KR101101264B1 - Supersonic waves tightly the tag which becomes tightly in the tea bag the appointment engine power system - Google Patents

Abstract

The present invention relates to a power transmission device for a tag fusion splicer ultrasonically fused to a tea bag, the object of which is to reduce the cost according to the production of the device to eventually lower the manufacturing cost of the tag, one such object Receiving a driving force from the drive motor of the connection is provided on the fixing frame fixed to the upper surface of the table is rotatably connected to the connection strap fusion unit provided for fusion to the tag, and cutting the tag fused to the upper surface to a certain length The tag cutting portion provided for the purpose, the transfer portion 16 is provided to transfer the cut tag to the nonwoven side, and the transfer unit for moving the moving portion is provided for moving the grip back and forth to the tag side when holding the tag, the transfer unit To immobilize the tag on the nonwoven fabric by ultrasound by being transferred to the nonwoven side by means of Feeding the non-woven fabric by the tag fusion unit provided, the connection string fusion cutting portion provided to fusion while cutting the connection strap according to the tag fusion by the tag fusion unit to the nonwoven fabric and the tag and the connection strap to the nonwoven fabric It is achieved by being configured to drive a nonwoven feeding portion provided for.

Tea Bag, Tag, Connecting String, Fusion, Cutting, Power Transmission, Drive Motor

Description

Supersonic waves tightly the tag which becomes tightly in the tea bag the appointment engine power system

The present invention relates to a power transmission device for a tag fusion splicer ultrasonically fused to a tea bag, and more particularly to one end of the connection strap to automatically transfer the tag fusion spliced to the non-woven fabric while simultaneously gluing the tag and the connection strap to the nonwoven fabric The present invention relates to a power transfer apparatus for a tag fusion splicer, which is ultrasonically fused to a tea bag that enables the driving force of the configured tag fusion splicer for a tea bag to be driven by a drive transfer apparatus including one drive motor.

Generally, tea is a solution of the plant's leaves or roots with water.

As a method of brewing the above-mentioned tea has long been used to brew contents such as tea leaves in hot water by using teapots such as ceramics, but in modern times, tea bags are used to make tea more convenient.

Generally, the tea bag described above is a bag containing the contents called a tea bag, a connecting string connected to one upper part of the tea bag to deliver the tea bag from hot water, and a handle connected to one end of the connecting string to lift the tea bag from the hot water. It consists of tags that play a role.

The connecting strap for connecting the tea bag and the tag is provided in different lengths, that is, 120mm, 140mm, 160mm depending on the manufacturer or product.

The connection of the connection string is fused through a fusion device installed with an ultrasonic fusion machine bar, the conventional ultrasonic welding device for a conventional tag fusion fusion of the connection string to the tag, by moving the fused tag to the non-woven fabric side It is configured to cut the connecting strap while fusing the connecting strap and the tag to the nonwoven fabric.

However, such a conventional ultrasonic welding apparatus has a plurality of driving motors and is configured to be fused, transferred and cut through a driving unit corresponding to the driving motors, so that the configuration is very complicated and the apparatus is expensive. There was a downside.

Accordingly, the present invention has been made in order to solve the above-mentioned problems, the end of the connection strap is automatically transported to the tag fusion splicing tag for the tea bag configured to be able to cut the connection strap while simultaneously fusion of the tag and the connection string to the non-woven fabric By enabling the driving force to be a drive transmission device including a single drive motor, the device can be easily configured, and the cost of manufacturing the device can be reduced, so that the manufacturing cost of the tag can be significantly reduced. Its purpose is to provide a power train for a fusion splicer.

The present invention for achieving the above object is a fixed frame (1) fixed to the upper surface of the table (2) by receiving power from the drive motor (3) which is fixed to the table (2) to be driven by the application of power In order to sever the connection string fusion unit 14 and rotatable to the tag (T) is rotatably provided to the tag (T) and the connection strap is fused to the upper surface to a predetermined length The tag cutting unit 15 provided, the transfer unit 16 provided to transfer the cut tag T to the nonwoven fabric A side, and the grip unit 1120h when the transfer unit 16 holds the tag, the tag T The non-woven fabric A is ultrasonically moved by the transfer part 17 provided for moving forward and backward toward the non-woven fabric A, and the tag T is transferred to the nonwoven fabric A side by the transfer unit 16. Tag fusion unit 18, which is provided for fusion welding, Connection fusion cutting portion 19 provided for cutting while fusion fusion splicing the non-woven fabric and the non-woven fabric feeding portion (P) provided to feed the nonwoven fabric by the tag and the connection strap fused to the nonwoven fabric In the power transmission device for driving, the transfer unit 16, the transfer unit moving unit 17 and the tag fusion unit 18 by rotating the drive force directly from the drive motor 3 through the reduction gear (6). The torque limiter 110 is rotatably connected to the reducer 112 so as to transmit power to the connection strap fusion cutting unit 19, and one end thereof is connected to the torque limiter 110, and the other end thereof is connected to the torque limiter 110. A drive shaft 111 rotatably provided on both sides of the fixing frame 1 through the both sides of the fixing frame 1 provided on the upper surface of the table 2, and a cam fixed to the driving shaft 111 by a key.The driving force is transmitted to the connecting rod fusion unit 14, the tag cutting unit 15, the transfer unit 16, the tag fusion unit 18, and the connecting string fusion cutting unit 19 so as to correspond to the rotation of the driving shaft 111. In order to feed the nonwoven fabric (A) as the tag (T) and the connecting string (B) is fusion-cut to the nonwoven fabric (A) through the tag fusion unit 18 and the connection string fusion cutting portion 19, respectively It has a corresponding cam, wherein at least one cam is fixed to the power transmission cam unit 112 and the drive shaft 111 is provided to be disassembled and assembled on the drive shaft 111 to correspond to the change in the length of the connecting strap Connection string fusion cam 113 is provided to operate the connecting strap fusion unit 14 is provided to be moved up and down on the fixed plate 4 by receiving the driving force through the rotational force transmission unit 115 including a sprocket wheel for power transmission. And, the connecting string fusion welding cam 113 is rotated on one side It is provided to be capable of operating the tag cutting portion 15 which is provided to cut the tag (T) to a certain length by being fused to one side of the tag by the connecting strap fusion portion 14 is fused. Characterized in that it comprises a tag cutting cam 114 is.

Here, the power transmission cam portion 112, the grip opening and closing cam portion 1120 is provided on the drive shaft 111 to open and close the grip 1120h by the drive shaft 111 is rotated, the grip On the rear end of the opening and closing cam portion 1120, the nonwoven fabric feeding cam portion 1121 fixed on the drive shaft 111 so as to drive the nonwoven fabric feeding portion P, and the rear end of the nonwoven fabric feeding cam portion 1121. The tag fusion cam portion 1122 provided to drive the tag fusion portion 18 provided to fusion the tag T to the nonwoven fabric A and the tag T at the rear end of the tag fusion cam 1122 portion. Tag moving cam part 1123 provided to move the transfer part 16 provided for holding and moving with respect to the tag, and the rear end of the moving part moving cam part 1123. Drive in the same manner as 1122 to melt the other end of the connecting string B to the nonwoven fabric A. In addition, the tag is moved through the guide plate 5 at the rear end of the connecting strap fusion cutting cam portion 1124 and the connecting strap fusion cutting cam portion 1124 provided to cut the connecting string (B) ( The tag moving part cam part 1125 and the tag moving part cam part 1125 provided to be able to transfer and restore the transfer part 16 when the grip is gripped by the moving part moving cam part 1123 by moving to T) side. The tag fixing cam part provided to drive the tag fixing part 21 for waiting, which is provided for holding and fixing the tag after the moving part 16 grips and moves the tag at the rear end of the tag. It is characterized by consisting of (1126).

According to the power transmission device for a tag fusion machine ultrasonically fused to the tea bag according to the present invention as described above, one end of the connection strap is automatically transported to the tag fusion so that the connection strap can be cut while simultaneously fusion of the tag and the connection string to the nonwoven fabric By enabling the driving force of the configured tag fusion splicer to be a drive transmission device including a single drive motor, the device can be easily configured, and the cost of manufacturing the device can be reduced, thus reducing the manufacturing cost of the tag significantly. It can be effective.

Hereinafter, an embodiment of a power transmission device for a tag fusion machine ultrasonically fused to a tea bag according to the present invention will be described in detail.

First, it should be noted that in the drawings, the same components or parts denote the same reference numerals as much as possible. In describing the present invention, detailed descriptions of related well-known functions or configurations are omitted in order not to obscure the subject matter of the present invention.

1 is a front view showing a state in which a power transmission device for a tag fusion splicer ultrasonically fused to a tea bag according to the present invention is mounted on a tag fusion splicer for tea bags, and FIGS. 2 and 3 are side views and top views, respectively, FIGS. 4 and FIG. 5 is a front view and a plan view showing a power transmission device for a tag fusion machine according to the present invention.

1 to 3, the power transmission device 11 for the ultrasonic wave fusion splicer to the tea bag according to the present invention, through the LM guide (not shown) on one side of the upper surface of the table (2) Weld by the ultrasonic welding machine by lifting and lowering the connecting string supplied by the connecting string guide portion 13 to one surface of the tag supplied through the tag supply unit 12 on the rear surface of the fixed plate 4 which is movable. The connection string fusion unit 14 provided to make the connection, and the tag (T) fused to one surface by the connecting string (B) by moving up and down on the fixing plate 4 in close proximity to the ultrasonic fusion splicer to a certain length ( Tag cutting portion 15 provided to cut to a size) and the tag T cut to a predetermined length by the tag cutting portion 15 in one direction on the upper side of the fixing frame (1) installed on the back of the fixing plate (4) And through the guide plate (5) when moving in the other direction And a transfer part 16 provided to grip the moved tag T through the grip to the nonwoven fabric A wound around the nonwoven fabric feeding part P so as to be fed to the nonwoven fabric feeding part P, and the grip by the transfer part 16. When the transfer is carried out, the transfer unit 17 is provided for the grip unit to move and grip the tag side by moving the transfer unit 16 forward and backward, and the tag T transferred by the transfer unit 16. It is provided on one side so that the tag fusion unit 18 provided at the rear end of the transfer unit 16 and the tag fusion unit 18 to drive at the same time to the ultrasonic welding of the tag to the upper surface of the nonwoven fabric (A) tag The other end of the connection string (B), one end of which is fused to one surface of (T) by ultrasonic fusion to the non-woven fabric (A) and is provided for cutting the connection string fusion cutting portion 19, and the upper rudder of the fixing frame (1) On the side, the tag T is moved to the nonwoven fabric A side by the transfer unit 16. When the tag is transported along the next guide plate (5) to hold and release corresponding to the fixing and releasing tag for fixing 21, and one end fused to one side of the tag (T) ( Corresponding to changing the length of B), the fixing plate 4 provided with the connecting strap fusion unit 14 and the tag cutting unit 15, and the tag fusion unit 18 for fusion of the tag T to the nonwoven fabric A Tag fusion machine comprising a variable portion 20 is provided to vary the) is fixed to the table (2) of the 10 to transmit power from the drive motor (3) which is provided to be driven by the power applied Receiving the connection cord fusion section 14 and the tag cutting section 15, the transfer section 16, the transfer section 17 moving section, the tag fusion section 18, the connection string fusion cutting section 19 and the nonwoven fabric feeding section (P) It is rotatably provided in the fixing frame (1) to drive.

Here, the power transmission device 11 according to the present invention, as shown in Figs. 1 to 5, the transfer unit by rotating by receiving a driving force directly from the drive motor 3 through the reducer (6) ( 16) and the transfer unit 17 and the tag fusion unit 18 and the connecting strap fusion cutting unit 19 is rotatably connected to the reducer 112 so that the power can be transmitted to the load (작용) over the specified action In one case, a torque limiter 110 is provided to block and transmit rotational force, and one end is connected to the torque limiter 110, and the other end penetrates both sides of the fixing frame 1 installed on the upper surface of the table 2. A drive shaft 111 connected to bearings (not shown) interposed on both sides of the fixing frame 1 and rotatably provided, and a cam fixed to the drive shaft 111 by a key (not shown). Each of the driving shaft 111 is rotated Corresponding to the transmission line fusion unit 14 and the tag cutting unit 15 and the transfer unit 16 and the tag fusion unit 18 and the transfer of the driving force to the side fusion cutting unit 19 and the tag fusion unit ( 18) and a cam corresponding to feed the nonwoven fabric A as the tag T and the connecting string B are fusion-cut to the nonwoven fabric A through the fusion cutting unit 19, and at least Any one cam has a rotational force including a power transmission cam part 112 which is provided to be disassembled and assembled on the drive shaft 111 so as to correspond to a change in the length of the connecting string, and a sprocket wheel for power transmission fixed on the drive shaft 111. Connection string fusion cam 113 and the connection string fusion cam (113) provided to operate the connecting strap fusion unit 14 is provided to be moved up and down on the fixed plate 4 by receiving the driving force through the transmission unit 115, 113) rotatably provided at one side of the connection strap melt The tag cutting cam provided to operate the tag cutting portion 15 provided to cut the tag T into a certain length (size) by fusion bonding the string B on one surface of the tag by the portion 14. And 114.

Hereinafter, the power transmission apparatus for the tag fusion machine ultrasonically fused to the tea bag according to the present invention will be described in detail as follows.

That is, the power transmission cam portion 112 of the power transmission device 11 for the tag fusion machine ultrasonically fused to the tea bag according to the present invention described above, the drive shaft 111 is rotated by a series of operations. 4 and 5, the grip opening and closing cam portion 1120 fixedly provided on the drive shaft 111 to open and close the grip of the transfer unit 16 by rotating the drive shaft 111 as shown in FIG. And a nonwoven fabric feeding cam portion 1121 fixed on the drive shaft 111 so as to drive the nonwoven fabric feeding portion P at the rear end of the grip opening and closing cam portion 1120, and the nonwoven fabric feeding cam portion 1121. At the rear end of the tag fusion cam portion 1122 provided for driving the tag fusion portion 18 provided to fusion the tag (T) to the nonwoven fabric (A), and the rear end of the tag fusion cam 1122 portion The transfer unit 16 is provided for holding and moving the tag (T) ) Is connected to the moving part moving cam part 1123 and the rear end of the moving part moving cam part 1123 provided in the same manner as the tag fusion cam part 1122 to move the tag forward and backward with respect to the tag. Guide plate at the rear end of the connecting strap fusion cutting cam portion 1124 and the connecting strap fusion cutting cam portion 1124 provided for fusion welding the other end of the non-woven fabric (A) and cutting the connecting string (B). And a tag moving part cam part 1125 provided to be capable of transferring and restoring the transfer part 16 when the grip is held by the moving part moving cam part 1123 by moving to the tag T side moved through (5). After the transfer unit 16 grips and moves the tag to the rear end of the tag moving unit cam unit 1125, the standby tag fixing unit 21 is provided to hold and fix the tag. Tag fixing part cam unit (1) 126).

Here, the grip opening and closing cam unit 1120, as shown in Figure 6 to 8 drive shaft 111 to be able to grip the tag by opening and closing the grip of the transfer unit 16 (opening and closing to hold the tag). The center of the grip opening and closing cam (1120a) and the grip opening and closing cam (1120a) and the other end is fixed to the fixed frame (not shown) fixed to the fixing frame (1) In addition, the other end of the recovery spring 1120b having one end fixed to the fixing frame is provided to be restorable by being provided with a locking bar and one end rotatably at the other end of the rotation bar 1120c. A connection bar 1120f which is connected to the other end and eccentrically rotated to a rotation piece 1120e having one end rotatably provided at a fixing member 1120d fixed to one side of an upper surface of the fixing frame 1, To correspond to the rotating piece 1120e being rotated The spline shaft 1120g provided to be able to move left and right in correspondence with the movement of the transfer unit 16 and the spline shaft 1120g at the other end of the spline shaft 1120g are rotated, as shown in FIG. 10. As shown, one side is opened and closed by a grip 1120h provided in the shape of a clothespin through a spring (not shown) for restoring to hold the tag T.

The nonwoven fabric feeding cam portion 1121 is connected to the tag (T) to correspond to the nonwoven fabric feeding shaft (S) to rotate by transmitting a driving force to the nonwoven fabric feeding portion (P) side corresponding to the rotation of the drive shaft (111). A string B is provided to feed the nonwoven fabric A fused by the tag fusion portion 18 and the connecting fusion fusion cut portion 19.

That is, the cam portion 1121 for the nonwoven fabric feeding, as shown in Figure 6, 7 and 9 attached to the drive shaft (not shown) to the rear end of the grip opening and closing cam 1120a via a drive shaft ( The nonwoven fabric feeding cam 1121a fixedly installed at 111 and the outer circumferential surface of the nonwoven feeding cam 1121a are centrally contacted, and one end thereof is rotatably connected to a feeding plate (not shown) fixed to the fixing frame 1. The other end is provided with a long hole (not shown) is provided with a feeding pivot bar 1121b, and one end is connected to the long hole of the feeding pivot bar 1121b through the pin and the other end to feed the nonwoven fabric (A) One end is fixedly connected to the other end of the feeding chain (1121c) and the other end of the feeding chain (1121c) is wound around the sprocket wheel provided in the nonwoven fabric feeding shaft (S) and the other end is fixed to the fixing frame (1) It is provided to restore the feeding chain 1121c And a restoring spring 1121d for feeding.

The tag fusion cam portion 1122 is provided to drive the tag fusion portion 18 provided to drive the tag T moved to the nonwoven fabric A side by driving corresponding to the rotation of the drive shaft 111. .

That is, the tag fusion cam unit 1122 is provided on the drive shaft 111 to be fixed via a key as shown in FIGS. 6 and 10, and the tag fusion unit ( When 18) moves left and right correspondingly, one end of the tag welding cam 1122a and the outer peripheral surface of the tag welding cam 1122a are provided to be fixed to each other and the other end is fixed to the fixing frame 1. The tag fusion pivot bar 1122b, which is provided in a cross-section having a “b” shape by being rotatably extended in one direction by a central portion hinged to the fixing piece (not shown), and the tag fusion pivot bar. One end is rotatably connected to the other end of the (1122b) and the other end is connected to the moving plate provided with one side is to be moved up, down in the fixing frame (1) via a pin fusion moving bar is provided to be movable up and down 1122c.

When the moving part moving cam part 1123 moves to the side of the tag T in correspondence with the movement of the tag T by which the connection string B was fused on one surface through the guide plate 5, A grip provided to hold the tag T is provided to drive the moving part 17 for the transfer part, which is provided to move the grip forward to the tag T side and to move backward according to the gripping.

That is, the moving part moving cam part 1123 is a moving part cam 1123a fixedly provided with a key on the drive shaft 111 as shown in FIGS. 6 and 11, and the moving part cam 1123a. The center portion is in contact with the outer circumferential surface of the rotating part rotation bar (1123b) and the movable part rotation bar (1123b), which is provided to be rotatable via a pin on a fixed piece (not shown) fixed to the fixed frame (1) One end is rotatably connected to the other end of the pin and the other end is rotatably connected to the moving part 17 for the transfer part to move vertically up and down to correspond to the rotation of the rotary bar 1123b for the moving part. One end is caught between the other end and the center part of the moving part vertical bar 1123c and the moving part rotating bar 1123b which are provided to move forward and backward on the upper surface of the fixing frame 1 by the transfer part moving part 17. It is fixed and the other end is fixed to the fixed frame (1) is a rotating bar for moving parts (1123) b) is made up of a moving part restoring spring (1123d) is provided for restoring at the time of rotation.

The connecting strap fusion cutting cam unit 1124 is configured in the same manner as the tag fusion cam unit 1122 and is simultaneously operated when the tag T is transferred to the nonwoven fabric A side by the transfer unit 16. It is provided to drive the connecting string fusion cut portion 19 provided for ultrasonically fusion of the string (B) to the nonwoven fabric (A).

That is, the connecting strap fusion cutting cam unit 1124, as shown in Figure 6 and 12, the connecting strap fusion cutting cam (1124a) is provided to be fixed on the drive shaft 111 via a key. One end is in contact with the outer circumferential surface of the connecting strap fusion cutting cam 1124a and the other end is rotatable by a central part hingedly connected to the connecting strap fusion cutting fixing piece 1124b fixed to the fixing frame 1. One end is rotatably connected to the other end of the connecting string fusion cutting rotation bar (1124c) and the other end of the connecting string fusion cutting rotation bar (1124c) and the other end is fixed to the fixed frame (1) It is made of a connecting bar fusion cutting moving bar (1124d) is connected to the connecting strap fusion cutting plate provided to be moved through a pin to be moved up and down.

When the grip member grips the tag T moved through the guide plate 5, the tag moving part cam part 1125 moves to the nonwoven fabric A side and changes the length of the connecting string B, that is, 120 mm. When the connecting strap B is fused to the tag T and the nonwoven fabric A so as to have a length, the cam is configured to be disassembled on the drive shaft 111.

That is, the cam unit 1125 for the tag moving part is fixed to the drive shaft 111 via a key as shown in FIGS. 6 and 13, and the drive shaft 111 corresponds to the length of the connection string B. The tag moving part cam 1125a, which is divided into two parts so as to be replaced on the plate, and is detachably coupled via a bolt, and the center portion is in contact with the outer circumferential surface of the tag moving part cam 1125a so as to be rotatable. It is rotatably provided on the fixing member (1125b) for the tag moving part fixed to), the other end for the tag moving part is provided with a long hole (1125c) is formed to be able to change the rotation range corresponding to the change in the length of the connecting string (B) Rotating bar 1125d and one end of the long hole 1125c formed at the other end of the tag moving part rotating bar 1125d are pivotally connected to each other, and the center part of the fixing frame 1 for transmitting a driving force to the conveying part 16 side. On the fixing plate for tag moving part (1125e) For moving the tag, the other end of which is connected to a restoring spring (1125g), one end of which is wound on a sprocket wheel (1125f) fixed on a sprocket wheel shaft (not shown) rotatably provided and fixed to the fixing frame (1). Chain 1125h.

Here, the tag moving part cam 1125a is divided into two parts based on the center part so as to be detachably coupled on the drive shaft 111, and eccentrically based on the center part by being coupled to each other so that the driving shaft ( A fixing hole 1125a-1 is formed on the 111 so as to be fixed via a bolt, and one surface including the fixing hole 1125a-1 is coupled to each other to correspond to fastening the bolt. The flesh thickness part 1125a-3 for forming) is provided and provided.

6 and 14, the tag fixing cam unit 1126 is provided to hold and fix the tag in the air as the transfer unit 16 grips and moves the tag T. As shown in FIGS. Is provided to operate the standby tag fixing portion 21.

That is, the tag fixing cam unit 1126 is moved to the guide plate 5 and fixed to the tag fixing cam 1126a by a key on the drive shaft 111 so as to hold and fix the waiting tag. And, the center portion is in contact with the outer circumferential surface of the tag fixing cam (1126a) and the other end is rotatably provided on the tag fixing piece (1126b) fixed to the fixing frame (1) and one end of the restoring spring (1126c) is caught And one end is rotatably connected to the other end of the tag fixing rotating bar 1126d and the tag fixing rotating bar 1126d, and the other end is fixed to one side of the upper surface of the fixing frame 1. The tag fixing member is eccentric to the fixing member for the tag fixing member provided to be rotatable one end is composed of a tag fixing member connecting bar (1126e) provided to be movable up and down.

The rotational force transmission unit 115 provided to transfer the power from the power transmission device 11 to the connection string fusion unit 14 and the tag cutting unit 15 is first used for the tag moving unit as shown in FIG. 13. The driving force transmission sprocket wheel 1151 fixed on the drive shaft 111 between the cam tag moving part cam 1125a and the tag fixing cam tag fixing cam 1126a, and the driving force transmission sprocket wheel 1151. A transmission sprocket wheel 1153 rotatably provided via a bearing on a power transmission fixing piece 1152 (see FIG. 5) fixed to an upper surface of the table 2 via a chain 1152, and As illustrated in FIG. 5, one end penetrates and the other end has a bevel gear 1155 so as to be rotated by receiving a rotational force at a central portion of the transmission sprocket wheel 1153. And a bevel gear 1155 of the transmission shaft 1154. For example, a transmission gear part 1156 rotatably provided at a lower portion of the front surface of the fixing plate 4, and a gear (bevel gear) (not shown) are fixed at one end so as to be caught by the transmission gear part 1156. The other end is rotatably connected to the fixing plate 4 via a bearing to rotate the connecting shaft fusion welding cam 113 and the tag cutting cam 114 to rotate corresponding to being fixed via a key. It consists of.

1 through 5, the tag T is supplied through the tag supply part 12, and the connecting strap B is connected to the connecting string B by the first operator. 13) is mounted to the upper surface of the tag (T) and is provided for fusion welding the connecting string (B) with ultrasonic waves on the upper surface of the tag (T) to correspond to the driving device.

That is, the connecting strap fusion unit 14 is, the one end is fixed to the front surface of the fixing plate 4 is provided with a seating plate 141 which is provided to seat the tag (T) supplied through the tag supply unit 12, and The connecting strap fusion cam 113 fixed on the rotating shaft 1157 to ultrasonically fusion one end of the connecting strap supplied through the connecting string guide portion 13 to the upper surface of the tag T seated on the seating plate 141. The lower end is in contact with the outer circumferential surface of the) is attached to one side to be elevated along the guide groove (not shown) formed in the fixing plate 4 to correspond to the rotation of the connecting strap fusion cam 113 is shown in FIG. As described above, the elevating piece 142 is provided with guide protrusions (not shown), and is fixed to one side of the elevating piece 142 by means of a screw (or bolt), and a fixing hole is provided on the upper surface thereof. And an ultrasonic fixing bracket 143 provided with the ultrasonic fixing bracket One end is inserted and fixed to operate in correspondence with the application of power to the fixing hole formed in the bracket 143, the tag corresponding to the lowering by the lowering spring (not shown), each end is fixed to the lifting and fixing plate It consists of an ultrasonic fusion machine 144 for the connection strap provided to ultrasonic welding the connection strap.

Here, the tag supply unit 12 is a fixed plate (4) to draw and supply the tag wound on the tag bobbin (not shown) as shown in Figures 1 and 5 using the drive motor 121. The drive motor is provided with a tag supply rotary shaft (not shown) so as to be driven to correspond to the power supplied to the top of the back of the, and is wound on the pulley 122 provided on the tag supply rotary shaft to transmit the rotational force It is rotatable to one end of the support shaft 125 is provided to be rotated on the fixing plate 4 and the belt 123 and the other end of the belt 123 is rotatably wound on the bottom of the rear surface of the fixing plate (4) And a drive roller 126 rotatably provided at the other end of the transmission pulley 124 and the support shaft 125 rotatably provided through the fixing plate 4, and the drive roller 126. To be able to feed the tag (T) Consists of a guide roller 127 provided in the front enabling times of the plate (4).

In addition, the connecting string guide portion 13, as shown in Figures 1 to 3, one side of the upper surface of the table 2 to guide the connecting string (B) drawn out from the connecting string bobbin (not shown) One end of the connecting string guide roller 131 provided at the front end and the guide fixing plate (not shown) fixed to the table 2, one end of the connecting string guide roller 131 is fixedly withdrawn An elastic body 132 provided to press the connecting string B to impart a tension force, and a fixing bar 134 having one end fixed to the fixing plate 4 to guide the connecting string given the tension force through the elastic body 132. Guide roller 133 rotatably connected to the other end of the bracket (not shown) and one end to the guide roller 133, and the other end is seating plate 141 of the connecting strap fusion unit 14 ) Is bent close to the connecting strap (B) to the seating plate 141 side It consists of a guide pipe 135 of the hollow which is provided to guide.

The tag cutting unit 15, when the connecting string (B) is fused to the upper surface of the tag (T) by the connecting string fusion unit 14, the tag (T) to correspond to the rotating cam for cutting tag (114) It is provided for cutting to a set length (size).

That is, the tag cutting portion 15, one end is in contact with the outer peripheral surface of the tag cutting cam 114, one side is provided with a lower blade (not shown) to the upper and lower movable on the fixed plate (4) Cutting piece 151 and the lower connection link that one end is connected to one side of the lower cutting piece 151 through a pin and the other end is rotatably connected to the fixing plate (4) via a pin ( 152a and a connecting member composed of an upper connecting link 152b such that one end of the lower connecting link 152a is pivotally connected to one end of the lower connecting link 152a so as to have a cross section of a “⊃” shape. 152 and one side is connected to the other end of the upper connection link 152b of the connecting member 152 via a pin, and one side of the upper blade (not shown) to be movable on the fixing plate (4). The upper cutting piece 153 and the one end is provided on the lower side of the lower cutting piece 153 It is fixed and the other end is fixed to the fixing plate 4 is composed of a restoring spring 154 is provided for restoring when the lower cutting piece 151 is rotated.

The transfer unit 16, the operator is first fixed to the tag (T), the connection string (B) is fused to the upper surface by the connection string fusion unit 14 and the tag cutting portion 15 and cut to a set length (4). When the device is driven by moving to the end through the inside of the guide plate 5 provided on the rear surface of the fixing plate 4 in close proximity to the through-hole (not shown) formed in the), on the drive shaft 111 When the grip grips the tag by driving the moving part moving cam unit 1123 provided to move the grip held by the tag T to the nonwoven fabric A side corresponding to the driving of the tag moving unit cam part 1125. do.

That is, the transfer unit 16 is a sprocket wheel shaft 161 that rotates corresponding to the rotation of the tag moving cam 1125a of the cam moving part 1125 as shown in FIGS. 6 and 7 ( 13 is a bevel gear portion 162 provided at the end of the bevel gear portion, and one end of the bevel gear portion 162 is crawled by the bevel gear and the other end is supported on the support plate 163 fixed to the bottom of the fixing frame (1) A vertical shaft 164 rotatably provided through a bearing; a driving pulley 166 rotatably provided by winding one end of the timing belt 165 on the vertical shaft 164; and the driving pulley 166. A transmission pulley 167 rotatably provided on the bottom surface of the fixing frame 1 via a bearing so as to recommend the other end of the timing belt 165 wound at one end thereof, and a lower end on the driving pulley 166. This fixed connection and the upper surface is the L guide (drawing symbol) fixed to the upper surface of the fixing frame (1) ) And the tag transfer piece 168 (see FIG. 10) provided to be movable left and right, and the bottom surface is seated on the upper surface of the tag transfer piece 168 so as to be movable forward and backward, and the upper surface is once fixed to the fixing member 1120d. It consists of a conveyance fixing member 169 (see Fig. 10) which is provided to fix the other end of the movable spline shaft 1120g.

As shown in FIGS. 6 and 11, the transfer part moving part 17 is driven by the moving part moving cam part 1123 which is driven to correspond to the rotation of the drive shaft 111. When the grip is moved toward the tag T side, the grip is advanced to the tag T side to grip the tag, and the grip is provided to reverse the grip.

That is, one end of the transfer part moving part 17 is rotatably connected to the other end of the moving part vertical bar 1123c of the moving part moving cam part 1123, and the center part has a pin at the bottom of the fixing frame 1. It is rotatably connected to each other, and the other end is hinged upwardly through the fixing frame 1 relative to the center portion provided with a moving piece 171, and the other end of the moving piece rotating piece 171 to the inside. A receiving piece 172 having a bottom surface opened to receive the pin (not shown) rotatably, and one end of which is fixed to an upper surface of the receiving piece 172, and the other end of which is a transfer fixing member 169. Is connected to the fixed portion is composed of a connecting piece (173) provided to be capable of transmitting the rotational force in a linear motion.

The tag fusion unit 18 is lowered to correspond to the rotation of the tag fusion cam 1122a of the tag fusion cam portion 1122 as shown in FIGS. 1 to 3, 10, and 16. In order to ultrasonically fusion the tag T transferred to the upper surface of A) to the nonwoven fabric A, the tag T is provided on the rear end of the fixing frame 1 fixed to the upper surface of the table 2 so as to be able to move up and down.

That is, the tag fusion unit 18 is connected to the other end and one end of the tag fusion moving bar 1122c (see FIG. 10) to correspond to the operation of the variable unit 20 on the upper surface of the fixing frame 1. One end is fixed to the movable movable plate 181 which is provided to be movable to the left and right, and the movable plate 182 is provided to be movable up and down and the one end is fixed to the movable plate 182. The other end has a hole (not shown) formed in the center portion of the fusion splicing plate 184 is fixed and provided with one side of the fixing plate for tag fusion unit 183 and one end of the hole in the fixing plate for tag fusion unit 183 The tag fusion ultrasonicator 185 is provided for ultrasonically fusion the tag T transferred to the non-woven fabric A by being inserted and fixed to generate and drop ultrasonic waves corresponding to power supply, and the lowered tag fusion welding. One end is fixed to the standing plate 181 to restore the ultrasonicator 185, The end is fixedly connected to the other end of the restoring spring 187, one end of which is fixed to the moving plate 182 by winding a central portion of the sprocket wheel 186 rotatably provided on the standing plate 181 through a bearing. It is composed of a restoring chain (188) provided.

The connecting strap fusion cutting unit 19 is connected to the ultrasonic welding device for the connection strap is lowered to correspond to the rotation of the connecting strap fusion cutting cam 1124a of the connecting strap fusion cutting cam portion 1124 provided on the drive shaft 111. While the string B is fused to the nonwoven fabric A, it is provided for cutting the connecting string B by the blade for cutting the connecting string.

That is, the connection string fusion cutting unit 19, as shown in Figures 1 to 3 and 12 and 16, the other end and one end of the connecting bar fusion cutting moving bar (1124d) is fixed to the frame (1) The connecting strip fusion cutting moving plate 192 which is provided on the upper surface of the connection string fusion cutting up and down movable plate 191, which is provided to be movable up and down, and the connecting plate fusion cutting moving plate 192 once The other end is fixed and the other end of the connection string fusion cutting connection plate 194 is fixed and provided with one side of the connection string fusion cutting fixing plate 193 is provided with a hole (omitted reference numeral) in the center, the connection string fusion One end is inserted into and fixed in the hole of the cutting plate 193 for cutting, so as to ultrasonically weld the tag (T) transferred to the nonwoven fabric (A) by generating and lowering ultrasonic waves corresponding to the application of power. 195 and the lowered connection fusion ultrasonic wave 195 Sprocket wheel for splicing splicing wheel that is fixed to the splice wheel for cutting fusion fusion cutting end 191, the other end is rotatably provided in the connection plate fusion cutting slip plate 191 via a bearing ( 196) by winding the central portion of the connecting string fusion cutting chain 198 is fixedly connected to the other end of the connection string fusion cutting restoring spring 197 fixed to the connecting plate fusion cutting mobile plate 192 And, to the other side of the connecting strap fusion cutting fixing plate 193 for the connection strap fusion cutting section 19 to cut the length of the connection string set to the set length, that is, one end connected to the tag to 120mm It is composed of a blade housing 199 that is provided with a fixing string cutting blade 199a in close proximity to the connection strap fusion ultrasonic wave 195.

3 and 16, the variable part 20 corresponds to the change of the connection string B, that is, the extension of the connection string B fused at 120 mm to 140 mm (or 160 mm) for fusion. In this way, the fixing plate 4 and the tag fusion unit 18 are moved by the operator's operation.

That is, the variable portion 20 is screwed by forming a screw portion (not shown) on the outer circumferential surface so as to be screwed into a screw hole (not shown) formed on the lower side of the fixing plate 4, and one end is interposed with a bearing. And a fixed shaft variable shaft 202 which is freely rotated on the support portion 201 fixed to one side of the upper surface of the table 2, and the other end is rotatably provided by the handle 203, and the other side of the upper surface of the table 2. A fusion-variable fixing member 204 fixed via a bolt to move the tag fusion unit 18 and the upper surface of the fusion-variable fixing member 204 is provided to be slidably movable, the center portion of the screw hole (drawings) (Omitted reference numeral) is formed and a movable movable plate 205 on which a standing plate 181 is fixed, and a screw portion (omitted reference numeral) is formed on an outer circumferential surface to be screwed into a screw hole of the movable plate 205. Is equipped with a handle 206 for rotating It consists of a tag fused bouillon variable axis 207.

The above-described waiting tag fixing part 21 is moved to the guide plate by holding the tag moved along the guide plate corresponding to the driving of the tag fixing cam part 1126 to the tag fusion part side, and then holds the tag. It is provided for fixing.

That is, the atmospheric tag fixing part, one end is eccentrically connected to the other end of the tag fixing connecting bar 1126e of the tag fixing cam portion 1126 as shown in FIGS. 6 and 14 via the pin and the other end is It is rotatably provided via a bearing in a fixing member 211 for fixing part fixed to one side of the upper surface of the fixing frame 1, and a central part of the fixing part rotating piece 212 and the fixing part rotating piece 212 penetrated in the center part. One end is fixedly connected to the other end of the fixed part rotary shaft 213 and the other end of the fixed part rotary shaft 213 by one end is fixedly connected to one side corresponding to the rotation of the fixed part rotary shaft 213 It is composed of a fixing part grip 214 provided in the shape of a clothespin via a restoring spring (not shown) so as to be opened and closed to hold the tag T.

By using the tag fusion apparatus 10 for tea bags according to the present invention made as described above, the connecting string B is fused to the tag T to have a length of 120 mm, and one end of the connecting string B is fused. ) And the connecting string B to be fused to the nonwoven fabric A, as shown in the accompanying drawings, Figures 1 to 17, first, the operator is a variable portion (120) so that the connecting string is cut to a length of 120mm ( 20).

When the operation of the variable part 20 is completed, the tag is supplied to the seating part through the tag supply part 12, and the connection string is drawn out to the upper surface of the tag supplied through the connection string guide part 13.

Then, the power transmission provided on the upper surface of the table 2 through the belt corresponding to the driving of the drive motor 3 provided on the lower side of the table 2 to correspond to driving the tag fusion device 10 The unit 11 is driven.

By the driving of the power transmission unit 11, the rotational force transmission unit 115 including the power transmission sprocket wheel fixed on the drive shaft 111 is driven by the connection string fusion unit 14 and the tag cutting unit 15 Will work.

That is, the connection string fusion cam 113 and the tag cutting cam 114 of the connection string fusion unit 14 fixed to the rotating shaft 1157 are rotated to correspond to the rotation force transmission unit 115 to be rotated. .

As the connection string fusion unit 14 descends after lifting by the rotation of the connection string welding cam 113 and the tag cutting cam 114, the connection strap ultrasonic welding machine 144 descends after lifting up to the seating plate 141. The connecting string B located on the upper surface of the tag is fused to the tag T.

At the same time, the lower cutting piece 151 of the tag cutting portion 15 is moved up and down so that the upper cutting piece 153 provided to be moved up and down by the connecting member 152 to transfer the tag to the set length. It becomes (S310).

The connecting string is fused with the tag every 120 mm in length by the rotation of the connecting string fusion cam 113 and the tag cutting cam 114. When fusion is fused in this way, the stationary tag fixing portion 21 provided at the end of the guide plate 5 through the guide plate (5) by the operator to stop the device after the first connection strap fusion Secure to grip 214.

When the tag is fixed as described above, the drive shaft 111 is rotated by driving the device again, the tag moving cam 1125a of the tag moving part cam part 1125 provided on the drive shaft 111, and the tag. The tag fixing cam 1126a of the fixing part cam portion 1126 is rotated.

The fixing part grip 214 of the atmospheric tag fixing part 21 which fixes the tag corresponding to the rotation of the tag fixing cam 1126a and the tag moving cam 1125a is released, and the conveying part 16 is Corresponding to driving, the grip 1120h of the grip opening / closing cam portion 1120 is transferred to the tag side fixed by the tag fixing portion 21.

When the grip 1120h is transferred to the tag side, the moving unit moving cam unit 1123 is driven, thereby moving the moving unit moving unit 17 forward and backward so that the grip 1120h of the grip opening / closing cam unit 1120 is moved. Gripping the tag.

As described above, when the grip 1120h of the grip opening / closing cam part 1120 holds the tag and is restored, the transfer part 16 is moved to be restored by the restoring spring 1125g of the tag moving cam part 1125. By restoring to the side of the nonwoven fabric (A) which can be wound by the nonwoven fabric feeding part (P), the tag in which one end of the connecting string is fused is transferred to the nonwoven fabric side.

At the same time, the other tag to which the connecting string B is fused is guided through the guide plate 5 to be fixed by the tag fixing part 21.

In response to the tag T being transferred to the nonwoven fabric A side, the tag fusion unit 18 and the connection string fusion cutting unit 19 operate to cut the other end of the connection string while fusion bonding the tag and the connection string to the nonwoven fabric. Let's go.

That is, when the tag T is transferred to the nonwoven fabric A side, the tag fusion cam 1122a of the tag fusion cam portion 1122 provided on the drive shaft 111 is connected to the cam fusion cutting cam portion 1124. The tag fusion unit 18 and the connection string fusion cutting unit 19 are lowered to correspond to the rotation of the cord fusion cutting cam 1124a.

Accordingly, the tag T transferred to the nonwoven fabric a side is fused to the nonwoven fabric A by the tag fusion ultrasonication unit 185 of the tag fusion unit 18, and the connecting string B is the fusion ultrasonic wave unit 195. It is fused by the cutting through a cutting string cutting blade (199a).

When the fusion is completed while the tag and the connecting string are cut to the nonwoven fabric as described above, the nonwoven fabric feeding portion P is driven by the nonwoven fabric feeding cam 1121a of the nonwoven fabric feeding cam portion 1121 rotating on the drive shaft 111. This causes the nonwoven fabric to be repeatedly fed.

As described above, since each component may be driven to correspond to the operation of the power transmission device through one drive motor, the cost of manufacturing the device may be reduced, and thus, the cost of manufacturing the tag may be significantly reduced.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the inventions. It will be clear to those who have knowledge of.

1 is a front view showing a state in which the power transmission device for the ultrasonic wave fusion tag fusion machine according to the present invention mounted on the tag fusion splicer for tea bags

2 and 3 are a front view and a plan view showing a state in which the power transmission device for the tag fusion splicer ultrasonically fused to the tea bag according to the present invention mounted on the tag fusion splicer for tea bags

4 and 5 is an enlarged view of a part of the front and back of the tag fusion splicer for tea bag equipped with a power transmission device for a tag splicer according to the present invention.

6 and 7 are a front view and a plan view showing a power transmission device for a tag fusion machine according to the present invention.

Figure 8 is a side view showing the grip opening and closing cam portion of the power transmission device for the tag fusion machine according to the present invention.

Figure 9 is a side view showing the cam portion for non-woven fabric feeding of the power transmission device for the tag fusion machine according to the present invention.

Figure 10 is a side view showing a tag fusion cam part of the power transmission device for a tag fusion machine according to the present invention.

Figure 11 is a side view showing a moving unit moving cam portion of the power transmission device for a tag fusion machine according to the present invention.

Figure 12 is a side view showing the cam strap for fusion fusion cutting of the power transmission device for a tag fusion machine according to the present invention.

Figure 13 is a side view showing the cam portion for the tag moving portion of the power transmission device for a tag fusion machine according to the present invention.

14 is a side view showing the cam fixing part for the tag fixing power transmission device for a tag fusion machine according to the present invention.

15 is a view showing a cam for a tag moving part of the power transmission device for a tag fusion machine according to the present invention.

Figure 16 is a front view showing the connection fusion fusion cutting and the connection fusion fusion cutting unit driven by the power transmission device for the tag fusion machine according to the present invention.

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

10; Tag fusing device for tea bags 11; Power train

12; Tag supply unit 13; Connecting strap guide

14; Connection fusion zone 15; Tag cutting

16; Transfer section 17; Moving part for conveying part

18; Tag fusion unit 19; Fusion cutting

20; Variable part 21; Atmospheric Tags

Claims (10)

Receives power from the driving motor 3 which is fixed to the table 2 and is provided to be driven by applying power, and is rotatably provided on the fixing frame 1 fixed to the upper surface of the table 2. And a cutting line fusion portion 14 provided to fusion the connecting string B), a tag cutting portion 15 provided to cut the tag T fused to the upper surface to a predetermined length, and a cutting. The transfer part 16 is provided to convey the tag T to the nonwoven fabric A side, and the transfer part 16 is provided to move the grip 1120h back and forth to the tag T side when holding the tag. The tag fusion unit provided to fuse the tag T to the nonwoven fabric A by ultrasonic by moving the tag T to the nonwoven fabric A side by the bouillon moving unit 17 and the transfer unit 16 ( 18), by the tag fusion unit 18 is fused to the non-woven fabric connecting straps In the power transmission device for driving the non-woven fabric feeding portion (P) provided for feeding the non-woven fabric by the connection strap fusion cutting portion 19 provided for cutting while attaching and the tag and the connection strap to the nonwoven fabric, By directly receiving the driving force from the drive motor (3) through the reduction gear (6) to the conveying unit 16, the moving unit for the conveying unit 17 and the tag fusion unit 18 and the connecting string fusion cutting unit 19 side A torque limiter 110 rotatably connected to the reducer 112 so as to transmit power; A drive shaft 111 having one end connected to the torque limit 110 and the other end rotatably provided on both sides of the fixing frame 1 by penetrating both sides of the fixing frame 1 installed on the upper surface of the table 2; Each of the cams fixed on the drive shaft 111 by means of a key is connected to each other so that the connecting shaft fusion unit 14, the tag cutting unit 15, the transfer unit 16, and the tag fusion unit correspond to the rotation of the drive shaft 111. (18) And the tag (T) and the connecting string (B) to the non-woven fabric (A) through the driving force to the connecting strap fusion cutting portion 19 side and the tag fusion welding portion 18 and the connection strap fusion cutting (19) The cam is provided with a corresponding cam to feed the non-woven fabric (A) as the fusion cut, at least one cam for power transmission that is provided to be disassembled and assembled on the drive shaft 111 to correspond to the change in the length of the connecting strap A cam portion 112; In order to operate the connecting strap fusion unit 14 which is provided to be movable up and down on the fixing plate 4 by receiving the driving force through the rotational force transmission unit 115 including a power transmission sprocket wheel fixed on the drive shaft 111. Connection string fusion cam 113 is provided; It is rotatably provided on one side of the connecting strap fusion cam 113 is to cut the tag (T) to a certain length by being fused to one side of the tag by the connecting strap fusion portion 14 The tag cutting cam 114 is provided to operate the tag cutting portion 15 is provided; Power transmission device for a tag fusion splicer ultrasonically fused to a tea bag comprising a. The method of claim 1, The power transmission cam part 112 includes a grip opening and closing cam part 1120 fixedly provided on the drive shaft 111 to open and close the grip 1120h by the rotation of the drive shaft 111, and the grip opening and closing part. The nonwoven fabric feeding cam portion 1121 fixed on the drive shaft 111 so as to drive the nonwoven fabric feeding portion P at the rear end of the cam portion 1120, and the tag (at the rear end of the nonwoven fabric feeding cam portion 1121). A tag (T) is attached to the rear end of the tag fusion cam portion 1122 and the tag fusion cam 1122 portion provided to drive the tag fusion portion 18 provided to fuse T) to the nonwoven fabric A. A tag fusion cam portion 1122 is provided at the rear end of the moving portion moving cam portion 1123 and the moving portion moving cam portion 1123, which is provided to move the transfer portion 16, which is provided for gripping and moving, with respect to the tag. And the other end of the connecting string (B) to the non-woven fabric (A) In addition, the tag (T) moved through the guide plate (5) at the rear end of the connecting strap fusion cutting cam portion 1124 and the connecting strap fusion cutting cam portion 1124 provided to cut the connecting string (B). When the grip grips the tag by the moving part moving cam part 1123 to the side, the tag moving part cam part 1125 and the rear end of the tag moving part cam part 1125 are provided to be capable of transferring and restoring the transfer part 16. The tag fixing cam part 1126 provided to drive the tag fixing portion 21 for holding the tag as the transfer part 16 grips and moves the tag in the air. Power transmission device for the ultrasonic wave fusion tag fusion machine characterized in that consisting of. The method according to claim 1 or 2, The grip opening / closing cam portion 1120 of the power transmission cam portion 112 has a grip opening / closing cam 1120a fixed to the drive shaft 111 by a key so that the tag can be gripped by opening and closing the grip of the transfer portion 16. ), And the other end of the grip opening and closing cam (1120a) in contact with the center portion and the other end is rotatably provided on the fixing piece fixed to the fixing frame (1) and the other end of the restoring spring (1120b) fixed to the fixing frame Rotating bar (1120c) is provided to be restored by being provided, one end is rotatably connected to the other end of the rotating bar (1120c) and the other end is fixed member (1120d) fixed to one side of the upper surface of the fixing frame (1) ) Is connected to the rotating bar (1120f), which is eccentric to the rotating piece (1120e) provided so as to be rotatable, and capable of moving up and down, and the rotating piece (1120e) is rotated to correspond to the rotation and the transfer part (16). Even if you can move left and right corresponding to) A spline shaft (1120g) provided with a lock and a spring for restoring to be held so that one side is opened and closed to correspond to the spline shaft (1120g) rotated at the other end of the spline shaft (1120g). The power transmission device for a tag fusion splicer is ultrasonically fused to a tea bag, characterized in that the grip (1120h). The method according to claim 1 or 2, The nonwoven fabric feeding cam portion 1121 of the power transmission cam portion 112 includes a nonwoven fabric feeding cam 1121a fixedly installed to the drive shaft 111 via a key at a rear end of the grip opening and closing cam 1120a, and the nonwoven feeding Feeding pivot bar 1121b, which is connected to the outer circumferential surface of the Yong cam 1121a, one end of which is rotatably connected to the feeding plate fixed to the fixing frame 1, and the other end is provided with a long hole. A feeding chain 1121c provided with one end connected to the long hole of the bar 1121b and the other end being wound on a sprocket wheel provided on the nonwoven fabric feeding shaft S for feeding the nonwoven fabric A; One end is fixedly connected to the other end of the feeding chain (1121c) and the other end is fixed to the fixed frame (1) is provided with a restoring spring for feeding (1121d) provided for restoring the feeding chain (1121c) Tag Fusion Splicer Ultrasonic On Power train. The method according to claim 1 or 2, The tag fusion cam portion 1122 of the power transmission cam portion 112 is provided on the drive shaft 111 so as to be fixed via a key, and the tag fusion portion 18 is left and right by the variable portion 20. The tag fusion cam 1122a, which is provided to be fixed by moving correspondingly during the right movement, and one end of the tag fusion cam 1122a, is rotated on a fixed piece fixed to the fixing frame 1. One end is rotatably connected to the other end of the tag fusion rotation bar 1122b and the other end of the tag fusion rotation bar 1122b rotatably extended in one direction by a hinge-connected central portion. 1) the power transmission device for ultrasonic welding to the tag fusion splicer, characterized in that it consists of a tag fusion moving bar 1122c which is connected to the moving plate provided to be moved up and down by a pin, and is provided to be movable up and down. . The method according to claim 1 or 2, The moving part moving cam part 1123 of the power transmission cam part 112 includes a moving part cam 1123a fixedly provided on the drive shaft 111 via a key, and a central part on an outer circumferential surface of the moving part cam 1123a. Is contacted and one end is pivotally provided on the fixing piece fixed to the fixing frame (1) via a pin 1123b for the moving part and the other end of the movable part pivoting bar (1123b) through the pin It is rotatably connected and the other end is rotatably connected to the moving part 17 for the conveying part to move the moving part 17 for the conveying part by vertically moving up and down corresponding to the rotation of the rotating bar 1123b for the moving part. On the upper surface of the fixing frame 1, one end is fixed between the moving part vertical bar 1123c and the other end and the center of the moving part rotating bar 1123b which are provided to move forward and backward, and the other end is fixed to the fixing frame 1. To lock the moving part to restore the rotating bar (1123b) for rotation Power transmission system for which the ultrasonic welding which is characterized by being a non-moving part-forming return spring (1123d) is tea bag tag fusion splicer. The method according to claim 1 or 2, The connecting strap fusion cutting cam portion 1124 of the power transmission cam portion 112 includes a connecting strap fusion cutting cam 1124a provided on the drive shaft 111 so as to be fixed via a key, and the connecting string fusion cutting. One end is in contact with the outer circumferential surface of the Yong cam (1124a) and the other end is connected to the other end is rotatably extended in one direction by a central portion that is hinged to the connecting strap fusion cutting fixing piece (1124b) fixed to the fixed frame (1) One end is rotatably connected to the other end of the rotating rotation bar (1124c) for cutting and the connecting rope fusion cutting rotation bar (1124c) and the other end is connected to the other side of the fixing frame (1) The power transmission device for ultrasonic welding fusion tag fusion splicer, characterized in that made of a connecting strap fusion cutting moving bar (1124d) is connected to the moving plate for cutting through a pin. The method according to claim 1 or 2, The tag moving part cam part 1125 of the power transmission cam part 112 is fixed on the drive shaft 111 by a key, so that it can be replaced on the drive shaft 111 to correspond to the length of the connecting string (B). The tag moving part cam 1125a which is divided into two and detachably coupled via a bolt, and a tag fixed to the fixing frame 1 at one end thereof so as to be rotated by contacting a central portion with an outer circumferential surface of the tag moving part cam 1125a. It is rotatably provided on the moving part fixing piece (1125b), and the other end is a rotating bar for the tag moving part (1125d) is provided with a long hole (1125c) is formed so as to change the range of rotation to correspond to the change in the length of the connecting string (B) And, one end is rotatably connected to the long hole (1125c) formed on the other end of the rotary bar for rotating the tag (1125d) and the center portion of the tag moving fixed to the fixed frame (1) to transfer the driving force to the conveying part 16 side Rotatable to the bouillon fixing plate 1125e It is characterized in that it consists of a tag movement chain (1125h), the other end of which is connected to the sprocket wheel (1125f) fixed on the sprocket wheel shaft being fixed to one end is connected to the restoring spring (1125g) fixed to the fixing frame (1) Power transmission device for a tag fusion splicer ultrasonically fused to a tea bag. The method of claim 8, The tag moving part cam 1125a is eccentrically based on the center part by being divided into two parts by the center part so as to be detachably coupled on the drive shaft 111 and fixed to the drive shaft 111 by a bolt. A fixing hole 1125a-1 is formed to be formed, and one surface including the fixing hole 1125a-1 has a flesh thickness part 1125a for forming the screw grooves 1125a-2 to be coupled to each other to correspond to the fastening of the bolts. -3) is a power transmission device for the ultrasonic wave fusion tag fusion machine characterized in that it is provided. The method of claim 1, The rotational force transmitting unit 115 is a sprocket wheel 1151 for driving force transmission that is fixed on the drive shaft 111 between the cam tag moving part cam 1125a for the tag moving part and the cam tag fixing cam 1126a for the tag fixing part. And a transmission sprocket wheel 1153 rotatably provided on the power transmission fixing piece 1152 fixed to the upper surface of the table 2 by being connected to the driving force transmission sprocket wheel 1151 via a chain 1152. And a transmission shaft 1154 provided with a bevel gear 1155 penetrating through the fixing plate 4 and having one end penetrating to receive a rotational force at a central portion of the transmission sprocket wheel 1153 and a bevel gear 1155; A transmission gear part 1156 geared with the bevel gear 1155 of the transmission shaft 1154 and rotatably provided at a lower portion of the front surface of the fixed plate 4, and once to be geared to the transmission gear part 1156. The bevel gear is fixed to the key and the other end is rotatable to the fixing plate (4). Tag fusion splicer for ultrasonic welding is fused to the tea bag, characterized in that consisting of a rotating shaft (1157) is provided to rotate to correspond to the fixing of the connection cord fusion cam 113 and the tag cutting cam 114 is fixed via the key. Power train.

Images