CN208979777U - A kind of sub-material transmission device - Google Patents
A kind of sub-material transmission device Download PDFInfo
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- CN208979777U CN208979777U CN201821713752.2U CN201821713752U CN208979777U CN 208979777 U CN208979777 U CN 208979777U CN 201821713752 U CN201821713752 U CN 201821713752U CN 208979777 U CN208979777 U CN 208979777U
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- flitch
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- transmission device
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Abstract
The utility model relates to sub-material field of storage, it is disclosed that a kind of sub-material transmission device, including horizontal conveying mechanism and transfer conveying mechanism, the transfer conveying mechanism includes transferring frame, turn material conveyer belt and blanking component, the blanking component includes the support unit for drawing flitch and being used to support and drawing flitch for directing material, the support unit includes and transfers the relatively-stationary support frame of frame, draw the slip base and be connected to slip base and draw the connector between flitch that flitch length direction is slideably positioned on support frame in edge, the slip base includes left slider and right sliding block, the connector includes that both ends the left support bar and both ends that are hingedly connected to left slider and draw between flitch are hingedly connected to right sliding block and draw the right support bar between flitch；The flitch that draws in blanking component is rotated in perpendicular, is changed the channeling direction to material, is realized the purpose of filling horizontal conveying mechanism two sides storing bin, improves the efficiency of sub-material storage.
Description
Technical field
The utility model relates to sub-material field of storage, in particular to a kind of sub-material transmission device.
Background technique
Material memory utilization, the problem of encountering in the daily life and production for being, wherein in material memory utilization
It is important that storing classifiedly about different material, stores classifiedly and the treatment of material keeping and later period transferred
Efficiency all has a major impact.
Existing notification number is the Chinese patent of CN206569685U, and it discloses a kind of transportation systems, including horizontal conveying
Mechanism turns material conveyer structure, and horizontal conveying mechanism includes horizontal frame, the horizontal conveyer belt being rotatably connected on horizontal frame, along cross
Set the sliding rail of frame length direction setting；Turn material conveyer structure to include the transfer frame moved along sliding rail, be rotatably connected on transfer frame
Turn material conveyer belt, one end is located at below the discharge end for turning material conveyer belt and be arranged diagonally downward from the discharge end and vertically horizontal
The blanking component of conveyer belt turns material conveyer belt and tilts upward setting, is provided on transferring frame and chooses flitch, chooses one end hinge of flitch
It is connected to and transfers on frame, the other end is connected on horizontal conveyer belt, and blanking component includes blanking channel and material transfer plate；Material is along horizontal
Conveyer belt movement is set, material, which is directly over, turns to expect that conveyer belt falls the flitch that direct transfers, and comes out from blanking channel, passes through mobile turn of material
Conveying mechanism, so that material comes out from different positions enters different subregions.
As in above-mentioned public technology, material is entered by blanking channel along the several of horizontal conveying mechanism length direction setting
Storing bin in, when the two sides of horizontal conveying mechanism length direction are provided with storing bin, blanking component can not be directly realized by
Material is loaded to the storing bin of horizontal conveying mechanism two sides, then needs to change material transfer plate and blanking by dismounting blanking component
The inclined direction in channel, and then realize the purpose of filling horizontal conveying mechanism two sides storing bin, but dismount the complexity of blanking component
Causing the efficiency of sub-material operation reduces, and there are shortcomings to be modified.
Utility model content
The purpose of the utility model is to provide a kind of sub-material transmission device, the flitch that draws in blanking component turns in perpendicular
It is dynamic, change the channeling direction to material, realize the purpose of filling horizontal conveying mechanism two sides storing bin, improves the effect of sub-material storage
Rate.
The above-mentioned technical purpose of the utility model has the technical scheme that
A kind of sub-material transmission device, including horizontal conveying mechanism and transfer conveying mechanism, the transfer conveying mechanism packet
It includes and transfers frame, turns material conveyer belt and blanking component, the blanking component includes drawing flitch and be used for for directing material
The support unit of flitch is drawn in support, and the support unit includes drawing flitch length side with the relatively-stationary support frame of transfer frame, edge
To the slip base being slideably positioned on support frame and it is connected to slip base and draws the connector between flitch, the slip base packet
Include left slider and right sliding block, the connector include both ends be hingedly connected to left slider and draw left support bar between flitch and
Both ends are hingedly connected to right sliding block and draw the right support bar between flitch.
By using above-mentioned technical proposal, the two sides of storage bin distribution and horizontal conveying mechanism, and along horizontal conveying mechanism
The setting of length direction interval, material is logical to be passed sequentially through horizontal conveying mechanism and turns material conveyer belt, and the material turned on material conveyer belt falls
Drawing on flitch for blanking component is fallen within, right sliding block is mobile to left slider, so that the rotation inclination of right support bar, and then realize and draw flitch
The direction of sliding block tilts down to the right；When sliding block is mobile to the right for left slider, so that the rotation of left support bar tilts, and then material is drawn in realization
Plate is tilted down to the direction of left slider, is realized to change and is drawn flitch inclined direction, and then changes and draw flitch to the guidance side of material
To the purpose of realization filling horizontal conveying mechanism two sides storing bin improves the efficiency of sub-material storage.
The utility model is further arranged to: slideway is offered along the length direction for drawing flitch on support frame as described above, it is described
Slip base sliding is embedded in slideway, slideway inner wall abutting side of the left support bar far from right support bar, in the slideway
Wall abuts side of the right support bar far from left support bar.
By using above-mentioned technical proposal, slip base is slided and is embedded in slideway, and slideway further defines slip base
Moving direction, realization draws flitch stable rotation and changes its inclined direction；And its middle slideway inner wall abuts left support bar far from right
The side of support rod, slideway inner wall abut side of the right support bar far from left support bar；It is tilted to the right when needing adjusting to draw flitch
When, slideway abut left support bar, avoid left support bar from turning right, and by have the movement of sliding block so that right support bar rotate,
And then realize draw flitch it is stable be tilted to the right downwards；Same slideway abuts right support bar, so that it is stable to the left to draw flitch
Diagonally downward.
The utility model is further arranged to: left pusher cylinder and right pusher cylinder are provided on support frame as described above, it is described
The telescopic end of left pusher cylinder is connected to left slider, and the telescopic end of the right pusher cylinder is connected to right sliding block.
By using above-mentioned technical proposal, when driving right pusher cylinder to push right sliding block mobile to left slider, so that right branch
Strut rotation inclination, and then realize that the direction for drawing flitch sliding block to the right tilts down；When the left pusher cylinder of driving pushes left slider
Sliding block is mobile to the right, so that the rotation inclination of left support bar, and then realize that draw flitch tilts down to the direction of left slider, realization changes
Flitch inclined direction is drawn in change, and then changes and draw flitch to the channeling direction of material；And left pusher cylinder and the right side ought be driven simultaneously
When pusher cylinder, the movement drawn in flitch horizontal direction can be realized, further increase the distance to material guidance.
The utility model is further arranged to: described to draw in flitch sliding and be provided with extension board, the extension board is along drawing material
The length direction of plate slides setting.
By using above-mentioned technical proposal, when drawing flitch inclination, extension board is skidded off from drawing in flitch, increases blanking component
To the guidance distance of material, reduce the distance of fall of material, and then improving material enters the stability in guidance slideway.
The utility model is further arranged to: the both ends of the extension board width direction are provided with idler wheel, described to draw flitch
In be provided with sliding slot for cooperating idler wheel, the both ends for drawing flitch length direction are provided with the baffle for closing sliding slot.
By using above-mentioned technical proposal, draw the sliding slot offered in flitch for limiting idler wheel, flitch is drawn on sliding slot edge
Length direction opens up, and the both ends for drawing flitch length direction are provided with the baffle for closing sliding slot, baffle idler wheel from
It is detached from sliding slot, and then realizes extension board and draw being stably connected between flitch.
The utility model is further arranged to: central axis, the both ends of the extension board width direction being arranged on the idler wheel
Escape groove is offered along its length, and central axis one end sliding is embedded in escape groove.
By using above-mentioned technical proposal, the both ends of extension board width direction offer escape groove along its length, in
Mandrel is embedded in escape groove far from one end sliding of idler wheel, is increased extension board and is being drawn the sliding distance in flitch.
The utility model is further arranged to: the flitch that draws is provided with far from upper end and far from the side for turning material conveyer belt
Striker plate is provided with the material-blocking plate that sliding is embedded in striker plate on the extension board, and the striker plate and the material-blocking plate are equal
It is extended along flitch length direction is drawn.
By using above-mentioned technical proposal, when material is fallen to from turn material conveyer belt to be drawn on flitch, striker plate is limited
Material slides into extension board along flitch is drawn, and material-blocking plate limits material and slides into guidance slideway along extension board.
The utility model is further arranged to: the both ends for drawing flitch length direction are provided with material scraping plate, the scraper
For plate along the extension of flitch width direction is drawn, the side of the material scraping plate length direction is connected to the extension plate surface.
By using above-mentioned technical proposal, when extension board to draw slided in flitch when, material scraping plate stops to remain on extension board
Material enter draw in flitch, extension board is stablized and is slided in drawing flitch, realize increase material length of lead.
In conclusion the utility model has the following beneficial effects:
Right pusher cylinder pushes right sliding block mobile to left slider, so that the rotation inclination of right support bar, and then realize and draw flitch
The direction of sliding block tilts down to the right；Left pusher cylinder pushes left slider, and sliding block is mobile to the right, so that the rotation inclination of left support bar,
And then realize that draw flitch tilts down to the direction of left slider, it realizes to change and draws flitch inclined direction, and then change and draw flitch pair
The channeling direction of material promotes the efficiency of sub-material storage.
Detailed description of the invention
Fig. 1 is a kind of general assembly structural schematic diagram of sub-material transmission device；
Fig. 2 is the schematic diagram for embodying blanking modular construction；
Fig. 3 is for embodying the perspective view of the explosion for drawing flitch Yu extension board structure；
Fig. 4 is the schematic diagram for embodying support frame structure.
Appended drawing reference: 1, horizontal conveying mechanism；2, horizontal frame；3, horizontal conveyer belt；4, sliding rail；41, low section of track；42,
High section track；43, transition track；5, conveying mechanism is transferred；6, frame is transferred；61, lower frame；611, directive wheel；62, upper frame；
63, flitch is chosen；7, turn to expect conveyer belt；8, blanking component；9, support unit；10, support frame；101, support plate；1011, slideway；
1012, limiting slot；1013, rack gear；102, fixed link；1021, support wheel；103, shaft；1031, gear；1032, worm gear；
104, driving assembly；1041, motor；1042, worm screw；11, slip base；111, left slider；112, right sliding block；12, connector；
121, left support bar；122, right support bar；13, left pusher cylinder；14, right pusher cylinder；15, extension board；151, idler wheel；152,
Central axis；153, escape groove；154, material-blocking plate；16, draw flitch；161, sliding slot；162, striker plate；163, material scraping plate；17, it guides
Slideway；18, storage bin.
Specific embodiment
The utility model is described in further detail below in conjunction with attached drawing.
As depicted in figs. 1 and 2, a kind of sub-material transmission device, including horizontal conveying mechanism 1 and transfer conveying mechanism 5, turn
Sending conveying mechanism 5 includes transferring frame 6, turning material conveyer belt 7 and blanking component 8, and blanking component 8 includes being located to turn material conveyer belt 7
Drawing flitch 16 and support unit 9 below output end, support unit 9 is realized to the stable support function for drawing flitch 16, and
Draw flitch 16 and rotate setting in perpendicular, realizes the two sides that different materials is separately directed to horizontal conveying mechanism 1, promoted
The sub-material applicability of sub-material transmission device.
As shown in Figure 1, horizontal conveying mechanism 1 includes horizontal frame 2, the horizontal conveyer belt 3 being rotatably connected on horizontal frame 2,
Along the sliding rail 4 of horizontal 2 length direction of frame setting；Sliding rail 4 includes the transition rail of both low section of track 41, high section track 42, connection
Road 43, low section of track 41 and low section of track 41 are horizontally disposed, and transition track 43 tilts upward setting and high section from low section of track 41
Track 42 connects, and high section track 42 is located at the discharging end position of horizontal conveyer belt 3, and high section track 42 is far from low section of track 41 1
End is provided with barrier plate.
As depicted in figs. 1 and 2, transferring frame 6 includes lower frame 61, the directive wheel of setting and guide rail cooperation on lower frame 61
611, directive wheel 611 is rotated by the driving of motor 1041 being fixed on lower frame 61；Lower frame 61 is fixedly arranged above lifting oil
Cylinder is fixed with upper frame 62 on the piston rod of lifting cylinder；It is provided on upper frame 62 and turns material conveyer belt 7, turn material 7 edge of conveyer belt
The feed end of horizontal conveyer belt 3 tilts upward setting to discharge end, turns the feed end (lower end) and horizontal conveyer belt of material conveyer belt 7
3 upper end face interval setting, is divided into 0-2mm between being somebody's turn to do；And upper frame 62 is provided at the feed end for turning material conveyer belt 7 and chooses
Flitch 63 is chosen 63 one end of flitch and is rotatably connected on transfer frame 6, and the other end abuts horizontal conveyer belt 3.
As shown in Fig. 2, support unit 9 includes support frame 10 and slip base 11, slip base 11 includes left slider 111 and the right side
Sliding block 112, and two pairs of slip bases 11 are provided with, each pair of slip base 11 is located on the straight line for the length direction for drawing flitch 16, and sliding
It moves seat 11 to be provided with along the length direction sliding for drawing flitch 16, in slip base 11 and draws and be provided with connector between flitch 16
12, connector 12 includes left support bar 121 and right support bar 122, and the both ends of left support bar 121 are respectively articulated with 111 He of left slider
Draw 16 lower end of flitch, the both ends of right support bar 122 are hingedly connected to right sliding block 112 and draw 16 lower end of flitch, and in support frame 10
On be respectively arranged with left pusher cylinder 13 and right pusher cylinder 14, the telescopic end of left pusher cylinder 13 is connected to left slider 111
Left side, the telescopic end of right pusher cylinder 14 are connected to the right side of right sliding block 112.
When driving right pusher cylinder 14 to push right sliding block 112 mobile to left slider 111, so that the rotation of right support bar 122 is inclined
Tiltedly, and then realize that the direction for drawing the sliding block 112 to the right of flitch 16 tilts down；When the left pusher cylinder 13 of driving pushes left slider 111
Sliding block 112 is mobile to the right, so that the rotation inclination of left support bar 121, and then realize that the direction for drawing flitch 16 to left slider 111 is downward
Inclination is realized to change and draws 16 inclined direction of flitch, and then changes and draw flitch 16 to the channeling direction of material.
As shown in Figure 2 and Figure 4, support frame 10 includes support plate 101 and fixed link 102,102 one end lower frame of fixed link
61 are fixedly connected, and the other end is connected in support plate 101, so that flitch 16 is drawn in the stable support of support plate 101, in support plate
101 upper end edges draw 16 length direction of flitch and offer slideway 1011, and slip base 11 is slided and is embedded in slideway 1011, slideway
1011 further define the moving direction of slip base 11, and realization draws 16 stable rotation of flitch and changes its inclined direction；And wherein
1011 inner wall of slideway abuts side of the left support bar 121 far from right support bar 122, and 1011 inner wall of slideway abuts right support bar 122
Side far from left support bar 121；When flitch 16 is drawn in needs adjusting to be tilted to the right, slideway 1011 abuts left support bar 121, keeps away
Exempt from left support bar 121 to turn right, and by having the movement of sliding block so that right support bar 122 rotates, and then realizes and draw flitch 16
Stable is tilted to the right downwards；Same slideway 1011 abuts right support bar 122 so that draw flitch 16 it is stable be tilted to the left to
Under.
As shown in Figure 2 and Figure 4, wherein offering limit in the horizontal direction towards the one end for transferring frame 6 in support plate 101
Slot 1012, limiting slot 1012 is in parallel with the length direction that draws flitch 16, and the section of limiting slot 1012 is T-shaped, and fixed link 102 is embedding
In limiting slot 1012, realize fixed link 102 and 101 stable phase of support plate to sliding；It is set in the two sides of horizontal conveying mechanism 1
It is equipped with guidance slideway 17, and is arranged at intervals with several guidance slideways 17 along horizontal 1 length direction of conveying mechanism, is supported by mobile
Plate 101 changes and draws the extension elongation of flitch 16, realize draw flitch 16 and guide cooperation between slideway 17 with separate, draw flitch
16 while can stablize directing material, withdraw turning that flitch 16 will be drawn before material conveyer structure is mobile, avoid drawing flitch 16 and guidance
Interference between slideway 17.
As shown in Figure 2 and Figure 4, rack gear 1013 is provided with along its length in limiting slot 1012, on lower frame 61
It is fixed with shaft 103,103 one end of shaft is embedded in limiting slot 1012, and is rotated and be provided with and rack gear 1013 on shaft 103
Meshed gears 1031, rotate gear 1031 realize that rack gear 1013 drives the movement of support plate 101；And turn in fixed link 102
Dynamic be provided with is embedded at support wheel 1021 in limiting slot 1012, and 1021 periphery of support wheel is connected to 1012 inner wall of limiting slot, reduces
Frictional force when support plate 101 is slided between fixed link 102 promotes the smoothness that support plate 101 is slided；And in shaft
It is provided with the driving assembly 104 for driving gear 1031 to rotate on 103, is coaxially arranged in shaft 103 with gear 1031
Worm gear 1032, driving assembly 104 include motor 1041 and worm screw 1042, and motor 1041 is fixed on shaft 103, worm screw 1042
It is connected to the turning end of motor 1041, and worm screw 1042 engages with worm gear 1032, starts motor 1041, worm screw 1042 rotates, makes
It obtains worm gear 1032 to rotate with moving gear 1031, and then realizes that rack gear 1013 drives the purpose of the movement of support plate 101, and worm screw
The locking effect of 1042 pairs of worm gears 1032 reduces the shaking of 101 horizontal direction of support plate, improve support plate 101 to draw material
The stability of strutting system of plate 16.
As shown in Figures 2 and 3, extension board 15 is arranged in parallel in drawing flitch 16, extension board 15 is along the length for drawing flitch 16
The sliding of degree direction is provided with, and when drawing flitch 16 and tilting, extension board 15 is skidded off from drawing in flitch 16, increases blanking component 8 to object
The guidance distance of material reduces the distance of fall of material, and then improving material enters the stability in guidance slideway 17.And extending
The both ends of 15 width direction of plate are provided with idler wheel 151, and draw the sliding slot 161 offered in flitch 16 for limiting idler wheel 151, sliding
Slot 161 is opened up along the length direction for drawing flitch 16, and is provided at the both ends for drawing 16 length direction of flitch for closing sliding slot 161
Baffle, baffle idler wheel 151 is detached from from sliding slot 161, and then realizes extension board 15 and draw stablizing between flitch 16 and connect
It connects；And central axis 152 is provided on idler wheel 151, the both ends of 15 width direction of extension board offer evacuation along its length
Slot 153, central axis 152 are embedded in escape groove 153 far from one end sliding of idler wheel 151, increase extension board 15 and drawing flitch
Sliding distance in 16.
And is drawing 16 upper end of flitch and the side for turning material conveyer belt 7 is provided with striker plate 162, set on extension board 15
It is equipped with the material-blocking plate 154 that sliding is embedded in striker plate 162, striker plate 162 and the material-blocking plate 154 are along stock guide length side
To being extended, when material is fallen to from turn material conveyer belt 7 to be drawn on flitch 16, striker plate 162 limits material edge and draws flitch
16 slide into extension board 15, and material-blocking plate 154 limits material and slides into guidance slideway 17 along extension board 15；And it is long drawing flitch 16
The both ends in degree direction are provided with material scraping plate 163, and material scraping plate 163 extends along 16 width direction of flitch is drawn, 163 length direction of material scraping plate
Side be connected to 15 surface of extension board, when extension board 15 to draw slided in flitch 16 when, material scraping plate 163 stop extension board 15 on
Remaining material enters and draws in flitch 16, and extension board 15 is stablized and is slided in drawing flitch 16, realizes that increasing material draws
Lead length.
The working principle of the present embodiment is:
Material transportation process: material successively by horizontal conveyer belt 3, choose flitch 63 and transfer conveyer belt, then from turn
It is fallen to when drawing on flitch 16 on material conveyer belt 7, striker plate 162 limits material and slides into extension board 15, resistance material along drawing flitch 16
Plate 154 limits material and slides into guidance slideway 17 and enter in storage bin 18 along extension board 15.
Draw 16 steering procedure of flitch: driving right pusher cylinder 14 to push right sliding block 112 mobile to left slider 111, so that right
The rotation inclination of support rod 122, and then realize that the direction for drawing the sliding block 112 to the right of flitch 16 tilts down；When the left pusher cylinder of driving
13 push left slider 111, and sliding block 112 is mobile to the right, so that the rotation inclination of left support bar 121, and then realize that draw flitch 16 slides to the left
The direction of block 111 tilts down, and realizes to change and draws 16 inclined direction of flitch, and then changes and draw flitch 16 to the guidance side of material
To.
This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability
Field technique personnel can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but
As long as all by the protection of Patent Law in the scope of the claims of the utility model.
Claims (8)
1. a kind of sub-material transmission device, including horizontal conveying mechanism (1) and transfer conveying mechanism (5), the transfer conveyer
Structure (5) includes transferring frame (6), turning material conveyer belt (7) and blanking component (8), it is characterised in that: blanking component (8) packet
Include the support unit (9) for drawing flitch (16) and being used to support and drawing flitch (16) for directing material, the support unit (9)
Including drawing flitch (16) length direction with transfer frame (6) relatively-stationary support frame (10), edge and being slideably positioned in support frame (10)
On slip base (11) and be connected to slip base (11) and draw the connector (12) between flitch (16), the slip base (11)
Including left slider (111) and right sliding block (112), the connector (12) includes that both ends are hingedly connected to left slider (111) and draw
Left support bar (121) and both ends between flitch (16) are hingedly connected to right sliding block (112) and draw the right side between flitch (16)
Support rod (122).
2. a kind of sub-material transmission device according to claim 1, it is characterised in that: flitch is drawn on edge on support frame as described above (10)
(16) length direction offers slideway (1011), and slip base (11) sliding is embedded in slideway (1011), the slideway
(1011) inner wall abuts the side of left support bar (121) far from right support bar (122), and slideway (1011) inner wall abuts right branch
Side of the strut (122) far from left support bar (121).
3. a kind of sub-material transmission device according to claim 1, it is characterised in that: support frame as described above is provided with a left side on (10)
Pusher cylinder (13) and right pusher cylinder (14), the telescopic end of the left pusher cylinder (13) is connected to left slider (111), described
The telescopic end of right pusher cylinder (14) is connected to right sliding block (112).
4. a kind of sub-material transmission device according to claim 1, it is characterised in that: described to draw sliding setting in flitch (16)
Have extension board (15), the extension board (15) is along the length direction sliding setting for drawing flitch (16).
5. a kind of sub-material transmission device according to claim 4, it is characterised in that: extension board (15) width direction
Both ends are provided with idler wheel (151), described to draw the sliding slot (161) being provided in flitch (16) for cooperating idler wheel (151), described to draw
The both ends of flitch (16) length direction are provided with the baffle for closing sliding slot (161).
6. a kind of sub-material transmission device according to claim 5, it is characterised in that: center is arranged on the idler wheel (151)
The both ends of axis (152), extension board (15) width direction offer escape groove (153), the central axis along its length
(152) one end sliding is embedded in escape groove (153).
7. a kind of sub-material transmission device according to claim 4, it is characterised in that: it is described draw flitch (16) far from upper end and
It is provided with striker plate (162) far from the side for turning material conveyer belt (7), is provided with sliding on the extension board (15) and is embedded at backgauge
Flitch (16) length direction is drawn on material-blocking plate (154) in plate (162), the striker plate (162) and the material-blocking plate (154) edge
It is extended.
8. a kind of sub-material transmission device according to claim 4, it is characterised in that: described flitch (16) length direction of drawing
Both ends are provided with material scraping plate (163), and the material scraping plate (163) extends along flitch (16) width direction is drawn, the material scraping plate (163)
The side of length direction is connected to the extension board (15) surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821713752.2U CN208979777U (en) | 2018-10-22 | 2018-10-22 | A kind of sub-material transmission device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821713752.2U CN208979777U (en) | 2018-10-22 | 2018-10-22 | A kind of sub-material transmission device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208979777U true CN208979777U (en) | 2019-06-14 |
Family
ID=66788572
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821713752.2U Expired - Fee Related CN208979777U (en) | 2018-10-22 | 2018-10-22 | A kind of sub-material transmission device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208979777U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113460638A (en) * | 2021-09-06 | 2021-10-01 | 山东科技职业学院 | Overturning, distributing and conveying device |
-
2018
- 2018-10-22 CN CN201821713752.2U patent/CN208979777U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113460638A (en) * | 2021-09-06 | 2021-10-01 | 山东科技职业学院 | Overturning, distributing and conveying device |
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Granted publication date: 20190614 Termination date: 20211022 |