KR20200057964A - High frequency bonding machine with transfer cylinder and pressing cylinder - Google Patents

Abstract

The present invention provides a high-frequency bonding device with separated transfer and pressing cylinders. According to the present invention, in the high-frequency bonding device with the separated transfer and pressing cylinders, working position determination of a primary high-frequency electrode and target object pressurization of a secondary high-frequency electrode are performed through a working position determination pneumatic cylinder and a pressurization hydraulic booster cylinder which are separately disposed so that a position of the high-frequency electrode is precisely controlled and efficiency of pressurizing the high-frequency electrode is increased without using a servo cylinder. In addition, an operation required for a worker is minimized in a working position determination step and a target object pressurization step, and a configuration that increases working precision is provided so that a working convenience is improved, application and interruption of a current to the high-frequency electrode are automatically controlled through schedule setting of a target current value in a digital input/output scheme so that workability of a high-frequency bonding work is increased according to accurate and precise current control while a convenience of the user and uniformity of the bonding work is improved, and a light curtain is installed at a front side of the high-frequency electrode so as to ensure safety of the worker. The high-frequency bonding device with the separated transfer and pressing cylinders includes: a body frame; a high-frequency electrode assembly; a movable body; a working position determination pneumatic cylinder; and a pressurization hydraulic booster cylinder.

Description

High frequency bonding machine with transfer cylinder and pressing cylinder

The present invention relates to a transport-pressing cylinder separating high-frequency adhesive, more specifically, a work-positioning of a primary high-frequency electrode and a secondary high-frequency electrode through a pneumatic cylinder for pressurizing and a booster cylinder for pressurization. It is possible to achieve precise positioning control of high-frequency electrodes and increase of pressurization efficiency without the use of servo cylinders by performing the pressurization of the object, the operation required for the operator is minimized in the work positioning step and the pressurization of the object, and the work precision is increased. By providing, it is possible to improve the convenience of work, and the current application and interruption to the high-frequency electrode are automatically controlled through the reservation setting of the target current value of the digital input / output method, so that the workability of high-frequency adhesion can be increased by accurate and precise current control. On the other hand, the user convenience and uniformity of the adhesion work can be improved, and by installing a light curtain in front of the high-frequency electrode, the present invention relates to a transport-pressing cylinder-separated high-frequency adhesive that can ensure worker safety.

In general, a high-frequency adhesive is a machine that performs a rapid and uniform heating by inducing a dielectric heating phenomenon inside a work object, and is useful in the field of bonding materials having extremely low thermal conductivity such as synthetic resin sheets such as shoes and toys.

In connection with such a high-frequency adhesive, Korea Patent Registration No. 10-1897491 "High Frequency Dielectric Heating Adhesive", Registered Utility Model Publication No. 20-0374266 "High Frequency Adhesive Mold Desorption Mechanism", Registration No. 20- No. 02374265 "Booster Cylinder of High Frequency Adhesive", Registration No. 20-0325649 "Linear Batch Unidirectional Two-Head High-Frequency Dielectric Heating Adhesive", etc. have been devised.

The high-frequency adhesive moves the electrode to the object placed on the worktable, and then applies high-frequency output while pressing the object to achieve high-frequency adhesion. To this end, the high frequency adhesive is generally controlled through a sequence control circuit or a PLC circuit using a digital / analog timer.

Here, it is common to use a foot pedal for a conventional high-frequency dielectric heating adhesive to transport electrodes. However, in the case of the electrode transfer by the foot pedal, a repetitive operation of manipulating the foot pedal is required, thereby increasing the fatigue of the operator.

On the other hand, in the case of a unidirectional two-head dielectric heating adhesive in a single row arrangement, the electrode is first transferred using a foot switch, and then the workpiece and the mold are matched, and then pressurization and high-frequency application are performed using the foot switch again. During transfer, the primary transfer is stopped using a solenoid valve and a limit switch for stopping the hydraulic cylinder in order to proceed with the matching operation between the mold and the workpiece. However, during repeated work, it is impossible to stop at the correct position every time due to the play of the switch, the instability of the stopper positioning, and the response speed of the solenoid valve proportional to the input pressure. Had many problems

Republic of Korea Registered Patent Publication No. 10-1897491 "High frequency dielectric heating adhesive" Republic of Korea Registered Utility Model Registration No. 20-0374266 "Mold detachment mechanism of high frequency adhesive" Republic of Korea Utility Model Registration No. 20-02374265 "High frequency adhesive booster cylinder" Republic of Korea Utility Model Registration No. 20-0325649 "Linear arrangement unidirectional two-head high frequency dielectric heating adhesive"

Accordingly, the present invention improves the problems of the prior art, and the working position determination of the primary high-frequency electrode and the pressurization of the target of the secondary high-frequency electrode while the pneumatic cylinder for working positioning and the hydraulic booster cylinder for pressurization are independently arranged. This is performed, and by providing a structure in which the position of the high-frequency electrode is precisely fine-adjusted by a precision positioning device that is movably coupled to the rod of the pneumatic cylinder for work positioning, precise position control of the high-frequency electrode without the use of a servo cylinder. It is an object of the present invention to provide a new type of transfer-pressing cylinder-separated high-frequency adhesive capable of increasing the pressurization efficiency.

It is also an object of the present invention to provide a new type of transport-pressing cylinder-separated high-frequency adhesive capable of improving work convenience by providing a configuration in which operation required for an operator is minimized in a work positioning step and an object pressing step. .

In addition, according to the present invention, the current is applied to the high-frequency electrode and the stop is automatically controlled through the digital current display window provided in the control panel and the target current value reservation setting of the digital input / output method by the input device for current setting. It is an object of the present invention to provide a new type of transfer-pressing cylinder-separated high-frequency adhesive that can increase the workability of adhesion while improving user convenience.

In addition, an object of the present invention is to provide a new type of transport-pressing cylinder-separated high-frequency adhesive that can ensure worker safety by installing a light curtain in front of the high-frequency electrode.

According to the features of the present invention for achieving the above object, the present invention is an open work space 110 is formed, the work table 120 is disposed horizontally below the work space 110, the high-frequency oscillation device Body frame 100 is installed; A high frequency electrode assembly 200 connected to the high frequency oscillation device to generate high frequency, and disposed on the work table 120; A moving body 300 fixed to the upper portion of the high-frequency electrode assembly 200 and movably disposed on the body frame 100; The first rod 410 fixed to the body frame 100 and disposed vertically downwardly contacts the moving body 300 to move the moving body 300 and the high-frequency electrode assembly 200 downward during a forward operation. Positioning pneumatic cylinder 400; And the high-frequency electrode assembly 200 is fixed to the body frame 100, the second rod 510 is disposed vertically in contact with the mobile body 300, the mobile body 300 is fixed during the forward operation is fixed It provides a transfer-pressing cylinder separating high-frequency adhesive, characterized in that it comprises ;; hydraulic booster cylinder 500 for pressurizing the workpiece located on the work table (120).

The transport-pressing cylinder-separated high-frequency adhesive according to the present invention is movably inserted and fixed to the first rod 410 of the pneumatic cylinder 400 for determining the working position to contact the moving body 300, and It may further include; a precise position adjusting device 600 for adjusting the position of the high-frequency electrode assembly 200 to which the movable body 300 is fixed by moving up and down by manipulation.

In the transport-pressing cylinder-separated high-frequency adhesive according to the present invention, the first rod 410 has an outer circumferential surface portion made of a male threaded surface 411,

The precision positioning device 600 includes a hollow cylindrical insert 610 having an inner circumferential surface made of a female threaded surface inserted into the male threaded surface 411 of the first rod 410; The projecting operation piece 620 is formed to protrude horizontally on the outer circumferential surface of the inserting table 610, and rotates integrally with the inserting table 610 by operator manipulation to induce the vertical movement of the inserting table 610. It may be made of a configuration including.

In the transport-pressing cylinder-separated high-frequency adhesive according to the present invention, the precision positioning device 600 is located in the work space 110 and is exposed to the outside,

The movable body 300 is horizontally arranged in combination with the high-frequency electrode assembly 200, is located in the working space 110 and exposed to the outside, and the upper surface of the precision positioning device 600 is in contact with Having a lower anchor 310; The lower fixture 310 is horizontally disposed on the upper side, is located in the inner space 130 of the body frame above the working space 110, the second rod 510 of the hydraulic booster cylinder 500 for pressure contact An upper fixture 320 having an upper surface to be made; The work space 110, the work space forming the upper surface of the work plate (140) through the vertically movable vertically disposed, the lower end 310 and the upper end 320 is fixed to the upper and lower ends of the connecting rod 330; It may be made of a configuration including.

The transport-pressing cylinder-separated high-frequency adhesive according to the present invention is inserted into the outer circumferential surface of the connecting rod 330, the upper end is fixed to the upper holder 320, and the lower end is fixed to the upper plate 140 of the workspace. Including, a spring 700 for imparting elasticity to the moving body 300, including, by the elastic restoring force of the spring 700, it is possible to enable the upward movement of the precision positioning device 600.

The transport-pressing cylinder-separated high-frequency adhesive according to the present invention is disposed on the upper front portion of the body frame 100, and is provided with a digital current display window 810 and an input 820 for current setting to provide the high-frequency electrode assembly ( 200) reservation setting of a target current value to be applied is performed, and an input unit 830 for controlling the operation of the cylinder is provided to operate for controlling the operation of the pneumatic cylinder 400 for determining the working position and the hydraulic booster cylinder 500 for pressurization. The control panel 800 is performed; A power supply device 900 that supplies current to the high-frequency electrode assembly 200; The target current value is transmitted from the control panel 800, and the power supply of the power supply device 900 is maintained until the current current value applied to the high-frequency electrode assembly 200 reaches the target current value. Next, the controller 1000 stops the power supply of the power supply device 900 when the current current value applied to the high-frequency electrode assembly 200 reaches a target current value.

The transport-pressing cylinder-separated high-frequency adhesive according to the present invention is disposed vertically at the front part of the work space 110 on the left and right sides of the high-frequency electrode assembly 200, and the pneumatic cylinder 400 or the hydraulic pressure for pressurization During the operation of the booster cylinder 500 and the step of applying power to the high-frequency electrode assembly 200, the penetration of the operator's body parts into the region where the high-frequency electrode assembly 200 is disposed is detected, and the penetration of the operator's body parts occurs. Light curtain (1100) for inputting the information to the controller 1000; further includes,

The controller 1000 includes the light curtain 1100 in the step of operating the pneumatic cylinder 400 for working positioning or the hydraulic booster cylinder 500 for pressurization and applying power to the high frequency electrode assembly 200. ) When inputting the intrusion occurrence information of the operator's body part, the application of power to the high-frequency electrode assembly 200 is stopped or the operation of the pneumatic cylinder 400 for positioning and the hydraulic booster cylinder 500 for pressurization is stopped.

According to the transfer-pressurized cylinder-separated high-frequency adhesive according to the present invention, the precision positioning device is movably coupled to the rod of the pneumatic cylinder for pressurization and the hydraulic booster cylinder for pressurization and the pneumatic cylinder for pressurization. By performing work positioning of the primary high-frequency electrode and pressurizing the object of the secondary high-frequency electrode, precise positioning control of the high-frequency electrode and increase of pressurization efficiency are promoted without using a servo cylinder. In the operation required by the worker is minimized, there is an effect of improving work convenience. In addition, according to the transfer-pressing cylinder-separated high-frequency adhesive according to the present invention, since current application and interruption to the high-frequency electrode are automatically controlled through the target setting of the digital input / output method, current control is accurately and precisely performed. While the workability of high-frequency bonding is increased, the user's convenience is also improved. In addition to this, according to the transfer-pressing cylinder-separated high-frequency adhesive according to the present invention, a light curtain is installed in front of the high-frequency electrode assembly, thereby ensuring safety of workers.

1 is a front view of a transfer-pressing cylinder separating high-frequency adhesive according to an embodiment of the present invention;
2 is a side view of a transport-pressing cylinder separating high-frequency adhesive according to an embodiment of the present invention;
3 is a view for showing the configuration of the main part of the transfer-pressing cylinder separation type high frequency adhesive according to an embodiment of the present invention;
4 is a view for showing the operation of the pneumatic cylinder for the working position of the transfer-pressing cylinder separation type high-frequency adhesive according to an embodiment of the present invention;
5 is a view for showing the operation of the precision positioning device of the transfer-pressing cylinder separation type high-frequency adhesive according to an embodiment of the present invention;
6 is a view for showing the operation of the hydraulic booster cylinder for pressurization of the transfer-pressing cylinder separation type high-frequency adhesive according to an embodiment of the present invention;
7 is a view for showing the current control configuration of the transfer-pressing cylinder separation type high frequency adhesive according to an embodiment of the present invention;
8 is a view for showing a control panel of a transfer-pressing cylinder separation type high frequency adhesive according to an embodiment of the present invention;
9 is a configuration diagram of a light curtain arrangement of a high frequency adhesive separating transfer-pressing cylinder according to an embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in detail based on the accompanying drawings FIGS. 1 to 9. On the other hand, in the drawings and detailed description, the illustration and reference to the construction and operation easily understood by those skilled in the art from general high-frequency adhesives, high-frequency oscillators, high-frequency electrodes, insulators, pneumatic cylinders, hydraulic booster cylinders, etc. Omitted. In particular, in the illustration and detailed description of the drawings, detailed descriptions and illustrations of elements that are not directly related to the technical features of the present invention are omitted, and only the technical configurations related to the present invention are briefly illustrated or described. Did.

Transport-pressurized cylinder separation type high-frequency adhesive 1 according to an embodiment of the present invention is a body frame 100, a high-frequency electrode assembly 200, a moving body 300, a pneumatic cylinder for work positioning as shown in FIGS. (400), a precision position adjusting device (600), and a hydraulic booster cylinder (500) for pressurization.

The body frame 100 forms a work space 110 in a “⊃” shape on the front portion, and the work table 120 is horizontally disposed under the work space 110. In addition, a high frequency oscillation device 1200 is installed in the body frame 100.

The high frequency electrode assembly 200 is configured to include a high frequency electrode 210 and an insulator 220 connected to a high frequency oscillation device, and is disposed to be movable up and down on the work table 120. The high frequency electrode assembly 200 is connected to the high frequency oscillation apparatus 1200 to generate high frequency to perform high frequency adhesion to the object placed on the work table 120.

The moving body 300 is fixed to the upper portion of the high-frequency electrode assembly 200 and is movably disposed on the body frame 100. Here, the movable body 300 according to the embodiment of the present invention is configured to include a lower fixture 310, an upper fixture 320, and a connecting rod 330 as shown in FIG.

The lower fixture 310 is disposed horizontally in combination with the high-frequency electrode assembly 200, and is located in the work space 110 and exposed to the outside, and has an upper surface to which the precision positioning device 600 contacts.

The upper anchor 320 is disposed horizontally above the lower anchor 310, and is located in the inner space 130 of the body frame above the working space 110. The upper support 320 has an upper surface in contact with the second rod 510 of the hydraulic booster cylinder 500 for pressure.

The connecting rod 330 is disposed to be vertically movable vertically through the work space top plate 140 constituting the upper surface of the work space 110, and passes through the bearing 150 installed on the work space top plate 140 to move up and down in Shanghai. Is done. The upper and lower ends of the connecting rod 330 are fixed to the lower fixing rod 310 and the upper fixing rod 320, so that the lower fixing rod 310, the upper fixing rod 320, and the connecting rod 330 integrally move up and down. In particular, the movable body 300 according to the embodiment of the present invention is a pair of connecting rods 330 are arranged on the left and right side end portions of the lower fixture 310 and the upper fixture 320.

Transport-pressurized cylinder separation type high-frequency adhesive 1 according to an embodiment of the present invention is provided with a spring 700, the spring 700 is to be inserted into the outer circumferential surface of the connecting rod 330, the upper end of the spring 700 It is fixed to the fixture 320, the lower end of the spring 700 is fixed to the work space top plate 140 to impart elasticity to the moving body (300). The elastic restoring force of the spring 700 enables the upward movement of the precision positioning device 600.

The pneumatic cylinder 400 for work positioning is fixed to the body frame 100, and the pneumatic cylinder 400 for work positioning according to an embodiment of the present invention is positioned between the lower anchor 310 and the upper anchor 320. Is placed. The main body of the pneumatic cylinder 400 for work positioning is fixed to the upper surface of the work space top plate 140, and the first rod 410 of the pneumatic cylinder 400 for work positioning determines the work space top plate 140. It is penetrated and placed in the work space 110. Here, as shown in FIG. 4, the first rod 410 vertically downwardly contacts the movable body 300 to move the movable body 300 and the high-frequency electrode assembly 200 downward. Through this, the work positioning of the primary high-frequency electrode assembly 200 is performed. Here, the first rod 410 according to the embodiment of the present invention has an outer circumferential surface portion made of a male threaded surface 411.

The precision positioning device 600 is fixedly inserted and fixed to the first rod 410 of the pneumatic cylinder 400 for work positioning, is located in the work space 110 and exposed to the outside. The precision positioning device 600 is in contact with the upper surface of the lower fixture 310 of the moving body 300 according to the first movement of the first rod 410 of the pneumatic cylinder 400 for work positioning. The precision positioning device 600 moves up and down by the operator's manipulation to adjust the position of the high-frequency electrode assembly 200 to which the lower fixture 310 of the moving body 300 is fixed. Here, the precision position adjusting device 600 according to the embodiment of the present invention is made of a configuration including an inserting table 610 and a protruding operation piece 620.

The inserting table 610 has an inner circumferential surface made of a female threaded surface inserted into the male threaded surface 411 of the first rod 410, and is formed in a hollow cylindrical shape.

The protruding operation piece 620 is formed to protrude horizontally on the outer circumferential surface of the inserting table 610, and rotates integrally with the inserting table 610 by operator manipulation as shown in FIG. 5 to move the shank of the inserting table 610 up and down. To induce. Through this, the position of the high-frequency electrode assembly 200 is precisely fine-tuned. Here, the protruding operation piece 620 according to the embodiment of the present invention is made of a hollow disk shape.

Pressurized hydraulic booster cylinder 500 is to be fixed to the body frame 100, the pressurized hydraulic booster cylinder 500 according to an embodiment of the present invention is fixed to the top of the upper frame 320 upper body frame 100 do. The second rod 510 of the pressurized hydraulic booster cylinder 500 is vertically downwardly arranged to come into contact with the upper fixture 320 of the moving body 300 when moving forward, as shown in FIG. The high-frequency electrode assembly 200 to which the moving body 300 is fixed is pressed to press the workpiece located on the work table 120.

On the other hand, the transfer-pressing cylinder separation type high frequency adhesive 1 according to an embodiment of the present invention includes a control panel 800, a power supply device 900, a light curtain 1100, a controller 1000 as shown in FIGS. 7 to 9 Is provided.

The control panel 800 is disposed on the upper front portion of the body frame 100, and is provided with a digital current display window 810 and an input 820 for current setting as shown in FIG. Here, the digital current display window 810 may be formed of an LED numeric indicator, a display panel window, or may be provided as a partial menu of the touch screen. The current setting input device 820 may have a button structure or may be provided as a partial menu of the touch screen. The operator operates the input 820 for current setting while checking the current set value displayed on the digital current display window 810 to perform reservation setting of the target current value to be applied to the high frequency electrode assembly 200.

In addition, the control panel 800 is provided with an input 830 for controlling the operation of the cylinder, so that the operator performs an operation for controlling the operation of the pneumatic cylinder 400 for positioning and the hydraulic booster cylinder 500 for pressurization. The input unit 830 for controlling the operation of the cylinder may be made of a switch or a button, or may be provided as a partial menu of the touch screen.

Of course, the control panel 800 is provided with various other display windows and input devices so that the setting / operation / control of the device is performed.

The power supply device 900 is connected to the high-frequency electrode assembly 200 to supply current to the high-frequency electrode assembly 200, and the power supply to the high-frequency electrode assembly 200 is controlled by the controller 1000.

The light curtain 1100 is disposed vertically in the front part of the work space 110 on the left and right sides of the high frequency electrode assembly 200 as shown in FIG. 9, and when one high frequency electrode assembly 200 is provided, the body frame 100 ) A pair of light curtains 1100 constituting one set is fixed to the sidewall body 160 disposed at both ends of the working space 110, and when two high frequency electrode assemblies 200 are spaced apart, the body frame ( Two pairs of light curtains 1100 forming two sets are fixed to a side wall body 160 disposed at both side ends of the working space 110 and a support 170 disposed at a central portion of the working space 110.

The light curtain 1100 is provided with an area sensor that detects the presence or absence of an object by arranging a transmissive photo sensor on a straight line, and thus a pneumatic cylinder 400 for positioning work or a hydraulic booster cylinder 500 for pressurization. In the step of operating and the step of applying power to the high-frequency electrode assembly 200, the penetration of the operator's body parts into the region where the high-frequency electrode assembly 200 is disposed is detected. In addition, the light curtain 1100 inputs the operator body part penetration occurrence information into the controller 1000.

Meanwhile, the transfer-pressing cylinder-separated high-frequency adhesive 1 according to an embodiment of the present invention additionally includes a safety plate 230 vertically disposed from the front upper portion to the lower portion of the high-frequency electrode assembly 200 to provide a high-frequency electrode assembly 200 ) To minimize the penetration of workers' body parts.

The controller 1000 is a worker body from the light curtain 1100 in the step of operating the pneumatic cylinder 400 for working positioning or the hydraulic booster cylinder 500 for pressurization and applying power to the high frequency electrode assembly 200. When inputting site penetration occurrence information, the application of power to the high-frequency electrode assembly 200 is stopped or the operation of the pneumatic cylinder 400 for positioning and the hydraulic booster cylinder 500 for pressurization is stopped. This ensures the safety of workers. In addition, the controller 1000 receives the target current value from the control panel 800, and supplies the power of the power supply 900 until the current current value applied to the high frequency electrode assembly 200 reaches the target current value. After maintaining, the power supply of the power supply device 900 is stopped when the current current value applied to the high frequency electrode assembly 200 reaches the target current value.

In the transport-pressurized cylinder separating high-frequency adhesive 1 according to the embodiment of the present invention configured as described above, the primary high-frequency while the pneumatic cylinder 400 for work positioning and the hydraulic booster cylinder 500 for pressurization are separated and arranged independently. Precise coupled to the first rod 410 of the pneumatic cylinder 400 for work positioning, which is performed by subjecting the working position determination of the electrode assembly 200 and the secondary high-frequency electrode assembly 200, to be movable up and down. Since the position of the high-frequency electrode assembly 200 is precisely and finely adjusted by the position adjusting device 600, precise position control of the high-frequency electrode assembly 200 and pressurization efficiency are increased without using a servo cylinder. In addition, the transfer-pressurized cylinder-separated high-frequency adhesive 1 according to the embodiment of the present invention improves work convenience by minimizing manipulation required by an operator in a work positioning step and an object pressing step. And the transfer-pressing cylinder separation type high frequency adhesive 1 according to an embodiment of the present invention is a target current value of the digital input / output method by the digital current display window 810 and the current setting input unit 820 provided in the control panel 800 Since the application and interruption of the current to the high-frequency electrode assembly 200 is automatically controlled through the reservation setting, the workability of the high-frequency adhesion is increased according to accurate and precise current control, and user convenience is also improved. In addition, the transport-pressurized cylinder-separated high-frequency adhesive 1 according to an embodiment of the present invention installs the light curtain 1100 in front of the high-frequency electrode assembly 200, thereby ensuring worker safety.

As described above, although the transfer-pressing cylinder separating high-frequency adhesive according to the embodiment of the present invention is illustrated according to the above description and drawings, it is merely for example, and is various within a range not departing from the technical spirit of the present invention. Those skilled in the art will appreciate that changes and modifications are possible.

1: Transfer-pressing cylinder separation type high frequency adhesive
100: body frame
110: workspace
120: worktable
130: space inside the body frame
140: work space top
150: bearing
160: sidewall body
170: support
200: high frequency electrode assembly
210: high frequency electrode
220: insulator
230: safety board
300: moving object
310: lower fixture
320: upper fixture
330: connecting rod
400: pneumatic cylinder for work positioning
410: first rod
411: Male thread surface
500: hydraulic booster cylinder for pressurization
510: second rod
600: precision positioning device
610: Insert
620: projecting operation
700: spring
800: control panel
810: Digital current display window
820: Input device for current setting
830: Input method for cylinder motion control
900: Power supply
1000: controller
1100: light curtain
1200: high frequency oscillation device

Claims (5)

An open working space 110 is formed, a work frame 120 is horizontally disposed under the working space 110, and a body frame 100 in which a high frequency oscillation device is installed;
A high frequency electrode assembly 200 connected to the high frequency oscillation device to generate high frequency, and disposed on the work table 120;
A moving body 300 fixed to the upper portion of the high-frequency electrode assembly 200 and movably disposed on the body frame 100;
The first rod 410 fixed to the body frame 100 and disposed vertically downwardly contacts the moving body 300 to move the moving body 300 and the high-frequency electrode assembly 200 downward during a forward operation. Positioning pneumatic cylinder 400; And
The second rod 510 fixed to the body frame 100 and vertically downwardly contacts the moving body 300 so that the moving body 300 is fixed with a high frequency electrode assembly 200 fixed to the worktable during the forward operation. A pressurized hydraulic booster cylinder 500 for pressurizing the workpiece located at (120); Transport-pressurized cylinder separating high-frequency adhesive comprising a. According to claim 1,
The movable rod 300 is fixedly inserted and fixed to the first rod 410 of the pneumatic cylinder 400 for working positioning, in contact with the movable body 300, and moved up and down by the operator's operation to fix the movable body 300. Further comprising; a precision position adjusting device 600 for adjusting the position of the high-frequency electrode assembly 200,
The first rod 410 has an outer circumferential surface portion made of a male threaded surface 411,
The precision positioning device 600,
A hollow cylindrical insert 610 having an inner circumferential surface made of a female threaded surface inserted into the male threaded surface 411 of the first rod 410; The projecting operation piece 620 is formed to protrude horizontally on the outer circumferential surface of the inserting table 610, and rotates integrally with the inserting table 610 by operator manipulation to induce the vertical movement of the inserting table 610. Transfer-pressing cylinder separating high-frequency adhesive, characterized in that the configuration comprises a. According to claim 2,
The precision positioning device 600 is located in the work space 110 and is exposed to the outside,
The mobile body 300,
A lower anchor 310 having an upper surface in which the high-frequency electrode assembly 200 is horizontally disposed and exposed to the outside by being located in the work space 110;
The lower fixture 310 is horizontally disposed on the upper side, is located in the inner space 130 of the body frame above the working space 110, the second rod 510 of the hydraulic booster cylinder 500 for pressure contact An upper fixture 320 having an upper surface to be made;
The work space 110, the work space forming the upper surface of the work plate (140) through the vertically movable vertically disposed, the lower end 310 and the upper end 320 is fixed to the upper and lower ends of the connecting rod 330; Including,
A spring 700 which is inserted into the outer circumferential surface of the connecting rod 330, the upper end is fixed to the upper fixing plate 320, and the lower end is fixed to the upper plate 140 of the working space to impart elasticity to the moving body 300; Equipped with, the transfer-pressing cylinder separating high-frequency adhesive, characterized in that to enable the upward movement of the precision positioning device 600 by the elastic restoring force of the spring 700. According to claim 1,
It is disposed on the upper front part of the body frame 100, a digital current display window 810 and a current setting input unit 820 are provided to perform reservation setting of a target current value to be applied to the high frequency electrode assembly 200, , A control panel 800 in which a cylinder operation control input unit 830 is provided to perform operations for controlling the operation of the pneumatic cylinder 400 for positioning and the hydraulic booster cylinder 500 for pressurization;
A power supply device 900 that supplies current to the high-frequency electrode assembly 200;
The target current value is transmitted from the control panel 800, and the power supply of the power supply device 900 is maintained until the current current value applied to the high-frequency electrode assembly 200 reaches the target current value. And a controller 1000 for stopping the power supply of the power supply device 900 when the current current value applied to the high-frequency electrode assembly 200 reaches a target current value. -Pressurized cylinder detachable high frequency adhesive. According to claim 1,
The high-frequency electrode assembly 200 is disposed vertically in the front portion of the left and right working space 110, the operation of the positioning pneumatic cylinder 400 or the pressurized hydraulic booster cylinder 500 and the operation of the high-frequency electrode assembly The light curtain 1100 detecting the penetration of the operator's body parts into the area where the high-frequency electrode assembly 200 is disposed, and inputting the operator's body penetration penetration information into the controller 1000 in the step of applying power to the 200 );
The controller 1000,
Penetration of a worker's body part from the light curtain 1100 occurs in the step of operating the pneumatic cylinder 400 for positioning or the hydraulic booster cylinder 500 for pressurization and applying power to the high-frequency electrode assembly 200. When inputting information, the application of power to the high-frequency electrode assembly 200 is stopped, or the transfer-pressing cylinder separated high frequency, characterized in that to stop the operation of the pneumatic cylinder 400 for pressurization and the hydraulic booster cylinder 500 for pressurization Adhesive.

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