeder
（9）For frame plate structure, cell wall（9）On along cell wall length direction provided with operation through hole（35）, feed device and the nailing dress
Put and be each passed through operation through hole（35）Corresponding operation is carried out to the template in chute feeder.
5. full-automatic template pin pier nailing cutting machine as claimed in claim 4, it is characterised in that：The feed device includes position
The feeding substrate moved back and forth below chute feeder, along chute feeder length direction（10）, the feeding substrate（10）Top, position
Feed pressure plate is respectively symmetrically provided with the both sides of chute feeder（3）, the feed pressure plate（3）Pass through piston A（12）Along towards or
The dorsad direction of chute feeder and feeding substrate（10）It is flexibly connected, the piston A（12）With feeding substrate（10）It is fixed；It is described to send
Expect pressing plate（3）To the cell wall of chute feeder（9）Projection be located at operation through hole（35）In the range of.
6. full-automatic template pin pier nailing cutting machine as claimed in claim 4, it is characterised in that：The nailing device includes position
The nailing substrate moved back and forth below chute feeder, along chute feeder length direction（14）, the nailing substrate（14）Top, position
Ailing machine is respectively equipped with the both sides of chute feeder（4）, the ailing machine（4）Pass through piston C（18）Along towards or dorsad feeding
The direction of groove and nailing substrate（10）It is flexibly connected, the piston C（18）With nailing substrate（10）It is fixed；The ailing machine（4）
Nail mouth height be located at operation through hole（35）In the range of, and the ailing machine of chute feeder both sides（4）Nail mouth position
Put and stagger.
7. full-automatic template pin pier nailing cutting machine as claimed in claim 4, it is characterised in that：The both sides of chute feeder, it is located at
Side-pressing device A and side-pressing device are respectively equipped between feed device and nailing device at position and at the terminal position of chute feeder
B；The side-pressing device A includes pedestal A（46）, the pedestal A（46）The side that top is located at chute feeder is provided with lateral pressing plate A
（43）, pedestal A（46）Top is located at the opposite side of chute feeder, corresponding to lateral pressing plate A（43）Provided with baffle plate A（48）, the side
To pressing plate A（43）Pass through piston F（47）Along towards or dorsad the direction of chute feeder is moved, the piston F（47）It is fixed on base
Seat A（46）On；The side-pressing device B includes pedestal B（49）, the pedestal B（49）The side that top is located at chute feeder is provided with side
To pressing plate B（44）, pedestal B（49）Top is located at the opposite side of chute feeder, corresponding to lateral pressing plate B（44）Provided with baffle plate B（51）,
The lateral pressing plate B（44）Pass through piston G（50）Along towards or dorsad the direction of chute feeder is moved, the piston G（50）Gu
Due to pedestal B（49）On.
8. full-automatic template pin pier nailing cutting machine as claimed in claim 4, it is characterised in that：The cutter device includes perpendicular
Saw blade directly set, vertical with chute feeder length direction（5）, the saw blade（5）Pass through motor A（21）Driving, the saw blade
（5）Rotating shaft A oscillating deck is rotationally connected with by axle sleeve（19）Side, motor A（21）It is fixed on oscillating deck（19）It is another
End, the motor A（21）Output shaft and saw blade（5）Rotating shaft A drive connection, the oscillating deck（19）Pass through piston E（52）
Around swinging axle（23）With substrate（55）Swing connection.
9. full-automatic template pin pier nailing cutting machine as claimed in claim 8, it is characterised in that：The substrate（55）Positioned at beating
Surface slicing device, the substrate are provided between spike devices and cutter device（55）Corresponding to being provided with the slicing device position of surface
Slicing through hole（32）.
10. full-automatic template pin pier nailing cutting machine as claimed in claim 9, it is characterised in that：The surface slicing device
Including top surface slicing device or bottom surface slicing device, the top surface slicing device or bottom surface slicing device include plane roller（25）, institute
State plane roller（25）Rotating shaft B pass through link（27）With stand（29）Rotate connection, the stand（29）It is fixed on substrate（55）,
The rotating shaft B passes through motor B（26）Driving, the motor B（26）It is fixed on stand（29）, the plane roller（25）It is logical positioned at slicing
Hole（32）In the range of；Or the surface slicing device include leading flank slicing device or trailing flank slicing device, it is described before
Side slicing device or trailing flank slicing device include planing tool（30）, the planing tool（30）Pass through motor C respectively（31）Located at sending
The both sides of hopper extended line simultaneously drive planing tool（30）, the motor C（31）It is fixed on substrate（55）On, the planing tool（30）Position
In slicing through hole（32）In the range of.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720052028.9U CN206383260U (en) | 2017-01-17 | 2017-01-17 | Full-automatic template pin pier nailing cutting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720052028.9U CN206383260U (en) | 2017-01-17 | 2017-01-17 | Full-automatic template pin pier nailing cutting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206383260U true CN206383260U (en) | 2017-08-08 |
Family
ID=59494680
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720052028.9U Expired - Fee Related CN206383260U (en) | 2017-01-17 | 2017-01-17 | Full-automatic template pin pier nailing cutting machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206383260U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106625969A (en) * | 2017-01-17 | 2017-05-10 | 金湖县唐港秦庄木材加工厂 | Full-automatic template foot pier nailing and cutting machine |
-
2017
- 2017-01-17 CN CN201720052028.9U patent/CN206383260U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106625969A (en) * | 2017-01-17 | 2017-05-10 | 金湖县唐港秦庄木材加工厂 | Full-automatic template foot pier nailing and cutting machine |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
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Granted publication date: 20170808 Termination date: 20220117 |