CN209601331U - A kind of storage equipment - Google Patents
A kind of storage equipment Download PDFInfo
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- CN209601331U CN209601331U CN201821790631.8U CN201821790631U CN209601331U CN 209601331 U CN209601331 U CN 209601331U CN 201821790631 U CN201821790631 U CN 201821790631U CN 209601331 U CN209601331 U CN 209601331U
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Abstract
The utility model discloses a kind of storage equipment, the storage blanking device including elevator, for storing adobe and the driving device positioned at the storage blanking device at least side；The elevator includes elevator platform, bogey, the first roller stick group, lifting drive and the first roll drive device；The storage blanking device includes unfired storing machine frame and the second roller stick group, and the second roller stick group is located at the end of the first roller stick group；The driving device include mounting rack, engaging mechanism, horizontal drive mechanism, drive upside down mechanism and with the second roll drive mechanism.Storage equipment provided by the utility model, it is cooperated by elevator, storage blanking device and driving device, so that the height of the first roller stick group, the second roller stick group and engaging mechanism matches, the handling of adobe can be realized, it can be according to actual needs, the adobe of wherein a certain layer is loaded and unloaded in selection, meets the requirement of user's first in first out.
Description
Technical field
The utility model relates to a kind of ceramic production device technical field more particularly to a kind of storage equipments.
Background technique
Ceramics are widely used in various places due to its unique superiority, ceramic preparation process generally require by
Raw material crushing, green brick forming and sinter molding and etc., the speed of green brick forming is generally higher than the speed of sinter molding, therefore
Adobe generally requires to be stored in storage blanking device and is kept in and cooled down, so as to going on smoothly for subsequent process, existing storage
Blanking device is driven the structure limitation of device and lifting device, is difficult to accomplish the first in first out of adobe, so as to cause same a batch
Secondary adobe resting period is different, causes to differ greatly with a batch of unfired brick quality, influence adobe entirety ratio of briquetting and
Qualification rate.On the other hand, the phase between the various pieces (such as elevator, driving mechanism or unfired storing machine structure) of present storage equipment
Mutually cooperation is not enough coordinated, and influences the production efficiency of storage equipment entirety and the firing quality of product.Based on this, it is necessary to propose
A kind of storage equipment solves problem above.
The utility model proposes a kind of storage equipment, elevator, storage blanking device and driving device cooperate, and improve
Production efficiency, and can guarantee adobe first in first out, guarantee product quality.
Summary of the invention
Technical problem to be solved by the utility model is to provide a kind of storage equipment, elevator, storage blanking device and
Driving device cooperates, and improves production efficiency, and can guarantee adobe first in first out, guarantees product quality.
In order to solve the above-mentioned technical problem, the utility model proposes a kind of storage equipment, including elevator, for storing brick
Base stores up blanking device and the driving device positioned at the storage blanking device at least side；
The elevator includes elevator platform, the bogey for carrying adobe, is installed on the bogey
First roller stick group, the lifting drive being connected with the bogey and be connected with the first roller stick group first
Roll drive device；
At least two layers of second roller stick groups that the storage blanking device includes unfired storing machine frame and is installed on the unfired storing machine frame, institute
State the end that the second roller stick group is located at the first roller stick group；
The driving device include mounting rack, engaging mechanism, the horizontal drive mechanism being connected with the engaging mechanism, with
The second roll drive mechanism that the engaging mechanism was connected drive upside down mechanism and be connected with the engaging mechanism.
Preferably, the both ends of the bogey are provided with idler wheel；
The first roller stick group is made of several equally distributed first roller sticks, the first roller stick include the first main body and
First gear positioned at first main body both ends；
The lifting drive includes the first lifting motor, the sprocket wheel being connected with first lifting motor and twines
Around the chain of the sprocket wheel and idler wheel.
Preferably, the first roll drive device is connected with the first roller stick group comprising the first roll drive
First external tooth of motor, the first rotating wheel being connected with the first roll drive motor and winding first rotating wheel
Belt；
The position of the first outer toothed belt and the position of the first gear match, and the first gear with it is described
First outer toothed belt engagement connection.
Preferably, the second roller stick group is made of several equally distributed second roller sticks；
The second roller stick includes the second main body and the connection structure positioned at second main body both ends；
The connection structure protrudes into inside the driving device, and its cross section is triangular in shape or hexagon.
Preferably, the mounting rack includes support column and supporting beam；
The vertical slide rail for being provided with driving track on the support column and being parallel to each other with the driving track；
The both ends of the supporting beam are provided with sliding block, the shape of the form and dimension of the sliding block and the vertical slide rail and
Size matches, and the sliding block is slided along the vertical slide rail.
Preferably, the engaging mechanism is made of several equally distributed engagement units, the shape of the engagement unit, big
Small and position and shape, the size and location of the second roller stick match；
The engagement unit includes second gear, the rotation axis being connected with the second gear, is located at the rotation
The fastener of shaft end and the elastomeric element between the second gear and the fastener；
The second gear is connected with second roll drive mechanism, described in the driving of second roll drive mechanism
Second gear rotation.
Preferably, one end of the fastener is connected with the rotation axis, and the other end is provided with engaging hole；
The section of the engaging hole is at hexagon, and the shape of the form and dimension of the engaging hole and the connection structure
And size matches, the connection structure protrudes into inside the engaging hole.
Preferably, the horizontal drive mechanism includes horizontal drive motor, horizontal slide rail, is used to support the engaging mechanism
Supporting beam, the horizontal slider below the supporting beam and the telescopic rod being connected with the horizontal drive motor.
Preferably, it is described drive upside down mechanism include drive upside down motor, with the drive for driving upside down motor and being connected
Moving axis and driving gear positioned at the drive shaft both ends, the motor that drives upside down is connected with the drive shaft, described
Gear and driving track intermeshing is driven to connect.
Preferably, the second roll drive mechanism include rotary electric machine, the driving wheel being connected with the rotary electric machine with
And the second outer toothed belt of the winding driving wheel；
The rotary electric machine drives the driving wheel rotation, and the second outer toothed belt is mutually nibbled with the second gear
It closes.
Implement the utility model, has the following beneficial effects:
1, storage equipment provided by the utility model is cooperated by elevator, storage blanking device and driving device, is made
The height of the height and the second roller stick group of the first roller stick group in elevator matches, engaging mechanism in driving device and the
The height of two roller stick groups matches, and the handling of adobe can be realized, and can select the brick to wherein a certain layer according to actual needs
Base is loaded and unloaded, and the requirement of user's first in first out is met.
2, storage equipment provided by the utility model is realized in driving device by the engagement of gear and outer toothed belt and is connect
The tube effect of mechanism is closed, to realize the transmission of adobe, transmit process is simple, the structure letter of locating engagement driving device
Single, maintenance is convenient.
3, storage equipment provided by the utility model, engaging mechanism are internally provided with elastomeric element, pass through elastomeric element
Realize engaging mechanism and store up between blanking device it is soft contact, engagement is stablized, and prevents engaging mechanism and storage blanking device from mutually colliding, broken
Bad device.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model storage equipment；
Fig. 2 is the enlarged drawing in Fig. 1 at A；
Fig. 3 is the structural schematic diagram of the elevator of the utility model storage equipment；
Fig. 4 is the enlarged drawing in Fig. 3 at B；
Fig. 5 is the structural schematic diagram of the driving device of the utility model storage equipment；
Fig. 6 is the enlarged drawing in Fig. 5 at C；
Fig. 7 is the enlarged drawing in Fig. 5 at D；
Fig. 8 is the structural schematic diagram of the horizontal drive mechanism of the utility model storage equipment；
Fig. 9 is the schematic diagram of internal structure of the engagement unit of the utility model storage equipment.
Specific embodiment
It is practical new to this below in conjunction with attached drawing to keep the purpose of this utility model, technical solution and advantage clearer
Type is described in further detail.Only this state, the utility model occur in the text or will occur upper and lower, left and right, it is preceding,
Afterwards, the orientation such as inside and outside word is not the specific restriction to the utility model only on the basis of the attached drawing of the utility model.
As shown in figs 1-9, the utility model embodiment provides a kind of storage equipment, including elevator 1, for storing brick
Base stores up blanking device 2 and the driving device 3 positioned at the storage blanking device 2 at least side.
As shown in Figure 3-4, the elevator 1 is used to input adobe into the storage blanking device 2 or from storage blanking device 2
Unload adobe, realize the handling of adobe comprising elevator platform 11, the bogey 12 for carrying adobe, be installed on it is described
The first roller stick group 13 on bogey 12, the lifting drive 14 being connected with the bogey 12 and with it is described
The first roll drive device 15 that first roller stick group 13 is connected.
The elevator platform 11 for install the bogey 12, the first roller stick group 13, lifting drive 14 and
First roll drive device 15 is made of several supporting beams mutually spliced and vertical beam, and the supporting beam and vertical beam mutually splice
At frame structure.
The bogey 12 is for carrying the first roller stick group 13 and the adobe in the first roller stick group 13, and two
End is provided with idler wheel 121, the bogey 12 can be driven to move up and down convenient for the lift drive mechanism.
The first roller stick group 13 is installed on the bogey 12, by several equally distributed first roller stick 13a
Composition, the first roller stick 13a includes the first main body 131 and the first gear 132 positioned at 131 both ends of the first main body, institute
It states first gear 132 to be fixedly connected with first main body 131, is easy to implement the rolling of the first roller stick 13a.
The lifting drive 14 is for driving the bogey 12 and the first roller stick group 13 to move up and down comprising
The chain of first lifting motor, the sprocket wheel being connected with first lifting motor and the winding sprocket wheel 142 and idler wheel
(not shown), when work, first lifting motor drives the sprocket wheel to roll, and the rolling of sprocket wheel is transferred to institute by chain
Idler wheel is stated, the idler wheel follows the sprocket wheel to roll, realizes the elevating movement of the bogey 12.
The first roll drive device 15 is connected with the first roller stick group 13 comprising the first roll drive motor
151, the first rotating wheel 152 for being connected with the first roll drive motor 151 and winding first rotating wheel 152
First outer toothed belt 153, the position of the first outer toothed belt 153 and the position of the first gear 132 match, and described
First gear 132 engages connection with the described first outer toothed belt 153, and when work, the first roll drive motor 15 drives institute
The rolling of the first rotating wheel 152 is stated, the first outer toothed belt 153 follows first rotating wheel 152 to move, thus described in driving
First roller stick 13a is rolled, and the rolling movement of the first roller stick 13a is realized, to realize the transmission effect of adobe.
The storage blanking device 2 for realizing adobe storage comprising unfired storing machine frame 21 and be installed on the unfired storing machine frame
At least two layers of second roller stick groups 22 on 21, the second roller stick group 22 are located at the end of the first roller stick group 13, the storage
Base rack 21 is made of several crossbeams mutually spliced and vertical beam for installing the second roller stick group 22, the crossbeam and perpendicular
Beam is mutually spliced into frame structure.
As shown in Figs. 1-2, the second roller stick group 22 is used to support adobe, is located at the end of the first roller stick group 13
End, smoothly transits in the second roller stick group 22 convenient for the adobe in the first roller stick group 13.The second roller stick group 22 is installed
In on the unfired storing machine frame 21, be made of several equally distributed second roller sticks, the second roller stick include the second main body 221 with
And the connection structure 222 positioned at 221 both ends of the second main body, the connection structure 222 protrude into inside the driving device 3,
And its cross section is triangular in shape or hexagon, drives second roller by the connection structure 222 convenient for the driving device 3
The rotation of stick group.
The number of plies of the second roller stick group 22 is at least two layers, and in the present embodiment, the second roller stick group 22 is provided with more
Layer improves the storage quantity of adobe, saves the site area that storage adobe occupies to store multiple adobes.
The driving device 3 guarantees every layer of second roller stick group 22 for driving the second roller stick group 22 of different height to rotate
In the second roller stick can rotate, realize the transmitting and handling of adobe.
As shown in figure 5, the driving device includes mounting rack 31, engaging mechanism 32, is connected with the engaging mechanism 32
Horizontal drive mechanism 33, be connected with the engaging mechanism 32 drive upside down mechanism 34 and with 32 phase of engaging mechanism
Second roll drive mechanism 35 of connection.
The mounting rack 31 for the engaging mechanism 32, horizontal drive mechanism 33 are installed, drive upside down mechanism 34 and
Second roll drive mechanism 35 comprising support column 311 and supporting beam 312, for the ease of realizing that driving upside down mechanism 34 drives
The engaging mechanism 32 moves up and down, and driving track is provided on the support column 311 and is mutually put down with the driving track
Capable vertical slide rail is provided with toothing on the driving track.
The supporting beam 312 is used to support the engaging mechanism 32, and the engaging mechanism 32 is installed on the supporting beam 312
On, it moving up and down for the ease of the supporting beam 312 along the support column, the both ends of the supporting beam 312 are provided with sliding block,
The form and dimension of the sliding block and the form and dimension of the vertical slide rail match, and the sliding block is sliding along the vertical slide rail
It is dynamic, it is easy to implement the guiding role of the supporting beam 312 and the up and down motion of engaging mechanism 32.
The engaging mechanism 32 is connected with the second roller stick of the second roller stick group 22, and the second roller stick is driven to roll
It is dynamic, it is made of several equally distributed engagement unit 32a, the shape of the engagement unit 32a, size and location and described the
Shape, the size and location of two roller sticks match.
As shown in figure 9, each engagement unit 32a includes second gear 321, is connected with the second gear 321
The rotation axis 322 connect and the fastener 323 positioned at 322 end of rotation axis, the second gear 321 and second rolling
Dynamic driving mechanism 35 is connected, and second roll drive mechanism 35 drives the second gear 321 to rotate, and is easy to implement storage base
The rolling of second roller stick described in device 2.
The rotation axis 322 for realizing the interconnection between the second gear 321 and the fastener 323,
One end is connected with two gear 321, and the other end is connected with the fastener 323.The engaging mechanism 32 in order to prevent
When being moved toward the direction close to storage blanking device 2, fastener 323 described in fastener and the storage mutual damaged in collision of blanking device 2 and storage base
Device 2 is provided with elastomeric element 324 between the second gear 321 and the fastener 323, realizes the fastener 323
Storage blanking device 2 between it is soft contact, thus realize fastener 323 and store up blanking device 2 between resilient engagement, specifically, institute
Stating elastomeric element 324 is spring.
The fastener 323 is used to be driven the rolling of the rotation axis 322 with the second roller stick of storage blanking device 2, one end
It is connected with the rotation axis 322, the other end is provided with engaging hole 325, and the section of the engaging hole 325 is at hexagon, and institute
The form and dimension for stating the form and dimension and the connection structure 222 of engaging hole 325 matches, convenient for storing up the connection of blanking device
Structure 222 protrudes into inside the engaging hole 325, realizes the function that the engaging mechanism 32 drives the second roller stick to roll.
As shown in figure 8, the horizontal drive mechanism 33 is for driving 32 horizontal movement of engaging mechanism comprising horizontal
Driving motor 331, the supporting beam 333 for being used to support the engaging mechanism, is located at 333 lower section of supporting beam at horizontal slide rail 332
Horizontal slider 334 and the telescopic rod 335 that is connected with the horizontal drive motor 331.
The horizontal drive motor 331 drives the telescopic rod 335 to carry out stretching motion, to realize the driving engagement
32 horizontal movement of mechanism.The horizontal slide rail 332 is used to be oriented to the motion profile of the engaging mechanism 32；The supporting beam 333
It is used to support the engaging mechanism 32, is located at the lower section of the engaging mechanism 32, supports the engaging mechanism 32 convenient for fixed；
The horizontal slider 334 is located at the lower section of the supporting beam 333, and the horizontal slider 334 and the horizontal slide rail 332
Form and dimension matches, and the horizontal slider 334 is along 332 back and forth movement of horizontal slide rail；The telescopic rod 335 and institute
It states horizontal drive motor 331 to be connected, makees stretching motion, the telescopic rod under the action of horizontal drive motor 331
335 it is flexible when, drive the supporting beam 333 to slide along the horizontal slide rail 332, to realize the engaging mechanism 32 along described
Horizontal slide rail 332 slides, and realizes engaging mechanism 32 close to or far from the movement of storage blanking device 2.
As shown in fig. 7, the mechanism 34 that drives upside down is for driving engaging mechanism 32 to move up and down comprising drive upside down
Motor 341 drives upside down the drive shaft 342 that motor 341 is connected and the driving positioned at 342 both ends of drive shaft with described
Gear 343, the motor 341 that drives upside down are connected with the drive shaft 342, to drive the rotation axis 342 to rotate, position
Driving gear 343 in 342 both ends of rotation axis follows the rotation axis 342 to rotate together.
The driving gear 343 and driving track intermeshing connection, it is described to drive upside down motor driven when work
341 rotation axis 342 rotate, and the driving gear 343 positioned at 342 both ends of rotation axis follows the rotation axis 342 together
Rotation, to realize the supporting beam 312 and the engaging mechanism being installed in the supporting beam 312 along the support column 311
It moves up and down.
As shown in fig. 6, the second roll drive mechanism 35 is used to drive the engagement unit rotational in the engaging mechanism 32, it is real
The tube effect of the existing engaging mechanism 32 comprising rotary electric machine 351, the driving wheel being connected with the rotary electric machine 351
352 and the winding driving wheel 352 the second outer toothed belt 353, the rotary electric machine 351 is fixed on the supporting beam 312
On, drive the driving wheel 352 to rotate, so that the second outer toothed belt 353 of the winding driving wheel 352 is driven to rotate, it is real
Existing second roll drive mechanism 35 driving engaging mechanism 32 rotates.
The second outer toothed belt 353 is intermeshed with the second gear 321, when work, the second outer toothed belt
353 rotations, drive the second gear 321 to rotate, so that realizing the second roll drive mechanism 35 drives 32 turns of engaging mechanism
Movement is used.
Storage equipment provided by the utility model, when needing to store adobe, adobe is located at the first roller stick group 13 of elevator 1
On, lifting drive 14 drives bogey 12 to move up and down, so that in the height of the first roller stick group 13 and storage blanking device 2
The height for needing to input the second roller stick group 22 of adobe matches, and the first roll drive device 15 drives the rotation of the first roller stick, brick
Base is transmitted on the first roller stick, and when it is reached in the second roller stick group 22, the mechanism 34 that drives upside down drives engaging mechanism
32 move up and down, so that needing to input the height of the second roller stick group 22 of adobe in the height of engaging mechanism 32 and storage blanking device 2
Match, horizontal drive mechanism 33 drives engaging mechanism 32 close to the storage blanking device 2, so that the connection structure 222 is complete
It protruding into inside the engaging hole 325, second roll drive mechanism 35 drives the fastener 323 in engaging mechanism 32 to roll,
The second roller stick is driven to roll, until adobe reaches preset storage location.
The process of adobe output is similar, and details are not described herein again.
Implement the utility model, has the following beneficial effects:
1, storage equipment provided by the utility model is cooperated by elevator, storage blanking device and driving device, is made
The height of the height and the second roller stick group of the first roller stick group in elevator matches, engaging mechanism in driving device and the
The height of two roller stick groups matches, and the handling of adobe can be realized, and can select the brick to wherein a certain layer according to actual needs
Base is loaded and unloaded, and the requirement of user's first in first out is met.
2, storage equipment provided by the utility model is realized in driving device by the engagement of gear and outer toothed belt and is connect
The tube effect of mechanism is closed, to realize the transmission of adobe, transmit process is simple, the structure letter of locating engagement driving device
Single, maintenance is convenient.
3, storage equipment provided by the utility model, engaging mechanism are internally provided with elastomeric element, pass through elastomeric element
Realize engaging mechanism and store up between blanking device it is soft contact, engagement is stablized, and prevents engaging mechanism and storage blanking device from mutually colliding, broken
Bad device.
Above disclosed is only a kind of preferred embodiment of the utility model, certainly cannot be practical to limit with this
Novel interest field, therefore equivalent variations made according to the claim of the utility model still belong to what the utility model was covered
Range.
Claims (10)
1. a kind of storage equipment, which is characterized in that storage blanking device including elevator, for storing adobe and be located at the storage
The driving device of blanking device at least side；
The elevator include elevator platform, the bogey for carrying adobe, be installed on the bogey first
Roller stick group, the lifting drive being connected with the bogey and the first rolling being connected with the first roller stick group
Driving device；
The storage blanking device includes unfired storing machine frame and at least two layers of second roller stick groups for being installed on the unfired storing machine frame, and described the
Two roller stick groups are located at the end of the first roller stick group；
The driving device include mounting rack, engaging mechanism, the horizontal drive mechanism being connected with the engaging mechanism, with it is described
The second roll drive mechanism that engaging mechanism was connected drive upside down mechanism and be connected with the engaging mechanism.
2. storage equipment as described in claim 1, which is characterized in that the both ends of the bogey are provided with idler wheel；
The first roller stick group is made of several equally distributed first roller sticks, and the first roller stick includes the first main body and is located at
The first gear at first main body both ends；
The lifting drive includes the first lifting motor, the sprocket wheel being connected with first lifting motor and winding institute
State the chain of sprocket wheel and idler wheel.
3. storage equipment as claimed in claim 2, which is characterized in that the first roll drive device and the first roller stick
Group is connected comprising the first roll drive motor, the first rotating wheel being connected with the first roll drive motor and
Wind the first outer toothed belt of first rotating wheel；
The position of the first outer toothed belt and the position of the first gear match, and the first gear and described first
Outer toothed belt engagement connection.
4. storage equipment as described in claim 1, which is characterized in that the second roller stick group is by several equally distributed second
Roller stick composition；
The second roller stick includes the second main body and the connection structure positioned at second main body both ends；
The connection structure protrudes into inside the driving device, and its cross section is triangular in shape or hexagon.
5. storage equipment as described in claim 1, which is characterized in that the mounting rack includes support column and supporting beam；
The vertical slide rail for being provided with driving track on the support column and being parallel to each other with the driving track；
The both ends of the supporting beam are provided with sliding block, the form and dimension of the form and dimension of the sliding block and the vertical slide rail
Match, the sliding block is slided along the vertical slide rail.
6. storage equipment as claimed in claim 4, which is characterized in that the engaging mechanism is single by several equally distributed engagements
Member composition, the shape for engaging unit, size and location and shape, the size and location of the second roller stick match；
The engagement unit includes second gear, the rotation axis being connected with the second gear, is located at the rotation axis end
The fastener at end and the elastomeric element between the second gear and the fastener；
The second gear is connected with second roll drive mechanism, second roll drive mechanism driving described second
Gear rotation.
7. storage equipment as claimed in claim 6, which is characterized in that one end of the fastener is connected with the rotation axis
It connects, the other end is provided with engaging hole；
The section of the engaging hole is at hexagon, and the shape of the form and dimension of the engaging hole and the connection structure and big
Small to match, the connection structure protrudes into inside the engaging hole.
8. storage equipment as described in claim 1, which is characterized in that the horizontal drive mechanism include horizontal drive motor,
Horizontal slide rail, the supporting beam for being used to support the engaging mechanism, the horizontal slider below the supporting beam and with it is described
The telescopic rod that horizontal drive motor is connected.
9. storage equipment as claimed in claim 5, which is characterized in that it is described drive upside down mechanism include drive upside down motor,
The drive shaft that motor is connected and the driving gear positioned at the drive shaft both ends are driven upside down with described, it is described to drive upside down
Motor is connected with the drive shaft, and the driving gear and driving track intermeshing connect.
10. storage equipment as claimed in claim 6, which is characterized in that the second roll drive mechanism include rotary electric machine, with
Second outer toothed belt of driving wheel and the winding driving wheel that the rotary electric machine is connected；
The rotary electric machine drives the driving wheel rotation, and the second outer toothed belt and the second gear are intermeshed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821790631.8U CN209601331U (en) | 2018-10-31 | 2018-10-31 | A kind of storage equipment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821790631.8U CN209601331U (en) | 2018-10-31 | 2018-10-31 | A kind of storage equipment |
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| CN209601331U true CN209601331U (en) | 2019-11-08 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109573426A (en) * | 2018-10-31 | 2019-04-05 | 广东泰莱机械有限公司 | A kind of storage equipment |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109573426A (en) * | 2018-10-31 | 2019-04-05 | 广东泰莱机械有限公司 | A kind of storage equipment |
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