CN206644084U - Work-piece transmission system and tenon process equipment - Google Patents
Work-piece transmission system and tenon process equipment Download PDFInfo
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- CN206644084U CN206644084U CN201720369711.5U CN201720369711U CN206644084U CN 206644084 U CN206644084 U CN 206644084U CN 201720369711 U CN201720369711 U CN 201720369711U CN 206644084 U CN206644084 U CN 206644084U
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Abstract
The utility model provides a kind of work-piece transmission system and tenon process equipment, belongs to woodworking machinery technical field, and the Transmission system includes frame, and frame is provided with workpiece transport path；The passage both sides are correspondingly arranged on the feeding guide mechanism being connected with frame, batch charging mechanism and feed mechanism respectively；Feeding guide mechanism has an adjustable guide channel, spacing for being carried out to workpiece to be processed；Batch charging mechanism is arranged on feeding guide mechanism bottom position to clamp and carry corresponding workpiece to be processed, meanwhile, it is capable to which the workpiece to be processed in feeding guide mechanism is carried out to be thrown to feed mechanism；Feed mechanism is used to convey the workpiece to be processed that the batch charging mechanism is launched；The process equipment includes work-piece transmission system, by the work-piece transmission system, can carry out flexible modulation to specification of workpieces, and carries out the conveying of steady ordered, improves production efficiency.
Description
Technical field
Woodworking machinery technical field is the utility model is related to, is set more particularly, to a kind of work-piece transmission system and tenon processing
It is standby.
Background technology
It is well known that connect timber frequently with the mortise eye on timber and tenon in timber work.Traditional
Woodworking machinery various types, there is electric planer, electric drill, seat mortising machine etc., using transmission woodworking machinery processing when not only trouble but also time-consuming, efficiency
It is relatively low.
As technology continues to develop, people specially have developed the machinery of processing tenon, i.e. cog machine, existing cog machine bag
Usual frame is included, frame is provided with workbench, it is necessary to which manually workpiece to be processed is placed on workbench, driven by motor
Milling cutter carries out polishing cutting, and after the completion of cutting, the workpiece of machined completion is unloaded from workbench, then repeats to process
Next timber, above-mentioned work can only be carried out manually, and the device not conveyed to workpiece specially, production efficiency is more
Lowly.
Utility model content
The purpose of this utility model is to provide a kind of work-piece transmission system, and the work-piece transmission system can be to work to be processed
Part carries out conveying stable in order, improves production efficiency.
Another object of the present utility model is to provide a kind of tenon process equipment, and the equipment includes work-piece transmission system,
The advantages of with work-piece transmission system.
To achieve the above object, the utility model provides following technical scheme：
A kind of work-piece transmission system, including frame, the frame are provided with workpiece transport path；The workpiece transport path
Both sides are correspondingly arranged on the feeding guide mechanism being connected with the frame, batch charging mechanism and feed mechanism respectively；
The feeding guide mechanism has an adjustable guide channel, and the guide channel is used to enter workpiece to be processed
Row is spacing；
The batch charging mechanism is arranged on the feeding guide mechanism bottom position, corresponding to be added to clamp and carry
Work workpiece, meanwhile, it is capable to which the workpiece to be processed in feeding guide mechanism is carried out to be thrown to feed mechanism；
The feed mechanism is located at work to be processed inboard in the batch charging mechanism, to be launched for conveying the batch charging mechanism
Part.
Further, the feeding guide mechanism includes guide seats, leading truck, the first guide plate and the second guide plate；
The guide seats are slidably mounted in frame, and the guide seats can convey closer or far from the workpiece
Passage；
The leading truck is arranged in guide seats；
First guide plate slides are arranged on a side frame of the leading truck width, and can be along leading truck
Short transverse moves；
Second guide plate slides are arranged on the opposite side of the leading truck width；
By movement second guide plate, the width of its guide channel between the first guide plate can be adjusted.
Further, the leading truck bottom is provided with the first slip draw-in groove in the width direction, and leading truck top is along width
Direction is provided with the second slip draw-in groove；
The second guide plate bottom is provided with the first sliding shoe for first slip draw-in groove that is slidably connected, described
Second guide plate top is provided for being slidably connected the second sliding shoe of the second slip draw-in groove；
By locking device also cross the first slip draw-in groove and the second sliding shoe so that second guide plate with it is described
Leading truck is fixedly connected.
Further, the batch charging mechanism includes Workpiece clamping device, arrangement for adjusting height and hoistable platform；
The Workpiece clamping device is connected with the first guide plate in the feeding guide mechanism；
The arrangement for adjusting height is movably arranged on the second guide plate in the feeding guide mechanism, and the height is adjusted
Regulating device can adjust the Workpiece clamping device and drive first guide plate to be moved in bracket height direction, and the lifting is flat
Platform, which is arranged on, to be set in the frame, and the hoistable platform is located at the bottom of the Workpiece clamping device.
Further, the arrangement for adjusting height includes linkage and handle, and the linkage is hinged on described
On two guide plates, the linkage is hinged with handle and Workpiece clamping device respectively, rotational handle, can pass through the connecting rod
Mechanism drives the Workpiece clamping device and the first guide plate to be moved up and down along the bracket height direction.
Further, the feed mechanism includes feeding driving device, leading screw, movable plate and material-pulling device；
For the feeding driving device to drive leading screw to rotate, the leading screw is arranged on workpiece in the workpiece transport path
In the direction of motion, the movable plate is connected by connecting seat with the leading screw, and drive device being capable of band by driving leading screw to rotate
The movable plate is moved to move along leading screw length direction；Multiple material-pulling devices are set on the movable plate, to promote workpiece
With the mobile platform synchronizing moving.
Further, the material-pulling device includes impeller, flip piece and expeller；
Described flip piece one end is arranged on movable plate by the first linkwork, and the flip piece other end passes through second
Linkwork is connected with the take-off lever of impeller, and the expeller is connected with the flip piece, is turned over described in the impeller promotion
Turn part rotation, the expeller can be controlled to dig and store.
Further, in addition to discharging mechanism, it is arranged in the frame of the feed mechanism bottom, for being sent to described
Workpiece after the processing of material mechanism is conveyed；
The discharging mechanism includes discharging drive device, power transmission shaft and is symmetrical arranged the workpiece transport path both sides
Belt conveyer；
The both ends of the drive shaft connects with being symmetrical arranged the belt conveyer of the workpiece transport path both sides and being driven simultaneously
Connect；
The discharging drive device is disposed therein the side of a belt conveyer, and it passes through universal joint and the biography
Moving axis connects, and the discharging drive device can pass sequentially through universal joint, power transmission shaft drives and is located at the workpiece transport path two
The belt conveyer run-in synchronism of side.
Further, in addition to work piece carrying mechanism, it possesses elevating function, and the carrying mechanism can receive described send
Expect the workpiece that mechanism output end is launched, and the workpiece is delivered on discharging mechanism.
Tenon process equipment provided by the utility model, including work-piece transmission system as described above.
With reference to above technical scheme, work-piece transmission system provided by the utility model, there is advantages below：
1st, feeding guide mechanism can realize the flexible of the length of the workpiece to be processed for different size, width and height
Regulation, applicability are high.
2nd, batch charging mechanism is arranged on the feeding guide mechanism bottom position, corresponding to be processed to clamp and carry
Workpiece, meanwhile, it is capable to which the workpiece to be processed in feeding guide mechanism is carried out to be thrown to feed mechanism；In transportation, make
Each workpiece can be spaced one by one to be conveyed, and avoids adjacent workpieces from producing frictional interference, ensures the stability of workpiece transport.
3rd, feed device can drive material-pulling device to promote corresponding workpiece using movable plate, associated workpiece is existed
Every conveying in an orderly manner among workpiece transport path.
Tenon process equipment provided by the utility model, including work-piece transmission system, it possesses the excellent of work-piece transmission system
Point.
Brief description of the drawings
, below will be right in order to illustrate more clearly of the utility model embodiment or technical scheme of the prior art
The required accompanying drawing used is briefly described in embodiment or description of the prior art, it should be apparent that, describe below
In accompanying drawing be some embodiments of the present utility model, for those of ordinary skill in the art, do not paying creativeness
On the premise of work, other accompanying drawings can also be obtained according to these accompanying drawings.
Fig. 1 is the structural representation of work-piece transmission system provided by the utility model；
Fig. 2 is local knot of the feeding guide mechanism under the first visual angle in work-piece transmission system provided by the utility model
Structure schematic diagram；
Fig. 3 is local knot of the feeding guide mechanism under the second visual angle in work-piece transmission system provided by the utility model
Structure schematic diagram；
Fig. 4 is that partial structurtes of the batch charging mechanism under the first visual angle are shown in work-piece transmission system provided by the utility model
It is intended to；
Fig. 5 is that partial structurtes of the batch charging mechanism under the second visual angle are shown in work-piece transmission system provided by the utility model
It is intended to；
Fig. 6 is the structural representation of feed mechanism in work-piece transmission system provided by the utility model；
Fig. 7 is the partial structural diagram of work piece carrying mechanism in work-piece transmission system provided by the utility model；
Fig. 8 is the partial enlarged drawing at I in Fig. 7.
Icon：
100- frames；101- workpiece transport paths；102- bearing tracks；200- feeding guide mechanisms；201- guide channels；
202- guide seats；203- leading trucks；The guide plates of 204- first；The guide plates of 205- second；The slip draw-in grooves of 206- first；207-
Two slip draw-in grooves；The sliding shoes of 208- first；The sliding shoes of 209- first；210- locking devices；300- batch charging mechanisms；301- workpiece clamps
Tight device；302- arrangement for adjusting height；303- hoistable platforms；304- executive items；305- contiguous blocks；306- linkages；307-
Handle；400- feed mechanisms；401- feeding driving devices；402- leading screws；403- movable plates；404- material-pulling devices；405- is promoted
Part；406- flip pieces；407- expellers；500- discharging mechanisms；501- discharging drive devices；502- power transmission shafts；503- belts pass
Send device；504- universal joints；600- work piece carrying mechanisms；The handling devices of 601- first；The handling devices of 602- second；603- first
Power transmission shaft；604- carries drive device；605- shells；The tracks of 606- first；607- barrows；608- chain drives.
Embodiment
The technical solution of the utility model is clearly and completely described below in conjunction with accompanying drawing, it is clear that described
Embodiment is the utility model part of the embodiment, rather than whole embodiments.Based on the embodiment in the utility model, sheet
The every other embodiment that field those of ordinary skill is obtained under the premise of creative work is not made, belongs to this practicality
Novel protected scope.
, it is necessary to explanation in description of the present utility model, term " " center ", " on ", " under ", it is "left", "right", " perpendicular
Directly ", the orientation of the instruction such as " level ", " interior ", " outer " or position relationship are based on orientation shown in the drawings or position relationship, are only
Described for the ease of description the utility model and simplifying, rather than instruction or imply signified device or element must have it is specific
Orientation, with specific azimuth configuration and operation, therefore it is not intended that to limitation of the present utility model.In addition, term " the
One ", " second ", " the 3rd " are only used for describing purpose, and it is not intended that instruction or hint relative importance.
, it is necessary to which explanation, unless otherwise clearly defined and limited, term " are pacified in description of the present utility model
Dress ", " connected ", " connection " should be interpreted broadly, for example, it may be fixedly connected or be detachably connected, or integratedly
Connection；Can be mechanical connection or electrical connection；Can be joined directly together, can also be indirectly connected by intermediary,
It can be the connection of two element internals.For the ordinary skill in the art, above-mentioned art can be understood with concrete condition
Concrete meaning of the language in the utility model.
Refer to shown in Fig. 1 to Fig. 3；
Work-piece transmission system provided by the utility model, including：
A kind of work-piece transmission system, including frame 100, frame 100 are provided with workpiece transport path 101；
The both sides of workpiece transport path 101 be correspondingly arranged on respectively be connected with the frame 100 feeding guide mechanism 200,
Batch charging mechanism 300 and feed mechanism 400.
The feeding guide mechanism 200 has an adjustable guide channel 201, positioned at the both sides of workpiece transport path 101
The guide channel 201 of feeding guide mechanism 200 be oppositely arranged, guide channel 201 is used to carrying out workpiece to be processed spacing；Will
Workpiece to be processed both ends are placed in the charging guide channel 201 of the both sides of workpiece transport path 101, can be played to work to be processed
Part carries out effect that is spacing and being oriented to.
The batch charging mechanism 300 is arranged on the bottom position of feeding guide mechanism 200, described to be added to clamp and carry
Work workpiece, meanwhile, batch charging mechanism 300 has elevating function, can be thrown the workpiece to be processed in feeding guide mechanism 200
Put to feed mechanism 400；
The batch charging mechanism 300 that the feed mechanism 400 is located in the both sides of workpiece transport path 101 respectively is inboard, uses
In the workpiece to be processed for conveying the dispensing of batch charging mechanism 300.
The following detailed description of the concrete structure of each part in work-piece transmission system provided by the utility model：
Fig. 1 is refer to, the workpiece transport path 101 includes two carryings for being used to carry workpiece to be processed be arrangeding in parallel
Track 102.
Fig. 2 and Fig. 3 are refer to, the feeding guide mechanism 200 in the work-piece transmission system includes guide seats 202, is oriented to
Frame 203, the first guide plate 204 and the second guide plate 205.
The guide seats 202 are slidably mounted in frame 100, and the guide seats 202 can be closer or far from institute
State workpiece transport path 101.
The leading truck 203 is arranged in guide seats 202；
First guide plate 204 is slidably mounted on a side frame 100 of the width of leading truck 203, and energy
It is enough to be moved along the short transverse of leading truck 203.The height of first guide plate 204 is arranged to adjustable way, makes its bottom and frame
The height of 100 passages formed can be adjusted according to the height of different workpieces to be processed, have the characteristics of strong applicability.
Second guide plate 205 is slidably mounted on the opposite side of the width of leading truck 203；The He of first guide plate 204
Guide channel 201 is formed between second guide plate 205.Second guide plate 205, energy are moved along the width of leading truck 203
Enough adjust the width of guide channel 201 between the second guide plate 205 and the first guide plate 204.
By adjusting the width of guide channel 201, the workpiece to be processed of different in width specification is can adapt to, there is applicability
The characteristics of strong.
It should be noted that the width of the leading truck 203 in this implementation refers to the conveying direction of workpiece to be processed,
That is, on the length direction of feed mechanism 400.
Alternatively, the track vertically extended is set in the position of corresponding first guide plate 204 of frame 100, the
The projection coordinated with track is set on one guide plate 204, and the first guide plate 204 can be in frame by projection matching track mode
Slided up and down on 100, be provided with the locking hole through the first guide plate 204 in projection shaft core position, being passed through by bolt should
Locking hole and track, and attaching nut, pad connected mode make the first guide plate 204 be fixed in frame 100, and then realize
The mode that is slidably installed of one guide plate, 204 relative frame 100.
Alternatively, the bottom of leading truck 203 is provided with the first slip draw-in groove 206, the top of leading truck 203 in the width direction
The second slip draw-in groove 207 is provided with the width direction；The bottom of second guide plate 205 is provided with for being slidably connected described the
First sliding shoe 208 of one slip draw-in groove 206, the top of the second guide plate 205 are provided for the second slip card that is slidably connected
The second sliding shoe 209 of groove 207；Second guide plate 205 can by the first sliding shoe 208 and the second sliding shoe 209 with it is relative
The first slip draw-in groove 206 and the second slip draw-in groove 207 for the leading truck 203 answered connect, so that the second guide plate 205 can led
Slided on to frame 203, realize the regulation of the width of guide channel 201 between the second guide plate 205 and the first guide plate 204.
Coordinate the connected mode of sliding shoe by above-mentioned slip draw-in groove, the second guide plate 205 can be made relative to guiding
Frame 203 is more steady when sliding, also, the synchronism of the upper and lower part of the second guide plate 205 movement is good, ensures the second guide plate
205 perpendicularity, improve the guiding accuracy of workpiece to be processed.
By locking device 210 also cross the first slip draw-in groove 206 and the second sliding shoe 209 so that described second is oriented to
Plate 205 is fixedly connected with the leading truck 203.
Alternatively, locking device 210 could be arranged to the mode that bolt coordinates handle locking, i.e., bolt is also cross second
The slip draw-in groove 207 of sliding shoe 209 and second, using the end of handle connecting bolt, rotational handle makes the second sliding shoe 209 and
Locked or unclamped between two slip draw-in grooves 207.
It refer to Fig. 4 and Fig. 5；Batch charging mechanism 300 in the work-piece transmission system includes Workpiece clamping device 301, height
Adjusting means 302 and hoistable platform 303.
The Workpiece clamping device 301 is connected with the first guide plate 204 in the feeding guide mechanism 200.
The arrangement for adjusting height 302 is movably arranged on the second guide plate 205 in the feeding guide mechanism 200.
The arrangement for adjusting height 302 can adjust the Workpiece clamping device 301 and drive first guide plate 204 to exist
The short transverse of frame 100 is moved, and the hoistable platform 303, which is arranged on, to be set in the frame 100, and the hoistable platform 303
Positioned at the bottom of the Workpiece clamping device 301.
Alternatively, Workpiece clamping device 301 includes executive item 304 and contiguous block 305.The executive item 304 can use liquid
Press push rod, cylinder, electric pushrod etc. in the prior art frequently with executive item.In the present embodiment, illustrated by taking cylinder as an example：
The cylinder uses double-rod cylinder, and the catch bar front end of the double-rod cylinder sets pushing block, and the purpose for setting pushing block is to increase it
, can be to be added by the double-rod cylinder being correspondingly arranged in the both sides of workpiece transport path 101 with the contact area of workpiece to be processed
The both ends in work Workpiece length direction carry out stablizing clamping.
The above-mentioned top of executive item 304 sets contiguous block 305, and the contiguous block 305 is preferably provided with L-shaped, and it includes level board
And vertical plate.The level board of the L-shaped contiguous block 305 is connected with executive item 304, another piece of vertical plate and feeding guide mechanism 200
In the first guide plate 204 connect.
Arrangement for adjusting height 302 in above-mentioned batch charging mechanism 300 includes linkage 306 and handle 307, the connecting rod machine
Structure 306 is hinged on the second guide plate 205, the linkage 306 company with handle 307 and Workpiece clamping device 301 respectively
It is be hinged to connect block 305, rotational handle 307, the Workpiece clamping device 301 and first can be driven by the linkage 306
Guide plate 204 moves up and down along the short transverse of frame 100.
Alternatively, above-mentioned Workpiece clamping device 301 is arranged on the close lower position of feeding guide mechanism 200, can
Workpiece to be processed of the feeding guide mechanism 200 close to lower position is clamped.Hoistable platform 303 is located at the Workpiece clamping
The bottom of device 301, also, Workpiece clamping device 301 is located away from the side of workpiece transport path 101, hoistable platform 303
Positioned at close to the side of workpiece transport path 101.
The use of hoistable platform 303 can use hydraulic push rod, cylinder, electric pushrod etc. in the prior art frequently with hold
Row part.In the present embodiment, illustrated by taking cylinder as an example：The cylinder uses double-rod cylinder, the catch bar front end of the double-rod cylinder
Loading plate is set, and the purpose for setting loading plate is to increase its contact area with workpiece to be processed, by workpiece transport path
The double-rod cylinder that 101 both sides are correspondingly arranged, stable support can be provided to the both ends of workpiece to be processed length direction.
It refer to Fig. 6；Feed mechanism 400 in the work-piece transmission system includes feeding driving device 401, leading screw 402, moved
Dynamic plate 403 and material-pulling device 404.
For the feeding driving device 401 to drive leading screw 402 to rotate, the leading screw 402 is arranged on workpiece transport path
In 101 on workpiece motion s direction, the movable plate 403 is connected by connecting seat with the leading screw 402, and drive device passes through driving
Leading screw 402, which rotates, can drive the movable plate 403 to be moved along the length direction of leading screw 402；Set on the movable plate 403 multiple
The material-pulling device 404, to promote workpiece and the synchronizing moving of movable plate 403.Alternatively, multiple edges of material-pulling device 404
The length direction of movable plate 403 is evenly arranged, and detachable connection is used between material-pulling device 404 and movable plate 403, with
It is easy to change material-pulling device 404.
Above-mentioned material-pulling device 404 includes impeller 405, flip piece 406 and expeller 407.
Impeller 405 can in the vertical direction stretched, the one end of flip piece 406 is arranged on by the first linkwork
On movable plate 403, the other end of flip piece 406 is connected by the second linkwork with the take-off lever of impeller 405, the expeller
407 are connected with the flip piece 406, and the impeller 405 promotes the flip piece 406 to rotate, and can control the expeller
407 dig and store.
Alternatively, feeding driving device 401 uses motor.
Alternatively, the both ends of leading screw 402 are rotatablely connected by bearing and frame 100.
Alternatively, the impeller 405 promotes the flip piece 406 to drive expeller 407 to be rotated in 0 to 90 degree scopes.
Using the turnover material-pulling device of said structure, there is simple in construction, upset response efficiency height, manufacturing cost
It is low, number of assembling steps is simple, the advantages of response quickly.
Referring once again to Fig. 1, the utility model is provided in work-piece transmission system, in addition to discharging mechanism 500, the discharging machine
Structure 500 is arranged in the frame 100 of the bottom of feed mechanism 400, is carried out for the workpiece after being processed to feed mechanism 400 defeated
Send.
Specifically, the discharging mechanism 500 includes discharging drive device 501, power transmission shaft 502 and to be symmetrical arranged workpiece defeated
Send the belt conveyer 503 of the both sides of passage 101.
The both ends of power transmission shaft 502 while the belt conveyer with being symmetrical arranged the both sides of workpiece transport path 101
503 drive connections.
The discharging drive device 501 is disposed therein the side of a belt conveyer 503, and it passes through universal joint
504 are connected with the power transmission shaft 502, and drive device 501 can pass sequentially through universal joint 504, power transmission shaft 502 drives for the discharging
The run-in synchronism of belt conveyer 503 positioned at the both sides of workpiece transport path 101.
Alternatively, above-mentioned discharging drive device 501 uses motor.
Alternatively, belt conveyer 503 includes the belt wheel and belt being connected, and belongs to prior art, no longer superfluous here
State.
In the discharging mechanism 500, discharging drive device 501 is synchronous by universal joint 504, the structure of the cooperation of power transmission shaft 502
Drive belt conveyer 503, make the start and stop of belt conveyer 503, operating synchronous, it is ensured that discharging synchronism, stationarity and
Accuracy.
It refer to Fig. 7 and Fig. 8；The utility model is provided in work-piece transmission system, in addition to work piece carrying mechanism 600, its
Possesses elevating function, the carrying mechanism can receive the workpiece that the output end of feed mechanism 400 is launched, and the workpiece is defeated
Deliver on discharging mechanism.
Alternatively, the work piece carrying mechanism 600 includes the first handling device 601, the second handling device 602, first is driven
Axle 603 and carrying drive device 604, the first handling device 601 and the second handling device 602, which are set, is separately positioned on workpiece conveying
The both sides of passage 101, carrying drive device 604, the first handling device of driving 601 and second is carried simultaneously by the first power transmission shaft 603
Device 602 operates, and has ensured that the first handling device 601 and the second handling device 602 operate synchronization, it is ensured that conveying workpieces process
Synchronism, stationarity.
First handling device 601 is identical with the structure of the second handling device 602, including shell 605, the first track 606, removes
Fortune frame 607 and chain drive 608, the first track 606 and chain drive 608 are vertically arranged in housing, are carried
Frame 607 is slidably connected close to one end of the first track 606 and the first track 606, also, the chain in chain drive 608
It is connected simultaneously with barrow 607 close to one end of the first track 606, carries drive device 604 and driven by the first power transmission shaft 603
Chain drive 608 is rotated, and chain drive 608 can be made to drive barrow 607 to be moved up and down along the first track 606,
And then realize and the workpiece after being processed on feed mechanism 400 is delivered on discharging mechanism 500.
Illustrate the operation principle of work-piece transmission system provided by the utility model below：
According to the length dimensions of workpiece to be processed, corresponding component in regulation feeding guide mechanism 200 is made
Adjustment, it is specific as follows：
Regulation to the length of workpiece to be processed：Adjust the guide seats 202 in feeding guide mechanism 200, guide seats
202 can drive the guide plate 205 of leading truck 203 and second to make to be located at workpiece closer or far from the workpiece transport path 101
The spacing of feeding guide mechanism 200 of the both sides of transfer passage 101 is lengthened or shortened, and then is realized to the length of workpiece to be processed
Regulation.
Regulation to the height of workpiece to be processed：, can be along the first guide plate 204 because workpiece to be processed is in course of conveying
Direction is moved, and therefore, adjusts the height of the first guide plate 204, you can realize the regulation to the height of workpiece to be processed, specifically may be used
Using the linkage 306 and handle 307 in arrangement for adjusting height 302, rotational handle 307, to pass through the linkage 306
Drive the guide plate 204 of Workpiece clamping device 301 and first to be moved up and down along the short transverse of frame 100, make
One guide plate 204 is realized and risen or fallen.
Regulation to the width of workpiece to be processed：Second guide plate 205 is moved along the width of leading truck 203, is entered
And adjust the width of guide channel 201 between the second guide plate 205 and the first guide plate 204.
After the completion of being adjusted to feeding guide mechanism 200, it is logical that multiple workpieces to be processed are fallen into guiding successively from the bottom to top
In road 201, now hoistable platform 303 (i.e. cylinder) is in elongation state, and the both ends of workpiece to be processed length direction can be carried
For stable support.Meanwhile the height of Workpiece clamping device 301 is adjusted to be right against second from the bottom from top to bottom work to be processed
The position of part.
Start each equipment of the system, Workpiece clamping device 301 is opened, and the expansion link of Workpiece clamping device 301 is in
Elongation state, fixation, the expansion link retraction of hoistable platform 303 are clamped to the second from the bottom workpiece to be processed, and drive is fallen
First workpiece to be processed of number is dropped on bearing track 102, and now, the movable plate 403 in feed mechanism 400 drives pusher dress
404 sides for being moved to close second guide plate 205 are put, impeller 405 promotes flip piece 406 to rotate, and control expeller 407 is in
90 degree are dug, and then movable plate 403 drives material-pulling device 404 to be moved to the direction of the first guide plate 204, promotes expeller 407
Last workpiece to be processed synchronizing moving on bearing track 102, meanwhile, Workpiece clamping device 301 performs retracting action,
Hoistable platform 303 performs vertical motion, second from the bottom workpiece is fallen on hoistable platform 303.Now, Workpiece clamping device
301 extend the former third from the bottom workpiece of clamping again.
After individual root workpiece to be processed last is moved to relevant position, impeller 405 promotes flip piece 406 to rotate, and controls
Expeller 407 processed is in 0 degree of storage, while movable plate 403 drives material-pulling device 404 to move backward, and repeats above-mentioned to last
The conveying program of root workpiece to be processed, each workpiece to be processed is promoted to be conveyed successively.
After the completion of work pieces process, expeller 407 can drive workpiece to be moved to the barrow of work piece carrying mechanism 600
607, workpiece is delivered on the belt conveyer 503 in discharging mechanism 500 by the descending motion of barrow 607, is passed using belt
Send device 503 that workpiece is delivered into relevant position.
Explanation is needed exist for, when being uniformly arranged multiple material-pulling devices 404 on movable plate 403, with material-pulling device 404
Set exemplified by three：Three 404 equal synchronization actions of material-pulling device, first with the material-pulling device 404 of centre to last
Workpiece to be processed conveys, when outermost material-pulling device 404 is moved to close to the position of the first guide plate 204, material-pulling device
404 stop movement, drop down onto under now second from the bottom workpiece and are seen on hoistable platform 303, are driven by hoistable platform 303 second from the bottom
Root workpiece is transferred to bearing track 102, and then movable plate 403 continues to move to, and drives outermost material-pulling device 404 to promote
Second workpiece of number is moved to corresponding Working position.
Second from the bottom workpiece in place after, material-pulling device 404 is stored, and the reverse movement of movable plate 403 repeats above-mentioned action
Workpiece conveying is carried out, and the material-pulling device 404 positioned at most inner side can be moved to the position of last workpiece, promote the work
Part is moved on the barrow 607 of work piece carrying mechanism 600.
Work-piece transmission system provided by the utility model, has the advantage that：
1st, feeding guide mechanism 200 can realize the length of the workpiece to be processed for different size, width and height
Flexible modulation, applicability are high.
2nd, the hoistable platform 303 in batch charging mechanism 300 can be carried out bottom timber in feeding guide mechanism 200 defeated
Send, while workpiece clamping mechanism can be clamped in the adjacent upper workpiece of the workpiece, prevent its whereabouts, pass through above-mentioned operation
Repeat, in transportation, each workpiece is spaced one by one and conveyed, avoid adjacent workpieces from producing friction dry
Relate to, ensure the stability of workpiece transport.
3rd, feed device can drive material-pulling device 404 to promote corresponding workpiece using movable plate 403, make corresponding
Workpiece is among workpiece transport path 101 every conveying in an orderly manner.
4th, in discharging mechanism 500, discharging drive device 501 is synchronous to drive skin by universal joint, the structure of power transmission shaft cooperation
Band conveyer 503, make the start and stop of belt conveyer 503, operating synchronous, it can be ensured that discharging synchronism, stationarity and standard
True property.
5th, in work piece carrying mechanism 600, carry drive device 604 and carried by the first driving first simultaneously of power transmission shaft 603
The handling device 602 of device 601 and second operates, and has ensured that the first handling device 601 and the second handling device 602 operate synchronization,
Ensure synchronism, the stationarity of conveying workpieces process.
The utility model additionally provides a kind of tenon process equipment, and the equipment includes above-mentioned work-piece transmission system.
As a result of above-mentioned work-piece transmission system, there is the advantages of work-piece transmission system.
Finally it should be noted that：Various embodiments above is only to illustrate the technical solution of the utility model, rather than it is limited
System；Although utility model is described in detail with reference to foregoing embodiments, one of ordinary skill in the art should manage
Solution：It can still modify to the technical scheme described in foregoing embodiments, either to which part or whole skills
Art feature carries out equivalent substitution；And these modifications or replacement, the essence of appropriate technical solution is departed from the utility model
The scope of each embodiment technical scheme.
Claims (10)
1. a kind of work-piece transmission system, including frame, the frame is provided with workpiece transport path；Characterized in that, the work
Part transfer passage both sides are correspondingly arranged on the feeding guide mechanism being connected with the frame, batch charging mechanism and feed mechanism respectively；
The feeding guide mechanism has an adjustable guide channel, and the guide channel is used to limit workpiece to be processed
Position；
The batch charging mechanism is arranged on the feeding guide mechanism bottom position, to clamp and carry corresponding work to be processed
Part, meanwhile, it is capable to which the workpiece to be processed in feeding guide mechanism is carried out to be thrown to feed mechanism；
The feed mechanism is located at workpiece to be processed inboard in the batch charging mechanism, to be launched for conveying the batch charging mechanism.
2. work-piece transmission system according to claim 1, it is characterised in that the feeding guide mechanism includes being oriented to bottom
Seat, leading truck, the first guide plate and the second guide plate；
The guide seats are slidably mounted in frame, and the guide seats can be logical closer or far from being conveyed in the workpiece
Road；
The leading truck is arranged in guide seats；
First guide plate slides are arranged on a side frame of the leading truck width, and can be along leading truck height
Move in direction；
Second guide plate slides are arranged on the opposite side of the leading truck width；
By movement second guide plate, the width of its guide channel between the first guide plate can be adjusted.
3. work-piece transmission system according to claim 2, it is characterised in that
The leading truck bottom is provided with the first slip draw-in groove in the width direction, and leading truck top is provided with second in the width direction
Slip draw-in groove；
The second guide plate bottom is provided with the first sliding shoe for first slip draw-in groove that is slidably connected, and described second
Guide plate top is provided for being slidably connected the second sliding shoe of the second slip draw-in groove；
By locking device also cross the first slip draw-in groove and the second sliding shoe so that second guide plate and the guiding
Frame is fixedly connected.
4. work-piece transmission system according to claim 2, it is characterised in that the batch charging mechanism fills including Workpiece clamping
Put, arrangement for adjusting height and hoistable platform；
The Workpiece clamping device is connected with the first guide plate in the feeding guide mechanism；
The arrangement for adjusting height is movably arranged on the second guide plate in the feeding guide mechanism, the height regulation dress
The Workpiece clamping device can be adjusted by, which putting, drives first guide plate to be moved in bracket height direction, and the hoistable platform is set
Put on the frame is set, and the hoistable platform is located at the bottom of the Workpiece clamping device.
5. work-piece transmission system according to claim 4, it is characterised in that the arrangement for adjusting height includes linkage
And handle, the linkage are hinged on second guide plate, the linkage fills with handle and Workpiece clamping respectively
Be hinged, rotational handle is put, the Workpiece clamping device and the first guide plate can be driven by the linkage along the machine
Frame short transverse moves up and down.
6. work-piece transmission system according to claim 1, it is characterised in that the feed mechanism includes feeding driving dress
Put, leading screw, movable plate and material-pulling device；
For the feeding driving device to drive leading screw to rotate, the leading screw is arranged on workpiece motion s in the workpiece transport path
On direction, the movable plate is connected by connecting seat with the leading screw, and drive device can drive institute by driving leading screw to rotate
Movable plate is stated to move along leading screw length direction；Multiple material-pulling devices are set on the movable plate, to promote workpiece and institute
State mobile platform synchronizing moving.
7. work-piece transmission system according to claim 6, it is characterised in that the material-pulling device includes impeller, upset
Part and expeller；
Described flip piece one end is arranged on movable plate by the first linkwork, and the flip piece other end is be hinged by second
Mechanism is connected with the take-off lever of impeller, and the expeller is connected with the flip piece, and the impeller promotes the flip piece
Rotate, the expeller can be controlled to dig and store.
8. according to the work-piece transmission system described in claim any one of 1-7, it is characterised in that also including discharging mechanism, it sets
Put in the frame of the feed mechanism bottom, conveyed for the workpiece after being processed to the feed mechanism；
The discharging mechanism includes discharging drive device, power transmission shaft and the skin for being symmetrical arranged the workpiece transport path both sides
Band conveyer；
The both ends of the drive shaft is connected with being symmetrical arranged the belt conveyer of the workpiece transport path both sides simultaneously；
The discharging drive device is disposed therein the side of a belt conveyer, and it passes through universal joint and the power transmission shaft
Connection, the discharging drive device can pass sequentially through universal joint, power transmission shaft is driven positioned at the workpiece transport path both sides
Belt conveyer run-in synchronism.
9. work-piece transmission system according to claim 8, it is characterised in that also including work piece carrying mechanism, it possesses liter
Function drops, and the carrying mechanism can receive the workpiece that the feed mechanism output end is launched, and the workpiece is delivered into discharging
In mechanism.
10. a kind of tenon process equipment, it is characterised in that including the work-piece transmission system as described in claim any one of 1-9.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720369711.5U CN206644084U (en) | 2017-04-10 | 2017-04-10 | Work-piece transmission system and tenon process equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720369711.5U CN206644084U (en) | 2017-04-10 | 2017-04-10 | Work-piece transmission system and tenon process equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206644084U true CN206644084U (en) | 2017-11-17 |
Family
ID=60274642
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720369711.5U Active CN206644084U (en) | 2017-04-10 | 2017-04-10 | Work-piece transmission system and tenon process equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206644084U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106827122A (en) * | 2017-04-10 | 2017-06-13 | 佛山市顺德区新马木工机械设备有限公司 | Work-piece transmission system and tenon process equipment |
| CN113146749A (en) * | 2021-04-21 | 2021-07-23 | 佛山市德亨客数控设备科技有限公司 | Numerical control tenon sawing machine |
-
2017
- 2017-04-10 CN CN201720369711.5U patent/CN206644084U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106827122A (en) * | 2017-04-10 | 2017-06-13 | 佛山市顺德区新马木工机械设备有限公司 | Work-piece transmission system and tenon process equipment |
| CN106827122B (en) * | 2017-04-10 | 2023-09-22 | 佛山市顺德区新马木工机械设备有限公司 | Workpiece conveying system and tenon machining equipment |
| CN113146749A (en) * | 2021-04-21 | 2021-07-23 | 佛山市德亨客数控设备科技有限公司 | Numerical control tenon sawing machine |
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