CN109132709A - A kind of joints cement pier iron wire coiler - Google Patents
A kind of joints cement pier iron wire coiler Download PDFInfo
- Publication number
- CN109132709A CN109132709A CN201811020939.9A CN201811020939A CN109132709A CN 109132709 A CN109132709 A CN 109132709A CN 201811020939 A CN201811020939 A CN 201811020939A CN 109132709 A CN109132709 A CN 109132709A
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- arc
- block
- iron wire
- spring
- guide
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H54/00—Winding, coiling, or depositing filamentary material
- B65H54/70—Other constructional features of yarn-winding machines
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H54/00—Winding, coiling, or depositing filamentary material
- B65H54/70—Other constructional features of yarn-winding machines
- B65H54/74—Driving arrangements
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H2701/00—Handled material; Storage means
- B65H2701/30—Handled filamentary material
- B65H2701/36—Wires
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- Engineering & Computer Science (AREA)
- Textile Engineering (AREA)
- Bridges Or Land Bridges (AREA)
- Wire Processing (AREA)
Abstract
The present invention relates to a kind of coiler more particularly to a kind of joints cement pier iron wire coilers.Technical problem: providing one kind can replace manpower is dynamic to carry out winding to iron wire and avoid injury, and can also quickly wind iron wire, the joints cement pier iron wire coiler improved efficiency.Technical solution is as follows: a kind of joints cement pier iron wire coiler includes handle, connecting rod, pulling plate, roller bearing, guide rod, the first spring, circular slab, ring slider, arc block, circular cone, movable block, contact block etc.；Circular slab bottom is provided with annular groove, and four ring sliders engaged therewith are equipped in annular groove, are slidably matched in ring slider and annular groove.The present invention is fixed by the way that iron wire to be placed between arc block by arc compression block, i.e., rotatably the present apparatus rolls iron wire, then moves without manpower and roll iron wire, iron wire rebound is avoided to injure hand, by rotating device, then arc block rotation can be made quickly to roll iron wire, improve working efficiency.
Description
Technical field
The present invention relates to a kind of coiler more particularly to a kind of joints cement pier iron wire coilers.
Background technique
In building construction, after the completion of clump pours, has a large amount of iron wire and also remain in outside, then need iron wire
Cutting is rolled for handling, and usual people are that iron wire is rolled into one manually, since iron wire toughness is fine, is easy anti-by iron wire
Bullet injures hand, and for a long time, and the hand of people, which is easily ached, influences the efficiency of subsequent rolled steel wire, so people can wear armour,
And it rolls up iron wire for a moment to rest again for a moment, the so inconvenient winding to iron wire, and working efficiency is low.
Summary of the invention
It is that iron wire is rolled into one manually to overcome people all, since iron wire toughness is fine, being easy will by iron wire rebound
Hand is injured, for a long time, the hand of people easily ache the efficiency for influencing subsequent rolled steel wire the shortcomings that, technical problem: providing one kind can
It moves that iron wire wind instead of manpower and avoids injury, and can also quickly wind iron wire, what is improved efficiency pours water
Mud pier iron wire coiler.
Technical solution is as follows: a kind of joints cement pier iron wire coiler, include handle, connecting rod, pulling plate, roller bearing, guide rod,
First spring, circular slab, ring slider, arc block, circular cone, movable block, contact block, fixed device and third spring, it is round
Board bottom portion is provided with annular groove, is equipped with four ring sliders engaged therewith in annular groove, in ring slider and annular groove
It is slidably matched, is designed with arc block below each ring slider, arc block top center is provided with guide chute, ring slider also position
In being slidably matched in guide chute with it, third spring, arc are connected between ring slider medial surface and guide chute medial surface
Shape block lower part is equipped with fixed device, and arc block medial surface top is provided with through-hole, and arc block medial surface top is hinged with movable block, living
Motion block is located above through-hole, and movable block lateral surface lower part is connected with contact block, and contact block is located in through-hole to be contacted with fixed device
Cooperation, circular slab center location are provided with guide hole, and guide rod is equipped in guide hole, is wrapped with first between guide rod lower part and circular slab top
Spring, guide rod bottom end are connected with circular cone, and circular cone is located above movable block and cooperates with it, and guide rod top is connected with roller bearing, circle
Shape plate top left and right bilateral type is connected with connecting rod, and handle is connected between the connecting rod tail end of the left and right sides, and handle is inclination
Setting, handle are located on rear side of roller bearing, and left handle face lower rotational formula is connected with pulling plate, and pulling plate right part is provided with a word hole, rolling
Axle position in a word hole with it in cooperating.
Optionally, fixed device includes arc shaped slider, second spring and arc compression block, and arc block lower part is provided with arc
It is connected in slot, arc groove and through-hole, arc chute is all provided among arc groove top and bottom, is equipped in arc chute and matches with it
Two arc shaped sliders closed are slidably matched in arc shaped slider and arc chute, are connected with second spring between two arc shaped sliders,
It is connected with arc compression block between the arc shaped slider medial surface of upper and lower two sides two, arc compression block is slidably matched with arc groove, contact block
Cooperate between corresponding two arc compression blocks with it.
It optionally, further include having rotating device, rotating device includes driving motor, six diamond shape bars, sleeve, slide bar, six
Diamond shape set, button and the 4th spring, arc block medial surface top are connected with sleeve, and sleeve is located at below through-hole, are equipped in sleeve
Slide bar is connected with the 4th spring between slide bar outer end and sleeve medial surface, be connected with six diamond shape sets between four slide bar inner ends, and six
Diamond shape, which covers, is equipped with button among interior bottom, and circular cone bottom center location is provided with groove, and groove top is vertically-mounted driving
Motor, driving motor and button have circuit connection, and the output shaft of driving motor is connected with six diamond shape bars, six diamond shapes by shaft coupling
Bar is located at right above six diamond shapes set.
It optionally, further include having the 5th spring, push rod, guide sleeve and annulus, one of arc block lateral surface top is affixed
Guide sleeve, is equipped with push rod in guide sleeve, at the top of push rod top and guide sleeve between be wrapped with the 5th spring, between four arc block lateral surfaces
Equipped with annulus, it is fixedly connected on the right side of annulus lateral surface with push rod left lower.
It optionally, further include having motion bar, ball and the 6th spring, circular cone lateral surface is evenly spaced to open that there are four lead
To slot, it is equipped with motion bar in guide groove, the 6th spring is connected between motion bar inner end and guide groove medial surface, slide bar outer end is embedding
Enter formula is equipped with ball, and ball is engaged with movable block.
The beneficial effects of the present invention are: the present invention is fixed by the way that iron wire to be placed between arc block by arc compression block,
It can be rotated the present apparatus to roll iron wire, then moved without manpower and roll iron wire, avoid iron wire rebound from injuring hand, pass through rotation
Device can then make arc block rotation quickly roll iron wire, improve working efficiency, by the effect of annulus, can be more convenient behaviour
Make personnel to remove the iron wire spooled, by the effect of ball, then the frictional force that can reduce circular cone and movable block avoids damaging
Influence the winding of iron wire.
Detailed description of the invention
Fig. 1 is schematic view of the front view of the invention.
Fig. 2 is part schematic view of the front view of the invention.
Fig. 3 is fragmentary bottom structural schematic diagram of the invention.
Fig. 4 is that partial top structure four of the invention is intended to.
Description of symbols: 1 handle, 2 connecting rods, 3 pulling plates, 4 roller bearings, 5 one word holes, 6 guide rods, 7 first springs, 8 circular slabs,
9 guide holes, 10 annular grooves, 11 ring sliders, 12 arc blocks, 13 circular cones, 14 movable blocks, 15 contact blocks, 16 fixed devices,
161 arc chutes, 162 arc shaped sliders, 163 second springs, 164 arc compression blocks, 165 arc grooves, 17 through-holes, 18 guide chutes,
19 third springs, 20 rotating devices, 201 grooves, 202 driving motors, 203 6 diamond shape bars, 204 sleeves, 205 slide bars, 206 6 water chestnuts
Shape set, 207 buttons, 208 the 4th springs, 21 the 5th springs, 22 push rods, 23 guide sleeves, 24 annulus, 25 guide grooves, 26 motion bars, 27
Ball, 28 the 6th springs.
Specific embodiment
As described below is only presently preferred embodiments of the present invention, is not intended to limit the scope of the present invention.
Embodiment 1
A kind of joints cement pier iron wire coiler, as shown in Figs 1-4, include handle 1, connecting rod 2, pulling plate 3, roller bearing 4, guide rod 6,
First spring 7, circular slab 8, ring slider 11, arc block 12, circular cone 13, movable block 14, contact block 15, fixed 16 and of device
Third spring 19,8 bottom of circular slab are provided with annular groove 10, are equipped with four ring sliders engaged therewith in annular groove 10
11, it is slidably matched in ring slider 11 and annular groove 10, is designed with arc block 12, ring slider below each ring slider 11
11 are connect by way of welded connecting with arc block 12, and 12 top center of arc block is provided with guide chute 18, ring slider 11
It is also located in guide chute 18 and is slidably matched with it, the is connected between 18 medial surface of 11 medial surface of ring slider and guide chute
Three springs 19,12 lower part of arc block are equipped with fixed device 16, and 12 medial surface top of arc block is provided with through-hole 17,12 inside of arc block
Face top is hinged with movable block 14, and movable block 14 is located at 17 top of through-hole, and 14 lateral surface lower part of movable block is connected with contact block 15,
Movable block 14 is connect by way of welded connecting with contact block 15, and contact block 15 is located in through-hole 17 to be contacted with fixed device 16
Cooperation, 8 center location of circular slab are provided with guide hole 9, and guide rod 6, solderless wrapped connection between 8 top of 6 lower part of guide rod and circular slab are equipped in guide hole 9
There is the first spring 7,6 bottom end of guide rod is connected with circular cone 13, and guide rod 6 is connect by way of welded connecting with circular cone 13, cone
Shape block 13 is located at 14 top of movable block and cooperates with it, and 6 top of guide rod is connected with roller bearing 4,8 top left and right bilateral type of circular slab
Be connected with connecting rod 2, be connected with handle 1 between 2 tail end of left and right sides connecting rod, handle 1 is to be obliquely installed, and handle 1 is located at roller bearing 4
Rear side, 1 left side lower rotational formula of handle are connected with pulling plate 3, and 3 right part of pulling plate is provided with a word hole 5, and roller bearing 4 is located at a word hole 5
It is interior to cooperate with it.
Embodiment 2
A kind of joints cement pier iron wire coiler, as shown in Figs 1-4, include handle 1, connecting rod 2, pulling plate 3, roller bearing 4, guide rod 6,
First spring 7, circular slab 8, ring slider 11, arc block 12, circular cone 13, movable block 14, contact block 15, fixed 16 and of device
Third spring 19,8 bottom of circular slab are provided with annular groove 10, are equipped with four ring sliders engaged therewith in annular groove 10
11, it is slidably matched in ring slider 11 and annular groove 10, arc block 12, arc block 12 is designed with below each ring slider 11
Top center is provided with guide chute 18, and ring slider 11 is also located in guide chute 18 and is slidably matched with it, in ring slider 11
Third spring 19 is connected between 18 medial surface of side and guide chute, 12 lower part of arc block is equipped with fixed device 16, arc block
12 medial surface tops are provided with through-hole 17, and 12 medial surface top of arc block is hinged with movable block 14, and movable block 14 is located on through-hole 17
Side, 14 lateral surface lower part of movable block are connected with contact block 15, and contact block 15 is located in through-hole 17 to be engaged with fixed device 16,
8 center location of circular slab is provided with guide hole 9, and guide rod 6 is equipped in guide hole 9, and the is wrapped between 8 top of 6 lower part of guide rod and circular slab
One spring 7,6 bottom end of guide rod are connected with circular cone 13, and circular cone 13 is located at 14 top of movable block and cooperates with it, and 6 top of guide rod is solid
It is connected to roller bearing 4,8 top left and right bilateral type of circular slab is connected with connecting rod 2, is connected between 2 tail end of left and right sides connecting rod
Handle 1, handle 1 are to be obliquely installed, and handle 1 is located at 4 rear side of roller bearing, and 1 left side lower rotational formula of handle is connected with pulling plate 3,
3 right part of pulling plate is provided with a word hole 5, and roller bearing 4 is located in a word hole 5 and cooperates with it.
Fixed device 16 includes arc shaped slider 162, second spring 163 and arc compression block 164, and 12 lower part of arc block is provided with
It is connected in arc groove 165, arc groove 165 and through-hole 17, is all provided with arc chute 161, arc among 165 top and bottom of arc groove
It is equipped with two arc shaped sliders 162 engaged therewith in shape sliding slot 161, is slidably matched in arc shaped slider 162 and arc chute 161,
It is connected with second spring 163 between two arc shaped sliders 162, arc shaped slider 162 is by way of welded connecting and second spring
163 connect, and are connected with arc compression block 164 between 162 medial surface of arc shaped slider of upper and lower two sides two, arc shaped slider 162 passes through weldering
The mode connect in succession is connect with arc compression block 164, and arc compression block 164 is slidably matched with arc groove 165, and contact block 15 is located at opposite
Cooperate between two arc compression blocks 164 answered with it.
Embodiment 3
A kind of joints cement pier iron wire coiler, as shown in Figs 1-4, include handle 1, connecting rod 2, pulling plate 3, roller bearing 4, guide rod 6,
First spring 7, circular slab 8, ring slider 11, arc block 12, circular cone 13, movable block 14, contact block 15, fixed 16 and of device
Third spring 19,8 bottom of circular slab are provided with annular groove 10, are equipped with four ring sliders engaged therewith in annular groove 10
11, it is slidably matched in ring slider 11 and annular groove 10, arc block 12, arc block 12 is designed with below each ring slider 11
Top center is provided with guide chute 18, and ring slider 11 is also located in guide chute 18 and is slidably matched with it, in ring slider 11
Third spring 19 is connected between 18 medial surface of side and guide chute, 12 lower part of arc block is equipped with fixed device 16, arc block
12 medial surface tops are provided with through-hole 17, and 12 medial surface top of arc block is hinged with movable block 14, and movable block 14 is located on through-hole 17
Side, 14 lateral surface lower part of movable block are connected with contact block 15, and contact block 15 is located in through-hole 17 to be engaged with fixed device 16,
8 center location of circular slab is provided with guide hole 9, and guide rod 6 is equipped in guide hole 9, and the is wrapped between 8 top of 6 lower part of guide rod and circular slab
One spring 7,6 bottom end of guide rod are connected with circular cone 13, and circular cone 13 is located at 14 top of movable block and cooperates with it, and 6 top of guide rod is solid
It is connected to roller bearing 4,8 top left and right bilateral type of circular slab is connected with connecting rod 2, is connected between 2 tail end of left and right sides connecting rod
Handle 1, handle 1 are to be obliquely installed, and handle 1 is located at 4 rear side of roller bearing, and 1 left side lower rotational formula of handle is connected with pulling plate 3,
3 right part of pulling plate is provided with a word hole 5, and roller bearing 4 is located in a word hole 5 and cooperates with it.
Fixed device 16 includes arc shaped slider 162, second spring 163 and arc compression block 164, and 12 lower part of arc block is provided with
It is connected in arc groove 165, arc groove 165 and through-hole 17, is all provided with arc chute 161, arc among 165 top and bottom of arc groove
It is equipped with two arc shaped sliders 162 engaged therewith in shape sliding slot 161, is slidably matched in arc shaped slider 162 and arc chute 161,
It is connected with second spring 163 between two arc shaped sliders 162, is connected between 162 medial surface of arc shaped slider of upper and lower two sides two
Arc compression block 164, arc compression block 164 are slidably matched with arc groove 165, and contact block 15 is located at corresponding two arc compression blocks
Cooperate between 164 with it.
It further include having rotating device 20, rotating device 20 includes driving motor 202, six diamond shape bars 203, sleeve 204, slides
Bar 205, six diamond shapes set 206, button 207 and the 4th spring 208,12 medial surface top of arc block are connected with sleeve 204, arc block
12 connect with sleeve 204 by bolted connection, and sleeve 204 is located at 17 lower section of through-hole, are equipped with slide bar 205 in sleeve 204,
It is connected with the 4th spring 208 between 204 medial surface of 205 outer end of slide bar and sleeve, is connected with six water chestnuts between four 205 inner ends of slide bar
Shape set 206, slide bar 205 are connect by way of welded connecting with six diamond shapes set 206, installation among bottom in six diamond shapes set 206
There is button 207,13 bottom center location of circular cone is provided with groove 201, and 201 top vertical of groove is equipped with driving motor 202, cone
Shape block 13 is connect with driving motor 202 by bolted connection, and driving motor 202 and button 207 have circuit connection, is driven
The output shaft of motor 202 is connected with six diamond shape bars 203 by shaft coupling, and six diamond shape bars 203 are located at right above six diamond shapes set 206.
Embodiment 4
A kind of joints cement pier iron wire coiler, as shown in Figs 1-4, include handle 1, connecting rod 2, pulling plate 3, roller bearing 4, guide rod 6,
First spring 7, circular slab 8, ring slider 11, arc block 12, circular cone 13, movable block 14, contact block 15, fixed 16 and of device
Third spring 19,8 bottom of circular slab are provided with annular groove 10, are equipped with four ring sliders engaged therewith in annular groove 10
11, it is slidably matched in ring slider 11 and annular groove 10, arc block 12, arc block 12 is designed with below each ring slider 11
Top center is provided with guide chute 18, and ring slider 11 is also located in guide chute 18 and is slidably matched with it, in ring slider 11
Third spring 19 is connected between 18 medial surface of side and guide chute, 12 lower part of arc block is equipped with fixed device 16, arc block
12 medial surface tops are provided with through-hole 17, and 12 medial surface top of arc block is hinged with movable block 14, and movable block 14 is located on through-hole 17
Side, 14 lateral surface lower part of movable block are connected with contact block 15, and contact block 15 is located in through-hole 17 to be engaged with fixed device 16,
8 center location of circular slab is provided with guide hole 9, and guide rod 6 is equipped in guide hole 9, and the is wrapped between 8 top of 6 lower part of guide rod and circular slab
One spring 7,6 bottom end of guide rod are connected with circular cone 13, and circular cone 13 is located at 14 top of movable block and cooperates with it, and 6 top of guide rod is solid
It is connected to roller bearing 4,8 top left and right bilateral type of circular slab is connected with connecting rod 2, is connected between 2 tail end of left and right sides connecting rod
Handle 1, handle 1 are to be obliquely installed, and handle 1 is located at 4 rear side of roller bearing, and 1 left side lower rotational formula of handle is connected with pulling plate 3,
3 right part of pulling plate is provided with a word hole 5, and roller bearing 4 is located in a word hole 5 and cooperates with it.
Fixed device 16 includes arc shaped slider 162, second spring 163 and arc compression block 164, and 12 lower part of arc block is provided with
It is connected in arc groove 165, arc groove 165 and through-hole 17, is all provided with arc chute 161, arc among 165 top and bottom of arc groove
It is equipped with two arc shaped sliders 162 engaged therewith in shape sliding slot 161, is slidably matched in arc shaped slider 162 and arc chute 161,
It is connected with second spring 163 between two arc shaped sliders 162, is connected between 162 medial surface of arc shaped slider of upper and lower two sides two
Arc compression block 164, arc compression block 164 are slidably matched with arc groove 165, and contact block 15 is located at corresponding two arc compression blocks
Cooperate between 164 with it.
It further include having rotating device 20, rotating device 20 includes driving motor 202, six diamond shape bars 203, sleeve 204, slides
Bar 205, six diamond shapes set 206, button 207 and the 4th spring 208,12 medial surface top of arc block are connected with sleeve 204, sleeve
204 are located at the lower section of through-hole 17, and slide bar 205 is equipped in sleeve 204, and the is connected between 204 medial surface of 205 outer end of slide bar and sleeve
Four springs 208 are connected with six diamond shapes set 206 between four 205 inner ends of slide bar, be equipped among bottom in six diamond shapes set 206 by
Button 207,13 bottom center location of circular cone are provided with groove 201, and 201 top vertical of groove is equipped with driving motor 202, driving electricity
Machine 202 and button 207 have circuit connection, and the output shaft of driving motor 202 is connected with six diamond shape bars 203, six water chestnuts by shaft coupling
Shape bar 203 is located at right above six diamond shapes set 206.
It further include having the 5th spring 21, push rod 22, guide sleeve 23 and annulus 24, one of 12 lateral surface top of arc block is solid
Guide sleeve 23 is connect, arc block 12 is connect by way of welded connecting with guide sleeve 23, and push rod 22,22 top of push rod are equipped in guide sleeve 23
It is wrapped with the 5th spring 21 between 23 top of guide sleeve, annulus 24,24 outside of annulus are equipped between four 12 lateral surfaces of arc block
Right side of face is fixedly connected with 22 left lower of push rod, and arc block 12 is connect by way of welded connecting with guide sleeve 23.
Embodiment 5
A kind of joints cement pier iron wire coiler, as shown in Figs 1-4, include handle 1, connecting rod 2, pulling plate 3, roller bearing 4, guide rod 6,
First spring 7, circular slab 8, ring slider 11, arc block 12, circular cone 13, movable block 14, contact block 15, fixed 16 and of device
Third spring 19,8 bottom of circular slab are provided with annular groove 10, are equipped with four ring sliders engaged therewith in annular groove 10
11, it is slidably matched in ring slider 11 and annular groove 10, arc block 12, arc block 12 is designed with below each ring slider 11
Top center is provided with guide chute 18, and ring slider 11 is also located in guide chute 18 and is slidably matched with it, in ring slider 11
Third spring 19 is connected between 18 medial surface of side and guide chute, 12 lower part of arc block is equipped with fixed device 16, arc block
12 medial surface tops are provided with through-hole 17, and 12 medial surface top of arc block is hinged with movable block 14, and movable block 14 is located on through-hole 17
Side, 14 lateral surface lower part of movable block are connected with contact block 15, and contact block 15 is located in through-hole 17 to be engaged with fixed device 16,
8 center location of circular slab is provided with guide hole 9, and guide rod 6 is equipped in guide hole 9, and the is wrapped between 8 top of 6 lower part of guide rod and circular slab
One spring 7,6 bottom end of guide rod are connected with circular cone 13, and circular cone 13 is located at 14 top of movable block and cooperates with it, and 6 top of guide rod is solid
It is connected to roller bearing 4,8 top left and right bilateral type of circular slab is connected with connecting rod 2, is connected between 2 tail end of left and right sides connecting rod
Handle 1, handle 1 are to be obliquely installed, and handle 1 is located at 4 rear side of roller bearing, and 1 left side lower rotational formula of handle is connected with pulling plate 3,
3 right part of pulling plate is provided with a word hole 5, and roller bearing 4 is located in a word hole 5 and cooperates with it.
Fixed device 16 includes arc shaped slider 162, second spring 163 and arc compression block 164, and 12 lower part of arc block is provided with
It is connected in arc groove 165, arc groove 165 and through-hole 17, is all provided with arc chute 161, arc among 165 top and bottom of arc groove
It is equipped with two arc shaped sliders 162 engaged therewith in shape sliding slot 161, is slidably matched in arc shaped slider 162 and arc chute 161,
It is connected with second spring 163 between two arc shaped sliders 162, is connected between 162 medial surface of arc shaped slider of upper and lower two sides two
Arc compression block 164, arc compression block 164 are slidably matched with arc groove 165, and contact block 15 is located at corresponding two arc compression blocks
Cooperate between 164 with it.
It further include having rotating device 20, rotating device 20 includes driving motor 202, six diamond shape bars 203, sleeve 204, slides
Bar 205, six diamond shapes set 206, button 207 and the 4th spring 208,12 medial surface top of arc block are connected with sleeve 204, sleeve
204 are located at the lower section of through-hole 17, and slide bar 205 is equipped in sleeve 204, and the is connected between 204 medial surface of 205 outer end of slide bar and sleeve
Four springs 208 are connected with six diamond shapes set 206 between four 205 inner ends of slide bar, be equipped among bottom in six diamond shapes set 206 by
Button 207,13 bottom center location of circular cone are provided with groove 201, and 201 top vertical of groove is equipped with driving motor 202, driving electricity
Machine 202 and button 207 have circuit connection, and the output shaft of driving motor 202 is connected with six diamond shape bars 203, six water chestnuts by shaft coupling
Shape bar 203 is located at right above six diamond shapes set 206.
It further include having the 5th spring 21, push rod 22, guide sleeve 23 and annulus 24, one of 12 lateral surface top of arc block is solid
Guide sleeve 23 is connect, push rod 22 is equipped in guide sleeve 23,22 top of push rod and guide sleeve are wrapped with the 5th spring 21, four arcs between 23 top
It is equipped with annulus 24 between 12 lateral surface of shape block, is fixedly connected on the right side of 24 lateral surface of annulus with 22 left lower of push rod.
Further include having motion bar 26, ball 27 and the 6th spring 28,13 lateral surface of circular cone is evenly spaced open there are four
Guide groove 25, guide groove 25 is interior to be equipped with motion bar 26, is connected with the 6th bullet between 25 medial surface of 26 inner end of motion bar and guide groove
Spring 28,205 outer end of slide bar is Embedded to be equipped with ball 27, and ball 27 is engaged with movable block 14.
It is operated first personnel iron wire is moved between four arc blocks 12, then holds handle 1 and pull 3 left part of pulling plate upward
Swing, 3 left part of pulling plate is swung up so that right part is to lower swing, 3 right part of pulling plate swing by downwards roller bearing 4 drive guide rod 6 to
Lower movement, the compression of the first spring 7, guide rod 6, which moves down, drives circular cone 13 to move down, and circular cone 13 moves downwards through work
Motion block 14 drives arc block 12 to be displaced outwardly, and third spring 19 compresses, when arc block 12 moves outwardly to suitable position, cone
Shape block 13, which continues to move down, pushes movable block 14 to swing out, and movable block 14, which is swung out, drives contact block 15 to swing out,
Contact block 15 swings out the fixed device 16 of drive and is displaced outwardly to be contacted with iron wire, and then fixed device 16 fixes iron wire, grasps
Making personnel can be rotated the present apparatus, and present apparatus rotation rolls up iron wire in arc block 12, while mobile that it is complete to iron wire head end
It rolls in portion.After the iron wire on clump is all rolled, can stop operating the present apparatus, and operator is again with tool by snips
It is disconnected, pulling plate 3 is unclamped, because of the effect of the first spring 7, guide rod 6, which moves up, drives circular cone 13 to move up, and circular cone 13 is upward
Movement is not contacted with movable block 14, and because of the effect of third spring 19, arc block 12, which moves inward, to be restored to original position, while fixed dress
It sets 16 and is also restored to original position, fixed device 16 pushes contact block 15 to move inward, and contact block 15, which moves inward, drives movable block 14
Recovery is moved inward to original position, operator can remove iron wire from arc block 12.
When operator pulls pulling plate 3 to be swung up, contact block 15, which is displaced outwardly, pushes arc compression block 164 to be moved out
Dynamic, second spring 163 stretches, and arc compression block 164 is displaced outwardly to contact with iron wire and be fixed, and can start turning the present apparatus will
Iron wire is rolled.After iron wire is all rolled, and when iron wire and clump disengaging, pulling plate 3 can be unclamped, and then because of second spring
163 effect, arc compression block 164, which moves inward to unclamp on iron wire, to be restored to original position, meanwhile, arc compression block 164, which moves inward, to be pushed away
Dynamic contact block 15 is displaced outwardly recovery to original position.
When operator pulls pulling plate 3 to move up, arc block 12 is displaced outwardly band moving sleeve 204 and is displaced outwardly, the
Four springs 208 stretch, and circular cone 13 moves down while driving motor 202 being driven to move down, and driving motor 202 moves down
Six diamond shape bars 203 are driven to move down, when arc compression block 164 is fixed by iron wire, six diamond shape bars 203 are also moved downward to six water chestnuts
It being contacted in shape set 206 with button 207, driving motor 202 is activated, and the rotation of driving motor 202 drives the rotation of six diamond shape bars 203,
The rotation of six diamond shape bars 203 is rotated with moving sleeve 204, and the rotation of sleeve 204 drives arc block 12 to rotate, and arc block 12 is rotated iron wire
It rolls.After iron wire is all rolled-up, pulling plate 3 can be unclamped, circular cone 13, which moves up, drives driving motor 202 to moving up
It is dynamic, and then drive six diamond shape bars 203 to move up and be detached from in six diamond shapes set 206, driving motor 202 is closed, meanwhile, arc block
12, which move inward band moving sleeve 204, moves inward recovery to original position, and the 4th spring 208 is contracted to original position.In this way, being not necessarily to operator
Member rotates the present apparatus manually, convenient and efficient.
When iron wire is all spooled, and head end and clump are cut when being detached from, and operator can push push rod 22 to moving down
Dynamic, the compression of the 5th spring 21, push rod 22, which moves down, drives annulus 24 to move down, and annulus 24, which moves down, pushes iron wire downward
It is mobile to be detached from arc block 12.After iron wire and arc block 12 are detached from, push rod 22 is unclamped, because of the effect of the 5th spring 21, push rod
22, which move up drive annulus 24, moves up recovery to original position.In this way, more convenient operator removes iron wire.
When iron wire is rolled in the rotation of arc block 12, arc block 12 drives movable block 14 to rotate simultaneously, and movable block 14 rotates
It is contacted with ball 27, ball 27 rolls on movable block 14, and because of the effect of the 6th spring 28, ball 27 is connect with movable block 14 always
Touching, ball 27 can reduce the frictional force of circular cone 13 Yu movable block 14.In this way, can prevent movable block 14 for a long time and circular cone
13 contacts cause to wear.
The foregoing is merely presently preferred embodiments of the present invention, is not intended to limit the invention, it is all in spirit of the invention and
Within principle, any modification, equivalent replacement, improvement and so on be should all be included in the protection scope of the present invention.
Claims (5)
1. a kind of joints cement pier iron wire coiler includes handle, connecting rod, pulling plate, roller bearing, guide rod, the first spring and circle
Plate, circular slab center location are provided with guide hole, and guide rod is equipped in guide hole, is wrapped with the first bullet between guide rod lower part and circular slab top
Spring, guide rod top are connected with roller bearing, and left and right bilateral type is connected with connecting rod at the top of circular slab, left and right sides connecting rod tail end it
Between be connected with handle, handle is to be obliquely installed, and handle is located at roller bearing rear side, and left handle face lower rotational formula is connected with drawing
Plate, pulling plate right part are provided with a word hole, and roller bearing is located in a word hole and cooperates with it, which is characterized in that further includes having ring slider, arc
Shape block, circular cone, movable block, contact block, fixed device and third spring, circular slab bottom are provided with annular groove, annular groove
It is interior to be equipped with four ring sliders engaged therewith, it is slidably matched in ring slider and annular groove, below each ring slider
Equipped with arc block, arc block top center is provided with guide chute, and ring slider is also located in guide chute and is slidably matched with it, ring
Third spring is connected between shape inner side of slider face and guide chute medial surface, arc block lower part is equipped with fixed device, arc block
Medial surface top is provided with through-hole, and arc block medial surface top is hinged with movable block, and movable block is located above through-hole, on the outside of movable block
Face lower part is connected with contact block, and contact block is located in through-hole to be engaged with fixed device, and guide rod bottom end is connected with circular cone, cone
Shape block is located above movable block and cooperates with it.
2. a kind of joints cement pier iron wire coiler according to claim 1, which is characterized in that fixed device includes arc
Shape sliding block, second spring and arc compression block, arc block lower part are provided with arc groove, are connected in arc groove and through-hole, at the top of arc groove
Be all provided with arc chute among bottom, two arc shaped sliders engaged therewith, arc shaped slider and arc are equipped in arc chute
It is slidably matched in sliding slot, is connected with second spring between two arc shaped sliders, between the arc shaped slider medial surface of upper and lower two sides two
Be connected with arc compression block, arc compression block is slidably matched with arc groove, contact block between corresponding two arc compression blocks with
It cooperates.
3. a kind of joints cement pier iron wire coiler according to claim 2, which is characterized in that further include having rotating dress
It sets, rotating device includes driving motor, six diamond shape bars, sleeve, slide bar, six diamond shape sets, button and the 4th spring, in arc block
Side surface upper part is connected with sleeve, and sleeve is located at below through-hole, and slide bar is equipped in sleeve, is connected between slide bar outer end and sleeve medial surface
It is connected to the 4th spring, six diamond shape sets are connected between four slide bar inner ends, six diamond shapes, which cover, is equipped with button, taper among interior bottom
Block bottom center location is provided with groove, and groove top is vertically-mounted driving motor, and driving motor and button have circuit connection, drives
The output shaft of dynamic motor is connected with six diamond shape bars by shaft coupling, and six diamond shape bars are located at right above six diamond shapes set.
4. a kind of joints cement pier iron wire coiler according to claim 3, which is characterized in that further include having the 5th bullet
Spring, push rod, guide sleeve and annulus, the affixed guide sleeve in one of arc block lateral surface top are equipped with push rod in guide sleeve, push rod top with
It is wrapped with the 5th spring between at the top of guide sleeve, annulus, annulus lateral surface right side and push rod are equipped between four arc block lateral surfaces
Left lower is fixedly connected.
5. a kind of joints cement pier iron wire coiler according to claim 4, which is characterized in that further include have motion bar,
Ball and the 6th spring, circular cone lateral surface is evenly spaced to be opened there are four guide groove, and guide groove is interior to be equipped with motion bar, motion bar
The 6th spring is connected between inner end and guide groove medial surface, slide bar outer end is Embedded to be equipped with ball, and ball connects with movable block
Touching cooperation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811020939.9A CN109132709B (en) | 2018-09-03 | 2018-09-03 | Iron wire winder for pouring cement pier |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811020939.9A CN109132709B (en) | 2018-09-03 | 2018-09-03 | Iron wire winder for pouring cement pier |
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| CN109132709A true CN109132709A (en) | 2019-01-04 |
| CN109132709B CN109132709B (en) | 2020-07-10 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201811020939.9A Active CN109132709B (en) | 2018-09-03 | 2018-09-03 | Iron wire winder for pouring cement pier |
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| CN110282491A (en) * | 2019-06-12 | 2019-09-27 | 刘文建 | Winder is used in a kind of recycling of high-voltage cable |
| CN110328763A (en) * | 2019-07-25 | 2019-10-15 | 张锦峰 | A kind of cement brick wire-electrode cutting device |
| CN114290512A (en) * | 2022-01-14 | 2022-04-08 | 金乡县建华建材有限公司 | Automatic pouring device for cement product production |
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