CN109534041A - A kind of rare earth excavation anti-leaching cloth collection apparatus in building site - Google Patents

A kind of rare earth excavation anti-leaching cloth collection apparatus in building site Download PDF

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Publication number
CN109534041A
CN109534041A CN201811417771.5A CN201811417771A CN109534041A CN 109534041 A CN109534041 A CN 109534041A CN 201811417771 A CN201811417771 A CN 201811417771A CN 109534041 A CN109534041 A CN 109534041A
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CN
China
Prior art keywords
support
wheel
spring
slide bar
oscillating rod
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Granted
Application number
CN201811417771.5A
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Chinese (zh)
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CN109534041B (en
Inventor
唐军
黄艳国
谢远辉
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Jiangxi University of Science and Technology
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Jiangxi University of Science and Technology
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Priority to CN201811417771.5A priority Critical patent/CN109534041B/en
Publication of CN109534041A publication Critical patent/CN109534041A/en
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Publication of CN109534041B publication Critical patent/CN109534041B/en
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Classifications

    • BPERFORMING OPERATIONS; TRANSPORTING
    • B65CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65HHANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
    • B65H18/00Winding webs
    • B65H18/08Web-winding mechanisms
    • B08B1/20
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B65CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65HHANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
    • B65H23/00Registering, tensioning, smoothing or guiding webs
    • B65H23/04Registering, tensioning, smoothing or guiding webs longitudinally
    • B65H23/34Apparatus for taking-out curl from webs

Abstract

The present invention relates to a kind of collection apparatus more particularly to a kind of rare earth to excavate the anti-leaching cloth collection apparatus in building site.Technical problems to be solved are: providing a kind of can stack rare earth that is more neat, being not required to manually be collected and can directly be cleared up anti-leaching cloth bottom rubbish by anti-leaching cloth and excavate the anti-leaching cloth collection apparatus in building site.The technical solution of the present invention is as follows: a kind of rare earth excavates the anti-leaching cloth collection apparatus in building site, it include vehicle frame, the first wheel, the second wheel, first support, first slide bar etc.;The equal rotary type in vehicle frame left end front and rear sides is equipped with the first wheel, and the equal rotary type in vehicle frame right end front and rear sides is equipped with the second wheel.The present invention is provided with support plate and rocking handle, and support plate is used to place anti-leaching cloth, and left and right, which shakes Oscillating handle and will drive support plate, to be moved left and right, and then can be more smooth by the placement of anti-leaching cloth, more neatly;Provided with traction wheel, when carrying out anti-leaching cloth and collecting, traction wheel can draw anti-leaching cloth, be more advantageous to moving up for anti-leaching cloth, make collecting more easily for anti-leaching cloth, faster, be more convenient.

Description

A kind of rare earth excavation anti-leaching cloth collection apparatus in building site
Technical field
The present invention relates to a kind of collection apparatus more particularly to a kind of rare earth to excavate the anti-leaching cloth collection apparatus in building site.
Background technique
In rare earth digger ground, the rare earth excavated in order to prevent is temporarily flushed away in rainfall, causes property Loss, people can cover one layer of anti-leaching cloth on rare earth, again accept anti-leaching cloth after becoming a fine day, people are collecting anti-leaching at present It is all to take manually to be collected when cloth, anti-leaching cloth volume is larger, and people stack inconvenience when collecting, and stacks also inadequate Neatly;Rare earth area is larger, and the area of anti-leaching cloth is also very big, and anti-leaching cloth needs people constantly to pull when collecting, It manually collects relatively elaborate;For anti-leaching cloth when collecting, anti-leaching cloth bottom can be stained with the sundries such as some soil, these sundries are not clear Reason, is directly stacked in anti-leaching cloth, is easily damaged anti-leaching cloth, reduces the service life of anti-leaching cloth.
Summary of the invention
In order to overcome anti-leaching cloth when collecting exist manually stack it is irregular, manually collect relatively elaborate and anti-leaching cloth bottom Sundries the shortcomings that not clearing up, technical problems to be solved are: provide one kind anti-leaching cloth can be stacked it is more neat, be not required to it is artificial The rare earth for collect and can directly clearing up anti-leaching cloth bottom rubbish excavates the anti-leaching cloth collection apparatus in building site.
The technical solution of the present invention is as follows: a kind of rare earth excavates the anti-leaching cloth collection apparatus in building site, it include vehicle frame, the first vehicle Wheel, the second wheel, first support, the first slide bar, sliding sleeve, support plate, rack gear, the first support, shaft, gear, first pulley, Oscillating Handle, second support, first motor, transmission wheel, the second support, the second belt wheel, belt, cam, strut, the first oscillating rod, first Spring, pressurizing unit, the second oscillating rod, third spring and the second extruding wheel, the equal rotary type in vehicle frame left end front and rear sides are equipped with the One wheel, the equal rotary type in vehicle frame right end front and rear sides are equipped with the second wheel, and vehicle frame top left side is equipped with first support, first support Upper end is equipped with the first slide bar on the right side of the first wheel right, first support, and slidingtype is equipped with sliding sleeve, sliding sleeve top on the first slide bar Portion is equipped with support plate, and support plate is located above first support, and sliding sleeve bottom is equipped with rack gear, and vehicle frame top right side is equipped with first Seat, the first support upper end rotary type are equipped with shaft, are successively arranged gear, first pulley He Oscillating handle, gear from rear to preceding in shaft On front side of the first support, wheel and rack engagement, vehicle frame top right side rear and front end is equipped with second support, second support position In the first support right, front second support bottom left is equipped with the second support, and lower end rotary type is equipped with the on rear side of the second support It is wound with belt in two belt wheels, the second belt wheel and first pulley, cam, upper end on rear side of the second support of front are equipped on rear side of the second belt wheel Equipped with first motor, upper end rotary type is equipped with transmission wheel, transmission wheel front side and first motor output shaft on front side of the second support of rear Connection, front second support front side are equipped with strut, and strut lower end rotary type is equipped with the first oscillating rod, and the first oscillating rod is located at cam Underface, the first oscillating rod top left side are connected with the first spring, and the first spring upper end is connect with second support bottom, the first pendulum Lever left end is equipped with pressurizing unit, and middle part and the rotary type of middle part on rear side of the second support of rear are equipped with the on front side of the second support of front Two oscillating rods, the second oscillating rod are located at strut right, third spring, third lower spring end are connected among the second oscillating rod bottom It is connect with second support top, left end rotary type is equipped with the second extruding wheel, the second extruding wheel between two the second oscillating rod of side of front and back It is contacted at the top of bottom and transmission wheel.
As a preferred technical solution of the present invention, pressurizing unit includes the first slip pipe, second spring, the second slide bar With the first extruding wheel, the first oscillating rod left end is equipped with the first slip pipe, and the first slip pipe inner top is connected with second spring, second spring Lower end is connected with the second slide bar, and the second slide bar upper end is located in the first slip pipe, and the second the lower end of the slider rotary type is equipped with first and squeezes Wheel, the first extruding wheel are located above support plate.
It further include having swing seat, third oscillating rod, traction wheel, arc sliding as a preferred technical solution of the present invention Pipe, arc slide bar, guide rod, baffle, the 4th spring and poke rod, second support right side are equipped with swing seat and arc slip pipe, pendulum Dynamic seat is located above arc slip pipe, and rotary type is equipped with third oscillating rod on the right side of swing seat, and third oscillating rod right end rotary type is equipped with Traction wheel, arc slip pipe inner sliding type are equipped with arc slide bar, and arc slide bar upper end is connect with third oscillating rod bottom, arc slide bar On be uniformly provided with card slot, be provided with pilot hole on the left of arc slip pipe, mobile in pilot hole to be equipped with guide rod, guide rod lower end is located at In card slot, it being equipped with baffle on the left of guide rod, is connected with the 4th spring on baffle, the 4th lower spring end is connect with bottom in card slot, Guide rod right end passes through the 4th spring, and guide rod left end rotary type is equipped with poke rod, connects on the left of poke rod bottom and arc slip pipe Touching.
It further include having the second slip pipe, third slide bar, the 5th spring, second as a preferred technical solution of the present invention Motor and clean-up wheel, third oscillating rod top left side are equipped with the second slip pipe, and bottom is connected with the 5th spring in the second slip pipe, and the 5th Spring upper end is connected with third slide bar, and third the lower end of the slider is located in the second slip pipe, and upper end is equipped with the second electricity on rear side of third slide bar Machine, the second motor output shaft are equipped with clean-up wheel.
Have the beneficial effect that the present invention is provided with support plate and rocking handle, support plate is used to place anti-leaching cloth, left and right Yao Dong Oscillating handle It will drive support plate to move left and right, and then can be more smooth by the placement of anti-leaching cloth, more neatly;Provided with traction wheel, anti-leaching is being carried out When cloth is collected, traction wheel can draw anti-leaching cloth, be more advantageous to moving up for anti-leaching cloth, hold that anti-collecting for cloth of leaching more Easily, faster, it is more convenient;Provided with clean-up wheel, clean-up wheel can clean out the sundries such as the soil be stained with of anti-leaching cloth bottom, be convenient for The placement of anti-leaching cloth is smooth, protects anti-leaching cloth, improves the service life of anti-leaching cloth.
Detailed description of the invention
Fig. 1 is schematic view of the front view of the invention.
Fig. 2 is the schematic view of the front view of pressurizing unit of the present invention.
Fig. 3 is the first part schematic view of the front view of the invention.
Fig. 4 is the schematic view of the front view of A of the present invention.
Fig. 5 is second of part schematic view of the front view of the invention.
Wherein: 1 vehicle frame, 2 first wheels, 3 second wheels, 4 first supports, 5 first slide bars, 6 sliding sleeves, 7 supports Plate, 8 rack gears, 9 first supports, 10 shafts, 11 gears, 12 first pulleys, 13 Oscillating handles, 14 second supports, 15 first Motor, 16 transmission wheels, 17 second supports, 18 second belt wheels, 181 belts, 19 cams, 20 struts, 21 first swing Bar, 22 first springs, 23 pressurizing units, 231 first slip pipes, 232 second springs, 233 second slide bars, 234 first squeeze Pinch roller, 24 second oscillating rods, 25 third springs, 26 second extruding wheels, 27 swing seats, 28 third oscillating rods, 29 tractions Wheel, 30 arc slip pipes, 31 arc slide bars, 32 card slots, 33 pilot holes, 34 guide rods, 35 baffles, 36 the 4th springs, 37 Poke rod, 38 second slip pipes, 39 third slide bars, 40 the 5th springs, 41 second motors, 42 clean-up wheels.
Specific embodiment
Technical solution of the present invention is described further with reference to the accompanying drawing.
Embodiment 1
It includes as shown in Figs. 1-2 vehicle frame 1, the first wheel 2, the second wheel that a kind of rare earth, which excavates the anti-leaching cloth collection apparatus in building site, 3, first support 4, the first slide bar 5, sliding sleeve 6, support plate 7, rack gear 8, the first support 9, shaft 10, gear 11, first pulley 12, Oscillating handle 13, second support 14, first motor 15, transmission wheel 16, the second support 17, the second belt wheel 18, belt 181, cam 19, branch Bar 20, the first oscillating rod 21, the first spring 22, pressurizing unit 23, the second oscillating rod 24, third spring 25 and the second extruding wheel 26, the 1 equal rotary type in left end front and rear sides of vehicle frame is equipped with the first wheel 2, and the 1 equal rotary type in right end front and rear sides of vehicle frame is equipped with the second vehicle Wheel 3,1 top left side of vehicle frame are equipped with first support 4, and vehicle frame 1 is connect by way of welded connecting with first support 4, and first Frame 4 is located at 2 right of the first wheel, and 4 right side upper end of first support is equipped with the first slide bar 5, and slidingtype is equipped with sliding sleeve on the first slide bar 5 6, support plate 7 is equipped at the top of sliding sleeve 6, support plate 7 is located at 4 top of first support, and 6 bottom of sliding sleeve passes through equipped with rack gear 8, sliding sleeve 6 The mode of welded connecting is connect with rack gear 8, and 1 top right side of vehicle frame is equipped with the first support 9, and vehicle frame 1 is by bolted connection Connect with the first support 9,9 upper end rotary type of the first support is equipped with shaft 10, in shaft 10 from it is rear to preceding be successively arranged gear 11, 12 He Oscillating handle 13 of first pulley, gear 11 are located at 9 front side of the first support, and gear 11 is engaged with rack gear 8, before 1 top right side of vehicle frame Both ends are equipped with second support 14 afterwards, and vehicle frame 1 is connect with second support 14 by bolted connection, and second support 14 is located at First support, 9 right, 14 bottom left of front second support are equipped with the second support 17, and 17 rear side lower end rotary type of the second support is set There is the second belt wheel 18, belt 181 is wound on the second belt wheel 18 and first pulley 12, cam 19 is equipped on rear side of the second belt wheel 18, it is preceding Square 14 rear side upper end of second support is equipped with first motor 15, and second support 14 connects with first motor 15 by bolted connection It connects, second support 14 front side upper end rotary type in rear is equipped with transmission wheel 16, and 16 front side of transmission wheel connects with 15 output shaft of first motor It connects, strut 20 is equipped on front side of front second support 14,20 lower end rotary type of strut is equipped with the first oscillating rod 21, the first oscillating rod 21 Immediately below cam 19,21 top left side of the first oscillating rod is connected with the first spring 22,22 upper end of the first spring with second The connection of 14 bottom of frame, 21 left end of the first oscillating rod are equipped with pressurizing unit 23,14 front side middle part of front second support and rear second 14 rear side middle part rotary type of bracket is equipped with the second oscillating rod 24, and the second oscillating rod 24 is located at 20 right of strut, the second oscillating rod It is connected with third spring 25 among 24 bottoms, is connected at the top of 25 lower end of third spring and second support 14, two side second of front and back pendulum Left end rotary type is equipped with the second extruding wheel 26 between lever 24, contacts at the top of 26 bottom of the second extruding wheel and transmission wheel 16.
Embodiment 2
It includes as shown in Figs. 1-2 vehicle frame 1, the first wheel 2, the second wheel that a kind of rare earth, which excavates the anti-leaching cloth collection apparatus in building site, 3, first support 4, the first slide bar 5, sliding sleeve 6, support plate 7, rack gear 8, the first support 9, shaft 10, gear 11, first pulley 12, Oscillating handle 13, second support 14, first motor 15, transmission wheel 16, the second support 17, the second belt wheel 18, belt 181, cam 19, branch Bar 20, the first oscillating rod 21, the first spring 22, pressurizing unit 23, the second oscillating rod 24, third spring 25 and the second extruding wheel 26, the 1 equal rotary type in left end front and rear sides of vehicle frame is equipped with the first wheel 2, and the 1 equal rotary type in right end front and rear sides of vehicle frame is equipped with the second vehicle Wheel 3,1 top left side of vehicle frame are equipped with first support 4, and first support 4 is located at 2 right of the first wheel, and 4 right side upper end of first support is set There is the first slide bar 5, slidingtype is equipped with sliding sleeve 6 on the first slide bar 5, and support plate 7 is equipped at the top of sliding sleeve 6, and support plate 7 is located at first 4 top of frame, 6 bottom of sliding sleeve are equipped with rack gear 8, and 1 top right side of vehicle frame is equipped with the first support 9, and 9 upper end rotary type of the first support is equipped with Shaft 10 is successively arranged gear 11,12 He Oscillating handle 13 of first pulley from rear to preceding in shaft 10, and gear 11 is located at the first support 9 Front side, gear 11 are engaged with rack gear 8, and 1 top right side rear and front end of vehicle frame is equipped with second support 14, and second support 14 is located at the One support, 9 right, 14 bottom left of front second support are equipped with the second support 17, and 17 rear side lower end rotary type of the second support is equipped with It is wound with belt 181 in second belt wheel 18, the second belt wheel 18 and first pulley 12, is equipped with cam 19, front on rear side of the second belt wheel 18 14 rear side upper end of second support is equipped with first motor 15, and second support 14 front side upper end rotary type in rear is equipped with transmission wheel 16, passes It send 16 front side of wheel to export axis connection with first motor 15, strut 20, the rotation of 20 lower end of strut is equipped on front side of front second support 14 Formula is equipped with the first oscillating rod 21, and the first oscillating rod 21 is located at the underface of cam 19, and 21 top left side of the first oscillating rod is connected with the One spring 22,22 upper end of the first spring are connect with 14 bottom of second support, and 21 left end of the first oscillating rod is equipped with pressurizing unit 23, preceding Square 14 front side middle part of second support is equipped with the second oscillating rod 24 with 14 rear side middle part of rear second support rotary type, and second swings Bar 24 is located at 20 right of strut, and third spring 25,25 lower end of third spring and second are connected among 24 bottom of the second oscillating rod It is connected at the top of bracket 14, left end rotary type is equipped with the second extruding wheel 26, the second extruding wheel between two the second oscillating rod of side 24 of front and back It is contacted at the top of 26 bottoms and transmission wheel 16.
Pressurizing unit 23 includes the first slip pipe 231, second spring 232, the second slide bar 233 and the first extruding wheel 234, and One oscillating rod, 21 left end is equipped with the first slip pipe 231, and the first oscillating rod 21 is connected by way of welded connecting with the first slip pipe 231 It connects, 231 inner top of the first slip pipe is connected with second spring 232, and 232 lower end of second spring is connected with the second slide bar 233, the second bullet Spring 232 is connect by way of welded connecting with the second slide bar 233, and 233 upper end of the second slide bar is located in the first slip pipe 231, the Two slide bars, 233 lower end rotary type is equipped with the first extruding wheel 234, and the first extruding wheel 234 is located at 7 top of support plate.
Embodiment 3
It includes as shown in Figs 1-4 vehicle frame 1, the first wheel 2, the second wheel that a kind of rare earth, which excavates the anti-leaching cloth collection apparatus in building site, 3, first support 4, the first slide bar 5, sliding sleeve 6, support plate 7, rack gear 8, the first support 9, shaft 10, gear 11, first pulley 12, Oscillating handle 13, second support 14, first motor 15, transmission wheel 16, the second support 17, the second belt wheel 18, belt 181, cam 19, branch Bar 20, the first oscillating rod 21, the first spring 22, pressurizing unit 23, the second oscillating rod 24, third spring 25 and the second extruding wheel 26, the 1 equal rotary type in left end front and rear sides of vehicle frame is equipped with the first wheel 2, and the 1 equal rotary type in right end front and rear sides of vehicle frame is equipped with the second vehicle Wheel 3,1 top left side of vehicle frame are equipped with first support 4, and first support 4 is located at 2 right of the first wheel, and 4 right side upper end of first support is set There is the first slide bar 5, slidingtype is equipped with sliding sleeve 6 on the first slide bar 5, and support plate 7 is equipped at the top of sliding sleeve 6, and support plate 7 is located at first 4 top of frame, 6 bottom of sliding sleeve are equipped with rack gear 8, and 1 top right side of vehicle frame is equipped with the first support 9, and 9 upper end rotary type of the first support is equipped with Shaft 10 is successively arranged gear 11,12 He Oscillating handle 13 of first pulley from rear to preceding in shaft 10, and gear 11 is located at the first support 9 Front side, gear 11 are engaged with rack gear 8, and 1 top right side rear and front end of vehicle frame is equipped with second support 14, and second support 14 is located at the One support, 9 right, 14 bottom left of front second support are equipped with the second support 17, and 17 rear side lower end rotary type of the second support is equipped with It is wound with belt 181 in second belt wheel 18, the second belt wheel 18 and first pulley 12, is equipped with cam 19, front on rear side of the second belt wheel 18 14 rear side upper end of second support is equipped with first motor 15, and second support 14 front side upper end rotary type in rear is equipped with transmission wheel 16, passes It send 16 front side of wheel to export axis connection with first motor 15, strut 20, the rotation of 20 lower end of strut is equipped on front side of front second support 14 Formula is equipped with the first oscillating rod 21, and the first oscillating rod 21 is located at the underface of cam 19, and 21 top left side of the first oscillating rod is connected with the One spring 22,22 upper end of the first spring are connect with 14 bottom of second support, and 21 left end of the first oscillating rod is equipped with pressurizing unit 23, preceding Square 14 front side middle part of second support is equipped with the second oscillating rod 24 with 14 rear side middle part of rear second support rotary type, and second swings Bar 24 is located at 20 right of strut, and third spring 25,25 lower end of third spring and second are connected among 24 bottom of the second oscillating rod It is connected at the top of bracket 14, left end rotary type is equipped with the second extruding wheel 26, the second extruding wheel between two the second oscillating rod of side 24 of front and back It is contacted at the top of 26 bottoms and transmission wheel 16.
Pressurizing unit 23 includes the first slip pipe 231, second spring 232, the second slide bar 233 and the first extruding wheel 234, and One oscillating rod, 21 left end is equipped with the first slip pipe 231, and 231 inner top of the first slip pipe is connected with second spring 232, second spring 232 Lower end is connected with the second slide bar 233, and 233 upper end of the second slide bar is located in the first slip pipe 231,233 lower end rotary type of the second slide bar Equipped with the first extruding wheel 234, the first extruding wheel 234 is located at 7 top of support plate.
It further include having swing seat 27, third oscillating rod 28, traction wheel 29, arc slip pipe 30, arc slide bar 31, guide rod 34, baffle 35, the 4th spring 36 and poke rod 37 are equipped with swing seat 27 and arc slip pipe 30, swing seat on the right side of second support 14 27 and arc slip pipe 30 connect by bolted connection with second support 14, swing seat 27 is located on arc slip pipe 30 Side, 27 right side rotary type of swing seat are equipped with third oscillating rod 28, and 28 right end rotary type of third oscillating rod is equipped with traction wheel 29, arc 30 inner sliding type of slip pipe is equipped with arc slide bar 31, and 31 upper end of arc slide bar is connect with 28 bottom of third oscillating rod, arc slide bar 31 It is connect by way of welded connecting with third oscillating rod 28, card slot 32 is uniformly provided on arc slide bar 31, arc slip pipe 30 is left Side is provided with pilot hole 33, and movable type is equipped with guide rod 34 in pilot hole 33, and 34 lower end of guide rod is located in card slot 32, guide rod 34 Left side is equipped with baffle 35, and guide rod 34 is connect by way of welded connecting with baffle 35, and the 4th spring is connected on baffle 35 36,36 lower end of the 4th spring is connect with bottom in card slot 32, and 34 right end of guide rod passes through the 4th spring 36, and 34 left end of guide rod turns Dynamic formula is equipped with poke rod 37,37 bottom of poke rod and 30 left contact of arc slip pipe.
Embodiment 4
It includes as shown in Figs. 1-5 vehicle frame 1, the first wheel 2, the second wheel that a kind of rare earth, which excavates the anti-leaching cloth collection apparatus in building site, 3, first support 4, the first slide bar 5, sliding sleeve 6, support plate 7, rack gear 8, the first support 9, shaft 10, gear 11, first pulley 12, Oscillating handle 13, second support 14, first motor 15, transmission wheel 16, the second support 17, the second belt wheel 18, belt 181, cam 19, branch Bar 20, the first oscillating rod 21, the first spring 22, pressurizing unit 23, the second oscillating rod 24, third spring 25 and the second extruding wheel 26, the 1 equal rotary type in left end front and rear sides of vehicle frame is equipped with the first wheel 2, and the 1 equal rotary type in right end front and rear sides of vehicle frame is equipped with the second vehicle Wheel 3,1 top left side of vehicle frame are equipped with first support 4, and first support 4 is located at 2 right of the first wheel, and 4 right side upper end of first support is set There is the first slide bar 5, slidingtype is equipped with sliding sleeve 6 on the first slide bar 5, and support plate 7 is equipped at the top of sliding sleeve 6, and support plate 7 is located at first 4 top of frame, 6 bottom of sliding sleeve are equipped with rack gear 8, and 1 top right side of vehicle frame is equipped with the first support 9, and 9 upper end rotary type of the first support is equipped with Shaft 10 is successively arranged gear 11,12 He Oscillating handle 13 of first pulley from rear to preceding in shaft 10, and gear 11 is located at the first support 9 Front side, gear 11 are engaged with rack gear 8, and 1 top right side rear and front end of vehicle frame is equipped with second support 14, and second support 14 is located at the One support, 9 right, 14 bottom left of front second support are equipped with the second support 17, and 17 rear side lower end rotary type of the second support is equipped with It is wound with belt 181 in second belt wheel 18, the second belt wheel 18 and first pulley 12, is equipped with cam 19, front on rear side of the second belt wheel 18 14 rear side upper end of second support is equipped with first motor 15, and second support 14 front side upper end rotary type in rear is equipped with transmission wheel 16, passes It send 16 front side of wheel to export axis connection with first motor 15, strut 20, the rotation of 20 lower end of strut is equipped on front side of front second support 14 Formula is equipped with the first oscillating rod 21, and the first oscillating rod 21 is located at the underface of cam 19, and 21 top left side of the first oscillating rod is connected with the One spring 22,22 upper end of the first spring are connect with 14 bottom of second support, and 21 left end of the first oscillating rod is equipped with pressurizing unit 23, preceding Square 14 front side middle part of second support is equipped with the second oscillating rod 24 with 14 rear side middle part of rear second support rotary type, and second swings Bar 24 is located at 20 right of strut, and third spring 25,25 lower end of third spring and second are connected among 24 bottom of the second oscillating rod It is connected at the top of bracket 14, left end rotary type is equipped with the second extruding wheel 26, the second extruding wheel between two the second oscillating rod of side 24 of front and back It is contacted at the top of 26 bottoms and transmission wheel 16.
Pressurizing unit 23 includes the first slip pipe 231, second spring 232, the second slide bar 233 and the first extruding wheel 234, and One oscillating rod, 21 left end is equipped with the first slip pipe 231, and 231 inner top of the first slip pipe is connected with second spring 232, second spring 232 Lower end is connected with the second slide bar 233, and 233 upper end of the second slide bar is located in the first slip pipe 231,233 lower end rotary type of the second slide bar Equipped with the first extruding wheel 234, the first extruding wheel 234 is located at 7 top of support plate.
It further include having swing seat 27, third oscillating rod 28, traction wheel 29, arc slip pipe 30, arc slide bar 31, guide rod 34, baffle 35, the 4th spring 36 and poke rod 37 are equipped with swing seat 27 and arc slip pipe 30, swing seat on the right side of second support 14 27 are located at 30 top of arc slip pipe, and 27 right side rotary type of swing seat is equipped with third oscillating rod 28, the rotation of 28 right end of third oscillating rod Formula is equipped with traction wheel 29, and 30 inner sliding type of arc slip pipe is equipped with arc slide bar 31,31 upper end of arc slide bar and third oscillating rod 28 Bottom connects, and is uniformly provided with card slot 32 on arc slide bar 31, pilot hole 33 is provided on the left of arc slip pipe 30, is moved in pilot hole 33 Formula is equipped with guide rod 34, and 34 lower end of guide rod is located in card slot 32, and baffle 35 is equipped on the left of guide rod 34, is connected on baffle 35 4th spring 36,36 lower end of the 4th spring are connect with bottom in card slot 32, and 34 right end of guide rod passes through the 4th spring 36, guide rod 34 left end rotary types are equipped with poke rod 37,37 bottom of poke rod and 30 left contact of arc slip pipe.
It further include having the second slip pipe 38, third slide bar 39, the 5th spring 40, the second motor 41 and clean-up wheel 42, third pendulum 28 top left side of lever is equipped with the second slip pipe 38, and third oscillating rod 28 is connect by way of welded connecting with the second slip pipe 38, Bottom is connected with the 5th spring 40 in second slip pipe 38, and 40 upper end of the 5th spring is connected with third slide bar 39, and the 5th spring 40 is logical It crosses the mode being welded to connect to connect with third slide bar 39,39 lower end of third slide bar is located in the second slip pipe 38, after third slide bar 39 Side upper end is equipped with the second motor 41, and 41 output shaft of the second motor is equipped with clean-up wheel 42.
When people need to collect anti-leaching cloth, the present invention is first moved to anti-leaching cloth and collects place by people, and by the first wheel 2 It is fixed with the second wheel 3, then anti-leaching cloth is passed through between transmission wheel 16 and the second extruding wheel 26, then people restart The rotation of the work of one motor 15,15 output shaft of first motor drives transmission wheel 16 to rotate, and then the anti-leaching cloth that will be laid on ground It being pulled up, the second extruding wheel 26 can generate certain pressure to anti-leaching cloth under the spring-force driven dual of third spring 25, And then being collected convenient for anti-leaching cloth, when anti-leaching cloth moves up, anti-leaching cloth left end can hang to 7 right end of support plate, then people Clockwise 13 , Oscillating handle 13 of Yao Dong Oscillating handle drive shaft 10, gear 11 and first pulley 12 to rotate clockwise, and then drive belt 181, the second belt wheel 18 and cam 19 rotate clockwise, and gear 11 moves right with carry-over bar 8, and then sliding sleeve 6 is driven to slide to the right Dynamic, sliding sleeve 6 drives support plate 7 to move right, after support plate 7 moves right to predetermined position, people another mistake hour hands Yao Dong Oscillating 13 , Oscillating handle 13 of handle drives shaft 10, gear 11 and first pulley 12 to rotate counterclockwise, and then drives belt 181, the second belt wheel 18 It being rotated counterclockwise with cam 19, gear 11 is moved to the left with carry-over bar 8, and then sliding sleeve 6 and support plate 7 is driven to be moved to the left, when After support plate 7 is moved to the left in place, people shake Oscillating handle 13 clockwise again, so as to which anti-leaching cloth is constantly laid on support plate It on 7, collects more neatly, while with the rotation of cam 19, the pointed portion of cam 19 can be rotated down, when the point of cam 19 When head point is turned to contacting at the top of the first oscillating rod 21, cam 19 can oppress the first oscillating rod 21, and then make pressurizing unit 23 contact with the anti-leaching cloth in support plate 7, and anti-leaching cloth is compressed, and the first spring 22 is stretched, when the tip of cam 19 When part leaves the first 21 top of oscillating rod, the first oscillating rod 21 can move up under the spring-force driven dual of the first spring 22, And resetted, pressurizing unit 23 moves up simultaneously, and separates with anti-leaching cloth, anti-leaching cloth so can be realized when collecting, Anti- leaching cloth can be fallen in support plate 7, and pave anti-leaching cloth with moving left and right for support plate 7, and pressurizing unit 23 can be continuous Anti- leaching cloth is compacted by ground, prevents anti-leaching cloth from stacking too fluffy, and after people harvest anti-leaching cloth, people close the first electricity Machine 15, and then so that transmission wheel 16 is stopped operating, while people stop shaking rocking handle.
When the first oscillating rod 21 moves down, the first oscillating rod 21 drives the first slip pipe 231 to move down, and then drives Second spring 232, the second slide bar 233 and the first extruding wheel 234 move down, when the first extruding wheel 234 is prevented in support plate 7 When drenching cloth contact, anti-leaching cloth can be compacted by the first extruding wheel 234, while can make the second slide bar 233 in the first slip pipe 231 Upward sliding, second spring 232 are compressed, and when the first oscillating rod 21 moves up, the first oscillating rod 21 drives the first slip pipe 231 move up, and then drive second spring 232, the second slide bar 233 and the first extruding wheel 234 to move up, and then make first Extruding wheel 234 is no longer contacted with the anti-leaching cloth in support plate 7, while the second slide bar 233 is in the spring-force driven dual of second spring 232 Under can reset, second spring 232 reset, the first extruding wheel 234 can be realized in this way and be compacted anti-leaching cloth, to make anti-leaching Cloth is placed more stable, stacks more smooth, is not susceptible to the case where anti-leaching cloth is tumbled.
When people are when collecting anti-leaching cloth, people press downwards poke rod 37, and poke rod 37 will drive guide rod 34 to the left It is mobile, and then remove 34 right end of guide rod out of card slot 32, the 4th spring 36 is stretched, then by 28 right end of third oscillating rod It moving up, third oscillating rod 28 drives arc slide bar 31 to move up, and then contacts traction wheel 29 with anti-leaching cloth bottom, when When traction wheel 29 and anti-leaching cloth bottom contact, people unclamp poke rod 37, spring masterpiece of the guide rod 34 in the 4th spring 36 It moves right under, poke rod 37 sets back, and then is inserted into 34 right end of guide rod in card slot 32, and the 4th spring 36 is multiple Position can make people when carrying out anti-leaching cloth and collecting in this way, traction wheel 29 can draw anti-leaching cloth, be more advantageous to the anti-cloth that drenches It moves up, makes collecting more easily for anti-leaching cloth, it is faster, it is more convenient.
When anti-leaching cloth is when being collected, people start the work of the second motor 41, the rotation meeting of 41 output shaft of the second motor It drives clean-up wheel 42 to rotate, and then the sundries such as the soil be stained with of anti-leaching cloth bottom is cleaned out, the placement for anti-leaching cloth of being more convenient for is put That sets is also more smooth, protects anti-leaching cloth, improves the service life of anti-leaching cloth, after anti-leaching cloth has been collected, people are turned off Second motor 41, and then clean-up wheel 42 is made to stop operating, it is no longer cleared up, third slide bar 39 is cleared up in clean-up wheel 42 When, it will drive the second motor 41 under the pressure effect of anti-leaching cloth and clean-up wheel 42 move up and down, the 5th spring 40 provides buffering.
It should be understood by those skilled in the art that the above embodiments do not limit the invention in any form, it is all using equivalent The mode technical solution obtained of replacement or equivalent transformation, falls within the scope of protection of the present invention.

Claims (4)

  1. It include vehicle frame (1), the first wheel (2), the second wheel (3), the 1. a kind of rare earth excavates the anti-leaching cloth collection apparatus in building site One bracket (4), the first slide bar (5), sliding sleeve (6), support plate (7) and rack gear (8), the equal rotary type in vehicle frame (1) left end front and rear sides Equipped with the first wheel (2), the equal rotary type in vehicle frame (1) right end front and rear sides is equipped with the second wheel (3), and vehicle frame (1) top left side is set Have first support (4), first support (4) is located at the first wheel (2) right, and upper end is equipped with the first slide bar on the right side of first support (4) (5), slidingtype is equipped with sliding sleeve (6) on the first slide bar (5), is equipped with support plate (7) at the top of sliding sleeve (6), and support plate (7) is located at first Above bracket (4), sliding sleeve (6) bottom is equipped with rack gear (8), it is characterised in that: further includes having the first support (9), shaft (10), tooth Take turns (11), first pulley (12), Oscillating handles (13), second support (14), first motor (15), transmission wheel (16), the second support (17), the second belt wheel (18), belt (181), cam (19), strut (20), the first oscillating rod (21), the first spring (22), squeeze Pressure device (23), the second oscillating rod (24), third spring (25) and the second extruding wheel (26), vehicle frame (1) top right side are equipped with the One support (9), the first support (9) upper end rotary type are equipped with shaft (10), are successively arranged gear from rear to preceding in shaft (10) (11), (12) He Oscillating handles (13), gear (11) are located on front side of the first support (9) first pulley, and gear (11) is nibbled with rack gear (8) It closes, vehicle frame (1) top right side rear and front end is equipped with second support (14), and second support (14) is located at the first support (9) right, Second support (14) bottom left in front is equipped with the second support (17), and lower end rotary type is equipped with the second band on rear side of the second support (17) It takes turns (18), is wound with belt (181) on the second belt wheel (18) and first pulley (12), cam is equipped on rear side of the second belt wheel (18) (19), upper end is equipped with first motor (15) on rear side of front second support (14), upper end rotary type on front side of rear second support (14) Equipped with transmission wheel (16), axis connection is exported with first motor (15) on front side of transmission wheel (16), is set on front side of front second support (14) Have strut (20), strut (20) lower end rotary type is equipped with the first oscillating rod (21), and the first oscillating rod (21) is being located at cam (19) just Lower section, the first oscillating rod (21) top left side are connected with the first spring (22), the first spring (22) upper end and second support (14) Bottom connection, the first oscillating rod (21) left end are equipped with pressurizing unit (23), middle part and rear the on front side of front second support (14) Middle part rotary type is equipped with the second oscillating rod (24) on rear side of two brackets (14), and the second oscillating rod (24) is located at strut (20) right, It is connected with third spring (25) among second oscillating rod (24) bottom, connects at the top of third spring (25) lower end and second support (14) It connects, left end rotary type is equipped with the second extruding wheel (26) between two the second oscillating rod of side (24) of front and back, the second extruding wheel (26) bottom It is contacted with transmission wheel (16) top.
  2. 2. a kind of rare earth as described in claim 1 excavates the anti-leaching cloth collection apparatus in building site, it is characterised in that: pressurizing unit (23) It include the first slip pipe (231), second spring (232), the second slide bar (233) and the first extruding wheel (234), the first oscillating rod (21) left end is equipped with the first slip pipe (231), and the first slip pipe (231) inner top is connected with second spring (232), second spring (232) lower end is connected with the second slide bar (233), and the second slide bar (233) upper end is located in the first slip pipe (231), the second slide bar (233) lower end rotary type is equipped with the first extruding wheel (234), and the first extruding wheel (234) is located above support plate (7).
  3. 3. a kind of rare earth as claimed in claim 2 excavates the anti-leaching cloth collection apparatus in building site, it is characterised in that: further include having swing Seat (27), third oscillating rod (28), traction wheel (29), arc slip pipe (30), arc slide bar (31), guide rod (34), baffle (35), the 4th spring (36) and poke rod (37), second support (14) right side are equipped with swing seat (27) and arc slip pipe (30), pendulum Dynamic seat (27) are located above arc slip pipe (30), and rotary type is equipped with third oscillating rod (28) on the right side of swing seat (27), and third is swung Bar (28) right end rotary type is equipped with traction wheel (29), and arc slip pipe (30) inner sliding type is equipped with arc slide bar (31), arc slide bar (31) upper end is connect with third oscillating rod (28) bottom, is uniformly provided on arc slide bar (31) card slot (32), arc slip pipe (30) Left side is provided with pilot hole (33), and mobile in pilot hole (33) to be equipped with guide rod (34), guide rod (34) lower end is located at card slot (32) in, baffle (35) are equipped on the left of guide rod (34), are connected with the 4th spring (36) on baffle (35), under the 4th spring (36) End is connect with card slot (32) interior bottom, and guide rod (34) right end passes through the 4th spring (36), and guide rod (34) left end rotary type is set Have poke rod (37), poke rod (37) bottom and arc slip pipe (30) left contact.
  4. 4. a kind of rare earth as claimed in claim 3 excavates the anti-leaching cloth collection apparatus in building site, it is characterised in that: further include having second Slip pipe (38), third slide bar (39), the 5th spring (40), the second motor (41) and clean-up wheel (42), third oscillating rod (28) top The second slip pipe (38) are equipped on the left of portion, the second slip pipe (38) interior bottom is connected with the 5th spring (40), the 5th spring (40) upper end It is connected with third slide bar (39), third slide bar (39) lower end is located in the second slip pipe (38), and upper end is set on rear side of third slide bar (39) Have the second motor (41), the second motor (41) output shaft is equipped with clean-up wheel (42).
CN201811417771.5A 2018-11-26 2018-11-26 Tombarthite excavates building site and prevents drenching cloth collection device Active CN109534041B (en)

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CN201811417771.5A CN109534041B (en) 2018-11-26 2018-11-26 Tombarthite excavates building site and prevents drenching cloth collection device

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Application Number Priority Date Filing Date Title
CN201811417771.5A CN109534041B (en) 2018-11-26 2018-11-26 Tombarthite excavates building site and prevents drenching cloth collection device

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CN109534041B CN109534041B (en) 2020-04-03

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Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US3778050A (en) * 1971-10-19 1973-12-11 Panther Machine Corp Auxiliary fabric feed means for fabric spreading machine
JPH05124769A (en) * 1991-02-15 1993-05-21 Karl Reichert Gmbh Method for arranging cloth piece and device for oppositely extending the same
US6155551A (en) * 1997-12-19 2000-12-05 Vmi Americas, Inc. Reciprocating stacker for continuous strip material
CN105692317A (en) * 2016-01-28 2016-06-22 山东万得集团有限公司 Dyeing and rolling equipment
CN207046562U (en) * 2017-07-07 2018-02-27 抚州大力实业发展有限公司 A kind of woven bag collator
CN108867287A (en) * 2018-06-02 2018-11-23 曹德财 A kind of road construction Anticracking plaster tiling equipment

Patent Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US3778050A (en) * 1971-10-19 1973-12-11 Panther Machine Corp Auxiliary fabric feed means for fabric spreading machine
JPH05124769A (en) * 1991-02-15 1993-05-21 Karl Reichert Gmbh Method for arranging cloth piece and device for oppositely extending the same
US6155551A (en) * 1997-12-19 2000-12-05 Vmi Americas, Inc. Reciprocating stacker for continuous strip material
CN105692317A (en) * 2016-01-28 2016-06-22 山东万得集团有限公司 Dyeing and rolling equipment
CN207046562U (en) * 2017-07-07 2018-02-27 抚州大力实业发展有限公司 A kind of woven bag collator
CN108867287A (en) * 2018-06-02 2018-11-23 曹德财 A kind of road construction Anticracking plaster tiling equipment

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