KR100188389B1 - Weight supply and discharge apparatus for transformer pressuring of rotary transformer supply and attach system in head drum - Google Patents

Abstract

[purpose]

The present invention relates to a heavy load supply and discharge device for the rotary press supply of the head drum and the trans-pressing system of the adhesion system for automatically supplying and adhering a rotary transformer adhered to a conventional head drum. It is designed to be used in an automated system that eliminates manpower shortages and produces high quality products.

[Configuration]

Heavy weight supply and discharge device (70,80) of the present invention, the lateral guide guide fixing plate in a structure that provides a function to help move in the lateral direction, limit the moving distance, lifting or lowering the weight (120) ( 71 to form the transverse guide guide 71a, and to form the slider 74 having the stoppers 72a and 72b and the transverse cylinder brackets 71b and 71b 'to form the transverse cylinder 73a. A jig operation box 77 having a jig 77a and a jig guide plate 76 having a slider 76a are coupled to a front end thereof, and a longitudinal guide guide fixing plate 75 having a longitudinal guide guide 75b is coupled to the jig operation box 77 having a jig 77a. By forming the longitudinal cylinder (73b) is combined.

[effect]

While providing a good adhesion state of the rotary transformer, it has a simple structure and can be used as a suitable device to assist the adhesion of the rotary transformer in providing an automated system.

Description

Rotary transformer supply of head drum and heavy material supply and discharge device for pressing the tension of adhesive sheath

1 to 4 illustrate an exemplary embodiment of the present invention, and FIG. 1 is a plan view illustrating a state in which the apparatus of the present invention is installed in an automation system.

2 is a perspective view of a partially cutaway state illustrating the configuration of the present invention.

3 is a front view illustrating the operating state of the present invention.

Figure 4 is a partially enlarged cross-sectional view illustrating the operation of the jig portion of the configuration of the present invention.

* Explanation of symbols for main parts of the drawings

10: primer coating device 20: air discharge device

30: drum feed and discharge device 40: adhesive coating device

50: rotary transformer sub device 60: transformer pressure device

70, 80: heavy material supply and discharge device 71: transverse guide guide fixing plate

71a: Transverse guide guide 71b, 71b ': Transverse cylinder bracket

72a, 72b: Stopper 72c: Longitudinal Cylinder Bracket

73a: transverse cylinder 73b: longitudinal cylinder

74,76a: Slider 75: Longitudinal Guide Guide Process Plate

75a: Transverse Cylinder Bracket 75b: Longitudinal Guide Guide

76: jig guide 77: jig operation box

77a: jig 77b: pin bracket fixing plate

77c: Pin Bracket 77d: Anti Shake

90: drum feeder 100: rotary table

101: drum sheet 110: work table

120: heavy material 120a: pin hole

120b: neck 120b ': head

121: pad ring D: drum

R / T: Rotary Trans

[Purpose of invention]

The present invention relates to a heavy load supply and discharge device for the rotary press supply of the head drum and the trans-pressing system of the adhesion system for automatically supplying and adhering a rotary transformer adhered to a conventional head drum. It is designed to be used in an automated system that eliminates manpower shortages and produces high quality products.

The rotary transformer described herein refers to a main part of a head drum in which a magnetic body having lead wires and a circuit board is embedded in a thin synthetic resin substrate. Such parts are essentially parts for reproducing sound or image of a video cassette tape. To the drum.

On the other hand, in the conventional means for coupling the rotary transformer to the head drum, since the operator has manually applied the pressure application step and the adhesive coating, including the process of supplying the primer, a lot of manpower is required At the same time, mass production supply was difficult, and a lot of product defects occurred due to inconsistent manual work, which increased the manufacturing cost.

Thus, in the present invention, in order to solve the above-mentioned conventional problems, the automation is provided in the process of supplying the primer, the process of applying the adhesive, the apparatus for supplying the rotary transformer, and the automation system for all processes of supplying and discharging the drum simultaneously. It is installed in one part of the system, and the automatic weight supply device pressurizes the fixed rotary transformer to maintain a constant weight while the adhesive dries, and the weight loaded on the transformer after a certain time. The state intends to provide a heavy weight discharging device, and prior to describing the present invention, an automated system using the device of the present invention will be briefly described based on FIG.

The present invention, as illustrated in the plan view of FIG. 1 of the accompanying drawings, is provided in one part of the entire automation system to press the rotary transformer bonded to the drum to be firmly bonded. Silver, the worktable 110, including the drum conveying device 90 of the conveyor means for conveying the drum on one side is formed and the rotary table 100 is rotated 360 ° for each step of the upper surface, the drum for activating the adhesion The primer coating device 10 for applying the primer on the adhesive surface of the air and the air discharge device 20 for removing the applied primer and foreign matter is provided, the drum passed through the process to the rotary table 100 or rotary transformer The drum supply and discharge device 30 for lifting the drum of the completion of the adhesion from the rotary table 100 is provided, and the adhesive coating device 40 for applying an adhesive, and A trans-sub device 50 for loading and supplying the lance is provided, and a trans-press device 60 for preventing the lifting state in the state where the rotary transformer is temporarily attached to the drum is provided, and the pressure is applied to dry the adhesive. The heavy weight supply and discharge device 70 of the present invention for raising a heavy weight to maintain a pressurized state for a predetermined time or lowering the weight after a predetermined time is configured, the automation system devices, the rotary table ( 100 is installed on one side and the upper surface of the work table 110 is installed, the head drum and the rotary transformer is automatically supplied and glued and automatically discharged.

On the other hand, the heavy material supply and discharge device (70, 80) of the present invention is already installed on the upper surface of the circumferential edge work bench 110 of the rotary table 100 corresponding to the seventh and eighth process of the various devices, During the sixth process, the adhesive is applied to the drum and the rotary transformer is supplied to the drum while the adhesive is dried by placing a weight of heavy weight on the rotary transformer of the drum that is temporarily pressurized and transported. It is to be completely bonded, it is used as a device to lower the weight on the transformer after a certain period of time in the state of the weight is raised.

The configuration of the present invention will be described in detail with reference to FIGS. 1 to 4 as follows.

[Configuration of Invention]

First, the heavy weight supply and discharge devices 70 and 80 of the present invention, as illustrated in Figures 1 to 3, the drum transfer device 90 is installed, the upper surface is equipped with a rotary table 100 It is to be provided at a predetermined distance on both sides of the working table 110, such a heavy material supply and discharge device (70, 80) of the present invention to form a respective heavy material supply device 70 and heavy material discharge device (80) However, each device structure is formed in the same structure, and only the operation program is reversed and mounted.

That is, horizontally lateral cylinder brackets 71b and 71b 'including the transverse guide guide fixing plate 71 and the transverse guide guide 71a are disposed on both sides of the upper surface of the work table 11 equipped with the rotary table 100. Formed to form a two, each of the two screw stoppers (72a, 72b) on the body portion of the lateral cylinder bracket (71b, 71b ') and at the same time mounted on the upper surface of the lateral cylinder (73a), The stopper bracket 74a is formed at the center of the transverse guide guide 71a, and the longitudinal cylinder bracket 72c is provided at one end thereof with the transverse cylinder shaft bracket 75a and the longitudinal inner guide 75b. By coupling the excitation guide fixing plate 75, the longitudinal cylinder (73b) is mounted, the formed longitudinal guide guide (75b) has a slide (76b) is formed on the rear side and the transverse cylinder shaft bracket on the lower one side ( 76b) is formed to combine the jig guide plate 76 is formed, the A pin bracket fixing plate 77b is formed at the front lower end of the jig guide plate 76 to couple the pin bracket 77c having the anti-shake pin 77d77d 'and the jig operation box 77 having the jig 77a. In this case, the shaft end of the longitudinal cylinder (73b) is coupled to the longitudinal cylinder shaft bracket (76b) formed on the lower side of the jig guide plate 76, the jig guide plate 76 is the longitudinal cylinder (73b) Vertical movement in the vertical direction, the shaft end of the transverse cylinder (73a) is fixedly coupled to the transverse cylinder shaft bracket (75a) formed in the longitudinal guide guide fixing plate 75, As the jig guide plate 76 having the jig operation box 77 including the direction guide fixing plate 75 moves horizontally and vertically, the heavy object 80 on the rotating table 100 is moved to the upper rotary transformer of the drum D. Each weight supply and ship to supply or discharge to R / T) Constituting the devices 70 and 80, the heavy object 120 mounted on the upper surface of the rotary table 100 forms a constant space at the bottom center thereof and a pad ring 121 having a cushion material on the inner ceiling surface thereof. Combining the outside to form a protruding head portion (120b ') and the neck portion (120b) is placed on the rotary table (100).

The heavy material supply and discharge devices 70 and 80 of the present invention configured as described above are mounted on both sides of the upper surface of the work table 110 corresponding to the circumference of the rotary table 100, as illustrated in FIG. When the operation of the (100) will be described as described the working state of the present invention as follows.

[Action of invention]

The heavy weight supply device 70 and the discharge device 80 of the present invention, as shown in Figure 1 illustrated in the plane, the device on both sides of the upper surface of the work table 110 is close to the circumference of the rotary table 100 The operation of supplying or discharging the heavy object 120 is automatically performed. In this case, the rotary table 100 has 16 equal step portions formed on a flat portion in the drawing, and a drum sheet 101 is formed for each step portion. The 360 ° rotation in the circumferential direction is performed, and the rotation of the rotary table 100 rotates 360 ° while the stop and the operation are continuously repeated according to the electronic program set in the system.

In addition, the drum conveying apparatus 90 installed on one side of the rotary table 100 is also operated by a program set in the system, such as the rotary rotating table 100, the drum conveying apparatus 90 at this time At the same time as the rotary table 100, the same distance is moved step by step, but not a straight movement.

Therefore, the drum is transferred from the drum transfer device 90 and the liquid volatile primer is applied by the primer coating device 10 which is the primary process unit, and the drum to which the primer is applied is again transferred by the drum transfer device 90. It is transferred to the air discharging device 20, which is a secondary process unit, and the coated primer and foreign matter on the drum decomposed into the primer are removed and dried at the same time. After the process is completed, the drum is transferred back to the drum conveying device 90 ) Is transferred to the drum feeding and discharging device 30, and the drum fed to the drum feeding and discharging device 30 is the first step of the rotary table 100 by the drum feeding and discharging device 30. The drum is transferred to the sheet 101, and the transferred drum is transferred to the adhesive coating device 40, which is the fourth step, while being rotated by the rotary table 100 where the stop and rotation are repeated step by step. In the adhesive coating device 40, a liquid adhesive of a prescribed amount is applied to a place where a rotary transformer (R / T) is to be bonded. After the adhesive is applied, the rotary table 100 is applied to the adhesive. Is applied to transfer the drum to the position coinciding with the fifth process part of the rotary transformer loading and supply device 50, the supply device 50 supplies the rotary transformer (R / T) to the adhesive upper surface of the drum (D) After the trance (R / T) is supplied, the rotary table 100 transfers the drum D to the pressurizing device 60, which is the sixth process part, so that the pressurizing device 60 The rotary transformer (R / T) placed on the adhesive of the drum (D) is first pressurized. At this time, the drum pressurization time is about 10 seconds, and the rotary table temporarily stops according to the program set in the system. Pressurized only during the downtime of 100) The polyhydric rotating table 100 is conveyed to the heavy supply device 70 of the present invention, as again rotated.

In addition, the heavy weight supply device 70 of the present invention, the operation is performed by the signal as the drum (D) is transferred, first, the rotary table 100 is stopped and at the same time in the transverse direction with the signal The cylinder 73a is operated to move the slider 74. At this time, the slider 74 moves horizontally while being guided by the lateral guide guide 71a, so that the shaft end of the lateral cylinder 73a is moved. And a longitudinal guide guide fixing plate 75 coupled to the ends of the slider 74 are transferred.

In addition, the jig operation box 77 and the longitudinal cylinder 73b, including the jig guide plate 76 coupled to the front surface of the longitudinal guide guide fixing piece 75, the longitudinal guide guide fixing piece 75 is As it moves, it moves horizontally. During the movement operation, the signal comes into contact with the stopper 72a formed on the transverse cylinder bracket 71b in the direction in which the stopper bracket 74a formed on the front of the slider 74 moves. The transverse cylinder 73a is stopped, and then the stop signal of the transverse cylinder 73a activates the vertical longitudinal cylinder 73b.

Accordingly, the cylinder shaft of the longitudinal cylinder 73b is lowered and at the same time the jig guide plate 76 connected to the shaft end is lowered and at the same time, the solenoid or the cylinder (shown in the jig operating box 77) is installed by the signal. None) to open both jig (77a) on the link, the jig (77a) is lowered in this state, the longitudinal cylinder (73b) is stopped at the predetermined height and retracted at the same time is carried out The heavy object 120 mounted on the rotary table 100 is picked up, and the jigs 77a pick up the heavy object 120 and at the same time, the operated longitudinal cylinder 73b and the transverse cylinder 73a are reversed. It operates to transfer the heavy material 120 to a position coinciding with the upper surface of the drum sheet 101 on the rotary table 100, wherein the jig 77a of the jig 77a is formed in a V-shape, the heavy material 120 ) House the neck (120b) At the same time it is possible to walk the head (120b '), the pin bracket (77c) at this time the bottom surface is close to the upper surface of the heavy material 120 and at the same time formed on both sides of the anti-shake pins 77d is heavy ( The transverse cylinder 73a and the slider 74 which are inserted into the pin hole 120a of the 120 and operate in the reverse order are moved in the reverse direction in the transverse cylinder bracket 71b 'by the stopper bracket 74a in the reverse direction. As shown in FIG. 3, while contacting the stopper 72b formed in the above), the longitudinal cylinder 73b, which is stopped at a limited distance and immediately following the stop, is stopped in the raised state again. As illustrated in FIG. 4, the heavy object 120 which is lowered and is bitten by the jig 77a is rotated as shown in FIG. 4, and the upper rotary transformer of the drum D placed on the drum sheet 101 on the rotary table 100 is formed. R / T), and the weight 120 is At the same time, the jig operation box 77 operates to open the jig 77a holding the heavy material 120, and when the jig 77a is opened, the signal opens the longitudinal cylinder 73b. Ascending to the original position is waiting for the next operation.

On the other hand, the heavy material 120 placed on the drum (D) is, as shown in Figure 4, the pad ring 121 provided with a slight cushion is placed on the rotary transformer (R / T), the heavy material 120 The total weight of the loaded on the rotary transformer (R / T) is to help the complete adhesion state is carried out while the adhesive is dried, the drum supply device 70 and the drum discharge device 80 of the present invention as described above The structure of the same structure, one drum supply device 70, the upper surface of the worktable 1100 at the position corresponding to the step portion of the rotary table 100 of the nearest distance that the adhesive is applied and the trans-feed process is performed The other drum ejection device 80 is installed on the upper surface of the work table 110 corresponding to the drum sheet 101 of the rotary table 100 farthest from the drum supply device 70. ) To automatically supply and discharge The drum feeding and discharging devices 70 and 80 of the present invention as described above, in constructing an automated system, allow the rotary transformer R / T to be firmly adhered to the drum D while the adhesive is dried. It is a very useful invention that can be used as an effective device and at the same time the structure is simple to provide the effect of manufacturing and supplying the automation system at a low price.

Claims (4)

On both sides of the upper surface of the worktable 11 equipped with the rotary table 100, the horizontal cylinder brackets 71b and 71b 'including the horizontal guide guide fixing plate 71 and the horizontal guide guide 71a are formed vertically and horizontally. Thus, two screw-type stoppers 72a and 72b are respectively coupled to the body portions of the lateral cylinder brackets 71b and 71b ', and a lateral cylinder 73a is mounted on the upper surface thereof. In the directional guide 71a, a stopper bracket 74a is formed at the center thereof, and at one end thereof, the guide has a lateral cylinder shaft bracket 75a and a longitudinal guide guide 75b and a longitudinal cylinder bracket 72c. The guide fixing plate 75 is coupled to mount the longitudinal cylinder 73b, and the formed longitudinal guide guide 75b has a slide 76a formed on the rear side and a transverse cylinder shaft bracket 76b on one side of the lower end. The formed jig guide plate 76 is formed and combined, the A pin bracket fixing plate 77b is formed at the front lower end of the jig guide plate 76, and a jig operation box 77 having a pin bracket 77c and a jig 77a in which anti-shake pins 77d and 77d 'are installed at both sides. As to combine, the shaft end of the longitudinal cylinder (73b) is coupled to the longitudinal cylinder shaft bracket (76b) formed on the lower side of the jig guide plate 76, the jig guide plate 76 is a longitudinal cylinder ( 73b) to vertically move in the vertical direction, the shaft end of the transverse cylinder (73a) is fixedly coupled to the transverse cylinder shaft bracket (75a) formed in the longitudinal guide guide fixing plate 75, As the jig guide plate 76 having the jig operation box 77 including the longitudinal guide guide processing plate 75 moves horizontally and vertically, the heavy object 120 on the rotary table 100 is rotated on the upper surface of the drum D. To discharge the heavy material 120 supplied to or supplied to the transformer (T / R) The heavy-weight supply and discharge device for pressing the trance of the rotary transformer supply and bonding system of the head drum, characterized in that the heavy weight supply device 70 and the heavy weight discharge device 80 of the same structure. According to claim 1, wherein the heavy weight supply and discharge device for the pressure transmission of the rotary transformer supply and adhesion system of the head drum, wherein each of the weight supply device 70 and the weight discharge device 80, The heavy material supply device 70 is provided at the closest position where the rotary transformer (T / R) is supplied after the adhesive is applied on the rotary table 100 to supply the heavy material 120, and The heavy weight discharging device 80 is mounted on the upper surface of the work table 110 close to the circumference of the rotary table 100 of the longest distance from the heavy weight supply device 70 so as to discharge the heavy weight 120 supplied. A heavy supply and discharge device for pressing the rotary of the rotary transformer supply and adhesion system of the head drum. The said heavy material supply apparatus 70 of Claim 1 or 2 WHEREIN: The heavy weight supply apparatus 70 consists of the said rotary table in the structure of the heavy-weight supply and discharge apparatus for the rotary press of the said head drum, the press of a supply-and-adhesion process. (100) Mounted on the upper surface of the working table 110 in close proximity to the circumferential edge, the upper surface of the working table 110 in close proximity to the circumferential edge of the rotary table 100 of the longest distance from the weight supply device 70 mounted in the rotational direction The heavy-weight supply and discharge device for pressing the trance of the rotary transformer supply and adhesion system of the head drum, characterized in that it is possible to supply and discharge the heavy material 120 by mounting on. The method of claim 1, wherein the rotary transformer supply and adhesion system of the head drum, the heavy material supply and discharge device for pressing, in forming the heavy material 120, the heavy material 120 is a metal having a constant weight Synthetic resin provided with a cushion on the ceiling surface by forming a neck hole 120b having a head portion 120b 'and a pin hole 120a at both sides thereof, and forming a cylindrical groove having a predetermined size in the center portion of the bottom surface thereof. A device for supplying and discharging a heavy load for pressing a transformer of a rotary transformer supplying and bonding system of a head drum, characterized in that a pad ring 121 is formed of a material such as ash and a ceramic material.