JP2534217B2 - Method and device for attaching marking object of marking machine - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to various marking materials, such as identification tubes, for displaying various characters and symbols for identifying electric wires, etc.
The present invention relates to a marking object sticking device for a marking machine for marking a symbol or the like with a marker such as a character assembly, a thermal head, etc. More specifically, after marking a marking material, the marking object thus marked <br /> The present invention relates to a marking object sticking method and device used for sequentially sticking a marking object formed by cutting a marking material portion from a succeeding marking material to a sticking sheet and shipping or storing the marking object.

[0002]

2. Description of the Related Art A marking machine of this type descends toward a long marking material and marks the marking material such as a character assembly, and after marking the marking material at every marking pitch. It is provided with a marking material feeding means for feeding, and a cutter for cutting the marked marking material portion from the following marking material portion at each marking pitch. In the prior art, short-sized marking material portions (marking objects) formed by marking and cutting have been separately stored in a container.

[0003]

However, if the marked material portions (marked objects) that have been marked and cut into short pieces are housed in separate containers, the work to be carried out when the marked objects are used. Since a person has to take out one by one from the container, the process of processing the object to be marked cannot be automated, and the quantity control is troublesome and the handling is inconvenient.

For this reason, a large number of objects to be marked have recently been marked.
After marking, put it on a sticking sheet for shipping and storage
A device for attaching an object to be marked has been proposed (actually,
See Kaihei 4-61712). But this device
Is the mark that is sent by the marking machine.
This marking is received after receiving the marking object from the marking machine.
The marking machine has a long
Marking is performed by sequentially marking the material to be marked
If it is a type that cuts at each pitch,
After separating the king from the subsequent marking material,
Be sure to orderly transfer these objects to be marked to the pasting device.
Therefore, it is necessary to use a device for aligning and conveying the objects to be marked.
In addition to the fact that the transportation of the marking object becomes messy,
The object to be marked on the sticking sheet becomes messy as well.
May interfere with the subsequent processing of the marked object.
It Also, with this conventional device, the material to be marked is cut
Since the operation and the pasting operation are performed separately, the equipment is
Has the drawback of being complicated and large .

One problem to be solved by the present invention is
We will hold the marked short-cut objects in order and hold them on the sticking sheet so that they can be handled easily.
It is to provide an object to be marked was sticking method and apparatus for markings machine to be able to be stored.

Another problem to be solved by the present invention is that
Marking material that has already been marked is
The cutting operation and the cutting operation
Affix the separated marking material part (marking object)
It is possible to perform the operation of pasting on the attached sheet at the same time.
Provide marking method and device for marking objects on marking machine
To do.

[0007]

The first means for solving the problems of the present invention is to lower the marker of a marking machine toward a long marking material which is intermittently fed at a predetermined pitch, and to mark the marking material. After marking on ,
When a plurality of objects to be marked are sequentially formed by cutting the marked material part marked by the subsequent material to be marked with a cutter, the marked material part of the marked material is synchronized with the operation of the marking machine . Cutting position
Affixed sheets are intermittently fed below the table and marked
This marking is used when cutting the material to be marked
Force to press while already backing the marked material part
In come sequentially pasting a multiple of the marking material to the balance sheet
An object of the present invention is to provide a marking object sticking method for a Markin machine, characterized in that a plurality of these marking objects are stored and transported.

A second means for solving the problems of the present invention is a marker which descends toward a long marking material and marks the marking material, and the marking material which is fed at each marking pitch after marking. Material feeding means and marking target marking material Markin
A marking object sticking device used in connection with a marking machine, comprising a cutter for cutting a marking material portion from a subsequent marking material portion at marking pitches to form a plurality of marking objects. And the sticking sheet feeding means for paying out the tape-shaped sticking sheet having the sticking surface to which the object to be marked is stuck, the sticking sheet winding means for winding the tape-shaped sticking sheet, and the downward movement of the marker. Interlocking with the upward movement, the patch sheet is intermittently moved at a predetermined pitch from the patch sheet feeding means to the patch sheet winding means.
To feed Kyusuru sticking sheet feeding means and the marking already of the mer with the sticking sheet winding means and sticking sheet feeding means
An attachment sheet that extends directly under the cutting position of the king material part.
It is equipped with a seat running path, and this sticking sheet running path has a
When the cutter of the marking machine cuts the material to be marked
Backing to mark the marked material on the back
Marking material part that has a backing plate and is already marked
Pressed when cutting while backing the minutes with this backing plate
The object to be marked can be attached to the attachment sheet by force.
An object of the present invention is to provide a marking object sticking device for a Markin machine.

A third problem solving means of the present invention is a marking object sticking device of a marking machine according to the second problem solving means, wherein the sticking sheet feeding means feeds the sticking sheet by sandwiching it. And a driven wheel and a driving body which is connected to the driving wheel via a one-way clutch and rotates in response to the up-and-down movement of the marker.The one-way clutch does not drive the driving wheel when the marker descends, but when the marker rises. It is an object of the present invention to provide a marking object sticking device for a marking machine , which is set so as to drive a driving wheel.

A fourth problem solving means of the present invention is a device for sticking an object to be marked of a marking machine according to the third problem solving means, in which the driving wheel and the driven wheel are engaged with each other with a shallow depth to feed the sticking sheet. It is intended to provide a marking object sticking device for a marking machine , which is characterized by comprising a feeding gear.

A fifth object solving means of the present invention is an object sticking device for a marking machine according to the third or fourth object solving means, in which a marker is lowered between a driving body and a driving wheel. It is an object of the present invention to provide a marking object sticking device for a marking machine , which is provided with a coupling clutch that is interlocked with the driving body to axially move so as to mesh with the driving wheel side and couple with the driving wheel.

[0012]

As described above, when the marked objects which have been marked and are cut into short pieces are sequentially stuck to the sticking sheet, a large number of the marked objects are mounted in order on the sticking sheet. When using, the sticking sheet can be fed out and conveyed to the use position, and therefore, the process of processing the object to be marked can be automated, and the quantity control is easy,
It can be easily shipped and stored.

In particular, the marked object which is the object to be marked has already been marked.
The marked material part of the
At the same time it is cut off from the
Therefore, after separating the marking target, the marking target
As in the case of transporting and pasting to the pasting device,
For aligning and transporting objects to be marked that have been separated into
Since it does not require complicated alignment and transportation equipment,
Simple and economical, and the object to be marked is
Aligned transportation is disturbed and the sheets are awkwardly applied to the application sheet.
There is no problem, and the object to be marked can be attached in an orderly manner.
Therefore, remove the object to be marked from this pasting sheet.
Work to process objects to be marked without any hindrance.
it can.

Further , the sticking sheet is used as a marking machine marking.
Delivered below the cutting position of the marked marking material part
Then, press the marked marking material part.
While using the pressing force when cutting,
Sheet with (marked material to be marked) attached
The backing plate of the pasted sheet will be attached to
Marked items that are necessary and incidental to the
Receiving stand for marking material and receiving device
It has both functions as a stand, marking machine and target
King equipment sticking device partially overlaps and the entire equipment
Can it to easily miniaturized.

The sticky sheet feeding means sandwiches the sticky sheet
The driving wheels and driven wheels to be fed and the one-way
It is connected via the switch and rotates in response to the upward movement of the marker.
It consists of a driving body to drive,
You can send a pasting sheet using
Therefore, a special drive source for the device for attaching the object to be marked is required.
do not do.

The driving wheel and the driven wheel of the pasted sheet feeding means are
If it consists of gears that are in shallow mesh with each other
The sheet does not need to have a hole through which the gear teeth pass,
Since the attached sheet can be sent, it is special for the attached sheet.
No need to perform another process, and the adhesive sheet can be provided at low cost.
Can be

[0017]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Referring to the drawings, an embodiment of the present invention will be described in detail. FIG. 1 shows a marking object applying apparatus 10 of a marking machine according to the present invention, and a marking machine 12 is a long marking material. 14 (see FIG. 5) to mark the material 14 to be marked, and in the illustrated embodiment, the material 14 to be marked is pressed against the material 14 to be marked in a heated state through a colored tape to perform marking. a print assembly 16, and the marking material delivery means for feeding the object to be marked material 14 for each marking after marking pitch (not shown), disconnecting the marked object to be marked material portions from the subsequent object to be marked material portion So
The object to be marked material 14 is cut into each marking pitch to form a plurality of the marking material 14A cutter 18
It has and. The character assembly 16 includes a movable frame 20.
And is moved up and down with the vertical movement of the movable frame 20.

As shown in FIG. 1, the cutter 18 is provided with a cutter blade 24 pivotally supported by a pivot pin 22 on a fixed frame (not shown) of the marking machine and normally urged counterclockwise by a spring (not shown). The marking material 1 to be cut and provided close to the cutter blade 24
Material to be marked by pressing 4 on the backing guide plate
The material 14 to be marked is displaced when the material 14 is cut
The cutter blade 24 and the pressing tool 26 pivotally supported on the same pivot pin 22 so as to eliminate the presence of the cutter blade 24.

These cutter blade 24 and pressing tool 26
1 is pivoted in the clockwise direction in FIG. 1 around the pivot pin 22 as a fulcrum by the lowering of the movable frame 20 of the marking machine 12, and the cutter blade 24 crosses the marking material 14 while pressing the marking material 14 with the pressing tool 26. And cut to form the marking object 14A. Further, the cutter blade 24 and the pressing tool 26 are used for the marking machine 12
When the movable frame 20 is raised, it is pivoted counterclockwise by a spring (not shown) to the position shown in the figure.

The marking object sticking apparatus 10 of the present invention comprises:
Adhesive surface (adhesive surface) to which the marking object 14A is to be applied
The sticking sheet feeding means 30 for feeding the tape-shaped sticking sheet 28 having the following, the sticking sheet winding means 32 for winding the tape-like sticking sheet 28, and the downward movement of the character assembly 16 but not the upward movement. Then, the pasting sheet 28 is intermittently fed at predetermined pitches from the pasting sheet feeding means 30 to the pasting sheet winding means 32, and the pasting sheet feeding means 34 and the pasting sheet feeding means 30 are pasted. Markers already marked with the sheet winding means 32
The object to be marked 14 is pushed by the pressing tool 26 when the cutter 18 of the marking machine cuts the material to be marked 14 extending just below the cutting position of the king material portion.
A is attached to the adhesive sheet 28, and the adhesive sheet traveling passage 36 is provided. These components are mounted on the machine base 38. Press the marking material 14
For details on the backing plate when pressing with the bracket 26, refer to
Go out.

The sticking sheet feeding means 30 is shown in FIG. 2 and FIG.
As shown in FIG. 5, a reel 40 is attached to a delivery shaft 42 rotatably supported by a frame 38A of the machine base 38 by a bearing 40. At least one reel side plate 44A of the delivery reel 44 has a washer 46. It is detachably attached to the feeding shaft 42 by a knob 48 via. The sticking sheet roll 28A is provided on the feeding reel 4
Held on four.

The sticking sheet feeding means 30 includes a guide roll 50. The guide roll 50 is attached to the tip of a guide arm 54 which is swingably supported by a frame 38A by a mounting shaft 52 (see FIG. 2). Installed. The adhesive sheet 28 delivered from the adhesive sheet roll 28A is delivered via the guide roll 50 such that the adhesive surface faces downward.

The attached sheet winding means 32 is shown in FIGS.
Similarly, it comprises a take-up reel 60 mounted on a take-up shaft 58 which is rotatably supported by a frame 38A of a machine base 38 by a bearing 56.
At least one reel side plate 60A of 0 is a washer 6
2. The winding shaft 58 is detachably attached to the winding shaft 58 by the knob 66 via the spring 64.

The adhesive sheet feeding means 30 and the adhesive sheet winding means 32 are connected by a drive connecting means 68. The drive connecting means 68 comprises a sprocket 70 fixed to the payout shaft 42, a sprocket 72 fixed to the take-up shaft 58, and a chain 74 stretched around these sprockets 70, 72.

Therefore, as will be described later, the sticking sheet 2
When 8 is fed by the sticking sheet feeding means 34 and fed out, the feeding shaft 42 rotates because the sticking sheet 28 is fed out from the feeding reel 44 of the pasting sheet feeding means 30, so that the drive connecting means 68 is set. The winding shaft 58 rotates through the winding shaft 60 and the sticking sheet 28 is wound on the winding reel 60.
As will be described later, when the diameter of the sticking sheet roll 28A on the feeding reel 44 becomes smaller and the number of rotations at the time of feeding increases, the number of rotations of the take-up reel 60 also increases, but the sticking sheet to be wound up. Since the winding length of the winding reel 28 does not change, the body portion 60C of the winding reel 60 has the reel side plate 6
It can slip with respect to 0A and 60B.

The sticking sheet feeding means 34 is shown in FIG. 4 and FIG.
As shown in FIG. 7, a driving wheel 76 and a driven wheel 78 that feed with the patch sheet 28 sandwiched therebetween, and a one-way clutch 8 on the driving wheel 76.
Drive unit 82 (see FIG. 5) which is connected via 0 and rotates in response to the elevation of the character assembly 16. The one-way clutch 80 is set so as not to drive the drive wheels 76 when the type assembly 16 is lowered, but to drive the drive wheels 76 when the type assembly 16 is raised.

As can be seen from FIG. 5, the driving wheel 76 and the driven wheel 78 are gears that are engaged with each other in a shallow manner to sandwich and feed the sticking sheet 28. If the meshing of these gears is shallow, it is not necessary to provide the adhesive sheet 28 with holes through which the gear teeth pass, and the adhesive sheet 28 can be fed. The drive wheel 76 is fixed to a drive shaft 86 that is rotatably supported by a bearing 84 on the frame 38B of the machine base 38, and the driven wheel 78 is bearing 90 on a support shaft 88 that is fixed to the frame 38C of the machine base 38. Is supported through.

As shown in FIG. 5, the one-way clutch 80 comprises a driven cylinder 94 supported by a drive shaft 86 via a bearing 92 with a one-way clutch.
Similarly, as shown in FIG. 5, the drive shaft 86 comprises a drive cylinder 98 with a collar which is supported by a thrust bearing 96 and drives a driven cylinder 94 via a coupling clutch which will be described later.

As shown in FIGS. 4 and 6, a connecting chain 102 is provided between the stop pin 100 attached to the collar 98a of the driving body 82 and the pin 21 (see FIG. 4) on the movable frame 20 of the marking machine . And a spring 104 that normally urges the drive cylinder 98 to rotate clockwise in FIG. 4 is provided between the stop pin 100 and the pin 39 (see FIG. 4) on the frame 38B . Has been done. Therefore, when the movable frame 20 of the marking machine rises, the driving body 82 rotates counterclockwise in FIG. 4 against the spring 104 by the connecting chain 102 , and when the movable frame 20 descends, the driver 82 rotates clockwise by the spring 104. Rotate to.

Between the driving body 82 and the driving wheel 76, the coupling clutch 106 is coupled to the driving wheel 76 by axially moving so that the driving body 82 meshes with the driving wheel 76 side in conjunction with the lowering of the character assembly 16. Is provided. This coupling clutch 1
Reference numeral 06 denotes meshing teeth 98b and 94a provided on the surfaces of the drive cylinder 98 and the driven cylinder 94 which face each other and meshing with each other, and a drive cylinder axial movement for axially displacing the drive cylinder 98 as the drive cylinder 98 rotates. It is composed of the mechanism 108.

The drive cylinder axis moving mechanism 108 is fixed to the frame 38B and fixed to the drive shaft 8 as shown in FIGS.
6 comprises a cam groove 112a (see FIG. 6) provided in a fixed cylinder 112 supported via a bearing 110, and a guide pin 114 fixed by being screwed to the drive cylinder 98 and engaged in the cam groove 112a. .

Therefore, when the movable frame 20 of the marking machine 12 descends and the connecting chain 102 descends, the spring 104
4, the drive body 82 rotates clockwise in FIG. 4, and the drive cylinder 98 advances toward the driven cylinder 94 while following the cam groove 112a by the guide pin 114 engaged with the cam groove 112a of the fixed cylinder 112. Both teeth 98a, 94
a meshes with each other to engage the coupling clutch 106 .

On the contrary, when the movable frame 20 of the marking machine 12 rises and the connecting chain 102 rises, the spring 10
4, the driving body 82 rotates in the counterclockwise direction in FIG. 4, and the driving cylinder 98 thereof follows the cam groove 112a by the guide pin 114 engaged with the cam groove 112a of the fixed cylinder 112 while following the driven cylinder. It retreats in the direction away from 94. still,
This retreat is set not to be performed immediately after the drive body 82 rotates counterclockwise, but after the drive body 82 rotates a predetermined angle in the counterclockwise direction.

Therefore, when the driving member 82 is rotated in the clockwise direction to engage the coupling clutch 108, and then the driving member 82 is rotated in the counterclockwise direction, the drive shaft 8 is passed through the one-way clutch 80.
Since 6 is rotated, the sticking sheet 28 is fed by the meshing drive of the drive wheel 76 and the driven wheel 78.

As shown in FIGS. 1 and 4, the sticking sheet running passage 36 has a marked material portion which has been marked between the sticking sheet feeding means 30 and the sticking sheet winding means 32.
The portion to be marked 14A extends just below the cutting position of the portion to be marked 14A.
The second cutter 18 is applied to the application sheet 28 by the pressing force of the pressing tool 26 when the marking material 14 is cut. The backing plate 1 is provided in the pasted sheet traveling passage 36.
16 is provided, and this backing plate 116 is a marking machine.
When the cutter 18 of FIG.
Marking, which is the marked marking material part
Use the pressing tool 26 to prevent the moving object 14A from being displaced.
At the same time as pressing, the marking target is marked with this pressing force.
The object to be marked, which is the king material part, is attached to the attachment sheet.
It has the function of backing so that it can be attached. Also this
In the illustrated example, the backing plate 116 is the object to be marked 14
After attaching A, attach the adhesive tape 28 to the adhesive sheet winding means.
It has a function to guide up to 32, but its guiding function
May be performed by a guide member separate from the backing plate 116.
Yes.

The pasting sheet feeding means 34 is used for the pasting sheet 2
Adjustment handle 11 for adjusting the angular position of the fixed cylinder 112 with respect to the frame 38B in order to adjust the feeding pitch of No. 8
8 is attached to the fixed cylinder 112. Fixed cylinder 112
Is screwed into the small-diameter threaded portion 112b to be attached to the frame 38.
It is fixed in place by a set nut 120 that abuts B.

Next, the method for attaching an object to be marked according to the present invention will be described.
The type assembly 16 of the marking machine 12 descends together with the movable frame 20 and presses against the material 14 to be marked to mark the material 14 to be marked. The marked material portion is fed between the cutter 18 and the backing plate 118 of the sticking sheet traveling passage 116 of the marking object sticking apparatus 10 of the present invention by a marking material feeding means ( not shown ).

Therefore, when the movable frame 20 of the marking machine 12 descends, the movable frame 20 causes the cutter blade 24 and the pressing tool 26 to swing around the pivot pin 22 in the clockwise direction of FIGS. The portion of the material to be marked of is suppressed by pressing the pressing tool 26.
While forming the object to be marked object 14A is disconnected from the connection object to be marked material portion after being cut by the cutter blade 24, but at the same time as the backing plate by the marking material 14A is pressed against member 26, separated in this way
It is pasted on the pasting sheet 28 on 116 .

On the other hand, the movable frame 2 of the marking machine 12
Since the connecting chain 102 is loosened by the lowering of 0, the driving body 82 of the sticking sheet feeding means 34 is rotated clockwise by the spring 104 in FIG. The driving body 82, that is, the driving cylinder 98 is
When rotated in the meter direction, as already mentioned, the solid Teitsutsu 112
The guide pin 114 that engages with the cam groove 112a advances toward the driven cylinder 94 together with the drive cylinder 98 along the cam groove 112a, so that the coupling clutch 106 is coupled, but the one-way clutch 80 rotates the drive wheel 76. There is no such thing. Incidentally, this series of movements associated with the lowering of the movable frame 20 is shown with an arrow by the symbol a ₁ to a ₅ to 6.

Next, when the marking machine 12 finishes the marking operation and the cutting operation, the character assembly 16 rises together with the movable frame 20, so that the cutter 18 rises counterclockwise as shown in FIG. The drive body 82 is rotated counterclockwise in FIG. 4 against the spring 104 via the connecting chain 102. Therefore , the drive wheel 76 is rotated through the drive cylinder 98, the driven cylinder 94, and the one-way clutch 80 which are already connected by the coupling clutch 106, so that the tape-shaped sticking sheet 28 to which the marking object 14A is stuck.
Are fed at a predetermined pitch in the direction of the arrow in FIG.

As already mentioned, the cam groove 112a into which the guide pin 114 is engaged releases the coupling clutch 106 after a predetermined stroke has elapsed after the movable frame 20 of the marking machine 12 has risen. 1
The tape-shaped adhesive sheet 28 is fed by the counterclockwise rotation of the driving body 82 while 06 is coupled. This series of movements is shown in FIG. 6 in the order of b ₁ , b ₂ , b ₃ and b ₄ with arrows.

When the adhesive sheet 28 is fed, the tape-shaped adhesive sheet 28 is delivered from the adhesive sheet feeding means 30 by its tension, and the rotation of the feeding reel 44 at this time is rotated by the drive connecting means 68 by the adhesive sheet winding means. 32 is transmitted to the take-up reel 60, the tape-shaped sticking sheet 28 to which the marking object 14A is stuck is taken up by the take-up reel 60.
To be wound up.

When the delivery diameter on the delivery reel 44 becomes smaller, the rotation angle of the take-up reel 60 becomes larger than the feeding pitch of the sticking sheet 28.
Can absorb the difference due to the slip between the body portion 60C and the reel side plates 60A and 60B.

After the sticking sheet 28 is fed by a predetermined pitch, the coupling clutch 106 is changed to a _{6 in} FIG. The coupling clutch 106 is released by the movement of the arrow indicated by, and the original state is restored.

In the above embodiment, the marker is composed of the character assembly 16 which is also marked on the material 14 to be marked through the colored tape, but the marker may be a thermal head. Also, the pasting sheet 28
In the illustrated embodiment, the tape has a tape shape, but may have any shape.

[0046]

EFFECTS OF THE INVENTION According to the present invention, as described above, the objects to be marked, which have been marked and cut into short pieces, are sequentially applied to the application sheet, and a large number of objects to be marked are neatly arranged and held on the application sheet. since, when using this object to be marked was the sticking sheet out Repetitive can be transported to the use location and therefore the step of treating the object to be marked object can be automated and easy to quantity management Therefore, there is a practical advantage that shipping and storage can be easily performed.

Marked objects that are marking objects
The marking material part starts from the subsequent marking material part.
At the same time it is cut off, it can be attached to the attachment sheet.
Therefore, after separating the object to be marked,
When transferring and attaching the
Align the objects to be marked, which are separated into pieces
Does not require complicated aligning and transporting device
Therefore, the equipment is generally simple and economical, and
Aligned transportation of the marked objects is disturbed and cluttered the pasting sheet
It is not pasted, so the objects to be marked are tidy
It can be pasted with,
To remove the object to be marked and process the object to be marked.
You can do your work without any hindrance.

Further , the sticking sheet is used as a marking machine marking.
Delivered below the cutting position of the marked marking material part
Then, press the marked marking material part.
While using the pressing force when cutting,
Sheet with (marked material to be marked) attached
The backing plate of the pasted sheet will be attached to
Marked items that are necessary and incidental to the
Receiving stand for marking material and receiving device
It has both functions as a stand, marking machine and target
Simple and downsizing the entire equipment with the King sticking device
Can be.

Further, the sticking sheet feeding means can send the sticking sheet.
One direction to the drive wheel and the driven wheel that feeds with sandwiching and this drive wheel
It is connected via a clutch and responds to the upward movement of the marker.
Since it consists of a driving body that rotates and drives,
You can use the ascending exercise of
The marker drive can be attached to the marking object
Marking target also serving as a drive source for the sheet attachment feeding device
No special drive source for the glue application device is required.

Drive wheels and followers of the pasted sheet feeding means
If the wheels consist of gears that are in shallow mesh with each other,
It is not necessary to provide holes on the pasting sheet through which the gear teeth pass.
Since you can send a sticky sheet,
There is no need to perform special processing on the adhesive sheet, and the adhesive sheet can be made inexpensive
Can be provided.

[Brief description of drawings]

FIG. 1 is a schematic side view of a marking target sticking apparatus according to the present invention.

FIG. 2 is an enlarged side view of a sticking sheet feeding means and a sticking sheet winding means used in the present invention.

FIG. 3 is a horizontal cross-sectional view of the sticking sheet feeding means and the sticking sheet winding means of FIG.

FIG. 4 is an enlarged side view of the sticky sheet feeding means used in the present invention.

5 is a horizontal sectional view of the sticky sheet feeding means of FIG.

6 is a further enlarged rear view of the sticky sheet feeding means of FIG. 4. FIG.

FIG. 7 is a top view showing a horizontal cross section of a part of the sticky sheet feeding means of FIG.

[Explanation of symbols]

 10 Marking object sticking device 12 Marking machine 14 Marking material 14A Marking object 16 Type assembly 18 Cutter 20 Movable frame 21 Pin 22 Pivoting pin 24 Cutter blade 26 Pressing tool 28 Tape-like sticking sheet 30 Sticking sheet feeding means 32 Sticking Sheet winding means 34 Attached sheet feeding means 36 Attached sheet traveling passage 38 Machine stand 38A frame 38B frame 38C frame 39 Pin 40 Bearing 42 Feeding shaft 44 Feeding reel 44A Reel side plate 46 Washer 48 Knob 50 Guide roll 52 Mounting shaft 54 Guide arm 56 Bearing 58 Winding shaft 60 Winding reel 60A Reel side plate 60B Reel side plate 60C Body 62 Washer 64 Spring 66 Knob 68 Drive connecting means 70 Sprocket 72 Sprocket 74 Che 76 Drive wheel 78 Driven wheel 80 One-way clutch 82 Drive body 84 Bearing 86 Drive shaft 88 Support shaft 90 Bearing 92 One-way clutch bearing 94 Driven cylinder 94a Teeth 96 Drive tube 98a Collar 98b Teeth 100 Stopping pin 102 Connection Chain 104 Spring 106 Coupling clutch 108 Drive cylinder axis movement mechanism 110 Bearing 112 Fixed cylinder 112a Cam groove 114 Guide pin 116 Backing plate 118 Adjustment handle 120 Set nut

Claims (5)

(57) [Claims] 1. A marker of a marking machine is lowered toward a long marking material fed intermittently at a predetermined pitch to mark the marking material,
When sequentially forming a plurality of object to be marked was the marked the marking material portions from the subsequent object to be marked material portion was cut with a cutter, the marking material portion that is said marking in synchronization with the operation of the marking machine
The adhesive sheet is intermittently fed below the cutting position for
When the marking material portion is cut, the marking object
The backing force of the
A marking object sticking method for a Markin machine , wherein marking objects are sequentially stuck to the sticking sheet to store and transport the plurality of marking objects. 2. A marker for descending toward a long marking material and marking the marking material, and marking material feeding means for feeding the marking material after marking at each marking pitch. marked object to be marked with the object to be marked material
A marking object sticking device used in association with a marking machine, comprising: a cutter that cuts a material portion from a subsequent marking material portion at a marking pitch to form a plurality of marking objects. A sticking sheet feeding means for feeding a tape-shaped sticking sheet having a sticking surface on which an object should be stuck, a sticking sheet winding means for winding the tape-shaped sticking sheet, and an ascending movement which is not interlocked with the descending movement of the marker. A pasted sheet feeding means for interlockingly feeding the pasted sheet from the pasted sheet feeding means toward the pasted sheet winding means at a predetermined pitch intermittently, the pasted sheet feeding means and the pasted sheet winding means. Between the marked marking material parts
With the pasted sheet running passage that extends directly below the cutting position
The marking sheet is provided in the traveling path of the pasting sheet.
When the cutter cuts the marking material,
Backing to back the marked marking material part
Plate provided with the above-mentioned marking material
Pressed when cutting the material while backing it with the backing plate
The object to be marked is attached to the attachment sheet by the force
The marking object sticking device for a Markin machine, which is characterized in that 3. The marking object sticking apparatus of the marking machine according to claim 2, wherein the sticking sheet feeding means feeds the driving wheel and the driven wheels that sandwich the sticking sheet and feeds the driving wheel. A driving body which is connected through a one-way clutch and rotates in response to the up and down movement of the marker, the one-way clutch does not drive the drive wheel when the marker is lowered, but the drive wheel is moved when the marker is raised. The marking object sticking device of the marking machine , characterized in that it is set to drive. 4. The marking object sticking apparatus of the marking machine according to claim 3, wherein the driving wheel and the driven wheel are gears that are engaged with each other in a shallow manner to sandwich and feed the sticking sheet. A marking object sticking device for a marking machine . 5. The marking object sticking device of the marking machine according to claim 3, wherein the driving body is a driving wheel between the driving body and the driving wheel in association with the lowering of the marker. A marking object sticking device for a marking machine , characterized in that a coupling clutch for axially moving so as to mesh with a side is coupled to the driving wheel.