CN209455688U - Brickmaking machine supporting plate automatic recycling device - Google Patents
Brickmaking machine supporting plate automatic recycling device Download PDFInfo
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- CN209455688U CN209455688U CN201821926385.4U CN201821926385U CN209455688U CN 209455688 U CN209455688 U CN 209455688U CN 201821926385 U CN201821926385 U CN 201821926385U CN 209455688 U CN209455688 U CN 209455688U
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- elevating mechanism
- clamping device
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Abstract
The utility model relates to a kind of brickmaking machine supporting plate automatic recycling devices comprising frame body；Frame body includes frame frame and support column；Frame frame is horizontally disposed, and the side of frame frame is set to the surface of conveyer belt output end, and the other side of frame frame is set to the surface for temporarily depositing pallet, and multiple support columns are set to frame frame towards at the end angle of ground side；Transport mechanisms be oppositely arranged in frame frame longitudinal direction two sides, set on frame frame transverse ends；Elevating mechanism on frame frame, horizontally disposed；A part of elevating mechanism and transport mechanism are transversely attached, and another part of elevating mechanism slides laterally with longitudinal two sides of frame frame to be connected；And clamping device be vertically connected with elevating mechanism, that supporting plate is clamped；Elevating mechanism drives clamping device vertical lifting, and transport mechanism drives elevating mechanism along frame frame transverse shifting.The utility model has the effect of promoting supporting plate stacking efficiency.
Description
Technical field
The utility model relates to the technical fields of mechanical brick machine, recycle dress automatically more particularly, to a kind of brickmaking machine supporting plate
It sets.
Background technique
Currently, brick is located on supporting plate in production process, meeting array holding multiple pieces on usual one block of supporting plate, in life
Brick is separated with supporting plate after finished product and stacking is neat, this procedure just challenges brick separation and stacking.
Existing brickmaking is realized with machinery and separates plate brick, and supporting plate can be sent out after isolation by conveyer belt, so
Afterwards by manually carrying out stacking arrangement to supporting plate, supporting plate stacking is deposited on pallet temporarily, in case next time uses.
Prior art among the above, which has the following deficiencies:, carries out stacking for supporting plate in a manual manner, manually in length
It is also easy to produce sense tired out in the operation process of time, therefore causes operating efficiency when supporting plate stacking lower.
Utility model content
The purpose of the utility model is to provide a kind of brickmaking machine supporting plate automatic recycling devices for promoting supporting plate stacking efficiency.
The above-mentioned purpose of utility model of the utility model has the technical scheme that
A kind of brickmaking machine supporting plate automatic recycling device, comprising:
Frame body；The frame body includes frame frame and support column；
The frame frame is horizontally disposed, and the side of the frame frame is set to the surface of conveyer belt output end, the frame frame it is another
Side, which is set to, temporarily deposits the surface of pallet, and multiple support columns are set to the frame frame towards at the end angle of ground side；
Transport mechanisms being oppositely arranged in frame frame longitudinal direction two sides, set on the frame frame transverse ends；Set on described
Elevating mechanism on frame frame, horizontally disposed；A part of the elevating mechanism and the transport mechanism are transversely attached, the liter
Another part of descending mechanism slides laterally with longitudinal two sides of the frame frame to be connected；
And clamping device be vertically connected with the elevating mechanism, that supporting plate is clamped；The elevating mechanism drives
The clamping device vertical lifting is moved, the transport mechanism drives the elevating mechanism along the frame frame transverse shifting.
By using above-mentioned technical proposal, when supporting plate is delivered to conveyer belt output end by conveyer belt, step 1: conveyer
Elevating mechanism is delivered at the frame frame right above supporting plate by structure；Step 2: clamping device is down at supporting plate by elevating mechanism, clamping
Mechanism clamps supporting plate；Step 3: elevating mechanism promotes the clamping device for being clamped with supporting plate, promoted to close to frame frame
Place；Step 4: the clamping device for being clamped with supporting plate is delivered to the interim of the frame frame other end and deposits plate under the action of transport mechanism
Above platform, the clamping device for being clamped with supporting plate is down under the action of elevating mechanism and temporarily deposits pallet, clamping device stopping pair
The clamping operation of supporting plate is stored in supporting plate and temporarily deposits on pallet；Repeatedly, it repeats the above steps, it is real after the separation of plate brick
Now to the automatic stacking of supporting plate；Compared with prior art, in the utility model, by frame body, transport mechanism, elevating mechanism and
The setting of clamping device realizes and mechanically carries out stacking to supporting plate, has achieved the purpose that promote supporting plate stacking efficiency.
The utility model is further arranged to: the clamping device includes:
Mounting plate be connected with the elevating mechanism towards ground side, horizontally disposed；
Clamping limb be oppositely arranged in the mounting plate both lateral sides, that supporting plate is clamped, the clamping limb and institute
It states mounting plate and longitudinally rotates assembly；
And one end and the clamping limb rolling assembling parts transversely be hinged, the other end and the mounting plate it is lateral
The first connected actuator.
By using above-mentioned technical proposal, mounting plate for clamping device provide basic installation site and be clamping device with
The connection of elevating mechanism provides basis, and when clamping device works, the first actuator drives clamping limb to rotate relative to mounting plate, with reality
Now to the clamping of supporting plate；When first actuator drives clamping limb to rotate towards frame frame, to stop the clamping to supporting plate.
The utility model is further arranged to: the clamping limb includes:
Rotation axis longitudinally rotating assembly with the mounting plate, being laterally hinged with first actuator；
In the connecting plate that longitudinal both ends of the rotation axis are oppositely arranged, the junction of the connecting plate and the rotation axis
At the rotation connection of the rotation axis and the mounting plate；
And L shape bearing plate be connected with the connecting plate backwards to one end of the frame frame, rectangular shape, it is described to hold
First right-angle side of fishplate bar is connected with the connecting plate far from one end of the rotation axis, the second right-angle side of the bearing plate with
The one end of the connecting plate far from the rotation axis is perpendicular.
By using above-mentioned technical proposal, the clamping limb that is set as of rotation axis provides rotation basis, and connecting plate is to rotation axis
It is attached with mounting plate, L shape bearing plate carries out support to supporting plate.
The utility model is further arranged to: the elevating mechanism includes:
The movable plate of assembly, the both lateral sides of the movable plate and the transport mechanism phase are slid laterally with the frame frame
Even；
And a part is set to the movable plate backwards to one middle side part of clamping device, another part across described
The second actuator that movable plate is connected with one end of the clamping device towards the frame frame, second actuator are the folder
The vertical lifting for holding mechanism provides power.
By using above-mentioned technical proposal, on the one hand movable plate provides basis for the installation of elevating mechanism rest part, separately
It on the one hand is that sliding laterally for elevating mechanism provides basis；When elevating mechanism works, clamping device is driven by the second actuator
Vertical lifting.
The utility model is further arranged to: the transport mechanism includes:
In the driving gear that longitudinal two sides of the frame frame are oppositely arranged；
It is being oppositely arranged in longitudinal two sides of the frame frame, opposite in the transverse ends of the frame frame with the driving gear
The driven gear of setting；
On the frame frame, between the driving gear, output shaft and driving gear central axes weight
The dual-axle motor of conjunction；
The movable plate is equipped with rolling bearing, and the rolling bearing is set to the movable plate backwards to the clamping device
Longitudinal both ends of side；
And one end is fixed on the chain of the lateral side of movable plate, the other end of the chain successively with the active
Gear is meshed, the rolling bearing is meshed, the driven gear is meshed, is fixed on the other side of movable plate transverse direction.
Driving tooth is driven by using the positive and negative rotation of above-mentioned technical proposal, dual-axle motor work, the output shaft of dual-axle motor
Wheel rotation, driving gear engage the rotation for driving driven gear, rolling bearing by chain, drive movement by the transmission of chain
Lateral shuttle sliding of the plate on frame frame.
The utility model is further arranged to: the brickmaking machine supporting plate automatic recycling device further includes position-limit mechanism, described
Position-limit mechanism is oppositely arranged in the both lateral sides of second actuator, and a part of the position-limit mechanism and the movable plate are perpendicular
To slidable fit, another part of the position-limit mechanism is set to the mounting plate towards the side of the frame frame, the position restrainer
Structure is vertically arranged.
By using above-mentioned technical proposal, the shaking that position-limit mechanism limitation mounting plate generates in lifting process promotes peace
Stability of the loading board in lifting；A degree of guiding role is played to the lifting of mounting plate simultaneously.
The utility model is further arranged to: guide rod is arranged in the position-limit mechanism, and the guide rod drives described second
Longitudinal two sides of moving part are oppositely arranged, and the guide rod is disposed adjacent with second actuator, and the guide rod is vertically arranged,
One end of the guide rod and the movable plate slidable fit, the other end of the guide rod are set to the clamping device towards institute
State the side of frame frame.
By using above-mentioned technical proposal, elevating mechanism work drives position-limit mechanism work, when position-limit mechanism works, guiding
Bar relative movement plate slides vertically to realize position-limiting action when going up and down to mounting plate.
The utility model is further arranged to: the clamping limb totally four, in pairs, two groups of clamping limbs are in the installation
The both lateral sides of plate are oppositely arranged, and are spaced setting on a mounting board with clamping limb is organized.
By using above-mentioned technical proposal, on the one hand the setting of four clamping limbs ensures the clamping force to supporting plate, another
The assembling of clamping device is convenient in the setting of four clamping limbs of aspect.
The utility model is further arranged to: longitudinal two sides of the movable plate are relatively set with idler wheel, the frame frame
Longitudinal two sides are relatively set with protruding rail, and the protruding rail is adapted with the idler wheel, and the protruding rail is laterally set on the frame frame.
By using above-mentioned technical proposal, transverse shifting of the movable plate on frame frame that be set as of idler wheel and protruding rail is slided
Basis is provided, and actual installation is convenient in the setting of idler wheel and protruding rail.
In conclusion the advantageous effects of the utility model are as follows:
1. when supporting plate is delivered to conveyer belt output end by conveyer belt, step 1: elevating mechanism is delivered to by transport mechanism
At frame frame right above supporting plate；Step 2: clamping device is down at supporting plate by elevating mechanism, clamping device presss from both sides supporting plate
It holds；Step 3: elevating mechanism promotes the clamping device for being clamped with supporting plate, promoted at frame frame；Step 4: in conveyer
Under the action of structure, the clamping device for being clamped with supporting plate is delivered to temporarily depositing above pallet for the frame frame other end, in elevating mechanism
Under the action of the clamping device for being clamped with supporting plate be down to temporarily deposit pallet, clamping device stops making the clamping operation of supporting plate
Supporting plate, which is stored in, temporarily to be deposited on pallet；Repeatedly, it repeats the above steps, the Automatic Code to supporting plate is realized after the separation of plate brick
Pile；Compared with prior art, in the utility model, by the setting of frame body, transport mechanism, elevating mechanism and clamping device,
It realizes and stacking mechanically is carried out to supporting plate, achieved the purpose that promote supporting plate stacking efficiency；
2. the clamping limb that is set as of rotation axis provides rotation basis, connecting plate is attached rotation axis and mounting plate, L shape
Bearing plate carries out support to supporting plate.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the enlarged structure schematic diagram of part A in Fig. 1.
In figure, 1, frame body；11, frame frame；12, support column；2, transport mechanism；21, driving gear；22, driven gear；23,
Rolling bearing；24, chain；25, dual-axle motor；3, elevating mechanism；31, movable plate；32, the second actuator；4, clamping device；
41, mounting plate；42, clamping limb；421, rotation axis；422, connecting plate；423, L shape bearing plate；43, the first actuator；5, it limits
Mechanism；51, guide rod；6, idler wheel；7, protruding rail.
Specific embodiment
The utility model is described in further detail below in conjunction with attached drawing.
It referring to Fig.1, is a kind of brickmaking machine supporting plate automatic recycling device disclosed by the utility model, comprising: frame body 1, transmission
Mechanism 2, elevating mechanism 3 and clamping device 4；Frame body 1 includes frame frame 11 and support column 12.Frame frame 11 is horizontally disposed, frame frame
11 side is set to the surface of conveyer belt output end, and the other side of frame frame 11 is set to the surface for temporarily depositing pallet, four branch
Dagger 12 is welded in frame frame 11 towards at the end angle of ground side；Transport mechanism 2 is oppositely arranged and sets in the longitudinal two sides of frame frame 11
In the lateral both ends of frame frame 11；Elevating mechanism 3 is set on frame frame 11 and horizontally disposed；A part and conveyer of elevating mechanism 3
Structure 2 is transversely attached, and another part of elevating mechanism 3 slides laterally with longitudinal two sides of frame frame 11 to be connected；Clamping device 4 and lifting
Mechanism 3 is vertically connected and clamps to supporting plate；Elevating mechanism 3 drives 4 vertical lifting of clamping device, and the driving of transport mechanism 2 rises
Descending mechanism 3 is along 11 transverse shifting of frame frame.
When supporting plate is delivered to conveyer belt output end by conveyer belt, step 1: elevating mechanism 3 is delivered to by transport mechanism 2
At frame frame 11 right above supporting plate；Step 2: clamping device 4 is down at supporting plate by elevating mechanism 3, clamping device 4 to supporting plate into
Row clamping；Step 3: elevating mechanism 3 promotes the clamping device 4 for being clamped with supporting plate, promoted at frame frame 11；Step 4:
Under the action of transport mechanism 2, the clamping device 4 for being clamped with supporting plate is delivered to temporarily depositing on pallet for 11 other end of frame frame
The clamping device 4 for being clamped with supporting plate, is down under the action of elevating mechanism 3 and temporarily deposits pallet by side, and clamping device 4 stops to support
The clamping operation of plate is stored in supporting plate and temporarily deposits on pallet；Repeatedly, it repeats the above steps, is realized after the separation of plate brick
To the automatic stacking of supporting plate；Compared with prior art, in the utility model, by frame body 1, transport mechanism 2, elevating mechanism 3 with
And the setting of clamping device 4, it realizes and stacking mechanically is carried out to supporting plate, reached the mesh for promoting supporting plate stacking efficiency
's.
Referring to figs. 1 and 2, clamping device 4 includes: mounting plate 41, clamping limb 42 and the first actuator 43.Installation
Plate 41 is mutually welded and is horizontally disposed with towards ground side with elevating mechanism 3；Clamping limb 42 is set relatively in 41 both lateral sides of mounting plate
It sets and supporting plate is clamped, clamping limb 42 and mounting plate 41 longitudinally rotate assembly；One end and 42 rolling assembling part of clamping limb
Laterally mutually the first actuator 43 of welding, the first actuator 43 are set as cylinder to be laterally the hinged, other end with mounting plate 41.
Mounting plate 41 is that clamping device 4 provides basic installation site and provides basis for the connection of clamping device 4 and elevating mechanism 3,
When clamping device 4 works, the first actuator 43 drives clamping limb 42 to rotate relative to mounting plate 41, to realize the clamping to supporting plate；
When first actuator 43 drives clamping limb 42 to rotate towards frame frame 11, to stop the clamping to supporting plate.
Referring to figs. 1 and 2, clamping limb 42 includes: rotation axis 421, connecting plate 422 and L shape bearing plate 423.Turn
Moving axis 421 longitudinally rotates with mounting plate 41 and assembles and be laterally hinged with the piston end of the first actuator 43；Connecting plate 422 is turning
Longitudinal both ends of moving axis 421 are oppositely arranged, and the junction of connecting plate 422 and rotation axis 421 is close to rotation axis 421 and mounting plate 41
Rotation connection at；L shape bearing plate 423 is mutually welded with connecting plate 422 backwards to one end of frame frame 11, and L shape bearing plate 423 is rectangular
First right-angle side of shape, bearing plate is connected with connecting plate 422 far from one end of rotation axis 421, the second right-angle side of bearing plate with
The one end of connecting plate 422 far from rotation axis 421 is perpendicular.The clamping limb 42 that is set as of rotation axis 421 provides rotation basis, connection
Plate 422 is attached rotation axis 421 and mounting plate 41, and L shape bearing plate 423 carries out support to supporting plate.
Referring to Fig.1, elevating mechanism 3 includes: movable plate 31 and the second actuator 32.Movable plate 31 and frame frame 11 are laterally sliding
Dynamic dress, the both lateral sides of movable plate 31 are connected with transport mechanism 2；A part of second actuator 32 is set to movable plate 31 backwards
The middle part of 4 side of clamping device, another part of the second actuator 32 pass through movable plate 31 and mounting plate 41 towards frame frame 11
One end is mutually welded, and the second actuator 32 provides power for the vertical lifting of clamping device 4, and the second actuator 32 is set as cylinder.
31 one side of movable plate provides basis for the installation of 3 rest part of elevating mechanism, on the other hand sliding laterally for elevating mechanism 3
Basis is provided；When elevating mechanism 3 works, 4 vertical lifting of clamping device is driven by the second actuator 32.
Referring to Fig.1, transport mechanism 2 includes: driving gear 21, driven gear 22, rolling bearing 23, chain 24 and twin shaft
Motor 25.Driving gear 21 is oppositely arranged in longitudinal two sides of frame frame 11；Driven gear 22 is opposite in longitudinal two sides of frame frame 11
It is arranged and the transverse ends with driving gear 21 in frame frame 11 is oppositely arranged；Dual-axle motor 25 is set on frame frame 11 and is located at actively
Between gear 21, the output shaft of dual-axle motor 25 is overlapped with 21 central axes of driving gear；Movable plate 31 is equipped with rolling bearing 23,
Rolling bearing 23 is set to movable plate 31 at the lateral half at longitudinal both ends of the side of clamping device 4；Chain 24
One end is fixed on the lateral side of movable plate 31, and the other end of chain 24 is successively meshed with driving gear 21, rolling bearing 23
It is meshed, driven gear 22 is meshed, is fixed on the lateral other side of movable plate 31.Dual-axle motor 25 works, dual-axle motor 25
Output shaft positive and negative rotation drive driving gear 21 rotate, driving gear 21 by chain 24 engagement drive driven gear 22, rolling
The rotation of moving gear 23 drives lateral shuttle of the movable plate 31 on frame frame 11 to slide by the transmission of chain 24.
Referring to Fig.1, brickmaking machine supporting plate automatic recycling device further includes position-limit mechanism 5, and position-limit mechanism 5 is in the second actuator 32
Both lateral sides be oppositely arranged, a part of position-limit mechanism 5 and movable plate 31 slide vertically assembly, another portion of position-limit mechanism 5
Mounting plate 41 is divided into towards the side of frame frame 11, position-limit mechanism 5 is vertically arranged.Position-limit mechanism 5 limits mounting plate 41 and is going up and down
The shaking generated in the process promotes stability of the mounting plate 41 in lifting；Certain journey is played to the lifting of mounting plate 41 simultaneously
The guiding role of degree.
Referring to Fig.1, guide rod 51 is arranged in position-limit mechanism 5, and guide rod 51 is set relatively in longitudinal two sides of the second actuator 32
It sets, guide rod 51 is disposed adjacent with the second actuator 32, and guide rod 51 is vertically arranged, and one end of guide rod 51 and movable plate 31 are sliding
Dynamic assembly, the other end of guide rod 51 are welded in clamping device 4 towards the side of frame frame 11.The work of elevating mechanism 3 drives limit
Mechanism 5 works, when position-limit mechanism 5 works, when the relative movement plate 31 of guide rod 51 slides vertically to realize to the lifting of mounting plate 41
Position-limiting action.
Referring to Fig.1, clamping limb 42 totally four, in pairs, two groups of clamping limbs 42 are opposite in the both lateral sides of mounting plate 41
Setting is spaced setting with clamping limb 42 is organized on mounting plate 41.On the one hand the setting of four clamping limbs 42 ensures the folder to supporting plate
Holding force degree, on the other hand the assembling of clamping device 4 is convenient in the setting of four clamping limbs 42.
Referring to Fig.1, longitudinal two sides of movable plate 31 are relatively set with idler wheel 6, totally 4, idler wheel 6, in pairs, every group
Longitudinal two sides interval of movable plate 31 is arranged, and longitudinal two sides of frame frame 11 are relatively set with protruding rail 7, and protruding rail 7 is suitable with 6 phase of idler wheel
Match, 7 transverse weld of protruding rail is on frame frame 11.Idler wheel 6 and protruding rail 7 are set as transverse shifting of the movable plate 31 on frame frame 11
Sliding provides basis, and actual installation is convenient in the setting of idler wheel 6 and protruding rail 7.
The implementation principle of the present embodiment are as follows: when supporting plate is delivered to conveyer belt output end by conveyer belt, dual-axle motor 25 is logical
It crosses at the frame frame 11 that movable plate 31 is delivered to right above supporting plate by chain 24；Mounting plate 41 is down to supporting plate by the second actuator 32
Place, the first actuator 43 driving clamping limb 42 clamp supporting plate；Second actuator 32 will be clamped with the mounting plate 41 of supporting plate
It is promoted, is promoted at frame frame 11；Dual-axle motor 25 passes through the effect of chain 24, and the mounting plate 41 for being clamped with supporting plate is conveyed
To temporarily depositing above pallet for the lateral other end of frame frame 11, the mounting plate of supporting plate will be clamped under the action of the second actuator 32
41 are down to close to pallet is temporarily deposited, and the first actuator 43 drives clamping limb 42 to rotate towards frame frame 11, stop the clamping to supporting plate,
Supporting plate is stored in temporarily to deposit on pallet；Repeatedly, it repeats the above steps, the Automatic Code to supporting plate is realized after the separation of plate brick
Pile.
The embodiment of present embodiment is the preferred embodiment of the utility model, and not limitation is originally practical new according to this
The protection scope of type, therefore: the equivalence changes that all structures, shape, principle according to the utility model are done should all be covered by practical
Within novel protection scope.
Claims (9)
1. a kind of brickmaking machine supporting plate automatic recycling device characterized by comprising
Frame body (1)；The frame body (1) includes frame frame (11) and support column (12)；
The frame frame (11) is horizontally disposed, and the side of the frame frame (11) is set to the surface of conveyer belt output end, the frame frame
(11) the other side is set to the surface for temporarily depositing pallet, and multiple support columns (12) are set to the frame frame (11) towards ground
At the end angle of side；
Transport mechanism (2) being oppositely arranged in the longitudinal two sides of the frame frame (11), being set to frame frame (11) transverse ends；If
In elevating mechanism (3) on the frame frame (11), horizontally disposed；A part of the elevating mechanism (3) and the conveyer
Structure (2) is transversely attached, and another part of the elevating mechanism (3) slides laterally with longitudinal two sides of the frame frame (11) to be connected；
And clamping device (4) be vertically connected with the elevating mechanism (3), that supporting plate is clamped；The elevating mechanism
(3) clamping device (4) vertical lifting is driven, the transport mechanism (2) drives the elevating mechanism (3) along the frame frame
(11) transverse shifting.
2. brickmaking machine supporting plate automatic recycling device according to claim 1, which is characterized in that clamping device (4) packet
It includes:
Mounting plate (41) be connected with the elevating mechanism (3) towards ground side, horizontally disposed；
Clamping limb (42) be oppositely arranged in the mounting plate (41) both lateral sides, that supporting plate is clamped, the clamping limb
(42) assembly is longitudinally rotated with the mounting plate (41)；
And one end and the clamping limb (42) rolling assembling parts transversely be hinged, the other end and the mounting plate (41)
Transversely attached the first actuator (43).
3. brickmaking machine supporting plate automatic recycling device according to claim 2, which is characterized in that clamping limb (42) packet
It includes:
Rotation axis longitudinally rotating assembly with the mounting plate (41), being laterally hinged with first actuator (43)
(421)；
In the connecting plate (422) that longitudinal both ends of the rotation axis (421) are oppositely arranged, the connecting plate (422) with described turn
The junction of moving axis (421) is at the rotation connection of the rotation axis (421) and the mounting plate (41)；
And L shape bearing plate be connected with the connecting plate (422) backwards to one end of the frame frame (11), rectangular shape
(423), the first right-angle side of the L shape bearing plate (423) and the connecting plate (422) far from the rotation axis (421) one
End is connected, the second right-angle side of the L shape bearing plate (423) and the connecting plate (422) far from the rotation axis (421) one
It holds perpendicular.
4. brickmaking machine supporting plate automatic recycling device according to claim 3, which is characterized in that elevating mechanism (3) packet
It includes:
The movable plate (31) of assembly, the both lateral sides and the transmission of the movable plate (31) are slid laterally with the frame frame (11)
Mechanism (2) is connected；
And a part is set to the movable plate (31) backwards to (4) one middle side part of clamping device, another part across institute
The second actuator (32) that movable plate (31) is connected with one end of the clamping device (4) towards the frame frame (11) is stated, it is described
Second actuator (32) provides power for the vertical lifting of the clamping device (4).
5. brickmaking machine supporting plate automatic recycling device according to claim 4, which is characterized in that transport mechanism (2) packet
It includes:
In the driving gear (21) that longitudinal two sides of the frame frame (11) are oppositely arranged；
The transverse direction of being oppositely arranged in longitudinal two sides of the frame frame (11) and the driving gear (21) in the frame frame (11)
The driven gear (22) that both ends are oppositely arranged；
On the frame frame (11), between the driving gear (21), output shaft and the driving gear (21)
The dual-axle motor (25) that central axes are overlapped；
The movable plate (31) is equipped with rolling bearing (23), and the rolling bearing (23) is set to the movable plate (31) backwards to institute
State longitudinal both ends of the side of clamping device (4)；
And one end is fixed on the chain (24) of the lateral side of movable plate (31), the other end of the chain (24) successively with
The driving gear (21) is meshed, the rolling bearing (23) is meshed, the driven gear (22) is meshed, is fixed on shifting
The other side of movable plate (31) transverse direction.
6. brickmaking machine supporting plate automatic recycling device according to claim 5, which is characterized in that the brickmaking machine supporting plate is automatic
Recyclable device further includes position-limit mechanism (5), and the position-limit mechanism (5) sets relatively in the both lateral sides of second actuator (32)
Set, a part of the position-limit mechanism (5) and the movable plate (31) slide vertically assembly, the position-limit mechanism (5) it is another
Part is set to the mounting plate (41) towards the side of the frame frame (11), and the position-limit mechanism (5) is vertically arranged.
7. brickmaking machine supporting plate automatic recycling device according to claim 6, which is characterized in that the position-limit mechanism (5) sets
It sets guide rod (51), the guide rod (51) is oppositely arranged in longitudinal two sides of second actuator (32), the guide rod
(51) it is disposed adjacent with second actuator (32), the guide rod (51) is vertically arranged, one end of the guide rod (51)
With the movable plate (31) slidable fit, the other end of the guide rod (51) is set to the clamping device (4) towards the frame
The side of frame (11).
8. brickmaking machine supporting plate automatic recycling device according to claim 3, which is characterized in that the clamping limb (42) totally four
A, in pairs, two groups of clamping limbs (42) are oppositely arranged in the both lateral sides of the mounting plate (41), exist with clamping limb (42) are organized
Setting is spaced on mounting plate (41).
9. brickmaking machine supporting plate automatic recycling device according to claim 4, which is characterized in that the movable plate (31) is indulged
Be relatively set with idler wheel (6) to two sides, longitudinal two sides of the frame frame (11) are relatively set with protruding rail (7), the protruding rail (7) with
The idler wheel (6) is adapted, and the protruding rail (7) is laterally set on the frame frame (11).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821926385.4U CN209455688U (en) | 2018-11-21 | 2018-11-21 | Brickmaking machine supporting plate automatic recycling device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821926385.4U CN209455688U (en) | 2018-11-21 | 2018-11-21 | Brickmaking machine supporting plate automatic recycling device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209455688U true CN209455688U (en) | 2019-10-01 |
Family
ID=68038715
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821926385.4U Expired - Fee Related CN209455688U (en) | 2018-11-21 | 2018-11-21 | Brickmaking machine supporting plate automatic recycling device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209455688U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111843947A (en) * | 2020-07-31 | 2020-10-30 | 科大智能物联技术有限公司 | Opening and closing lifting mechanism |
| CN115159143A (en) * | 2022-08-23 | 2022-10-11 | 山东三江智能装备有限公司 | Single-column type horizontal pushing stacker crane |
-
2018
- 2018-11-21 CN CN201821926385.4U patent/CN209455688U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111843947A (en) * | 2020-07-31 | 2020-10-30 | 科大智能物联技术有限公司 | Opening and closing lifting mechanism |
| CN115159143A (en) * | 2022-08-23 | 2022-10-11 | 山东三江智能装备有限公司 | Single-column type horizontal pushing stacker crane |
| CN115159143B (en) * | 2022-08-23 | 2024-05-07 | 山东三江智能装备有限公司 | Single-column type flat-pushing stacker crane |
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| GR01 | Patent grant | ||
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
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Granted publication date: 20191001 Termination date: 20211121 |