CN109935427A - A kind of degaussing gear - Google Patents
A kind of degaussing gear Download PDFInfo
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- CN109935427A CN109935427A CN201910334958.7A CN201910334958A CN109935427A CN 109935427 A CN109935427 A CN 109935427A CN 201910334958 A CN201910334958 A CN 201910334958A CN 109935427 A CN109935427 A CN 109935427A
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Abstract
The invention discloses a kind of degaussing gears, including sending twister structure, it is described that twister structure is sent to include driving motor and send twirl working chamber, it send to twist to be rotatably assorted in working chamber and lead screw shaft is installed, it is fixedly mounted in lead screw shaft, the configuration of the present invention is simple, it is easy to operate, by sending twister structure to carry out the degaussing cable of different materials to be separately introduced twisting, switching mechanism can make degaussing cable rollback in twisting, guarantee twisting quality, simultaneously prepare next time send twirl, the degaussing cable that twisting mechanism will be fed into is twisted, it is clamped using collet, guarantee to skid when work, the degaussing cable for having twisted completion is collected by winding mechanism, it prevents from knotting, it is easy to use, whole device is not necessarily to too many manual operation, it can disposably complete to degaussing cable twisting and coiling, reduce the amount of labour of people, it ensure that twisting cable Diameter uniformity increases the intensity of degaussing cable, increases twisting quality.
Description
Technical field
The present invention relates to demagnetization technical field, specially a kind of degaussing gear.
Background technique
Degaussing gear can help the influence of equipment elimination magnetic force, and degaussing cable is that wherein main component, demagnetization are electric
Cable is generally to be twisted in production to increase its intensity, the defect that cable strength can be overcome low, increases service performance,
But the strength between the uneven and each strands of diameter when twisting equipment generally causes cable molding at present is uneven, and uses
Twisting occupation area of equipment it is big, it is not easy to operate, will affect production efficiency and eliminate cable performance.
Summary of the invention
The purpose of the present invention is to provide a kind of degaussing gears, for overcoming drawbacks described above in the prior art.
A kind of degaussing gear of embodiment according to the present invention, including twister structure is sent, it is described that twister structure is sent to include driving electricity
Machine and twirl working chamber is sent, send to twist to be rotatably assorted in working chamber and lead screw shaft is installed, be fixedly mounted in lead screw shaft, lead screw shaft is equipped with silk
Thick stick, is threadedly engaged installation line sending block on the lead screw, and driving motor moves left and right line sending block by driving send twirls, commutation
Mechanism includes briquetting and conversion work chamber, pushes briquetting to move up and down when line sending block moves left and right, and briquetting moves up and down band turn
The fixed link and connection hard contact for changing jobs intracavitary move left and right, and connection hard contact moves left and right and be mounted on conversion work
The second hard contact of rotating forward and reversion the second hard contact contact in the wall of bottom of chamber, control motor positive and inverse, make line sending block or so
Mobile handoff, twisting mechanism include twisting working chamber and twisting belt pulley, and twisting belt pulley is driven by lead screw shaft to be rotated, and skin is twisted
Elastic collet is equipped on the right side of belt wheel, elastic collet drives left and right to move by the cylinder on the right side of twisting working chamber in inner wall is fixedly mounted
It is dynamic, keep elastic collet that rope clamp is tight and loosen to twist degaussing cable, winding mechanism includes coiling drive shaft, coiling driving
Ratchet is fixedly mounted on axis, is rotatably assorted in coiling drive shaft and scroll wheel is installed, driving motor driving drives scroll wheel rotation, spine
Wheel guarantees that coiling drive shaft only makes to revolve in reversion, guarantee to be mounted on winding drum on rear side of coiling drive shaft can normal coiling,
It is taken out after the completion of coiling by blow tank.
Further technical solution, described to send twister structure include device box, and driving work is equipped in described device cabinet
Chamber is equipped on the upside of the driving working chamber and to send twirl working chamber with the driving working chamber connection, and described send is twisted on the left of working chamber
Equipped with the inlet slot with described device cabinet left end face connection, driving electricity is fixedly mounted on the right side of the driving working chamber in inner wall
Machine, driving motor left side output shaft left end face are fixedly connected with power output shaft, and the power output shaft left end face is solid
Dingan County fills power-take-off pulley, and described send is equipped with twisting working chamber on the right side of twirl working chamber, fixed on the twisting working chamber to pacify
Dress, transmission, which is coupled, between the lead screw driving belt pulley and the power-take-off pulley send twirl work described in main drive belt
Make to be rotatably assorted between chamber and the twisting working chamber and lead screw shaft is installed, the lead screw shaft is equipped with one section of lead screw, described to send twirl
Working chamber roof is equipped with sliding groove, installation line sending block is threadedly engaged on the lead screw, the cylinder is equipped with threading hole, described
Front/rear end is slidably matched with the sliding groove at the top of line sending block.
Further technical solution, the reversing mechanism include being symmetrical set to twist in working chamber bottom wall in described send
Briquetting work nest, the left and right power-take-off pulley downside are equipped with symmetrical sliding block working chamber, the left and right sliding block work
Make the briquetting that is symmetrically slidably installed between chamber and left and right the briquetting work nest, the left and right briquetting and the left and right pressure
First pressure spring is symmetrically fixedly mounted between block work groove bottom wall, the left and right briquetting bottom end face bilateral symmetry is fixed
First pushing block is installed, left and right sliding block working chamber opposite side is equipped with conversion work chamber, slides between the sliding block working chamber of left and right
Dynamic to be coupled the slide bar through the conversion work chamber, the second pushing block is fixedly mounted in end surface symmetric at left and right sides of the slide bar,
Left and right second pushing block is slidably matched with left and right first pushing block, and the intracavitary fixation of the conversion work is located on the slide bar
Fixed link is installed, connection hard contact, conversion work bottom of chamber end surface or so is fixedly mounted in the bottom of fixed end face
It is symmetrically arranged with the forward contact work nest with the conversion work chamber connection, left and right in the forward contact work groove bottom wall of left and right
Fixed symmetrical installation rotates forward the first hard contact, and be symmetrically slidably installed rotating forward in the forward contact work nest of left and right
Second hard contact is symmetrically fixed between left and right the second hard contact of the rotating forward and the left and right forward contact work nest
Installation rotates forward compression spring, and the first insulation connection is symmetrically fixedly mounted between the second hard contact of the left and right rotating forward
Block, the wall interior bilateral symmetry on the right side of the forward contact work nest of left and right in the conversion work bottom of chamber is equipped with and the conversion work
Make the reverse contact work nest of chamber connection, left and right fixed symmetrical installation reversion first in the reverse contact work groove bottom wall of left and right
Hard contact, the reverse contact work nest interior bilateral symmetry in left and right, which is slidably installed, inverts the second hard contact, left and right institute
It states and reversal pressure spring is symmetrically fixedly mounted between the second hard contact of reversion and the left and right reverse contact work nest, it is left
The second insulation link block is symmetrically fixedly mounted between the second hard contact of the right reversion.
Further technical solution, the twisting mechanism include lead screw shaft, and the twisting work is located in the lead screw shaft
Driving belt pulley is twisted in intracavitary fixed installation, is located at the twisting driving belt pulley right end face in the lead screw shaft and is fixedly mounted
First belt pulley, twisting working chamber right side inner wall is interior to be fixedly mounted cylinder, and the cylinder left hand piston push rod is fixedly connected
Cylinder axis is fixedly mounted on the cylinder axis and pushes connecting rod, the twisting working chamber inner left wall you the installation that is rotatably assorted pass through
The twisting axis for sending and twisting working chamber is worn, twisting hole is equipped in the twisting axis, twisting belt is fixedly mounted on the twisting axis
Wheel, transmission is coupled described in twisting drive belt and twists work between the twisting belt pulley and the twisting driving belt pulley
Be equipped in inner wall on the right side of chamber with the twisting sliding working chamber of the working chamber to connection, be slidably matched in the sliding working chamber peace
Elastic collet is filled, elastic collet described in outlet hole is equipped in the elastic collet and is matched with promotion connecting rod bottom end rotation
It closes, the elastic collet can be with twisting axis secure fit.
Further technical solution, the winding mechanism include the first work being arranged on the right side of the twisting working chamber
Chamber, transmission is coupled the first transmission shaft between first working chamber and the twisting working chamber, and first transmission shaft is left
The second belt pulley is fixedly mounted in side end face, and transmission is coupled the first skin between second belt pulley and first belt pulley
Band, the first transmission shaft right end face are fixedly mounted first bevel gear, are equipped with the second working chamber on rear side of first working chamber,
It is rotatably assorted between first working chamber and second working chamber and second driving shaft is installed, the second driving shaft front side end
Second bevel gear is fixedly mounted in face, and the second bevel gear is engaged with the first bevel gear, the second driving shaft rear side end
Third belt pulley is fixedly mounted in face, and the coiling working chamber with the second working chamber connection is equipped at the top of second working chamber,
It is rotatably assorted in the coiling working chamber front inner wall and coiling drive shaft is installed, support is fixedly mounted in the coiling drive shaft
Bar is rotatably assorted on the outside of the support rod and installs scroll wheel, is fixedly mounted ratchet in the coiling drive shaft, in the scroll wheel
Equipped with idler wheel chamber, hinged seat is fixedly mounted in idler wheel bottom of chamber wall, hingedly installs pawl, the pawl and institute on the hinged seat
Top pressure spring, the rolling is fixedly mounted in the ratchet clamping for stating ratchet between the pawl right end face and the idler wheel chamber
Transmission is coupled the second belt between wheel and the third belt pulley, and be rotatably assorted in inner wall peace on rear side of the coiling working chamber
Support shaft is filled, the first simple shaft coupling, the first simple shaft coupling rear side is fixedly mounted in the coiling drive shaft back end surface
End face connects winding drum, and the second simple shaft coupling, the coiling work are connected between the winding drum and the support shaft
It is equipped with the outlet hole communication groove with the sliding working chamber connection in chamber inner left wall, is fixedly mounted in the outlet hole communication groove
Conducting wire wheel seat is fixedly mounted on the coiling working chamber roof for rubber line outlet, and the installation that is rotatably assorted on the conducting wire wheel seat is led
Line wheel, the interior blow tank being equipped with described device cabinet right end face connection of coiling working chamber right side inner wall.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, by sending twister structure disappearing different materials
Magnetoelectricity cable carries out being separately introduced twisting, and switching mechanism can make degaussing cable rollback in twisting, guarantee twisting quality, while quasi-
It is standby next time send twirls, the degaussing cable that twisting mechanism will be fed into is twisted, is clamped using collet, when guarantee work not
It can skid, the degaussing cable for having twisted completion is collected by winding mechanism, prevents from knotting, and is easy to use, entire to fill
It sets without too many manual operation, can disposably complete that degaussing cable twisting and coiling are reduced the amount of labour of people, guaranteed
The diameter uniformity of twisting cable, increases the intensity of degaussing cable, increases twisting quality, be worthy to be popularized.
Detailed description of the invention
Fig. 1 is overall structure diagram of the invention；
Fig. 2 is enlarged structure schematic diagram at A in Fig. 1；
Fig. 3 is the direction B-B schematic cross-sectional view in Fig. 1；
Fig. 4 is enlarged structure schematic diagram at C in Fig. 1；
Fig. 5 is D direction structure schematic diagram in Fig. 2.
Specific embodiment
Below with reference to Fig. 1-5, the present invention is described in detail, for sake of convenience, now such as to hereafter described orientation regulation
Under: hereafter described front-rear direction up and down is consistent with the front-rear direction up and down of Fig. 1 projection relation itself.
Referring to Fig.1-5, a kind of degaussing gear of embodiment according to the present invention, including twister structure is sent, it is described to send twister structure
Including driving motor 109 and twirl working chamber 116 is sent, send to twist to be rotatably assorted in working chamber 116 and lead screw shaft 114 is installed, lead screw shaft 114
Upper to be fixedly mounted 115, lead screw shaft 114 is equipped with lead screw 120, and installation line sending block 119, driving are threadedly engaged on the lead screw 120
Motor 109 send twirl by driving 115 to move left and right line sending block 119, and reversing mechanism includes briquetting 121 and conversion work chamber
101, push briquetting 121 to move up and down when line sending block 119 moves left and right, briquetting 121, which moves up and down, to be driven in conversion work chamber 101
Fixed link 108 and connection hard contact 107 move left and right, connection hard contact 107 moves left and right and is mounted on conversion work
The second hard contact of rotating forward 106 and reversion the second hard contact 175 contact in 101 bottom wall of chamber, control motor positive and inverse, make to send
Line block 119 moves left and right switching, and twisting mechanism includes twisting working chamber 128 and twisting belt pulley 134, twisting belt pulley 134 by
Lead screw shaft 114 drives rotation, twists and is equipped with elastic collet 135 on the right side of belt pulley 134, and elastic collet 135 is twisted by being fixedly mounted
The drive of cylinder 129 in 128 right side inner wall of working chamber moves left and right, and keeps elastic collet 135 that rope clamp is tight and loosen to offset magnetoelectricity
Cable is twisted, and winding mechanism includes coiling drive shaft 158, and ratchet 163, coiling driving are fixedly mounted in coiling drive shaft 158
It is rotatably assorted on axis 158 and scroll wheel 157 is installed, the driving of driving motor 109 drives scroll wheel 157 to rotate, and ratchet 163 guarantees coiling
Drive shaft 158 only makes to revolve in reversion, guarantee to be mounted on the rear side of coiling drive shaft 158 winding drum 160 can normal coiling, around
Pass through blow tank 155 after the completion of line to take out.
Valuably or illustratively, described to send twister structure include device box 100, is equipped with and drives in described device cabinet 100
Working chamber 110 is moved, is equipped on the upside of the driving working chamber 110 and twists working chamber 116 with the sending for driving 110 connection of working chamber,
It is described to send the inlet slot 117 twisted and be equipped on the left of working chamber 116 with 100 left end face connection of described device cabinet, the driving work
Make that driving motor 109 is fixedly mounted in 110 right side inner wall of chamber, the 109 left side output shaft left end face of driving motor is fixed to be connected
Power output shaft 111 is connect, power-take-off pulley 112 is fixedly mounted in 111 left end face of power output shaft, described to send twirl work
Make to be equipped with twisting working chamber 128 on the right side of chamber 116, is fixedly mounted 115 on the twisting working chamber 128, the lead screw drive belt
Wheel 115 and the power-take-off pulley 112 between transmission be coupled described in main drive belt 113 send twist working chamber 116 with
It is rotatably assorted between the twisting working chamber 128 and lead screw shaft 114 is installed, the lead screw shaft 114 is equipped with one section of lead screw 120, institute
It states and twirl 116 roof of working chamber is sent to be equipped with sliding groove 118, installation line sending block 119, the gas are threadedly engaged on the lead screw 120
Cylinder 129 is equipped with threading hole 170, and the 119 top front/rear end of line sending block is slidably matched with the sliding groove 118, thus will
The rope for needing to twist is sent to by inlet slot 117 and is twisted in working chamber 116, is passed in threading hole 170, and driving motor is started
109, the rotation of driving motor 109 drives power output shaft 111 to rotate, and the rotation of power output shaft 111 drives power-take-off pulley
112 rotations, the rotation of power-take-off pulley 112 drive lead screw driving belt pulley 115 to rotate, and lead screw driving belt pulley 115 rotates
Lead screw shaft 114 is driven to rotate, the rotation of lead screw shaft 114 drives lead screw 120 to rotate, and the rotation of lead screw 120 drives line sending block 119 or so to move
It is dynamic, the rope being passed in threading hole 170 can be made to be transmitted to subsequent processing.
Valuably or illustratively, the reversing mechanism includes being symmetrical set to twist 116 bottom wall of working chamber in described send
Interior briquetting work nest 122 is equipped with symmetrical sliding block working chamber 124 on the downside of the power-take-off pulley 112 of left and right, left
Symmetrically be slidably installed briquetting 121 between the right sliding block working chamber 124 and the left and right briquetting work nest 122, left
First pressure spring 123 is symmetrically fixedly mounted between the right briquetting 121 and left and right 122 bottom wall of briquetting work nest,
The first pushing block 125 is fixedly mounted in left and right 121 bottom end face of the briquetting bilateral symmetry, and the left and right sliding block working chamber 124 is opposite
Side is equipped with conversion work chamber 101, is slidably installed between the sliding block working chamber 124 of left and right through the conversion work chamber
The second pushing block 126, left and right second pushing block is fixedly mounted in 101 slide bar 127,127 left and right sides end surface symmetric of slide bar
126 are slidably matched with left and right first pushing block 125, are located in the conversion work chamber 101 on the slide bar 127 and are fixedly mounted
Connection hard contact 107,101 bottom of conversion work chamber is fixedly mounted in fixed link 108,108 bottom end face of fixed link
End face bilateral symmetry is equipped with the forward contact work nest 102 with 101 connection of conversion work chamber, the left and right forward contact work
Make on 102 bottom wall of slot the installation of left and right fixed symmetrical and rotate forward the first hard contact 103, in the forward contact work nest 102 of left and right
Bilateral symmetry, which is slidably installed, rotates forward the second hard contact 106, and left and right is described to be rotated forward described in the second hard contact 106 and left and right
It is symmetrically fixedly mounted between forward contact work nest 102 and rotates forward compression spring 104, the touching of left and right the second metal of the rotating forward
The first insulation link block 105 is symmetrically fixedly mounted between point 106, is located at left and right institute in 101 bottom wall of conversion work chamber
102 right side bilateral symmetry of forward contact work nest is stated equipped with the reverse contact work nest with 101 connection of conversion work chamber
173, left and right fixed symmetrical installation the first hard contact 172 of reversion, left and right institute on 173 bottom wall of reverse contact work nest of left and right
State the second hard contact 175 of reversion that is symmetrically slidably installed in reverse contact work nest 173, the left and right reversion second
Reversal pressure spring 174 is symmetrically fixedly mounted between hard contact 175 and left and right the reverse contact work nest 173, it is left
The second insulation link block 176 is symmetrically fixedly mounted between the second hard contact 175 of the right reversion, thus line sending block 119
It moves right, when line sending block 119 touches briquetting 121, briquetting 121 is pushed to move downward, briquetting 121 moves downward drive the
One pushing block 125 moves down, and the first pushing block 125, which moves downward, drives the second pushing block 126 to be moved to the left, and the second pushing block 126 is to the left
Mobile band moving slide-bar 127 is moved to the left, and slide bar 127, which is moved to the left, drives fixed link 108 to be moved to the left, and fixed link 108 is to moving to left
It is dynamic that connection hard contact 107 is driven to be moved to the left, it contacts connection hard contact 107 with the second insulation link block 176, makes motor
Reversion, motor reversal are moved to the left line sending block 119, and when line sending block 119 touches the briquetting 121 in left side, briquetting 121 is pushed
First pushing block 125 moves downward, and the first pushing block 125 moves downward the second pushing block 126 of drive left side and moves right, the second pushing block
126, which move right, drives fixed link 108 to move right, and fixed link 108, which moves right, drives connection hard contact 107 to move right
It is dynamic, it contacts connection hard contact 107 with the second hard contact 106 is rotated forward, rotates forward motor, can make that twister structure is sent in this way
It returns that twisting cable send and twists work.
Valuably or illustratively, the twisting mechanism includes lead screw shaft 114, and described add is located in the lead screw shaft 114
It twists and twisting driving belt pulley 137 is fixedly mounted in working chamber 128, be located at the twisting driving belt pulley in the lead screw shaft 114
The first belt pulley 138 is fixedly mounted in 137 right end faces, and cylinder 129 is fixedly mounted in the 128 right side inner wall of twisting working chamber,
The 129 left hand piston push rod of cylinder is fixedly connected with cylinder axis 130, is fixedly mounted on the cylinder axis 130 and pushes connecting rod
131, you through described send twist the twisting axis 132 of working chamber 116 at the installation that is rotatably assorted to twisting 128 inner left wall of working chamber,
It is equipped with twisting hole 133 in the twisting axis 132, twisting belt pulley 134, the twisting skin are fixedly mounted on the twisting axis 132
Transmission is coupled described in twisting drive belt 136 and twists working chamber between belt wheel 134 and the twisting driving belt pulley 137
Be equipped in 128 right side inner walls with the twisting sliding working chamber 150 of the working chamber 128 to connection, in the sliding working chamber 150
Be slidably installed elastic collet 135, is equipped with elastic collet 135 described in outlet hole 149 in the elastic collet 135 and pushes away with described
Dynamic 131 bottom end of connecting rod is rotatably assorted, the elastic collet 135 can with twisting 132 secure fit of axis, so as into
When row twisting, rope is sent in outlet hole 149 by line sending block 119, starts cylinder 129,129 pusher cylinder axis 130 of cylinder is to the left
Movement, cylinder axis 130 are moved to the left drive and connecting rod 131 are pushed to move downward, and connecting rod 131 is pushed to be moved to the left band dynamic elasticity
Collet 135 is moved to the left, and elastic collet 135 starts extruding twisting axis 132 to the left and clamps the degaussing cable in outlet hole 149,
Start driving motor 109, the rotation of driving motor 109 drives line sending block 119 to be moved to the left, while driving 134 turns of belt pulley of twisting
Dynamic, the twisting rotation of belt pulley 134 drives twisting axis 132 to rotate, and the twisting rotation of axis 132 drives elastic collet 135 to rotate, elastic clip
First 135 rotation drives degaussing cable rotation to carry out twisting movement.
Valuably or illustratively, the winding mechanism includes the first work that 128 right side of twisting working chamber is arranged in
Make chamber 142, transmission is coupled the first transmission shaft 141, institute between first working chamber 142 and the twisting working chamber 128
It states 141 left end face of the first transmission shaft and the second belt pulley 139, second belt pulley 139 and first belt is fixedly mounted
Transmission is coupled the first belt 140 between wheel 138, and first bevel gear is fixedly mounted in 141 right end face of the first transmission shaft
143, the second working chamber 146, first working chamber 142 and second working chamber are equipped on rear side of first working chamber 142
It is rotatably assorted between 146 and second driving shaft 145 is installed, second bevel gear is fixedly mounted in 145 front end face of second driving shaft
144, the second bevel gear 144 is engaged with the first bevel gear 143, the fixed peace of 145 back end surface of second driving shaft
Third belt pulley 147 is filled, the coiling working chamber with 146 connection of the second working chamber is equipped at the top of second working chamber 146
154, it is rotatably assorted in 154 front inner wall of coiling working chamber and coiling drive shaft 158 is installed, in the coiling drive shaft 158
Support rod 164 is fixedly mounted, is rotatably assorted on the outside of the support rod 164 and scroll wheel 157 is installed, in the coiling drive shaft 158
Ratchet 163 is fixedly mounted, idler wheel chamber 168 is equipped in the scroll wheel 157, hinged seat is fixedly mounted in 168 bottom wall of idler wheel chamber
165, pawl 166 is hingedly installed on the hinged seat 165, the ratchet clamping of the pawl 166 and the ratchet 163, described the
Top pressure spring 167, the scroll wheel 157 and the third are fixedly mounted between 166 right end face of pawl and the idler wheel chamber 168
Transmission is coupled the second belt 148 between belt pulley 147, and be rotatably assorted installation in the 154 rear side inner wall of coiling working chamber
The first simple shaft coupling 159, the first simple shaft coupling is fixedly mounted in support shaft 161,158 back end surface of coiling drive shaft
159 back end surface of device connects winding drum 160, and second is connected between the winding drum 160 and the support shaft 161 and is simply joined
Axis device 162, is equipped in 154 inner left wall of coiling working chamber and the outlet hole communication groove of sliding 150 connection of working chamber
151, the outlet hole communication groove 151 is interior to be fixedly mounted rubber line outlet 152, fixed peace on 154 roof of coiling working chamber
Conducting wire wheel seat 153 is filled, be rotatably assorted conducting wire wheel 169 on the conducting wire wheel seat 153, in 154 right side of coiling working chamber
The blow tank 155 with 100 right end face connection of described device cabinet is equipped in wall, so that the rotation of the first belt pulley 138 can band
Dynamic second belt pulley 139 rotation, the rotation of the second belt pulley 139 drive the rotation of the first transmission shaft 141, the rotation of the first transmission shaft 141
First bevel gear 143 is driven to rotate, the rotation of first bevel gear 143 drives second bevel gear 144 to rotate, and 144 turns of second bevel gear
Dynamic that second driving shaft 145 is driven to rotate, the rotation of second driving shaft 145 drives the rotation of the second working chamber 146, the second working chamber 146
Rotation drives scroll wheel 157 to rotate, and the rotation of scroll wheel 157 drives coiling drive shaft 158 to rotate, and coiling drive shaft 158 rotates band
Dynamic winding drum 160 rotates, and the degaussing cable after twisting is by rubber line outlet 152 by guide roller 169 around winding drum 160
On, the degaussing cable after twisting is collected, is taken out via blow tank 155.
When use: starting driving motor 109, driving motor 109 drive lead screw shaft 114 to rotate, and lead screw shaft 114 rotates
It moves left and right line sending block 119 twisting rope is sent into subsequent processing, passes through contact briquetting 121 when line sending block 119 moves left and right
Come the contact for controlling connection hard contact 107 with rotating forward the second hard contact 175 of the second hard contact 106 and reversion, to make
109 positive and negative rotation of driving motor switches over, and twisting is restricted and is sent into elastic collet 135 by line sending block 119, and twisting belt pulley 134 revolves
Turn that elastic collet 135 is driven to rotate, the starting of cylinder 129 be moved to the left elastic collet 135 will to twist rope clamp tight, thus to demagnetization
Cable is twisted, and the rope after the completion of twisting is wound on winding drum 160 and is collected, and is taken out by blow tank 155.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, by sending twister structure disappearing different materials
Magnetoelectricity cable carries out being separately introduced twisting, and switching mechanism can make degaussing cable rollback in twisting, guarantee twisting quality, while quasi-
It is standby next time send twirls, the degaussing cable that twisting mechanism will be fed into is twisted, is clamped using collet, when guarantee work not
It can skid, the degaussing cable for having twisted completion is collected by winding mechanism, prevents from knotting, and is easy to use, entire to fill
It sets without too many manual operation, can disposably complete that degaussing cable twisting and coiling are reduced the amount of labour of people, guaranteed
The diameter uniformity of twisting cable, increases the intensity of degaussing cable, increases twisting quality, be worthy to be popularized.
Those skilled in the art can define, can in the case of not departing from overall spirit of the invention and design
To make the various modifications for above embodiments.It falls within the scope of protection of the present invention.Protection scheme of the invention
It is subject to claims appended hereto.
Claims (5)
1. a kind of degaussing gear, including send twister structure, it is characterised in that: it is described that twister structure is sent to include driving motor and send twirl work
Chamber send to twist to be rotatably assorted in working chamber and installs lead screw shaft, is fixedly mounted in lead screw shaft, lead screw shaft is equipped with lead screw, the lead screw
On be threadedly engaged installation line sending block, driving motor moves left and right line sending block send twirls by driving, and reversing mechanism includes pressing
Block and conversion work chamber push briquetting to move up and down when line sending block moves left and right, and briquetting, which moves up and down, drives conversion work intracavitary
Fixed link and connection hard contact move left and right, connection hard contact is moved left and right and is mounted in the wall of conversion work bottom of chamber
The second hard contact and reversion the second hard contact contact are rotated forward, motor positive and inverse is controlled, so that line sending block is moved left and right switching, add
Twister structure includes twisting working chamber and twisting belt pulley, and twisting belt pulley is driven by lead screw shaft to be rotated, and is set on the right side of twisting belt pulley
Flexible collet, elastic collet are moved left and right by the cylinder drive on the right side of twisting working chamber in inner wall is fixedly mounted, and make elastic clip
Rope clamp tightly and is loosened and is twisted to degaussing cable by head, and winding mechanism includes coiling drive shaft, fixed peace in coiling drive shaft
Ratchet is filled, is rotatably assorted in coiling drive shaft and scroll wheel is installed, driving motor driving drives scroll wheel rotation, and ratchet guarantees coiling
Drive shaft only makes to revolve in reversion, guarantee to be mounted on winding drum on rear side of coiling drive shaft can normal coiling, after the completion of coiling
It is taken out by blow tank.
2. a kind of degaussing gear according to claim 1, it is characterised in that: described to send twister structure include device box, institute
It states and is equipped with driving working chamber in device box, be equipped on the upside of the driving working chamber and send twirl work with the driving working chamber connection
Make chamber, it is described to send the inlet slot twisted and be equipped on the left of working chamber with described device cabinet left end face connection, the driving working chamber
Driving motor is fixedly mounted in the inner wall of right side, output shaft left end face is fixedly connected with power output shaft on the left of the driving motor,
Power-take-off pulley is fixedly mounted in the power output shaft left end face, and described send is twisted on the right side of working chamber equipped with twisting work
Chamber is fixedly mounted on the twisting working chamber, is driven and matches between the lead screw driving belt pulley and the power-take-off pulley
It closes to install to send to twist to be rotatably assorted between working chamber and the twisting working chamber described in main drive belt and lead screw shaft is installed, the lead screw
Axis is equipped with one section of lead screw, described that twirl working chamber roof is sent to be equipped with sliding groove, and installation line sending block is threadedly engaged on the lead screw,
The cylinder is equipped with threading hole, and front/rear end is slidably matched with the sliding groove at the top of the line sending block.
3. a kind of degaussing gear according to claim 1, it is characterised in that: the reversing mechanism includes being symmetrical set
Symmetrical cunning is equipped on the downside of the briquetting work nest for sending and twisting in working chamber bottom wall, the left and right power-take-off pulley
Block working chamber, be symmetrically slidably installed between the left and right sliding block working chamber and left and right the briquetting work nest briquetting,
First pressure spring is symmetrically fixedly mounted between the left and right briquetting and left and right briquetting work groove bottom wall, described in left and right
The first pushing block is fixedly mounted in briquetting bottom end face bilateral symmetry, and left and right sliding block working chamber opposite side is equipped with conversion work chamber,
Be slidably installed the end at left and right sides of the slide bar of the conversion work chamber, the slide bar between the sliding block working chamber of left and right
The second pushing block is symmetrically fixedly mounted in face, and left and right second pushing block is slidably matched with left and right first pushing block, on the slide bar
Positioned at the intracavitary fixed installation fixed link of the conversion work, connection hard contact, institute is fixedly mounted in the bottom of fixed end face
It states conversion work bottom of chamber end surface bilateral symmetry and is equipped with forward contact work nest with the conversion work chamber connection, described in left and right
Left and right fixed symmetrical, which is installed, in forward contact work groove bottom wall rotates forward the first hard contact, in the forward contact work nest of left and right
Bilateral symmetry, which is slidably installed, rotates forward the second hard contact, and the rotating forward of left and right the second hard contact of the rotating forward and left and right is touched
It is symmetrically fixedly mounted between point work nest and rotates forward compression spring, left and right pair between the second hard contact of the left and right rotating forward
Claim that the first insulation link block is fixedly mounted, is located in the wall of the conversion work bottom of chamber left on the right side of the forward contact work nest of left and right
The right side is symmetrically arranged with the reverse contact work nest with the conversion work chamber connection, a left side in the reverse contact work groove bottom wall of left and right
Right fixed symmetrical installation the first hard contact of reversion, the interior bilateral symmetry of the left and right reverse contact work nest are slidably installed anti-
Turn the second hard contact, it is symmetrically solid between left and right the second hard contact of the reversion and the left and right reverse contact work nest
Dingan County is anti-loaded to turn compression spring, and the second insulation connection is symmetrically fixedly mounted between the second hard contact of the left and right reversion
Block.
4. a kind of degaussing gear according to claim 1, it is characterised in that: the twisting mechanism includes lead screw shaft, described
It is located in the twisting working chamber in lead screw shaft and twisting driving belt pulley is fixedly mounted, is located at the twisting in the lead screw shaft and drives
The first belt pulley is fixedly mounted in dynamic belt pulley right end face, and cylinder is fixedly mounted on the right side of the twisting working chamber in inner wall, described
Cylinder left hand piston push rod is fixedly connected with cylinder axis, is fixedly mounted on the cylinder axis and pushes connecting rod, the twisting working chamber
You through described send twist the twisting axis of working chamber at the installation that is rotatably assorted to inner left wall, are equipped in the twisting axis and twist hole, described
It twists and twisting belt pulley is fixedly mounted on axis, be driven and be coupled between the twisting belt pulley and the twisting driving belt pulley
It twists and is equipped with and the twisting sliding working chamber of the working chamber to connection, institute in inner wall on the right side of twisting working chamber described in drive belt
State and be slidably installed elastic collet in sliding working chamber, be equipped in the elastic collet elastic collet described in outlet hole with it is described
Connecting rod bottom end is pushed to be rotatably assorted, the elastic collet can be with twisting axis secure fit.
5. a kind of degaussing gear according to claim 1, it is characterised in that: the winding mechanism includes that setting adds described
The first working chamber on the right side of working chamber is twisted, transmission is coupled the first biography between first working chamber and the twisting working chamber
The second belt pulley, second belt pulley and first belt pulley is fixedly mounted in moving axis, the first transmission shaft left end face
Between transmission be coupled the first belt, first bevel gear, first work is fixedly mounted in the first transmission shaft right end face
Make to be equipped with the second working chamber on rear side of chamber, be rotatably assorted the second transmission of installation between first working chamber and second working chamber
Second bevel gear is fixedly mounted in axis, the second driving shaft front end face, and the second bevel gear is nibbled with the first bevel gear
It closes, third belt pulley is fixedly mounted in the second driving shaft back end surface, is equipped with and described second at the top of second working chamber
The coiling working chamber of working chamber connection is rotatably assorted in the coiling working chamber front inner wall and installs coiling drive shaft, it is described around
Support rod is fixedly mounted in line drive shaft, is rotatably assorted on the outside of the support rod and scroll wheel is installed, it is solid in the coiling drive shaft
Dingan County fills ratchet, and idler wheel chamber is equipped in the scroll wheel, and idler wheel bottom of chamber wall is fixedly mounted hinged seat, cuts with scissors on the hinged seat
Installation pawl is connect, the ratchet clamping of the pawl and the ratchet is solid between the pawl right end face and the idler wheel chamber
Dingan County fills top pressure spring, and transmission is coupled the second belt, the coiling work between the scroll wheel and the third belt pulley
Make to be rotatably assorted in inner wall on rear side of chamber and support shaft is installed, the first simple shaft coupling is fixedly mounted in the coiling drive shaft back end surface
Device, the first simple shaft coupling back end surface connect winding drum, and the is connected between the winding drum and the support shaft
Two simple shaft couplings, the interior outlet hole communication groove being equipped with the sliding working chamber connection of the coiling working chamber inner left wall,
Rubber line outlet is fixedly mounted in the outlet hole communication groove, conducting wire wheel seat, institute is fixedly mounted on the coiling working chamber roof
The conducting wire wheel that is rotatably assorted on conducting wire wheel seat is stated, is equipped with and described device cabinet right side in inner wall on the right side of the coiling working chamber
The blow tank of end face connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910334958.7A CN109935427A (en) | 2019-04-24 | 2019-04-24 | A kind of degaussing gear |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910334958.7A CN109935427A (en) | 2019-04-24 | 2019-04-24 | A kind of degaussing gear |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109935427A true CN109935427A (en) | 2019-06-25 |
Family
ID=66990842
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910334958.7A Withdrawn CN109935427A (en) | 2019-04-24 | 2019-04-24 | A kind of degaussing gear |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109935427A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112161444A (en) * | 2020-09-23 | 2021-01-01 | 蒋龙全 | Energy-saving environment-friendly reciprocating uniform-speed rotating drying mechanism |
-
2019
- 2019-04-24 CN CN201910334958.7A patent/CN109935427A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112161444A (en) * | 2020-09-23 | 2021-01-01 | 蒋龙全 | Energy-saving environment-friendly reciprocating uniform-speed rotating drying mechanism |
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Application publication date: 20190625 |