KR200159106Y1 - Taping apparatus having function of removing bad element - Google Patents

Abstract

It is effective to remove the element before the taping work in which the cutting of the lead is bad, and the groove into which the lead can be inserted is formed on the outer circumferential surface at predetermined angular intervals, and the element is continuously attached to the first tape. A first rotating drum which can be held, a cutter which is installed near the first rotating drum and cuts the lead of the element mounted on the first rotating drum to a predetermined length, and is spaced apart from the outer peripheral surface of the first rotating drum by a predetermined distance; If the element cut by the cutter is located below a certain height, the element that is cut below a certain height passes, and the defective element removing member is separated from the first rotating drum, and the groove into which the lead can be inserted is formed at a predetermined angular interval. The device passes through the defective element removing member and rotates adjacent to each other. A device taping device comprising a taping machine which is installed adjacent to the second rotating drum and the second rotating drum to be supported so as to tap and supply the upper and lower surfaces of both leads of the device supplied from the second rotating drum, respectively. device.

Description

Taping device with bad element removal

The present invention relates to a device taping device, and in particular, after cutting the lead of the device where the lead is drawn out at both ends such as a thermistor, diode, and resistance, the tape is attached to both leads. The present invention relates to a device taping device having a function of automatically removing a device having a poor cutting of a lead.

In general, leads are drawn out to devices such as thermistors, diodes, and resistors. This lead must be cut to a suitable length according to the type, size, etc. of the device in which the device is installed. These devices are taped with tape and stored in a connected state.

1 is a view for explaining a lead cutting and taping process of a general device. 1 shows a first rotary dream 10. The first rotating drum 10 is supplied with the body portion of the element 20 attached to the tape 30. The state in which the element 20 is attached to the first rotating drum 10 can be seen in detail with reference to FIG. 2. The cutter 40 is installed above the first rotating drum 10. The cutter 40 is for cutting the lead of the element 20 supported by the first rotating drum 10.

The second rotating drum 50 is engaged with the first rotating drum 10. The second rotating drum 50 receives the device 20 in the first rotating drum 10 and is narrower than the first rotating drum 10, and the device 20 is mounted in the state where the device 20 is mounted. ) Leads to both sides of the second rotating drum (50). This can be seen in detail in Figure 3.

A third reel drum 60 is provided adjacent to the second revolving drum 50, and a tape reel 70 is wound around a tape 72 for taping up and down the third revolving drum 60. It is arranged. The tape reels 70 are for taping both leads of the element 20 up and down, respectively, and all four are required.

The lower portion of the contact portion between the first rotating drum 10 and the second rotating drum 50 prevents the device 20 from being attached to the tape 30 as it is and is attached to the tape 30. ), A first detachment member 82 is installed to easily detach the device 20. In addition, a second detachment member 84 is installed above the portion where the second rotating drum 50 and the third rotating drum 60 contact each other to allow the device 20 to be easily separated from the second rotating drum 50. The guide roller 86 for adjusting the movement path of the tape 72 for attaching to the lead of the element 20 newly is arrange | positioned at the side surface. Each arrow represents the rotation direction of each rotating drum.

That is, the device 20 is supplied to the first rotating drum 10 with the body 22 attached to the tape 30. Then, the cutter 40 cuts the lead 24 to a predetermined length while rotating in the same direction as the first rotating drum 10. In the state in which the lead 24 is cut, the device 20 is supplied to the second rotating drum 50 again. Since the second rotating drum 50 has a width much smaller than that of the first rotating drum 10 as shown in FIG. 3, the lead 24 in the state of being cut by the cutting machine 40 is the second rotating drum 50. The two sides of each protrudes.

The device 20 which was mounted on the second rotating drum 50 is supplied to the third rotating drum 60 which rotates in the opposite direction again. At the same time, the tapes 72 wound on the tape reels 70 are respectively supplied with a total of four tapes 72 to the upper and lower surfaces of the leads 24 protruding to both sides of the device, respectively. It is attached to 24. That is, the device 20 taped by the tape 72 is continuously wound on the third rotating drum 60.

2 is a plan view showing a state in which the device is mounted on the first rotation drum. 2 shows a first rotating drum 10. The element 20 is supplied to the first rotating drum 10 with the body 22 attached to the tape 30. The element 20 is composed of a body 22 and a lead 24 protruding to both sides. In the state in which the lead 24 is cut by the cutter 40, the lead 24 is the first rotating drum 10. It does not protrude on both sides. In addition, the body 10 of the element 20 maintains a predetermined distance from both ends of the first rotating drum 10.

3 is a bottom view showing a state in which the device is mounted on the first rotating drum of FIG. As shown in FIG. 3, the width of the second rotating drum 50 which receives the element from the first rotating drum 10 is smaller than that of the first rotating drum 10. Accordingly, the lead 24 of the element 20 protrudes to both sides of the second rotating drum 50. In this way, tapes are attached to the leads on the upper and lower surfaces of the leads 24 of the elements 20 protruding to both sides of the second rotating drum 50, thereby making the taping.

4 is a view showing a state in which the taped device is wound around the first rotating drum 3rd. As can be seen in FIG. 4, both leads 24 of the elements 20 are sequentially attached to the tape 72 and wound around the outer circumferential surface of the third rotating drum 60.

5 is a view showing a defective cutting element. In FIG. 1, when the lead 24 is cut by the cutter 40 while the element 20 is incorrectly mounted on the first rotating drum 10, the body 22 of the element 20 is removed. The first rotation drum 10 is floated to a predetermined height on the outer circumferential surface of the first rotating drum 10, and the leads 24 drawn to both sides are bent to cause a defect. The defective device must be removed before taping. That is, in the conventional device taping apparatus, the defective device as described above could not be removed.

An object of the present invention is to provide a device taping device that can remove the element in advance of the cutting failure of the lead before taping operation.

1 is a view for explaining a lead cutting and taping process of a typical device.

2 is a plan view showing a state in which the device is mounted on the rotating drum of FIG.

3 is a bottom view showing a state in which the device is mounted on the second rotating drum of FIG.

4 is a view showing a state in which a tapered element is wound around a first rotating drum in FIG.

5 is a view showing a defective cutting element.

Figure 6 is a perspective view showing a device taping device having a bad device removal function according to the present invention.

FIG. 7 is a view showing the installation of the defective element removing member of FIG.

Explanation of symbols for main parts of the drawings

110: first rotating drum 120: element

122: torso 124: lead

130, 172: tape 140: cutter

150: second rotating drum 160: third rotating drum

170: tape reel 182: first release member

184: second separating member 186, 188: guide roller

190: defective element removing member

An object of the present invention is a device taping device for taping up and down both sides of the lead of the device continuously fed and the lead of the device continuously fed to the required size and then taped to both sides of the lead with the respective tape, the lead is inserted Grooves are formed on the outer circumferential surface at predetermined angular intervals, and are mounted on the first rotating drum and installed near the first rotating drum and the first rotating drum which can hold the continuously fed elements attached to the first tape. Cutter for cutting the lead of a certain element to a predetermined length, installed at a predetermined interval away from the outer peripheral surface of the first rotating drum, the element is cut from the cutter to pass the position below a certain height is passed in the first rotating drum Defective element removing member to be separated, grooves into which the lead can be inserted are formed at predetermined angular intervals The device is provided adjacent to the second rotating drum and the second rotating drum which receives the device passing through the defective element removing member and supports the device to protrude to both sides while rotating adjacent to the drum. It can be achieved by the device taping device, characterized in that it comprises a taping machine for taping and supplying the upper and lower surfaces of both sides of the lead.

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of the present invention.

6 is a perspective view showing a device taping device having a bad device removal function according to the present invention.

6, the first rotating drum 110 is shown. The body 122 of the element 120 is supplied to the first rotating drum 110 in a state where the body 122 is attached to the tape 130. The cutter 140 is installed above the first rotating drum 110. The cutter 140 cuts the lead 124 of the element 120 supported by the first rotating drum 110.

The defective element removing member 190 for removing the defective element from the first rotating drum 110 is installed near the outer peripheral surface of the first rotating drum 110 and the first rotating drum 110 behind the cutter 140. . The defective element removing member 190 is installed spaced apart from the outer circumferential surface of the first rotary drum 110 by a predetermined distance and the element 120 cut by the cutter 140 is less than a certain height to pass through the predetermined height Departure from the first rotating drum (110). This will be described in more detail later with reference to FIG. 7.

The second rotating drum 150 is engaged with the first rotating drum 110. The second rotating drum 150 receives the device 120 in the first rotating drum 110, and is narrower than the first rotating drum 110, and the device 120 is mounted in the state where the device 120 is mounted. ) Leads 124 protrude to both sides of the second rotating drum 150. The first detachment member 182 is provided at a lower portion of the intersection of the first rotary drum 110 and the second rotary drum 150. The first detachment member 182 is for preventing the device 120 from being discharged while attached to the tape 130 without being supplied to the second rotating drum 150.

The third revolving drum 160 is installed adjacent to the second rotating drum 150, and the tape reel 170 wound with the tape 172 for taping up and down the third rotating drum 160, respectively. It is arranged. The tape reels 170 are used to tape both leads 124 of the device 120 up and down, respectively, and four of them are required.

The upper part of the portion where the second rotating drum 150 and the third rotating drum 160 contact each other prevents the device 120 from being attached to the first rotating drum 110 as it is, and the device 120 is easily attached to the second rotating drum 160. A second detachment member 184 is provided to be detached from the rotating drum 150. In addition, the upper and lower side surfaces of the second rotating drum 150 and the third rotating drum 160 may further include guide rollers 186 for adjusting a moving path of the tape 172 to be newly attached to the lead of the element 120. 188 are disposed respectively. Each arrow represents the rotation direction of each rotating drum.

That is, the device 120 is supplied to the first rotating drum 110 with the body 122 attached to the tape 130. Then, the cutter 140 cuts the lead 124 to a predetermined length while rotating in the same direction as the first rotating drum 110. In the state where the lead 124 is cut, the device 120 is supplied to the second rotating drum 150 again. At this time, the defective element removing member 190 is not in close contact with the outer circumferential surface of the first rotating drum 110 to remove or remove the element 120 to a predetermined height. Since the second rotating drum 150 has a much smaller width than the first rotating drum 110, the leads 124 cut in the cutter 140 protrude to both sides of the second rotating drum 150, respectively. have.

The device 120 mounted on the second rotating drum 150 is supplied to the third rotating drum 160 which rotates in the opposite direction. At the same time, the tapes 172 respectively wound on the tape reel 170 are supplied with a total of four tapes 172 to the upper and lower surfaces of the leads 124 protruding to both sides of the device, respectively. 124 is attached. That is, the device 120 taped by the tape 172 is continuously wound on the third rotating drum 160.

FIG. 7 is a side view of the installation state of the FIG. As illustrated in FIG. 7, the defective element removing member 190 is disposed near the outer circumferential surface of the first rotating drum 110 by a predetermined distance from the first rotating drum 110. In FIG. 7, when the first rotating drum 110 rotates in the direction of the arrow, the device 120 which is in close contact with the outer circumferential surface of the first rotating drum 110 passes as it is. On the other hand, when the element 120 is incorrectly mounted and floats to a predetermined height, the element 120 is caught by the defective element removing member 190 and removed from the first rotating drum 110 through a path as indicated by a double-dotted line. . That is, the defective element is automatically removed and the defective element is not mixed with the devices in which taping is completed.

As described above, the device taping device having the defective element removing function according to the present invention automatically removes the defective element before taping, thereby making it possible to improve product quality.

Claims (1)

In the device taping device for cutting the lead of the device which is continuously drawn out to both sides and cut the lead to the required size, and taped up and down both sides with the respective tape to the lead on both sides, the lead can be inserted A first rotating drum having grooves formed on the outer circumferential surface at predetermined angular intervals, the first rotating drum being capable of holding the element continuously adhered to the first tape; A cutter installed near the first rotating drum to cut a lead of the device mounted to the first rotating drum to a predetermined length; A defective element removing member installed to be spaced apart from the outer circumferential surface of the first rotating drum by a predetermined distance, and having the element cut by the cutter positioned below a predetermined height, and having a predetermined height or more separated from the first rotating drum; Grooves into which the leads can be inserted are formed at predetermined angle intervals and are rotated adjacent to the first rotating drum to receive the elements passing through the defective element removing member and to support the elements so as to protrude to both sides. Rotating drum; And a taping machine installed adjacent to the second rotary drum and taping and supplying the upper and lower surfaces of both leads of the device supplied from the second rotary drum, respectively.