CN209219040U - Traversing shedding mechanism - Google Patents
Traversing shedding mechanism Download PDFInfo
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- CN209219040U CN209219040U CN201822002004.XU CN201822002004U CN209219040U CN 209219040 U CN209219040 U CN 209219040U CN 201822002004 U CN201822002004 U CN 201822002004U CN 209219040 U CN209219040 U CN 209219040U
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Abstract
The utility model relates to a kind of traversing shedding mechanisms.The traversing shedding mechanism includes rack, rack is equipped with traverse displacement unit and device for discharging, the traverse displacement unit includes pool conveyer structure, the pool conveyer structure includes the power unit and loop pulling part with rotary output, power unit drives the movement of loop pulling part and has the straight conveying section for driving material mobile in the movement travel of loop pulling part, the device for discharging includes the splicing storehouse docked with straight conveying section, the bulkhead and/or orlop in splicing storehouse are movably arranged in rack and form movable cabin plate, device for discharging further includes the storehouse plate transmission mechanism of the rotary output and movable cabin plate of being sequentially connected, storehouse plate transmission mechanism includes batch-type transmission mechanism.Traversing shedding mechanism in compared with the prior art need to be arranged two sets of independent driving mechanisms and respectively drive traverse displacement unit and device for discharging, and the traversing shedding mechanism structure of the utility model is simpler, occupied space is smaller and manufacturing cost is lower.
Description
Technical field
The utility model relates to noodles processing equipment technical fields, and in particular to a kind of traversing shedding mechanism.
Background technique
Flour is a kind of powder worn by wheat, is the staple food of north of China most area.To be eaten made of flour
Object is various in style, makes a lot of variety, and flavor is totally different.Noodles are a kind of to make health care food simple, convenient, full of nutrition
Product.
In the prior art, noodles production technology includes with face and face, tabletting, slitting restocking, drying, undercarriage, cutting and packet
Process is filled, automation has been realized in production, wherein noodle rod is used to hanging up noodles into the drying and processing to realize noodles.
Stalks harvester is collected into vermicelli rod box by existing mode of putting away sports equipment generally by collecting box, then by manually sending noodle rod
It returns dried noodle machine or is sent back to by trolley, process is relatively complicated.
For this purpose, (Chinese utility model patent that Authorization Notice No. is CN207192115U) provides one kind in the prior art
Dried noodle machine returns lever apparatus automatically, which includes upper frame, is fixedly connected on the left of upper frame and send bar unit and conveyor surface
The chain of bar is equipped with speed reducer, driven wheel in upper frame, and speed reducer drives chain to be moved by driven wheel, and chain is along upper
Frame body and tail frame device will be sent from the received face bar in tailstock end to bar unit is sent, and will be equipped in the outside of chain and will be used for hook noodle rod
Convex block, send bar unit to include bracket, be fixed on bracket for keeping in the transition bucket of face bar, being equipped in the lower section of transition bucket will
Face bar gives the mobile bucket of dried noodle machine, and bracket is equipped with guide rail, and mobile bucket is slided along guide rail under electric motor control.
This returns the mobile bucket movement of lever apparatus and discharging by two driving device drivings automatically, increases control difficulty, but also need
Gas circuit is set, implements more troublesome.Moreover, this returns lever apparatus automatically realizes traversing feeding by mobile bucket, then moving
When dynamic bucket is removed, in order to collect the noodle rod of conveyor chain conveying, it is also necessary to transition bucket be arranged, divided on two such bucket
It sets, occupies very large space.
Utility model content
The purpose of this utility model is to provide a kind of traversing shedding mechanisms, logical to solve existing traversing shedding mechanism
Crossing two, independent driving mechanism driving is traversing and device for discharging movement causes the technical issues of structure is complicated.
To achieve the above object, the technical solution of the traversing shedding mechanism of the utility model is:
Traversing shedding mechanism includes rack, and rack is equipped with traverse displacement unit and device for discharging, and the traverse displacement unit includes ring
Shape conveying mechanism, the pool conveyer structure include the power unit and loop pulling part with rotary output, power list
Member drives the movement of loop pulling part and has the straight conveying section for driving material mobile, institute in the movement travel of loop pulling part
Stating device for discharging includes the splicing storehouse docked with straight conveying section, and the bulkhead and/or orlop in splicing storehouse are movably arranged in rack
And movable cabin plate is formed, device for discharging further includes the storehouse plate transmission mechanism of the rotary output and movable cabin plate of being sequentially connected,
Storehouse plate transmission mechanism include batch-type transmission mechanism and rotary output drive loop pulling part movement setting stroke and by object
The movement of movable cabin plate is driven when material is transported in splicing storehouse and releases the material that splicing storehouse is connected to.
The beneficial effect is that: the traversing shedding mechanism of the utility model both drives loop pulling by a set of power unit
Part drives material mobile, and drives plate transmission mechanism in storehouse that material rotating plate and striker plate movement is driven to draw off the material in splicing storehouse.
Traversing shedding mechanism in compared with the prior art need to be arranged two sets of independent driving mechanisms and respectively drive traverse displacement unit and discharging
Device, the traversing shedding mechanism structure of the utility model is simpler, occupied space is smaller and manufacturing cost is lower.
Further, the movable cabin plate is rotatablely installed on the rack.Movable cabin plate and gantry rotation assemble, the rotation of storehouse plate
Movement occupies little space, so that the storehouse plate transmission mechanism of driving storehouse plate rotation is turnover transmission rig, turnover transmission rig
Structure is simpler.
Further, the splicing storehouse is trough type splicing storehouse for receiving longaxones parts, and by one end with
Straight conveying section docking, the pivot center of the movable cabin plate are parallel with the extending direction of straight conveying section.Movable cabin plate passes through
Discharging is rotated, helps to draw off longaxones parts.
Further, the batch-type transmission mechanism is cam mechanism, the wheel shaft of the cam of the cam mechanism and activity
The pivot center of storehouse plate is parallel, and is sequentially connected with the rotary output, and the cam is direct or indirect by its contoured surface
Push the overturning of movable cabin plate.Cam mechanism structure is simple, simplifies entire storehouse plate transmission mechanism.
Further, the storehouse plate transmission mechanism further includes that subtracting between the rotary output and cam mechanism is arranged in
Fast mechanism.Splicing storehouse and loop pulling part differential rotate, and help to convey longer longaxones parts.
Further, the splicing storehouse includes seperated material rotating plate and striker plate, the material rotating plate be include orlop and one
The Z-shaped plate of side bulkhead, the striker plate are in the side of material rotating plate and surround U-shaped warehouse as other side bulkhead and material rotating plate,
The material rotating plate and striker plate constitute the movable cabin plate, and material rotating plate is consistent with the rotation direction of striker plate, striker plate
With the pivot center of material rotating plate be in striker plate and material rotating plate to spell position at.Material rotating plate and striker plate are overturn, can be quick
Discharging reduces the reversal rate of material rotating plate.
Further, the storehouse plate transmission mechanism further includes lever mechanism, and the both ends of the lever mechanism pass through hinge respectively
Both connect arm transmission connection material rotating plate and striker plate and drive synchronous overturn.So that from rotary output to material rotating plate and striker plate
Such one-to-two drive mechanism is relatively simple.
Further, the transmission connection of the lever mechanism and material rotating plate and striker plate meets the rotational angular velocity of striker plate
Greater than the rotational angular velocity of material rotating plate, in rollover states striker plate be not higher than plane where orlop.So that material rotating plate and gear
The discharging inclined-plane that flitch is formed is more smooth, convenient for toppling over.
Further, it is hung on the power arm with material rotating plate articulated connection of the lever mechanism and drives stirring sheet reset
Counterweight.Counterweight can be realized material rotating plate, striker plate automatically resets, and convenient for setting.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the traversing shedding mechanism of the utility model；
Fig. 2 is the striker plate in the device for discharging in Fig. 1, the structural schematic diagram before material rotating plate overturning；
Fig. 3 is the striker plate in the device for discharging in Fig. 1, the structural schematic diagram after material rotating plate overturning；
In figure: 1- traverse displacement unit；11- ring chain；12- circular shaft；2- device for discharging；21- rack；22- linking arm；23-
Material rotating plate power arm；24- striker plate power arm；25- striker plate；26- material rotating plate；27- splicing storehouse；28- cam；29- forced section；
210- swing arm；211- connecting plate；212- connecting rod；213- shaft.
Specific embodiment
The embodiments of the present invention is described further with reference to the accompanying drawing.
The specific embodiment one of the traversing shedding mechanism of the utility model is arranged in rack as shown in Figure 1, including rack
There are traverse displacement unit 1 and device for discharging 2, traverse displacement unit 1 has straight conveying section, and device for discharging 2 includes rack 21 and is mounted on machine
The splicing storehouse 27 docked on frame 21 and with straight conveying section, the orlop in splicing storehouse are located at straight conveying section on bracket height direction
Straight conveyor surface downside.Splicing storehouse 27 is separate structure, and seperated splicing storehouse 27 is surrounded by striker plate 25 and material rotating plate 26.
The storehouse plate transmission mechanism for driving material rotating plate 26 and the movement of striker plate 25 and drawing off the material in splicing storehouse is additionally provided in rack 21,
Storehouse plate transmission mechanism in the present embodiment is turnover transmission rig.Striker plate 25 and the equal rolling assembling of material rotating plate 26 on the rack,
The pivot center of material rotating plate 26 and striker plate 25 is respectively positioned at 26 pairs of spelling positions of striker plate 25 and material rotating plate, and with straight conveying section
Extended line it is parallel.Traverse displacement unit 1 is transported material in splicing storehouse 27 by straight conveying section, and turnover transmission rig drives
Material rotating plate 26 and the movement of striker plate 25 draw off the material in splicing storehouse 27.
Referring to Fig. 2, turnover transmission rig includes shaft 213, swing arm 210 and connecting rod 212.Wherein, the rotation of shaft 213 dress
It fits in rack 21 and extends along 27 length direction of splicing storehouse, the both ends of shaft 213 are fixed in rack 21 by bearing.Swing arm
210 are hinged in the rack of 213 upside of shaft, and the pivot center of swing arm 210 is parallel with the pivot center of shaft 213.Swing arm
210 is hinged far from hinged one end and connecting rod 212, and connecting rod 212 and the connecting plate 211 being fixedly connected on material rotating plate 26 are hinged.
The section of material rotating plate 26 is zigzag configuration, and striker plate 25 is located at the side of Z-shaped material rotating plate 26 and forms the splicing storehouse 27 of U-shaped, backgauge
The vertical edge of plate 25 and material rotating plate 26 constitutes the bulkhead in U-shaped splicing storehouse 27, and the horizontal sides of Z-shaped material rotating plate 26 constitute U-shaped splicing storehouse
27 orlop, connecting plate 211 are fixedly connected on the vertical edge of Z-shaped material rotating plate 26 in the one side in splicing storehouse 27.Such as Fig. 3 institute
Show, when swing arm 210 is swung around pivot center, connecting rod 212 is driven to act, connecting rod 212 drives stirring storehouse around the rotation axis in stirring storehouse
Discharging is realized in line rotation.
It is well known that splicing storehouse 28 needs certain time with for charging, overturning discharging is intermittent action.In order to just
In setting, while a set of dynamical system being shared for device for discharging 2 and traverse displacement unit 1, possibility being provided, the overturning in the present embodiment passes
Motivation structure further includes batch-type transmission mechanism.Batch-type transmission mechanism includes the cam 28 that rotation stop is assemblied in shaft 213, in order to
Cam 28 can be accurately positioned so that projection position of the cam 28 in shaft 213 and position of the cam 28 in shaft 213
Set consistent, cam 28 is sleeved in shaft 213, and the cam 28 being sleeved in shaft 213 radially has to be fixed in and turns
Jackscrew on axis 213, so as to adjust position of the cam 28 in shaft 213 to ensure that cam 28 is installed in place.Other realities
It applies in example, cam 28 can also be wholely set with shaft 213 or cam 28 is threadedly coupled with shaft 213.Swing arm 210 has quilt
The forced section that cam 28 pushes.When cam 28 rotates, cam 28 is intermittent to push swing arm 210 to act.In other embodiments, cam
The structures such as push rod or pushing block can also be connected on 28, drive swing arm 210 to act by push rod or pushing block；Or it is radially connected in cam
Pushing block on 28 is corresponding in 213 axial direction of shaft with swing arm 210, and cam 28 is located at the side of pushing block, and cam 28 drives when rotating
Pushing block acts and drives swing arm 210.Cam 28 is during pushing swing arm 210 to act, the forced section of cam 28 and swing arm 210
For hard friction, after long-time service, cam 28 is easily worn with swing arm 210.For this purpose, swing arm 210 by cam 28 press by
Power portion is provided with pulley, and 28 propelling sheave of cam acts and drives swing arm 210, and by the way that pulley is arranged, sliding friction is converted into
Rolling friction greatly reduces the frictional force between cam 28 and swing arm 210.
Striker plate 25 is driven to act while in order to realize that turnover transmission rig drives material rotating plate 26 to act, so that splicing storehouse
27 fully open, and draw off material；Linkage mechanism is provided between material rotating plate 26 and striker plate 25.Specifically, as shown in Fig. 2, connection
Motivation structure is lever mechanism, and linkage mechanism includes linking arm 22, material rotating plate power arm 23 and striker plate power arm 24, wherein even
Middle position and the rack 21 for connecing arm 22 are hinged, and one end of linking arm 22 and one end of material rotating plate power arm 23 are hinged, linking arm
One end of 22 other end and striker plate power arm 24 is hinged.The one end and connecting plate of material rotating plate power arm 23 away from linking arm 22
211 is hinged, and material rotating plate power arm 23 and the hinge axes of connecting plate 211 and the hinge of striker plate power arm 24 and connecting plate 211
Connect axis collinear arrangement；Striker plate power arm 24 is hinged away from one end hinged with linking arm 22 and striker plate 25.Such as Fig. 3 institute
Show, when cam 28 drives swing arm 210 to move upwards, swing arm 210 drives 212 uplink of connecting rod and turns material rotating plate 26 around pivot center
The dynamic material toppled in splicing layer, connecting rod 212 drive 23 uplink of material rotating plate power arm, and material rotating plate power arm 23 drives linking arm 22
One end uplink, in the process, one end downlink that linking arm 22 is connect with striker plate 25 and pull striker plate power arm 24 around
Pivot axis, and open striker plate 25.
To make material rotating plate 26 and striker plate 25 height of the striker plate 25 in rack 21 in rollover states be lower than material rotating plate
Where 26 horizontal sides highly, the rotational angular velocity of the striker plate 25 in the present embodiment is greater than the rotational angular velocity of material rotating plate 26.
When opening striker plate 25 and material rotating plate 26, it is more smooth to be formed by discharging inclined-plane, convenient in splicing storehouse 27
Material is drawn off.The rotational angle of striker plate 25 in the present embodiment is 135 °, and the rotational angle of material rotating plate 26 is 45 °.
The linkage mechanism being arranged between striker plate 25 and material rotating plate 26 in the present embodiment is lever mechanism, in order to
Striker plate 25, which is closed completely and fully opens with the realization of material rotating plate 26, to be adjusted such that the arm of force of lever mechanism, material rotating plate is dynamic
The arm of force 23 and striker plate power arm 24 are adjusting screw structure.Wherein, material rotating plate power arm 23 include respectively with connecting plate 211
And linking arm 22 hinged screw rod set and the screw rod that is threaded between two screw rods set, the screw thread at screw rod both ends is reversed
Screw thread, so that two screw rod sets are located remotely from each other or close when screw rod rotates.Screw rod and the end of screw rod set connection have for preventing
The only locking nut of screw rod rotation, to adjust in screw rod to being locked when needing length.The centre of screw rod in the present embodiment
It is also set up in section there are two the locking nut mutually locked, to pass through the forward and reverse rotation screw rod of tool.Striker plate power arm 24
Structure is identical as the structure of material rotating plate power arm 23, and difference place is only that length difference.For the knot of striker plate power arm 24
Structure repeats no more.
Splicing storehouse 27 is needed to be reset after having toppled over material with splicing again, for this purpose, the end of material rotating plate power arm 23 is set
It is equipped with clump weight, after the material in splicing storehouse 27 is drawn off, clump weight pulls material rotating plate power arm 23 to reset under the effect of gravity, turns over
Flitch power arm 23 drives striker plate 25, material rotating plate 26 and swing arm to reset.
Traverse displacement unit 1 includes the rack extended along 27 length direction of splicing storehouse, is provided with loop pulling part in rack, annular
Traction piece in its operation process have the straight conveying section, straight conveying section be arranged in the upper end of rack and with splicing storehouse 27
Axis collinear.On loop pulling part along its length on be arranged at intervals with multiple supporting elements, the upper side of supporting element is formed
It is used to support the supporting surface of material, supporting element drives material to move ahead by the frictional force between its supporting surface and part.
Specifically, loop pulling part is ring-shaped conveying chain item, supporting element is the circular shaft 12 being fixed on ring chain 11,
In his embodiment, loop pulling part can also be cycloconveyor belt, and being fixedly connected on circular shaft 12 on ring chain 11 can be with
It is the supporting block with cambered surface.There are spaced multiple pairs of supports along its length on the outer peripheral surface of ring chain 11
Ear, pairs of support ear are arranged at 11 width direction interval of ring chain, and circular shaft 12 is bolted to connection on support ear.
The part on ring chain 11 is leaked out from the two sides of 11 width direction of ring chain in order to prevent, and rack is in endless chain
The two sides of 11 width direction of item are provided with side plate, and the width of the ring chain 11 in the present embodiment is equal with the width of material, therefore
Side plate positioned at 11 two sides of ring chain also has the function of preventing material from glancing off during transportation.Other embodiments
In, if the width of ring chain 11 can also be equal to the sum of the width of dry material.
Material travels forward under the action of circular shaft 12 along straight conveying section, after operation to certain position, the front end of material
Into in splicing storehouse 27, the rear end of material continues to move ahead under the action of circular shaft 12, since the front end of material has entered splicing storehouse
In 27, material only relies on rear end and the frictional force of circular shaft 12 moves ahead, it is possible to because friction is small for rear end, especially when material is
When longaxones parts, material cannot be introduced into splicing storehouse 27.For this purpose, ring chain 11 is upper with spaced along its length
Multiple scraping wings, in order to preferably play the effect of scraping wings, the length between two scraping wings can be designed to be slightly larger than object
The length of material.Meanwhile scraping wings is interfered with side plate in order to prevent, the width of scraping wings is slightly less than 11 width side of ring chain
To the distance between the side plate of two sides.
For reduce as far as possible the utility model traversing shedding mechanism volume, traverse displacement unit 1 in the present embodiment with
Device for discharging 2 shares a set of drive system.Drive system includes the power unit being arranged on traverse displacement unit 1, power unit band
Dynamic ring chain 11 rotates, and power unit has rotary output, turnover transmission rig and rotary output in device for discharging 2
Transmission connection, so that the power unit driving rotation of ring chain 11 conveys the part on the straight conveying section on ring chain 11
In splicing storehouse 27 into device for discharging 2, power unit drives turnover transmission rig driving material rotating plate 26 and striker plate 25 to overturn
Part is drawn off.
Specifically, the rotary output of power unit is the output end of driving motor, the output end and annular of driving motor
Chain drive connection and the transmission connection of shaft 213 for passing through deceleration mechanism and turnover transmission rig.Speed reducer in the present embodiment
Structure is turbine and worm decelerator, specifically, worm gear mechanism includes worm screw and the worm gear that is fixedly connected with shaft 213.
Design in this way is the revolving speed in order to make 11 velocity of rotation of ring chain be greater than shaft 213, it is ensured that the material that ring chain 11 conveys
After in into splicing storehouse 27, turnover transmission rig drives the overturning of splicing storehouse 27 to draw off material, after splicing storehouse 27 resets, ring chain
11 are delivered to next material in splicing storehouse 27, so repeat.In other embodiments, deceleration mechanism can also be multi-stage speed-reducing
Mechanism, such as gear reduction.
The use principle of the traversing shedding mechanism of the utility model are as follows: material is fallen on the circular shaft 12 of ring chain 11, is moved
Power unit drives ring chain 11 to rotate, and material is fed forward, in the process, the side of 11 width direction two sides of ring chain
Plate prevents material from tilting.When material is transported to the tail end of straight conveying section, the front end of material enters in splicing storehouse 27, material
Rear end by scraping wings push and enter splicing storehouse 27 in, at this point, by power unit drive shaft 213 drive cam 28 to pendulum
The forced section of arm 210 contacts, and cam 28 continues to rotate, and swing arm 210 is pushed to rotate, and the rotation of swing arm 210 drives connecting rod 212 to rotate,
Connecting rod 212 drives material rotating plate 26 to rotate, while connecting rod 212 drives 23 uplink of material rotating plate power arm, and material rotating plate power arm 23 drives
One end of linking arm 22 is rotated around articulated shaft, is about to striker plate 25 under the other end drive striker plate power arm 24 of linking arm 22 and is beaten
It opens, cam 28 continues that swing arm 210 is driven to rotate up to striker plate 25 and fully open with material rotating plate 26, by the material in splicing storehouse 27
It draws off.The part of the force of cam 28 and swing arm 210 at this time from, material rotating plate power arm 23 resets under the gravity of clump weight,
Material rotating plate 26, striker plate 25 and swing arm 210 is driven to reset simultaneously.Ring chain 11 conveys next material and enters splicing storehouse 27, weight
Multiple above-mentioned movement.
The specific embodiment two of the traversing shedding mechanism of the utility model, the area with traversing shedding mechanism specific embodiment one
Place is not that the batch-type transmission mechanism in the present embodiment includes the sheave that rotation stop is assemblied in shaft, the outer peripheral surface of sheave
On be provided with straight pin, in sheave rotation process straight pin intermittence push swing arm on forced section rotation.Other and embodiment
One is identical, repeats no more.
The specific embodiment three of the traversing shedding mechanism of the utility model, the area with traversing shedding mechanism specific embodiment one
Place is not that the batch-type transmission mechanism in the present embodiment includes the incomplete tooth gear that rotation stop is assemblied in shaft, swing arm
It is fixedly connected with gear with the hinged end of valuation, gear in swing arm constitutes forced section, among incomplete tooth gear rotation process
Having a rest property engages driving swing arm rotation with the gear in swing arm.Other are the same as example 1, and repeat no more.
The specific embodiment four of the traversing shedding mechanism of the utility model, the area with traversing shedding mechanism specific embodiment one
Place is not that the batch-type transmission mechanism in the present embodiment includes the turntable that rotation stop is assemblied in shaft, has diameter on turntable
There is the through slot that is adapted to fixing axle to the fixing axle of extension, in swing arm and swing arm is made to be fixed the intermittent promotion of axis, on turntable
Fixing axle rotation process in push swing arm rotation, rack is equipped between swing arm and in fixing axle separates post-tensioning movable pendulum arm with swing arm
The reset spring of reset, and with the backing pin of block swing arm in rack.
The specific embodiment five of the traversing shedding mechanism of the utility model, the area with traversing shedding mechanism specific embodiment one
Place is not that only material rotating plate rotates under the drive of turnover transmission rig to unload the material in splicing storehouse in the present embodiment
Out, certainly, no setting is required for the linkage mechanism for being arranged between material rotating plate and striker plate in stirring transmission mechanism.Other and embodiment
One is identical, repeats no more.
The specific embodiment six of the traversing shedding mechanism of the utility model, the area with traversing shedding mechanism specific embodiment one
Place is not, the splicing storehouse in the present embodiment includes two striker plates to spell shape into one of quilt in two striker plates
Warehouse transmission mechanism drives intermittence to the direction translational far from another striker plate, and the material in splicing storehouse is leaked out, storehouse
Body transmission mechanism includes the cam that rotation stop is assemblied in shaft, is had on movable striker plate by cam pushing tow and to far from fixed
The forced section of the direction intermittence movement of striker plate, and it is provided with reset spring between fixed striker plate and active striker plate,
With in the urging portion of cam and striker plate from rear reset.Other are the same as example 1, and repeat no more.
The specific embodiment seven of the traversing shedding mechanism of the utility model, the area with traversing shedding mechanism specific embodiment one
Place is not that the pivot center in the splicing storehouse in the present embodiment can form an angle with straight conveying section shape, the present embodiment
In, the pivot center in splicing storehouse and the extending direction of straight conveying section are perpendicular, in other embodiments, the pivot center in splicing storehouse
The angle formed with the extended line of straight conveying section can also be other angles.Other are the same as example 1, and repeat no more.
The specific embodiment eight of the traversing shedding mechanism of the utility model, the area with traversing shedding mechanism specific embodiment one
Place is not, the splicing storehouse in the present embodiment is overall structure, and splicing storehouse rotates under the drive of turnover transmission rig, when
So, no setting is required for the linkage mechanism for being arranged between material rotating plate and striker plate.Other are the same as example 1, and repeat no more.
The specific embodiment nine of the traversing shedding mechanism of the utility model, the area with traversing shedding mechanism specific embodiment one
Place is not that the material rotating plate in the present embodiment is overturn by a set of cam mechanism driving material rotating plate, and striker plate passes through a set of convex
It takes turns mechanism and drives striker plate overturning, specifically, rotation stop turns with there are two the cam of axially spaced-apart in shaft, one of cam is driven
The rotation of movable pendulum arm intermittence, another actuated by cams linking arm intermittence are swung, and still, two cams need while driving swing arm
It is rotated with linking arm, and is provided with resetting structure in linking arm and swing arm, resetting structure, which can be, is connected to swing arm and company
Connect the clump weight on arm, in other embodiments, resetting structure can also be spring reset structure.Other are the same as example 1,
It repeats no more.
The specific embodiment ten of the traversing shedding mechanism of the utility model, the area with traversing shedding mechanism specific embodiment one
Place is not, the linkage mechanism in the present embodiment is gear mechanism, and gear mechanism includes being separately positioned on striker plate and stirring
The synchronization action of material rotating plate and striker plate is realized in gear on plate, two gear engagements.
Claims (9)
1. traversing shedding mechanism, it is characterised in that: including rack, rack is equipped with traverse displacement unit and device for discharging, described traversing
Device includes pool conveyer structure, and the pool conveyer structure includes the power unit and loop pulling with rotary output
Part, power unit, which drives the movement of loop pulling part and has in the movement travel of loop pulling part, drives the straight of material movement
Conveying section, the device for discharging include the splicing storehouse docked with straight conveying section, the bulkhead in splicing storehouse and/or orlop activity installation
Form movable cabin plate on the rack, device for discharging further includes that the be sequentially connected storehouse plate of the rotary output and movable cabin plate passes
Motivation structure, storehouse plate transmission mechanism include batch-type transmission mechanism and drive loop pulling part movement setting stroke in rotary output
And the movement of movable cabin plate is driven when transporting material in splicing storehouse and releases the material that splicing storehouse is connected to.
2. traversing shedding mechanism according to claim 1, it is characterised in that: the movable cabin plate is rotatably installed in rack
On.
3. traversing shedding mechanism according to claim 2, it is characterised in that: the splicing storehouse is for receiving long axis class zero
The trough type splicing storehouse of part, and being docked with straight conveying section by one end, the pivot center of the movable cabin plate with it is straight defeated
Send the extending direction of section parallel.
4. traversing shedding mechanism according to claim 2 or 3, it is characterised in that: the batch-type transmission mechanism is cam
The wheel shaft of mechanism, the cam of the cam mechanism is parallel with the pivot center of movable cabin plate, and is driven with the rotary output
Connection, the cam directly or indirectly push movable cabin plate to overturn by its contoured surface.
5. traversing shedding mechanism according to claim 4, it is characterised in that: the storehouse plate transmission mechanism further includes that setting exists
Deceleration mechanism between the rotary output and cam mechanism.
6. traversing shedding mechanism according to claim 2 or 3, it is characterised in that: the splicing storehouse includes seperated stirring
Plate and striker plate, the material rotating plate are the Z-shaped plate for including orlop and side bulkhead, the striker plate be in the side of material rotating plate and
U-shaped warehouse is surrounded as other side bulkhead and material rotating plate, the material rotating plate and striker plate constitute the movable cabin plate, and turn over
Flitch is consistent with the rotation direction of striker plate, and the pivot center of striker plate and material rotating plate is in striker plate and material rotating plate to spelling position
Place.
7. traversing shedding mechanism according to claim 6, it is characterised in that: the storehouse plate transmission mechanism further includes Lever machine
Structure, the both ends of the lever mechanism drive the two is synchronous to overturn by articulated jib transmission connection material rotating plate with striker plate respectively.
8. traversing shedding mechanism according to claim 7, it is characterised in that: the lever mechanism and material rotating plate and striker plate
Transmission connection meet the rotational angular velocity of striker plate and be greater than the rotational angular velocity of material rotating plate, in rollover states, striker plate is not
Higher than plane where orlop.
9. traversing shedding mechanism according to claim 7, it is characterised in that: the lever mechanism hingedly connects with material rotating plate
The counterweight for driving stirring sheet reset is hung on the power arm connect.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822002004.XU CN209219040U (en) | 2018-11-30 | 2018-11-30 | Traversing shedding mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822002004.XU CN209219040U (en) | 2018-11-30 | 2018-11-30 | Traversing shedding mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209219040U true CN209219040U (en) | 2019-08-09 |
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ID=67505598
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822002004.XU Active CN209219040U (en) | 2018-11-30 | 2018-11-30 | Traversing shedding mechanism |
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| CN (1) | CN209219040U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109452336A (en) * | 2018-11-30 | 2019-03-12 | 登封市启明轩程控设备有限公司 | A kind of traversing shedding mechanism |
-
2018
- 2018-11-30 CN CN201822002004.XU patent/CN209219040U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109452336A (en) * | 2018-11-30 | 2019-03-12 | 登封市启明轩程控设备有限公司 | A kind of traversing shedding mechanism |
| CN109452336B (en) * | 2018-11-30 | 2023-11-17 | 登封市启明轩程控设备有限公司 | Sideslip shedding mechanism |
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