CN204919060U - Automatic rub cotton device - Google Patents
Automatic rub cotton device Download PDFInfo
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- CN204919060U CN204919060U CN201520551018.0U CN201520551018U CN204919060U CN 204919060 U CN204919060 U CN 204919060U CN 201520551018 U CN201520551018 U CN 201520551018U CN 204919060 U CN204919060 U CN 204919060U
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Abstract
The utility model provides an automatic rub cotton device, including the main frame, the main frame has the steel framework to build to form, all be provided with the slide rail on the lateral wall that pillar A is relative with pillar C of main frame on the lateral wall relative with pillar D with pillar B, be provided with the crane on the slide rail, the crane is including slip spreader A, slip spreader B and ladder racks, be provided with steel frame and driving motor B on ladder racks, the steel frame center is provided with the transmission shaft, driving motor B passes through the belt with the transmission shaft and is connected, be connected with the connecting axle at the transmission shaft lower extreme, the connecting axle lower extreme with rub cotton board and be connected, it is provided with the cotton board of support to rub cotton board below, set up in driving motor A and gear motor on the main frame right side, gear motor is connected with the hank, still be provided with the axle of making contact at the main frame top, be provided with the circle ring on the hank, the winding is gone up to the circle ring has wire rope, the total stereotyped writing end of wire rope is fixed respectively at the slip spreader, slip spreader B with rub on the lug of cotton board.
Description
Technical field
The utility model belongs to technical field of textile machine, is specifically related to one and rubs cotton device, particularly relates to the cotton device of a kind of automatic kneading.
Background technology
Need to rub cotton in the manufacturing process of bat, the equipment adopted now for the operation of rubbing cotton is comparatively complicated, and even a lot of production and processing factory is also continuing to use the method for manually rubbing cotton.Higher and the poor work stability of existing machinery device fabrication cost, and adopt that manually to rub its operating efficiency cotton lower, manually rub the cotton limitation due to operation on the other hand, kneading can only be carried out to local bat, therefore can cause the phenomenon that the bat of final molding local is uneven.
For modern mechanical, generally have employed multiple drive motors in prior art jointly to drive, cooperation between motor requires high, other motors may be caused to be subject to certain impact when a drive motors breaks down, the production cost of existing equipment is higher on the other hand, processing difficulty is large, therefore can not cater to market.
Summary of the invention
The purpose of this utility model is to overcome the deficiencies in the prior art, and provide a kind of rational in infrastructure, production and processing cost is low, rub the cotton device of cotton effective, that job stability is strong automatic kneading.
The purpose of this utility model is achieved in that the cotton device of a kind of automatic kneading, include main frame, described main frame is the rectangle frame support body built by steel pipe, it comprises the pillar A being arranged at four orientation, pillar B, pillar C and pillar D, between described pillar A and pillar B, between pillar B and pillar D, between pillar D and pillar C, support column is provided with by main frame bottom position between pillar C and pillar A, between described pillar A and pillar B, between pillar B and pillar D, between pillar D and pillar C, bracing frame is provided with by main frame tip position between pillar C and pillar A, it is characterized in that: the sidewall that described pillar A is relative with pillar C is provided with slide rail, the sidewall that described pillar B is relative with pillar D is also provided with slide rail, described main frame also includes crane, described crane is by the slip spreader A at two ends, slip spreader B and ladder frame composition, the two ends of described slip spreader A and slip spreader B are provided with internal concave hopper chute, described slip spreader A card is placed on the slide rail of pillar A and pillar C, described slip cross bar B card is placed on the slide rail of pillar B and pillar D, described slip spreader A and the slip spreader B right two ends that keep left are provided with a hanger, described ladder frame is provided with steel frame, described steel frame center is provided with power transmission shaft, described power transmission shaft upper end is provided with drive, described steel frame side is provided with drive motors B, described drive motors B is connected by belt with drive, cotton rubbing plate is provided with below described crane, described cotton rubbing plate is provided with rectangle frid by center, described rectangle frid center is provided with circular trough, a connecting axle is set in described circular trough, described connecting axle lower end is provided with bearing, described bearing card is put in circular trough, described connecting axle is connected with misplacing between power transmission shaft, described cotton rubbing plate is also provided with four hangers, the inner upper position of described main frame is provided with the cotton plate of holder, the cotton plate of described holder is supported by supporting plate post, the bracing frame of described main frame left surface is provided with drive motors A, the bracing frame of described main frame left surface is also provided with a steel bracket, described steel bracket is provided with reducing motor, described reducing motor is connected by belt with drive motors A, described reducing motor axle head is connected with a spool, described spool one end is connected with reducing motor, the other end is fixed on main frame by axle bed, the described spool right end positions that keeps left is provided with circle ring, described main frame top is also horizontally arranged with an axle of making contact, described axle of the making contact position that keeps left is provided with a pulley A, described axle of making contact position of keeping right is provided with a pulley B, the described bracing frame arranged in upper position, main frame four sides all by single-column and lower single-column form, the lower single-column of the bracing frame of the described main frame leading flank position that keeps left is provided with pulley C, position of keeping right is provided with pulley D, the lower single-column of the bracing frame of the described main frame trailing flank position that keeps left is provided with pulley E, position of keeping right is provided with pulley F, described circle ring is wound with steel wire rope, the circle ring of the left end of described spool is provided with four-ply steel wire rope, first strand steel wire rope is directly vertically descending to be connected and fixed with the hanger on cotton rubbing plate, second strand steel wire rope is connected and fixed with the hanger on cotton rubbing plate by vertically descending after being arranged at the pulley A on the left of axle of making contact, 3rd strand steel wire rope by after being arranged at the pulley C under leading flank on the left of single-column vertically descending with slip spreader B on the left of hanger be connected and fixed, four-ply steel wire rope by after being arranged at the pulley E under trailing flank on the left of single-column vertically descending with slip spreader A on the left of hanger be connected and fixed, the circle ring of described spool right-hand member is provided with four-ply steel wire rope equally, first strand steel wire rope is directly vertically descending to be connected and fixed with the hanger on cotton rubbing plate, second strand steel wire rope is connected and fixed with the hanger on cotton rubbing plate by vertically descending after being arranged at the pulley B on the right side of axle of making contact, 3rd strand steel wire rope by after being arranged at the pulley D under leading flank on the right side of single-column vertically descending with slip spreader B on the right side of hanger be connected and fixed, four-ply steel wire rope by after being arranged at the pulley F under trailing flank on the right side of single-column vertically descending with slip spreader A on the right side of hanger be connected and fixed, above-described steel wire rope all by rising or decline after series connection simultaneously under the driving of drive motors A.
Described cotton rubbing plate corner location is all connected with slip spreader A and slip spreader B by a spring.
Rubbing cotton face under described cotton rubbing plate has one deck to rub cotton by rivet nail.
The cotton plate of described holder is the flexible board with certain flexibility.
The cotton face of rubbing of the cotton plate of described holder has one deck to rub cotton by rivet nail.
Described connecting axle carries out dislocation with power transmission shaft by multiple level marketing screw and is connected.
The beneficial effect that the utility model produces is: this programme adopts simple Steel Structure to build main frame as a complete unit, and the material of use is comparatively general, and the cost of material is low, and it is simple to build the low construction of technical requirement, its B-C post A, pillar B, pillar C and pillar D plays integrated support effect, between pillar A and pillar B, between pillar B and pillar D, between pillar D and pillar C, the support column arranged by main frame bottom position between pillar C and pillar A plays supplemental support effect to main frame, between pillar A and pillar B, between pillar B and pillar D, between pillar D and pillar C, between pillar C and pillar A, bracing frame is set by main frame tip position and supplemental support effect is played to main frame, itself and support column play same effect makes main frame have stronger stability, and make its weight capacity stronger, the slide rail that the sidewall that pillar A is relative with pillar C is arranged and the slide rail arranged on the sidewall that pillar B is relative with pillar D, crane can be made to slide up and down along slide rail, the internal concave hopper chute arranged at the two ends of slip spreader A and slip spreader B just in time docks with slide rail, makes structure more reasonable, the hanger that the slip spreader A and slip spreader B of crane are arranged provides the lifting position of crane, make the lifting of crane and fall convenient, the steel frame that the ladder frame of crane is arranged plays the supporting role to center power transmission shaft, and the drive motors B arranged in steel frame side to be connected with the drive of power transmission shaft by belt provides Power output to power transmission shaft, the cotton rubbing plate arranged at crane upper position realizes being connected with power transmission shaft by the connecting axle be arranged on cotton rubbing plate, carry out dislocation by multiple level marketing screw between power transmission shaft with connecting axle to be connected, thus make power transmission shaft in rotation process, drive connecting axle to do eccentric rotary, thus drive cotton rubbing plate to carry out plane and rub, the hanger that cotton rubbing plate is arranged can provide and more lift by crane position, alleviate the active force between connecting axle and power transmission shaft, and ensure the rising of crane and cotton rubbing plate and decline more smooth, the cotton plate of the holder arranged in cotton rubbing plate lower end provides holder cotton position, the drive motors A that main frame right flank is arranged provides Power output, steel bracket is set in the side of drive motors A good reducing motor fixed position is provided, reducing motor is connected by belt with drive motors A, reducing motor plays decelerating effect to the rotating speed of drive motors A on the one hand, change Power output direction on the other hand, the spool of the axle head connection of reducing motor, realize acting freely of steel wire rope, coiled by end positions arrange circle ring can to multistrand rope carry out dislocation loop around, thus the problem avoiding steel wire rope to be mutually wound around, the axle head of spool one end one reducing motor connects, the other end is fixed on main frame by axle bed, make it have rotary freedom, the axle and pulley A is set in axle of the making contact position that keeps left of making contact arranged in the forward position of main frame top spool, in axle of making contact position of keeping right, pulley B is set, it is convenient to be that line crossed by steel wire rope, what under the bracing frame of main frame leading flank and trailing flank, single-column is arranged determines slip ring C, pulley D, it is more smooth that pulley E and pulley F all makes steel wire rope cross line, in this programme, have one deck to rub cotton rubbing on cotton face of cotton rubbing plate by rivet nail, make it to rub the frictional force in cotton process and between cotton larger, thus it is better to make to rub cotton effect, the cotton plate of holder rub that cotton face fixes laying by rivet rub cotton, rubbing, the frictional force in cotton process and between cotton is larger, be rub cotton more evenly, and the cotton employing of holder have the flexible board of certain flexibility thus makes it rub in cotton process the hard grind avoided between cotton rubbing plate, in this scheme, cotton rubbing plate corner location is all connected with slip spreader A and slip spreader B by a spring, makes cotton rubbing plate stability when power transmission shaft drive is rubbed better, avoids strong vibration.
This programme adopts drive motors A to drive spool to promote stereotyped writing steel wire rope simultaneously and declines operation principle simply, and clear in structure is simple.Whole scheme is comparatively easy in production and processing, total the utility model have rational in infrastructure, production and processing cost is low, rub cotton effective, advantage that job stability is strong.
Accompanying drawing explanation
Fig. 1 is that entirety of the present utility model faces structural representation.
Fig. 2 is integral right TV structure schematic diagram of the present utility model.
Fig. 3 is overall backsight structural representation of the present utility model.
Fig. 4 is the partial structurtes schematic diagram that inner connecting axle of the present utility model is connected with cotton rubbing plate.
Fig. 5 is the partial structurtes schematic diagram that the utility model connecting axle is connected with power transmission shaft.
Fig. 6 is the utility model partial structurtes enlarged drawing one.
Fig. 7 is the utility model partial structurtes enlarged drawing two.
Fig. 8 is the utility model partial groups structure dress schematic diagram.
Fig. 9 is the utility model crane structure schematic diagram.
Figure 10 is the utility model cotton rubbing plate structural representation.
Figure 11 is the cotton plate structure schematic diagram of the utility model holder.
Figure 12 is the overall simple frame construction schematic diagram of the utility model.
In figure: 1, main frame 2, pillar A3, pillar B4, pillar C5, pillar D6, support column 7, bracing frame 8, slide rail 9, crane 10, slip spreader A11, slip spreader B12, ladder frame 13, internal concave hopper chute 14, hanger 15, steel frame 16, power transmission shaft 17, drive 18, drive motors B19, cotton rubbing plate 20, rectangle frid 21, circular trough 22, connecting axle 23, bearing 24, hold in the palm cotton plate 25, supporting plate post 26, drive motors A27, steel bracket 28, reducing motor 29, spool 30, axle bed 31, circle ring 32, to make contact axle 33, pulley A34, pulley B35, pulley C36, pulley D37, pulley E38, pulley F39, steel wire rope 40, spring 41, rub cotton 42, multiple level marketing screw 43, upper single-column 44, lower single-column.
Detailed description of the invention
Below in conjunction with embodiment, the technical solution of the utility model is described further.
Embodiment 1
As shown in Fig. 1-12: the cotton device of a kind of automatic kneading, include main frame 1, described main frame 1 is the rectangle frame support body built by steel pipe, it comprises the pillar A2 being arranged at four orientation, pillar B3, pillar C4 and pillar D5, between described pillar A2 and pillar B3, between pillar B3 and pillar D5, between pillar D5 and pillar C4, support column 6 is provided with by main frame 1 bottom position between pillar C4 and pillar A2, between described pillar A2 and pillar B3, between pillar B3 and pillar D5, between pillar D5 and pillar C4, bracing frame 7 is provided with by main frame 1 tip position between pillar C4 and pillar A2, it is characterized in that: the sidewall that described pillar A2 is relative with pillar C4 is provided with slide rail 8, the sidewall that described pillar B3 is relative with pillar D5 is also provided with slide rail 8, described main frame 1 also includes crane 9, described crane 9 is by the slip spreader A10 at two ends, slip spreader B11 and ladder frame 12 form, the two ends of described slip spreader A10 and slip spreader B11 are provided with internal concave hopper chute 13, described slip spreader A10 card is placed on the slide rail 8 of pillar A2 and pillar C4, described slip cross bar B 11 card is placed on the slide rail 8 of pillar B3 and pillar D5, described slip spreader A10 and the slip spreader B11 right two ends that keep left are provided with a hanger 14, described ladder frame 12 is provided with steel frame 15, described steel frame 15 center is provided with power transmission shaft 16, described power transmission shaft 16 upper end is provided with drive 17, described steel frame 15 side is provided with drive motors B18, described drive motors B18 is connected by belt with drive 17, cotton rubbing plate 19 is provided with below described crane 9, described cotton rubbing plate 19 is provided with rectangle frid 20 by center, described rectangle frid 20 center is provided with circular trough 21, a connecting axle 22 is set in described circular trough 21, described connecting axle 22 lower end is provided with bearing 23, described bearing 23 card is put in circular trough 21, described connecting axle 22 is connected with misplacing between power transmission shaft 16, described cotton rubbing plate 19 is also provided with four hangers 14, the described inner upper position of main frame 1 is provided with the cotton plate 24 of holder, the cotton plate 24 of described holder is supported by supporting plate post 25, the bracing frame 7 of described main frame 1 left surface is provided with drive motors A26, the bracing frame 7 of described main frame 1 left surface is also provided with a steel bracket 27, described steel bracket 7 is provided with reducing motor 28, described reducing motor 28 is connected by belt with drive motors A26, described reducing motor 28 axle head is connected with a spool 29, described spool 29 one end is connected with reducing motor 28, the other end is fixed on main frame 1 by axle bed 30, the described spool 29 right end positions that keeps left is provided with circle ring 31, described main frame 1 top is also horizontally arranged with an axle 32 of making contact, described axle 32 of the making contact position that keeps left is provided with a pulley A33, described axle 32 of making contact position of keeping right is provided with a pulley B34, the described bracing frame 7 arranged in upper position, main frame 1 four sides all by single-column 43 and lower single-column 44 form, the lower single-column of the bracing frame 7 of the described main frame 1 leading flank position that keeps left is provided with pulley C35, position of keeping right is provided with pulley D36, the lower single-column of the bracing frame 7 of the described main frame 1 trailing flank position that keeps left is provided with pulley E37, position of keeping right is provided with pulley F38, described circle ring 31 is wound with steel wire rope 39, the circle ring 31 of the left end of described spool 29 is provided with four-ply steel wire rope 39, first strand steel wire rope is directly vertically descending to be connected and fixed with the hanger on cotton rubbing plate 19, second strand steel wire rope is connected and fixed with the hanger on cotton rubbing plate 19 by vertically descending after being arranged at the pulley A33 on the left of axle 29 of making contact, 3rd strand steel wire rope by after being arranged at the pulley C35 under leading flank on the left of single-column 44 vertically descending with slip spreader B11 on the left of hanger be connected and fixed, four-ply steel wire rope by after being arranged at the pulley E37 under trailing flank on the left of single-column 44 vertically descending with slip spreader A10 on the left of hanger be connected and fixed, the circle ring of described spool 29 right-hand member is provided with four-ply steel wire rope equally, first strand steel wire rope is directly vertically descending to be connected and fixed with the hanger on cotton rubbing plate 19, second strand steel wire rope is connected and fixed with the hanger on cotton rubbing plate 19 by vertically descending after being arranged at the pulley B34 on the right side of axle 29 of making contact, 3rd strand steel wire rope by after being arranged at the pulley D36 under leading flank on the right side of single-column 44 vertically descending with slip spreader B11 on the right side of hanger be connected and fixed, four-ply steel wire rope by after being arranged at the pulley F38 under leading flank on the right side of single-column 44 vertically descending with slip spreader A10 on the right side of hanger be connected and fixed, above-described steel wire rope 39 all by rising or decline after series connection simultaneously under the driving of drive motors A26.
The utility model is in use: first drive motors A rotates forward and drives reducing motor to rotate forward, the rotating speed of reducing motor to drive motors A slows down, now the axle head of drive motors A drives spool to rotate forward take-up while of carrying out stereotyped writing steel wire rope, walk around pulley A, pulley B and on two heterocycles directly four-ply steel wire rope vertically downward cotton rubbing plate is drawn high, two strand steel wire ropes walking around pulley C and pulley D draw high slip spreader B, two strand steel wire ropes walking around pulley E and pulley F draw high pulley spreader A, above stereotyped writing steel wire rope synchronously draws high and promotes molding board and crane, crane is sliding on carrying out on slide rail, 8 jointly play a role power and make the stressed less of each stress point, ensure that the stable of equipment carries out, quit work when molding board rises to certain altitude rear drive motor A, rise and stop, then cotton is positioned on support plate, and control drive motors A and reverse, the rotating speed of reducing motor to drive motors A slows down, now the axle head of drive motors A drives spool to rotate forward unwrapping wire while of carrying out stereotyped writing steel wire rope, walk around pulley A, pulley B and on two heterocycles directly four-ply steel wire rope vertically downward cotton rubbing plate is transferred, two strand steel wire ropes walking around pulley C and pulley D are transferred slip spreader B, two strand steel wire ropes walking around pulley E and pulley F are transferred pulley spreader A, stereotyped writing steel wire rope declines while transferring simultaneously and realizing crane and molding board, finally drop to a certain degree, start drive motors B, drive motors B to be connected with the drive of power transmission shaft by belt and to drive power transmission shaft to rotate, power transmission shaft drives connecting axle to carry out eccentric rotary further, the bearing that connecting axle bottom is arranged rotates in circular trough, thus drive molding board to carry out dislocation movement to rub, complete rub cotton through the bat shaping stopping drive motors B that rubs of certain hour.
Total the utility model have rational in infrastructure, production and processing cost is low, rub cotton effective, advantage that job stability is strong.
Embodiment 2
As shown in Fig. 1-12: the cotton device of a kind of automatic kneading, include main frame 1, described main frame 1 is the rectangle frame support body built by steel pipe, it comprises the pillar A2 being arranged at four orientation, pillar B3, pillar C4 and pillar D5, between described pillar A2 and pillar B3, between pillar B3 and pillar D5, between pillar D5 and pillar C4, support column 6 is provided with by main frame 1 bottom position between pillar C4 and pillar A2, between described pillar A2 and pillar B3, between pillar B3 and pillar D5, between pillar D5 and pillar C4, bracing frame 7 is provided with by main frame 1 tip position between pillar C4 and pillar A2, it is characterized in that: the sidewall that described pillar A2 is relative with pillar C4 is provided with slide rail 8, the sidewall that described pillar B3 is relative with pillar D5 is also provided with slide rail 8, described main frame 1 also includes crane 9, described crane 9 is by the slip spreader A10 at two ends, slip spreader B11 and ladder frame 12 form, the two ends of described slip spreader A10 and slip spreader B11 are provided with internal concave hopper chute 13, described slip spreader A10 card is placed on the slide rail 8 of pillar A2 and pillar C4, described slip cross bar B 11 card is placed on the slide rail 8 of pillar B3 and pillar D5, described slip spreader A10 and the slip spreader B11 right two ends that keep left are provided with a hanger 14, described ladder frame 12 is provided with steel frame 15, described steel frame 15 center is provided with power transmission shaft 16, described power transmission shaft 16 upper end is provided with drive 17, described steel frame 15 side is provided with drive motors B18, described drive motors B18 is connected by belt with drive 17, cotton rubbing plate 19 is provided with below described crane 9, described cotton rubbing plate 19 is provided with rectangle frid 20 by center, described rectangle frid 20 center is provided with circular trough 21, a connecting axle 22 is set in described circular trough 21, described connecting axle 22 lower end is provided with bearing 23, described bearing 23 card is put in circular trough 21, described connecting axle 22 is connected with misplacing between power transmission shaft 16, described cotton rubbing plate 19 is also provided with four hangers 14, the described inner upper position of main frame 1 is provided with the cotton plate 24 of holder, the cotton plate 24 of described holder is supported by supporting plate post 25, the bracing frame 7 of described main frame 1 left surface is provided with drive motors A26, the bracing frame 7 of described main frame 1 left surface is also provided with a steel bracket 27, described steel bracket 7 is provided with reducing motor 28, described reducing motor 28 is connected by belt with drive motors A26, described reducing motor 28 axle head is connected with a spool 29, described spool 29 one end is connected with reducing motor 28, the other end is fixed on main frame 1 by axle bed 30, the described spool 29 right end positions that keeps left is provided with circle ring 31, described main frame 1 top is also horizontally arranged with an axle 32 of making contact, described axle 32 of the making contact position that keeps left is provided with a pulley A33, described axle 32 of making contact position of keeping right is provided with a pulley B34, the described bracing frame 7 arranged in upper position, main frame 1 four sides all by single-column 43 and lower single-column form, the lower single-column of the bracing frame 7 of the described main frame 1 leading flank position that keeps left is provided with pulley C35, position of keeping right is provided with pulley D36, the lower single-column of the bracing frame 7 of the described main frame 1 trailing flank position that keeps left is provided with pulley E37, position of keeping right is provided with pulley F38, described circle ring 31 is wound with steel wire rope 39, the circle ring 31 of the left end of described spool 29 is provided with four-ply steel wire rope 39, first strand steel wire rope is directly vertically descending to be connected and fixed with the hanger on cotton rubbing plate 19, second strand steel wire rope is connected and fixed with the hanger on cotton rubbing plate 19 by vertically descending after being arranged at the pulley A33 on the left of axle 29 of making contact, 3rd strand steel wire rope by after being arranged at the pulley C35 under leading flank on the left of single-column 44 vertically descending with slip spreader B11 on the left of hanger be connected and fixed, four-ply steel wire rope by after being arranged at the pulley E37 under trailing flank on the left of single-column 44 vertically descending with slip spreader A10 on the left of hanger be connected and fixed, the circle ring of described spool 29 right-hand member is provided with four-ply steel wire rope equally, first strand steel wire rope is directly vertically descending to be connected and fixed with the hanger on cotton rubbing plate 19, second strand steel wire rope is connected and fixed with the hanger on cotton rubbing plate 19 by vertically descending after being arranged at the pulley B34 on the right side of axle 29 of making contact, 3rd strand steel wire rope by after being arranged at the pulley D36 under leading flank on the right side of single-column 44 vertically descending with slip spreader B11 on the right side of hanger be connected and fixed, four-ply steel wire rope by after being arranged at the pulley F38 under leading flank on the right side of single-column 44 vertically descending with slip spreader A10 on the right side of hanger be connected and fixed, above-described steel wire rope 39 all by rising or decline after series connection simultaneously under the driving of drive motors A26.
Described cotton rubbing plate 19 corner location is all connected with slip spreader A10 and slip spreader B11 by a spring 40.
Described cotton rubbing plate rubs cotton face for 19 times has one deck to rub cotton 41 by rivet nail.
The cotton plate 24 of described holder is for having the flexible board of certain flexibility.
The cotton face of rubbing of the cotton plate 24 of described holder has one deck to rub cotton 41 by rivet nail.
Described connecting axle 22 carries out dislocation with power transmission shaft 16 by multiple level marketing screw 42 and is connected.
The utility model is in use: first drive motors A rotates forward and drives reducing motor to rotate forward, the rotating speed of reducing motor to drive motors A slows down, now the axle head of drive motors A drives spool to rotate forward take-up while of carrying out stereotyped writing steel wire rope, walk around pulley A, pulley B and on two heterocycles directly four-ply steel wire rope vertically downward cotton rubbing plate is drawn high, two strand steel wire ropes walking around pulley C and pulley D draw high slip spreader B, two strand steel wire ropes walking around pulley E and pulley F draw high pulley spreader A, above stereotyped writing steel wire rope synchronously draws high and promotes molding board and crane, crane is sliding on carrying out on slide rail, 8 jointly play a role power and make the stressed less of each stress point, ensure that the stable of equipment carries out, quit work when molding board rises to certain altitude rear drive motor A, rise and stop, then cotton is positioned on support plate, and control drive motors A and reverse, the rotating speed of reducing motor to drive motors A slows down, now the axle head of drive motors A drives spool to rotate forward unwrapping wire while of carrying out stereotyped writing steel wire rope, walk around pulley A, pulley B and on two heterocycles directly four-ply steel wire rope vertically downward cotton rubbing plate is transferred, two strand steel wire ropes walking around pulley C and pulley D are transferred slip spreader B, two strand steel wire ropes walking around pulley E and pulley F are transferred pulley spreader A, stereotyped writing steel wire rope declines while transferring simultaneously and realizing crane and molding board, finally drop to a certain degree, start drive motors B, drive motors B to be connected with the drive of power transmission shaft by belt and to drive power transmission shaft to rotate, power transmission shaft drives connecting axle to carry out eccentric rotary further, the bearing that connecting axle bottom is arranged rotates in circular trough, thus drive molding board carries out, and dislocation is mobile rubs, wherein be fastenedly connected by multiple level marketing screw between power transmission shaft and connecting axle, because connecting axle belongs to consumable accessory in whole motion, so the replacing of mode to connecting axle that multiple level marketing connects is convenient, wherein rub at cotton rubbing plate the spring being arranged at cotton rubbing plate corner location in cotton process and certain location cushioning effect is played to cotton rubbing plate, cotton rubbing plate in motion process is avoided to rock larger, cause the problem of equipment fluctuation of service, and rubbing cotton face lays and rub cotton to make to rub cotton process softer at cotton rubbing plate and the cotton plate of holder, increase cotton rubbing plate, hold in the palm the friction between cotton plate and cotton body, make to rub cotton better effects if, efficiency is faster, complete rub cotton through the bat shaping stopping drive motors B that rubs of certain hour.
Total the utility model has: rational in infrastructure, production and processing cost is low, rub cotton effective, advantage that job stability is strong.
Claims (6)
1. the cotton device of automatic kneading, include main frame, described main frame is the rectangle frame support body built by steel pipe, it comprises the pillar A being arranged at four orientation, pillar B, pillar C and pillar D, between described pillar A and pillar B, between pillar B and pillar D, between pillar D and pillar C, support column is provided with by main frame bottom position between pillar C and pillar A, between described pillar A and pillar B, between pillar B and pillar D, between pillar D and pillar C, bracing frame is provided with by main frame tip position between pillar C and pillar A, it is characterized in that: the sidewall that described pillar A is relative with pillar C is provided with slide rail, the sidewall that described pillar B is relative with pillar D is also provided with slide rail, described main frame also includes crane, described crane is by the slip spreader A at two ends, slip spreader B and ladder frame composition, the two ends of described slip spreader A and slip spreader B are provided with internal concave hopper chute, described slip spreader A card is placed on the slide rail of pillar A and pillar C, described slip cross bar B card is placed on the slide rail of pillar B and pillar D, described slip spreader A and the slip spreader B right two ends that keep left are provided with a hanger, described ladder frame is provided with steel frame, described steel frame center is provided with power transmission shaft, described power transmission shaft upper end is provided with drive, described steel frame side is provided with drive motors B, described drive motors B is connected by belt with drive, cotton rubbing plate is provided with below described crane, described cotton rubbing plate is provided with rectangle frid by center, described rectangle frid center is provided with circular trough, a connecting axle is set in described circular trough, described connecting axle lower end is provided with bearing, described bearing card is put in circular trough, described connecting axle is connected with misplacing between power transmission shaft, described cotton rubbing plate is also provided with four hangers, the inner upper position of described main frame is provided with the cotton plate of holder, the cotton plate of described holder is supported by supporting plate post, the bracing frame of described main frame left surface is provided with drive motors A, the bracing frame of described main frame left surface is also provided with a steel bracket, described steel bracket is provided with reducing motor, described reducing motor is connected by belt with drive motors A, described reducing motor axle head is connected with a spool, described spool one end is connected with reducing motor, the other end is fixed on main frame by axle bed, the described spool right end positions that keeps left is provided with circle ring, described main frame top is also horizontally arranged with an axle of making contact, described axle of the making contact position that keeps left is provided with a pulley A, described axle of making contact position of keeping right is provided with a pulley B, the described bracing frame arranged in upper position, main frame four sides all by single-column and lower single-column form, the lower single-column of the bracing frame of the described main frame leading flank position that keeps left is provided with pulley C, position of keeping right is provided with pulley D, the lower single-column of the bracing frame of the described main frame trailing flank position that keeps left is provided with pulley E, position of keeping right is provided with pulley F, described circle ring is wound with steel wire rope, the circle ring of the left end of described spool is provided with four-ply steel wire rope, first strand steel wire rope is directly vertically descending to be connected and fixed with the hanger on cotton rubbing plate, second strand steel wire rope is connected and fixed with the hanger on cotton rubbing plate by vertically descending after being arranged at the pulley A on the left of axle of making contact, 3rd strand steel wire rope by after being arranged at the pulley C under leading flank on the left of single-column vertically descending with slip spreader B on the left of hanger be connected and fixed, four-ply steel wire rope by after being arranged at the pulley E under trailing flank on the left of single-column vertically descending with slip spreader A on the left of hanger be connected and fixed, the circle ring of described spool right-hand member is provided with four-ply steel wire rope equally, first strand steel wire rope is directly vertically descending to be connected and fixed with the hanger on cotton rubbing plate, second strand steel wire rope is connected and fixed with the hanger on cotton rubbing plate by vertically descending after being arranged at the pulley B on the right side of axle of making contact, 3rd strand steel wire rope by after being arranged at the pulley D under leading flank on the right side of single-column vertically descending with slip spreader B on the right side of hanger be connected and fixed, four-ply steel wire rope by after being arranged at the pulley F under trailing flank on the right side of single-column vertically descending with slip spreader A on the right side of hanger be connected and fixed, above-described steel wire rope all by rising or decline after series connection simultaneously under the driving of drive motors A.
2. the cotton device of a kind of automatic kneading according to claim 1, is characterized in that: described cotton rubbing plate corner location is all connected with slip spreader A and slip spreader B by a spring.
3. the cotton device of a kind of automatic kneading according to claim 1, is characterized in that: rubbing cotton face under described cotton rubbing plate has one deck to rub cotton by rivet nail.
4. the cotton device of a kind of automatic kneading according to claim 1, is characterized in that: the cotton plate of described holder is the flexible board with certain flexibility.
5. the cotton device of a kind of automatic kneading according to claim 1, is characterized in that: the cotton face of rubbing of the cotton plate of described holder has one deck to rub cotton by rivet nail.
6. the cotton device of a kind of automatic kneading according to claim 1, is characterized in that: described connecting axle carries out dislocation with power transmission shaft by multiple level marketing screw and is connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520551018.0U CN204919060U (en) | 2015-07-28 | 2015-07-28 | Automatic rub cotton device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520551018.0U CN204919060U (en) | 2015-07-28 | 2015-07-28 | Automatic rub cotton device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204919060U true CN204919060U (en) | 2015-12-30 |
Family
ID=54968206
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520551018.0U Expired - Fee Related CN204919060U (en) | 2015-07-28 | 2015-07-28 | Automatic rub cotton device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204919060U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105063948A (en) * | 2015-07-28 | 2015-11-18 | 卞常坤 | Automatic cotton kneading device |
| CN108428323A (en) * | 2018-03-08 | 2018-08-21 | 吕梁学院 | A kind of fire detecting arrangement and application method |
-
2015
- 2015-07-28 CN CN201520551018.0U patent/CN204919060U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105063948A (en) * | 2015-07-28 | 2015-11-18 | 卞常坤 | Automatic cotton kneading device |
| CN105063948B (en) * | 2015-07-28 | 2017-03-08 | 河南新濮丰棉机科技有限公司 | A kind of automatic kneading cotton device |
| CN108428323A (en) * | 2018-03-08 | 2018-08-21 | 吕梁学院 | A kind of fire detecting arrangement and application method |
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| C14 | Grant of patent or utility model | ||
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| 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: 20151230 Termination date: 20160728 |