CN108682549A - A kind of SMT Inductor automatic coil winding machine and assembled package machine - Google Patents

Abstract

The present invention relates to coil winding machine technical fields, envelope machine is assembled more particularly to a kind of SMT Inductor automatic coil winding machine and SMT Inductor, including board, wire delivery mechanism for supply wire, feed mechanism for supplying from iron core to assembling mechanism, assembling mechanism for wire rod to be wound in iron core, the welding mechanism for the iron core that soldering wires for being exported wire delivery mechanism are carried to assembling mechanism and the Jia Yu lines mechanism for fixing and removing remaining line caused by wire delivery mechanism, the wire delivery mechanism, feed mechanism, assembling mechanism, welding mechanism and Jia Yu lines mechanism may be contained within board.A kind of SMT Inductor automatic coil winding machine of the present invention, it can realize automatic charging, defeated line, coiling assembling, welding and the complete rear remaining remaining line of an each pair of product coiling of wire delivery mechanism can be removed, realize SMT Inductor continuous automatic production, production efficiency is greatly improved, the quality of production is improved.

Description

A chip inductor automatic winding machine and assembly packaging machine

technical field

The invention relates to the technical field of winding machines, in particular to an automatic winding machine for patch inductors and an assembly and sealing machine.

Background technique

As a main electronic component, inductor is widely used in various electronic circuit designs, and is an indispensable component to realize many circuit functions. In the prior art, the inductor is based on a magnetic core, and a conductive coil is wound on the magnetic core to form an inductive element. The conduction current on the coil generates electromagnetic force, and is one of the main components to realize functions such as oscillation, tuning, and filtering. .

At present, in the production process of domestic chip inductors, most manufacturers are still using the more traditional purely manual operation methods, especially the winding process of inductor coils, which consumes a lot of human resources and is inefficient. With the development of technology, it is an inevitable trend to develop automatic winding equipment to replace manual work. Compared with traditional manual work, automated winding equipment can not only reduce the cost of human resources, but also greatly improve production efficiency, while effectively ensuring product quality. The existing inductor winding machine has a low degree of automation, manual loading and unloading is required during the winding process, and the production efficiency is low.

Contents of the invention

The purpose of the present invention is to address the above-mentioned deficiencies in the prior art, to provide an automatic winding machine for chip inductors, which can realize automatic feeding, wire feeding, wire winding assembly, welding and remove the wire feeding mechanism for each pair of products. After the winding is completed, the remaining wires and the wires output by the wire feeding mechanism are fixed, which is convenient for winding the next product, realizing continuous and automatic production of chip inductors, greatly improving production efficiency and production quality.

The object of the present invention is achieved through the following technical solutions:

An automatic winding machine for patch inductors, including a machine table, is characterized in that it also includes a wire feeding mechanism for supplying wires, a feeding mechanism for supplying iron cores to the assembly mechanism, and winding the wires on The assembly mechanism of the iron core, the welding mechanism for welding the wire output by the wire feeding mechanism to the iron core carried by the assembly mechanism, and the residual wire clamping mechanism for fixing and removing the remaining wire generated by the wire feeding mechanism, said The wire feeding mechanism, material feeding mechanism, assembly mechanism, welding mechanism and excess wire clamping mechanism are all set on the machine table.

Wherein, the wire feeding mechanism includes a wire feeding moving device that is movably arranged on the machine table, a wire needle device that is rotatably arranged on the wire feeding moving device, and a rotating drive motor that drives the wire wire needle device to rotate, and the wire wire needle device includes a wire wire device that is rotatably arranged on the The rotating base of the transmission line moving device, the first wire needle installed on the rotating base and the second wire needle installed on the rotating base are rotated and driven by the motor to drive the rotating base to rotate, and the first wire needle and the second wire needle are threaded with wire.

Wherein, the remaining thread clamping mechanism includes a remaining thread seat arranged on the machine table, a first thread dividing post arranged on the remaining thread seat, a second thread dividing post arranged on the remaining thread seat, and a remaining thread post which is movably arranged on the remaining thread seat. The thread chuck, the first driving device that drives the remaining thread chuck to rotate, and the second driving device that drives the opening and closing of the remaining thread chuck, and the line splitting column is used to separate the wires output by the first wire needle and the second wire needle , The remaining thread chuck is used to clamp the remaining thread produced by the wire feeding mechanism.

Wherein, the welding mechanism includes a welding mobile device arranged on the machine table, and a welding head movably arranged on the welding mobile device.

Wherein, the welding head is also provided with a cutter for cutting the wire.

Wherein, the feeding mechanism includes a feeding vibrating plate for supplying the iron core, a conveying guide rail connected to the output end of the feeding vibrating plate, a distributing block for carrying the iron core conveyed by the conveying guide rail, and a feeder for driving the conveying guide rail The conveyed iron core is conveyed to the vibrator of the material distribution block, the third driving device used to drive the material distribution block to reciprocate between the conveying guide rail and the material mechanism, and is used to install the iron core carried by the material distribution block on the The driving device of the loading carousel.

Wherein, the assembly mechanism includes rotating the loading turntable installed on the machine table, the material fixture installed on the loading turntable, and the fourth drive for driving the output wire of the iron core winding transmission mechanism clamped by the material fixture. The device and the fifth driving device for driving the loading carousel to reciprocate between the feeding mechanism and the wire conveying mechanism, and the material clamp is used for clamping the iron core.

Wherein, the material fixture includes a connecting block rotatably arranged on the loading turntable, a fixed clamping edge fixedly arranged on the connecting block, a movable clamping edge movably arranged on the connecting block, and driving the movable clamping edge toward the fixed clamping edge. The driving spring for clamping and the abutment block that drives the movable clamping side away from the loosened clamping side to the fixed clamping side, and the fixed clamping side and the movable clamping side are respectively provided with guide wire needles and As for the guide column of the second wire needle, the fourth driving device drives the connecting block to rotate.

Another object of the present invention is to address the above-mentioned deficiencies in the prior art, to provide a chip inductor assembly and packaging machine, which can realize the winding assembly, performance testing, assembly pressing and testing and packaging of chip inductors, and greatly improve the packaging performance of chip inductors. Assembly efficiency and production quality of chip inductors.

A chip inductor assembly and packaging machine, including a chip inductor automatic winding machine, a detection device, a conveying device, an assembly mechanism, and a detection and packaging mechanism that are arranged on the machine table and sequentially process workpieces. The detection device uses In detecting the workpiece processed by the chip inductor automatic winding machine, the conveying device is used to transport the workpiece processed by the detection device to the assembly mechanism, and the detection and packaging mechanism is used to detect and package the workpiece processed by the assembly mechanism.

Wherein, the assembly mechanism includes a dispensing device, an upper cover device, a tablet pressing device and a drying device which are arranged on the machine and sequentially process the workpiece. The dispensing device is used for dispensing the workpiece. The device is used to cover the workpiece processed by the dispensing device, the tablet pressing device is used to compress the workpiece processed by the upper cover device, and the baking device is used to bake the workpiece processed by the tablet pressing device.

Beneficial effects of the present invention:

An automatic winding machine for chip inductors of the present invention can realize automatic feeding, wire feeding, wire winding assembly, welding, and can remove the remaining wires left after winding each pair of products of the wire feeding mechanism and fix the wire feeding The wire output by the mechanism is convenient for winding the next product, realizing continuous and automatic production of chip inductors, greatly improving production efficiency and production quality. When working, the feeding mechanism supplies the iron core to the assembly mechanism, so that the iron core is installed on the assembly mechanism, the wire transmission mechanism supplies the wire to the assembly mechanism, and the welding mechanism connects one end of the wire output by the wire transmission mechanism with the iron core carried by the assembly mechanism. The cores are welded and fixed together, and the assembly mechanism rotates to make the iron core wind up the wire. After the wire is wound, the remaining wire clamping mechanism clamps the remaining wire of the wire feeding mechanism, which is convenient for the wire feeding mechanism to feed the next product. At the same time, welding The mechanism welds and fixes the other end of the wire output by the wire delivery mechanism to the iron core, so that both ends of the wire wound on the iron core are fixed together with the iron core, the wire of the wire delivery mechanism is disconnected from the iron core, and the wire delivery mechanism One end of the wire is fixed under the grip of the wire clamping mechanism, the wire feeding mechanism will feed the next iron core loaded by the assembly mechanism, the welding mechanism will weld the wire and the iron core of the wire feeding mechanism, and the output of the wire feeding mechanism The wire generates a section of excess wire, and the excess wire clamping mechanism can clamp and remove the excess wire, avoiding the winding between the wires, ensuring the continuous automatic production of chip inductors, and greatly improving production efficiency and production quality.

The chip inductor assembly and packaging machine of the present invention can realize the winding assembly, performance testing, assembly pressing and testing and packaging of chip inductors, and greatly improve the assembly efficiency and production quality of chip inductors.

Description of drawings

Utilize accompanying drawing to further illustrate the invention, but the embodiment in the accompanying drawing does not constitute any limitation to the present invention, for those of ordinary skill in the art, under the premise of not paying creative work, can also obtain other according to following accompanying drawing Attached picture.

Fig. 1 is a three-dimensional structural schematic diagram of an automatic winding machine for chip inductors of the present invention.

Fig. 2 is a schematic diagram of the enlarged structure at A in Fig. 1 .

Fig. 3 is a schematic diagram of another three-dimensional structure of the automatic winding machine for chip inductors of the present invention.

FIG. 4 is a schematic diagram of the enlarged structure at B in FIG. 3 .

Fig. 5 is a partial structural schematic diagram of the material clamp of the present invention.

Fig. 6 is a perspective view of the structure of the assembly mechanism of the present invention.

Fig. 7 is a schematic perspective view of the detection and packaging mechanism of the present invention.

Reference signs include:

1—machine platform; 2—wire transmission mechanism; 21—wire transmission moving device; 22—wire needle device; 221—rotary seat; 222—first wire needle; 223—second wire needle; 23—rotation drive motor;

3—feeding mechanism; 31—feeding vibration plate; 32—conveying guide rail; 33—distribution block; 34—vibrator; 35—third driving device; 36—propelling device;

4—Assembly mechanism; 41—Loading turntable; 42—Material fixture; 421—Connection block; 422—Fixed clamping edge; 4221—Guide column; 423—Moveable clamping edge; 424— Driving spring; 425——abutting block; 43——the fourth driving device; 44——the fifth driving device;

5——welding mechanism; 51——welding moving device; 52——welding head; 521——cutter;

6——residual thread clamping mechanism; 61——residual thread seat; 62——first thread branch post; 63——second thread branch post; 64—remaining thread chuck; 65——first driving device; 66 - the second driving device;

7—detection device; 8—conveying device; 9—fitting mechanism; 91—dispensing device; 92—top cover device; 93—tabletting device; 94—baking device; 10— - Detect packaging mechanism.

Detailed ways

The present invention will be further described in conjunction with the following embodiments and accompanying drawings.

As shown in Figures 1 to 7, an automatic winding machine for chip inductors of the present invention includes a machine platform 1, a wire feeding mechanism 2 for supplying wires, and a mechanism for supplying iron cores to the assembly mechanism 4. The feeding mechanism 3, the assembly mechanism 4 for winding the wire on the iron core, the welding mechanism 5 for welding the wire output by the wire delivery mechanism 2 to the iron core carried by the assembly mechanism 4, and the welding mechanism 5 for fixing and removing The residual thread clamping mechanism 6 for the surplus thread generated by the thread transporting mechanism 2, the thread transporting mechanism 2, the feeding mechanism 3, the assembly mechanism 4, the welding mechanism 5 and the residual thread clamping mechanism 6 are all arranged on the machine 1.

During work, the feeding mechanism 3 supplies the iron core to the assembly mechanism 4, so that the iron core is installed on the assembly mechanism 4, the wire delivery mechanism 2 supplies the wire to the assembly mechanism 4, and the welding mechanism 5 connects one end of the wire output by the wire delivery mechanism 2 It is welded and fixed together with the iron core carried by the assembly mechanism 4, and the assembly mechanism 4 rotates to make the iron core wind up the wire rod. After the wire is wound, the remaining wire clamping mechanism 6 clamps the remaining remaining wire of the wire feeding mechanism 2, which is convenient for the wire feeding mechanism 2. Carry out line transmission for the next product, and at the same time, the welding mechanism 5 welds and fixes the other end of the wire rod output by the wire transmission mechanism 2 to the iron core, so that both ends of the wire rod wound on the iron core are fixed together with the iron core, The wire rod of the wire feeding mechanism 2 is disconnected from the iron core, and one end of the wire rod of the wire feeding mechanism 2 is fixed under the clamping of the remaining wire clamping mechanism 6, and the wire feeding mechanism 2 carries out wire feeding to the next iron core loaded by the assembly mechanism 4, The welding mechanism 5 welds the wire rod of the wire feeding mechanism 2 with the iron core, and the wire rod output by the wire feeding mechanism 2 produces a section of residual wire, and the residual wire clamping mechanism 6 can clamp and remove the residual wire, so as to avoid entanglement between the wire rods and ensure affixing The continuous automatic production of chip inductors greatly improves production efficiency and production quality.

An automatic winding machine for chip inductors of the present invention can realize automatic feeding, wire feeding, wire winding assembly, welding, and can remove the remaining wires left by the wire feeding mechanism 2 after winding each pair of products and fix the wire feeding The wire rod output by the wire mechanism 2 is convenient for winding the next product, realizing continuous and automatic production of chip inductors, greatly improving production efficiency and production quality.

The wire feeding mechanism 2 of the present invention includes a wire feeding moving device 21 that is movably arranged on the machine platform 1, a wire needle device 22 that is rotatably arranged on the wire feeding moving device 21, and a rotary drive motor 23 that drives the wire wire needle device 22 to rotate. The needle device 22 includes a rotating base 221 which is rotatably arranged on the wire transporting device 21, a first wire needle 222 installed on the rotating base 221 and a second wire needle 223 installed on the rotating base 221, and the rotation driving motor 23 drives the rotating base 221 Rotating, the first wire needle 222 and the second wire needle 223 are both threaded with wires. The two wires are respectively passed through from the top of the first wire needle 222 and the second wire needle 223, passed through from the bottom and clamped by the remaining wire mechanism 6, so that one end of the wire is fixed, and the wire feeding moving device 21 can be fixed according to the iron. The processing condition of the core is moved on the machine platform 1, so that the wire needle device 22 moves back and forth between the assembly mechanism 4 and the thread clamping mechanism 6. Specifically, when the guide wire needle device 22 moves to the remaining thread clamping mechanism 6, the remaining thread clamping mechanism 6 clamps the wire rod of the guide wire needle device 22, so that one end of the wire rod is fixed, and the guide wire needle device 22 moves to the assembly mechanism 4, so that The wire is output by the first wire needle 222 and the second wire needle 223, and the welding mechanism 5 welds the wire and the iron core carried by the assembly mechanism 4, so that one end of the wire is fixed to the iron core, and the assembly mechanism 4 rotates the wire. At the same time, the rotating drive motor 23 drives the wire needle device 22 to rotate, so that the wire output by the first wire needle 222 and the wire output by the second wire needle 223 are mutually twisted, preferably twisted every two weeks. One time, after the wire coiling is completed, the wire needle device 22 moves to the remaining thread clamping mechanism 6, the remaining thread clamping mechanism 6 clamps and fixes the wire of the wire delivery mechanism 2, and the welding mechanism 5 pairs the wire wound on the iron core The other end of the wire is welded to fix the wire and the iron core, and the iron core winding is completed.

The remaining thread clamping mechanism 6 of the present invention includes a remaining thread seat 61 arranged on the machine 1, a first thread branching post 62 provided on the remaining thread seat 61, a second thread branching post 63 provided on the remaining thread seat 61, a movable set The residual thread chuck 64 on the residual thread seat 61, the first driving device 65 that drives the residual thread chuck 64 to rotate, and the second driving device 66 that drives the residual thread chuck 64 to open and close. For the wires output by the first guide needle 222 and the second guide needle 223 , the remaining thread clamp 64 is used to clamp the remaining thread produced by the wire delivery mechanism 2 . After the iron core of the assembling mechanism 4 winds a certain amount of wire rods, the wire needle device 22 moves to the remaining wire clamping mechanism 6, and the wire needle device 22 first bypasses the first branch line post 62 and the second line branch post 63 respectively, so that the first line branch post 62 and the second line post 63 are respectively wound. The wire rods output by the first wire needle 222 and the second wire needle 223 are respectively hung on the first wire branching post 62 and the second wire branching post 63, so that the twisted wire rods of the first wire wire needle 222 and the second wire wire needle 223 are separated , the second driving device 66 drives the remaining wire chuck 64 to clamp and fix the separated remaining wire, so as to ensure that the wire rod is separated when the iron core is wound next time. The other end is welded so that the wire rod and the iron core are fixed, and the winding of the iron core is completed. The assembly mechanism 4 replaces the next iron core for winding, and the wire needle device 22 moves to the assembly mechanism 4 .

The welding mechanism 5 of the present invention includes a welding moving device 51 arranged on the machine table 1 , and a welding head 52 movably arranged on the welding moving device 51 . The welding head 52 is also provided with a cutter 521 for cutting the wire. When winding the iron core, the welding mechanism 5 fixes and welds the wire output by the wire feeding mechanism 2 to the iron core, and the assembly mechanism 4 winds the wire on the iron core. After the winding is completed, the welding mechanism 5 connects the other end of the wire to the iron core. The core is welded to fix the wire rod and the iron core firmly. At the same time, the side end of the welding head 52 is provided with a cutter 521, which can cut off the wire rod welded to the two ends of the iron core, and is convenient for the assembly mechanism 4 to perform up and down on the iron core after the wire is wound. material.

The feeding mechanism 3 of the present invention includes a feeding vibrating plate 31 for supplying iron cores, a conveying guide rail 32 connected to the output end of the feeding vibrating plate 31, a distribution block 33 for carrying the iron core conveyed by the conveying guide rail 32, The vibrator 34 that is used to drive the iron core conveyed by the delivery guide rail 32 to the distribution block 33, the third driving device 35 that is used to drive the distribution block 33 to reciprocate between the delivery guide rail 32 and the material mechanism, and is used to The iron core carried by the material distribution block 33 is mounted on the pushing device 36 of the loading turntable 41 . The feeding vibrating plate 31 that holds the iron core conveys the iron core to the conveying guide rail 32 through vibration, and the vibrator 34 drives the conveying guide rail 32 to vibrate, so that the iron core on the conveying guide rail 32 is oriented to move, so that the iron core is conveyed to the distribution block 33. The third driving device 35 drives the material distribution block 33 loaded with the iron core to move to the material mechanism, and the pushing device 36 pushes the iron core in the material distribution block 33 to the material mechanism to complete the feeding of the iron core. The feeding mechanism 3 of the present invention has a simple structure, stable iron core delivery, realizes automatic feeding of the iron core, and improves the feeding efficiency of the iron core.

The assembly mechanism 4 of the present invention includes a loading turntable 41 rotatably arranged on the machine platform 1, a material fixture 42 installed on the loading turntable 41, and a device for driving the iron core winding transmission mechanism 2 clamped by the material fixture 42. The fourth driving device 43 for outputting wire rods and the fifth driving device 44 for driving the loading turntable 41 to reciprocate between the feeding mechanism 3 and the wire conveying mechanism 2 , and the material clamp 42 is used to clamp the iron core. The fifth driving device 44 rotates the material turntable to the 3 feeding mechanism, and the feeding mechanism 3 carries out iron core on the material fixture 42, the fifth driving device 44 drives the material turntable to rotate to the 2 conveying mechanism, and the fourth driving device 43 drives the material The clamp 42 is rotated, so that the wire rod and the iron core output by the iron core coiling wire delivery mechanism 2 mounted on the material clamp 42 are wound and assembled.

The material fixture 42 of the present invention includes a connecting block 421 rotatably arranged on the loading turntable 41, a fixed clamping edge 422 fixedly arranged on the connecting block 421, a movable clamping edge 423 movably arranged on the connecting block 421, and a driving movable clamping edge. 423 clamps the driving spring 424 to the fixed clamping side 422 and drives the movable clamping side 423 to move away from the abutment block 425 that is loosened away from the fixed clamping side 422, and the fixed clamping side 422 and the movable clamping side 423 Both are provided with guide posts 4221 for respectively guiding the first wire needle 222 and the second wire needle 223 , and the fourth driving device 43 drives the connecting block 421 to rotate. The feeding mechanism 3 transports the iron core to the material fixture 42 to realize the feeding of the iron core. Specifically, the third driving device 35 drives the material distribution block 33 to move to the material mechanism, and the pushing device 36 drives the material distribution block 33. The iron core is pushed to the material fixture 42, so that the iron core is installed between the movable clamping side 423 and the fixed clamping side 422, and the driving spring 424 drives the movable clamping side 423 to clamp the fixed clamping side 422, so that the iron core Firmly fixed between the movable clamping edge 423 and the fixed clamping edge 422, the wire needle device 22 moves to the material fixture 42, and the wires output by the first wire needle 222 and the second wire needle 223 respectively pass through the fixed clamping edge 422 and the guide column 4221 of the movable clamping edge 423 to guide the direction of the wire, so that the wire output by the first wire needle 222 and the second wire needle 223 can wind the iron core at a specific angle, and the fourth assembly mechanism 4 The driving device 43 drives the connecting block 421 to rotate, so that the iron core winds the wire of the wire delivery mechanism 2, the welding mechanism 5 welds the iron core after the wire is wound, and the fifth driving device 44 drives the material turntable to rotate to the feeding mechanism 3 , the external blanking mechanism unloads the iron core, the abutment block 425 drives the movable clamping edge 423 to move away from the fixed clamping edge 422, and the unloading mechanism unloads the iron core. The material fixture 42 performs loading, how to repeat it, so as to realize the loading and unloading of the iron core and the winding assembly.

A chip inductor assembly and packaging machine of the present invention includes a chip inductor automatic winding machine, a detection device 7 arranged on the machine table 1 and sequentially processing workpieces, a conveying device 8, an assembly mechanism 9 and a detection package Mechanism 10, the detection device 7 is used to detect the workpiece processed by the chip inductor automatic winding machine, the conveying device 8 is used to transport the workpiece processed by the detection device 7 to the assembly mechanism 9, and the detection packaging mechanism 10 is used for The workpiece processed by the assembly mechanism 9 is detected and packaged. After the iron core is processed by the chip inductor automatic winding machine, the winding process of the wire is completed, and the performance testing is performed in the detection device 7, such as the CCD detection of the appearance of the workpiece and the electrical DCR test of the workpiece.

The assembly mechanism 9 of the present invention includes a glue dispensing device 91, an upper cover device 92, a tablet pressing device 93 and a material drying device 94 which are arranged on the machine platform 1 and process the workpiece in sequence. The glue dispensing device 91 is used for The workpiece is dispensed with glue, the upper cover device 92 is used to cover the workpiece processed by the dispensing device 91, the tablet device 93 is used to compress the workpiece processed by the upper cover device 92, and the drying device 94 is used for The workpiece processed by the tableting device 93 is baked. After passing through the detection device 7, the workpiece passes various tests, and is conveyed to the assembly mechanism 9 under the conveyance of the conveying device 8 for assembly. Specifically, the assembly mechanism 9 also includes a turntable mechanism. The glue dispensing device 91, the upper cover device 92, the tablet pressing device 93 and the baking material device 94 are sequentially arranged around the turntable mechanism. The glue device 91 performs glue dispensing, and the workpiece that has been glued is covered through the upper cover device 92, and the workpiece that has been covered is pressed through the tablet pressing device 93, so that the cover is firmly combined with the workpiece. The workpiece after pressing is baked by the baking device to increase the firmness of the combination of the cover sheet and the workpiece.

Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the present invention, rather than limiting the protection scope of the present invention. Although the present invention has been described in detail with reference to the preferred embodiments, those of ordinary skill in the art should understand , the technical solution of the present invention may be modified or equivalently replaced without departing from the spirit and scope of the technical solution of the present invention.

Claims (10)

1. a kind of SMT Inductor automatic coil winding machine, including board, it is characterised in that：It further include the defeated line machine for supply wire Structure, the assembling mechanism for wire rod to be wound in iron core, is used for defeated line the feed mechanism for supplying iron core to assembling mechanism The welding mechanism for the iron core that the soldering wires that mechanism is exported are carried to assembling mechanism and for fixing and removing defeated line machine The Jia Yu lines mechanism of remaining line caused by structure, the wire delivery mechanism, feed mechanism, assembling mechanism, welding mechanism and the remaining line machine of folder Structure may be contained within board.

2. a kind of SMT Inductor automatic coil winding machine according to claim 1, it is characterised in that：The wire delivery mechanism includes It is movably set in the defeated line mobile device of board, the conducting wire needle device for being rotatably dispose in defeated line mobile device and driving line needle The rotary drive motor of device rotation, the conducting wire needle device include the rotating seat for being rotatably dispose in defeated line mobile device, installing The first line needle in rotating seat and the second line needle for being installed in rotating seat, rotary drive motor driving rotating seat rotation, the One line needle and the second line needle are equipped with wire rod.

3. a kind of SMT Inductor automatic coil winding machine according to claim 2, it is characterised in that：Jia Yu lines mechanism packet It includes and is set to the remaining line seat of board, the first junction pole for being set to remaining line seat, the second junction pole for being set to remaining line seat, activity are set Be placed in the remaining wire clamp head of remaining line seat, more than driving the first driving means of wire clamp head rotation and the remaining wire clamp head folding of driving second Driving device, the junction pole are used to separate the wire rod that the first line needle and the second line needle are exported, and remaining wire clamp head is for pressing from both sides Hold remaining line caused by wire delivery mechanism.

4. a kind of SMT Inductor automatic coil winding machine according to claim 1, it is characterised in that：The welding mechanism includes The plumb joint for being set to the welding mobile device of board, being movably set in welding mobile device.

5. a kind of SMT Inductor automatic coil winding machine according to claim 4, it is characterised in that：The plumb joint is also set up It is useful for the cutter of cut-out wire rod.

6. a kind of SMT Inductor automatic coil winding machine according to claim 2, it is characterised in that：The feed mechanism includes For supplying the feeding vibrating disk of iron core, the conveying for the output end for being connected to feeding vibrating disk, for carrying conveying The distribution block of conveyed iron core, for driving the iron core that conveying is conveyed to be delivered to the vibrator of distribution block, for driving The third driving device and the iron for being carried distribution block that distribution block moves back and forth between conveying and material mechanism Core is installed in the pushing meanss of loading turntable.

7. a kind of SMT Inductor automatic coil winding machine according to claim 6, it is characterised in that：The assembling mechanism includes It is rotatably dispose in the loading turntable of board, the material fixture for being installed in loading turntable, for driving the iron clamped by material fixture Core winds the four-drive device of the exported wire rod of wire delivery mechanism and for driving loading turntable in feed mechanism and defeated line machine 5th driving device of reciprocating rotation between structure, the material fixture is for being clamped iron core.

8. a kind of SMT Inductor automatic coil winding machine according to claim 7, it is characterised in that：The material fixture includes It is rotatably dispose in the link block of loading turntable, the fixed clamp side of link block is fixedly installed on, is movably set in the work of link block Gripper edge, the driving spring that driving activity gripper edge is clamped to fixed clamp side and driving activity gripper edge are moved to fixation Gripper edge is carried out far from the abutting block unclamped, and the fixed clamp side and movable gripper edge, which are equipped with, is respectively provided with guiding the The guide post of one line needle and the second line needle, the four-drive device are drivingly connected block rotation.

9. a kind of SMT Inductor assembled package machine, including as claim 1-8 any one of them SMT Inductor automatically around Line machine, feature exist：Further include be set to board and workpiece is handled successively detection device, conveying device, dress conjunction machine Structure and detection packaging mechanism, the detection device is for detecting workpiece after SMT Inductor automatic coil winding machine is handled, conveying device For by detection device treated workpiece is delivered to Zhuan He mechanisms, detection packaging mechanism is used for Zhuan He mechanisms treated work Part is detected and encapsulates.

10. a kind of SMT Inductor assembled package machine according to claim 9, it is characterised in that：Zhuan He mechanisms packet Point glue equipment, upper cover sheet devices, preforming device and the baking material device for being set to board and being handled successively workpiece are included, it is described Point glue equipment is used to carry out dispensing to workpiece, and upper cover sheet devices are used to cover tabletting, tabletting dress to workpiece after point glue equipment processing It sets for carrying out tabletting to workpiece after the processing of upper cover sheet devices, baking material device is used to dry workpiece after preforming device processing It is roasting.