A kind of conveyer and sander
The utility model is related to sander association area more particularly to a kind of conveyers and sander.
Sander is also known as sanding machine, is one of commonly used equipment of modern timber processing industry, it is to be equipped with grinding
Workpiece is sanded in the cutting element of material (emery cloth or sand paper), to improve its thickness and precision, flatness and roughness quality,
For the incrustation of wooden parts, the secondary operation (wood grain printing, paster and patch veneer etc.) of paint or plate processes well
Basal plane.Therefore, sander is widely used in the finishing of various artificial boards, woodwork component and woodenware etc..
Existing sander, it is necessary to which plate is transported at sanding position before being sanded, lead to by the transport of existing plate
It is often by the way that plate manually is placed on sanding position, causes labor strength big, low production efficiency.Also other pass through fortune
Equipment is sent to carry out the transport of plate, but existing Transporting equipment is low there is the degree of automation, transport process is slack to ask
Utility model content
The purpose of this utility model is to provide a kind of conveyer and sander, to solve on existing for existing sander
For this purpose, the utility model uses following technical scheme：
A kind of conveyer, including rack, the first roller-way group and second set in the rack and in two files
Roller-way group, the top of the first roller-way group are equipped with cross conveyor, longitudinal conveying device are equipped at the second roller-way group,
The second roller-way group both sides are equipped with finished product apparatus for placing, are additionally provided with and are located between the first roller-way group and the second roller-way group
In the rack and symmetrically arranged two saw cutting devices, the workpiece in the first roller-way group are filled through the lateral transfer
It puts and is pushed at saw cutting device after sawing, pushed to by the cross conveyor in the second roller-way group, and pass through described
Longitudinal conveying device is delivered in finished product apparatus for placing.
Preferably, the saw cutting device includes the sawing stent being mounted in the rack, in sawing stent
Motor, by the motor-driven rotation saw blade and be arranged on the scrap chute of the shell outside.
Preferably, the cross conveyor includes the frame body being transversely symmetrically installed in the rack, it is horizontal to hang over
Between two frame bodies and the push component that can be moved along the frame body transverse reciprocating, the push component is by first roller
Workpiece in road group is pushed in the second roller-way group.
Preferably, the push component includes the support plate vacantly set between the rack and the frame body,
Support plate top both sides are installed with the support plate that is suspended on the frame body and can be moved along the frame body transverse reciprocating respectively
Component is additionally provided with the drive component for driving the support plate along the frame body transverse shifting, the support plate in the support plate
Lower section is equipped with push plate component, for pushing the workpiece.
Preferably, the support plate component includes being symmetricly set on the support plate of the frame body both sides and positioned at the branch
On plate and along the pulley of own axis, the pulley is slidably mounted in the frame body and can be along the frame body transverse reciprocating
Preferably, the driving component includes the bearing block being fixedly mounted in the support plate, rotation is threaded through institute
The shaft on bearing block is stated, is installed in the gear at the shaft both ends, be installed in below the frame body and is engaged with the gear
Rack and in the support plate and positioned at the first motor of the bearing block one side, first motor output
End is drivingly connected in the shaft and the shaft is driven to rotate.
Preferably, in the shaft and first motor output end is connected with the first belt pulley, and two institutes
It states and is connected by the first belt between the first belt pulley.
Preferably, the push plate component includes being fixed in the supporting vertical plate of the support plate lower surface, one end is hinged on
Tie-beam in the supporting vertical plate, the other end lower section of the tie-beam are connected with push plate, and the push plate is located at described first
Between two disk rollers of roller-way group, the support plate is equipped with the cylinder set straight down, and the cylinder output terminal is hinged on
The middle position of the tie-beam.
Preferably, the longitudinal conveying device includes the second motor, second motor output end and the are installed in
Second belt of two second belt pulleys of the second belt pulley and connection on the two one of disk rollers of roller-way group.
The utility model also provides a kind of sander, including above-mentioned conveyer.
Workpiece in first roller-way group can be delivered to the second roller-way by the utility model automatically by cross conveyor
In group, then it is delivered to again by longitudinal conveying device in finished product apparatus for placing.Instead of the mode of existing artificial placement plate, drop
The low labor intensity of worker.And the above-mentioned conveyer of the utility model realizes the automatic transport of workpiece, automates journey
Degree is high so that transports process smoothness, improves work pieces process efficiency.
Description of the drawings
Fig. 1 is the dimensional structure diagram of the utility model conveyer；
Fig. 2 is the dimensional structure diagram of another angle of the utility model conveyer；
Fig. 3 is the top view of the utility model conveyer；
Fig. 4 is enlarged diagram at the A of the utility model Fig. 1；
Fig. 5 is the structure diagram of the push plate component of the utility model conveyer；
Fig. 6 is enlarged diagram at the B of the utility model Fig. 2；
Fig. 7 is enlarged diagram at the C of the utility model Fig. 1.
1st, rack；11st, the first rack；12nd, the second rack；
2nd, the first roller-way group；
3rd, the second roller-way group；
4th, cross conveyor；41st, frame body；42nd, component is pushed；421st, support plate；422nd, support plate component；423rd, driving group
Part；424th, push plate component；4221st, support plate；4222nd, pulley；4231st, bearing block；4232nd, shaft；4233rd, gear；4234th, tooth
Item；4235th, the first motor；4236th, the first belt pulley；4237th, the first belt；4241st, supporting vertical plate；4242nd, tie-beam；
4243rd, push plate；4244th, cylinder；
5th, longitudinal conveying device；51st, the second motor；52nd, the second belt pulley；53rd, the second belt；
6th, finished product apparatus for placing；
7th, saw cutting device；71st, sawing stent；72nd, saw blade；73rd, scrap chute；
8th, feed arrangement.
Further illustrate the technical solution of the utility model below with reference to the accompanying drawings and specific embodiments.
The utility model provides a kind of conveyer, and as shown in Figs. 1-3, which includes rack 1, in rack 1
Equipped with the first roller-way group 2 and the second roller-way group 3, above-mentioned first roller-way group 2 and the second roller-way group 3 are set in two files, wherein the
One roller-way group 2 and the second roller-way group 3 include several longitudinal arrangements and the disk roller being rotatably installed in rack 1, work to be processed
Part can be placed in the first roller-way group 2.
Cross conveyor 4 is equipped in the top of the first roller-way group 2, longitudinal conveying device 5 is equipped at the second roller-way group 3,
By above-mentioned cross conveyor 4, the workpiece in the first roller-way group 2 can be pushed in the second roller-way group 3, then pass through
Workpiece is delivered in finished product apparatus for placing 6 by two roller-way groups 3, specifically, above-mentioned finished product apparatus for placing 6 set there are two and it is symmetrical
The both sides of the second roller-way group 3 are arranged at, when the second roller-way 3 conveying workpieces of group, the finished product that workpiece can fall into any one side is placed
In device 6 and it is overlapped, it, can be by fork truck or other transporting equipments by the workpiece of multiple superpositions after workpiece superposition is multiple
It is delivered to storage station or using at station.
It should be noted that above-mentioned transverse direction refers to the X of diagram to above-mentioned longitudinal direction refers to the Y-direction of diagram in the present embodiment.
By the setting of said structure, the mode of existing artificial placement plate is that replaced, the work for reducing worker is strong
Degree.And the above-mentioned conveyer of the utility model realizes the automatic transport of workpiece, high degree of automation so that transports process
Smoothness improves work pieces process efficiency.
In the present embodiment, Fig. 1-3 are can refer to, above-mentioned rack 1 includes the first rack 11 and the second rack 12, wherein the first roller
Road group 2 is mounted in the first rack 11, and the second roller-way group 3 is mounted in the second rack 12.
As shown in Figs 1-4, above-mentioned cross conveyor 4 includes the frame body being transversely symmetrically installed in the first rack 11
41, horizontal between two frame bodies 41 to hang with the push component 42 that moved along 41 transverse reciprocating of frame body, the push component 42 is by
Workpiece in one roller-way group 2 is pushed in the second roller-way group 3.
Specifically, can refer to Fig. 4, above-mentioned push component 42 includes the branch vacantly set between rack 1 and frame body 41
Fagging 421 is installed with what is be suspended on frame body 41 and can be moved along 41 transverse reciprocating of frame body in 421 top both sides of support plate respectively
Support plate component 422 is additionally provided with drive component 423 of the driving support plate 421 along 41 transverse shifting of frame body in support plate 421,
421 lower section of support plate is equipped with push plate component 424, for pushing the workpiece.The present embodiment is by setting above-mentioned support plate component
422, support plate 421, drive component 423 and the push plate component 424 for pushing component 42 can be supported.Pass through driving group
Part 423 can drive entire push component 42 along 41 transverse shifting of frame body, and when moving, it can by push plate component 424
Workpiece in first roller-way group 2 is pushed in the second roller-way group 3.
Above-mentioned support plate component 422 includes being symmetricly set on the support plate 4221 of 41 both sides of frame body and on support plate 4221
And along the pulley 4222 of own axis, above-mentioned pulley 4222 is slidably mounted in frame body 41 and can be along 41 transverse reciprocating of frame body
It slides.By the support plate component 422, while being supported to push component 42, support plate 421 and push plate disclosure satisfy that
The movement of component 424.It in the present embodiment, is respectively provided on above-mentioned each support plate 4221 there are two pulley 4222, so as to preferably real
Now to the support of push 42 other component of component, stability and reliability that push component 42 is run are further improved.
Above-mentioned drive component 423 includes the bearing block 4231 being fixedly mounted in support plate 421, turns on bearing block 4231
It is dynamic to be equipped with shaft 4232, gear 4233 is connected at 4232 both ends of shaft, is installed with below frame body 41 and 4233 phase of gear
The rack 4234 of engagement is equipped with the first motor 4235 positioned at 4231 one side of bearing block, first motor in support plate 421
4235 output terminal drive connection has shaft 4232, specifically, being in shaft 4232 and the output terminal of the first motor 4235
On be connected with the first belt pulley 4236, connected between two the first belt pulleys 4236 by the first belt 4237.Pass through driving the
One motor 4235 rotates, and shaft 4232 is enabled to be driven rotation, and then rotates the gear 4233 at its both ends, then passes through tooth
Wheel 4233 is engaged with rack 4234, and shaft 4232 is enabled to drive entire push component 42 along 41 transverse shifting of frame body.
Fig. 4 and Fig. 5 are can refer to, above-mentioned push plate component 424 includes symmetrically being fixed in the supporting vertical plate of 421 lower surface of support plate
4241, tie-beam 4242 is hinged in supporting vertical plate 4241, push plate 4243 is connected with below 4242 other end of tie-beam, and
The push plate 4243 is located between two disk rollers of the first roller-way group 2, and the cylinder set straight down is additionally provided in support plate 421
4244, the output terminal of the cylinder 4244 is hinged on the middle position of tie-beam 4242.By above-mentioned setting, workpiece is being carried out
During push, first cylinder 4244 can be stretched out, due to above-mentioned hinged relationship, may be such that push plate 4243 moves down, and one end
It is against on workpiece, to carry out subsequent push operation.After push, cylinder 4244 can be retracted, push plate at this time 4243 can
It moves up and is lifted, it, can be on next workpiece to be pushed placed when 42 homing of component is pushed
Side is crossed, and is avoided push plate 4243 and is interfered influence push with workpiece, also further improves pushing efficiency.
Fig. 1, Fig. 3 and Fig. 7 are can refer to, above-mentioned longitudinal conveying device 5 includes the second motor 51, in the defeated of the second motor 51
The second belt pulley 52 is both provided on one of disk roller of outlet and the second roller-way group 3, between two the second belt pulleys 52
It is connected by the second belt 53, can be connected between multiple disk rollers of the second roller-way group 3 by chain.It, can by the second motor 51
One of disk roller of the second roller-way group 3 is driven to rotate so that be pushed component 42 and push to workpiece energy in the second roller-way group 3
It is enough transported in finished product apparatus for placing 6.
In the present embodiment, as shown in fig. 6, being arranged with two saw cutting devices 7, the sawing on the both sides of the first rack 11
The both sides that device 7 is used to be pushed the workpiece that component 42 pushes carry out sawing, so that workpiece is finally reached desired size.Tool
Body, above-mentioned saw cutting device 7 includes the sawing stent 71 being mounted in the first rack 11, the motor in sawing stent 71
(not shown) and the saw blade 72 by motor-driven rotation are additionally provided with scrap chute 73 in the outside of the first rack 11, should
Scrap chute 73 from top to bottom extend to 11 bottom of the first rack.Workpiece waste material after the cutting of saw blade 72 falls into scrap chute
In 73, and finally removed by operating personnel.
In the present embodiment, as shown in Figure 1, being additionally provided with feed arrangement 8, workpiece to be processed in the one side of the first roller-way group 2
It is placed on the feed arrangement 8, and is delivered to by feed arrangement 8 in the first roller-way group 2.In the present embodiment, above-mentioned charging dress
Putting 8 includes the disk roller of several longitudinal arrangements, and is driven and rotated by driving device, to realize the conveying to workpiece to be processed.
The above-mentioned conveyer of the utility model at work, is first placed workpiece to be processed by feed arrangement 8
In the first roller-way group 2, then the workpiece is pushed at saw cutting device 7 by the push component 42 of cross conveyor 4, by
Saw cutting device 7 is sawed into required size, and the waste material that sawing is got off then is discharged by scrap chute 73；Pushing component 42 afterwards will
The good workpiece of sawing is pushed in the second roller-way group 3, then is transported to by longitudinal conveying device 5 in finished product apparatus for placing 6.
After workpiece is transported in the second roller-way group 3 by push component 42, push component 42 retracts original position, in the process, push plate
4243 can go up lift and cross next workpiece, and subsequent push plate 4243 moves down, and continuation pushes operation next time, when finished product apparatus for placing
Workpiece in 6 is added to after enough height, and the workpiece of multiple superpositions is delivered to storage by fork truck or other transporting equipments
Station is used at station.
The utility model also provides a kind of sander, including above-mentioned conveyer.By above-mentioned conveyer, can make
Process smoothness must be transported, improves the degree of automation and work pieces process efficiency.
Obviously, above-described embodiment of the utility model is used for the purpose of clearly illustrating the utility model example, and
It is not the restriction to the embodiment of the utility model.For those of ordinary skill in the art, in above description
On the basis of can also make other variations or changes in different ways.There is no need and unable to give all embodiments
It is exhaustive.All any modification, equivalent and improvement made within the spirit and principle of the utility model etc., should be included in
Within the protection domain of the utility model claims.