JP3396064B2 - Hand labeler - Google Patents

Description

Description: BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a hand labeler,
For labels that are temporarily affixed sequentially on the transfer tape,
A printing mechanism comprising a plurality of indices arranged in a flow direction,
At least one row of marks is the stamp to which it is attached
Detachable to the case for replacement or position change
However, the structure is simple and easy to perform, and the mounting state is stable
Related to the handler labeler to be held. 2. Description of the Related Art In a conventional hand labeler printing mechanism,
For example, a detachable mechanism for exchanging a mark is disclosed in
As in the invention described in Japanese Patent No. 16207,
Place the biased clip and place it in the stamp case (Y
), Or loosen the nip to remove it
Has become. [0003] The above-mentioned handlake
The attachment / detachment mechanism in the printer printing mechanism has a complicated structure.
Or the clip is outside the stamp case (yoke)
There is a drawback that it can not be compacted
Was. SUMMARY OF THE INVENTION [0004] A printing mechanism is provided for controlling the flow of a label.
Marks in a row in the same direction and stamps for attaching the marks
Case, and the stamp case is inward for each mark.
To form a pair of slide grooves (or projections).
Each mark is a slide groove (or projection) on the stamp case.
Form a pair of outwardly extending slide projections (or grooves) that engage
And at least one indicia is
Rotation with respect to the lower part of the mark formed with a ridge (or groove)
The upper part of the mark is freely connected to the
Align the groove (or groove) with the slide groove (or protrusion) of the stamp case.
Full engagement with forward slide
In this state, rotate the upper part of the mark in a direction
Fixed projection protruding toward the stamp case
And the receiving part formed within the thickness of the stamp case
Make sure that the stamp case is prevented from sliding backwards
Can be provided. [0005] The hand labeler of the present invention is used in a printing mechanism.
When changing the mark, first rotate the upper part of the target mark.
And remove the fixing projection from the receiving part of the stamp case.
Then pull out the entire mark in the reverse slide direction
And remove the necessary markings from the slide below the markings.
Insert the protrusion (or groove) into the slide groove (or protrusion) of the stamp case.
Slide in the forward direction to fit the
And then rotate the upper part of the mark in a direction substantially perpendicular to the sliding direction.
To prevent the fixing protrusions from being
By doing so, the exchange can be performed. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram showing an embodiment of the present invention;
Will be described. §1. FIG. 1 shows a handler according to an embodiment of the present invention.
It is a figure showing the whole beller composition. Here, this Han
Droveler is divided into the following five mechanisms in terms of functions.
I will clarify. The driving mechanism 100 is operated by an operator.
The part to be operated and the movement caused by this operation
And a part for transmitting to each function. Printing mechanism 300
Is for printing on the supplied label tape.
The ink supply mechanism 400 includes a printing mechanism 3
This is a mechanism for supplying ink to 00. Ma
The label transfer mechanism 500 is provided with the supplied label tape.
Is transported for each label length. FIG. 2 shows the main components of each mechanism in more detail.
It is a detailed structural view, and the hundredth place of the reference numeral attached to each part
Is the mechanism to which the part belongs among the above five mechanisms
Are shown in a unified manner in the hundreds place of the reference numeral attached to. Therefore, first, the main structure of the driving mechanism 100 is described.
The component will be described. The housing 105
This is a housing that surrounds the exterior of the
Part is extended. This housing 105 is shown in FIG.
The exploded view shows the overall shape clearly,
It is composed of a side portion and a right side portion. Manual lever 1
10 corresponds to the housing 105 as shown in FIG.
As shown in FIG.
Operated by the author. One point of this manual lever 110
Between the manual lever and the housing 105
120 is attached.
-110 maintains the position shown in FIG. operator
The handle portion of the housing 105 and the manual lever 11
0 and squeeze together, the manual lever 110
With reference to the moving lever shaft 111 in FIG.
Rotate around. This rotation operation is performed when the manual lever 110
It stops at the position where it comes into contact with the manual lever stopper 130. Operation
When the author releases the grip, the manual lever return spring 120 is released.
, The manual lever 110 returns to the original position.
You. [0011] This hand-held labeler has a manual lever.
-110 is driven by the reciprocating motion. This
In ゝ, the manual lever 110 is manually operated by the grip force of the operator.
The movement moved toward the bar stopper 130 is the forward movement.
Operation, conversely, the original position by the manual lever return spring 120
The operation to return to the above state is referred to as a return operation. The reciprocating movement of the manual lever 110 is driven by the
Transmitted to the system 140. The driving arm 140 corresponds to FIG.
As shown in the diagram, it consists of a pair of left and right members,
A roller 142 is formed at each end. This
The intermediate member 1 is formed by a pair of members of the driving arm 140 of FIG.
50 is sandwiched. In FIG.
The movement of the lever 110 is driven through the intermediate member 150.
Will be transmitted to the Manual lever 110
Rotates around the manual lever shaft 111,
The driving arm 140 rotates around the driving arm shaft 141 as an axis.
Move. At the lower end of the intermediate member 150, the intermediate member
55 are formed, and a label transfer mechanism 500 described later is provided.
Drive. From the manual lever 110 to the driving arm 14
0 is transmitted by the action of the impact spring 160 shown in FIG.
This is done with more freedom, but this power transmission mechanism
Details will be described later. Next, regarding the tape supply mechanism 200,
Tape holder described with reference to FIGS. 2 and 3
-205 is a holder attached to the housing 105
And the label tape 10 in the wound state
Can be attached. Attached label tape 10
Is pulled out from the label guide 210 to the inside of the device.
Introduced to. The label stopper 220 will be described later.
Has a function to lock the label tape 10 introduced.
I do. The introduced label tape 10 is further attached to the bottom of the apparatus.
Is guided to the upper surface of the label receiving table 230 provided in
Label turn-up part 23 formed at the tip of label receiving tray 230
2 folds back to the bottom of the device. By the way, labe
Tape 10 is composed of a number of labels on a long transfer tape 11.
The label 12 is formed by temporarily attaching the label 12 sequentially.
What is folded back to the bottom of the device by the folding section 232 is
Only the sending tape 11 is provided. In other words, this label wrap
Immediately before the portion 232, the label 12 is peeled off and fed out.
Is pressed by the application roller 240,
Label 12 can be attached to the product. This state
Is shown in FIG. The printing mechanism 300 is located above the label receiving tray 230.
Printing is performed on the label tape 10 supported on the surface.
Function. The stamp case 305 is
The main arm of the structure 300
Attached to. In the apparatus of this embodiment, FIG.
As shown, a rotating rubber stamp is placed inside the stamp case 305.
310, rotating rubber stamp 320, and sub-mark 330
Unit is set. These printing units
On the bottom surface, a printing unit 312, a printing unit 322,
A character portion 332 is provided.
Are formed. The rotating rubber stamps 310 and 320 are
The printing unit 312 and the printing unit 3
You can freely change the numbers and symbols set in 22
You. As described above, the movement of the manual lever 110 is
To the print mechanism 300
Is done. That is, the printing mechanism 300 is moved downward by the outward movement.
And the printing units 312, 322, and 332
30 comes into contact with the label tape 10 supported on the upper surface of
Characters will be performed. Then, print by returning operation
The mechanism 300 moves up and returns to the original position (the position shown in FIG. 2).
Return. The ink supply mechanism 400 includes a printing unit 312,
Has a function of supplying ink to the surfaces of 322 and 332,
The main components are a head arm 410 and an ink arm
420, an ink roller 430. Head arm 41
0 and the entire shape of the ink arm 420 are shown in FIG.
It is shown in the figure. Ink arm 420 is a head arm
410 is rotatably attached to the ink arm.
At the tip of 420, an ink roller 43 that has absorbed ink
0 is attached. Driving arm 140 descends
And the head arm 410 is pushed down by the roller 142.
As a result, the ink roller 430 is
Roll the surface of 32,322,312 and apply ink
You. This mechanism will be described later in detail. The label transfer mechanism 500 includes a main transfer drum 5
10, auxiliary transfer drums 520, 530 (530 in FIG. 2)
Only shown), drum small gear 540, delivery roller
550 is the main component. The main transfer drum 510
The transfer drum shaft 511 is attached to the housing 105 as a pivot.
Is attached. Also, the auxiliary transfer drums 520, 53
0 is also transferred to both sides of the main transfer drum 510.
The drum shaft 511 is attached as a pivot. this
A small drum gear 540 is further provided on the transfer drum shaft 511.
Installed. This drum small gear 540 is an intermediate
Engage with the member large gear 155 and reciprocate the manual lever 110
Movement is transmitted to main transfer drum 510 as reciprocating rotation
Play a role. Of each drum 510, 520, 530
The outer peripheral portion is folded back by the label folding portion 232
The transfer tape 11 is wrapped around and is disposed outside the transfer tape 11.
It is pressed by the roller 550. Each drum 510, 52
The rotation of the transfer tape 11
Is transported in the discharge direction. §2. Basic printing operation [0018] Next, the basic marking by this handler labeler
The character operation will be described. Fig. 4 shows this handler labeler.
Extract only the part that performs the basic operation of the printing operation
FIG. As described above, the manual lever 110 is
The driving lever shaft 111 is attached as a pivot,
140 is attached with the driving arm shaft 141 as the pivot.
Have been. The reciprocation of the manual lever 110 is controlled by the intermediate member 1.
The driving force is transmitted to the driving arm 140 via 50. Sand
In the forward movement, the lever is formed at the tip of the manual lever 110.
The operation of the intermediate member 150 is performed by the
The use part 151 is pushed down. This allows the driving arm
Rotation 140 descends around the driving arm shaft 141 as a pivot.
Perform the operation. On the other hand, the return by the manual lever return spring 120
In the road operation, the intermediate member is pushed by the manual lever pressing portion 112.
The 150 member-side impact spring shaft 152 is pushed up. This
As a result, the driving arm 140 pivots the driving arm shaft 141.
Performs a pivoting movement that rises as an axis. FIGS. 5 to 7 show the reciprocating movement of the manual lever 110.
FIG. 6 is a side view for explaining a basic printing operation based on a motion.
You. In the forward movement, the manual lever 110 is
It rotates counterclockwise in the figure around 11 as a pivot.
As a result, the action portion 151 of the intermediate member 150 is pushed down.
At the same time, the impact spring 160 is stretched. Opposition
The firing spring 160 is a lever attached to the manual lever 110.
Attached to bar side impact spring shaft 114 and intermediate member 150
Attached to the member-side impact spring shaft 152
A spring, as described later, is attached to the label tape 10.
Performs the function of controlling the printing pressure. In FIG. 5, the driving arm 140 is counterclockwise.
When pivoted around, the roller 142 moves the head arm 410
Will be pressed down. This movement is shown in FIG.
This can be easily understood by referring to the perspective views. By the way, figure
As shown in FIG. 4, the ink arm 420 is
421 is attached to the head arm 410 about a pivot.
For the head arm 410, the head arm
By firing 412, and to ink arm 420
Each predetermined by the ink arm firing 422
A rotational force in the direction is applied. That is, FIG.
To the head arm 410 and the ink arm 420
Have a counterclockwise rotational force applied to either
You. Therefore, the head arm 410 is located at the top.
To keep it in contact with the roller 142
430 contacts the stamp case 305 located at the top.
Try to keep the state. Here, the roller 142
When the head arm 410 is pushed down, the head arm 4
10 and the ink arm 420
Those who are against the arm 412 and the ink arm 422
It will move in the direction. In the forward movement, stamp case 3
05 descends toward the label receiver 230
However, the ink roller 430 is used for the stamp case 305.
From the right to left in the figure
And it will roll. Thus, the ink roller 4
The ink contained in 30 is applied to the typeface. FIG. 6 shows a state where the outward movement is completed.
FIG. Bottom of stamp case 305 (printed surface)
Is the label tape 10 supported on the label receiving table 230.
Printing is performed by contacting the surface of the image. Ink painting work
The finished ink roller 430 is
It has been retracted to the side. Return from this state
Turn into action. FIG. 7 shows a state in the middle of the return path operation.
FIG. In other words, manual return
While the bar pressing portion 112 moves upward, the member-side impact spring
The shaft 152 is pushed up. Thereby, the driving arm 1
Reference numeral 40 denotes a clockwise rotation in the figure, and a stamp case.
305 will rise. Head arm 410 and
And the ink arm 420, respectively,
412 and the action of ink arm firing 422
Move in the direction to return to the position. Inn that was evacuated to the side
The crawler 430 is again placed on the bottom of the stamp case 305.
Return and move while rolling from left to right in the figure. like this
Then, the state returns to the state shown in FIG. Here, the roller 142 and the head arm 41
Consider a transition change of the contact state with 0. As shown in Figure 5
State, the movement direction of the roller 142 and the head arm 410
Considering the contact angle between the sides, the contact angle is about 90 °
Degree has been obtained. In contrast, the state shown in FIG.
Then, the contact angle is approximately 0 °. As mentioned above
For the head arm 410, the head arm firing
A reaction force is applied counterclockwise in FIG.
However, this reaction force is effective in preventing the movement of the roller 142.
The effective component depends on the contact angle. That is, as shown in FIG.
In the initial stage of such forward movement, the contact angle is 90 °.
Is relatively large to prevent the movement of the roller 142
Although the reaction force is acting, the forward movement as shown in FIG.
At the end stage, since the contact angle is close to 0 °, the roller 142
The reaction force to hinder the movement has almost disappeared. This
In the course of the outward movement, the movement of the roller 142 is blocked.
The structure in which the reaction force gradually decreases becomes
When the work is completed, press the stamp case 305
It is effective to hit the label tape 10 with impact.
You. By the above reciprocating operation, one label can be
Is completed. The feature of this printing mechanism is that
The bar 110 and the driving arm 140 are indirectly connected.
There is in the point. In conventional hand labelers, these are straightforward.
It was directly connected. In other words, from the manual lever 110
A part in which the driving arm 140 is mechanically integrated
Had been done. Thus, the problem of the directly connected structure
Indicates that the printing pressure at the time of printing is changed by the manual lever 11 of the operator.
The point is that it depends on the operation grip force of 0. sand
That is, at the time of printing, according to the moving speed of the manual lever 110,
The stamp case 305 descends at the speed
It will hit 30. Therefore, the operator is
If the manual lever 110 is gripped, the printing pressure will increase.
The manual lever 110 with a slow motion.
If this happens, the printing pressure will be low. Thus, the operation of the operator
When the printing pressure changes due to the gripping force, the printing density on the label decreases.
It is not preferable because it becomes unstable. One of the features of this handler labeler is that
Indirectly connects the lever 110 and the driving arm 140
In the same way, regardless of the operator's grip strength.
The point is that the printing pressure can be secured. This hand
Printing pressure is controlled by the impact spring 160
It is done. Explain this principle with reference to FIG.
U. FIG. 6 shows the moment when the outward movement is completed, as described above.
It is a side view which shows the state of. Here, the manual lever pusher 1
Paying attention to the positional relationship between 12 and the action section 151,
It can be seen that a slight gap is formed in the. In FIG.
As shown in FIG.
The action part 151 is pushed down, and the stamp
The case 305 descends. However, this outward movement
When the operation is completed, as shown in FIG.
There is a gap between the second part 2 and the action part 151. This reason
The reason is that in the last part of the outward movement, the stamp case
305 collides with the label receiving tray 230 to perform printing.
The operation is not the pressing force of the manual lever pressing unit 112, but the impact.
This is because of the action force of the shooting spring 160. As shown in FIG.
A manual lever stopper 130 is provided on the hand part.
The manual lever 110 is
At the position where the collision has occurred, the outward movement is completed. In FIG.
The position of the manual lever pusher 112 shown in FIG.
The position of the hour. The manual lever pusher 112 is in this final position.
After reaching, the action section 151 moves down further
This is due to the action force of the spring 160. As mentioned above
During the forward movement, the impact spring 160
Force is applied in the direction, so that the impact spring 160 constantly shrinks.
Acting force in the direction of movement. Because of this,
The lever 110 reaches the final position of the outward movement and stops moving.
After the impact, the impact spring 160 is still in the member-side impact spring shaft 152.
Acts downward. In this way, stamp
The base 305 further descends, and the top surface of the label tape 10
Printing is performed. In short, on the bottom of the stamp case 305
The formed type is finally printed on the upper surface of the label tape 10.
The force of the collision is determined by the operation applied directly to the manual lever 110.
The impact spring 160 is not used during the forward movement,
It means the power accumulated in Therefore, the operator
Squeezes the manual lever 110 vigorously, but slowly
But the printing pressure is always fixed by the impact spring 160
Value, so that printing with a uniform density can always be performed. §3. Next, a label transfer operation is performed by the label transfer mechanism 500.
The transfer operation will be described in detail. I explained it in Figure 2.
When the printing on the label is completed, the label folding section 23
The transfer tape 11 folded back on the bottom of the device by 2
It is transported to the right in the figure by the length of one label. this
The label 1 temporarily attached on the transfer tape 11
2 peeled off and turned to the left of the figure, just below the sticking roller 240.
Will be issued. Do you transport only the length of this one label
Is the label transfer mechanism 500. In FIG.
The tape 11 is located outside the main transfer drum 510 from the bottom of the apparatus.
The main transfer drum 510 and the delivery roller 5
50 and is discharged to the outside of the apparatus. Accordingly
In principle, in FIG.
On the outer surface, it can be transported by the length of one label
Rotate the main transfer drum 510 counterclockwise.
If so, this transfer operation is completed. However, the transfer table
Exactly one label without slipping
To send only the length of the
Drilled holes 13 are formed at a pitch equal to
The method of engaging the label transfer claw with the label 3 and feeding it is reliable. FIG. 8 shows the main structure of the label transfer mechanism 500.
It is a front view which shows a component. Just the device shown in Figure 2
Corresponds to the state viewed from the left side of the figure, and is indicated by a dashed-dotted line XX ′.
The cross section is shown below the part. FIG. 9 shows FIG.
FIG. 2 is an exploded perspective view showing a part of the components shown in FIG.
Hereinafter, each component will be described with reference to FIGS.
Will be described. The main transfer drum 510 is connected to the transfer drum shaft 5.
Circle attached to housing 105 with 11 as the pivot
It is a cylindrical drum and the main operation of this label transfer operation
This is the part that performs On both sides of the main transfer drum 510
Are the auxiliary transfer drum 520 and the auxiliary transfer drum, respectively.
The ram 530 is fitted. These three drums 51
0, 520 and 530 are all provided with the transfer drum shaft 511.
It is a drum with an axis, but this drum itself is
That can be freely pivoted separately.
You. As shown in FIG. 9, the main transfer drum 510
Has a drum ratchet 512 formed therein,
Inside the feeding drum 520, the drum ratchet 51 is provided.
2 is formed with an auxiliary transfer drum claw 522 for engaging with
ing. The drum ratchet 512 has directionality,
The auxiliary transfer drum 520 was fitted to the main transfer drum 510
In the state, the auxiliary transfer drum 520 is connected to the main transfer drum 510.
Can rotate only in one direction. Also, auxiliary transfer
The outer periphery of the drum 520 has a directional drum ratchet.
A socket 528 is formed. Take it to Hausink 105
The attached rotation preventing claw 524 is provided with a rotation preventing claw projection 526.
To engage with this drum ratchet 528
Is held. Further, the outer peripheral portion of the auxiliary transfer drum 520
Is formed with a drum gear 529, and similarly,
A drum gear 539 is formed on the outer periphery of the transfer drum 530.
Has been established. On the other hand, the delivery roller 550 is
A pair of O-rings 55
2 and delivery gears 554, 556. As shown in FIG.
In addition, the delivery gear 554 meshes with the drum gear 529 and
The transmission gear 556 meshes with the drum gear 539.
You. In addition, a pair of O-rings 552 respectively
On the outer periphery of the feeding drum 520 and the auxiliary transfer drum 530
In contact. The transfer drum shaft 511 further includes a small drum.
A gear 540 is mounted. This small drum gear 5
40 meshes with the intermediate member large gear 155 as shown in FIG.
And the reciprocating motion of the manual lever 110 is
For the large gear 155 and the small drum gear 540,
It is transmitted to the main transfer drum 510 as a backward rotation motion. Do
As shown in FIG. 8, the ram pinion 540 has a two-stage
The intermediate member large gear 155 is also shown in FIG.
As you can see, it is a two-stage gear. State shown in FIG.
In both cases, the first stage is engaged,
Pull out the gear 540 once from the transfer drum shaft 511,
Orient it and insert it again, this time,
Again, the second stage becomes engaged. Thus, Dora
1st stage and 2nd stage
You can switch between eyes and change the gear ratio
Wear. This gear ratio depends on the oscillation of the reciprocating motion of the manual lever 110.
The amplitude of the reciprocating rotation of the main transfer drum 510 with respect to the width is
It is a deciding factor. Gear ratio can be changed
The advantage of adopting a simple structure will be described later. Now, the drums 510, 520,
A study on the rotational movement of the delivery roller 530 and the delivery roller 550
Let's try this. Here, the rotation direction of each drum is as follows.
Defined in That is, the transfer tape 11 is moved in the desired direction.
Rotation direction that can be sent out, in other words, figure
2, when the transfer drum shaft 511 is used as a rotation axis.
The direction of counterclockwise rotation is called “forward”, and the opposite direction is used.
In other words, in FIG. 2, the transfer drum shaft 51
When the clockwise rotation direction when 1 is the rotation axis is
I will call it “direction”. First, the outward movement is considered. Figure 2
When the manual lever 110 rotates counterclockwise,
The intermediate member large gear 155 also rotates in the same direction, and the drum small gear 5
40 rotates clockwise in the opposite direction. Drum small teeth
Both the vehicle 540 and the main transfer drum 510
The main transfer drum 510 is pivotally mounted on the ram shaft 511,
Performs exactly the same rotational movement as the drum small gear 540. Like this
Therefore, in the forward movement, the main transfer drum 510 is
Rotating clockwise, that is, in the opposite direction.
And At this time, the auxiliary transfer drum 520 is completely rotated.
No dynamic operation is performed. Because, as shown in FIG.
The prevention claw 524 is caught on the drum ratchet 528,
This is because rotation in the reverse direction is prevented. This and
The drum ratchet 512 is supplementary depending on its direction.
When the auxiliary transfer drum claw 522 is rotated while slipping
And The auxiliary transfer drum 530 includes a delivery roller 550.
Through the gears of the auxiliary transfer drum 520
Therefore, rotation in the opposite direction is not performed. After all, outbound
In operation, only the main transfer drum 510 is in the reverse direction B (FIG. 9).
(See arrow), and the auxiliary transfer drum 520 and the auxiliary
The transfer drum 530 remains stationary. Next, the return path operation will be considered. Figure 2
When the manual lever 110 rotates clockwise,
The material large gear 155 also rotates in the same direction, and the drum small gear 540.
Rotates counterclockwise in the opposite direction. Thus,
In road operation, the main transfer drum 510
To perform a counter-clockwise or “forward” rotation
Become. At this time, the auxiliary transfer drum 520 also moves in the forward direction.
Perform a rotation operation. Because, as shown in FIG.
Due to the directionality of the ratchet 512, the
Then, the auxiliary transfer drums 522
Because it has a function to rotate the arm 520 in the same direction.
is there. At this time, the drum ratchet 528 moves in that direction.
Rotate while slipping the reverse rotation prevention claw 524 due to the nature
Will do. The auxiliary transfer drum 530 is a delivery roller.
Meshes with the gear of the auxiliary transfer drum 520 via 550
Therefore, a rotation operation in the forward direction is also performed. Conclusion
In the station and return path operation, auxiliary
When the transfer drums 520 and 530 rotate in the forward direction A,
Become. Subsequently, the main transfer drum 510
The function of the label transfer claw 514 will be described. FIG.
As shown in the cross-sectional portion of FIG.
Is provided with a claw shaft 515, and this claw shaft 515 is
A pair of rotating bodies 513 are provided as pivots. this
Label transfer claws are provided on the lower surfaces of the pair of rotating bodies 513, respectively.
514 are attached. This pair of label transfer claws
514 is inserted into the hole 13 provided in the transfer tape 11.
Are arranged so that they can be inserted.
See FIG. 16 for the view). The rotating body 513 has one side
When the label transfer claw 514 is in the rotation limit position of
Standing state protruding from the outer peripheral surface in the radial direction of 510
Are formed so as to form the nail. Sa
Further, the label transfer claw 514 of the rotating body 513 is
In the same direction as the action of No. 16, the upright state is
It cannot be tilted in that direction because it is formed. Soshi
Therefore, the external force in the direction in which the label transfer claw 514 can tilt is mainly
Hole 1 when transfer drum 510 rotates in the opposite direction
3 is added by the presence of the transfer tape 11. This
In this embodiment, the limitation of the rotation direction is described later.
To prepare a rotating body 513 having a rhombic cross section.
Has been realized. The nail 516 shown in FIG.
A label transfer claw 514 is attached to the rotating body 513 by an arrow B in FIG.
Power is applied in the direction of movement in the direction shown in FIG. Conclusion
The station and label transfer claw 514 are in a state where no external force is applied.
In the state, the standing state will be maintained and external force will act
If you try to tilt in the direction of arrow B in FIG.
Can not. On the other hand, if you try to fall in the direction of arrow A,
516 can be defeated against the action force,
When there is no more, it returns to the standing state again. Required
While holding the label transfer claw 514 with a finger, the arrow A
When moved in the direction of, this label transfer claw 514
It falls down and is housed inside the main transfer drum 510,
When released, the label transfer claw 514 immediately moves to the main transfer drum 51.
It has a structure that protrudes from the outer peripheral surface of
You. The individual operation of each component has been described above.
However, in the transfer operation of the entire label transfer mechanism 500,
This will be described with reference to FIGS. these
Each figure shows parts related to the path of the label tape 10.
It is a side view. FIG. 10 operates the manual lever 110
The previous initial state is shown. As mentioned earlier,
The loop 10 was temporarily attached to the transfer tape 11
This label is composed of a number of labels 12
Drilled holes 13 are formed at a minute pitch. Labelte
The loop 10 is introduced from the label guide 210 into the apparatus.
After passing through the label stopper 220, the label
Guided to the top. As described in §2, this label receiving table 2
The label 12 is printed on the upper surface of the label 30,
The printed label 12 is peeled off and fed out to the front of the apparatus.
(Not shown in FIG. 10).
Main transfer drum through the bottom of the device
510 is wound around the outer peripheral portion,
Discharged through zero. In this initial state, the label transfer claw 514 is
It is in the upright state, and engages with the hole 13 of the transfer tape 11.
ing. Here, the label transfer claw in this initial state
The position of 514 will be referred to as position P. As shown in FIG.
As shown, the rotating body 513 has a rhombic cross section.
And the claw shaft 515 has
Force is applied in a clockwise direction. The rotating body 513
Because of the diamond shape, the label transfer claw 514 is
It is structurally impossible to turn around, while counterclockwise
It is possible to knock down, but return by nail 516
Force is applied, and if there is no external force, it stands up again at the rotation limit position
Returns to the state. FIG. 11 shows that the operator grips the manual lever 110.
FIG. 7 is a side view showing a state in which a forward movement is started.
As described above, in the outward movement, only the main transfer drum 510 is used.
Rotate in the opposite direction. This main transfer drum 510 is in the opposite direction
When the rotation starts, the label transfer claw 514 is raised.
From the position P toward the position Q (see FIG. 12)
Attempts to move, but is blocked by hole 13
While rotating counterclockwise around the pawl shaft 515 as a pivot.
You will fall. Thus, the label transfer claw 514 is
The main transfer drum 510 falls down and is housed inside.
Then, it comes off from the hole 13. Main transfer dora
When the drum 510 further rotates in the opposite direction, the label transfer claw 51
4 is slipped inside the transfer tape 11
You will move while stepping. Therefore, the transfer table
The loop 11 remains stationary. FIG. 12 shows a state when the outward movement is completed.
FIG. Label transfer claw 514 is in position Q
Has reached. At this position Q, the main transfer drum 510
There is some gap between the outer peripheral surface and the transfer tape 11
Therefore, the label transfer claw 514 acts on the action of the claw projection 516.
Thus, it has returned to the standing state. At this stage,
The printing on the label 12 is completed. FIG. 13 shows that the operator releases the manual lever 110.
FIG. 9 is a side view showing a state in which the returning operation is started.
As described above, the main transfer drum 510 and the
And the auxiliary transfer drums 520 and 530 rotate in the forward direction.
When the main transfer drum 510 rotates in the forward direction,
The label transfer claw 514 moves the main transfer drum 510 from the position Q.
Both move in the forward direction, but move to the position R in FIG.
Do not slip inside the transfer tape 11 until it reaches
When it reaches the position R, it moves as shown in FIG.
As shown in (2), it engages with the hole present at this position.
Since the label transfer claw 514 does not fall clockwise,
13 from the state shown in FIG.
ゝ Both the main transfer drum 510 and ゝ are forwarded
Become. That is, the label transfer claw 514 causes the transfer
Loop 11 will be sent in the forward direction. The label
Until the transfer claw 514 moves from the position Q to the position R,
The auxiliary transfer drums 520 and 530 rotate in the forward direction. This
Accordingly, the delivery roller 550 also ejects the transfer tape 11.
It turns in the direction to make it come out. Therefore, the transfer tape 11
The auxiliary transfer drums 520 and 530 and the O-ring 552
Between the rollers and receive the frictional force to be transported in the forward direction.
You. However, these auxiliary transfer drums 52
With only the frictional force of 0,530, the transfer tape 11
Can not send in the direction. From the state shown in FIG.
To feed the sending tape 11 in the forward direction, the label folding section 2
At 32, while removing the label 12 after printing is completed,
Need sufficient force to fold the transfer tape 11
It is. Therefore, the label transfer claw 514 is moved to the position R.
Until it reaches the auxiliary transfer drums 520 and 530,
The tape 552 slips against the transfer tape 11 and becomes empty.
It is in a state of turning. Label transfer claw 51 at position R
4 is engaged with the hole 13,
Therefore, a sufficient force can be applied to the transfer tape 11.
Therefore, the feeding operation of the transfer tape 11 starts.
You. Auxiliary transfer drums 520, 530 and O-ring 552
Frictional force plays a role in assisting this sending operation.
You. In the sending operation using only the label transfer claw 514,
Since the area around the hole 13 may be broken,
The auxiliary operation by the feeding drums 520 and 530
Allows for a smooth sending operation. FIG. 14 shows a state when the return operation is completed.
FIG. The label transfer claw 514 is located at the position P.
In an upright position. Thus, the transfer tape 1
When 1 is sent for the length of one label, after printing is completed
Label 12 is peeled off from the transfer tape 11
It is fed forward from the bell turnover 232. Transfer table
The label 11 is folded back by the label folding section 232.
The sending operation of one label is mainly performed by the main transport drive.
This is performed by moving the label transfer claw 514 in the system 510.
However, the rotation of the auxiliary transfer drums 520 and 530 is
This transmission operation will be assisted. That is,
Loop 11 is connected to the auxiliary transfer drums 520 and 530 and the delivery row.
550, and it also goes forward by friction
Will be sent out. After the return operation is completed,
Contact the hand labeler with the specified product and repeat
The dispensed label 12 is attached to the product. This sticking work
The state after completing is completely the same as the initial state shown in FIG.
In the same state. Now, the above label transfer operation will be described with reference to FIG.
Let's look back and look again. First, outbound movement
Moves the label transfer claw 514 from the position P to the position Q.
Move while slipping inside the transfer tape 11.
Move. In the subsequent return operation, the slide from position Q to position R
And move to the position R and engage with the hole 13
After that, the transfer tape 1 is moved from the position R to the position P.
1 is transmitted. Eventually, the delivery of the transfer tape 11
The distance is the distance from position R to position P
, Which is equal to the length of one label 12. By the way, in the above-mentioned transfer operation, the position
The position of R (that is, the position of the hole 13) is an arbitrary position
You can understand what is good. Move forward from position Q
From the outer peripheral surface of the main transfer drum 510
The label transfer claw 514 is rotated a distance α-x described later.
Encountering and engaging with the hole 13 when it is moved
Can be. Therefore, in this handler labeler,
13 pitch, that is, the length of one label 12 is
It will not be limited to a certain value. For this reason, one
Depending on the handler labeler, labels of multiple sizes
Can respond. For example, a 15mm long label
Label tape containing the holes (the pitch of the holes is 15m)
m) is set on the tape holder 205, the label
The transfer distance by the transfer mechanism 500 automatically becomes 15 mm.
Label tape containing a 20 mm long label
Hole pitch is 20mm) to the tape holder 205
If set, the transfer distance automatically switches to 20mm.
Will be. The operator must not make any special settings.
In addition, multiple types of labels can be used. FIG. 15 shows a label table having a slightly longer label length.
FIG. 10 is a side view showing a state in which the plug 10 'is mounted.
14 and FIG. 15, this difference becomes clear.
You. Now, the position of the label turning part 232 is called a position S.
In the example shown in FIG. 14, from the position S to the position P,
Is equivalent to four labels. Another
In other words, the position R is a position L / 4 before the position P.
It is in. On the other hand, in the example shown in FIG.
A section L up to the position P corresponds to three labels.
In other words, the position R 'is L / 3 before the position P.
In position. Thus, the position of the hole 13 is slightly
Even if the label transfer claw 514 is at the previous position R ',
By engaging the hole 13 at the position R ′,
No problem. Of course, the length of one sheet is just right
A label equal to the length from position P to position Q (this
In this case, the position R coincides with the position Q, and
In operation, the label transfer claw 514 is pulled out without slipping.
(Which engages with the through-hole 13) may be used. What is this handler labeler?
It is not always applicable to length labels. For example,
The label used in the example shown in FIG.
It cannot be shared with a bell. Because half the length
Section from position P to position R,
Will be the length of two labels, so one round trip
The operation causes labels to be sent out two by two
Inconvenience occurs. Therefore, this one handler
The length of the label that can be handled by the bearer is
Must be within range. More specifically, in FIG.
If the distance from the position P to the position Q is α, the label
Must be within the range of α ≧ x> α / 2.
No. When x> α, the position R in FIG.
Because it will be on the left side with the position Q, the label will be
The transfer claw 514 cannot be engaged with the hole 13.
You. In addition, when x ≦ α / 2, as described above, one forward
Multiple labels will be sent out by the return operation
Become. To extend the applicable range of the label length
One method is to use the amplitude α of the reciprocating rotation of the main transfer drum 510.
Is to change. For example, in the example shown in FIG.
If a half-length label is used, the main transport
The amplitude of the reciprocating rotation of the
No problem. Specifically, in the example shown in FIG.
From the position to the position Q is the amplitude of the reciprocating rotation motion,
Switching such that the amplitude from position P to position Q 'is set
Once done, it can be applied to half-length labels. In the handler labeler of this embodiment,
A function to adjust the amplitude of the backward rotation in two steps has been added.
I have. As described above, the drum small gear 540 is
By changing the direction of insertion into the gear shaft 511, the gear ratio
Can be changed in two stages. This allows reciprocating rotation
Exercise amplitude can be switched in two steps to provide a wider label length
Will be able to respond. Of course, two steps
The structure that changes the gear ratio is adopted as above, and the label length
It is also possible to further expand the application range for. By the way, regarding the label length to be applied,
There is another limitation. It is a label transfer operation
Is completed and the label transfer claw 514 reaches the position P
At the position S (see FIGS. 14 and 15),
It is necessary to make it come. In other words,
An integer number of labels is added to the distance of the section L from the position P to the position S.
Need to be inserted. For example, as shown in FIG.
In the example shown in FIG.
In the example, three labels are put in the section L.
When this becomes an odd number, the label 12 after printing is completely
Is not peeled off, which causes inconvenience. In the handler labeler of this embodiment,
The distance of the section L is 108 mm,
The bell has been made available. The name is long
18 mm (108 ÷ 6), 21.6 mm (108 ÷
5), 27 mm (108 ÷ 4), 36 mm (108 ÷
It can be applied to the four types of labels of 3). This 4
To apply to all types of labels,
It is necessary to switch the amplitude of the reciprocating rotation. Sand
In the first gear ratio, the amplitude of the reciprocating rotation is 21.6.
There are two types of length, 18 mm and 21.6 mm.
The second stage gear ratio,
With the amplitude of the reciprocating rotation being 36 mm, the length is 21.6 m
Applicable to three types of labels, m, 27mm and 36mm
I am trying to. §4. FIG. 16 shows the label stopper 220 and the label stopper mechanism.
FIG. 2 is a perspective view showing a positional relationship with the tape 10. Labels
The topper 220 is housed by the label stopper shaft 221.
It is rotatably fixed to the jing 105. Label stay
A pair of punches are provided on the tape 10 at a pitch of one label length.
The hole 13 is formed, and the outer periphery of the label stopper 220 is formed.
The stopper is provided with a stopper
In this case, only four pairs are formed. A pair of switches
With the topper hook 222 engaged with the hole 13,
If the rotation of the label stopper 220 is prevented, the label
In this state, the tape 10 is fixed and locked.
You. In order to prevent the rotation of the label stopper 220,
With a cross-shaped stopper collar 224 at one end
Have been. By fixing the stopper collar 224,
Thus, the label tape 10 can be kept in the locked state. The label tape 10 is
One reciprocating motion as one cycle, locked and released
Repeat the state. Hereinafter, this relationship will be described with reference to FIG.
I will tell. FIGS. 17A to 17D show the label stopper 22.
0, the label tape 10 and the intermediate member 150
It is a side view which shows a positional relationship. As mentioned earlier, the label list
The stopper 220 is rotated by a label stopper shaft 221.
Label tape 1 on its outer peripheral surface.
0 is stuck. FIG. 17A shows the label stopper 22.
0, a pair of stopper hooks 222 formed on the peripheral surface,
The state where it engaged with the hole 13 is shown. Also, the cross
A part of the stopper collar 224 having the shape
It is engaged with the rotation stopper 158. In this state, the label
Even if you try to pull out the tape 10 below,
The engagement between the collar 224 and the rotation stopper 158 causes the label
Since the rotation of the topper 220 is prevented, the stopper
The punch hole 13 is locked by the
The lock 10 does not move downward in the figure. By the way, the movement of the intermediate member 150 is
Considering this, as shown in FIG.
Reference numeral 50 denotes a rotational movement about the driving arm shaft 141 as a pivot.
U. In other words, in the forward movement,
It rotates clockwise, and when returning,
It turns clockwise. FIG. 17B shows the state at the time of completion of the outward movement.
It shows a state in which Intermediate member 150 is driven arm shaft
As a result of rotating counterclockwise around 141 as a pivot,
The part 158 is separated from the stopper collar 224 and
There is no obstacle to the rotation of the pa 220. Therefore, the following
When returning to the return path operation, the label transfer mechanism 500
When the transfer tape 11 is transferred by the
0 can move down the figure without any obstacles. FIG. 17C shows a halfway stage of this return path operation.
The state of is shown. The label tape 10 is pulled down
Therefore, the label stopper 220 rotates counterclockwise,
Eventually the stopper hook 222 will come off from the hole 13
And FIG. 17D shows the state at the end stage of the return path operation.
State. Intermediate member 150 is driven arm shaft 141
As a result, the rotation stopping portion 158
Is in a state of engaging with the stopper collar 224 again. This
As a result, the rotation of the label stopper 220 is prevented.
And the label tape 10 is
Transfer to the bottom of the figure while slipping the back side
It is being done. Eventually, it will be transported by the length of one label
Then, the hole 13 just engages with the stopper hook 222.
It will be in the state of being combined. This is the initial state shown in FIG.
It is the same state as the state. §5. Opening / closing mechanism for label receiving tray As shown in FIGS.
The inserted label tape 10 is inserted into the label folding section 232.
And the transfer tape 11 is folded back.
Wrapped around. Tape roll-up label tape 10
Label tape pulled out after attaching to holder 205
Easy to set the tip of 10 in such a state
In order to achieve this, a mechanism that can open and close the label
It is desirable to keep. Handler label according to this embodiment
Then, the label receiving tray 230 is provided by the following specific mechanism.
Opening and closing. FIG. 18 shows the opening / closing device of the label receiving tray 230.
It is a side view which shows the component relevant to a structure. This opening and closing mechanism
The opening / closing arm 610 performs the main operation in this case.
A perspective view of the entire shape of the opening / closing arm 610 is shown in FIG.
This is shown in the drawing. As shown in FIG.
The arm 610 has an opening / closing arm shaft 61 at a central portion thereof.
1 so that the housing 10 can rotate about the pivot.
5 is fixed. An opening / closing arm is provided on the opening / closing arm shaft 611.
The arm 612 is attached to the opening and closing arm 6.
10 is applied in the direction to rotate counterclockwise in the figure.
Has been obtained. At the upper end of the opening / closing arm 610, a label guide is provided.
Card mounting portion 212 is formed, and a label guide
210 is attached. Tape holder 205
The label tape 10 pulled out from this label guide
It is introduced into the apparatus through 210. Label label
A label pressing portion 214 is formed on the id attachment portion 212.
The label pressing unit 214
10 is pressed against the outer peripheral surface of the label stopper 220
You. The label receiving tray 230 is separate from the opening / closing arm 610.
Although it is a single unit, the label formed on the label
The hook 234 engages with the lower end of the opening / closing arm 610.
It is supposed to. FIG. 19 shows the detailed structure of the label receiving tray 230.
Show. The label receiver 230 is provided with a label receiver rotating shaft 23.
The housing 10 is rotatable about the axis 1.
5 is attached. Rotary axis for label tray 2
The hole for inserting 31 is a long hole 233,
Attached with play in the left and right direction in FIG.
Will be. Inside the label receiving tray 230, there is a label receiving tray.
Hooks 236 and 238 are provided and these
Engage with the body projections 622, 624, respectively. Body protrusion
622 and 624 are formed on the inner surface of the housing 105.
Projection. In FIG. 18, the opening / closing arm 610 includes:
Force in counterclockwise direction by opening / closing arm 612
Have been added. Therefore, the lower end of the opening / closing arm 610
Is a rightward force on the label receiving boss 234 in the figure.
Will work. When such force is applied,
As shown in FIG. 19, the label receiving hooks 236, 238
Are engaged with the body projections 622 and 624, respectively.
And the label receiving base 230 is fixed in the housing 105.
It will be in the state that was done. This uses this handler labeler
State, that is, when the label tray 230 is closed.
It is in the state of coming. To open the label receiver 230, an external force is applied.
Just do it. The operator moves the label receiving tray 230 forward with a finger,
That is, when a force that moves to the left in FIG.
Bell cradle 230 resists the force of opening and closing arm 612
Slide to the left in the figure. Then, the label receiving hook
236 and 238 are the body projections 622 and 624, respectively.
And the operator releases the finger.
As shown in FIG. 20, the bell cradle 230 is renewed from the bottom of the apparatus.
Will open downward. Ie open / close arm
610 causes the label receiving projection 234 to move to the right in the figure.
When the label receiver 230 is pressed, the label receiver rotating shaft 231 is moved.
It pivots counterclockwise as a pivot. At this time,
Label guide mounted on top of opening / closing arm 610
The label stopper 210 and the label pressing unit 214
It will move in the direction away from 20. As shown in FIG. 20, the label receiver 230 is
In the opened state, the label tape 10 is
When inserted into the, there is no obstacle. Accordingly
The operator takes up the rolled-up
Set the end of the label tape 10 inside the device body.
Business can be performed easily. Also, the label receiver 230
To close the label holder 230,
All you have to do is lift it. Label receiver 230
When fully lifted, the open / close arm 610
The label receiving stand protrusion 234 is slid rightward.
The label receiving hooks 236 and 238
It will engage with the ridges 622,624. As shown in FIG. 19, the label receiving tray 230
Are a label receiving table rotating shaft 231 and a body projection 622,
624, it is directly fixed to the housing 105.
Therefore, firm fixation becomes possible. Top surface of label receiving tray 230
Is the support surface for performing the printing operation on the label
For this reason, such a firm fixing does not improve the printing quality.
It greatly contributes to improvement. §6. Next, the invention described in the claims of the present application.
The main body of the printing mechanism 300 related to FIG.
In the stamp case 305, the rotating rubber stamp 310, rotating
A rubber stamp 320 and a sub mark 330 are attached.
In this handler labeler, a machine unique to this mounting mechanism
By adopting the structure, installation and removal work
It is easy to do. Here, sub mark 33
This function is described below using the example of the mounting mechanism
I do. FIG. 21 shows a sub mark used in this embodiment.
FIG. 3 is a perspective view illustrating an entire configuration of a first embodiment; This sub mark 33
0 corresponds to the upper sub-mark 330A and the lower sub-mark 330B.
The two have a sub-mark rotating shaft 334 as a pivot.
And are rotatably connected. On the bottom of the sub-mark B
Has a printing portion 312 formed therein. Also, the sub-mark below
B, on both sides, slide projections 336 are provided outwardly.
Are formed on both sides of the sub-mark upper part 330A.
In the same direction as the slide projection 336,
A mark fixing protrusion 338 is formed. On the other hand, the object to which the sub mark 330 is attached
FIG. 22 shows a perspective view of the stamp case 305. S
The slide projections 33 are provided on both inner side surfaces of the tamping case 305.
6 and the inward slide groove 307 that fits
And slide groove 307 in stamp case 305
At the top of both side walls that are dug, sub mark fixing projections 338
Inverted L-shaped stamping that utilizes the thickness of the side wall to fix
A part 306 is formed. In this embodiment, three sets of switches
Ride groove 307 and three sets of stamp receiving parts 306 are prepared.
The sub mark 330 can be attached at three positions.
Wear. For example, the sub mark 330 is placed at the top of FIG.
To attach it to the previous position, the following may be performed. Ma
Instead, insert the slide protrusion 336 into the desired slide groove 307.
While inserting (sliding in the forward direction),
Plug case 305. That is, FIG.
In the side view of FIG.
It will be inserted. Once fully inserted, continue
The upper sub-mark 330A in the direction shown by arrow B
Moves in a direction substantially perpendicular to the direction, and is formed outward
That is, the vertical direction of the side wall of the stamp case 305
(One direction perpendicular to the thickness direction)
The sub mark fixing protrusion 338 is engaged with and fixed to the mark receiving portion 306.
Will be able to As a result, the sub mark 330 is
The slide in the reverse direction is suppressed with respect to the case 305.
You. FIG. 24 shows that the sub-mark 330 has been mounted.
It is a side view which shows the state which performed. Remove sub mark 330
, The reverse operation may be performed. Thus, the sub-mark
330 can be installed in any of three different positions
You. The two-dot chain line in FIG. 23 and FIG.
14 shows a sub mark 330 attached to the sub mark 330. In the above, the mounting of the sub mark 330 is taken as an example.
However, the rotating rubber stamps 310 and 320 are also
Similar mounting is possible. In the handler labeler,
Depending on the product to which the label is to be attached,
Are often different. As in this embodiment
If you use a simple mounting mechanism, you can replace each mark or change the position.
Can be easily performed. Note that, as shown in FIG.
305 is fixed to the driving arm 140 by screws
However, as shown in FIG.
Since the screw holes 308 are connected to each other,
Fine adjustment to the fixed position is possible. Such fixed
Fine adjustment of print position is possible by adjusting position
become. The screw hole 308 may be a long hole.
No. As described above, the handler labeler according to the present invention is provided.
According to the exchange of the mark on the stamp case of the printing mechanism
Can be easily performed, and the mounting condition can be stably maintained.
Also, the attachment / detachment / retention mechanism is within the occupied area of the stamp case.
The entire printing mechanism is compactly packed
It is a thing.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a structural view showing a main mechanism of a handler labeler according to an embodiment of the present invention. FIG. 2 is a structural view showing components of each mechanism of the handler labeler shown in FIG. 1 in more detail. FIG. 3 is an exploded view of the handler labeler shown in FIG. FIG. 4 is a perspective view of the handler labeler shown in FIG. 1 in which only a portion for performing a basic printing operation is extracted. 5 is a side view for explaining a basic printing operation based on a reciprocating motion of a manual lever 110 for the handler labeler shown in FIG. 6 is a side view showing a state at the moment when printing is performed by grasping the manual lever 110 from the state shown in FIG. FIG. 7 is a side view showing a halfway stage of returning from the state shown in FIG. 6 to the state shown in FIG. 5; 8 is a front view showing main components of the label transfer mechanism 500, which corresponds to a state where the apparatus shown in FIG. 2 is viewed from the left side of the figure, and a portion below a dashed line XX ' Its cross section is shown. FIG. 9 is an exploded perspective view showing a part of the components shown in FIG. 8; FIG. 10 is a side view for explaining the operation of the label transfer mechanism 500, and shows a state in which the handler labeler is in a stationary state. FIG. 11 is a side view for explaining the operation of the label transfer mechanism 500, and shows a state immediately after the handler labeler starts the outward movement. FIG. 12 is a side view for explaining the operation of the label transfer mechanism 500, and shows a state immediately after the handler labeler has completed the outward movement. FIG. 13 is a side view for explaining the operation of the label transfer mechanism 500, and shows the label transfer claw 51 during the return path operation.
4 shows a state in which it is engaged with the hole 13. FIG. 14 is a side view for explaining the operation of the label transfer mechanism 500, and shows a state where the handler labeler has completed the outward movement. FIG. 15 is a side view for explaining the operation of the label transfer mechanism 500, and shows a state in which the handler labeler is in a stationary state when labels having different lengths are used. FIG. 16 is a perspective view showing a positional relationship between the label stopper 220 and the label tape 10. FIG. 17 shows a label stopper 220 and a label tape 10
FIG. 9 is a side view showing a mutual positional relationship between the first member and an intermediate member. FIG. 18 is a side view showing components related to the opening / closing mechanism of the label receiving tray 230. FIG. 19 is a detailed internal structural diagram of the label receiving tray 230. FIG. 20 is a side view showing a state when the label receiving tray 230 is opened. FIG. 21 is a perspective view showing an overall configuration of a sub mark 330. FIG. 22 is a perspective view of a stamp case 305 to which a sub mark 330 is attached. FIG. 23 is a side view showing a procedure for attaching the sub mark 330 to the stamp case 305. 24 is a side view showing a state where a sub mark 330 is attached to the stamp case 305. FIG. [Description of Signs] 10 ... Label tape 11 ... Transfer tape 12 ... Label 13 ... Punch hole 100 ... Drive mechanism 105 ... Housing 110 ... Manual lever 111 ... Manual Lever shaft 112: manual lever pressing portion 114: lever side impact spring shaft 120: manual lever return spring 130: manual lever stopper 140: driving arm 141: driving arm shaft 142 Roller 150 Intermediate member 151 Working part 152 Member-side impact spring shaft 155 Intermediate member large gear 158 Rotation stop 160 Impact spring 200 Tape supply Mechanism 205: Tape holder 210: Label guide 212: Label guide attaching part 214: Label attaching part 220: Label stopper 221: Label strike Upper shaft 222 ... Stopper hook 224 ... Stopper flange 228 ... Label receiving stand hook 230 ... Label receiving stand 231 ... Label receiving stand rotating shaft 232 ... Label folding part 233 ... Slot 234 ... Label receiving stand protrusion 236 ... Label receiving stand hook 240 ... Applying roller 300 ... Printing mechanism 305 ... Stamp case 306 ... Stamp receiving part 307 ... Slide groove 308: Screw hole 310: Rotating rubber stamp 312: Printing unit 320: Rotating rubber stamp 322: Printing unit 330: Sub-mark 330A: Sub-mark upper part 330B: Sub-mark lower part 332... Printing section 334... Sub-mark rotating shaft 336... Slide projection 338. Shaft 412: Head arm spring 420 ... Ink arm 421 ... Ink arm shaft 422 ... Ink arm spring 430 ... Ink roller 500 ... Label transfer mechanism 510 ... Main transfer drum 511 ..Transfer drum shaft 512 ... Drum ratchet 513 ... Rotating body 514 ... Label transfer claw 515 ... Claw shaft 516 ... Claw firing 520 ... Auxiliary transfer drum 522 ... Auxiliary transfer drum Claw 524 ··· Reverse rotation prevention claw 526 ··· Reverse rotation prevention claw projection 528 ··· Drum ratchet 529 ··· Drum gear 530 ··· Auxiliary transfer drum 534 ··· Reverse rotation prevention claw 539 ··· Drum gear 540 · ··· Drum small gear 550 ··· Delivery roller 552 ··· O-ring 554 ··· Delivery gear 556 ··· Delivery gear 610 ··· Opening / closing arm 61 ... closing arm shaft 612 ... open arms power spring 622 ... body protrusion 624 ... Body projections

Claims (1)

(57) [Claims 1] A grasping (outward) operation against the tension of the return spring and a releasing (return) operation by the tension of the return spring are performed by a manually-operated lever rotatably pivoted. During the forward movement, the label temporarily attached to the transfer tape located on the upper surface of the label receiving tray is printed by the collision of the printing mechanism with a plurality of print rows in the flow direction. Also, during the return path operation, the transfer tape folded back at the position immediately downstream of the printing unit is transferred by the label transfer mechanism, and the printed label is peeled off from the transfer tape and directly below the application roller. The printing mechanism includes a plurality of marks and a stamp case for attaching the marks, and the stamp case includes:
A pair of sliding grooves (or projections) facing inward with respect to each mark are formed on both sides, and each mark is a pair of outward facing engaging grooves (or projections) of the stamp case. , And at least one mark is rotatably coupled to the lower part of the mark provided with the printing part having the slide protrusion (or groove) formed thereon. The upper part of the stamp is substantially the same as the sliding direction, with the slide protrusion (or groove) completely coupled to the slide groove (or protrusion) of the stamp case by forward sliding. When the stamp case is rotated in a direction perpendicular to the stamp case, the stamp case is reversely slid by a pair of fixing protrusions projecting outward at the top of the mark and receiving portions formed at the upper portions of both side walls of the stamp case. Hand labeler, characterized in that but have to be suppressed.