JP5726510B2 - Hand-held labeling machine - Google Patents

Description

In particular, the present invention relates to a handheld labeling machine suitable for applying a label to an object using jetting of compressed gas.

2. Description of the Related Art Conventionally, a hand-held label sticking machine called a handler labeler that sticks a label indicating a price or the like on an article in a supermarket or the like by lever operation is known (for example, see Patent Document 1).
The handler labeler disclosed in Patent Document 1 and disclosed in FIG. 8 holds a main body 1 having a grip 2 and a supply reel 3 around which a belt-like mount D provided on the main body 1 and having a label L temporarily attached is wound. A supply reel holding portion 4, a lever 6 that is swingably provided in the main body 1 so as to face the grip 2, and that can move to a separation position X separated from the grip 2 and a proximity position Y close to the grip 2 side, and a lever And a supply reel 3 that is driven when the lever 6 moves from the proximity position Y to the separation position X (in the direction Rb in the drawing) and is held by the supply reel holder 4. The feeding mechanism 10 that feeds the belt-like mount D from the paper, and the feeding mechanism 10 folds the belt-like mount D by the peeling plate 16 in the process of feeding the belt-like mount D, peels the label L from the belt-like mount D, and discharges it from the main body 1. When the lever 6 moves from the separation position X to the proximity position Y (in the direction of Ra in the figure), the label peeling mechanism 15 enables the label L to be attached to the article by pressing the roller 17 at the leading end. And a printing mechanism 18 for performing desired printing on the label L temporarily attached to the belt-like mount D fed from the supply reel 3.

  The feeding mechanism 10 has a pin 11 that engages with a row of holes (not shown) of the belt-like mount D on the peripheral surface, a rotary drum 12 that can rotate around a rotary shaft 12a, a rotary drum 12, and a lever 6 And a link mechanism 13 that rotates the rotary drum 12 by swinging the lever 6 and a known one-way clutch (not shown) that regulates the rotation direction of the rotary drum 12 in one direction. Thereby, in the feeding mechanism 10, when the lever 6 moves from the separation position X to the proximity position Y (in the direction of Ra in the figure), the one-way clutch is swung to keep the rotating drum 12 stopped, and the lever 6 When moving from the proximity position Y to the separation position X (Rb direction in the figure), the one-way clutch is connected, the rotary drum 12 is rotated via the link mechanism 13, and the belt-like mount D is fed out.

  When the label L is applied to an article using this handler labeler, if the lever 6 is gripped by placing a hand on the grip 2, the lever 6 moves from the separation position X to the proximity position Y (Ra direction in the figure). First, the printing mechanism 18 held by the lever 6 prints information on the label L. At this time, the rotating drum 12 of the feeding mechanism 10 maintains the stopped state. Next, when the lever 6 is released, the lever 6 is moved from the proximity position Y to the separation position X by the urging force of the spring 7 (Rb direction in the figure). As a result, the one-way clutch is connected, the rotary drum 12 is rotated via the link mechanism 13, and the belt-like mount D is fed out. At the time of feeding out the belt-like mount D, the label L is peeled off from the belt-like mount D by the peeling plate 16 of the label peeling mechanism 15 and discharged straight forward.

  By the way, when this kind of handler labeler affixes the label L, the roller 17 is pressed against the article and is attached to the article by pulling the main body 1 toward the front. However, when pressing and when the main body 1 is pulled toward the front, On the other hand, there was a problem that an impact (pressing) was applied. In other words, the roller 17 may be pressed against the article so as to be in time for the special sale time, etc., and the article (object) is difficult to hold by hand, and is fragile tofu or melon. In the case of such a luxury product, there is a problem that there are many articles that are not suitable for a handler labeler that presses the label L through the main body 1 because they are easily damaged.

JP 2009-234596 A

This invention is made paying attention to said problem, and makes it a subject to provide the hand-held label sticking machine which skips a label to a target object by gas injection, and affixes a label.

A hand-held label applicator according to a first aspect of the present invention includes a main body that holds a supply reel wound with a belt-like mount on which a label is temporarily attached, a gas that is detachably provided to the main body and that supplies compressed gas. The feeding means is provided on the front surface of the main body, and has a base formed with an entrance and an opening and an opening for the belt-like mount, and only the belt-like mount provided in the base and inserted from the entrance of the belt-like mount is turned. on a peeling unit for peeling the label, provided close to the peeling section, and a gas ejection port for ejecting the pressure squeeze gas to blow the label is peeled off at the peeling portion to the opening side, the switch Te In this way, the redirected belt-like backing sheet is conveyed to the downstream side, the label is peeled off at the peeling portion, and the compressed gas from the gas supply means is ejected from the gas jetting port. And a trigger portion for, the label is temporarily bonded feeding state is peeled off from the gas ejection port direction, the gas ports in synchronization with timing to be peeled off with the backing strip in the interior of the base part The compressed gas is blown out through the opening of the base part by jetting out the compressed gas from above .
In addition, a hand-cut cutter unit is provided at the exit of the belt-like mount of the base unit.
Further, the hand-held label applicator according to the second invention includes a main body holding a supply reel wound with a continuous substrateless label continuous body with an adhesive layer exposed on one side of a substrate, and detachable from the main body. A gas supply means for supplying a compressed gas, a front part of the main body, a base part in which an entrance and an opening of the baseless label continuous body are formed, and a base part provided in the base part. A support member for supporting the continuous labelless label continuous body inserted from the entrance of the continuous labelless body , a cutting blade for cutting the continuous labelless continuous body in the support member into a single label, and the supporting member on the tip portion provided close to the upstream in the vicinity of, a gas ejection port for ejecting the pressure squeeze gas to blow the label is cut in the support member to the opening side, the switch Thereby producing a label by cutting the base sheet without the label continuum by operating the cutting blade by, and a trigger portion for the compressed gas from the gas supply means is ejected from the gas ejection port, the The continuous substrate-less label continuous body is cut by the cutting portion inside the base portion, and the cut piece of the label is synchronized with the cutting by the ejection of the compressed gas from the gas ejection port. It is blown through the opening .

The hand-held label sticking machine according to the first invention of the present invention conveys the belt-shaped backing that has been turned by pulling the trigger portion, peels the label at the peeling portion, and supplies the compressed gas from the gas supply means, Since the label is blown toward the object by ejecting the compressed gas from the gas outlet toward the peeled label, the label can be attached to the object in a non-contact state. There is an effect that there is no damage to things.
In addition, if a hand-cut type cutter is provided at the outlet of the band-shaped mount of the base portion, the band-shaped mount after the label is peeled can be cut by hand.
Further, hand-held labeling machine according to the second invention, there is an effect that even without the so-called mount label allowing adhering to the object.

It is a schematic side view of the handheld label sticking machine which concerns on this invention. It is an enlarged fracture side view which shows the structure of a nozzle | cap | die part equally. It is a schematic side view equivalent to FIG. 1 which shows the handheld label sticking machine of other embodiment. FIG. 3 is an enlarged cutaway side view corresponding to FIG. FIG. 5 is an enlarged front view of the main part inside the base as viewed from the direction of arrow V in FIG. 4. It is a schematic side surface explanatory view showing the distance measurement state between the main body side and the object. Furthermore, it is an expanded fracture | rupture side view equivalent to FIG. 2 which shows the internal structure of the nozzle | cap | die part of other embodiment. It is a schematic side view which shows the conventional handheld label sticking machine (handler labeler).

Hereinafter, an embodiment of the present invention will be described with reference to FIGS. 1 and 2.
In the following description, parts that are the same as those in the prior art will be denoted by the same reference numerals, and redundant description will be omitted.
FIG. 1 is a schematic side view of a handheld label sticking machine, and FIG. 2 is an enlarged cutaway side view showing the structure of a base part.
As shown in the figure, the hand-held label sticking machine 21 mainly includes a main body 22 and a supply reel holding a supply reel 3 on which a belt-like mount D provided on the main body 22 and temporarily attached with a label L is wound. Part 4, gas supply means 23, base part 24, peeling part 25, gas outlet 26, trigger part 27, and rotating drum 12 (refer to the prior art) as “conveying means”. .

  The gas supply means 23 is a gas spray can into which a compressed gas is injected, and is detachable from the main body 22.

  The base portion 24 is provided on the front surface portion (the left end portion in FIG. 1) of the main body 22, the inside is a space portion 28, the front surface portion is an opening 29, and the space portion 28 is A peeling part 25 and a gas outlet 26 described later are provided.

  The peeling portion 25 is formed by a peeling plate 25 having a tip formed with an acute angle. By turning the belt-like mount D at the tip, the peel-off portion 25 forms a label L stronger than the belt-like mount D with the belt-like mount D. It peels from the temporary wearing state and is fed forward.

  The gas outlet 26 has a “nozzle-like” shape provided in the vicinity of the tip of the peeling portion 25, and jets the compressed gas toward the label L peeled by the peeling plate 25. It has become. A compressed gas passage 30 (partially shown in FIG. 2) is formed between the gas outlet 26 and the gas supply means 23, and the compressed gas passage 30 is turned on and off by a trigger portion 27 described later. The compressed gas is supplied from the gas supply means 23 to the gas outlet 26 via the gas outlet.

  The trigger unit 27 is a “trigger unit” that functions as a “switch” that operates and stops the hand-held label sticking machine 21, and interlocks with the gas supply unit 23 and the rotating drum 12 (refer to the related art). When the trigger part (trigger part) 27 is squeezed (pulled), the switch is turned on to supply the compressed gas from the gas supply means 23 and rotate the rotary drum 12 via a spring (not shown) to place the belt-like mount D. Each part is activated such as transporting to the downstream side of the fixed amount.

In addition, 31 is an inlet of the strip-shaped mount D formed on the base portion 24, 32 is an outlet, and the strip-shaped mount D fed from the supply reel holding portion 4 to the base portion 24 side is the base portion 24 from the inlet 31. And is discharged from the outlet 32 through turning in the peeling plate 25.
Reference numeral 33 denotes a hand-cut cutter unit. The hand-cut cutter unit 33 is formed at the outlet 32 and is discharged from the outlet 33 after the label L is peeled off by the peeling plate 25. In addition, the band-shaped mount D is used as a “cutter blade” when being cut by hand.

Next, based on FIG. 1 and FIG. 2, the use state of the hand-held label sticking machine 1 is demonstrated.
The supply reel 3 is mounted and held on the supply reel holder 4, the belt-like mount D on which the label L is temporarily attached is pulled out to the base portion 24 side, inserted from the inlet 31 of the belt-like mount D, passed through the release plate 25 and from the outlet 32. Pull out and set.
When the main body 22 is held by hand and the trigger portion 27 is squeezed (pulled) toward the object A to which the label L is pasted on the base portion 24 side, the rotating drum 12 rotates by a predetermined amount from the supply reel holding portion 4. A predetermined amount of the belt-like mount D is fed out and conveyed to the downstream side, and only the belt-like mount D is turned by the peeling plate 25 so that the label L is peeled from the belt-like mount D.
In synchronism with the timing at which the label L is peeled off, the compressed gas is sent from the gas supply means 23 to the gas outlet 26 of the base part 24 through the compressed gas passage 30, and the compressed gas is injected from the gas outlet 26.
The compressed gas is jetted toward the label L peeled off by the peeling plate 25, and the label L is skipped to the object A and stuck.

  Note that the strip-shaped mount D after the label L is peeled is discharged from the outlet 32, but can be cut by a hand-cut cutter unit 33 formed at the outlet 32. That is, when the discharged belt-like mount D reaches an appropriate length and is likely to hang down to the opening 29 of the base portion 24, if the belt-like mount D is pulled by hand to the cutter portion 33 side, the cutter as a “cutter blade” The portion 33 can be cut.

  As described above, the belt-like mount D that has been turned by pulling (squeezing) the trigger portion 27 is transported to the downstream side, and the label L is peeled off by the peeling portion 25 and simultaneously the compressed gas is supplied from the gas supply means 23. Since the label L is blown toward the object A by ejecting the compressed gas from the gas outlet 26 toward the peeled label L, the object A is soft such as tofu or melon Even if it is a high-grade product, the label L can be attached to the object A in a non-contact state, so that the object A is not damaged at all.

Next, a second embodiment will be described with reference to FIGS.
In the following, portions common to the conventional and previous embodiments will be denoted by the same reference numerals, and redundant description will be omitted.
Mainly, as shown in FIGS. 3 and 4, the hand-held label sticking machine 41 holds a supply reel 3 around which is wound a main body 42 and a belt-like mount D on which a label L is temporarily attached. A supply reel holding unit 4, a gas supply unit 23, a base unit 44, a peeling unit 25, a gas ejection port 46, a trigger unit 47, a conveying unit 48, a distance measuring unit 49, a squeezing valve unit 50, The controller 51 is mainly provided.

The base portion 44 is provided on the front surface portion (the left end portion in FIG. 3) of the main body 42, the inside is the space portion 28 and the front surface portion is the opening 29, and the space portion 28 includes A peeling portion 25 as a “peeling means” and a gas outlet 46 described later are provided.
Reference numeral 52 denotes an entrance of the belt-like mount D, and 53 denotes an exit of the belt-like mount D. The entrances 53 and 52 are provided at positions opposite to the base portion 24 of the previous embodiment. That is, the inlet 52 of the belt-like mount D is provided on the front side (the left end side in FIG. 4), and the outlet 53 is provided on the rear side (the gas injection port 46 side of the base part 44 in FIG. 4). The belt-like mount D conveyed from the inlet 52 formed on the part side is turned by the peeling plate 25 as a “peeling part” and is discharged from the outlet 53 on the back side. The belt-like mount D discharged from the outlet 53 is conveyed to the rear side of the main body 42 through the paper discharge passage portion 54 formed in the supply reel holding portion 4. For this reason, as compared with the previous embodiment, there is no possibility of closing the opening 29 of the base portion 44 by the discharged belt-like mount D.
In the present embodiment, the label L peeled off by the peeling plate 25 is a surface on which information is printed on the opening 29 side, and the gas jet port 46 side described later becomes an adhesive layer N.

A gas outlet 55 is formed at the distal end of the gas outlet 46 (on the side of the space 28 in FIG. 4), and a large number of injections are mainly formed in this nozzle 55 as shown in FIG. A hole 56 is formed.
The number of the injection holes 56 is different between one side and the other side (the left semicircle part and the right semicircle part in FIG. 5) across the center line T in the plane, and the left semicircle part is set to a ratio of 1. The ratio of the right semicircular part is n, and the range of n is preferably “3 <n <6”.
That is, the ratio of the injection holes 56 of the gas outlet 46 provided in the vicinity of the tip of the peeling portion 25 is changed between one side and the other side (the left half and the right half in FIG. 5) across the center line T. As a result, different amounts of compressed gas are ejected from the left and right sides of the label L peeled off by the peeling plate 25 so that the spray hole 56 side becomes the adhesive layer N. In the process of flying (flying) toward the left, the left and right are reversed, and the adhesive layer N side faces the object A side.

  The trigger unit 47 is a “trigger unit” that serves as a “switch” that electrically operates and stops the hand-held label sticking machine 41, and is connected to a control unit 51 described later.

  The conveying means 48 is a rotating drum 57 connected to the control unit 51, and carries out a desired amount of rotation by an electric means such as a motor via the control unit 51 to convey a predetermined amount of the belt-like mount D.

The distance measuring means 49 is a “measuring device” for measuring the distance between the object A and the main body 42, and a distance measuring device that emits “sighting light” or “marker light” can be used. When the light F is irradiated and the distance from the object A falls within a predetermined range, a positive mark M is clearly displayed on the object A in focus as shown in FIG. .
Further, the distance measuring means 49 is configured so that the “switch” of the trigger portion 47 is “on the trigger portion to the extent that the other portions (conveying means 48 and the squeezing valve portion 50 described later) are not turned on and between the on and off states. ”Is activated (turned on) in a lightly pulled state (half-drawn state) to emit the aiming light F, and when the finger is released from the“ trigger part ”, it is turned off and irradiation of the aiming light F is stopped. The
The distance measuring means 49 can be selected by switching the distance between the peeling plate 25 and the object A in a plurality of stages depending on the type of the label L to be handled. That is, the “focal length” in which the mark M of the aiming light F is clearly displayed according to the size and thickness (weight) of the label L, in other words, the distance between the peeling plate 25 from which the label L is peeled off and the object A. , Can be selected by switching in multiple stages.

  The compression valve unit 50 is an “open / close valve” provided in a compressed gas passage 30 (partially shown in FIG. 4) formed between the gas supply means 23 and the injection hole 56, and the compressed gas passing therethrough It plays the role of further increasing the degree of squeezing. That is, when the compressed gas is injected from the injection hole 56, the compressed valve portion 50 is opened and the compressed gas from the gas supply means 23 is increased in degree of compression.

The control unit 51 is connected to the trigger unit 47, the conveying unit 48, the distance measuring unit 49, and the expression valve unit 50 via a signal line S (illustrated by an imaginary line in FIG. 4). The following control is performed by turning on.
1) Opening and closing of the squeezing valve unit 50.
2) The rotary drum 57 of the transport means 48 is rotated to transport the belt-like mount D by a predetermined amount.
3) Aiming light F is irradiated from the distance measuring means 49.

Next, based on FIG. 3 thru | or FIG. 6, the use condition of the handheld label sticking machine 41 is demonstrated.
The handheld label sticking machine 41 is supported by hand, the gas outlet 46 side is directed to the object A, and the “trigger part” of the trigger part 47 is lightly squeezed with a finger (half-drawn state) from the distance measuring means 49 to aim light F The distance between the hand-held label sticking machine 41 and the object A is adjusted so that the mark M by the aiming light F is clearly displayed.
When the "trigger part" that has been lightly squeezed to the end when the mark M is clearly displayed on the object A, the squeeze valve part 50 that has closed the squeezed gas passage 30 is opened, and the gas supply The compressed gas is supplied from the means 23 toward the injection hole 56, and the rotating drum 57 of the conveying means 48 is electrically rotated through a motor or the like to convey a predetermined amount of the belt-like mount D, The label L is peeled from the belt-like mount D with the peeling plate 25. In addition, the expression valve part 50 performs the opening / closing operation | movement which closes immediately after opening.
Since the squeezed gas whose degree of squeezing has been increased by the squeezing valve unit 50 is injected from the injection hole 56 with respect to the label L peeled off at the tip of the peeling plate 25, the label L is blown toward the object A. .
When the compressed gas is injected to the label L, the ratio of the left half and the right half in FIG. 5 of the injection hole 56 formed in the jet outlet gold portion 55 is 1: n. N is blown while being rotated halfway so as to face the object A, and is attached to the object A.
When the label L flies by half-turning toward the object A, a distance (distance between the peeling plate 25 and the object A) corresponding to the type of the label L is selected by the distance measuring means 49, and the label L Since the distance is switched to an appropriate distance necessary for reversal, the adhesive layer N side of the label L is stuck toward the object A.
When the finger is released from the “trigger part” of the trigger part 47, the “switch” is turned off and the irradiation of the aiming light F is stopped.

As described above, in conjunction with the switch on and off the trigger portion 47 via a control unit 51 for controlling each section, so as to jet from the injection hole 56 a pressure squeeze gas from the gas supply means 23, electrical The label L can be attached without causing the main body 42 to come into contact with the object A by a simple signal. Therefore, the label can be used with less force than a conventional hand-held application machine that uses a spring and grips the lever against the spring. L can be attached.

  Further, a distance measuring means 49 is provided so that it is possible to measure whether or not the distance between the label peeling unit 25 and the object A has become a predetermined distance. Moreover, depending on the type of the label L, the label peeling unit 25 and the object A can be measured. Since the distances can be switched in a plurality of stages, even when the label L is skipped, the optimum distance corresponding to the label type can be measured.

Further, since the ratio of the injection holes 56 is set to 1: n (1 to n), the peeling of the label L on the peeling plate 25 is performed with the pressure-sensitive adhesive layer N side of the label L facing away from the object A. Even if it is peeled off, it can be reversed when flying. Then, in combination with the switching of the distance measuring means 49 suitable for the label type, the label L is rotated halfway when reaching the object A so that the adhesive layer N is attached to face the object A. It has become.
In addition, the injection cap part 55 in which the injection hole 56 is formed is replaceable, and when changing the ratio of the injection hole 56, it can be replaced with a one-to-n injection nozzle part 55.
About another structure, an effect | action, and an effect, detailed description is abbreviate | omitted since it is substantially the same as previous embodiment.

Next, still another embodiment will be described based on FIG.
In the following, portions common to the conventional and previous embodiments will be denoted by the same reference numerals, and redundant description will be omitted.
FIG. 7 is an enlarged cutaway side view corresponding to FIG. 2 showing the internal structure of the base part.
The base portion 62 is provided with a cutting support member 63, a cutting blade 64, a rotary drum 12, and a gas ejection port 26. The cutting blade 64 is connected to the cutting support member 63 via a spring (not shown). It is supposed to be able to move forward and backward.
In the present embodiment, a so-called “continuous label continuum” in which the adhesive layer N is exposed on one surface side of the substrate 60 is used as the belt-like mount D1.
The cutting support member 63 is a “support member” for supporting the belt-like mount D1 conveyed between the rotary drum 12.
Reference numeral 65 denotes an entrance of the belt-like mount D1, and 66 denotes an exit when the belt-like mount D1 is set.

With the above configuration, when the trigger portion 27 is pulled (squeezed), the rotary drum 12 conveys the belt-like mount D1 downstream by a predetermined amount via a spring (not shown), and the cutting blade 64 moves to the cutting support member 63 side. While advancing and cutting the belt-like mount D1, the label L is directed toward the object A and stuck by ejecting the compressed gas from the gas outlet 26 in synchronization with the cutting of the belt-like mount D1.
Since the cutting board 67 is provided and the belt-like mount D1 is conveyed by a predetermined amount and cut by turning on the trigger portion 27, it can be handled even with the “continuous label continuum” with the adhesive layer N exposed. Further, since the label L is produced by cutting the belt-like mount D, the strip-like mount D after being peeled does not get in the way.
About another structure, an effect | action, and an effect, detailed description is abbreviate | omitted since it is substantially the same as previous embodiment.

  It should be noted that the configuration and operation of the above-described embodiment are examples, and it goes without saying that they can be changed as appropriate without departing from the spirit of the present invention.

For example, for the convenience of description, the “peeling portion” has been described as an example using the peeling plate 25, but the present invention is not limited to this, and “peeling pins” can also be adopted.

A Object D Band-shaped mount L Label F Aiming light N Adhesive layer S Signal line 3 Supply reel 4 Supply reel holding part 12 Rotating drum 21 Hand-held label sticking device (first embodiment)
22 Main body 23 Gas supply means 24 Base part 25 Peeling part (peeling plate)
26 Gas ejection port 27 Trigger part 28 Space part 29 Opening 30 Pressed gas passage 31 Inlet 32 (in the strip-shaped mount D) Outlet 33 (in the strip-shaped mount D) 33 (Hand-cut type) Cutter unit (cutter blade)
41 Hand-held labeling device (second embodiment)
42 Main body 44 Base part 46 Gas outlet 47 Trigger part 48 Conveying means 49 Distance measuring means 50 Squeeze valve part 51 Control part 52 Inlet 53 (in the belt-like board D) Outlet 54 (in the belt-like board D) Outlet 54 Outlet metal Portion portion 56 Ejection hole 57 Rotating drum 60 Base material 62 Base portion 63 Cutting support member 64 Cutting blade 65 Inlet 66 (in the strip-shaped mount D) Outlet (in the strip-shaped mount D)

Claims (3)

A main body for holding a supply reel wound with a belt-like mount on which a label is temporarily attached;
Gas supply means that is detachably provided with respect to the main body, and supplies compressed gas;
A base part provided on the front surface of the main body and formed with an entrance and an opening of the belt-shaped mount, and an opening,
A peeling portion that is provided in the base portion and turns only the belt-like mount inserted from the entrance of the belt-like mount and peels the label;
Said provided close to the peeling unit, a gas ejection port for ejecting said pressure squeeze gas to blow the label is peeled off at the peeling portion to the opening side,
By turning on the switch, the turned strip-shaped backing sheet is conveyed to the downstream side, the label is peeled off at the peeling part, and a trigger part that jets the compressed gas from the gas supply means from the gas outlet, With
The label is peeled off from the temporary attachment state with the belt-like mount in the inside of the base part, and is fed out in the direction of the gas outlet, and by the ejection of the compressed gas from the gas outlet in synchronization with the timing of peeling. A hand-held label sticking machine that is blown through an opening of a base part . The hand-held label applicator according to claim 1, wherein a hand-cut cutter unit is provided at an exit of the band-shaped mount of the base unit. A main body holding a supply reel wound with a continuous label-less continuous body with an adhesive layer exposed on one side of the substrate ;
Gas supply means that is detachably provided with respect to the main body, and supplies compressed gas;
A base part provided on the front surface of the main body and having an opening and an opening for the continuous labelless continuous body ,
A support member for supporting the backing without label strip which is inserted from the inlet of the backing without label strip provided on the cap portion,
A cutting blade that cuts the continuous labelless continuous body in the support member to form a piece of label;
Said adjacent upstream near the distal end portion of the support member is provided, a gas ejection port for ejecting said pressure squeeze gas to blow the label is cut in the support member to the opening side,
A trigger part that operates the cutting blade to turn on the switch to cut the mountless label continuous body to produce a label, and jets the compressed gas from the gas supply means from the gas outlet, With
The non-mounting label continuous body is cut by the cutting part inside the base part, and the cut piece of the label is synchronized with the cutting by the ejection of the compressed gas from the gas outlet. Hand-held labeling machine, which is blown through the opening of the part .

Images