KR100460690B1 - Winding device of heat generator for heating roller - Google Patents

Abstract

The present invention relates to a device for winding a heat generator for a heating roller, and to allow a winding operation of a wire to be easily performed.

According to the present invention, a compressor (2) is installed inside the main body (1) to which air is continuously supplied and external power is applied, and a wire (3) for power application is mounted on the main body (1). The supply means 100 which is automatically supplied, and the supply unit 113 of the supply means 100 are installed to face each other at an initial position, and the terminal block 5 and the wire 3 of the heat generator 4 are connected. Bending means (200), and an actuating means (300) for rotating the pipe-shaped heat generating member (4) mounted on the upper side of the main body (1), which is a rear side of the bending means (200), at an appropriate speed; A connecting means 400 installed at one front side of the operating means 300 to allow the terminal block 5 'fixed to the side of the heat generator 4 and the wire 3 to be in electrical contact with each other; A cutting member 500 attached to the front of the supply part 113 to automatically cut the wire 3, and the main body 1. Is made of a is installed on the internal operation signal supply means 100, bending device 200, operating unit 300, connection unit 400, a controller 600 that controls the cutting member 500.

Description

Winding device for heat generators for heating rollers {WINDING DEVICE OF HEAT GENERATOR FOR HEATING ROLLER}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a winding apparatus for a heat generating body for a heating roller, and more particularly, to a winding apparatus for a heating roller for a heating roller used in a copying machine, a fax, a printer, a composite machine, etc. using an electrophotographic apparatus.

As is generally known, a printer used as a peripheral device of a computer among office automation equipment is a device that outputs to a recording sheet under the control of a computer. The printer converts the control data of the computer into letter data and prints it. It can be classified into various types according to criteria such as size, printing method, and phoneme type configuration method.

Among the above-mentioned printers, the laser beam printer uses a laser light source, has the fastest printing speed, and can use a variety of high resolution, low noise and recording paper. The laser beam printer is a state-of-the-art office automation device, which is almost similar to a copier, a fax machine, and a multifunction printer. The laser beam printer is divided into an engine control unit, a paper feeding unit, an optical unit, a developing unit, and a discharge unit.

In the laser beam printer, image data generated by a computer is transmitted to a printer through a data line, and the transmitted image data is converted into laser light and simultaneously the laser light is scanned into the photosensitive member, and the light transmitted to the photosensitive member is conductive. In addition to being changed into a sieve and a potential difference is generated with the portion not received the light is to form a latent image. After the above state, the toner adheres to the latent image portion while passing through the developing portion, and when the recording paper passes between the injection transfer chargers, the toner is buried, and the printing roller is heated and pressurized by the fixing device. It is done.

The heating roller is to fix a visible image formed by the toner, and a heat generating body on the pipe which generates high heat due to the application of external power is installed inside the heating roller. The heat generator plays a role of appropriately raising the surface temperature of the heating roller while being heated due to the application of external power. The wire is properly wound on the surface and the terminal blocks are fixed to both sides. It is connected to the wire to enable the power supply of the heat generator.

In the winding method of the wire, an operator directly positions the wire on the surface of the heat generator and winds the wire at appropriate intervals, and after the winding, the terminal blocks on both sides are connected to complete the winding operation of the wire.

However, in the above-described winding method of the wire, since the worker directly fixes the wire while winding it at an appropriate interval, the fixing work becomes difficult and the gap of the wire is irregularly adjusted, resulting in deterioration of product standard (commercial). There was a problem.

SUMMARY OF THE INVENTION An object of the present invention is to provide a winding device for a heat generator for a heating roller, which is intended to correct the above-mentioned problems and to facilitate a winding operation of a wire.

In order to achieve the above object, the present invention provides a main body to which the compressor is installed inside the air supply and the external power is applied, the supply means is installed on the upper side of the main body and the wire is mounted and supplied, and the supply means Bending means for firstly being opposed to the supply portion of the heat generator and connecting the terminal block and the wire of the heat generator, and an operation means for rotating the heat generator installed and mounted on the upper side of the main body, which is a rear side of the bending means; Connection means for contacting the terminal block fixed to the side of the heat generator is provided on the front side of the operating means, a cutting member is provided in the front of the supply unit to automatically cut the wire, and the signal operation is provided inside the main body It consists of a controller that controls each part.

The supply means includes a guide installed on an upper portion of the main body, a base mounted on the guide and moving in a left and right direction, a roller installed on the upper side of the base to supply a wire, and a guide guiding the wire drawn out of the roller. And a first and a second moving body installed on the base and alternately supplying wires forwardly, and a supply part installed on a base that is in front of the second moving body, wherein a tension adjusting member is installed on the base which is one side of the roller. will be.

The bending means includes a support provided on the upper side of the main body, a wire bent portion rotatably provided on the upper portion of the support, and a first actuator connected to an end of the wire bent portion.

In addition, the operating means is a base installed on the upper portion of the main body, the seat is installed on the base to mount the heat generating body, the guide rotating body spaced apart on the left side of the seating and the guide rotating body connected to the guide And a second actuator for rotating the rotating body, a left and right moving body spaced apart from the base on the right side of the seating plate, and a third actuator connected to the left and right moving body to operate.

The connecting means includes a fourth actuator installed at an upper portion of the main body, a guider installed at an upper side of the fourth actuator, and an induction pin installed at the guider and having a spring coupled thereto.

The support member is provided on the support side of the bending means, and the fifth actuator is installed on the support member.

1 is a perspective view of an embodiment of the present invention,

2 is a front view of an embodiment of the present invention,

3 and 4 are schematic views showing an operating (moving) state of an embodiment of the present invention;

5 is a block diagram of an embodiment of the invention.

<Description of the code used in the main part of the drawing>

1: body 3: wire

4: heat generator 100: supply means

200: bending means 300: operating means

400: connecting means 500: cutting member

600: controller

1 to 5, the compressor 2 is installed inside the main body 1 to which air is continuously supplied and external power is applied, and the main body 1 is installed above the main body 1. The power supply wire 3 is mounted and automatically supplied to the supply means 100 and the supply part 113 of the supply means 100 so as to be opposed to each other at an initial position, and Bending means (200) for connecting the terminal block (5) and the wire (3), and a pipe-like heat generator (4) installed and mounted on the upper side of the main body (1), which is a rear side of the bending means (200). The operating means 300 for rotating at an appropriate speed and the terminal block 5 'fixed to the side of the heat generator 4 and installed on one side of the operating means 300 and the wire 3 are in contact with each other. Connecting means 400 to be electrically connected to the front and the supply unit 113 is installed in front of the wire 3 is automatically cut The cutting member 500 and the inside of the main body 1 are provided, and the supply means 100, the bending means 200, the operating means 300, the connecting means 400, and the cutting member 500 are installed in a signal operation. It consists of a controller 600 for controlling the.

The supply means 100 includes a guide 101 installed in the left and right directions on the upper rear side of the main body 1, a base 103 mounted on the guide 101 and moving in the left and right directions according to a control signal, A roller 105 installed at an upper side of the base 103 to supply the wire 3 with a proper tension, a support 107 for guiding the wire 3 drawn out from the roller 105 to a specific point; First and second moving bodies 109 and 111 installed on the base 103 on the front side of the support 107 and alternately supplying the wires 3 alternately according to the air pressure of the compressor 2, and the second moving bodies ( It is installed in the base 103 in front of the 111 and the supply unit 113 for supplying the wire (3) to the surface of the heat generator (4) in accordance with the supply of the wire (3) of the second moving body (111) The tension adjusting member 115 for adjusting the rotation of the roller 105 is installed on the base 103, which is one side of the roller 105. The tension control member 115 is a control body 117 is connected to the shaft of the roller 105 and the spring 119 is coupled to the control body 117 to adjust the rotational speed of the tension control member 115 It is composed.

On the other hand, the base 103 of the supply means 100 is installed to be rotated at a predetermined angle with respect to the guide 101, the base 103 does not exist in a direction perpendicular to the guide 101 at a predetermined angle When the winding is made on the surface of the heat generating body 4 by supplying the wire 3 through the supply part 113 to be twisted at an appropriate angle.

The bending means 200 is installed on the upper side of the main body 1 to face the initial position of the supply unit 113, and is rotatably installed on the upper portion of the support unit 201. A wire bent portion 203 for bending the wire 3 drawn out from the wire and a first actuator 205 connected to an end of the wire bent portion 203 so that the wire bent portion 203 is rotated at an appropriate angle. )

In addition, the operation means 300 is a base 301 is installed on the upper portion of the main body 1, the mounting table 303 is installed in the center of the base 301 to mount the heat generating body 4 at an appropriate height And a guide rotor 305 spaced apart from the left side of the seat 303 and fitted with one end of the heat generator 4, and connected to an end side of the guide rotor 305. The second actuator 307 for rotating the 305 and the left and right movable body which is installed on the base 301 which is the right side of the seating plate 303 and is moved in the left and right direction while the other end of the heat generating body 4 is caught. 309 and a third actuator 311 connected to the left and right moving bodies 309 to move the left and right moving bodies 309 in the left and right directions.

In addition, the connecting means 400 is installed on the upper part of the main body 1 and is operated on the pneumatic pressure of the compressor 2, and is installed on the upper side of the fourth actuator 401, and A guider 403 which is simultaneously moved with the four actuators 401 and the guide pin 405 which is installed in the guider 403 and the spring 407 is coupled to specify the winding position of the wire 3 at an appropriate pressure. It is composed.

On the side of the support 201 of the bending means 200 to support the terminal portion 5 of the heat generating body 4 positioned on the seating plate 303, the guide rotating body 305, and the left and right moving bodies 309. The support member 250 is installed, and the fifth actuator 252 is installed on the support member 250 to operate the terminal member 5 and the wire 3 while being operated according to the signal of the controller 600.

Reference numeral 601 denotes a signal manipulator, and 501 denotes a sixth actuator for operating the cutting member 500.

The present invention as described above is to facilitate the winding operation of the wire, if the automatic or manual operation of the signal manipulator 601 provided on the side of the main body 1 supply means 100, bending means 200, operating means 300, the connecting means 400 and the cutting member 500 are operated in stages according to the control of the controller 500, and the heat generating member 4 is placed on the seating table 303, and the left and right movable bodies ( The heat generator 4 is tightly supported between the guide rotating body 305 and the left and right moving bodies 309 by operating the 309.

When the signal manipulator 601 is operated after the above state, the wire 3 wound on the roller 105 of the supply means 100 is released at an appropriate speed, and the loosening of the wire 3 is performed by the first and second moving bodies 109 and 111. ), And the wires 3 passing through the first and second moving bodies 109 and 111 are drawn out of the supply part 113, and the wires 3 outside the supply part 113. At the same time, the wire bent portion 203 bends the wire 3 at an appropriate angle by the first actuator 205. After the bending of the wire 3 is completed, the base 103 of the supply means 100 is pulled out. ) Is moved to the left to be connected to the terminal block 5 in the bent state of the wire 3, and after the wire 3 is positioned between the inside of the terminal block 5 and the surface of the heat generator 4 5 Actuator 252 is operated to compress the support member 250 The.

After connecting the terminal block 5 and the wire 3, the second actuator 307 is operated so that the guide rotating body 305 rotates in the forward direction, and when the guide rotating body 305 is rotated, the supply means ( The base 103 of the 100 is operated to move the base 103 along the guide 101, and the wire 3 is wound to a proper width simultaneously with the movement of the base 103.

In the case where the supply part 113 is opposed to the other end side of the heat generator 4 by performing the winding, the guide 103 stops the position movement of the base 103 and operates the fourth actuator 401. ) Adjusts the position of the wire 3. When the wire 3 is finely moved to the induction pin 405, the wire 3 is caught to the end side of the terminal block 5 ′, and the wire 3 is caught and connected to the terminal block 5 ′. The second actuator 307 is operated to cause the heat generator 4 to be rotated. The heat generator 4 is rotated to operate the fourth actuator 401 after the wire 3 is wound to connect the connecting means. Moving forward 400, and at the same time moving the connecting means 400 in a constant pitch to the right through an actuator (not shown), by operating the sixth actuator 501 cutting member 500 is wire 3 After cutting, the cutting roller (430) is raised to close (bending) the cutting portion and at the same time, the second actuator 307 is reversely rotated, and the seating plate (303) is raised and at the same time the left and right movable bodies (309). Returns. Then, the guide rotating body 305 releases, and the third actuator 311 releases the work.

In detail, after the cutting member 500 cuts the wire 3, the base 103 returns to its original state, and heat is generated on the seating table 303 by operating the third actuator 311. The sieve 4 is kept in a free state, and the winding work of the wire 3 is simply completed by picking up the heat generating body 4 in the free state.

Although the winding method of the wire 3 is described in order, the order may be different or may be performed simultaneously.

As described above, the present invention provides a winding operation by automatically supplying and winding a wire by installing a supply means, a bending means, an actuation means, and a connecting means in a main body operated by air pressure and external power application. .

In addition, by installing the base on the guide and by installing the roller and the first and second moving bodies on the base, the wire wound on the roller is drawn out at a proper speed, and by installing a tension adjusting member on the base, which is one side of the roller, It is withdrawn as a tension.

In addition, by installing the support and the wire bent portion, the wire bending of the initial state is automatically made, and through the guide rotating body and the left and right moving body to stably integrate the heat generating body to rotate and standardize the winding state. By controlling the position of the wire instantaneously through the induction pin, the connection with the terminal block is made smoothly.

In addition, by providing a supporting member on the support side and installing a fifth actuator on the supporting member, the terminal block on one side of the heat generator and the wire connection in the initial state can be stably formed.

Claims (7)

Compressor 2 is installed inside the air supply and the main body 1 is applied to the external power, and the supply means 100 is installed on the upper side of the main body 1 and the wire 3 is mounted and supplied; A bending means 200 which is installed to face the supply part 113 of the supply means 100 and is connected to the terminal block 5 and the wire 3 of the heat generator 4, and the bending means ( An actuating means (300) for rotating the heat generator (4) mounted and mounted on the upper side of the main body (1), which is a rear side of the 200, and a heat generator (4) installed on the front side of the actuation means (300). A connecting means 400 for contacting the terminal block 5 ′ fixed to the side of the side), a cutting member 500 installed in front of the supply part 113 to automatically cut the wire 3, and the main body ( 1) is provided inside of the heating roller for heating roller, characterized in that consisting of a controller 600 for controlling each part by a signal operation Infinding device. The method of claim 1, The supply means 100 is a guide 101 installed on the upper portion of the main body 1, a base 103 mounted on the guide 101 to move in the left and right directions, and installed on the upper side of the base 103 And a roller 105 for supplying the wire 3, a support 107 for guiding the wire 3 drawn out from the roller 105, and the base 103 to be alternately provided with the wire 3. The first and second moving body (109, 111) for forward supply and the winding unit of the heat generator for a heating roller, characterized in that consisting of a supply unit 113 is installed in the base 103 in front of the second moving body (111). The method of claim 2, Tension adjusting member 115 is installed on the base 103, which is one side of the roller 105, the winding device of the heat generator for the heating roller. The method of claim 1, The bending means 200 includes a support 201 installed above the main body 1, a wire bending part 203 rotatably installed on an upper portion of the support 201, and the wire bending part 203. Winding device of the heat generator for the heating roller, characterized in that consisting of a first actuator (205) connected to the end of the installation. The method of claim 1, The actuating means 300 includes a base 301 installed on the upper portion of the main body 1, a mounting table 303 installed on the base 301 to mount the heat generator 4, and the mounting table ( A guide rotor 305 spaced apart from the left side of the 303, a second actuator 307 connected to the guide rotor 305 to rotate the guide rotor 305, and the seating table 303 Winding device of the heat generating member for a heating roller, characterized in that consisting of the left and right movable body 309 spaced apart from the base 301, the right side and the third actuator 311 is connected to the left and right movable body 309 to operate. The method of claim 1, The connecting means 400 is the fourth actuator 401 is installed on the upper portion of the main body 1, the guider 403 is installed on the upper side of the fourth actuator 401, and the guider 403 In addition, the winding device of the heat generator for the heating roller, characterized in that the spring 407 is composed of an induction pin 405 is coupled. The method of claim 1, Winding of the heat generator for the heating roller, characterized in that the support member 250 is installed on the support 201 side of the bending means 200, and the fifth actuator 252 is installed on the support member 250. Device.