CN201580805U - Blank chain-type conveying device - Google Patents
Blank chain-type conveying device Download PDFInfo
- Publication number
- CN201580805U CN201580805U CN2009203508299U CN200920350829U CN201580805U CN 201580805 U CN201580805 U CN 201580805U CN 2009203508299 U CN2009203508299 U CN 2009203508299U CN 200920350829 U CN200920350829 U CN 200920350829U CN 201580805 U CN201580805 U CN 201580805U
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- feeding
- blank
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Abstract
The utility model discloses a blank chain-type conveying device, which comprises a fixing bench, a feeding material bench and a material receiving bench, wherein one end of the fixing bench is a material inlet end, the other end is a material outlet end, the fixing bench is provided with a transmission part which can transmit blank, the feeding bench is provided with a feeding bench connecting end and a feeding bench moving end, the feeding bench connecting end can be rotatably connected on the material inlet end through a shaft, the feeding bench connecting end and a connecting end of the material inlet end are levelly arranged, the feeding bench moving end is connected and provided with a lift driving device, and the feeding material bench is provided with a feeding material bench transmission part which can transmit the blank. The material receiving bench is provided with a material receiving bench connecting end and a material receiving bench moving end, the material receiving bench connecting end is rotatablely connected with the material outlet end through the shaft, and the material receiving bench connecting end and the connecting shaft of the material outlet end are levelly arranged, the material receiving bench moving end is provided with the lift driving device, and the material receiving bench is provided with a material receiving bench transmission part which can transmit the blank. The blank chain-type conveying device can increase the production efficiency, and reduces the cost of equipment.
Description
Technical field
The utility model relates to a kind of feedway, and particularly a kind of blank chain conveyor is mainly used in the conveying of the tabular blank of metallurgy industry, can enhance productivity, and reduces equipment cost.
Background technology
Metallurgy industry, particularly in the slab heating furnace workshop, the blank of slab shape often need be transported on another roller-way from a roller-way, to carry out follow-up process operation, and for the ease of the production of mass, time saving and energy saving, above-mentioned conveying process need be realized by special load transfer device usually, in the prior art, load transfer device commonly used please refer to Fig. 1, it is a prior art blank load transfer device scheme drawing, as shown in the figure, this load transfer device mainly comprises following component part: steel wire rope stretching device 100, parallel motion dolly 200, lifting frame 300, lifting hydraulic cylinder 400 and steel rope 500, wherein, parallel motion dolly 200 is installed on the lifting frame 300 and can moves back and forth on the track that is provided with on the lifting frame 300, and lifting frame 300 can rise under the effect of lifting hydraulic cylinder 400 or descend, and steel wire rope stretching device 100 control steel ropes 500 make it drive dolly 200 and move in orbit.
The concise and to the point working process of this blank load transfer device is as follows: the blank that will move is at the assigned address that comes to a complete stop at No. 1 roller-way, and the parallel motion dolly is parked in the below of this assigned address in advance, so this moment, blank was relative with parallel motion dolly position, the parallel motion dolly is positioned at the position of blank bottom; Lifting hydraulic cylinder drives lifting frame and the parallel motion dolly rises together, and the carriage of dolly passes from the position, gap of roller-way, and rises and blank is held up away from the roller-way surface, and this moment, blank just was carried on the dolly; Rope traction parallel motion dolly, dolly is moved to the assigned address of No. 2 roller-way tops, make blank to being positioned at roller-way No. 2, lifting hydraulic cylinder drives lifting frame and makes its decline then, the carriage of same dolly passes from the position, gap of roller-way and descends, thereby blank is placed on the surface of No. 2 roller-ways, finally finishes the handover function of blank.
But above-mentioned blank load transfer device has more defective, such as not possessing the function of depositing simultaneously and carrying the polylith blank, can only utilize each the coming and going separately of travelling car to carry a compact material, caused the low of production efficiency, the high efficiency production material loading of fast pace demand can not be adapted to, the production requirement of present batchization and the requirement of high automation can not be satisfied.
Simple employing dolly moves back and forth to be carried, make trolley component easily owing to frequently use and wear and aging, reduced the service life of equipment, will make damp production, further reduced production efficiency and change or keep in repair, in addition, the carrying surface of trolley component is limited after all, runs into the blank of big specification, can't carry only according to travelling car, the situation that blank drops perhaps takes place in the process that carrying is carried, and makes actual production have more scruple and hidden danger.
Above-mentioned existing its lifting frame of blank load transfer device comprises that travelling car is that single-piece rises or descends, this makes as the hydraulic actuating cylinder load of drive source heavier, will cause the raising of producing the power power consumption, and the lifting frame single-piece moves and also can seem very heavy, need take the more work space, and the weight of equipment is big, and the investment of equipment is strengthened, and is unfavorable for reducing production costs.
All deficiencies in view of above-mentioned existing blank load transfer device existence, relevant manufacturer and those skilled in the art there's no one who doesn't or isn't seek solution painstakingly, but do not see for a long time has suitable designs to finish and be used for implementing always, therefore, how to excavate a kind of blank load transfer device that is suitable for the blank transportation characteristics and satisfies the explained hereafter demand, just become current industry to need the problem of solution badly, the design people is based on being engaged in this type of product design manufacturing abundant for many years practical experience and expertise, and the utilization of cooperation scientific principle, actively studied innovation, and through a large amount of practical proofs, the technical scheme of blank chain conveyor of the present utility model has been proposed, slab heating furnace blank load transfer device can overcome the shortcoming of general existing blank load transfer device, makes it have more practicality.
The utility model content
The purpose of this utility model is to provide a kind of blank chain conveyor, be mainly used in the conveying of metallurgy industry slab heating furnace blank, can overcome the defective of general existing blank load transfer device, make it have better practicality, can enhance productivity, reduce equipment cost.
To achieve these goals, it is a kind of that the utility model provides, the blank chain conveyor, be located between first roller-way and second roller-way, this blank chain conveyor comprises: fixed rack, one end of described fixed rack is a feeding end, and the other end is a discharge end, described fixed rack be provided with can the transmission blank Transmission; Can hold up the feeding stand of blank from described first roller-way, have feeding stand coupling end and feeding stand movable end, what described feeding stand coupling end can rotate is coupling in described feeding end, and the adapter shaft of described feeding stand coupling end and feeding end is horizontally disposed with, described feeding stand movable end is provided with lifting drive, and described feeding table sets up the feeding stand Transmission that can transmit blank; Blank can be positioned over the stand that connects material of described second roller-way, has the stand of connecting material coupling end and the stand movable end that connects material, what the described stand coupling end that connects material can rotate is coupling in described discharge end, and the described adapter shaft that connects material stand coupling end and discharge end is horizontally disposed with, the described stand movable end that connects material also is provided with lifting drive, and the described stand that connects material is provided with the stand Transmission that connects material of energy transmission blank.
Above-mentioned blank chain conveyor, wherein, described fixed rack is horizontally disposed with, and described feeding end and discharge end are respectively equipped with power wheel, and described Transmission is sheathed on described power wheel and around described fixed rack.
Above-mentioned blank chain conveyor, wherein, described lifting drive is can be with described feeding stand or the described hydraulic actuating cylinder of stand ejection to level that connect material, the push rod of described hydraulic actuating cylinder is connected in the movable end of described feeding stand or the described stand that connects material, and described hydraulic actuating cylinder is located at described feeding stand and the described stand below that connects material.
Above-mentioned blank chain conveyor, wherein, described feeding stand coupling end is provided with feeding stand driving wheel, and described feeding stand movable end is provided with feeding stand flower wheel, and described feeding stand Transmission is sheathed on feeding stand driving wheel and feeding stand flower wheel and around described feeding stand; The described stand coupling end that connects material is provided with the stand driving wheel that connects material, and the described stand movable end that connects material is provided with the stand flower wheel that connects material, and the described stand Transmission that connects material is sheathed on connect material stand driving wheel and the stand flower wheel and around described feeding stand of connecting material.
Above-mentioned blank chain conveyor, wherein, described feeding stand driving wheel is connected with actuating device, and described feeding stand driving wheel and described feeding end power wheel are located on the synchronizing shaft, and described stand driving wheel and the described discharge end power wheel of connecting material is located on the synchronizing shaft.
Above-mentioned blank chain conveyor, wherein, the described stand driving wheel that connects material is connected with actuating device.
Above-mentioned blank chain conveyor, wherein, described actuating device is a motor.
Above-mentioned blank chain conveyor, wherein, described Transmission, feeding stand Transmission and the stand Transmission that connects material are chain.
Above-mentioned blank chain conveyor, wherein, the described feeding stand and the stand that connects material include a swing tie-beam, described swing tie-beam has a plurality of beam arms that can pass the roller-way gap of described first roller-way and second roller-way, and the described feeding stand Transmission and the stand Transmission contraposition that connects material are arranged at the position of described beam arm.
Above-mentioned blank chain conveyor, wherein, described first roller-way is parallel with second roller-way, the adapter shaft of described feeding stand coupling end and feeding end is parallel with the adapter shaft of described connect material stand coupling end and discharge end and all be parallel to described first roller-way and second roller-way, and described beam arm is perpendicular to described first roller-way and second roller-way.
From the above, the utility model blank chain conveyor has following advantage and characteristics:
1, blank chain conveyor of the present utility model has adopted the lighter special chain of weight, feeding stand and the stand that connects material, replaced the structure of integral elevating framework in the prior art, therefore, entire equipment is simplified flexibly more, reduce maintenance cost, and significantly reduced the deadweight of equipment, reduced manufacturing cost and a large amount of relevant civil engineerings of equipment.
2, blank chain conveyor of the present utility model adopts the mode that chain is set on the stand to carry blank, compare with dependence dolly simple in the prior art, its structure is simplified, easy to use, can realize depositing and carrying the function of polylith blank, thus can speed production rhythm, enhance productivity, overcome load transfer device of the prior art and can not deposit the defective of blank, also avoided simultaneously the dolly loaded area little and the problem that blank drops takes place.
3, blank chain conveyor of the present utility model two ends are provided with the feeding stand and the stand that connects material, and can be implemented in to get material and feeding on two groups of roller-ways simultaneously respectively, and flexible operation is simple, can significantly increase work efficiency.
4, processing, shaping and the assembling of blank chain conveyor structure of the present utility model are simple, can be suitable for the conveying of the objects such as slab heating-furnace district blank of metallurgy industry widely, and applicability and exploitativeness are strong.
Description of drawings
The following drawings only is intended to the utility model done and schematically illustrates and explain, does not limit scope of the present utility model.
Fig. 1 is a prior art blank load transfer device scheme drawing;
Fig. 2 is the utility model blank chain conveyor overall schematic;
Fig. 3 is the utility model blank chain conveyor feeding stand (stand connects material) structural representation;
Fig. 4 is connected schematic top plan view for the utility model blank chain conveyor feeding stand (stand connects material) with fixed rack;
Fig. 5 is the utility model blank chain conveyor is carried blank between roller-way an application scheme drawing.
Description of reference numerals:
100 steel wire rope stretching devices
200 dollies
300 lifting frames
400 lifting hydraulic cylinders
500 steel ropes
10 blanks
1 fixed rack
11 feeding ends
12 discharge ends
13 Transmissions
14 power wheels
2 feeding stands
21 coupling ends
22 movable ends
23 lifting drives
24 swing tie-beams
241 beam arms
25 Transmissions
251 driving wheels
252 flower wheels
253 actuating devices
3 stands that connect material
31 coupling ends
32 movable ends
33 lifting drives
353 actuating devices
4 synchronizing shafts
51 first roller-ways
52 second roller-ways
The specific embodiment
Understand for technical characterictic of the present utility model, purpose and effect being had more clearly, now contrast the description of drawings specific embodiment of the present utility model.Blank chain conveyor of the present utility model can be applicable to various working environments and can carry the blank of plurality of specifications, wherein carry typical case the most to be applied to metallurgy industry slab heating furnace blank, below only with at two roller-ways (first roller-way and second roller-way, please in conjunction with reference to figure 5) between to carry above-mentioned tabular blank be that preferred embodiment describes, but not as restriction.
Please refer to Fig. 2, be the utility model blank chain conveyor overall schematic, as shown in the figure, blank chain conveyor of the present utility model mainly comprises: fixed rack 1, feeding stand 2 and the stand 3 that connects material, fixed rack 1 is fixedly arranged on ground, for being horizontally disposed with, fixed rack 1 is provided with the Transmission 13 that can drive blank 10, thereby blank 10 can be moved on fixed rack 1 and carry, one end of fixed rack 1 is a feeding end 11, be connected with feeding stand 2, the other end is a discharge end 12, and stand is connected with connecting material; Feeding stand 2 has a movable end 22 and a coupling end 21, what wherein coupling end 21 can rotate is coupling in the feeding end 11 of fixed rack 1, and coupling end 21 is horizontally disposed with the adapter shaft of feeding end 11, movable end 22 then is provided with lifting drive 23, can drive movable end 22 and do dipping and heaving up and down, thereby feeding stand 2 can be swung in vertical plane; Similar to feeding stand 2, the stand 3 that connects material has a movable end 32 and a coupling end 31, what wherein coupling end 31 can rotate is coupling in the discharge end 12 of fixed rack 1, and coupling end 31 is horizontally disposed with the adapter shaft of discharge end 12, and movable end 32 also is provided with lifting drive 33, can drive movable end 32 and do dipping and heaving up and down, thereby the stand 3 that connects material can be swung in vertical plane.
From the above, the feeding stand 2 in the utility model blank chain conveyor and the structure of the stand 3 that connects material are basic identical, its difference only is the two feeding end that is connected to fixed rack 1 11 and discharge end 12, be that representative illustrates its concrete structure with feeding stand 2 below, please refer to Fig. 3, be the utility model blank chain conveyor feeding stand (stand connects material) structural representation, as shown in the figure, feeding stand 2 mainly comprises: swing tie-beam 24, the one end is coupling end 21, that can rotate is coupling in feeding end 11, as mentioned above, coupling end 21 is horizontally disposed with the adapter shaft of feeding end 11, the other end of swing tie-beam 24 is a movable end 22, and this movable end 22 is provided with lifting drive 23 and drives its rising or decline, in the present embodiment, lifting drive 23 is a hydraulic actuating cylinder, be located at the below of feeding stand 2, the push rod of hydraulic actuating cylinder is connected in movable end 22, when the hydraulic actuating cylinder push rod extends, will promote movable end 22 risings and feeding stand 2 and fixed rack 1 are located on the horizontal surface, and the contraction of hydraulic actuating cylinder push rod will drive movable end 22 declines, coupling end 21 still is connected with the feeding end 11 of fixed rack 1 and relatively rotates, thereby makes feeding stand 2 tilt to descend.Certainly, the also visual actual conditions of hydraulic actuating cylinder are arranged at top or other positions of feeding stand 2, as long as can drive movable end 22, and lifting drive 23 also can adopt other equipment, drive push rod or the like as drive motor; In conjunction with reference to figure 4, swing tie-beam 24 can have the two or more beam arms 241 that can pass the roller-way gap, the round roller that is set up in parallel on corresponding the roller-way, many beam arms 241 also are arranged in parallel, and this structure can realize the blank 10 placed on the pulsation-free picking-up roller-way.
Swing tie-beam 24 is provided with Transmission 25, and Transmission 25 is mainly used in transmission and is positioned at blank 10 on the feeding table frame 2, is to be that example describes with the chain in the present embodiment, but also can select other Transmissions such as feed belt for use according to actual conditions.The coupling end 21 of swing tie-beam 24 is provided with driving wheel 251, movable end 22 is provided with flower wheel 252, Transmission 25 is sheathed on driving wheel 251 and flower wheel 252 and around whole swing tie-beam 24, Transmission 25 protrudes from the upper surface of swing tie-beam 24, thereby Transmission 25 can transmit blank in the surface of feeding stand 2.Driving wheel 251 is connected with actuating device 253, drives driving wheel 251 and rotates, and drives flower wheel 252 simultaneously, make Transmission 25 transmission on tie-beam 24, thereby the blank 10 that can drive its top carries out translation.The feeding stand Transmission and the stand Transmission contraposition that connects material are arranged at the position of described beam arm, the actuating device 253 optional motors of using in the present embodiment.
The structure and the above-mentioned feeding stand 2 of stand 3 of connecting material is basic identical, and difference only is the two feeding end that is connected to fixed rack 1 11 and discharge end 12, so just repeat no more at this for the concrete structure of the stand 3 that connects material.
Please refer to Fig. 4 below, for the utility model blank chain conveyor feeding stand (stand connects material) is connected schematic top plan view with fixed rack, as shown in the figure, what the feeding end 11 of feeding stand 2 and fixed rack 1 can rotate is coupling, in conjunction with reference to figure 2, also be provided with Transmission 13 on the fixed rack 1, this Transmission 13 is a chain in the present embodiment, but also can select miscellaneous part for use, as belt conveyor or the like.Similar to the Transmission 25 on the feeding stand 2, the feeding end 11 and the discharge end 12 of fixed rack 1 are respectively equipped with power wheel 14, Transmission 13 is sheathed on power wheel 14 and around whole fixed rack 1, Transmission 13 protrudes from the surface of fixed rack 1, can form a messenger chain in the surface of fixed rack 1 as Transmission in the present embodiment 13 and carry out transmission.Further, being located at the power wheel 14 of feeding end 11 is located on the synchronizing shaft 4 with the driving wheel 251 of feeding stand 2, that is to say, actuating device 253 drives also will drive power wheel 14 rotations when driving wheel 251 rotates, thereby driving wheel 251 and power wheel 14 are rotated synchronously, just realized the driven in synchronism of Transmission on feeding stand 2 and the fixed rack 1, but designed the structure of thin device, and saved the driving power consumption with this.Certainly, the power wheel 14 of fixed rack 1 also can be provided with actuating device separately, thereby and adjusts rotating speed and make Transmission synchrodrive on feeding stand 2 and the fixed rack 1.
The principle of work and the simple application of the utility model blank chain conveyor are described below in conjunction with Fig. 5, wherein Fig. 5 is the utility model blank chain conveyor is carried blank between roller-way an application scheme drawing, as shown in the figure, blank chain conveyor of the present utility model is arranged between first roller-way 51 and second roller-way 52, is used for blank 10 is delivered to second roller-way 52 by first roller-way 51.At first, the initial position of feeding stand 2 is to be positioned at first roller-way, 51 belows to wait for the reception blank, this moment, lifting drive 23 made movable end 22 be in this waiting position, push rod as the hydraulic actuating cylinder in the present embodiment shrinks, driving movable end 22 descends, make feeding stand 2 be the material state for the treatment of that tilts to descend, and first roller-way 51 is positioned at feeding stand 2 tops at this moment; First roller-way 51 is delivered to assigned address with blank 10, just on first roller-way 51 with feeding stand 2 cooresponding positions, start lifting drive 23, the movable end 22 that drives feeding stand 2 rises to fixed rack 1 and is located on horizontal surface, rise as the push rod elongation of the hydraulic actuating cylinder in the present embodiment and with movable end 22 ejections, in this process, the beam arm 241 of feeding stand 2 passes the roller-way gap of first roller-way 51 and the blank on it 10 is held up rising, and final feeding stand 2 holds in the palm the top of putting blank 10 and being positioned at first roller-way 51; Drive driving wheel 251 and power wheel 14 by actuating device 253, blank 10 is delivered on the fixed rack 1, at this moment, feeding stand 2 can be driven once more by lifting drive 23 and drop to the next wait reception blank, carries out feeding circulation next time; And blank 10 is driven by Transmission 13 on fixed rack 1 and is delivered to discharge end 12 by feeding end 11, and in this process, feeding stand 1 can repeatedly circulate and carry out feeding operation, and fixed rack 1 can be carried a plurality of blanks 10 simultaneously, has improved work efficiency significantly; When blank 10 is delivered to discharge end 12, the working process of the stand 3 that connects material of this end is similar to feeding stand 2 with principle, at first it is positioned at upper wait reception blank by lifting drive 33 drivings, the stand 3 that connects material this moment is located on horizontal surface with fixed rack 1, similar with feeding stand 2, drive the driving wheel of the stand 3 that connects material by actuating device 353, the discharge end 12 of blank 10 by fixed rack 1 is delivered on the stand 3 that connects material, perhaps, also can drive by obstructed over-driving device 253 herein, because the power wheel 14 of the driving wheel 251 of feeding stand 2 and fixed rack 1 feeding end 11 is for to be connected by synchronizing shaft 4, and the power wheel 14 of fixed rack 1 discharge end 12 also can be by synchronizing shaft with the driving wheel of the stand 3 that connects material and is connected, thereby can realize feeding stand 2, the synchrodrive of the fixed rack 1 and the stand 3 that connects material; After blank 10 is transported on the stand 3 that connects material, lifting drive 33 drives the stand 3 that connects material and descends, for example the push rod of the hydraulic actuating cylinder in the present embodiment shrinks, driving movable end 32 descends, stand 3 swings that connect material are descended, in this process, the roller-way gap that the beam arm of stand 3 of connecting material passes second roller-way 52 drops to the below of second roller-way 52, connect material blank 10 on the stand 3 by the upper surface of carrying to second roller-way 52, and be delivered to next process by second roller-way 52, afterwards, the stand 3 that connects material is got back to the position that connects material of level once more by lifting drive 33 drivings, to carry out the operation that connects material of next round on-cycle, so far, the conveying of a blank 10 is finished, and blank chain conveyor of the present utility model can be implemented in and carries a plurality of blanks 10 on the fixed rack 1 simultaneously, the feeding stand 2 and the stand 3 that connects material at its two ends work alone respectively, are independent of each other, and can significantly increase work efficiency.
In addition, first roller-way 51 and second roller-way 52 are common for being arranged in parallel, in such cases, the adapter shaft of preferred feeding stand coupling end and feeding end is parallel with the adapter shaft of connect material stand coupling end and discharge end and all be parallel to first roller-way 51 and second roller-way 52, and beam arm is then perpendicular to first roller-way 51 and second roller-way 52; But the two uneven situation, those skilled in the art also can easier expect by the direction of the trend that changes fixed rack 1 and the feeding stand 2 and the stand 3 that connects material so that it can pass from the roller-way gap, thereby finally use the technical solution of the utility model; And carrying between many roller-ways under the operating mode of blank; also only need between per two roller-ways, blank chain conveyor of the present utility model to be set according to the situation of reality; and concrete set-up mode can be implemented according to the content of this specification sheets record by person skilled; just repeat no more at this, but above-mentioned technical scheme all should belong to protection domain of the present utility model
The above only is the schematic specific embodiment of the utility model, is not in order to limit scope of the present utility model.Any those skilled in the art, equivalent variations of having done under the prerequisite that does not break away from design of the present utility model and principle and modification all should belong to the scope that the utility model is protected.
Claims (10)
1. a blank chain conveyor is located between first roller-way and second roller-way, it is characterized in that, described blank chain conveyor comprises:
Fixed rack, an end of described fixed rack is a feeding end, the other end is a discharge end, described fixed rack be provided with can the transmission blank Transmission;
Can hold up the feeding stand of blank from described first roller-way, have feeding stand coupling end and feeding stand movable end, what described feeding stand coupling end can rotate is coupling in described feeding end, and the adapter shaft of described feeding stand coupling end and feeding end is horizontally disposed with, described feeding stand movable end is provided with lifting drive, and described feeding table sets up the feeding stand Transmission that can transmit blank;
Blank can be positioned over the stand that connects material of described second roller-way, has the stand of connecting material coupling end and the stand movable end that connects material, what the described stand coupling end that connects material can rotate is coupling in described discharge end, and the described adapter shaft that connects material stand coupling end and discharge end is horizontally disposed with, the described stand movable end that connects material also is provided with lifting drive, and the described stand that connects material is provided with the stand Transmission that connects material of energy transmission blank.
2. blank chain conveyor according to claim 1 is characterized in that described fixed rack is horizontally disposed with, and described feeding end and discharge end are respectively equipped with power wheel, and described Transmission is sheathed on described power wheel and around described fixed rack.
3. blank chain conveyor according to claim 2, it is characterized in that, described lifting drive is can be with described feeding stand or the described hydraulic actuating cylinder of stand ejection to level that connect material, the push rod of described hydraulic actuating cylinder is connected in the movable end of described feeding stand or the described stand that connects material, and described hydraulic actuating cylinder is located at described feeding stand and the described stand below that connects material.
4. according to claim 2 or 3 described blank chain conveyors, it is characterized in that, described feeding stand coupling end is provided with feeding stand driving wheel, described feeding stand movable end is provided with feeding stand flower wheel, and described feeding stand Transmission is sheathed on feeding stand driving wheel and feeding stand flower wheel and around described feeding stand;
The described stand coupling end that connects material is provided with the stand driving wheel that connects material, and the described stand movable end that connects material is provided with the stand flower wheel that connects material, and the described stand Transmission that connects material is sheathed on connect material stand driving wheel and the stand flower wheel and around described feeding stand of connecting material.
5. blank chain conveyor according to claim 4, it is characterized in that, described feeding stand driving wheel is connected with actuating device, described feeding stand driving wheel and described feeding end power wheel are located on the synchronizing shaft, and described stand driving wheel and the described discharge end power wheel of connecting material is located on the synchronizing shaft.
6. blank chain conveyor according to claim 5 is characterized in that, the described stand driving wheel that connects material is connected with actuating device.
7. according to claim 5 or 6 described blank chain conveyors, it is characterized in that described actuating device is a motor.
8. blank chain conveyor according to claim 1 is characterized in that, described Transmission, feeding stand Transmission and the stand Transmission that connects material are chain.
9. blank chain conveyor according to claim 1, it is characterized in that, the described feeding stand and the stand that connects material include a swing tie-beam, described swing tie-beam has a plurality of beam arms that can pass the roller-way gap of described first roller-way and second roller-way, and the described feeding stand Transmission and the stand Transmission contraposition that connects material are arranged at the position of described beam arm.
10. blank chain conveyor according to claim 9, it is characterized in that, described first roller-way is parallel with second roller-way, the adapter shaft of described feeding stand coupling end and feeding end is parallel with the adapter shaft of described connect material stand coupling end and discharge end and all be parallel to described first roller-way and second roller-way, and described beam arm is perpendicular to described first roller-way and second roller-way.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009203508299U CN201580805U (en) | 2009-12-31 | 2009-12-31 | Blank chain-type conveying device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009203508299U CN201580805U (en) | 2009-12-31 | 2009-12-31 | Blank chain-type conveying device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201580805U true CN201580805U (en) | 2010-09-15 |
Family
ID=42722801
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009203508299U Expired - Lifetime CN201580805U (en) | 2009-12-31 | 2009-12-31 | Blank chain-type conveying device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201580805U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107812848A (en) * | 2017-10-17 | 2018-03-20 | 河南省大方重型机器有限公司 | A kind of book joint setting machine loading and unloading system |
| CN108109779A (en) * | 2017-12-18 | 2018-06-01 | 湖南顶立科技有限公司 | A kind of charging processing system and enameled wire depainting system |
| CN108792478A (en) * | 2018-07-17 | 2018-11-13 | 浙江省机电设计研究院有限公司 | A kind of device and method of long distance delivery swage |
-
2009
- 2009-12-31 CN CN2009203508299U patent/CN201580805U/en not_active Expired - Lifetime
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107812848A (en) * | 2017-10-17 | 2018-03-20 | 河南省大方重型机器有限公司 | A kind of book joint setting machine loading and unloading system |
| CN108109779A (en) * | 2017-12-18 | 2018-06-01 | 湖南顶立科技有限公司 | A kind of charging processing system and enameled wire depainting system |
| CN108109779B (en) * | 2017-12-18 | 2020-08-18 | 湖南顶立科技有限公司 | Loading treatment system and enameled wire paint removal system |
| CN108792478A (en) * | 2018-07-17 | 2018-11-13 | 浙江省机电设计研究院有限公司 | A kind of device and method of long distance delivery swage |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term |
Granted publication date: 20100915 |
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| CX01 | Expiry of patent term |