CN105621046A - Electric loom cropping storage-transportation vehicle and use method thereof - Google Patents
Electric loom cropping storage-transportation vehicle and use method thereof Download PDFInfo
- Publication number
- CN105621046A CN105621046A CN201610213284.1A CN201610213284A CN105621046A CN 105621046 A CN105621046 A CN 105621046A CN 201610213284 A CN201610213284 A CN 201610213284A CN 105621046 A CN105621046 A CN 105621046A
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- China
- Prior art keywords
- vehicle frame
- yardage roll
- cropping
- chain
- loom
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G35/00—Mechanical conveyors not otherwise provided for
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G2201/00—Indexing codes relating to handling devices, e.g. conveyors, characterised by the type of product or load being conveyed or handled
- B65G2201/02—Articles
- B65G2201/0214—Articles of special size, shape or weigh
- B65G2201/0223—Heavy
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Vehicle Cleaning, Maintenance, Repair, Refitting, And Outriggers (AREA)
Abstract
The invention provides an electric loop cropping storage-transportation vehicle. A walking device is arranged below a vehicle frame, two sides of the vehicle frame are respectively provide with a group of cropping lifting device, both provided with at least one group of cloth roll storage device; and the vehicle further comprises a driving device matched with the cropping lifting device. The cloth roll is lifted to the cloth roll storage device of the cropping storage-transportation vehicle through an electric mode, each vehicle can load a plurality of cloth rolls; and the vehicle has the advantages of being simple in structure, convenient for operation, low in labor intensity and high in cropping efficiency.
Description
Technical field
The present invention relates to textiles post-processing technology and apparatus field, especially it is a kind of electronic cropping storing car.
Background technology
The cropping mode of current loom is mainly divided into two kinds: widely used is hand-hydraulic formula cropping, and which adopts hydraulic booster, it is possible to alleviate the labour intensity of workman, a batching but operation once can only fall, and working efficiency is comparatively low; Another kind manually to be stored and transported formula cropping, and the yardage roll woven is positioned over cropping car by manpower by which, and every car can store and transport 4 to 6 yardage rolls, and working efficiency is higher, but the labour intensity of workman is big.
Summary of the invention
Technical problem to be solved by this invention is: the deficiency overcoming above-mentioned prior art, a kind of electronic loom cropping storing car is provided, electronic mode is adopted to be risen to by yardage roll on the yardage roll storage facility of cropping storing car, every car can load multiple yardage roll, has that structure is simple, easy and simple to handle, labour intensity is low and cropping efficiency advantages of higher.
For achieving the above object, the electronic loom cropping storing car of the present invention, comprises vehicle frame, is provided with running gear below described vehicle frame, it is characterized in that: the both sides of described vehicle frame are respectively provided with one group of cropping lifting gear, for from cropping on loom and yardage roll is promoted upward, the both sides of described vehicle frame are all provided with at least one group of yardage roll storage facility, for storing the yardage roll after lifting, also comprise and the drive unit that described cropping lifting gear mates, described vehicle frame comprises two lower longerons (18) and two bottom end rails (15), described running gear comprises four that are arranged at corner, vehicle frame bottom universal takes turns (9), also comprise two the directed rubber tires (12) being arranged at both sides, vehicle frame bottom, before two described bottom end rails (15) are provided with, rear camshaft bearing support (25, 28), before described, rear camshaft bearing support (25, 28) camshaft (14) it is provided with between, described camshaft (14) is positioned at the one end in the middle part of vehicle frame and is provided with cam (26), described camshaft (14) extends to and is provided with handle (19) on the other end beyond vehicle frame, described two bottom end rails (15) are also provided with one to directed rubber tire chute (27), described one to being connected with directed rubber tire support (120) between directed rubber tire chute (27), described cam (26) is in transmission connection with described directed rubber tire support (120), two described directed rubber tires (12) are connected to the two ends of described directed rubber tire support (120), described cropping lifting gear comprises the chain wheel set being arranged at vehicle frame two ends respectively, described chain wheel set comprises drive sprocket (6), driven sprocket wheel A(1), driven sprocket wheel B(8), described drive sprocket (6), driven sprocket wheel B(8) it is arranged on lower end vehicle frame, and driven sprocket wheel B(8) it is arranged on the outside of vehicle frame, described driven sprocket wheel A(1) it is arranged on the vehicle frame of drive sprocket (6) upper end, described drive sprocket (6), driven sprocket wheel A(1), driven sprocket wheel B(8) between tensioning be provided with chain (2), described chain (2) is provided with chain roller (200) by chain hinge pin interval, being provided with track support means with described chain wheel set, chain mate on described vehicle frame, described track support means comprises vertical track (4), track support (32) on the arc orbit (7) of (4) end that is arranged at vertical track, (7) lower section vehicle frame that is arranged at arc orbit, connect the sprocket wheel end cap (33) of arc orbit (7) with track support (32), described track support means is coated on described drive sprocket (6), driven sprocket wheel B(8) between chain (2) on, described track support means is provided with open slot towards the one side of frame outside, also comprise yardage roll hook (16), one end of described yardage roll hook (16) is connected on a bearing pin of described chain (2), free end is arranged on described open slot outer end, being provided with yardage roll hook roller (160) below the free end of described yardage roll hook (16), described yardage roll hook roller (160) is rolled with described track support means outer surface and is coordinated, described drive unit comprises the direct-current motor being arranged at the lower end of vehicle frame, described direct-current motor is connected with speed change gear and transmission shaft, described speed change gear is connected to the middle-end of described transmission shaft, and the two ends of described transmission shaft connect with two drive sprocket (6) cards of side with described vehicle frame respectively, described one group of yardage roll storage facility comprises two spring hooks (5) in the symmetrical contour track support means being arranged at vehicle frame two ends, described spring hook (5) by pinned connection in track support means, described track support means is provided with the stop means making spring hook (5) hook body be subject to power along plummet direction, also comprises the accumulation of energy device driving the free end of spring hook (5) to rotate above described stop means.
It is respectively arranged with forward and backward upper longeron (23,23 ') between the track support means of the same one end of described vehicle frame, both sides, between described forward and backward upper longeron (23,23 '), it is provided with top end rail (24).
The using method of described electronic loom cropping storing car, comprises the following steps:
The first step: rotate handle (19) and drive camshaft (14) to rotate, move under driving directed rubber tire support (120) relative frame by cam (26), universal take turns (9) are supported by one by storing car car body by directed rubber tire (12) and one, manually storing car car body is shifted onto by loom;
2nd step: rotate handle (19) and drive camshaft (14) to rotate, drive by cam (26) and directed rubber tire support (120) relative frame moves, storing car car body is made to rely on two to be supported universal take turns (9), artificial promotion stores and transports the micro-shifting of car car body, makes yardage roll hook (16) be in below the equal diameter of axle of cloth;
3rd step: start direct-current motor by trip switch and rotate forward, drive the chain wheel set at vehicle frame two ends by speed change gear and transmission shaft and it is synchronized with the movement with the chain (2) of side wheel, chain synchronously rises in track support means, yardage roll hook (16) moves to the axle triggering yardage roll (22) after below loom, thus is taken out from loom by yardage roll (22) and lift;
4th step: yardage roll (22) two ends are synchronously stirred and crossed one group of spring hook (5), arrives the idle stored position of the top, control direct-current motor reversion, and yardage roll declines, and drops on one group of idle spring hook (5) of the top;
5th step: drag storing car car body and leave loom, repeat the first step to the 4th step, successively to the idle stored position cropping of vehicle frame both sides from different loom;
6th step: after cropping completes, rotating handle (19) drives camshaft (14) to rotate, move under driving directed rubber tire support (120) relative frame by cam (26), universal take turns (9) are supported by storing car car body by directed rubber tire (12) and one by one, by being manually delivered to next technique workshop.
The advantage applies of technique scheme exists: A, vehicle frame both sides are respectively provided with one group of cropping lifting gear, and the both sides of described vehicle frame can arrange six groups of yardage roll storage facilities at most altogether, and storage amount is big; B, often group cropping lifting gear can deliver yardage roll to many groups storage facility of same side from top to bottom successively, and maximum degree simplifies the structure; C, enhancing action rely on electric power to complete, and labour intensity is little; D, directed rubber tire can be lifting relative to vehicle frame, in walking process, taking directed rubber tire as main BOGEY WHEEL, take turns as guide deflection sheave taking wherein one universal, and load larrying member are reasonable; In operation process, take turns as BOGEY WHEEL taking two to universal, storing car car body conveniently moving; E, spring hook can load-bearing, under no-load condition rotatable and allow lower section yardage roll pass through.
Accompanying drawing explanation
Fig. 1 is the structural representation of the electronic loom cropping storing car of the present invention;
Fig. 2 is the structural representation of the car body base portion of the electronic loom cropping storing car of the present invention;
Fig. 3 is the structural representation of the cropping lifting gear of the electronic loom cropping storing car of the present invention;
Fig. 4 is the structural representation of the track support means of the electronic loom cropping storing car of the present invention;
Fig. 5 is the structural representation of the drive unit of the electronic loom cropping storing car of the present invention;
In above figure: driven sprocket wheel A-1; Chain-2; Chain roller-200; Trip switch-3; Vertical track-4; Spring hook-5; Drive sprocket-6; Arc orbit-7; Driven sprocket wheel B-8, universal takes turns-9; Variator-10; Direct-current motor-11; Directed rubber tire-12, directed rubber tire support-120; Transmission shaft-13; Camshaft-14; Bottom end rail-15; Yardage roll hook-16, yardage roll hook roller-160; Preset pieces-17; Lower longeron-18; Handle-19; Yardage roll bracing frame-20; Loom wallboard-21; Yardage roll-22; Forward and backward upper longeron-23,23 '; Top end rail-24; Forward and backward camshaft bearing support-25,28; Cam-26; Directed rubber tire chute-27; Direct-current motor and variator base-29; Direct-current motor shaft coupling-30; Direct-current motor variator shaft coupling-31; Track support-32; Sprocket wheel end cap-33.
Embodiment
Below in conjunction with accompanying drawing, the present invention will be further described.
As Fig. 1 to Fig. 5 is visible, the electronic loom cropping storing car of the present invention, comprises vehicle frame, is provided with running gear below described vehicle frame, it is characterized in that: the both sides of described vehicle frame are respectively provided with one group of cropping lifting gear, for from cropping on loom and yardage roll is promoted upward; The both sides of described vehicle frame are all provided with at least one group of yardage roll storage facility, for storing the yardage roll after lifting; Also comprise and the drive unit that described cropping lifting gear mates.
Described cropping lifting gear comprises the chain wheel set being arranged at vehicle frame two ends respectively, described chain wheel set comprises drive sprocket 6, driven sprocket wheel A1, driven sprocket wheel B8, described drive sprocket 6, driven sprocket wheel B8 are arranged on lower end vehicle frame, and driven sprocket wheel B8 is arranged on the outside of vehicle frame, described driven sprocket wheel A1 is arranged on the vehicle frame of drive sprocket 6 upper end, and between described drive sprocket 6, driven sprocket wheel A1, driven sprocket wheel B8, tensioning is provided with chain 2; Being provided with track support means with described chain wheel set, chain mate on described vehicle frame, described track support means comprises vertical track 4, be arranged at the arc orbit 7 of vertical track 4 end, the track support 32 that is arranged at below arc orbit 7 on vehicle frame, connect the sprocket wheel end cap 33 of arc orbit 7 with track support 32; Described track support means is coated on the chain 2 between described drive sprocket 6, driven sprocket wheel B8; Described track support means is provided with open slot towards the one side of frame outside, also comprise yardage roll hook 16, one end of described yardage roll hook 16 is connected on a bearing pin of described chain 2, free end is arranged on described open slot outer end, being provided with yardage roll hook roller 160 below the free end of described yardage roll hook 16, described yardage roll hook roller 160 rolls with described track support means outer surface and coordinates. Described one group of yardage roll storage facility comprises two spring hooks 5 in the symmetrical contour track support means being arranged at vehicle frame two ends, described spring hook 5 by pinned connection in track support means, described track support means is provided with the stop means making spring hook 5 hook body be subject to power along plummet direction, also comprises the accumulation of energy device driving the free end of spring hook 5 to rotate above described stop means. Described accumulation of energy device can use the spring being arranged between bearing pin and spring hook 5. Said structure makes spring hook 5 coordinate with stop means, be defaulted as can bearing load state, when lower section dynamic upwards pass spring hook 5 time, it can rotate steps down. Described chain 2 is provided with chain roller 200 by chain hinge pin interval. In the present invention, vehicle frame both sides are all provided with one group of cropping lifting gear, are provided with two cover drive units accordingly. Described drive unit comprises the direct-current motor being arranged at the lower end of vehicle frame, described direct-current motor is connected with speed change gear and transmission shaft, described speed change gear is connected to the middle-end of described transmission shaft, and the two ends of described transmission shaft connect with two drive sprocket 6 cards of side with described vehicle frame respectively.
Visible as shown in Figure 1, Figure 2, as one of enforcement mode, described vehicle frame base is provided with direct-current motor 11 by direct-current motor and variator base 29; Direct-current motor 11 is connected with variator 10 through direct-current motor shaft coupling 30, and variator 10 is connected with transmission shaft 13 through direct-current motor variator shaft coupling 31.
Described vehicle frame comprises two lower longerons 18 and two bottom end rails 15, described running gear comprises four that are arranged at corner, vehicle frame bottom and universal takes turns 9, also comprise two that are arranged at both sides, vehicle frame bottom directed rubber tires 12, before two described bottom end rails 15 are provided with, rear camshaft bearing support 25, 28, before described, rear camshaft bearing support 25, camshaft 14 it is provided with between 28, described camshaft 14 is positioned at the one end in the middle part of vehicle frame and is provided with cam 26, described camshaft 14 extends to and is provided with handle 19 on the other end beyond vehicle frame, described two bottom end rails 15 are also provided with one to directed rubber tire chute 27, described one to being connected with directed rubber tire support 120 between directed rubber tire chute 27, described cam 26 is in transmission connection with described directed rubber tire support 120, the directed rubber tire 12 of described two is connected to the two ends of described directed rubber tire support 120. it is respectively arranged with forward and backward upper longeron 23,23 ' between the track support means of the same one end of described vehicle frame, both sides, between described forward and backward upper longeron 23,23 ', it is provided with top end rail 24.
The using method of described electronic loom cropping storing car, comprises the following steps:
The first step: rotate handle 19 and drive camshaft 14 to rotate, moves under driving directed rubber tire support 120 relative frame by cam 26, makes storing car car body, by one, to universal, directed rubber tire 12 and be taken turns 9 supports, manually shifts onto by loom by storing car car body; As shown in Figure 1, described loom comprises the loom wallboard 21 of yardage roll bracing frame 20, both sides, and the pedestal of yardage roll 22 is located between the loom wallboard 21 of both sides.
2nd step: rotate handle 19 and drive camshaft 14 to rotate, is driven by cam 26 and moves on directed rubber tire support 120 relative frame, make storing car car body rely on two to take turns 9 supports to universal, manually promote the storing micro-shifting of car car body, yardage roll hook 16 is in below the equal diameter of axle of cloth.
As Fig. 1, Fig. 4 are visible, the outside of the sprocket wheel end cap 33 at vehicle frame two ends is all provided with preset pieces 17; In this step, preset pieces 17 can be used to carry out the auxiliary positioning of car body. When storing and transporting car car body near loom, operator, by control lines walking apparatus, make the preset pieces 17 at vehicle frame two ends carry out position with loom wallboard 21 and yardage roll bracing frame 20 and coordinate, so that yardage roll hook 16 enters initial working position.
3rd step: start direct-current motor by the trip switch 3 on vehicle frame and rotate forward, drive the chain wheel set at vehicle frame two ends by speed change gear and transmission shaft and it is synchronized with the movement with the chain 2 of side wheel, chain synchronously rises in track support means, yardage roll hook 16 moves to the axle triggering yardage roll 22 after below loom, thus is taken out from loom by yardage roll 22 and lift.
4th step: yardage roll 22 two ends are synchronously stirred and crossed one group of spring hook 5, arrives the idle stored position of the top, control direct-current motor reversion, and yardage roll declines, and drops on one group of idle spring hook 5 of the top.
5th step: drag storing car car body and leave loom, repeat the first step to the 4th step, successively to the idle stored position cropping of vehicle frame both sides from different loom; In the present embodiment, vehicle frame both sides respectively arrange three groups of yardage roll storage facilities.
6th step: after cropping completes, rotating handle 19 drives camshaft 14 to rotate, move under driving directed rubber tire support 120 relative frame by cam 26, make storing car car body, by one, to universal, directed rubber tire 12 and be taken turns 9 supports, by being manually delivered to next technique workshop.
In sum, the content of the present invention is not limited in the above-described embodiment, and those skilled in the art can propose other embodiment within the guiding theory of the present invention, but these embodiments all comprise within the scope of the present invention.
Claims (3)
1. electronic loom cropping storing a car, comprise vehicle frame, below described vehicle frame, be provided with running gear, it is characterised in that: the both sides of described vehicle frame are respectively provided with one group of cropping lifting gear, for from cropping on loom and yardage roll is promoted upward, the both sides of described vehicle frame are all provided with at least one group of yardage roll storage facility, for storing the yardage roll after lifting, also comprise and the drive unit that described cropping lifting gear mates, described vehicle frame comprises two lower longerons (18) and two bottom end rails (15), described running gear comprises four that are arranged at corner, vehicle frame bottom universal takes turns (9), also comprise two the directed rubber tires (12) being arranged at both sides, vehicle frame bottom, before two described bottom end rails (15) are provided with, rear camshaft bearing support (25, 28), before described, rear camshaft bearing support (25, 28) camshaft (14) it is provided with between, described camshaft (14) is positioned at the one end in the middle part of vehicle frame and is provided with cam (26), described camshaft (14) extends to and is provided with handle (19) on the other end beyond vehicle frame, described two bottom end rails (15) are also provided with one to directed rubber tire chute (27), described one to being connected with directed rubber tire support (120) between directed rubber tire chute (27), described cam (26) is in transmission connection with described directed rubber tire support (120), two described directed rubber tires (12) are connected to the two ends of described directed rubber tire support (120), described cropping lifting gear comprises the chain wheel set being arranged at vehicle frame two ends respectively, described chain wheel set comprises drive sprocket (6), driven sprocket wheel A(1), driven sprocket wheel B(8), described drive sprocket (6), driven sprocket wheel B(8) it is arranged on lower end vehicle frame, and driven sprocket wheel B(8) it is arranged on the outside of vehicle frame, described driven sprocket wheel A(1) it is arranged on the vehicle frame of drive sprocket (6) upper end, described drive sprocket (6), driven sprocket wheel A(1), driven sprocket wheel B(8) between tensioning be provided with chain (2), described chain (2) is provided with chain roller (200) by chain hinge pin interval, being provided with track support means with described chain wheel set, chain mate on described vehicle frame, described track support means comprises vertical track (4), track support (32) on the arc orbit (7) of (4) end that is arranged at vertical track, (7) lower section vehicle frame that is arranged at arc orbit, connect the sprocket wheel end cap (33) of arc orbit (7) with track support (32), described track support means is coated on described drive sprocket (6), driven sprocket wheel B(8) between chain (2) on, described track support means is provided with open slot towards the one side of frame outside, also comprise yardage roll hook (16), one end of described yardage roll hook (16) is connected on a bearing pin of described chain (2), free end is arranged on described open slot outer end, being provided with yardage roll hook roller (160) below the free end of described yardage roll hook (16), described yardage roll hook roller (160) is rolled with described track support means outer surface and is coordinated, described drive unit comprises the direct-current motor being arranged at the lower end of vehicle frame, described direct-current motor is connected with speed change gear and transmission shaft, described speed change gear is connected to the middle-end of described transmission shaft, and the two ends of described transmission shaft connect with two drive sprocket (6) cards of side with described vehicle frame respectively, described one group of yardage roll storage facility comprises two spring hooks (5) in the symmetrical contour track support means being arranged at vehicle frame two ends, described spring hook (5) by pinned connection in track support means, described track support means is provided with the stop means making spring hook (5) hook body be subject to power along plummet direction, also comprises the accumulation of energy device driving the free end of spring hook (5) to rotate above described stop means.
2. electronic loom cropping as claimed in claim 1 storing car, it is characterized in that: between the track support means of the same one end of described vehicle frame, both sides, be respectively arranged with forward and backward upper longeron (23,23 '), between described forward and backward upper longeron (23,23 '), it is provided with top end rail (24).
3. electronic loom cropping stores and transports the using method of car as claimed in claim 1 or 2, comprises the following steps:
The first step: rotate handle (19) and drive camshaft (14) to rotate, move under driving directed rubber tire support (120) relative frame by cam (26), universal take turns (9) are supported by one by storing car car body by directed rubber tire (12) and one, manually storing car car body is shifted onto by loom;
2nd step: rotate handle (19) and drive camshaft (14) to rotate, drive by cam (26) and directed rubber tire support (120) relative frame moves, storing car car body is made to rely on two to be supported universal take turns (9), artificial promotion stores and transports the micro-shifting of car car body, makes yardage roll hook (16) be in below the equal diameter of axle of cloth;
3rd step: start direct-current motor by trip switch and rotate forward, drive the chain wheel set at vehicle frame two ends by speed change gear and transmission shaft and it is synchronized with the movement with the chain (2) of side wheel, chain synchronously rises in track support means, yardage roll hook (16) moves to the axle triggering yardage roll (22) after below loom, thus is taken out from loom by yardage roll (22) and lift;
4th step: yardage roll (22) two ends are synchronously stirred and crossed one group of spring hook (5), arrives the idle stored position of the top, control direct-current motor reversion, and yardage roll declines, and drops on one group of idle spring hook (5) of the top;
5th step: drag storing car car body and leave loom, repeat the first step to the 4th step, successively to the idle stored position cropping of vehicle frame both sides from different loom;
6th step: after cropping completes, rotating handle (19) drives camshaft (14) to rotate, move under driving directed rubber tire support (120) relative frame by cam (26), universal take turns (9) are supported by storing car car body by directed rubber tire (12) and one by one, by being manually delivered to next technique workshop.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
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CN201610213284.1A CN105621046A (en) | 2016-04-07 | 2016-04-07 | Electric loom cropping storage-transportation vehicle and use method thereof |
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Application Number | Priority Date | Filing Date | Title |
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CN201610213284.1A CN105621046A (en) | 2016-04-07 | 2016-04-07 | Electric loom cropping storage-transportation vehicle and use method thereof |
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CN201610213284.1A Withdrawn CN105621046A (en) | 2016-04-07 | 2016-04-07 | Electric loom cropping storage-transportation vehicle and use method thereof |
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Cited By (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN109051577A (en) * | 2018-06-14 | 2018-12-21 | 武汉纺织大学 | A kind of automatic overloading cropping trolley of double-flanged end |
CN111703826A (en) * | 2020-05-21 | 2020-09-25 | 钟翠兰 | Foam brick conveyor for building |
CN113443319A (en) * | 2021-08-30 | 2021-09-28 | 山东明福制衣有限公司 | Textile storage device |
-
2016
- 2016-04-07 CN CN201610213284.1A patent/CN105621046A/en not_active Withdrawn
Cited By (5)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN109051577A (en) * | 2018-06-14 | 2018-12-21 | 武汉纺织大学 | A kind of automatic overloading cropping trolley of double-flanged end |
CN111703826A (en) * | 2020-05-21 | 2020-09-25 | 钟翠兰 | Foam brick conveyor for building |
CN111703826B (en) * | 2020-05-21 | 2021-11-26 | 江苏沂泽新型材料有限公司 | Foam brick conveyor for building |
CN113443319A (en) * | 2021-08-30 | 2021-09-28 | 山东明福制衣有限公司 | Textile storage device |
CN113443319B (en) * | 2021-08-30 | 2021-10-29 | 山东明福制衣有限公司 | Textile storage device |
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Application publication date: 20160601 |