CN206318094U - A kind of tile packs streamline ceramic tile stores up the chain guide mechanism in brick storehouse temporarily - Google Patents
A kind of tile packs streamline ceramic tile stores up the chain guide mechanism in brick storehouse temporarily Download PDFInfo
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- CN206318094U CN206318094U CN201621237921.0U CN201621237921U CN206318094U CN 206318094 U CN206318094 U CN 206318094U CN 201621237921 U CN201621237921 U CN 201621237921U CN 206318094 U CN206318094 U CN 206318094U
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- China
- Prior art keywords
- ceramic tile
- lifting
- chain guide
- guide mechanism
- main frame
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Abstract
A kind of tile packs streamline ceramic tile stores up the chain guide mechanism in brick storehouse temporarily, belongs to ceramic tile packaging equipment field.It is characterized in that：Including lifting main frame, power unit is installed on lifting main frame, lift unit is provided with the vertical direction of lifting main frame, some and ceramic tile is provided with laterally side by side on lift unit（6）The ceramic tile supporting plate of cooperation（17）, power unit is connected with lift unit and realizes ceramic tile supporting plate by lift unit（17）Rise or fall.In this tile packs streamline ceramic tile stores up the chain guide mechanism in brick storehouse temporarily, by setting chain guide mechanism, realize and coordinated from two ends with ceramic tile, facilitate ceramic tile to carry out rising support in storage brick storehouse main frame or decline release.Two chain guide mechanisms are slidably mounted inside the main frame of storage brick storehouse, and the convenient regulation that chain guide mechanism spacing is carried out according to the size of ceramic tile is applicable to lifting and the interim storage of various sizes ceramic tile.
Description
Technical field
A kind of tile packs streamline ceramic tile stores up the chain guide mechanism in brick storehouse temporarily, belongs to ceramic tile packaging equipment field.
Background technology
The packaging link of ceramic tile be ceramic tile production line in last one of link, fire complete ceramic tile given by connecting gear
Packaging is completed in packaging line.In the prior art, if abnormal, the speed now packed occurs for packaging link frock situation
Degree can lag behind the speed of finished product ceramic tile transmission, therefore cause a large amount of finished product ceramic tiles to cause to be detained at the initial stage of packaging link.One
It is more that the quantity of denier ceramic tile is detained, and gently can then have a strong impact on the orderly progress of production, heavy then ceramic tile can be caused to collide with, and makes
Into great economic loss.And due to ceramic tile heavier-weight, so if the ceramic tile of delay is shifted by way of manual freight handling,
Substantial amounts of manpower and materials can be wasted, the waste of resource is caused.
The content of the invention
The technical problems to be solved in the utility model is：Overcome the deficiencies in the prior art there is provided one kind by setting chain
Guiding mechanism, realizes and is coordinated from two ends with ceramic tile, facilitates ceramic tile to carry out rising support or decline in storage brick storehouse main frame
The lifting of release and the tile packs streamline ceramic tile of interim storage store up the chain guide mechanism in brick storehouse temporarily.
The utility model solves the technical scheme that its technical problem used：The tile packs streamline ceramic tile is stored up temporarily
The chain guide mechanism in brick storehouse, it is characterised in that：Including lifting main frame, power unit is installed on lifting main frame, carried
Lift unit is provided with the vertical direction for rising main frame, is provided with and some matches somebody with somebody with the ceramic tile laterally side by side on lift unit
The ceramic tile supporting plate of conjunction, power unit be connected with lift unit and by lift unit realize ceramic tile supporting plate rising or under
Drop.
It is preferred that, described lift unit includes being separately positioned on two lifting chains and the position of lifting main frame both sides
In lifting chain upper/lower terminal and the drive sprocket that is engaged with lifting chain, the output end of power unit is connected with drive sprocket,
Described ceramic tile supporting plate is also secured on two lifting chains.
It is preferred that, one group of guided way, lifting chain clamp are offered respectively on the described lateral surface of lifting main frame two
In the guided way of corresponding side.
It is preferred that, described lifting main frame includes lifting device vertical rod and is symmetrically fixed on lifting device vertical rod two ends
Lifting device cross bar, lifting device cross bar coordinates the slip for realizing chain guide mechanism with storage brick storehouse main frame.
It is preferred that, it is provided with bracing piece between described lifting device vertical rod and lifting device cross bar.
It is preferred that, one group of pulley is each provided with the two ends of described lifting device cross bar, pulley is arranged on storage brick storehouse master
The inside of framework.
It is preferred that, described power unit includes motor and the reductor on motor output shaft, drive sprocket
On the output shaft of reductor.
Compared with prior art, the utility model is had an advantageous effect in that：
1st, in this tile packs streamline ceramic tile stores up the chain guide mechanism in brick storehouse temporarily, by setting chain Guiding machine
Structure, realizes and is coordinated from two ends with ceramic tile, facilitates ceramic tile to carry out rising support in storage brick storehouse main frame or decline release.
2nd, two chain guide mechanisms are slidably mounted inside the main frame of storage brick storehouse, convenient to be carried out according to the size of ceramic tile
The regulation of chain guide mechanism spacing, is applicable to lifting and the interim storage of various sizes ceramic tile.
3rd, by setting the guided way of clamp lifting chain in the both sides of lifting device vertical rod, it is possible to prevente effectively from sprocket chain
Bar transmission device in the running shake by lifting chain, improves precision and reliability when lifting ceramic tile.
4th, the chain guide mechanism in brick storehouse is stored up temporarily by this tile packs streamline ceramic tile, when packaging link goes wrong
And when occurring the situation of ceramic tile delay, support, lifting can be carried out to the ceramic tile of delay automatically, effectively prevent ceramic tile in packaging ring
A large amount of delays are caused at section.After solution is removed, the ceramic tile of lifting is fallen automatically, by the ceramic tile of interim storage again
Feeding packaging link, it is ensured that the orderly progress of production.
5th, by the way that chain guide mechanism is slidably mounted in horizontal fixed mechanism, and set to chain Guiding machine
The width adjusting device that the distance between structure is adjusted, can facilitate to being adjusted between chain guide mechanism, Ke Yishi
For the ceramic tile without specification, applicability is good.
6th, by setting slide rail in the crossbeam of horizontal fixed mechanism, therefore the slip of chain guide mechanism is facilitated.
7th, by the both sides lifting chain in lifting device vertical rod, and ceramic tile support mechanism is also secured to two liftings
On chain, thus it is higher to the reliability of ceramic tile support.
8th, by setting optoelectronic switch in chain guide mechanism bottom, reliably the Retention of ceramic tile can be examined
Survey.
Brief description of the drawings
Fig. 1 is the chain guide mechanism structural representation that tile packs streamline ceramic tile stores up brick storehouse temporarily.
Fig. 2 is the chain guide mechanism chain guide mechanism structural representation that tile packs streamline ceramic tile stores up brick storehouse temporarily
Figure.
Fig. 3 is enlarged drawing at A in Fig. 2.
Fig. 4 is the chain guide mechanism ceramic tile support mechanism structure signal that tile packs streamline ceramic tile stores up brick storehouse temporarily
Figure.
Fig. 5 is enlarged drawing at B in Fig. 4.
Fig. 6 is the chain guide mechanism width adjusting cellular construction signal that tile packs streamline ceramic tile stores up brick storehouse temporarily
Figure.
Fig. 7 is enlarged drawing at C in Fig. 6.
Wherein：1st, chain guide mechanism 2, guide rail beam 3, installation crossbeam 4, vertical beam 5, fixed cross beam 6, porcelain
Brick 7, reductor 8, motor 9, lifting device vertical rod 10, lifting device cross bar 11, bracing piece 12, pulley
13rd, lifting chain 14, mounting hole 15, optoelectronic switch 16, drive sprocket 17, ceramic tile supporting plate 18, fixing bolt
19th, adjusting rod 20, regulating sleeve 21, regulation chain 22, increase roller 23, regulation port.
Embodiment
Fig. 1 ~ 7 are most preferred embodiments of the present utility model, and 1 ~ 7 pair of the utility model is done furtherly below in conjunction with the accompanying drawings
It is bright.
A kind of tile packs streamline ceramic tile stores up the chain guide mechanism in brick storehouse temporarily, including storage brick storehouse main frame, one group
Chain guide mechanism 1 inside the main frame of storage brick storehouse and the width for adjusting distance between chain guide mechanism 1
Adjusting means.Arrow show the moving direction of ceramic tile 6 in Fig. 1, and the chain in brick storehouse is stored up temporarily in this tile packs streamline ceramic tile
Bar guiding mechanism（Hereinafter referred to as store up brick storehouse）In, the position that ceramic tile 6 is put in storage is set to the rear in this storage brick storehouse, the outbound of ceramic tile 6
Position is set to the front in this storage brick storehouse.
As shown in figure 1, storage brick storehouse main frame is cuboid shape support body, respectively it is vertically arranged at the corner of storage brick storehouse main frame
There is the vertical beam 4 of a two-part, horizontal fixed mechanism is additionally provided between four vertical beams 4 being vertically arranged, laterally fixed machine
Structure is the square bearer of multilayer, and interval is fixed as one to form storage brick storehouse main frame between multilayer square bearer and four vertical beams 4.In horizontal stroke
Into the multilayer square bearer of fixed mechanism, the square bearers of the superiors include being arranged on two guide rail beams 2 of front side and rear side with
And two installation crossbeams 3 on left side and right side are arranged on, undermost square bearer structure is identical.It is located in horizontal fixed mechanism
If the dried layer square bearer between the superiors and orlop be made up of the fixed cross beam 5 for functioning only as fixation and with vertical beam 4 it
Between be spaced fix.
The inner side of the superiors and undermost totally four guide rail beams 2 offers slide rail in horizontal fixed mechanism, on
The chain guide mechanism 1 stated coordinates slidable be mounted vertically in store up inside the main frame of brick storehouse with the slide rail, and above-mentioned width is adjusted
Regulating device is installed crossbeam 3 by the superiors in horizontal fixed mechanism and undermost four guide rail beams 2 and four and fixed, and
Installation is coordinated to realize its width adjusting with chain guide mechanism 1.
In normal state, ceramic tile 6 is by corresponding conveyer（It is not drawn into figure）It is put in storage from the rear in this storage brick storehouse
Afterwards, from the front outbound in this storage brick storehouse, and continue to be sent to by conveyer and packed in the process in front.When the work in front
Sequence occur it is abnormal can not normal process exported from storage brick storehouse ceramic tile 6 when, chain guide mechanism 1 is acted, and will be trapped in storage brick
The ceramic tile 6 of storehouse bottom is held up, lifted piecewise, prevents that the transition of ceramic tile 6 is detained.In front of storage brick storehouse the Abnormality remove of process it
Afterwards, the inverted running of chain guide mechanism 1, then the ceramic tile 6 of interim storage is placed on conveyer piecewise, continued by conveyer
Realize the transmission of ceramic tile 6.In this storage brick storehouse, chain guide mechanism 1 is left and right symmetrically arranged two, while from ceramic tile 6
Both sides carry out support to ceramic tile 6, and left and right symmetrically arranged two chain guide mechanisms 1 coordinate with above-mentioned width adjusting device
Install, the regulation of distance between left and right two chain guide mechanisms 1 can be realized by width adjusting device, to meet chain
Smooth support and lifting of the guiding mechanism 1 to the ceramic tile 6 of different size.
As shown in Fig. 2 ~ 3, two chain guide mechanisms 1 that left and right is set include vertically arranged lifting device vertical rod 9,
A lifting device cross bar 10 is horizontally arranged with the upper and lower part of lifting device vertical rod 9, the two of lifting device vertical rod 9
A bracing piece 11, lifting device vertical rod 9, lifting device cross bar 10 are provided between side and each lifting device cross bar 10
And bracing piece 11 fixes the main frame of composition chain guide mechanism 1.
One group of pulley 12 is respectively arranged with the two ends of each lifting device cross bar 10, is filled by upper and lower two liftings
Put totally four groups of pulleys 12 of cross bar 10 and be opened in the slide rail cooperation of the above-mentioned inner side of four guide rail beams 2, realize chain guiding
Inside the vertically slidable storage brick storehouse main frame installed in this storage brick storehouse of mechanism 1.Set respectively on each lifting device cross bar 10
It is equipped with one group of mounting hole 14, mounting hole 14 is separately positioned on the both sides of lifting device cross bar 10, and along the shifting of chain guide mechanism 1
Opened up respectively on dynamic direction.By the multiple mounting holes 14 being arranged on lifting device cross bar 10 realize chain guide mechanism 1 with
Above-mentioned width adjusting device connection.
Power unit is provided with the top of lifting device vertical rod 9, power unit drives two groups of sprocket wheel chain drives simultaneously
Device synchronization action, two groups of sprocket wheel chain gearings are vertically provided at the both sides of lifting device vertical rod 9 respectively.Each group of sprocket wheel
Chain gearing includes one group of drive sprocket 16 for being separately fixed at the top and bottom of lifting device vertical rod 9 and simultaneously with two
The lifting chain 13 that individual drive sprocket 16 is engaged.Power unit by be fixed on the top of lifting device vertical rod 9 motor 8 and with electricity
The reductor 7 of the output shaft of machine 8 connection is constituted, and two of the top of lifting device vertical rod 9 are located in two groups of sprocket wheel chain gearings
Drive sprocket is sleeved on the output shaft of reductor 7 simultaneously.
Ceramic tile support mechanism is fixed with using the sprocket wheel chain gearing of the both sides of lifting device vertical rod 9, left and right two
The bottom of lifting device vertical rod 9 is further fixed on one group of optoelectronic switch 15, and optoelectronic switch 15 is used to detect the biography for being used for transmitting ceramic tile 6
Whether device on have ceramic tile delay, when there is the delay of ceramic tile 6 on conveyer if sending, the power of two groups of tops of chain guide mechanism 1
Unit synchronous forward operation simultaneously, be separately mounted to two groups of ceramic tile support mechanisms on the sprocket wheel chain gearing of both sides simultaneously from
Two ends with continuing to run with for power unit, the ceramic tile 6 for completing support are lifted the support of ceramic tile 6, while preparing under
One block of ceramic tile 6 carries out support；When needing to fall ceramic tile 6, the power unit synchronization simultaneously of two groups of tops of chain guide mechanism 1
Inverted running, realizes the whereabouts piecewise of ceramic tile 6, and so on.
One group of guided way is offered respectively on 9 liang of lateral surfaces of lifting device vertical rod, positioned at the both sides of lifting device vertical rod 9
Lifting chain 13 in sprocket wheel chain gearing is installed in the guided way of corresponding side.By the two of lifting device vertical rod 9
Side sets the guided way of clamp lifting chain 13, it is possible to prevente effectively from sprocket wheel chain gearing in the running send out by lifting chain 13
Raw shake, improves the precision and reliability when lifting ceramic tile 6.
As shown in Fig. 4 ~ 5, above-mentioned ceramic tile support mechanism is to be fixed on laterally side by side on lifting chain 13 from top to bottom
Some ceramic tile supporting plates 17, ceramic tile supporting plate 17 is also secured to two lifting chains 13 in each chain guide mechanism 1
On, distance is identical between two neighbouring ceramic tile supporting plates 17 and is more than the thickness of ceramic tile 6.Each chain guide mechanism
It is fixed with quantity identical ceramic tile supporting plate 17 on 1 two lifting chains 13, and the ceramic tile in two chain guide mechanisms 1 is held
Position of supporting plate 17 or so is corresponded.
Ceramic tile supporting plate 17 is the strip part that section is " L " type, by a short side and the long side vertical with short side
Composition, wherein short side are fixed edge, and fixed edge realizes ceramic tile after being fitted with two lifting chains 13 by two fixing bolts 18
The fixation of supporting plate 17 and two lifting chains 13.In ceramic tile supporting plate 17, the long side vertical with fixed edge is to undertake ceramic tile 6
Carrying side, carrying side upper surface be ceramic tile 6 loading end.By the ceramic tile supporting plate in two chain guide mechanisms 1
17 fix after completion, and the ceramic tile supporting plate 17 in the chain guide mechanism 1 of left and right two is in the inner side of two chain guide mechanisms 1
It is oppositely arranged.
The upper edge of the fixed plate of ceramic tile supporting plate 17 is provided with the breach of arc, the position of the breach is carried with above-mentioned be fixed on
The position correspondence of the optoelectronic switch 15 of the bottom of device vertical rod 9 is risen, optoelectronic switch 15 transmits the transmission of ceramic tile 6 by the notch detection
Whether there is ceramic tile 6 to be detained on device.When there is the delay of ceramic tile 6 on conveyer, the power list of two groups of tops of chain guide mechanism 1
Member synchronous forward operation simultaneously, and drive two groups of lifting chains 13 in two chain guide mechanisms 1 to operate simultaneously, now fix
The loading end of a certain group of relative ceramic tile supporting plate 17 is installed on the bottom of ceramic tile 6 simultaneously in the lifting chain 13 of two groups of left and right,
With continuing to run with for lifting chain 13, ceramic tile 6 is lifted, while a piece of delay under next group of 17 pairs of ceramic tile supporting plate
Ceramic tile 6 carries out support lifting, and vice versa.
As shown in Fig. 6 ~ 7, above-mentioned width adjusting device includes four adjusting rods 19, in same one end of four adjusting rods 19
On be respectively and fixedly provided with sprocket wheel, the drive connection of four adjusting rods 19 is realized by the regulation chain 21 with four sprocket wheel kernels.Every
A regulating sleeve 20 is provided with one adjusting rod 19, is connected through a screw thread between regulating sleeve 20 and adjusting rod 19, and
Two regulating sleeves 20 on each adjusting rod 19 by the thread set of opposite direction on adjusting rod 19, i.e., when adjusting rod 19
During rotation, two regulating sleeves 20 being sleeved on adjusting rod 19 are moved in the opposite direction.Four adjusting rods are rotated when artificial
In 19 at any one, under the connection function of regulation chain 21, remaining adjusting rod 19 is rotated to identical direction, while each
Two regulating sleeves 20 on bar adjusting rod 19 are moved in the opposite direction.
Trend of four adjusting rods 19 along above-mentioned four guide rail beams 2 is separately positioned in above-mentioned four guide rail beams 2
Side, and each adjusting rod 19 rotatably installed in its two ends installation crossbeam 3 inside.For connecting four adjusting rods 19
Regulation chain 21 vertical section be arranged on corresponding side vertical beam 4 inside, regulation chain 21 traversing section be arranged on accordingly
Inside the installation crossbeam 3 of side, therefore the volume in this storage brick storehouse is greatlyd save, while being walked in corresponding vertical beam 4 and crossbeam
Position, outward appearance is more aesthetically pleasing.It is additionally provided with the bottom of the traversing section of regulation chain 21 bottom and increases roller 22, for places regulation
The traversing section of the bottom of chain 21 loosens because of gravity sag.
After finishing the installation, left surface and right flank in this storage brick storehouse are respectively formed on adjustable side to four adjusting rods 19
Mouth 23, four adjusting rods 19 cover also cross the mounting hole 14 on lifting device cross bar 10 in above-mentioned chain guide mechanism 1
Two regulating sleeves 20 on four adjusting rods 19 are fixed with the chain guide mechanism 1 of both sides respectively by mounting hole 14 to be connected
Connect.As described above, being rotate in same direction while can be achieved during any one adjusting rod 19 four adjusting rod 19 by rotating, simultaneously
The regulating sleeve 20 being sleeved on adjusting rod 19 is moved in the opposite direction respectively, it is achieved thereby that driving the chain of both sides to be oriented to
Mechanism 1 is moved in the opposite direction, realizes the width adjusting between chain guide mechanism 1.
Specific work process and operation principle are as follows：
In normal state, ceramic tile 6 enters this storage brick storehouse, Ran Houyou by corresponding conveyer from the rear in this storage brick storehouse
Conveyer continues to transmit the front outbound by this storage brick storehouse, and by conveyer continue to be sent in front of process in wrapped
Dress.When the process in front occur it is abnormal can not normal process exported from storage brick storehouse ceramic tile 6 when, the meeting in storage brick storehouse of ceramic tile 6
It is detained, when ceramic tile 6 is being detained in storing up brick storehouse, the bottom of lifting device vertical rod 9 in chain guide mechanism 1
Optoelectronic switch 15, which can be detected, learns that ceramic tile 6 is detained.
The now power unit operation of the top of chain guide mechanism 1, and drive two in each chain guide mechanism 1
Lifting chain 13 is rotated forward, and is fixed on the loading end of a certain group of ceramic tile supporting plate 17 relative in the two groups of lifting chains 13 in left and right
The bottom of ceramic tile 6 is installed on simultaneously, with continuing to run with for lifting chain 13, ceramic tile 6 is lifted, if optoelectronic switch 15
Detecting still has ceramic tile 6 to be trapped in storage brick storehouse, and power set are continued to run with, a piece of stagnant under next group of 17 pairs of ceramic tile supporting plate
The ceramic tile 6 stayed carries out support lifting.
After the Abnormality remove of process in front of brick storehouse is stored up, optoelectronic switch 15 detects no ceramic tile 6 and is detained, and now chain is led
To the power unit inverted running in mechanism 1, the multi-disc ceramic tile 6 of lifting is placed on conveyer piecewise, by conveyer
Continue to realize the transmission of ceramic tile 6.
The above, is only preferred embodiment of the present utility model, is not to make other forms to the utility model
Limitation, any those skilled in the art are changed or are modified as possibly also with the technology contents of the disclosure above equivalent
The Equivalent embodiments of change.But it is every without departing from technical solutions of the utility model content, it is real according to technology of the present utility model
Any simple modification, equivalent variations and remodeling that confrontation above example is made, still fall within the guarantor of technical solutions of the utility model
Protect scope.
Claims (7)
1. a kind of tile packs streamline ceramic tile stores up the chain guide mechanism in brick storehouse temporarily, it is characterised in that：Including lifting main frame
Power unit is installed on frame, lifting main frame, lift unit is provided with the vertical direction of lifting main frame, it is single in lifting
Some and ceramic tile is provided with member laterally side by side（6）The ceramic tile supporting plate of cooperation（17）, power unit and lift unit connect
Connect and ceramic tile supporting plate is realized by lift unit（17）Rise or fall.
2. tile packs streamline ceramic tile according to claim 1 stores up the chain guide mechanism in brick storehouse temporarily, its feature exists
In：Described lift unit includes two lifting chains for being separately positioned on lifting main frame both sides（13）And positioned at lifting chain
Bar（13）Upper/lower terminal and and lifting chain（13）The drive sprocket of engagement（16）, the output end and drive sprocket of power unit
（16）Connection, described ceramic tile supporting plate（17）It is also secured to two lifting chains（13）On.
3. tile packs streamline ceramic tile according to claim 1 or 2 stores up the chain guide mechanism in brick storehouse, its feature temporarily
It is：One group of guided way, lifting chain are offered respectively on the described lateral surface of lifting main frame two（13）It is installed on corresponding
In the guided way of side.
4. tile packs streamline ceramic tile according to claim 1 stores up the chain guide mechanism in brick storehouse temporarily, its feature exists
In：Described lifting main frame includes lifting device vertical rod（9）And symmetrically it is fixed on lifting device vertical rod（9）The lifting at two ends
Device cross bar（10）, lifting device cross bar（10）Coordinate with storage brick storehouse main frame and realize chain guide mechanism（1）Slip.
5. tile packs streamline ceramic tile according to claim 4 stores up the chain guide mechanism in brick storehouse temporarily, its feature exists
In：In described lifting device vertical rod（9）With lifting device cross bar（10）Between be provided with bracing piece（11）.
6. tile packs streamline ceramic tile according to claim 4 stores up the chain guide mechanism in brick storehouse temporarily, its feature exists
In：In described lifting device cross bar（10）Two ends be each provided with one group of pulley（12）, pulley（12）Installed in storage brick storehouse master
The inside of framework.
7. tile packs streamline ceramic tile according to claim 2 stores up the chain guide mechanism in brick storehouse temporarily, its feature exists
In：Described power unit includes motor（8）And installed in motor（8）Reductor on output shaft（7）, drive sprocket（16）
Installed in reductor（7）Output shaft on.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621237921.0U CN206318094U (en) | 2016-11-18 | 2016-11-18 | A kind of tile packs streamline ceramic tile stores up the chain guide mechanism in brick storehouse temporarily |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621237921.0U CN206318094U (en) | 2016-11-18 | 2016-11-18 | A kind of tile packs streamline ceramic tile stores up the chain guide mechanism in brick storehouse temporarily |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206318094U true CN206318094U (en) | 2017-07-11 |
Family
ID=59264887
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621237921.0U Expired - Fee Related CN206318094U (en) | 2016-11-18 | 2016-11-18 | A kind of tile packs streamline ceramic tile stores up the chain guide mechanism in brick storehouse temporarily |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206318094U (en) |
-
2016
- 2016-11-18 CN CN201621237921.0U patent/CN206318094U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170711 Termination date: 20191118 |