JPH0343315A - Packaged body manufacturing device - Google Patents

Abstract

PURPOSE:To make it possible to mount a tag on a lead string in the same device by a method wherein in the manufacture of a packaged body, which is used to be shaken in hot water, etc., the delivery of a lead string, on which a tag is bonded, is linked with the advancing motion of a head of a lead string fixing measure, and the feeding of a wrapping material and seal bonding are respectively linked with the actuation of the fixing measure. CONSTITUTION:A head 30 of a lead string fixing mechanism enters in a wrapping material 18 together with the tip of a string 13, on which a tag 17 is mounted. The string 13 is temporarily fixed, and the head 30 returns to its original position. By this advancing motion of the head 30, the string 13 is intermittently delivered by a designated length, and linking with this motion, the tag 17 and the string 13 are contact bonded on a cradle 20 by a push rod 22, and the tag 17 is mounted on the string 13 with a designated interval. The cradle 20 is composed of a movable table 20a and a fixed table 20b, and when the movable table 20a descends, the tag 17 is easily peeled from the cradle 20. The string 13, which is inserted in the wrapping material 18, is cut at a spot behind the tag 17. The wrapping material 18 is delivered downward by a feed roller of a feeding mechanism, and a seal line 16 is formed by a longitudinal sealer 60. At this time, the tip of the string 13 is fixed on the wrapping material 18.

Description

Detailed Description of the Invention (Field of Industrial Application) The present invention relates to an apparatus for manufacturing a package, such as a tea bag or a soup bag, which is filled with extraction raw materials and used by shaking in hot water or water. Regarding.

(Prior art) When manufacturing the above-mentioned packages, it is necessary to mold the bags from the packaging material and separate them into individual packages, and it is also necessary to carry out the 'IA 5a' process in the factory. It is necessary to store the string, and furthermore, it is necessary to attach a tag that serves as a security feature to this pick string.

Conventional packaging manufacturing equipment includes a sealing machine that forms bags from packaging materials in the packaging material supply path, and a machine that cuts the grip strings to a predetermined length and attaches them to the bags. It is arranged and constructed in the above-mentioned supply path.

(Problem to be Solved by the Invention) However, in the prior art, the timing adjustment between the operation of the sealing machine and the operation of the gripping strap fastening mechanism is 11f, and for example, when the point is placed on the supply of packaging material, it takes 41f. ) There are problems with H:'I, such as the fixing position of the pulling string being out of order, and placing emphasis on the fixing of the picking string, which slows down the supply of the package H. Also,
Attaching the tag to the pick strap is an incidental process that is added to the original manufacturing of the package, so the radius is not incorporated, and the tag is attached to the pick strap in a separate process. . However, for high-speed processing, there is a demand for incorporating such a mechanism into the same device, and in this case, timing adjustment and control become more difficult and the structure becomes more complex.

The present invention has been made in consideration of these circumstances, and provides a package manufacturing apparatus in which the mutual control of the sealing machine and the gripping string fastening v1 mechanism is easy, and a mechanism for attaching a tag to the gripping string can also be incorporated. The purpose is to

(Means for Solving the Problems) In the present invention, the push rod is moved so as to come into contact with the pedestal, and the tag is glued to the pick string at predetermined intervals, and the pedestal is partially deflected before and after the adhesion. a tag adhering means for attaching the tag to the packaging material; a knob strap attaching means for cutting the knob cord to which the tag is adhered to a predetermined length and inserting the tip thereof into the packaging material to fix it to the packaging material; and the packaging material. and a sealing means for forming a package by sealing and joining the tags while feeding them in the longitudinal direction, and the tag adhering means and the sealing means are interlocked with the gripping string fastening means.

(Function) By setting the timing to be based on the operation of the pick string fixing means, for example, the pulling of the pick string into the packaging material by the same means, the intermittent feeding of the pick string in the tag adhesion means, while the sealing The means includes delivery and sealing of the packaging material.

(Implementation PfiJ) The present invention will be specifically described below with reference to illustrative examples.

First, prior to explaining the present invention, the form of a package 11 manufactured according to an embodiment of the present invention will be explained with reference to FIG. The package 11 is made up of a bag body 12 and a grip string 13, and the bag body 12 contains green tea.

Tea sweets such as black tea, coffee powder, shaved bonito flakes, and dashi kelp.

It contains contents that are used as extraction raw materials such as dried sardines.

This bag body 12 is made by folding a liquid-permeable packaging material 18 (see Fig. 8) in half, such as a mesh sheet knitted with synthetic resin threads, a cloth sheet, or a paper sheet, and stacking them on top of each other. It is formed by sealing the edges. 14, 15, and 16 are seal lines for forming the bag body 12, and are formed by appropriate means such as thermal welding, ultrasonic welding, and hot air welding. On the other hand, pick string 1
3 is made of a flexible string such as synthetic +5J fat thread, phase type, etc., one end is fixed to the bag body 12, and the other end is attached with a tag 17. The tag 17 is made of paper, a piece of plastic, or the like on which a predetermined display or pattern such as a product name or seller is printed, and serves as a support for suspending and shaking the bag 12 during extraction. This tag 17 is attached to the upper center of the outer surface of the bag body 12, and when extracting the bag body 12, by peeling off the tag 17 by hand, the other end of the handle string is freed, and the bag body 12 can be hung. It is supposed to be done.

The apparatus of the present invention manufactures such a package 11 through the steps shown in FIG. In other words, the long packaging material 1
8 is folded in half to leave the right measuring part open, and a first horizontal seal fa15 is formed at the lower end of the packaging material 18. And, a gripping string 13 having a tag 17 at the other end.
One end portion 13a is inserted into the packaging material 18 from the right open end of the packaging material 18 (FIG. 8(a)). Next, while feeding the packaging material 18 in the longitudinal direction (downward in the illustrated example), a vertical seal line 16 is formed on the packaging material 18 to perform vertical sealing, and this vertical seal line 16 connects one end of the grip string 13. Part 13
A is held in place with the packaging material 18 sandwiched between the packaging materials 18. After this attachment, the tag 17 is sent out in the direction of the packaging material 18 ((b) in the same figure)
. After the tag 17 is brought into contact with the outer surface of the packaging material 18 and fixed, the contents (not shown) are put into the packaging material 18 from the "-" direction, and after the contents are put in, the second seal line The package 11 is manufactured by cutting the package 14 while forming it (FIG. 3(C)).

FIG. 1 shows the overall structure of a package manufacturing apparatus to which an embodiment of the present invention is applied, in which 52 tag adhesion mechanisms 2 are mounted on a base 1, and a grip string is attached to the bottom of the base 1. A #R side 3 and a tag fixing mechanism 4 are provided. Also, on the left end side of the base 1, there is a delivery t that sends out the packaging material 18 (double-dashed line) in the longitudinal direction in the above-mentioned folded state. ' 5 and a seal R side 6 for forming a package from the packaging material 18 are provided.

As shown in FIGS. 1 and 2, the tag adhesion mechanism 2 includes a pedestal 20 placed on the base 1 and a bushing member 21 disposed above the pedestal 20. The tag adhesion mechanism 2 is for attaching tags 17 to the handle string 13 at predetermined intervals, and the handle string 13 is let out from the bobbin 27, changed direction by the turn pulley 26, and then moved onto the pedestal 20.

The movement of the pick string 13 to the cradle 20 is linked to a pick string fastening mechanism 3, which will be described later, and is intermittently fed out by a predetermined length based on the forward movement of the head 30 of the fastening machine tree 3. It looks like this. Reference numeral 17a denotes a tag material that is the base of the tag 17, and is unwound from a rolled state and moved onto the pedestal 20 from a direction perpendicular to the grip string 13. This tag material 17a is in the form of a continuous band, and in order to make the tag 17 in the form of a small piece,
In front of the pedestal 20, a pair of tag cutters 23 are arranged vertically facing each other. Further, the tag material 17a has a hot melt adhesive (not shown) applied to the lower surface thereof, and is adapted to be heat-sensitive adhesively bonded to the handle string 13 on the pedestal 20, as will be described later. Further, at a position adjacent to the tag cutter 23, there is a feed-out R6 in which the tag material 17a is not fed out onto the pedestal 20.
425 is provided. The feeder 81J7rJ25 includes a clamp body 25a and a cylinder 25b that reciprocates the clamp body 25a in the direction of the pedestal 20. 1. Clamp body 2
5a is a clamp claw 25c for clamping the tag material 17a.
is attached so that it protrudes. Clamp body 25
a clamps the tag material 17a, and in this state the cylinder 2
5b is operated to feed out the tag material 17a in the direction of the pedestal 20, and after the tag material 17a is fed out, the tag cutter 23 cuts the tag material 17a. As a result, the tag 17 becomes a small piece and the cradle 20
It is rolled out to the top. In addition, the structure of the clamp of the clamp body 25a in the feeding mechanism 25 is the tag attachment option 14 described later.
Since it is the same as the clamper 40 (see FIG. 4), its explanation will be omitted. In FIG. 2, 24 is a cylinder that moves one tag cutter up and down.

In such a tag adhesion mechanism 2, the tag 17 is attached to the handle 13 on the pedestal 20. The bushing member 21 disposed above the pedestal 20 presses and adheres the handle 13 and the tag 17 on the pedestal 20. In the illustrated example, a cylinder is used, and the cylinder rod 22 is used. reciprocates so that it comes into contact with the pedestal 20,
The above-mentioned pressing is performed. That is, the cylinder rod 22 serves as a push rod that presses the handle 13 and the tag 17 on the pedestal 20.

For such a push rod 22, the pedestal 20 has a movable base 20a facing the push rod 22 and a movable base 20a.
It is constructed with a surrounding fixing base 20b. Although the movable base 20a and the fixed base 20b have flat upper surfaces, the movable base 20 is operated to move downward each time the tag 17 is attached to the handle string 13. Since the contact area of the tag 17 with the cradle 20 is reduced by the downward movement of the movable base 20, the tag 17 can be easily removed from the pedestal 20 by the pulling force of the handle string 13. It is supposed to be done. Moreover, since no tensile force is applied to the grip string during this peeling, the grip string 13 does not break and is quick! (J) In order to move the movable base 20a downward, the movable base 20a is supported by a driving member (not shown) such as a cylinder, a cam, or a solenoid. The push rod 22 is heated to a temperature that develops the adhesive strength of the hot melt adhesive on the bottom surface of the Tough 1, and has an appropriate heater built-in or connected to it. By pressing , the hot melt adhesive becomes heat-sensitive, thereby adhering the tag 17 to the gripping string 13. In the figure, 8 indicates the gripping string 13 to which the tag 17 is adhered.
This is a guide plate that guides the J1 string attachment machine to the treetop 3.

The gripping string retaining mechanism 3 uses such tag adhesion (efl', f
The handle string 13 from f2 is fixed to the wrapping material 18''. This gripping string attachment 1ja 4;=”r 3 is the head 30 that is placed LZ on the packaging material 181i!:I, and the head 30
head holder 32 to which the head holder 3 is attached, and this head holder 3.
2 and an extrusion cylinder 31 connected to the rear part of the cylinder.

The head 30 pulls the tip of the gripping string 13 into the packaging material 18, and moves back and forth in the direction of the packaging material 18 together with the head holder 32, and as shown by the two-dot chain line, the head 30a pulls the tip end 30a into the packaging material 18. It is designed to invade 18 people.

The extrusion cylinder 31 moves the head 30 back and forth in the direction of the packaging material.

A plan view of the head 30 is not shown in FIG. 3, and the head 30 has a pointed tip 30a, and a mounting hole 30b at the rear end into which the head holder 32 is fitted with a screw or the like. is formed. A groove 30c is formed in the central portion in the longitudinal direction from the rear end toward the tip 30a. This groove 30c is the one through which the grip string 13 is inserted, and the grip string inserted through the groove 30c is inserted into the head 3.
It is designed to be pulled out in the direction of the packaging material with the forward movement of zero. Note that since the tag 17 is glued to the handle string 13, it is necessary to push the tag 17 (J) through the groove 30c, and for this purpose the groove 30c is formed so as to pass through the head 30 in the vertical direction. .

Further, a filamentous external member 35 made of piano wire or the like is provided at the tip of the groove 30c.

The elastic member 35 is attached to the head 30 so as to cross the groove 30c from the first direction, and the elastic member 35
When passing through the groove 30c, the tag 17 bends away from the groove 30c due to contact with the tag 17, but otherwise it intersects with the groove 30C due to the external force. The elastic member 35 locks the grip string pushed through the groove 30c and prevents the grip string from coming out downward from the groove 30c. As a result, the grip string is stably pushed through the head 30. Note that the head 30 draws the gripping string 13 into the packaging material 18 by its forward movement, and for this purpose, a suitable clamping member (not shown) for clamping the gripping string 13 is disposed inside. A cutter 33 is disposed near the start end of the reciprocating movement of the head 30 (see Fig. 1). , the individual grip strings 13 are obtained from a long grip string. in this case,
While the cutter 33 is provided at the starting end of the movement of the head 30, the amount of movement of the head 30 that pulls out the pick string is determined by the distance from the packaging material, so the pick string can always be cut to a constant length. . Also, head 3
A temporary fixing heater 34 is provided at the forward end of the zero movement. The temporary fixing heater 34 is located on the delivery path of the packaging material 18,
It is provided so as to be close to the tip 30a of the head 30 at the end of forward movement of the sharp head 30.

As will be described later, the temporary fixing heater 34 provided at such a position is used to temporarily fix the tip of the handle string 13 drawn into the packaging material 18 by the forward movement of the head 30 to the packaging material 18. The grip string 13 is positioned relative to the packaging material 18 by temporary fixing. In addition, the temporary heater 34
A fir sealing machine 60 constituting the seal RM 6 is disposed below, and this vertical seal R60 also functions to firmly attach the tip of the temporarily fastened handle 13 to the packaging material 18. It is.

The tag attachment 81m4 is for attaching the tag 17 to the outer surface of the packaging material 18, and is disposed below the handle 3 of the handle attachment device. The tag fixing mechanism 4 includes a clamper 40 that clamps the tag 17, a clamper holder 41 to which the clamper 40 is attached, and a drive fii 42 that reciprocates the clamper holder 41 and the clamper 40 toward 1f of the packaging material 18. The clamper 40 has a first axis centered around a pivot 43.
As shown by the solid line and the two-dot chain line in the figure, it is stored in the clamper holder 41 so that it deviates from the upright state to the horizontal cutting state, and the tag 17 is clamped in the upright state, and the tag is placed in the sideways state. 17 is transferred in the direction of the packaging material 18. The drive mechanism 42 operates the ramper 10 as described above, and in this embodiment, an fl" moving cylinder is used.

In this case, the actuating cylinder 42 is supported by the position adjustment avI. 2. The adjustment arm 44 consists of an adjustment arm 44 on which an operating cylinder 42 is placed, and an adjustment cylinder 45 that supports this adjustment arm 44. 18 can be adjusted. On the other hand, the adjustment cylinder 45 adjusts the vertical position of the adjustment arm 44, and by this adjustment, the vertical position of the clamper 40 can be changed. As a result, the position of the clamper 40 is adjusted according to the width of the package 11, so that even if the size of the package 11 is changed, the clamper 40 can still move the tag 17 to the package 11.
It is possible to move it so that it aligns with the center position. Note that an arc-shaped groove 44a is formed on the upper surface of the adjustment arm 44, and a roller 46 is attached to the lower part of the clamper 40 to roll the groove 44a, so that the clamper 40 moves in the direction of the packaging material 18. When pushed out, the roller 46 is disengaged from the concave M 44 a, thereby deflecting the clamper 40 to a state of 41 fTJ.

A fixed heater 47 is disposed on an extension of the clamper 40 in the sideways state. This fixing heater 47 is provided so as to be located in the delivery path of the packaging material 18, and serves to thermally bond the tag 17 clamped and transferred by the clamper 40 to the outer surface of the packaging material 18. It has become a u1 flag. In FIG. 1, reference numeral 48 denotes a gutter-shaped tag guide inserted in the longitudinal direction between the handle 3 of the handle holder 3 and the tag attacher 4, which follows the green ring of the handle 13. It guides the movement of tag 17.

FIG. 4 shows an example of the internal R'Fr of the clamper 40, in which a pair of clamp claws 40a for clamping the tag are pivotally supported within the housing 40b. Each clamp claw 40a is biased by a spring 40c in a direction in which the tip ends thereof move away from each other. Further, an action piece 4 is provided at the base end of the clamp claw 40a.
0d is inserted, and when this operating piece 40d advances and comes into contact with the base end of the clamp claw 40a, the clamp claw 40
a operate to clamp the tag 17 in close proximity to each other.

The delivery t[5 includes a vertically elongated guide cylinder 50 disposed on the left side of the base 1 so as to extend in the vertical direction, and this guide cylinder 50.
The feed rollers 51 and 52 are provided along the feed rollers 51 and 52. The guide tube 50 guides the packaging material 18 in its longitudinal direction, and the packaging material 18 slides on the guide vJ50 while being folded in half. In this case, the packaging material 18 is folded in half with the left end open, and slides on the guide tube 50 with the right end left open, fixing the knob a13 (described later), joining the vertical seal, and fixing the tag 17. The clothes are worn continuously. The feed rollers 51 and 52 act to feed out the packaging material 18 by rolling it into contact with the packaging material 18 on the guide 1Q50. These feed rollers 51, 52 must feed the packaging material 18 evenly, and for this purpose, each roller shaft 51a.

52a is a timing belt, belt 5 such as a ■belt, etc.
The third hook is passed over so that they rotate synchronously.

The sealing machine 6 has a guide cylinder 5 of such a delivery aperture 5.
0. This sealing mechanism 6 is a vertical sealing machine 6 which is located between the temporary fixing heater 34 and the fixing heater 47 and performs vertical sealing of the packaging material 18.
0, and a horizontal seal fi61 that is located below the vertical sealing machine 60 and seals the packaging material 18 in the horizontal direction. These sealing machines 60 and 61 can use any suitable means such as ultrasonic welding, thermal welding, or hot air welding. In this embodiment, ultrasonic welding is performed. Each sealing machine 60, 61 in FIG. Note that the horizontal sealing machine 61 that performs horizontal sealing runs across the packaging material 18, and by this running, it forms seal lines 14 and 15 (not shown in FIG. 7), and also forms seal lines 14 and 15 (not shown in FIG. At the same time, it acts to separate the package 11 from the packaging material 18.

In FIG. 1, 7 is a shooter inserted into the guide tube 50, and its lower end is open. A shutter (both not shown) is installed at the top of the chute 7 to open and close the hopper and popper in which the contents are stored. , and a certain amount is introduced into the packaging material from its open lower end.

As shown in FIG. 8, the device described above successively attaches the handle 13 to the packaging material 18, attaches the tag 17, fills the contents, and forms the package 11 by sealing. In addition to these operations, the tag 17 is attached to the handle 13. Each operation will be explained below in separate sections.

(2) Adhesion of the tag to the pick string This is done by the tag adhesion mechanism 2, and is carried out in the order shown in FIG.

First, the pick string 13 from the bobbin 27 is connected to the turn pulley 26.
The direction is changed in the direction of the pedestal 20 by the cradle 20, and it is intermittently fed out onto the pedestal 20 by a predetermined length (Fig. 5(a)).
This pulling out of the pick string 13 is performed by the pull-out force generated by the head 30 of the side 3 of the pick string fastening machine moving in the direction of the packaging material 18 (see FIG. 1 and FIG. 6 described below). On the other hand, the tag 17 As shown in FIGS. 1 and 2, the tag is fed out onto the pedestal 20 from the direction perpendicular to the knob 4113 by the feeding mechanism 25, cut into small pieces by the tag cutter 23, and polymerized into the knob string]3. (Figure 5(b)),
As a result, the lower surface coated with hot melt adhesive comes into contact with the knob string 13.Then, the cylinder that is the bushing member 21 is activated, and the push rod 22 is lowered to connect the overlapping tag 17 and the knob string. The push rod 22 is heated to a predetermined temperature, and the hot melt adhesive of the tag 17 melts due to the pressure of the push rod 22, and the tag 17 is Heat-sensitive adhesive is attached to the grip string 13. At the time of this heat-sensitive bonding, the movable base 20a of the pedestal 20 is on the same surface as the fixed base 20b, and the bonding is performed reliably, but the contact portion of the tag 17 with the pedestal 20 is also thermally bonded do. After heat-sensitive bonding, the push rod 22 rises to release the pressure ((d) in the same figure), and then the movable base 20a moves down ((e) in the same figure).
)), the tag 17 and the cradle 2 are moved downward by the movable base 20a.
Since the contact area with 0 is reduced, the adhesive force with the pedestal 20 is reduced. Therefore, when the grip string 13 is let out in the direction of the arrow in this state, the tag 17 on the pedestal 20 is easily peeled off from the pedestal 20, and the tag 17 is let out integrally with the grip string 13.

Therefore, the tag 17 can be smoothly and well attached to the handle string 13 without being attached to the pedestal 20.

Note that the downward movement of the movable base 20a in the above operation reduces the contact area of the tag 17 with the cradle 20 depending on the relative surface position with the fixed base 20b. The contact area may be reduced by lifting the movable base 20a, or the contact area may be reduced by fixing the movable base 20a and moving the fixed base 20b downward or upward. In order to perform heat-sensitive adhesive bonding, the pedestal 20 may be heated to a predetermined temperature, or both the pedestal 20 and the push rod 22 may be heated to a predetermined temperature.

(2) The operations of attaching the pull cord and tag to the packaging material and forming the packaging body are performed in the order shown in FIG. Pinch cord 13
is inserted into the head 30 through the guide plate 8 (see Fig. 1) with the tags 17 attached at predetermined intervals, and is clamped by the head 30 (see Fig. 6).
a)) At this time, the clamper 40 is at two points ff! It is set upright as shown in the line, and immediately after the start of operation, the operating cylinder 42 is actuated and it falls sideways as shown in the solid line, supplying the gripping cord 13 (connecting the head 30 and the temporary heater 34!). In this state, first, the side 3 of the pick string fastening machine operates, and the head 30 moves forward in the direction of the packaging material 18 by the drive of the pressure cylinder 31 (FIG. 2(b)). As a result, the pointed tip 30a of the head 30 enters the open end of the packaging material 18, and the grip string 13 is fed out to the packaging material 18 by the head 30. As a result of the feeding, the picking string 13 is fed out intermittently in the tag adhesion R Go 2.) At this time, the tip of the picking string 13 has been pulled out from the tip 30a of the head 30, and the tip of the picking string 13 The tip enters into the packaging material 18 together with the head 30. Therefore, the tip of the gripping string 13 is reliably drawn into the packaging material 18 by the head 30, so that it can be securely attached to the gripping string. and,
The temporary fixing heater 34 moves to sandwich the tip of the pinch string 13 between the wrapping material 18 and the tip of the pinch string 13 that has been pulled out. It is temporarily fixed within 18. Next, the head 30 releases the clamp of the pick string 13 and moves back to the original position by driving the pressure cylinder 13 ((C) in the same figure). After this backward movement, the tag fastening machine tree 4 Operate. First, Figure 6 (
The clamper 40 moves together with the clamper holder 41 in the direction indicated by the dashed arrow in c), whereby the clamper 40 becomes upright and advances into the supply path of the grip string 13. Pinch cord 1
3 has a tag 17, and this tag 17 is extended to the upright position of the clamper 40 by the aforementioned forward movement of the head 30. The clamp claw 40a of the clamper 40 clamps this tag 17, and in this state, the clamper 40
The cutter 33 cuts the grip string 13 that continues on the rear side ((d) in the same figure). By this cutting, the handle 13 of the package 4418 (IFI) is separated from the following 1121 handle 13 together with the tag 17. After this separation, the actuating cylinder 42 is driven as indicated by the dashed arrow in FIG. 6(e). The clamper 40 falls sideways with the tag 17 clamped, and withdraws from the supply path of the knob 13. By withdrawing the clamper, the clamper 40 no longer interferes with the tag 17 when the tag 17 is transferred, which will be described later. Therefore, there is no need to remove the pick string from the tag transfer path, and the tag 17 is transferred smoothly and in a continuous manner in the direction of the packaging material 18.As the ramper 40 falls sideways in this way, the feed roller of the feeder phase 5 51 and 52 are rotated to feed the packaging material 18 downward. During this feeding, the packaging material 18 is sealed and joined by the vertical sealing machine 60 to form the vertical seal line 16.

The packaging material 18 is fed out until the tip of the gripping string 13 temporarily fixed to the packaging material 18 passes through the vertical sealing machine 60 and reaches the fixing heater 47. Therefore, when the tip of the gripping string 13 passes through the vertical seal 8160, it is firmly attached to the packaging material 18 by the vertical seal line 16 of the packaging material 18.

This prevents the tip of the grip string 13 from coming off the wrapping material 18. In addition, since the tip of the pick string 13 is fastened at the same time as the vertical sealing of the packaging material, work efficiency is improved.
Rapid processing is also possible. After the packaging material 18 is fed out in this manner, the actuating cylinder 42 is driven to move the clamper 40 in the MjI tilted state toward the packaging material 18 (FIG. 1(f)), thereby causing the clamper 40 to clamp. The attached tag 17 reaches the outer surface of the packaging material 18, and in this state, the fixing heater 47 presses the tag 17 and the packaging material 18 together. A hot-melt adhesive is applied to the tag 17, and the tag 17 is heat-sensitively bonded to the outer surface of the packaging material 18 by heating with the fixing heater 47, and the handle string 13 becomes a loop. The clamper 40 then releases the clamp on the tag 17 and returns to its original position by driving the actuating cylinder 42. Next, the packaging material 18 is vertically sealed by the vertical sealing machine 60 while being fed downward by the feed roller 5152.
In synchronization with this delivery, a predetermined amount of the contents is filled into the packaging material 18 from the chute 7 (FIG. 1(g)), and after the packaging material 18 has been delivered by a predetermined amount, the filling of the contents is continued. The engine stops, and lateral sealing is performed using the lateral seal R61 (see FIG. 1).

As a result, the horizontal seal line 14 is formed, and the packaging material 18 is separated from the packaging material 18 along the horizontal seal line 14 as a boundary.
1 is molded ((h) in the same figure).

In forming the package as described above, the fastening of the tip of the handle 13, the fastening of the tag 17, the forming of the seal line, and the filling of the contents are performed in succession, so that rapid forming is possible. It is possible to dramatically increase the amount of treatment pJj per unit time.

FIG. 9 shows the separate sections of the tag encyclopedia 2.

In the figure (a), the movable base 7120a in the receiver 20 extends in the -E direction from the fixed base 20b, and the movable base 2 in this state
The button 0a is pressed by the bush n-rad 22, and the tag 17 and the handle string 13 are thermally bonded. After heat-sensitive bonding, the movable base 20a moves downward to be lower than the fixed base 20b, so that the tag 17 on the movable base 2Oa comes into contact with the fixed base 20b and is peeled off from the movable base 20a.

In the same figure (b), this is reversed, and the movable base 20a is the fixed base 20.
The tag 17 and the handle string 13 are pressed together by the push rod 22, and the heat-sensitive bonding between the tag 17 and the handle string 13 is performed on the fixed base 20b.Next, after this heat-sensitive bonding, the movable base 20a moves up and the tag 17 is is pushed up from above the fixed base 2Ob to peel off the tag 17 from the fixed base 20b.

In the same figure (c), the pedestal 20 is divided into two parts, 20c and 20d, and the tag 17 is extended so as to straddle the divided parts 20c and 20d, and is thermally bonded to the grip string 13. It looks like this. And after this heat-sensitive adhesive,
One dividing table 20d moves downward. Due to this downward movement, the adhesive between the tag 17 and the pedestal 20d is peeled off.
The contact area with the tag 17 is reduced, and as a result, the tag 17 is easily peeled off from the pedestal 20 when the pick string 13 is let out.

Tag adhesion shown above! Although the treetop 2 uses the heat sensitivity of a hot melt adhesive to adhere the tag and the handle, the present invention can be similarly applied to tags using other adhesives. Further, the tag adhesion mechanism 2 can be further modified, for example, by dividing the pedestal 20 into three or more parts that are relatively offset. The deflection location and number of deflections may be adjusted according to the adhesive strength of the adhesive.

(Effects of the Invention) As explained above, the present invention allows the feeding of the picking string for adhering the tag to the picking string to be linked with the forward movement of the head of the picking string fastening means, and the feeding of the packaging material and the sealing machine. In order to link the seal joint with the operation of the pinch string fastening means,
This has the advantage that control becomes easier and tags can be attached to the handle within the same device.

[Brief explanation of drawings]

FIG. 1 is a side view showing the overall configuration of a package manufacturing apparatus to which an embodiment of the present invention is applied, FIG. 2 is a perspective view showing the tag adhesion mechanism, FIG. 3 is a plan view showing the head, and FIG. 4 Figures 5(a) to 5(e) are side views showing an example of the internal mechanism of the clamper;
Figure 6 (a) is a surface diagram showing the operation of adhering the tag to the pick string.
) to (h) are open views showing the manufacturing operation of the package, FIG. 7 is a front view of the package formed by the package manufacturing apparatus shown in FIG. 1, and FIGS. 8(a) to (c) 9 is a process diagram showing the manufacturing process, and FIGS. 9(a), 9(b), and (°C) are sectional views showing different operations of the tag bonding means. DESCRIPTION OF SYMBOLS 1...Fund, 2...Tag adhesion mechanism, 3...Pinch string attachment mechanism, 4...Tag attachment mechanism, 5...Delivery fissure, 6...Seal mechanism, 7 ... Shooter, 8... Guide plate, 11... Packaging body, 12... Bag body, 1
3...Pinch string, 14.15.16...Seal line, 1
7...tag, 17a...tag material, 18...packaging material,
20... cradle, 20a... movable base, 20b... fixed base, 21... bushing member, 22... push rod, 23... tag cutter 24... cylinder, 2
5.--Output JIS, 26.-Turn pulley, 27.
... bobbin, 30... head, 30a... tip,
30c... Seibe, 31... Extrusion cylinder, 32...
- Head holder, 33... Cutter, 34... Temporary fixing heater, 35... Elastic member, 40... Clamper 41... Clamper holder, 42... Drive mechanism, 43
... Pivot, 44 ... Adjustment arm, 44a ... Concave groove, 45 ... Adjustment cylinder, 46 ... Roller, 47 ...
・Fixed heater, 48... Tag guide, 50...
Guide tube, 5]. 52...Feed roller, 53...Belt, 60...
...Shrink seal machine, 61...Horizontal seal resistor.

Claims (1)

[Claims] A tag adhering means in which a push rod moves so as to come into contact with a pedestal to adhere the tag to a pick string at a predetermined interval, and the pedestal partially deviates before and after the adhesion, and a knob to which the tag is adhered. A pick string fastening means cuts a string to a predetermined length and inserts the tip into the packaging material to fasten it to the packaging material, and the packaging material is sealed and joined while feeding the packaging material in the longitudinal direction to form a package. and a sealing means for molding the tag, the tag adhering means and the sealing means being interlocked with a knob fastening means.