KR100842147B1 - Re-winder for stamp type terminals - Google Patents

Abstract

A re-winder for a stamp type terminal is provided to automate a finish of a winding packaging process through an automatic stop according to loss of a ground force by supplying external power only through grounding of the terminal transferred on a touch plate. A winding device(1) includes a packaging reel(110) and a winding reel(11). The packaging reel rolls and packages a stamp type terminal together with an interleaving paper. The winding reel unrolls the terminal and the interleaving paper rolled around the packaging reel and re-winds the terminal and the interleaving paper. A touch plate(2) enables winding operation through power connection according to grounding of the terminal re-wound around the winding reel. A plurality of first and second deriving devices support and rotate the packaging reel and the winding reel. A tension device(4) automatically varies rotation velocities of the first and second driving devices in response to tension of the interleaving paper re-wound around the winding reel. A plurality of air blows(5) diffuse a gas at a high pressure to implement a uniform winding process of the terminal in one direction. A support device(6) fixedly supports the touch plate, the tension device, and the air blows to an upper part. The first and second driving devices are coupled to the support device. A control device(7) controls a winding process by the winding device and supplies external power. A frame unit(8) couples the support device to an upper part and one side thereof is coupled to the control device.

Description

Rewinder of stamp type terminal body {RE-WINDER FOR STAMP TYPE TERMINALS}

1 is an enlarged front view of a main part showing a terminal body wound and wrapped by a terminal body winder according to the prior art;

Figure 2 is a side view showing a schematic configuration of the terminal body winder according to the prior art.

Figure 3a is a front perspective view showing the overall configuration of the rewinder of the stamp-type terminal body according to the present invention.

Figure 3b is a rear perspective view showing the overall configuration of the rewinder of the stamp-type terminal body according to the present invention.

Figure 4 is an exploded perspective view showing the coupling relationship between the packaging reel and the reel in the rewinder of the stamp-type terminal body according to the present invention.

Figure 5a is a right side view showing the side configuration of the rewinder of the stamp-type terminal body according to the present invention.

Figure 5b is a front view showing the front configuration of the rewinder of the stamp-type terminal body according to the present invention.

Figure 5c is a rear view showing the rear configuration of the rewinder of the stamp-type terminal body according to the present invention.

Figure 5d is a plan view showing the upper configuration of the rewinder of the stamp-type terminal body according to the present invention.

Figure 6 is a front view showing the inclination angle of the touch plate in the rewinder of the stamp-type terminal body according to the present invention.

7 is a partial partial perspective view showing the tension means in the rewinder of the stamp-type terminal body according to the present invention.

8 is a perspective view illustrating a state in which a terminal body and a sheet of paper are coupled to a rewinder of a stamp-type terminal body according to the present invention;

*** Explanation of symbols for the main parts of the drawings ***

A: rewinder, T: terminal

t: terminal, p: slip sheet

1: winding means, 2: touch plate

3, 3 ': first and second drive means, 4: tension means

5: air blow, 6: mounting means

7: control means, 8: frame portion

11: winding reel, 11a, 110a: central through

11-1, 110-1: disc, 11-2, 110-2: winding drum

11-3, 110-3: gap holding roll, 21: first ground plate

22: second ground plate, 23: grounding guide plate

31, 31 ': 1st, 2nd drive motor, 32, 32': 1st, 2nd drive shaft

33, 33 ': 1st, 2nd clutch, 34, 34': 1st, 2nd clutch

41: first progress guide roll, 42: tension roll

43: position detection sensor, 44: support plate

44a: guide ball, 45: second progression roll

46: weight, 47: vertical rod

48: wire, 49: pulley

51: block type hose, 52: injection nozzle

61: main top plate, 62: sub side plate

63: auxiliary coupling plate, 64: joint plate

71: control body, 72: control panel

72a: operation button, 81: the upper horizontal frame

82: vertical frame, 83: lower horizontal frame

83a: support bridge, 83b: wheel

The present invention relates to a rewinder of a stamp-type terminal body, and more particularly, by unwinding a stamp-shaped terminal body and a sheet of paper that are wound irregularly on a packaging reel and winding them back to the winding reel stably and uniformly. The present invention relates to a rewinder of a stamp-type terminal body, which can prevent a plurality of terminals to be twisted and deformed in advance.

In general, an electronic connector is used for totally connecting or distributing an electrical signal of a circuit formed on a printed circuit board, which is very complicated, and is being assembled and used in various small electronic products (mobile phones, etc.). Is a well known fact.

The main component of the electronic connector is composed of a socket coupled to the main circuit board and a plug coupled thereto. Each socket and plug has a plurality of extremely small sizes for connecting complicated circuits. The terminals are combined.

1 is an enlarged front view of a main part of a terminal body wound and wrapped by a terminal body winder according to the prior art, and FIG. 2 is a side view illustrating a schematic configuration relationship of the terminal body winder according to the prior art.

As shown in FIG. 1, the above-described terminals t are extremely small in size, and are difficult to handle when produced individually. Therefore, a plurality of terminals t are formed on a metal strip through a molding process by a press mold. It is provided as a terminal body (T) long connected in the form of a stamp to neighbor in parallel.

Accordingly, the electronic connector is formed by removing and separating the terminals t of each of the terminal bodies T and inserting them into the respective slots of the socket or plug.

On the other hand, as shown in Figure 2, the terminal body (T) is rolled up in a reel (bobbin) rolled together with a rolled paper (捲取: winder, inroll) is wrapped, the conventional terminal body winder for this 100 is a packing reel 110 for winding and winding the terminal body (T) and the cover paper p covering one surface thereof, and driving means for supporting the lower end of the packing reel 110 so that he rotates. 120 and the frame unit 130 formed by integral assembly of the upper frame 120a, the vertical frame 130b, and the lower horizontal frame 130c for mounting the driving means 120, and the driving means 120. The main circuit board for controlling the control box 140 mounted therein and its operation consists of an operation unit 150.

To describe in detail the winding packaging process of the terminal body T using the conventional terminal body winder 100, after assembling and mounting the packaging reel 110 on the driving means 120, a press mold (not shown) After pressing the metal strip through) to couple the terminal body (T) formed in parallel with the plurality of terminals (t) to the packaging reel 110, the control box 140 is packed by operating the operation unit 150 The reel 110 is driven to rotate, whereby the terminal body T is wound on the packing reel 110 together with the slip p.

However, while the winding process for packaging the terminal body T can be easily achieved through the conventional terminal body winder 100, when such a winding operation cannot be made precisely, each terminal described above (t) There is a problem that the twist and deformation due to the height deviation of the lead portion and the contact portion of) or entangled with each other as the coupling contact portion opens.

In particular, when the terminal body T is stacked and stored in a plurality of the wrapped reel 110 is wrapped or transported to another place for the subsequent process, there has been a closed end that the problem as described above occurs more greatly.

SUMMARY OF THE INVENTION An object of the present invention is to solve the above problems, and unwinds and unrolls a packaged terminal body which is unbalancedly rolled together with a sheet of paper in a packaging reel by a conventional terminal body winder. In rewinding the reel, the air blower sprays the high-pressure gas so that the terminal body to be rewound can be rewound in close contact with the winding reel, and the conveying speed of the interleaver rolled up to cover one surface of the terminal body. Tension means for varying the rotational speed of the winding means in response to tension according to the tension, so as to minimize the cause of product defects such as twisting and deformation of the terminal through a precise and stable re-packing process It is to provide a rewinder of the terminal body.

In order to achieve the above object, a rewinder of a stamp-type terminal body according to the present invention is a package reel wrapped with a stamp-type terminal body wrapped with a sheet of paper, and a terminal body and the sheet wrapped around the packaging reel for unwinding and rewinding. Winding means consisting of a winding reel; A touch plate which enables a winding operation by connecting electric power through the ground of the terminal body wound on the winding reel; A plurality of first and second driving means for mounting and rotating the packing reel and the reel; Tension means for covering the one surface of the terminal body and automatically changing the rotational speed of the first and second driving means in response to the tension of the slip paper which is also rewound to the winding reel; A plurality of air blowers for discharging the high pressure gas so that the terminal body wound on the winding reel is pushed in one direction to achieve a uniform winding process; Mounting means for fixing the touch plate, the tension means and the air blow on the top and the first and second driving means can be coupled; Control means for controlling the winding process by the winding means and for supplying external power; And, the mounting means is coupled to the upper position, the frame portion for having a coupling coupled to the control means on one side; characterized in that it comprises a.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings such that those skilled in the art may easily implement the present invention.

Figure 3a is a front perspective view showing the overall configuration of the rewinder of the stamp-type terminal body according to the present invention, Figure 3b is a rear perspective view showing the overall configuration of the rewinder of the stamp-type terminal body according to the present invention, Figure 4 In the rewinder of the stamp-type terminal body according to the present invention, an exploded perspective view showing a coupling relationship between a packing reel and a winding reel, Figure 5a is a right side view showing the side configuration of the rewinder of the stamp-type terminal body according to the present invention, 5b is a front view showing the front configuration of the rewinder of the stamp-type terminal body according to the present invention, Figure 5c is a rear view showing the rear configuration of the rewinder of the stamp-type terminal body according to the present invention, Figure 5d is a stamp according to the present invention Fig. 6 is a plan view showing the upper structure of the rewinder of the terminal type body, and Fig. 6 is an inclination angle of the touch plate in the rewinder of the stamp type terminal body according to the present invention. 7 is a partial exploded perspective view showing the tension means in the rewinder of the stamp-type terminal body according to the present invention, Figure 8 is a terminal body and the interliner is coupled to the rewinder of the stamp-type terminal body according to the present invention It is a state of use showing the state which was in use.

As shown in Figures 3a and 3b, the rewinder (A) of the stamp-type terminal body according to the present invention, the packing reel 110 and the packaging reel (11) wrapped by wrapping the stamp-type terminal body with a slip sheet ) Winding means (1) consisting of a winding reel (11) for unwinding and rewinding the terminal body wound and the zigzag), and winding by connecting electric power through the ground of the terminal body wound on the winding reel (11). A touch plate 2 enabling operation, a plurality of first and second driving means 3 and 3 'for mounting and rotating the packing reel 110 and the winding reel 11, and the terminal body. Tension means (4) for automatically varying the rotational speed of the first and second driving means (3) (3 ') in response to the tension of the slip sheet that is also rewinding to the winding reel (12), and the A plurality of air emanating a high-pressure gas so that the terminal body (T) wound on the winding reel 11 is pushed in one direction to achieve a uniform winding process The row 5, the touch plate 2, the tension means 4, and the air blow 5 may be fixed to the upper portion thereof, and the first and second drive means 3 and 3 ′ may be coupled to each other. The mounting means 6, the control means 7 for the control of the winding process by the winding means (1) and the control means for supplying external power, and the mounting means (6) to the upper position coupled to the control means ( 7) is configured to include a frame portion 8 for coupling to one side.

As shown in Figs. 4, 6 and 8, the winding means 1 is a conventional terminal body wine which described the stamp type terminal body T in which a plurality of terminals t are formed through a press mold process. The reel 100 is rolled in a rolled manner together with ply paper p to be unwound and rewound from the packaged reel 110, and the reel 110 packed with the step T is packed with the package. The reel 110 is composed of a winding reel 11 which is wound around the terminal body T wound irregularly with a slipper p.

The packing reel 110 and the winding reel 12 may have a plurality of diameters having a radius of an easy diameter so that the terminal body T and the slip sheet p may be formed together to be rolled together. Winding drum 110- 110 is formed so that the discs 110-1 and 11-1 overlap each other with a predetermined spaced interval up and down, and at the same time, the terminal body T and the slip sheet p are wound on an outer circumferential surface. 2) (11-2) forms a bobbin (reel) form. In addition, a predetermined central through hole (110a) (11a) is formed in each of the central portion thereof to be fitted to the first and second driving means (3) (3 ').

In addition, the plurality of disks (110-1, 11-1) of each of the packaging reel (110) and the reel (11) is inserted between the outer peripheral spaced space is rotated in the reverse direction, to maintain their spacing uniformly One or more gap retaining rolls 110-3 and 11-3 are provided outside.

As shown in FIGS. 3A to 4 and 5B, the touch plate 2 may be unwinded (unwinded) from the packing reel 11 and rewound (wound) on the winding reel 12. In order to enable the winding operation by making an electrical connection through the ground of), the winding operation is automatically stopped by the terminal body (T) which loses the grounding force after the winding is completed, and has a first polarity having different polarities (+,-pole). The ground plate 21 and the second ground plate 22 and a ground guide plate 23 further provided therebetween to guide the ground of the terminal body (T).

Meanwhile, as shown in FIG. 6, the same one side of each of the first and second ground plates 21 and 22 is raised in step relative to that of one side of the ground guide plate 23, so that a predetermined inclination angle θ is obtained. The first and second ground plates 21 and 22 are pushed to the upper side of the inclination angle θ by the high-pressure gas emitted through the air blow 5. Of the disc 11-1 provided on the lower side of the plurality of discs 11-1 of the winding reel 11 as the terminal body T is inclined under the influence of the inclination angle θ. Make sure that it can be wound up close to the inside.

First and second driving means (3) (3 '), as shown in Figure 5b and 5c, is coupled to the lower end of the packing reel 110 and the winding reel (11), the winding means 1 By rewinding process through the rotational drive,

The first driving means 3 is provided on the first driving motor 31 and the first driving motor 31 to rotate the packaging reel 110 counterclockwise (counterclockwise). A first drive shaft 32 coupled to the first drive shaft 32 and the first drive motor 31 and the first drive shaft 32 to allow rotation of the first drive shaft 32. The first clutch 33 and the first drive shaft 32 is integrally coupled to the first mounting disc 34 to support the lower end for the rotation of the packing reel 110.

The second driving means 3 ′ is for forward rotation (clockwise) of the winding reel 11, and includes a second driving motor 31 ′, a second driving shaft 32 ′, and a second clutch ( 33 '), and the second mounting disc 34', which exhibits the same operation as the first driving means 3, and thus detailed configuration thereof will be omitted.

As shown in FIGS. 5D, 7 and 8, the tension means 4 is released from the packing reel 11 and is rolled up with the terminal body T on the winding reel 12 to be wound up p. In response to the tension according to the feeding speed of the first and second driving means (3) (3 ') by varying the rotational speed of each of the surface of the terminal body (T) at a uniform pressure p To cover the first and second rolls, and the first progress guide roll 41 for guiding the unwinding and transport of the rolled paper p wound around the packaging reel 11, and back and forth by the tension according to the feed rate of the rolled paper p. The first and second driving motors 31 are controlled by sensing the forward and backward movement positions of the tension roll 42 and the first and second driving means 3 and 3 '. Position sensor 43 to allow the 31 'to be rotated at a differential revolution per minute (RPM) speed, and a guide hole 44a in the form of a long hole for guiding the front and rear movement of the tension roll 42. ) The support plate 44 formed in this direction, the second progress guide roll 45 for the winding transfer guide of the rolled paper p which is wound on the winding reel 11 past the tension roll 42, and the tension roll Weight 46 so that the 42 has a continuous restoring force in one direction, a plurality of vertical rods 47 for guiding the upper and lower movement of the weight 46, and the lower side of the tension roll 42 And a wire 48 coupled to the upper side of the weight 46 to allow the load of the weight 46 to be transmitted to the tension roll 42, and the weight 46 through the wire 48. It is composed of a pulley 49 to enable the drop action of).

That is, the weight 46 and the plurality of vertical rods 47 are coupled to the vertical direction at one side lower end of the support plate 44, the pulley 49 is directly pivotable to the lower end of the support plate 44 Is coupled, the wire 48 is one end is connected to the lower portion of the tension roll 42 and the other end is connected to the upper end of the weight 46, the tension roll 42 is to exhibit a one-way restoring force To help.

As shown in FIGS. 3A to 4 and 5D, the air blow 5 sprays the high pressure gas in one direction while being coupled on the mounting means 6, so that the terminal body T is wound up. In order to be uniformly rewound in close contact with the), the block-type hose (51) capable of free deformation of the supply and injection position of the high-pressure gas, and integrally coupled to the front end of the block-type hose (51) It is composed of a spray nozzle 52 for discharging the high pressure gas to the terminal body (T) side.

As shown in FIGS. 4 to 5D, the mounting means 6 is fixed by mounting the touch plate 2, the first and second driving means 3, 3 ′, and the tension means 4 thereon. The main plate 61 and the first and second driving means 3 and 3 'for fixing the mounting of the touch plate 2 and the tension means 4 and the air blower 5 are coupled to each other. A plurality of sub side plates 62 for coupling to one side, an auxiliary coupling plate 63 for supporting the lower end of the base plate 44 of the tension means 4, and a ground guide plate of the touch plate 2, respectively. (23) It is composed of a joint plate 64 bent in a "b" shape for fixing the joint of one end and the end of the support plate 44.

As shown in FIG. 8, the control means 7 is electrically connected to an external electric power and is used to control the winding process and to control the winding process with an external power supply (not shown). The control unit 71 is provided with a variety of control equipment such as, and the operation unit 72 is provided with a variety of operation buttons (72a) for controlling the power supply to the control equipment.

As shown in FIGS. 5A and 5C, the frame part 8 is provided with the mounting means 6 and the control means 7 on the upper side or the one side to achieve the integrated structure of the present invention rewinder A. For this purpose, the mounting means 6 is coupled to the upper end and the plurality of upper horizontal frame 81 and the upper horizontal frame 81 is fixedly coupled to the operation unit 72 through a separate assembly angle on one side, 81) a vertical frame 82 to be vertically connected from the lower end of each center portion to allow the control body 71 to be coupled to one side thereof, and to support the lower end of the control body 71; It consists of a lower horizontal frame (83) to which the legs (83a) and the wheels (83b) are coupled.

On the other hand, the plurality of support legs (83a), the rewinder (A) of the present invention is a fixing member to be supported on the ground, the cloud wheel (8b) serves as a moving member for movement.

Referring to the action of the rewinder (A) of the stamp-type terminal body according to the present invention having the above configuration as follows.

First, as shown in FIG. 4, the first drive means 3 drives the packing reel 110 in which the terminal body T and the slip sheet p are rolled together through a conventional winder 100. In assembling, the central through hole 110a of the packing reel 110 is fitted to the first drive shaft 32 of the first driving means 3 to wrap the packing reel 110 on the first mounting disc 34. Fix it.

Similarly, the central hole 11a of the take-up reel 11 is fitted into the second drive shaft 32 'of the second drive means 3' so that the take-up reel is mounted on the second mounting disc 34 '. 11) Fasten it.

That is, as shown in FIGS. 5D and 8, the packing reel in which the stamp-type terminal body T and the slip sheet p are rolled together (wound) through a conventional terminal body winder 100 ( The terminal body T wound around the winding drum 110-2 of the packing reel 110 while the 110 and the winding reel 11 are fixed to the first and second driving means 3, 3 ′. After separating and separating each p and p, the front end of the terminal body (T) is attached directly to the outer peripheral surface of the winding drum (11-2) of the winding reel (11).

At this time, the terminal body (T) is grounded on their upper surface across the first ground plate 21, the ground guide plate 23 and the second ground plate 22 forming the touch plate (2), respectively, The first and second ground plates 21 and 22 are connected to each other by + and-.

Subsequently, the slip sheet p passes through the first traveling guide roll 41, the tension roll 42, and the second traveling guide roll 45, and then the winding drum 11-2 of the take-up reel 11. It is further attached to overlap the outer end surface of the terminal body (T) attached to complete the work preparation necessary for the re-winding process.

Meanwhile, the first and second terminals T and the slippers p may be unwound to some extent from the packing reel 110 and may be easily wound on the winding reel 11 by a predetermined length. A load is applied to each of the first and second drive shafts 32 and 32 'coupled to the first and second drive motors 31 and 31' using the clutches 33 and 33 '. Does not occur and enables free rotation.

After that, the first and second drive shafts 32 and 32 'are again driven by the first and second drive motors 31 and 31' using the first and second clutches 33 and 33 '. In a state where it can be rotated, the external power is supplied by operating a button for power supply among the operation buttons 72a of the control means 7, and then the first and second drive motors 31 and 31 'are operated. The rotary drive is started by manipulating the button related to), and at the first rotation, they rotate at the same RPM speed.

Meanwhile, as illustrated in FIGS. 5D and 7, the rewinding is performed according to the winding amounts of the terminal body T and the slippers p wound mostly on the winding drum 110-2 of the packing reel 110. The tension of the slipper p which is rewound to the take-up reel 11 for flexible acting on the side of the packing reel 110 relative to the tension roll 42, while tightly to the take-up reel 11 The tension roll 42 is moved to the position sensor 43 due to the unbalanced tension acting.

Therefore, the position detecting sensor 43 recognizes the forward movement position of the tension roll 42, and the detecting sensor 43 transmits the signal according to the position change of the tension roll 42 to the control body. The main circuit board is supplied to the main circuit board 71, and the main circuit board controls the first and second drive motors 31 and 31 ′, thereby providing the first and second drive shafts 32 and 32 ′. The rotational speed of each will be differentially variable.

To describe the forward and backward reciprocation relationship of the tension roll 42 in more detail, when the terminal body (T) and the slipper (p) is mostly rolled on the packaging reel (110), the take-up reel (11) The amount of winding of the terminal body T and the slipper paper p wound around is relatively small so that the slipper p from the tension roll 42 to the take-up reel 11 has a characteristic to be conveyed at a high speed. The tension roll 42 is pulled forward due to the imbalance of the tension exerted more than the first traveling guide roll 41, and the first driving motor by the position detecting sensor 43 that detects the movement position thereof. The 31 is rotated at a low speed while the second sphere motor 31 ′ is controlled to be rotated at a high speed.

On the other hand, when the terminal body (T) and the slipper (p) is wound or wound in the same amount on the packing reel 110 and the winding reel 11, the first and second progress based on the tension roll 42 The tension applied to the guide rolls 41 and 45 is equally reduced so that the tension roll 42 is restored to the rear by the load of the weight 46, and the position detecting sensor that recognizes the movement position ( 43 controls the rotation speed of the first and second drive motors 31 and 31 'in a balanced manner.

On the other hand, when most of the terminal body T and the slippers p are wound on the winding reel 11, most of the terminal bodies T and the slippers p are rolled up on the packing reel 110. On the contrary, when the tension roll 42 is pulled to the front again by the tension in consideration of the conveying speed of the slippers p from the packing reel 110 to the tension roll 42, the position detection recognizes the movement position thereof. The sensor 43 controls the second driving motor 31 ′ to rotate at a low speed with the second driving motor 31 ′.

In addition, the terminal body T is wound on the winding reel 11 through the injection nozzle 52 of the air blow 5 coupled to the main top plate 61 of the mounting means 6 to inject a high pressure gas. As a result of being pushed into close contact, a more stable rewinding process is possible.

That is, as shown in FIG. 6, the first and second ground plates 21 and 22 are assembled on the main top plate 61 with a predetermined inclination angle θ, thereby providing the air blow 5. The terminal body T is lifted up from the bottom of the first and second ground plates 21 and 22 of the touch plate 2 even when the terminal body T is wound up by the upper side of the inclination angle θ. The grounding force for the power supply can be maintained continuously, and at the same time, the terminal body T is also inclined together to be orthogonal to the inclination angle θ, so that a plurality of discs 11-1 of the winding reel 11 can be used. It interferes with the inner surface of the disk 11-1 located below and winds up uniformly.

Finally, when all of the terminal body T and the slip sheet p wound in the packaging reel 110 are rewound in the take-up reel 11 through the same process as described above, the first, second, Since the terminal body T loses the grounding force from the two ground plates 21 and 22, the power supplied to the rewinder A of the stamp-type terminal body according to the present invention is automatically cut off, thereby completing the rewinding process. will be.

Accordingly, a plurality of the packing reel 110 in which the terminal body T and the slip sheet p are disproportionately wrapped by the conventional terminal body winder 100 is laminated. Balanced, uniform and maximized safety to prevent closure of product loss, such as being unusable due to twisting or deformation of multiple terminals (t) wound on it during storage or moving to another location for the next process It is rewound and wrapped in a state of being achieved.

As described above, the present invention has been described in detail by using a preferred embodiment, but the scope of the present invention is not limited to the specific embodiment, it should be interpreted by the appended claims. In addition, those of ordinary skill in the art that various modifications can be made without departing from the scope and spirit of the present invention.

As apparent from the above description, the rewinder of the stamp-type terminal body of the present invention has an air blower and a touch plate which can be unwound from the packaging reel and uniformly rewind the terminal body conveyed to the winding reel for re-wound packaging. And tension means for varying the rotational speeds of the first and second driving means in response to the tension of the slip paper conveyed so as to cover one surface of the terminal body. By maintaining the packaging state, it provides an effect of minimizing product loss through the prevention of twisting and deformation of the terminal body.

In addition, the external power is supplied only by the ground of the terminal body conveyed on the touch plate made of the first and second ground plates having different polarities and a ground guide plate further provided therebetween, thereby providing a terminal body to the winding reel. It is a useful invention that the finish of the winding packaging process is possible by unmanned automation through automatic stop due to the loss of traction such as fully rewinding.

Claims (6)

Winding means consisting of a wrapping reel wrapped with stamped terminal body together with a slip paper, and a winding reel for unwinding and rewinding the terminal body wound around the wrapping reel and the slip paper; A touch plate enabling winding operation by connecting electric power through the ground of the terminal body wound on the winding reel; A plurality of first and second driving means for mounting and rotating the packing reel and the reel; Tension means for automatically varying the rotational speeds of the first and second driving means in response to the tension of the slip sheet covering one surface of the terminal body and rewinding to the winding reel; A plurality of air blowers for discharging the high-pressure gas so that the terminal body wound on the winding reel is pushed in one direction to achieve a uniform winding process; Mounting means for fixing the touch plate and the tension means and the air blow on the top and the first and second driving means can be coupled; Control means for controlling the winding process by the winding means and for supplying external power; And, It is configured to include; and the frame unit for position-coupled to the mounting means on the upper side, and coupled to the control means on one side; The tension means may include a first travel guide roll for guiding the unwinding conveyance of the rolled sheet wrapped around the wrapping reel, a tension roll reciprocating back and forth by tension according to the conveying speed of the rolled sheet, and the front and rear of the tension roll. By detecting the movement position and controlling the first and second drive means for the first and second drive motors respectively rotate at a differential RPM speed, the position sensor and the combination of the tension roll and the front and rear movement guide for Guide plate in the form of a long hole, the support plate formed in the longitudinal direction, the second progress guide roll for the winding transfer guide of the sheet of paper rolled back through the tension roll, and the tension roll to have a continuous restoring force in one direction A weight and a plurality of vertical rods for guiding the up and down movement of the weight, and the lower end of the tension roll and the upper side of the weight is coupled to the weight of the weight And a wire that allows to be transmitted to the roll-type stamps, characterized in that consisting of the pulley to enable the falling action of the weight of the stage itself, with the wire rewinder. The method of claim 1, The touch plate may include a first ground plate and a second ground plate having different polarities, and a ground guide plate further provided therebetween to guide the grounding of the terminal body. In order to maintain the grounding force of the terminal body and rewind uniformly, the same one side portion of each of the first ground plate and the second ground plate is raised in step relative to one side of the ground guide plate, and thus has a predetermined inclination angle. Rewinder of stamp type terminal body. The method of claim 1, The first driving means, the first driving motor for rotating the packaging reel, A first driving shaft provided on an upper side of the first driving motor to allow the packing reel to rotate; A first clutch coupled between the first driving motor and the first driving shaft to enable rotation / idling of the first driving shaft; The rewinder of the stamp-type terminal body, characterized in that it is integrally coupled to the first drive shaft is composed of a first support disk to support the lower end for the rotation of the packaging reel. delete The method of claim 1, The air blow, and the block-type hose capable of free deformation of the supply and injection position of the high pressure gas, Rewinder of the stamp-type terminal body, characterized in that it is integrally coupled to the front end of the block hose composed of a spray nozzle for discharging the high-pressure gas toward the terminal body. The method of claim 1, The mounting means, the main plate for fixing the mounting of the touch plate and the tension means and the air blow, A plurality of sub side plates for respectively coupling the first and second driving means to one side; An auxiliary coupling plate for supporting and supporting one lower end of the support plate of the tension means; Rewinder of the stamp-type terminal body, characterized in that consisting of a joint plate bent in a "b" shape for fixing the joint of one end of the ground guide plate and the base plate of the touch plate.

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