CN209561195U - The vertical multiple groups wire winding of full-automatic wireless charging - Google Patents
The vertical multiple groups wire winding of full-automatic wireless charging Download PDFInfo
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- CN209561195U CN209561195U CN201920577119.3U CN201920577119U CN209561195U CN 209561195 U CN209561195 U CN 209561195U CN 201920577119 U CN201920577119 U CN 201920577119U CN 209561195 U CN209561195 U CN 209561195U
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Abstract
The utility model discloses a kind of vertical multiple groups wire windings of full-automatic wireless charging, including rack and the pedestal being installed in rack, the pedestal upper end is fixed with mainshaft mechanism, lower end is fixed with lower mainshaft mechanism, the upper mainshaft mechanism lower end is equipped with cutoff tool and upper mold, and the lower mainshaft mechanism upper end is equipped with cutting seat and lower mold；Doubling mechanism in rack, for merging more lines；Thread-ironing machine structure on pedestal, the coat of paint for the thread end after merging scald broken；Thread drawing mechanism in rack is drawn for the line after merging between upper mainshaft mechanism and lower mainshaft mechanism；Material fetching mechanism in rack, for the coil wound between upper mold and lower mold taking-up to be put into the next step；Conveying mechanism in rack, the coil for sending material fetching mechanism are sent out.The vertical multiple groups wire winding of full-automatic wireless charging provided by the utility model, improves production efficiency and product quality.
Description
Technical field
The utility model relates to coil winding machine technical fields, specifically, being related to a kind of vertical multiple groups of full-automatic wireless charging
Wire winding.
Background technique
Coil winding machine is the equipment linear object being wound on specific workpiece, is wound commonly used in copper wire, to be formed
Coil.Coil winding machine can be applied to various motor, hollow-cup motor, rotor, stator, pin inductance, chip inductor, transformation
Device, solenoid valve, a word inductance, resistor disc, ignition coil, RFID, mutual inductor, sound equipment coil, IC card low-and high-frequency coil, focal line
The winding of circle etc. coil, uses widely.
With the technology of electronic product industry increasingly improve with the quickening of market demand rhythm, wireless charging technology by
It is progressive enter people life in, wireless charging technology be derived from wireless power conveying technology.It is wireless charging, also referred to as induction charging, non-
Contact induction charging is to transmit its energy to use by power supply unit (charger) using near-field sensing, that is, inductive coupling
The device of electricity, which charges to battery using the energy received, and is provided for its own functioning simultaneously.Due to charger with
Energy is transmitted with inductive coupling between power device, is not run wires between the two, therefore charger and the device of electricity consumption are all
It can accomplish that no conductive junction point is exposed.
Wireless charging technology is an emerging industry, and development prospect is boundless.Currently, mobile phone, laptop,
The fields such as small household appliances, which have begun, is widely used wireless charging technology, with the expansion and science of wireless charging electronics market
The raising of technology, wireless charging electronic product manufacturing enterprise increasingly aggravate the production efficiency of coil winding machine and the quality of coil
Depending on, while also because wireless charging technology is an emerging industry, production equipment and technology are also in product approval phase, product
Tend to diversification, complicated for operation if its design is all not ingenious enough in relation to bigger improvement space, the step for needing manpower to cooperate
Rapid more, if you need to want artificial trimming, discharging, low efficiency influences production efficiency, and coiling effect is less desirable, it is difficult to protect
Mass of coil is demonstrate,proved, in addition the production equipment of existing market, mostly single line coil winding machine, but the existing calorific value in order to reduce coil, mentioned
High-transmission efficiency, the coil of wireless charging be mostly multiply flat wire side by side after further around coil is made, the requirement to coil winding machine is higher, difficulty
Bigger, existing equipment is unable to satisfy the demand of existing market.
Utility model content
The purpose of this utility model is to provide a kind of vertical multiple groups wire windings of full-automatic wireless charging, realize full-automatic
Coil is made, production efficiency and product quality are improved.
Technical solution used by the vertical multiple groups wire winding of full-automatic wireless charging disclosed by the utility model is:
A kind of vertical multiple groups wire winding of full-automatic wireless charging, it is described including rack and the pedestal being installed in rack
Pedestal upper end is fixed with mainshaft mechanism, and lower end is fixed with lower mainshaft mechanism, the upper mainshaft mechanism lower end be equipped with cutoff tool and
Upper mold, the lower mainshaft mechanism upper end are equipped with cutting seat and lower mold；Doubling mechanism in rack is used for more lines
It merges；Thread-ironing machine structure on pedestal, the coat of paint for the thread end after merging scald broken；Drawing in rack
Line mechanism is drawn for the line after merging between upper mainshaft mechanism and lower mainshaft mechanism；Material fetching mechanism in rack is used
The next step is put into taking out the coil wound between upper mold and lower mold；Conveying mechanism in rack, is used for
The coil that material fetching mechanism is sent is sent out；Interior electrode mechanism on pedestal, including being fixed on electrode in first on pedestal
Slider cylinder is connected with interior electrode connecting parts, the interior electrode connecting parts bottom on the slide of electrode slider cylinder in described first
Portion is connected with the second inner electrode slider cylinder, and the second inner electrode slider cylinder bottom is fixed with positive electrode, the interior electrode
The positive electrode that mechanism is used for is powered to upper mainshaft mechanism, so that coil inner ring the end of a thread be made to be powered；And the dispatch from foreign news agency in rack
Pole mechanism, including the first external electrode cylinder being set in rack, the cylinder axis of the first external electrode cylinder is connected with outside second
Electrode cylinder, the cylinder axis of the second external electrode cylinder are connected with external electrode clamp head, and the second external electrode cylinder is used for
Control the folding of external electrode clamp head.
Preferably, the upper mainshaft mechanism includes the upper central spindle axis of upper end, and the upper central spindle axis is hollow shaft, institute
It states central spindle axis upper end and is connected with inlet suction port, upper main shaft attachment base, the upper main shaft connection are equipped in the middle part of the upper axle shaft
Seat lower section is equipped with upper main shaft outer shaft, and the upper main shaft outer shaft wraps central spindle axis lower part, and the upper central spindle axis lower part is connected with
Upper die adapter, the upper die adapter are equipped with the through-hole communicated with upper central spindle axis, are connected with upper mold below the upper die adapter, institute
It states and is equipped with cutoff tool in upper mold, the cutoff tool side is equipped with push type broach.
Preferably, the lower mainshaft mechanism includes the lower axle mandrel of lower end, and the lower axle mandrel is hollow shaft, institute
It states lower axle mandrel lower end and is connected with air outlet adapter, lower main shaft attachment base, the lower main shaft connection are equipped in the middle part of the lower axle mandrel
Seat lower section is equipped with lower spindle pulley, is equipped with lower axle outer shaft above the lower main shaft attachment base, the lower axle outer shaft superscribes axis
Mandrel top, lower axle mandrel top are connected with lower die adapter, and the lower die adapter is equipped with the through-hole communicated with lower axle mandrel,
It is connected with lower mold above the upper die adapter, cutting seat is equipped in the lower mold.
Preferably, the pedestal includes cabinet and the U-shaped seat that is fixed on cabinet, and the U-shaped seat opening is set to
Horizontal direction, the upper mainshaft mechanism is set to U-shaped seat upper end and upper mold is set to the open interior of U-shaped seat, the lower main shaft machine
Structure is set to U-shaped seat lower end and lower mold is set to the open interior of U-shaped seat, and the upper mold and lower mold are set relatively, described U-shaped
Seat top is equipped with the first pedestal motor and the second pedestal motor, and the motor shaft lower end of the first pedestal motor is connected with screw rod,
The screw rod is connected through a screw thread with upper main shaft attachment base, and the second pedestal motor lower end is connected with pedestal belt pulley, described
Pedestal belt pulley and lower spindle pulley are driven by belt.
Preferably, the vertical multiple groups wire winding of full-automatic wireless charging further includes coil holder mechanism, the coil holder machine
Structure includes coil holder body, and the coil holder body is equipped with several height fixed link incremented by successively, and the fixed link is equipped with several
Power device, each tensioner upper and lower are fixed with a draw drum, and the draw drum is connected with unwrapping wire motor.
Preferably, the vertical multiple groups wire winding of full-automatic wireless charging further includes Guo Xian mechanism, described to cross line machine
Structure include be fixed in rack cross line seat, it is described cross line seat be equipped with it is rotatable cross line roller bearing and cross line jig, the mistake
Line jig includes first crossing wire body, second crossing wire body and spring clip, and described first, which crosses wire body and second, crosses wire body and be equipped with crossed beam trunking,
The spring clip includes upper folder and lower folder, fixed column is folded under described, across fixed column, the fixed column is equipped with the upper folder
Spring, the spring is downwardly against upper folder.
Preferably, the thread-ironing machine structure includes the boiling hot thread fixing plate for being fixed on pedestal, on the boiling hot thread fixing plate
Equipped with first scald line slider cylinder, the second boiling hot line slider cylinder is fixed on the slide unit of the first scald line slider cylinder, it is described
It is fixed with boiling hot line connecting plate on the slide of second boiling hot line slider cylinder, third is fixed on the boiling hot line connecting plate and scalds line slide unit gas
Cylinder, the third scald line slider cylinder and are connected with boiling hot line pinboard, are fixed with boiling hot bar on the boiling hot line pinboard, and described first
The boiling hot line slider cylinder of line slider cylinder, the second boiling hot line slider cylinder and third is scalded to be respectively used to adjust X-direction, the Y of boiling hot bar
The position of axis and Z-direction.
Preferably, the vertical multiple groups wire winding of full-automatic wireless charging further includes shift mechanism, the shifting machine
Structure includes the X-axis slider cylinder for being fixed on pedestal side, and Y-axis slider cylinder, institute are fixed on the slide unit of the X-axis slider cylinder
It states and is fixed with displacement plate on the slide unit of Y-axis slider cylinder, doubling mechanism, thread drawing mechanism and external electrode are fixed on the displacement plate
Mechanism, the X-axis slider cylinder and Y-axis slider cylinder for adjust doubling mechanism, thread drawing mechanism and external electrode mechanism in X-axis and
The position of Y direction.
Preferably, the doubling mechanism includes the doubling slider cylinder being fixed on displacement plate, and the doubling is sliding
It is fixed on the slide unit of platform cylinder and line bracket, described and line bracket end is equipped with simultaneously line wheel, the thread drawing mechanism includes drawing
Line slider cylinder is fixed with guy wire support on the slide unit of the bracing wire slider cylinder, is fixed with anchor clamp on the guy wire support
Pawl cylinder, the bracing wire clamping jaw cylinder are fixed with bracing wire collet, and the bracing wire clamping jaw cylinder is used to control the folding of bracing wire collet.
Preferably, the material fetching mechanism includes the feeding seat being fixed in rack, fixed above the feeding seat
There is feeding slider cylinder, feeding jacking cylinder is fixed on the slide unit of the feeding slider cylinder, the feeding jacking cylinder
It is fixed with feeding rotary cylinder on cylinder axis, feeding plate, the feeding plate are fixed in the rotary shaft of the feeding rotary cylinder
Lower section is equipped with sucker, and the conveying mechanism includes conveying support, and the conveying support is equipped with conveyer belt.
The charge beneficial effect of vertical multiple groups wire winding of full-automatic wireless disclosed by the utility model is: more cables are drawn
Post-tensioning is kneaded together by more cables by doubling mechanism to doubling mechanism out.More cables after doubling pass through drawing machine
Structure is held, and thread-ironing machine structure carries out the cable between thread drawing mechanism and doubling mechanism to scald line, and enamel covering is scalded, and thread drawing mechanism will
Cable is drawn to being placed in the place for scalding broken enamel covering immediately below cutoff tool.Upper main shaft
The lower mold of the upper mold of mechanism and lower mainshaft mechanism carries out conjunction film, by the cooperation of cutoff tool and cutting seat, by cable cutting,
Upper mold and lower mold, which rotate cable, carries out coiling.Hold the rear end of cable, thread-ironing machine structure after winding by thread drawing mechanism again
The enamel covering of the front end cable of thread drawing mechanism is scalded broken one section, the first external electrode cylinder of external electrode mechanism is by external electrode clamp head
To being pushed forward, the place of broken enamel covering is scalded by outer motor clamp head pinch off, and clamps that one end of coil.Electrode slide unit gas in first
The position of cylinder and the second inner electrode slider cylinder adjustment positive electrode, make positive electrode with cutoff tool electrical communication, it is logical to positive electrode
After electricity, the coil that the current direction of positive electrode is wound, then flowed out by external electrode mechanism, constitute an access, coil galvanization
After generate heat, the softening of the enamel covering of the cable on coil is bonded together, and keeps the loop construction to be formed more compact.Pass through upper master again
Axis mechanism leads to cold air to upper mold, cools down to coil, and cold air is then passed through lower mold, flows out from lower mainshaft mechanism.Coil is cold
But after, the lower mold of the upper mold of upper mainshaft mechanism and lower mainshaft mechanism carries out a point film, and material fetching mechanism is by coil from lower mold
It is placed on conveying mechanism after absorption, then coil is sent out by conveying mechanism, is collected, completed the fully-automatic production of coil, lead to
Full automatic production is crossed, improves the production efficiency of coil, and by way of electrified regulation, makes to carry out between the cable of coil
Bonding, improves product quality.
Detailed description of the invention
Fig. 1 is that the utility model full-automatic wireless charges the structural schematic diagram of vertical multiple groups wire winding；
Fig. 2 be the utility model full-automatic wireless charge vertical multiple groups wire winding pedestal structural schematic diagram；
Fig. 3 be the utility model full-automatic wireless charge vertical multiple groups wire winding upper mainshaft mechanism structural representation
Figure；
Fig. 4 be the utility model full-automatic wireless charge vertical multiple groups wire winding lower mainshaft mechanism structural representation
Figure；
Fig. 5 be the utility model full-automatic wireless charge vertical multiple groups wire winding Guo Xian mechanism structural schematic diagram；
Fig. 6 be the utility model full-automatic wireless charge vertical multiple groups wire winding thread drawing mechanism structural schematic diagram；
Fig. 7 be the utility model full-automatic wireless charge vertical multiple groups wire winding external electrode mechanism structural representation
Figure；
Fig. 8 be the utility model full-automatic wireless charge vertical multiple groups wire winding thread-ironing machine structure structural schematic diagram；
Fig. 9 be the utility model full-automatic wireless charge vertical multiple groups wire winding interior electrode mechanism structural representation
Figure；
Figure 10 be the utility model full-automatic wireless charge vertical multiple groups wire winding upper material removing mechanism structural representation
Figure；
Figure 11 be the utility model full-automatic wireless charge vertical multiple groups wire winding lower material removing mechanism structural representation
Figure；
Figure 12 be the utility model full-automatic wireless charge vertical multiple groups wire winding material fetching mechanism structural schematic diagram；
Figure 13 be the utility model full-automatic wireless charge vertical multiple groups wire winding conveying mechanism structural schematic diagram.
Specific embodiment
The utility model is further elaborated and is illustrated with Figure of description combined with specific embodiments below:
It please refers to Fig. 1-Fig. 2, a kind of vertical multiple groups wire winding of full-automatic wireless charging, including rack 10 and is installed on machine
Pedestal 11 on frame 10,11 upper end of pedestal are fixed with mainshaft mechanism 17, and lower end is fixed with lower mainshaft mechanism 18, upper main shaft
17 lower end of mechanism is equipped with cutoff tool and upper mold 176, and lower 18 upper end of mainshaft mechanism is equipped with cutting seat 188 and lower mold 187；
Doubling mechanism 14 in rack 10, for merging more lines；
Thread-ironing machine structure 22 on pedestal 11, the coat of paint for the thread end after merging scald broken；
Thread drawing mechanism 15 in rack 10 is drawn for the line after merging to upper mainshaft mechanism 17 and lower mainshaft mechanism
Between 18；
Material fetching mechanism 19 in rack 10, the coil for will wind between upper mold 176 and lower mold 187 take out
It is put into the next step；
Conveying mechanism 20 in rack 10, the coil for sending material fetching mechanism 19 are sent out；
Referring to FIG. 9, be set to the interior electrode mechanism 24 on pedestal 11, including be fixed on pedestal 11 first in electrode it is sliding
Platform cylinder 241 is connected with interior electrode connecting parts 242, interior electrode connecting parts 242 on the slide of electrode slider cylinder 241 in first
Bottom is connected with the second inner electrode slider cylinder 243, and 243 bottom of the second inner electrode slider cylinder is fixed with positive electrode 244, interior electricity
The positive electrode 244 that pole mechanism 24 is used for is powered to upper mainshaft mechanism 17, so that coil inner ring the end of a thread be made to be powered；
Referring to FIG. 7, the external electrode mechanism 16 in rack 10 is set to, including the first external electrode cylinder being set in rack 10
161, the cylinder axis of the first external electrode cylinder 161 is connected with the second external electrode cylinder 162, the cylinder of the second external electrode cylinder 162
Axis connection has external electrode clamp head 163, and the second external electrode cylinder 162 is used to control the folding of external electrode clamp head 163.
Interior electrode mechanism 24 and external electrode mechanism 16 and coil form a closed circuit, so that the cable of coil is powered and send out
The enamel covering of heat, metapyretic cable softens, and can fuse together between more cables, keep structure more secured.
Referring to FIG. 3, upper mainshaft mechanism 17 includes the upper central spindle axis 172 of upper end, upper central spindle axis 172 is hollow shaft, upper axis
172 upper end of mandrel is connected with inlet suction port 173, is equipped with upper main shaft attachment base 171, upper main shaft attachment base 171 in the middle part of upper axle shaft
Lower section is equipped with upper main shaft outer shaft 174, and upper main shaft outer shaft 174 wraps 172 lower part of central spindle axis, upper 172 lower part of central spindle axis connection
There is upper die adapter 175, upper die adapter 175 is equipped with the through-hole communicated with upper central spindle axis 172, is connected with below upper die adapter 175
Mold 176, is equipped with cutoff tool in upper mold 176, and cutoff tool side is equipped with push type broach, upper central spindle axis 172 and upper main shaft outer shaft 174 it
Between be equipped with ball bearing, upper main shaft outer shaft 174 can be mutually shifted between upper central spindle axis 172.Inlet suction port 173 is passed through cold
Cold air is imported on upper mold 176 by upper central spindle axis 172, is cooled down to the coil after hot briquetting by gas.
It please refers to, 4, lower mainshaft mechanism 18 includes the lower axle mandrel 181 of lower end, and lower axle mandrel 181 is hollow shaft, lower central spindle
181 lower end of axis is connected with air outlet adapter 182, is equipped with lower main shaft attachment base 183, lower main shaft attachment base 183 in the middle part of lower axle mandrel 181
Lower section is equipped with lower spindle pulley 184, is equipped with lower axle outer shaft 185 above lower main shaft attachment base 183, lower axle outer shaft 185 superscribes
172 top of central spindle axis, 181 top of lower axle mandrel are connected with lower die adapter 186, and lower die adapter 186 is equipped with and 181 phase of lower axle mandrel
Logical through-hole is connected with lower mold 187 above upper die adapter 175, cutting seat 188 is equipped in lower mold 187, passes through cutting seat
188 and cutoff tool cooperation by cable cutting, and by push type broach and cut off seat 188 cooperation, cable is pushed down, 176 He of upper mold
The cooperation of lower mold 188 carries out coiling to cable, and lower mold 188 drives lower spindle pulley 184 to rotate by external connection power,
To make lower mold 188 rotate.
Referring to FIG. 2, pedestal 11 includes cabinet 114 and the U-shaped seat 113 being fixed on cabinet 114, the U-shaped opening of seat 113 is set
In horizontal direction, upper mainshaft mechanism 17 is set to U-shaped 113 upper end of seat and upper mold 176 is set to the open interior of U-shaped seat 113, lower master
Axis mechanism 18 is set to U-shaped 113 lower end of seat and lower mold 187 is set to the open interior of U-shaped seat 113, upper mold 176 and lower mold
187 set relatively, and U-shaped 113 top of seat is equipped with the first pedestal motor 112 and the second pedestal motor 111, the first pedestal motor 112
Motor shaft lower end be connected with screw rod, screw rod is connected through a screw thread with upper main shaft attachment base 171,111 lower end of the second pedestal motor
Pedestal belt pulley, pedestal belt pulley and lower spindle pulley 184 is connected with to be driven by belt.U-shaped 113 side of seat is additionally provided with useless
Expect that containing box, thread drawing mechanism 15 draw the cable after doubling to after cutting cutter position, after cutoff tool cutting, thread drawing mechanism 15 is held
One section of waste material be placed into waste material containing box.Upper main shaft outer shaft 174 is driven to move down by the first pedestal motor 112, thus
Upper mold 176 is driven to be molded downwards.Second pedestal motor 111 drives lower spindle pulley 184 to rotate, to drive lower die
188 rotation of tool, to realize the coiling of cable.
This programme is additionally provided with coil holder mechanism, and coil holder mechanism includes coil holder body, and it is incremented by successively that coil holder body is equipped with several height
Fixed link, fixed link is equipped with several tensioners, and each tensioner upper and lower is fixed with a draw drum, and draw drum is connected with
Unwrapping wire motor.Spool is sheathed on draw drum, the cable on spool from draw drum come out after by tension device post-tensioning to cross line machine
Structure.It by the different fixed link of height, will not be overlapped after coming out cable from tensioner, and adjust the pine of cable by tensioner
Tight degree.
Referring to FIG. 5, this programme is additionally provided with Guo Xian mechanism 12, Guo Xian mechanism 12 includes being fixed in rack 10 to cross line seat
121, cross line seat 121 be equipped with it is rotatable cross line roller bearing 122 and cross line jig, crossing line jig includes first crossing wire body 123, the
Two cross wire body 124 and spring clip, and first, which crosses wire body 123 and second, crosses wire body 124 equipped with crossed beam trunking, and spring clip includes upper folder 125
With it is lower folder 126, it is lower folder 126 be equipped with fixed column 127, it is upper folder 125 pass through fixed column 127, fixed column 127 be equipped with spring, spring to
Push folder 125.The cable come out from coil holder mechanism crosses wire body from first after the line roller bearing 122 excessively of Guo Xian mechanism 12
By pushing down cable by upper folder 125, sending out flat cable will not between upper folder 125 and lower folder 126 after 123 crossed beam trunking
Raw overturning.
Referring to FIG. 8, thread-ironing machine structure 22 includes the boiling hot thread fixing plate 221 for being fixed on pedestal 11, scalds and set on thread fixing plate 221
There is first scald line slider cylinder 222, the second boiling hot line slider cylinder 223 is fixed on the slide unit of first scald line slider cylinder 222, the
It is fixed with boiling hot line connecting plate 224 on the slide of two boiling hot line slider cylinders 223, it is sliding that the boiling hot line of third is fixed on boiling hot line connecting plate 224
Platform cylinder 225, third scald line slider cylinder 225 and are connected with boiling hot line pinboard 226, scald and are fixed with boiling hot bar on line pinboard 226
227, first scald line slider cylinder 222, the second boiling hot line slider cylinder 223 and third scald line slider cylinder 225 and are respectively used to adjust
Scald the X-direction of bar 227, the position of Y-axis and Z-direction.External power supply, which is given, scalds the heating of bar 227, enables to scald bar 227
Scald the enamel covering for the cable that goes offline.
This programme further includes the boiling hot coil holder mechanism being fixed in rack 10, and scalding coil holder mechanism includes scalding line jacking cylinder, is scalded
Line jacking cylinder, which is equipped with, scalds line seat, scalds and offers boiling hot line groove on line seat, and cable is from the surface mistake of boiling hot line seat, when cable needs
When scalding line, it is in boiling hot line groove that the enamel covering of cable is boiling hot broken to scald bar 227.
Figure 10 and Figure 11 are please referred to, this programme further includes the upper material removing mechanism 25 being fixed on pedestal 11 and lower material removing mechanism
26, upper material removing mechanism 25 includes the upper de- material fixed plate 251 being fixed on pedestal 11, is fixed in upper de- material fixed plate 251
De- material jacking cylinder 252 is connected with up stripper 253 on the cylinder axis of upper de- material jacking cylinder 252, and lower material removing mechanism 26 includes
The lower de- material fixed plate 261 being fixed under pedestal 11 is fixed with lower de- material jacking cylinder 262 in lower de- material fixed plate 261, lower de-
Expect that cylinder axis and the lower de- material fixed plate 261 of jacking cylinder 262 are fixed, lower de- material jacking cylinder 262 is connected with lower stripper
263.After coil is formed between upper mold 176 and lower mold 188, keep cable and upper mold 176 de- by up stripper 253
From lower stripper 263 is detached from cable and lower mold 188.
Referring to FIG. 1, this programme is additionally provided with shift mechanism 13, shift mechanism 13 includes the X-axis for being fixed on 11 side of pedestal
Slider cylinder is fixed with Y-axis slider cylinder on the slide unit of X-axis slider cylinder, displacement is fixed on the slide unit of Y-axis slider cylinder
Plate is fixed with doubling mechanism 14, thread drawing mechanism 15 and external electrode mechanism 16, X-axis slider cylinder and Y-axis slider cylinder on displacement plate
For adjusting doubling mechanism 14, thread drawing mechanism 15 and external electrode mechanism 16 in the position of X-axis and Y direction.Pass through shift mechanism
13 can simultaneously carry out doubling mechanism 14, thread drawing mechanism 15 and external electrode mechanism 16 adjustment of horizontal position.
Doubling mechanism 14 includes the doubling slider cylinder being fixed on displacement plate, is fixed on the slide unit of doubling slider cylinder
And line bracket, and the end of line bracket is equipped with and line wheel.The more cables come in from Guo Xian mechanism 12, by and line bracket and
After line wheel, more cables are superimposed together, and form one.
Referring to FIG. 6, thread drawing mechanism 15 includes bracing wire slider cylinder 151, it is fixed on the slide unit of bracing wire slider cylinder 151
Guy wire support 152 is fixed with bracing wire clamping jaw cylinder 153 on guy wire support 152, and bracing wire clamping jaw cylinder 153 is fixed with bracing wire collet
154, bracing wire clamping jaw cylinder 153 is used to control the folding of bracing wire collet 154.Cable can be held by bracing wire collet 154, and is passed through
Bracing wire clamping jaw cylinder 153 can be automatically controled the folding of bracing wire collet 154.
Please refer to Figure 12 and Figure 13, material fetching mechanism 19 includes the feeding seat 191 being fixed in rack 10, on feeding seat 191
Side is fixed with feeding slider cylinder 192, and feeding jacking cylinder 193, feeding jacking are fixed on the slide unit of feeding slider cylinder 192
It is fixed with feeding rotary cylinder 194 on the cylinder axis of cylinder 193, feeding plate is fixed in the rotary shaft of feeding rotary cylinder 194
195, sucker is equipped with below feeding plate 195.Conveying mechanism 20 includes conveying support 201, and conveying support 201 is equipped with conveying
Band 202.The external tracheae of sucker is controlled the horizontal position of sucker by feeding slider cylinder 192, passes through feeding jacking cylinder 193
The vertical direction position of sucker is controlled, then controls the angle of sucker by feeding rotary cylinder 194, the coil on lower mold is inhaled
It is put into after taking on the conveyer belt 202 of conveying mechanism 20, then specified storage basket is transported by conveyer belt 202.
In above scheme, cable is adjusted to horizontal by Guo Xian mechanism 12 after the pull-out of coil holder mechanism by more cables
State, and pass through direction and angle that Guo Xian mechanism 12 adjusts cable, then by doubling mechanism 14 that more cables are kneaded together.
More cables after doubling are held by thread drawing mechanism 15, and thread-ironing machine structure 22 is by the line between thread drawing mechanism 15 and doubling mechanism 14
Cable carries out scalding line, and enamel covering is scalded, and thread drawing mechanism 15 draws cable between upper mainshaft mechanism 17 and lower mainshaft mechanism 18, makes
The place for scalding broken enamel covering is placed in immediately below cutoff tool.The lower die of the upper mold 176 of upper mainshaft mechanism 17 and lower mainshaft mechanism 18
Tool 187 carries out conjunction film, by the cooperation of cutoff tool and cutting seat 188, by cable cutting, and will by push type broach and cutting seat 188
Cable is pushed down, and upper mold 176 and lower mold 187 rotate cable and carry out coiling.Line is held by thread drawing mechanism 15 again after winding
The rear end of cable, thread-ironing machine structure 22 is boiling hot one section broken by the enamel covering of the front end cable of thread drawing mechanism 15, and the first of external electrode mechanism 16
External electrode clamp head 163 to being pushed forward, the place of broken enamel covering is scalded by outer motor clamp head pinch off by external electrode cylinder 161, and
Clamp that one end of coil.Electrode slider cylinder 241 and the second inner electrode slider cylinder 243 adjust the position of positive electrode 244 in first
Set, make positive electrode 244 with cutoff tool electrical communication, after being powered to positive electrode 244, what the current direction of positive electrode 244 was wound
Coil, then flowed out by external electrode mechanism 16, an access is constituted, is generated heat after coil galvanization, the enamel-cover of the cable on coil
Skin softening is bonded together, and keeps the loop construction to be formed more compact.Cold air is led to upper mold by upper mainshaft mechanism 17 again
176, coil is cooled down, cold air is then passed through lower mold 187, flows out from lower mainshaft mechanism 18.After coil is cooling, upper main shaft machine
The lower mold 187 of the upper mold 176 of structure 17 and lower mainshaft mechanism 18 carries out a point film, and material fetching mechanism 19 is by coil from lower mold 187
It is placed into after upper absorption on conveying mechanism 20, then coil is sent out by conveying mechanism 20, is collected, complete the full-automatic life of coil
Produce, by full automatic production, improve the production efficiency of coil, and by way of electrified regulation, make coil cable it
Between bonded, improve product quality.
Finally it should be noted that above embodiments are only to illustrate the technical solution of the utility model, rather than to this reality
With the limitation of novel protected range, although being explained in detail referring to preferred embodiment to the utility model, this field it is general
Lead to it will be appreciated by the skilled person that can be with the technical solution of the present invention is modified or equivalently replaced, without departing from this
The spirit and scope of utility model technical solution.
Claims (10)
- The vertical multiple groups wire winding 1. a kind of full-automatic wireless charges, including rack, which is characterized in that further include being installed on rack On pedestal, the pedestal upper end is fixed with mainshaft mechanism, and lower end is fixed with lower mainshaft mechanism, the upper mainshaft mechanism lower end Equipped with cutoff tool and upper mold, the lower mainshaft mechanism upper end is equipped with cutting seat and lower mold；Doubling mechanism in rack, for merging more lines；Thread-ironing machine structure on pedestal, the coat of paint for the thread end after merging scald broken；Thread drawing mechanism in rack is drawn for the line after merging between upper mainshaft mechanism and lower mainshaft mechanism；Material fetching mechanism in rack, for the coil wound between upper mold and lower mold taking-up to be put into next step work Sequence；Conveying mechanism in rack, the coil for sending material fetching mechanism are sent out；Interior electrode mechanism on pedestal, including being fixed on electrode slider cylinder in first on pedestal, electricity in described first Interior electrode connecting parts are connected on the slide of pole slider cylinder, the interior electrode connecting parts bottom is connected with the second inner electrode slide unit Cylinder, the second inner electrode slider cylinder bottom are fixed with positive electrode, and the positive electrode that the interior electrode mechanism is used for gives upper master Axis mechanism is powered, so that coil inner ring the end of a thread be made to be powered；AndExternal electrode mechanism in rack, including the first external electrode cylinder being set in rack, the first external electrode cylinder Cylinder axis be connected with the second external electrode cylinder, the cylinder axis of the second external electrode cylinder is connected with external electrode clamp head, institute The second external electrode cylinder is stated for controlling the folding of external electrode clamp head.
- The vertical multiple groups wire winding 2. full-automatic wireless as described in claim 1 charges, which is characterized in that the upper main shaft machine Structure includes the upper central spindle axis of upper end, and upper main shaft attachment base is equipped in the middle part of the upper axle shaft, is set below the upper main shaft attachment base There is upper main shaft outer shaft, the upper main shaft outer shaft wraps central spindle axis lower part, and the upper central spindle axis lower part is connected with die adapter, It is connected with upper mold below the upper die adapter, cutoff tool is equipped in the upper mold, the cutoff tool side is equipped with push type broach.
- The vertical multiple groups wire winding 3. full-automatic wireless as claimed in claim 2 charges, which is characterized in that the lower main shaft machine Structure includes the lower axle mandrel of lower end, and lower main shaft attachment base is equipped in the middle part of the lower axle mandrel, is set below the lower main shaft attachment base There is lower spindle pulley, is equipped with lower axle outer shaft above the lower main shaft attachment base, the lower axle outer shaft superscribes central spindle axis top, Lower axle mandrel top is connected with lower die adapter, is connected with lower mold above the upper die adapter, is equipped in the lower mold Cut off seat.
- The vertical multiple groups wire winding 4. full-automatic wireless as claimed in claim 3 charges, which is characterized in that the pedestal includes Cabinet and the U-shaped seat being fixed on cabinet, the U-shaped seat opening are set to horizontal direction, and the upper mainshaft mechanism is set on U-shaped seat End and upper mold are set to the open interior of U-shaped seat, and the lower mainshaft mechanism is set to U-shaped seat lower end and lower mold is set to U-shaped seat Open interior, the upper mold and lower mold are opposite and set.
- The vertical multiple groups wire winding 5. full-automatic wireless according to any one of claims 1-4 charges, which is characterized in that also wrap Coil holder mechanism is included, the coil holder mechanism includes coil holder body, and the coil holder body is equipped with several height fixed link incremented by successively, institute Fixed link is stated equipped with several tensioners, each tensioner upper and lower is fixed with a draw drum, the draw drum connection There is unwrapping wire motor.
- The vertical multiple groups wire winding 6. full-automatic wireless according to any one of claims 1-4 charges, which is characterized in that also wrap Kuo Guo line mechanism, the Guo Xian mechanism include the line seat excessively being fixed in rack, and the line seat of crossing is equipped with rotatable line excessively Roller bearing and cross line jig, the line jig of crossing includes first crossing wire body, second crossing wire body and spring clip, described first cross wire body and Second, which crosses wire body, is equipped with crossed beam trunking, and the spring clip includes upper folder and lower folder, is folded with fixed column under described, the upper folder across Fixed column, the fixed column are equipped with spring, and the spring is downwardly against upper folder.
- The vertical multiple groups wire winding 7. full-automatic wireless according to any one of claims 1-4 charges, which is characterized in that described Thread-ironing machine structure includes the boiling hot thread fixing plate for being fixed on pedestal, and the boiling hot thread fixing plate is equipped with first scald line slider cylinder, described It is fixed with the second boiling hot line slider cylinder on the slide unit of first scald line slider cylinder, consolidates on the slide of the second boiling hot line slider cylinder Surely there is boiling hot line connecting plate, third is fixed on the boiling hot line connecting plate and scalds line slider cylinder, the third is scalded line slider cylinder and connected It is connected to boiling hot line pinboard, boiling hot bar, the first scald line slider cylinder, the second boiling hot line slide unit are fixed on the boiling hot line pinboard Cylinder and third scald line slider cylinder and are respectively used to adjust the position of the X-direction of boiling hot bar, Y-axis and Z-direction.
- The vertical multiple groups wire winding 8. full-automatic wireless according to any one of claims 1-4 charges, which is characterized in that also wrap Shift mechanism is included, the shift mechanism includes the X-axis slider cylinder for being fixed on pedestal side, the slide unit of the X-axis slider cylinder On be fixed with Y-axis slider cylinder, displacement plate is fixed on the slide unit of the Y-axis slider cylinder, is fixed with simultaneously on the displacement plate Line mechanism, thread drawing mechanism and external electrode mechanism, the X-axis slider cylinder and Y-axis slider cylinder are for adjusting doubling mechanism, bracing wire Mechanism and external electrode mechanism are in the position of X-axis and Y direction.
- The vertical multiple groups wire winding 9. full-automatic wireless according to any one of claims 1-4 charges, which is characterized in that described Doubling mechanism includes the doubling slider cylinder being fixed on displacement plate, is fixed with doubling branch on the slide unit of the doubling slider cylinder Frame, described and line bracket end is equipped with and line wheel, and the thread drawing mechanism includes bracing wire slider cylinder, the bracing wire slider cylinder Slide unit on be fixed with guy wire support, bracing wire clamping jaw cylinder is fixed on the guy wire support, the bracing wire clamping jaw cylinder is fixed There is bracing wire collet, the bracing wire clamping jaw cylinder is used to control the folding of bracing wire collet.
- The vertical multiple groups wire winding 10. full-automatic wireless according to any one of claims 1-4 charges, which is characterized in that institute Stating material fetching mechanism includes the feeding seat being fixed in rack, and the feeding seat is fixedly arranged above feeding slider cylinder, the feeding It is fixed with feeding jacking cylinder on the slide unit of slider cylinder, is fixed with feeding rotary pneumatic on the cylinder axis of the feeding jacking cylinder Cylinder is fixed with feeding plate in the rotary shaft of the feeding rotary cylinder, is equipped with sucker, the conveying mechanism below the feeding plate Including conveying support, the conveying support is equipped with conveyer belt.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201920577119.3U CN209561195U (en) | 2019-04-25 | 2019-04-25 | The vertical multiple groups wire winding of full-automatic wireless charging |
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| CN201920577119.3U CN209561195U (en) | 2019-04-25 | 2019-04-25 | The vertical multiple groups wire winding of full-automatic wireless charging |
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| CN209561195U true CN209561195U (en) | 2019-10-29 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110349744A (en) * | 2019-04-25 | 2019-10-18 | 深圳市星特科技有限公司 | The vertical multiple groups wire winding of full-automatic wireless charging |
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- 2019-04-25 CN CN201920577119.3U patent/CN209561195U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110349744A (en) * | 2019-04-25 | 2019-10-18 | 深圳市星特科技有限公司 | The vertical multiple groups wire winding of full-automatic wireless charging |
| CN110349744B (en) * | 2019-04-25 | 2024-06-07 | 深圳市星特科技有限公司 | Full-automatic wireless charging vertical multi-group wire winding machine |
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