CN208345083U - Improved continuous lifting machine - Google Patents
Improved continuous lifting machine Download PDFInfo
- Publication number
- CN208345083U CN208345083U CN201820637767.9U CN201820637767U CN208345083U CN 208345083 U CN208345083 U CN 208345083U CN 201820637767 U CN201820637767 U CN 201820637767U CN 208345083 U CN208345083 U CN 208345083U
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- inner sprocket
- chain wheel
- sprocket group
- wheel set
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Abstract
The utility model provides a kind of improved continuous lifting machine, including rack, interior final drive gear, outer final drive gear, several carrier bar components and actuator；Interior final drive gear includes seven inner sprocket groups and two inside chains, and the 7th inner sprocket group and the 6th inner sprocket group are horizontally disposed with and are located at right above the first inner sprocket group；Two inside chains are respectively corresponded and are set around on the inner sprocket of seven inner sprocket group two sides, form the inside chain transminssion mechanism of cycle rotation；Outer final drive gear is located at the outside of interior final drive gear, outer final drive gear includes seven outside chain wheel sets and two outside chains, two outside chains, which respectively correspond, to be set around on the outside sprocket wheel of seven outsides chain wheel set two sides, and the outside chain transminssion mechanism of cycle rotation is formed；Each carrier bar inter-module every pre-determined distance is articulated on two inside chains and two outside chains, and actuator is used to provide power.The elevator is stable, and transfer efficiency is higher.
Description
Technical field
The utility model relates to conveying equipment, in particular to a kind of improved continuous lifting machine.
Background technique
Continuous lifting machine is the conveying equipment that object is conveyed between the position for different height, currently, existing company
Continuous formula elevator runnability is unstable, high failure rate, and transfer efficiency is lower.
Utility model content
In view of the above, the utility model provides a kind of stable, higher continuous lifting machine of transfer efficiency.
The utility model relates to technical solution:
A kind of improved continuous lifting machine, including rack, rack are frame structure, are equipped with a liftway in rack,
Rack side is respectively equipped with delivery port at top and at bottom, the improved continuous lifting machine includes inside driver
Structure, outer final drive gear, several carrier bar components and actuator；
Interior final drive gear includes seven inner sprocket groups and two inside chains, and seven inner sprocket groups are respectively the
One inner sprocket group, the second inner sprocket group, third inner sprocket group, the 4th inner sprocket group, the 5th inner sprocket group, the 6th
Inner sprocket group and the 7th inner sprocket group, each inner sprocket group include two inner sprockets on coaxial inner conductor, in two
Side chain wheel is rotationally set up in two opposite inner sidewalls of rack respectively, and the first inner sprocket group and the second inner sprocket group are horizontal
It is set to bottom of the frame, third inner sprocket group is set on the horizontal tangent above the second inner sprocket group and in first
Side chain wheel set, the 4th inner sprocket group are set to the surface for being located at third inner sprocket group in rack, the 4th inner sprocket group
With the height for being greater than conveying member at a distance from frame top, the 5th inner sprocket group, which is set in rack, is located at the 4th inner sprocket group
On the horizontal tangent of top, the distance between the 5th inner sprocket group and the 4th inner sprocket group are greater than the width of conveying member, the
Six inner sprocket groups are set to frame top, and the 6th inner sprocket group is located at right above the 5th inner sprocket group, side chain in the 7th
Wheel group and the 6th inner sprocket group are horizontally disposed with and are located at right above the first inner sprocket group；Two inside chains respectively correspond around
On the inner sprocket of seven inner sprocket group two sides, the inside chain transminssion mechanism of cycle rotation is formed；
Outer final drive gear is located at the outside of interior final drive gear, outer final drive gear include seven outside chain wheel sets and
Two outside chains, seven outside sprocket wheel groups are the first outside chain wheel set, the second outside chain wheel set, sprocket wheel on the outside of third respectively
Group, the 4th outside chain wheel set, the 5th outside chain wheel set, the 6th outside chain wheel set and the 7th outside chain wheel set, each outside sprocket wheel
Group includes two outside sprocket wheels on coaxial inner conductor, and two outside sprocket wheels are rotationally set up in two relative inners of rack respectively
Wall, the first outside chain wheel set and the first inner sprocket group are coaxial, and the second outside chain wheel set and the second inner sprocket group are coaxial, and the 6th
Outside chain wheel set and the 6th inner sprocket group are coaxial, and the 7th outside chain wheel set and the 7th inner sprocket group are coaxial, third outside chain
Wheel group is set on the horizontal tangent above the second outside chain wheel set and close to the second outside chain wheel set, and the 4th outside chain wheel set is set
It is placed on the outside of third right above chain wheel set and is horizontally disposed with the 4th inner sprocket group, the 5th outside chain wheel set is set to outside the 4th
At the right obliquely downward pre-determined distance of side chain wheel set, the outside chain of winding between the 4th outside chain wheel set and the 5th outside chain wheel set
Length is suitable with the length of carrier bar component, for carrier bar component front end when the corner of the 5th inner sprocket group moves up
The rear end of carrier bar component is located exactly at the 5th outside chain wheel set corner and syncs up movement；Two outside chains respectively correspond around
On the outside sprocket wheel of seven outsides chain wheel set two sides, the outside chain transminssion mechanism of cycle rotation is formed；
Each carrier bar inter-module every pre-determined distance is installed on two inside chains and two outside chains, each carrier bar
The front end two sides of component are hinged with two inside chains respectively, and its rear end two sides are hinged with two outside chains respectively；
Actuator is set up in rack, for providing power for interior final drive gear and outer final drive gear.
Further, several tensioning chain wheel sets are equipped between the 4th outside chain wheel set and the 5th outside chain wheel set, outside
Side chain item is staggeredly set around in several tensioning chain wheel sets.
Further, support chain wheel set is equipped between the 5th outside chain wheel set and the 6th outside chain wheel set.
Further, the second inner sprocket group and the second outside chain wheel set are set to the both ends of same shaft, shaft
On be connected with driven wheel, the driving wheel of actuator is mutually sequentially connected with driven wheel.
Further, the actuator use with brake gear and can positive and negative rotation decelerating motor.
Further, each carrier bar component includes two carrying chains disposed in parallel, is installed on two carrying chains
Several carrier bars, be installed on the front rod of two carrying chain one end, be installed on the rear connecting rod of the two carrying chain other ends, two
Hinged seat after preceding hinged seat and two, preceding hinged seat are in " Contraband " shape, have a connecting plate and vertically convexedly stretch in connecting plate two
The both side plate at end, the side plate of preceding hinged seat and front rod end are hinged, and another side plate and inside chain of preceding hinged seat are cut with scissors
It connects；Hinged seat is identical as preceding hinge base structure afterwards, and the two sides plate spacing of rear hinged seat is greater than the two sides plate spacing of preceding hinged seat, with
For rear connecting rod both ends pass through two respectively after hinged seat and two outside chains it is hinged.
Further, the vertical position section of chain and two outside chains is respectively equipped with upright guide rail on the inside of the item, leads
The inside vertical guide groove of opening is offered on rail, each inside chain and each outside chain are slideably held on vertical guide groove
It is interior.
Further, the horizontal link chain section between the second inner sprocket group and third inner sprocket group, the 4th inside
Between horizontal link chain section and the 6th inner sprocket group and the 7th inner sprocket group between chain wheel set and the 5th inner sprocket group
Horizontal link chain section below be equipped with the horizontal guide rail of notch upward, for being slidably supported each inside chain；Described
The lower section of horizontal link chain section between six outside chain wheel sets and the 7th outside chain wheel set is equipped with the horizontal guide rail of notch upward.
The utility model has the beneficial effects that
If the improved continuous lifting machine of the utility model is driven by final drive gear in being arranged and outer final drive gear
Dry carrier bar component cycle operation realizes conveying member lifting so that the improved continuous lifting machine is stable, transfer efficiency compared with
It is high.
Detailed description of the invention
Fig. 1 is the local main view structure figure of the improved continuous lifting machine of the utility model；
Fig. 2 is the local overlooking structural schematic diagram of the improved continuous lifting machine of the utility model；
Fig. 3 is the structural schematic diagram of the interior final drive gear of the improved continuous lifting machine of the utility model；
Fig. 4 is the structural schematic diagram of the outer final drive gear of the improved continuous lifting machine of the utility model；
Fig. 5 is the connection of the carrier bar component and inside chain and outside chain of the improved continuous lifting machine of the utility model
Structural schematic diagram.
Specific embodiment
Below with reference to the attached drawing in the utility model embodiment, the technical scheme in the embodiment of the utility model is carried out clear
Chu is fully described by.It should be appreciated that specific embodiment described herein is only used to explain the utility model, it is not used to
Limit scope of protection of the utility model.
Please referring to Fig. 1 and Fig. 2, the utility model provides a kind of improved continuous lifting machine, including rack (not shown),
Interior final drive gear 1, outer final drive gear 2, several carrier bar components 3 and actuator (not shown).
Rack uses square frame structure, is equipped with a liftway in rack, rack side is at top and at bottom
It is respectively equipped with delivery port.
Please referring to Fig. 3, interior final drive gear 1 includes seven inner sprocket groups and two inside chains 18, and seven
Inner sprocket group is respectively the first inner sprocket group 11, the second inner sprocket group 12, side chain in third inner sprocket group the 13, the 4th
Wheel group 14, the 5th inner sprocket group 15, the 6th inner sprocket group 16 and the 7th inner sprocket group 17, each inner sprocket group are equal
Including two inner sprockets on coaxial inner conductor, two inner sprockets are rotationally set up in two opposite inner sidewalls of rack respectively, the
One inner sprocket group 11 and the second inner sprocket group 12 are horizontally placed on bottom of the frame, and third inner sprocket group 13 is set to second
On the horizontal tangent of 12 top of inner sprocket group and close to the first inner sprocket group 11, the 4th inner sprocket group 14 is set to rack
The interior surface positioned at third inner sprocket group 13, the 4th inner sprocket group 14 are greater than the height of conveying member at a distance from frame top
Degree, the 5th inner sprocket group 15 are set in rack on the horizontal tangent of 14 top of the 4th inner sprocket group, the 5th inside
The distance between chain wheel set 15 and the 4th inner sprocket group 14 are greater than the width of conveying member, and the 6th inner sprocket group 16 is set to machine
Top of the trellis, the 6th inner sprocket group 16 are located at right above the 5th inner sprocket group 15, the 7th inner sprocket group 17 and the 6th inside
Chain wheel set 16 is horizontally disposed and is located at right above the first inner sprocket group 11；Two inside chains 18 respectively correspond and are set around seven
On the inner sprocket of inner sprocket group two sides, the inside chain transminssion mechanism of cycle rotation is formed.
Fig. 4 is please referred to, outer final drive gear 2 is located at the outside of interior final drive gear 1, and outer final drive gear 2 includes
Seven outside chain wheel sets and two outside chains 28, seven outside sprocket wheel groups are outside the first outside chain wheel set 21, second respectively
Chain wheel set 23, the 4th outside chain wheel set 24, the 5th outside chain wheel set 25, the 6th outside chain wheel set on the outside of side chain wheel set 22, third
26 and the 7th outside chain wheel set 27, each outside chain wheel set include two outside sprocket wheels on coaxial inner conductor, two outside sprocket wheels
It is rotationally set up in two opposite inner sidewalls of rack respectively, the first outside chain wheel set 21 and the first inner sprocket group 11 are coaxial,
Second outside chain wheel set 22 and the second inner sprocket group 12 are coaxial, and the 6th outside chain wheel set 26 and the 6th inner sprocket group 16 are same
Axis, the 7th outside chain wheel set 27 and the 7th inner sprocket group 17 are coaxial, and chain wheel set 23 is set to the second outside sprocket wheel on the outside of third
On the horizontal tangent of 22 top of group and close to the second outside chain wheel set 22, the 4th outside chain wheel set 24 is set to sprocket wheel on the outside of third
Right above group 23 and horizontally disposed with the 4th inner sprocket group 14, the 5th outside chain wheel set 25 is set to the 4th outside chain wheel set 24
Right obliquely downward pre-determined distance at, the outside chain 28 of winding between the 4th outside chain wheel set 24 and the 5th outside chain wheel set 25 is long
Degree is suitable with the length of carrier bar component 3, so that the front end of carrier bar component 3 is moved up in the corner of the 5th inner sprocket group 15
When carrier bar component 3 rear end be located exactly at 25 corner of the 5th outside chain wheel set and sync up movement；Two outside chains 28 divide
It Dui Ying not be set around on the outside sprocket wheel of seven outsides chain wheel set two sides, form the outside chain transminssion mechanism of cycle rotation.
Referring to Fig. 1, each carrier bar component 3 is installed on two inside chains 18 and two outside chains with being spaced pre-determined distance
On item 28, the front end two sides of each carrier bar component 3 are hinged with two inside chains 18 respectively, and its rear end two sides are outer with two respectively
Side chain item 28 is hinged.Two inside chains 18 and two outside chains 28 drive each carrier bar component 3 accordingly mobile.
Further, several tensioning chain wheel sets 29 are equipped between the 4th outside chain wheel set 24 and the 5th outside chain wheel set 25,
Outside chain 28 is staggeredly set around in several tensioning chain wheel sets 29, prevents outside chain 28 from skidding and causing to transmit unsmooth.
Further, it is equipped with support chain wheel set 20 between the 5th outside chain wheel set 25 and the 6th outside chain wheel set 26, is used for
Outside chain 28 is supported and be tensioned, prevents outside chain 28 sagging.
Actuator is set up in rack, for providing power for interior final drive gear 1 and outer final drive gear 2.
Second inner sprocket group 12 and the second outside chain wheel set 22 are set to the both ends of same shaft, be connected in shaft from
The driving wheel of driving wheel, actuator is mutually sequentially connected with driven wheel, to drive two inside chains 18 and two outside chains 28
It rotates synchronously.
Actuator uses the decelerating motor with brake gear, and decelerating motor can be further arranged to can positive and negative rotation
Decelerating motor, to realize rising or falling for object.
Referring to Fig. 5, each carrier bar component 3 includes two carrying chains 31 disposed in parallel, it is installed on two carrying chains 31
On several carrier bars 32, be installed on the front rod 33 of two carrying chains, 31 one end, be installed on two carrying chains, 31 other end
Rear connecting rod 34, hinged seat 36 after hinged seat 35 and two before two, preceding hinged seat 35 is in " Contraband " shape, has a connecting plate and hangs down
The both side plate of connection board ends is directly convexedly stretched in, the side plate of preceding hinged seat 35 and 33 end of front rod are hinged, preceding hinged seat 35
Another side plate and inside chain 18 it is hinged；Hinged seat 36 is identical as preceding 35 structure of hinged seat afterwards, the both side plate of rear hinged seat 36
Spacing is greater than the two sides plate spacing of preceding hinged seat 35, hinged seat 36 and two after passing through two respectively for the both ends of rear connecting rod 34
Outside chain 28 is hinged.
Further, the vertical position section of two inside chains 18 and two outside chains 28 is respectively equipped with upright guide rail
(not shown) offers the inside vertical guide groove of opening on guide rail, and each inside chain 18 and each outside chain 28 are slidably
Ground is held in vertical guide groove, and two inside chains 18 and two outside chains 28 is avoided to shake in the process of running.
Further, the horizontal link chain section between the second inner sprocket group 12 and third inner sprocket group 13, the 4th
Horizontal link chain section between inner sprocket group 14 and the 5th inner sprocket group 15, and in the 6th inner sprocket group 16 and the 7th
The horizontal guide rail (not shown) of notch upward is equipped with below horizontal link chain section between side chain wheel set 17, for sliding twelve Earthly Branches
Support each inside chain 18.
Similarly, the lower section of the horizontal link chain section between the 6th outside chain wheel set 26 and the 7th outside chain wheel set 27 is equipped with slot
The horizontal guide rail (not shown) of mouth upward.
The action process of the improved continuous lifting machine of the utility model: when the front end of each carrier bar component 3 passes through second
When inner sprocket group 12, conveying member is sent on carrier bar component 3 by an additional belt conveyor, carrier bar component 3 carries defeated
It send part and is moved to the left, when the preceding hinged seat 35 of each carrier bar component 3 is sent to third inner sprocket group 13, each chain board group
The rear hinged seat 36 of part 3 is just sent to chain wheel set 23 on the outside of third, passes through each preceding hinged seat 35 and each rear hinged seat
36 corresponding rotations, so that carrier bar component 3 is by horizontal transmission state transformation to vertical-lifting state, at the same time, next chain board group
Part 3 carries out the conveying of next round in an identical manner, when upper carrier bar component 3 is promoted in the 4th inner sprocket group 14 and the 5th
When the horizontal position at 15 place of side chain wheel set, conveying member is sent on another additional belt conveyor here, is unloaded defeated
Carrier bar component 3 after sending part is back to next conveying operation by two inside chains 18 and two outside chains 28, so follows
The continuance lifting of multiple conveying members is realized in ring operating.
To sum up, the improved continuous lifting machine of the utility model passes through final drive gear 1 and outer final drive gear 2 in being arranged
Several 3 cycle operations of carrier bar component are driven to realize conveying member lifting, so that the improved continuous lifting machine is stable, conveying
Efficiency is higher.
The above description is only the embodiments of the present invention, and therefore it does not limit the scope of the patent of the utility model, all
Using equivalent structure or equivalent flow shift made by the utility model description, it is applied directly or indirectly in other phases
The technical field of pass, is also included in the patent protection scope of the utility model.
Claims (8)
1. a kind of improved continuous lifting machine, including rack, rack is frame structure, is equipped with a liftway, machine in rack
Frame side is respectively equipped with delivery port at top and at bottom, which is characterized in that the improved continuous lifting machine includes
Interior final drive gear (1), outer final drive gear (2), several carrier bar components (3) and actuator；
Interior final drive gear (1) includes seven inner sprocket groups and two inside chains (18), seven inner sprocket group difference
For the first inner sprocket group (11), the second inner sprocket group (12), third inner sprocket group (13), the 4th inner sprocket group
(14), the 5th inner sprocket group (15), the 6th inner sprocket group (16) and the 7th inner sprocket group (17), each inner sprocket
Group includes two inner sprockets on coaxial inner conductor, and two inner sprockets are rotationally set up in two relative inners of rack respectively
Wall, the first inner sprocket group (11) and the second inner sprocket group (12) are horizontally placed on bottom of the frame, third inner sprocket group
(13) it is set on the horizontal tangent above the second inner sprocket group (12) and close to the first inner sprocket group (11), the 4th inside
Chain wheel set (14) is set to the surface for being located at third inner sprocket group (13) in rack, the 4th inner sprocket group (14) and rack
The distance at top is greater than the height of conveying member, and the 5th inner sprocket group (15), which is set in rack, is located at the 4th inner sprocket group
(14) on the horizontal tangent above, the distance between the 5th inner sprocket group (15) and the 4th inner sprocket group (14) are greater than conveying
The width of part, the 6th inner sprocket group (16) are set to frame top, and the 6th inner sprocket group (16) is located at the 5th inner sprocket
Right above group (15), the 7th inner sprocket group (17) and the 6th inner sprocket group (16) are horizontally disposed with and are located at the first inner sprocket
Right above group (11)；Two inside chains (18) respectively correspond and are set around on the inner sprocket of seven inner sprocket group two sides, shape
At the inside chain transminssion mechanism of cycle rotation；
Outer final drive gear (2) is located at the outside of interior final drive gear (1), and outer final drive gear (2) includes seven outside sprocket wheels
Group and two outside chains (28), seven outside sprocket wheel groups are the first outside chain wheel set (21), the second outside chain wheel set respectively
(22), chain wheel set (23), the 4th outside chain wheel set (24), the 5th outside chain wheel set (25), the 6th outside chain wheel set on the outside of third
(26) and the 7th outside chain wheel set (27), each outside chain wheel set include two outside sprocket wheels on coaxial inner conductor, two outsides
Sprocket wheel is rotationally set up in two opposite inner sidewalls of rack, the first outside chain wheel set (21) and the first inner sprocket group respectively
(11) coaxially, the second outside chain wheel set (22) and the second inner sprocket group (12) coaxially, the 6th outside chain wheel set (26) and the 6th
Inner sprocket group (16) coaxially, the 7th outside chain wheel set (27) and the 7th inner sprocket group (17) coaxially, chain wheel set on the outside of third
(23) it is set on the horizontal tangent above the second outside chain wheel set (22) and close to the second outside chain wheel set (22), the 4th outside
Chain wheel set (24) is set to right above chain wheel set on the outside of third (23) and is horizontally disposed with the 4th inner sprocket group (14), outside the 5th
Side chain wheel set (25) is set at the right obliquely downward pre-determined distance of the 4th outside chain wheel set (24), the 4th outside chain wheel set (24) with
Outside chain (28) length of winding is suitable with the length of carrier bar component (3) between 5th outside chain wheel set (25), for carrier bar
The front end of component (3) rear end of carrier bar component (3) when the corner of the 5th inner sprocket group (15) moves up is located exactly at
5th outside chain wheel set (25) corner syncs up movement；Two outside chains (28) respectively correspond and are set around seven outside chains
On the outside sprocket wheel of wheel group two sides, the outside chain transminssion mechanism of cycle rotation is formed；
It is installed on two inside chains (18) and two outside chains (28) to each carrier bar component (3) interval pre-determined distance,
The front end two sides of each carrier bar component (3) respectively with two inside chains (18) hingedly, its rear end two sides respectively with two outside
Chain (28) is hinged；
Actuator is set up in rack, for providing power for interior final drive gear (1) and outer final drive gear (2).
2. improved continuous lifting machine according to claim 1, which is characterized in that the 4th outside chain wheel set (24)
Several tensioning chain wheel sets (29) are equipped between the 5th outside chain wheel set (25), outside chain (28) is staggeredly set around several tensionings
In chain wheel set (29).
3. improved continuous lifting machine according to claim 1, which is characterized in that the 5th outside chain wheel set (25)
Support chain wheel set (20) is equipped between the 6th outside chain wheel set (26).
4. improved continuous lifting machine according to claim 1, which is characterized in that the second inner sprocket group (12)
Be set to the both ends of same shaft with the second outside chain wheel set (22), be connected with driven wheel in shaft, the driving wheel of actuator with
Driven wheel is mutually sequentially connected.
5. improved continuous lifting machine according to claim 1, which is characterized in that the actuator, which uses, has brake
Device and can positive and negative rotation decelerating motor.
6. improved continuous lifting machine according to claim 1, which is characterized in that each carrier bar component (3) packet
Two carrying chains (31) disposed in parallel are included, several carrier bars (32) being installed on two carrying chains (31) are installed on two carryings
The front rod (33) of chain (31) one end, is installed on the rear connecting rod (34) of two carrying chain (31) other ends, hinged before two
Hinged seat (36) after seat (35) and two, preceding hinged seat (35) are in " Contraband " shape, have a connecting plate and the vertical company of convexedly stretching in
The both side plate at fishplate bar both ends, the side plate of preceding hinged seat (35) and front rod (33) end are hinged, preceding hinged seat (35) it is another
Side plate and inside chain (18) are hinged；Hinged seat (36) is identical as preceding hinged seat (35) structure afterwards, and the two of rear hinged seat (36)
Side sheet room is away from the two sides plate spacing for being greater than preceding hinged seat (35), hinged seat after passing through two respectively for the both ends of rear connecting rod (34)
(36) hinged with two outside chains (28).
7. improved continuous lifting machine according to claim 1, which is characterized in that chain (18) and two on the inside of the item
The vertical position section of chain (28) is respectively equipped with upright guide rail on the outside of item, the inside vertical guide groove of opening is offered on guide rail, often
One inside chain (18) and each outside chain (28) are slideably held in vertical guide groove.
8. improved continuous lifting machine according to claim 1, which is characterized in that the second inner sprocket group (12)
Horizontal link chain section between third inner sprocket group (13), the 4th inner sprocket group (14) and the 5th inner sprocket group (15) it
Between horizontal link chain section and the 6th inner sprocket group (16) and the 7th inner sprocket group (17) between horizontal link chain section under
Side is equipped with the horizontal guide rail of notch upward, for being slidably supported each inside chain (18)；The 6th outside chain wheel set
(26) lower section of the horizontal link chain section between the 7th outside chain wheel set (27) is equipped with the horizontal guide rail of notch upward.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820637767.9U CN208345083U (en) | 2018-04-28 | 2018-04-28 | Improved continuous lifting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820637767.9U CN208345083U (en) | 2018-04-28 | 2018-04-28 | Improved continuous lifting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208345083U true CN208345083U (en) | 2019-01-08 |
Family
ID=64887959
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820637767.9U Expired - Fee Related CN208345083U (en) | 2018-04-28 | 2018-04-28 | Improved continuous lifting machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208345083U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2021238614A1 (en) * | 2020-05-27 | 2021-12-02 | 北京京东乾石科技有限公司 | Continuous circulation elevator |
-
2018
- 2018-04-28 CN CN201820637767.9U patent/CN208345083U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2021238614A1 (en) * | 2020-05-27 | 2021-12-02 | 北京京东乾石科技有限公司 | Continuous circulation elevator |
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| Date | Code | Title | Description |
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| 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: 20190108 Termination date: 20190428 |