JPH0640447A - Electronic hand labeler - Google Patents

Abstract

(57) [Summary] [Purpose] Both label issuance and continuous issuance of labels with a tape mount, as well as continuous tag issuance, which is the same technology as continuous issuance of labels, is printed. Adhering unit Provide an electronic handler that can be done only with this machine. [Structure] Print sticking unit 1 connected to cable 2
Then, the control unit 100 and the control unit 100 are placed on the gantry 130, and both the thermal label continuum 95 and the thermal tag continuum 140 are smoothly printed and issued.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION The present invention relates to a portable electronic handler for thermal printing. And it is especially suitable for price display (in-store marking) in stores, more specifically, bar code price printing is applied on labels and tags, and this is attached to the product or attached to the tag, at the time of sales. This is an electronic special printing device that is easy to carry and is used in a system that can be read by an optical reader or the like.

In addition, a portable label printing / pasting machine (so-called handler bella) is used in place of the desktop printer.
In addition, the input data is likely to be set incorrectly, and there is a defect that perfect printing cannot be performed particularly in bar code printing in which printing accuracy is required. In view of the above points, the present invention is to provide only the good points of the desk-top printer and the handler hander to provide an electronic handler hander for thermal printing having high workability and printing accuracy.

[0003]

2. Description of the Related Art The conventional electronic handler for thermal printing has a structure in which a roller for engaging or pulling only a tape-shaped mount temporarily attached with a thermal label is connected by a motor to forcibly mount the tape-shaped mount. It is a method to extend to the back of.
This method is a configuration in which only the normal label is issued. Here, the label-by-leaf issuance means the turning pin portion provided at the tip of the machine with a large number of thermal labels temporarily attached to the tape-shaped backing after thermal printing. This means peeling one by one.
Then, the issued label is attached to a product or the like by the label attaching means provided in this machine. In this way, it is inconvenient to issue each label individually, and for example, hand out the required number of labels that are continuously issued according to the specified data to each sales floor corner of a supermarket or the labels that are issued directly to the product supplier. It may be hand-pasted without using the device. Such label issuance is referred to as continuous label issuance, which means that the label is not peeled off as described above and the thermal label is delivered to the leading end of this machine in a temporarily attached state on the tape mount. Then, the issued label is peeled off from the tape-shaped mount with a fingertip or the like and manually attached to a product or the like.

[0004]

DISCLOSURE OF THE INVENTION The present invention provides label printing for both individual label printing and continuous label mounting.
Furthermore, the printing and sticking unit can issue the continuous tags, which is the same technology as the continuous issuance of labels, by mounting an electronic handler vera for thermal printing on the frame to issue continuous labels with a mount. Provides a configuration that facilitates issuance of continuous tags.

[0005]

According to the present invention, there is provided a handler / vera with a printing device for both labels and tags, in which a print sticking unit 1 connected by a cable 2 and a control unit 100 are placed on a stand 130. The label holder 13 of the thermal label continuum 95 wound in a roll shape, the opening 18 formed when the openable label case 14 is closed, and the forcible drive provided in the machine are provided in the printing and pasting unit 1. The platen roller 51 and the pulling roller 71 are provided.

[0006]

The operation will be described with reference to FIGS. 1, 3A, 3B and 9. In the schematic perspective view of the printing device which also serves as the label and the tag in FIG. 9, basically, the printing sticking unit 1 connected to the frame 130 with the cable 2 and the control unit 1
Place 00 and. Thus, the thermal tag continuum 140 wound around the tag reel 136 has the label guide passage surface 19 introduced through the opening 18 with reference to FIG. 3B when the bottom cover 80 and the platen arm 50 of the printing and pasting unit are opened. Further, it is guided to the label guide passage surface 78 of the platen arm 50 which is aligned with this, and the simple insertion of the tag is completed. Next, the platen arm 50 and the bottom lid 80 in the open state are closed. At this time, the leading end of the thermal tag continuum 140 is not turned as in the case of issuing each label, and is led out linearly toward the label issuing port 29 as in the case of continuous issuing of labels. In this state, the printing / pasting unit 1 is attached to the mount 13
It is set in the groove 134 of 0. Next, the control unit 100
The data is input by operating the keys of the keyboard 103. Then, by pushing the push button 21 of the printing and pasting unit 1, the tag thermally printed by the same operation as the label printing is fed out from the label issuing port 29. In this case, it is important that the platen roller 51, which is elastically pressed against the thermal head 36, be driven, which is the same as the operation of continuous label issuance.

[0007]

1 to 8 show a first embodiment of an electronic handler vera for thermal printing according to the present invention, and FIG. 1 is an overall schematic view. Referring to FIG. 1, the electronic handler of the present invention is roughly classified into a print sticking unit 1 that can be operated with one hand,
This is a three-point set configuration including a control unit 100 which is constructed separately from the printing / pasting unit 1 and connected by a cable 2, and a pen scanner 4 which is connected by a cable 5 from the control unit 100.

The control unit 100 and the pen scanner 4 are directly held on the operator's body such as an operator's apron pocket (not shown) or a waist belt (not shown) and can be carried together with the printing / pasting unit 1. Is. Further, the control unit 100 is equipped with a keyboard 103, a display 104, a battery 105, and a mounting bracket 7 for mounting the pen scanner 4. 3 in the figure
Reference numerals a, 3b and 6 are plugs of the cables.

Details of the print control unit 1 are shown in FIGS. 2 and 3A and 3B, the print sticking unit 1 is provided with the label holder 13 of the thermal label continuum 95 wound in a roll shape on the upper part of the outer frame 11, and behind this with one hand. A grip 20 for grasping and operating is formed. The inside of the outer frame 11 is roughly provided with a thermal printing device 30, a label transfer device 70, and a label sticking portion 90. A substantially semicircular label case 14 that surrounds the roll-shaped thermal label continuum 95 is attached to the label holder 13 and is attached to a pivot shaft 15 in front of the outer frame 11 in front of the machine. It is configured so that it can be opened, and is locked by this rear (front side) locking portion 16. With particular reference to FIGS. 2 and 1, a micro switch 22 actuated by a push button 21 is provided inside the grip 20, and the micro switch 22 is connected to a battery 105 provided inside the control unit 100. The plug 3a of the cable 2 is connected to the connector 8 which can be freely connected and disconnected. Further, the thermal printing device 30 is attached to the micro switch 22.
Of the thermal head 36, the motor M of the label transfer device 70, the reflection type lamp L of the light emitting diode, and the reflection type sensor S.

Next, with particular reference to FIGS. 3A, 3B and 6, the thermal printer 30 attached to the middle frame 12 provided inside a part of the outer frame 11 is the thermal unit 3.
1 and the platen roller 51 are combined. More specifically, the heat dissipating member 34 is attached to the unit substrate 32 of the thermal unit 31 with the attaching screw 41. The radiator 3
A thermal head pressing plate 38, an O-ring 39 and a mounting screw 40 are provided on the head 4, and a thermal head 36 is connected to the tip portion of the thermal head 36 and a flexible cable 37 guided to the rear side is connected to the O portion at the connecting portion. A ring 39 is arranged and securely fixed.

The flexible cable 37 is wired to the connector 8 via the micro switch 22. More specifically, it is configured such that the electronic board 17 provided inside the grip 20 is wired. Further, the entire thermal unit 31 is set in the middle frame 12. More specifically, a pair of mounting bosses 32a provided on the unit board 32 are locked in the engaging recesses of the middle frame 12 so that the tip portion of the thermal unit 31 can swing. Further, the step portion 35 provided at the tip of the heat sink 34 is the mounting portion 2 of the machine.
It is opposite to 6 with a gap. Further, above the thermal unit 31, a pair of elastic locking members 33a and 33b having a spring structure attached to the unit substrate 32 are provided.
Is securely attached to the motor mounting portion 23a and the unit mounting portion 23b in the inner frame 12 by utilizing its elastic bias. The thermal head 36 located on the lower surface of the tip of the thermal unit 31 is positioned by the positioning step portion 35 a provided on the radiator 34. That is, the elastically biased thermal head 36 is set to the normal position only by aligning the tip end of the thermal head 36 with the positioning step portion 35a, and the thermal head 36, which will be described later, and the platen roller 51 that is installed in opposition thereto. This is a configuration in which parallelism is measured. In the figure, 25a is a vent hole for heat dissipation of the motor M, and 25b is a window of the lamp L.

Next, the platen roller 51 elastically pressed against the thermal head 36 by the pair of elastic locking members 33a and 33b is attached to a rotatable platen arm 50. The platen roller 51 has a roller shaft 52.
The shaft ends are housed in a locking portion 53 formed by cutting the frame of the platen arm 50. The platen roller 51 is configured to be rotated by a motor M, which is a drive source described later, and the thermal head 36 is
Then, the desired thermal printing is performed on the thermal label 96 of the tape-shaped thermal label continuum 95 by pressing it. At the tip of the platen roller 51, a turning pin 54 is set which reverses the tape mount 97 and peels off the thermal label 96 temporarily attached thereon. Further, the platen arm 50 is configured to be rotatable counterclockwise about a pivot 77 as a fulcrum. A label pressing member 72 that moves counterclockwise in conjunction with the rotation of the platen arm 50 is provided inside the machine. More specifically, a connecting pin 76 provided on the connecting portion 55 bent upward is fitted to the slit 75 of the label pressing member 72 at the rear of the platen arm 50.
In association with the counterclockwise rotation of the platen arm 50, the label pressing member 72 uses the fixed guide roller 74 provided at one end thereof as a fulcrum to move the movable guide roller 73 provided at the other end from the solid line. It is displaced in the direction of the dashed line. That is, the guide rollers 73 and 74, which are in contact with the inclined label guide passage surface 19 provided on the lower portion of the label holder 13, are separated from the label guide passage surface 19 to form a label insertion passage. ing.

Next, near the label pressing member 72, a pulling roller 71 of a label transfer device 70 rotated by a motor M described later is installed. The pulling roller 71 is pressed against a pressing roller 83 set on a bottom cover 80, which will be described later, and the tape-shaped mount 97 is interposed between the rollers 71 and 83.
In order to separate the thermal label 96 from the backing sheet 97 by press-contacting the sheet, the thermal label 96 is fed out to the rear of the machine. Although the pulling roller 71 is configured to pull the tape-shaped mount 97 in the embodiment, for example, a transfer pin or a transfer hole provided in the tape-shaped mount 97 by providing a locking pin on the outer peripheral surface of the rotating body. The transfer roller may be configured to engage with the thermal label continuum 95 to advance the thermal label continuum 95, and means a transfer roller that guides the tape-shaped mount including the engagement roller.

As shown in FIG. 5, the thermal label continuum 95
The motor M forcibly rotates the platen roller 51 for feeding the paper to the front of the machine and the pulling roller 71 for feeding the tape mount 97 to the rear of the machine. The platen roller 5
1 rotation corresponds to rotation of the gear 42 of the motor M to the intermediate gear 43,
44 and then to the platen roller gear 45. The rotation of the pulling roller 71 drives the motor M from a belt 47 suspended by pulleys 46a and 46b, from a gear 48 to a pulling roller gear 49.
It is a configuration to be transmitted to. The driving rotation of the pulling roller 71 needs to be faster than the driving rotation of the platen roller 51. The reason for this is that good label peeling cannot be achieved unless the tape-like mount 97 after the thermal label 96 is peeled off by the rotational driving of the platen roller 51 is pulled excessively.

Next, the bottom cover 80 has a label attaching roller 91.
The roller shaft 92 is pivotally supported so that it can be opened clockwise. In the closed bottom lid 80, an auxiliary peeling pin 81 is arranged on the bottom lid 80, and the auxiliary peeling pin 81 is adjacent to the front and lower stages of the turning pin 54 of the platen arm 50. A mount guide roller 82 is provided behind the platen arm 50, and a pressure contact roller 83 provided on the bottom cover 80 is further provided. Both ends of the roller shaft 84 of the pressure contact roller 83 are housed in a locking portion 85 formed by cutting the frame of the bottom lid 80. A locking recess 86 is formed at the rear end of the bottom lid 80, and an elastically biased set pin 27 fitted in a guide slit 28 formed in the outer frame 11 is locked in the locking recess 86. Has been done. The set pin 27 is configured to interlock with the locking device 60 of the platen arm 50 shown in FIG. Specifically, set pin 2
A link 61 and a spring 61b interposed on a spring shaft 61a attached to the middle frame 12 are attached to the device 7. The spring 61b is configured to urge the link 61 in the tip direction (leftward in FIG. 4). That is, the set pin 27 is in a state of being pressed toward the left end of the guide slit 28 by the bias of the spring 61b. A hook 63 is attached to the tip of the link 61 with a connecting pin 62.
Is rotatable about a fulcrum shaft 64 as a fulcrum, and an engaging portion 63a at the tip thereof is engageable with and disengageable from an engaging projection 56 (the entire perspective view is disclosed in FIG. 6) formed in a part of the platen arm 50. is there. Further, one end of a spring 65b interposed on a spring shaft 65a attached to the middle frame 12 is attached to the link 61, and the other end of the spring 65b is brought into contact with a spring stopper 24 so that the link 61 is not moved. The structure is such that the platen arm 50 is biased in a clockwise direction so that the platen arm 50 can be opened well when the platen arm 50 is opened.

Further, the pulling roller 7 is provided in the middle frame 12 portion.
A mount roller arm 66 for elastically urging 1 against the pressure contact roller 83 of the bottom cover 80 is held. Specifically, fulcrum shaft 6
The mount roller arm 66 pivotally supported by
9 has an accommodating portion 68 in which the spring 69
Is brought into contact with the stepped portion 12a of the middle frame 12 to urge the mount roller arm 66 as a whole in the clockwise direction.
Therefore, the pulling roller 71 mounted below the mount roller arm 66 is urged in the clockwise direction to be guided between the pulling roller 71 and the pressure contact roller 83 of the bottom cover 80 which is in pressure contact with the pulling roller 71. It is configured such that 97 is fed to the rear of the machine, and the excessive rotation of the pulling roller 71 absorbs a slip generated between the pulling roller 71 and the tape-shaped mount 97 by the action of the spring 69 of the mount roller arm 66.

Next, as shown in FIGS. 3B and 6, a driver insertion hole 57 is provided in a part of the platen arm 50. The driver insertion hole 57 is preferably located at a position corresponding to the mounting screw 40 of the thermal printer 30 when the platen arm 50 is opened in the inclined state. Further, the hook 63 is provided on the side of the platen arm 50.
A locking projection 56 that locks the locking portion 63a is provided. Further, as shown in FIGS. 3A, 6 and 7, the bottom lid 80
A rear cutter 87 of the tape mount 97 is provided at the mount outlet 98 on the rear end face, and a thermal label 96 is provided on the front end face of the tape mount 97 and a front cutter 88 of the thermal label continuum 95 temporarily attached to the tape mount 97. ing.

Next, as a pre-stage of the bar code printing operation using this machine, the thermal label continuum 95 wound in a roll shape around the label holder 13 of the printing / pasting unit 1 is rolled into a tape shape, and is placed inside the machine. Label loaded. As shown in FIG. 3B, the label is very smoothly loaded by opening the bottom lid 80 and opening the platen arm 50 which is opened in the opposite direction. The label loading means an ordinary label set. More specifically, the thermal label continuum 95 is inverted at the turning pin 54 and forcedly rotated by the motor M. The platen roller 51.
Is pressed against the thermal head 36 and the thermal label 9
Labels are issued after the desired thermal printing has been performed on 6. Further, the inverted tape-shaped mount 97, like the platen roller 51, is brought into pressure contact with the pulling roller 71 and the pressure contact roller 83 which are forcibly rotated by the motor M, and is led out to the rear of the machine to issue the label. This is a configuration in which label peeling is good.

Next, the configuration of the control unit 100 will be described with reference to the exploded perspective view of FIG. As described above, the control unit 100 is configured as a separate body from the printing / pasting unit 1 and includes a keyboard 103, a display 104 and a battery 105. Then, the controller unit 101 including the keyboard 103 and the display 104
And a battery unit 102 having a battery 105. The controller unit 101 includes a keyboard window 107 that engages with the keyboard 103, and the display window 10
Front cover 1 provided with a display window 108 for engaging 4
06, a keyboard 103 group, a substrate 109, a connector 112 for connecting to the display 104, an electronic element 111, a personal computer, etc., a connector 113 for connecting to the print sticking unit 1, the pen scanner 4
Element board 11 provided with connector 114 for connection to
0 and a holding frame 115 provided with a switch 116 and the like. The battery unit 102 includes a battery cover 119 with a dovetail groove 120, a charging connector 123 connected to an external power source, and a battery 105 and a bottom cover 1 provided with a connector 122 for connecting to the controller unit 101.
And 24 are provided. And this battery unit 10
2 is connected to the controller unit 101 with a hook 117. More specifically, the hook 117 is guided by the dovetail groove 120 of the battery cover 119 to projectly engage with the connection window 118 of the holding frame 115, and the battery unit 102 and the controller unit 101 are elastically held. Further, the connector 122 of the battery 105 is connected to the plug 121 of the controller unit 101 and is in an energized state.

Next, the operation of this embodiment will be described with reference to FIG. 2, FIG. 3A, FIG. 3B, FIG. 5 and FIG. First, referring to FIG. 8, the control unit 100
The switch 116 is turned on, and the data to be printed is input by the key operation of the keyboard 103. Specifically, after inputting the product code, price, etc., the number of issued sheets is input. Based on this input data, a check digit is automatically calculated and displayed on the display 104 of the control unit 100. Next, referring to FIG. 2, the print sticking unit 1
When the micro switch 22 is turned on by pressing the push button 21 of, the predetermined light emitting element of the thermal head 36 generates heat in response to a command from the control unit with reference to FIG. 3A, and the thermal label 96 in a state of pressure contact with the platen roller 51 is colored. Then, one-step printing is performed. Next, referring to FIGS. 5 and 3A, when the motor M rotates by a predetermined amount, one of the gears 4
The platen roller 51 is rotated by a predetermined angle via the rollers 2, 43, 44, 45, and the entire thermal label continuum 95 on the platen roller 51 is fed forward, while the belt 47 and the gears 48, 49 are arranged on the other side. The pulling roller 71 is rotated by a predetermined angle via the pulling roller 71, and the tape mount 97 is pulled by a predetermined distance in cooperation with the pressure contact roller 83. Therefore, the thermal label 96 of the fed-out thermal label continuum 95 starts to be peeled from the tape mount 97 at the turning pin 54. Next, when the thermal head 36 acts again in the same manner as described above to print the next predetermined amount on the thermal label 96, the thermal label continuum 95 is transferred, and when printing of one label is completed, The sensor S has a detection mark (not shown) provided on the back surface of the tape mount 97.
The thermal label continuum 95 is sent and stopped until is detected.

The thermal paper 96 thermally printed by the above label transfer is peeled from the tape mount 97 at the turning pin 54 portion at the tip of the platen roller 51 and reaches the label issuing port 29, that is, the label sticking portion 90.
That is, it is sent out below the sticking roller 91 while being placed on the auxiliary peeling pin 81. Then, the sticking roller 91 of the printing sticking unit 1 of the operator who grasps the grip 20
By rubbing the portion against the article, the thermal label 96 having the barcode printed thereon is attached. In this way, when all the labels for the preset number of sheets are issued,
The electromechanical operations of the print sticking unit 1 and the control unit 100 are completed and stopped.

Next, referring to FIGS. 3A and 3B, when the labels are continuously issued, that is, when a label with a mount that does not peel the label is fed out from a label issuing port 29 provided in the front of the printing / pasting unit 1 machine, the label is released. The bottom cover 80 and the platen arm 50 are opened as in the case of issuing each leaf, but the turning operation of the thermal label continuum 95 is not performed. That is, the thermal label continuum is guided to the label guide passage surface 19, reaches the label issuing port 29 from the platen roller 51, and the setting is completed only by locking the platen arm 50 and the bottom lid 80. By operating the push button 21 of the printing and pasting unit 1 in the same manner as described above, the platen roller 51 is forcibly rotated by the driving rotation of the motor M through the gear, and thermal printing is performed and is continuously issued in front of the machine. It is something. This device also has an online function, and the control unit 1
If the connector 112 of 00 is connected to a personal computer, the input data from the personal computer or the data stored in the floppy can be transmitted to the label sticking unit 1 and desired printing can be performed on the thermal label. Further, the pen scanner 40 is also capable of inputting data.

Next, the label cutting device will be described with reference to FIGS. 3A and 7. Thermal label continuum 95
After the desired thermal printing is performed, there are continuous label-attached label issuance that is forwarded to the front of the printing / pasting unit 1 and label peel-off label issuance that is only the tape-shaped mount that is extended rearward. Usually, it is issued every leaf of the label,
Specifically, in the thermal label continuum 95 that is thermally printed by the thermal head 36 and the platen roller 51 that is driven to rotate, the thermal label 96 is peeled off by the pulling action of the tape mount 97 at the turning pin 54 portion. The tape-shaped mount 97 is guided by the mount guide 82, and then guided to the outside of the machine by the pulling roller 71 and the pressure contact roller 83. Then, the label is issued and the label is attached, and the tape-shaped mount 97 is cut when the tape-shaped mount 97 is fed to the rear side of the apparatus by an appropriate length. The tape mount 97 is cut by a cutter 87 provided behind the bottom lid 80. On the other hand, when the label is not peeled off, the label is not stuck by the sticking roller 91 of this machine after a certain number of labels are issued, and the thermal printed thermal label 96 is stuck on the product by hand, When a so-called continuous label with a mount is issued, the continuous label with a mount fed forward of the machine is cut by a front cutter 88 provided in front of the bottom cover 80. Thus, according to the present device, since the rear cutter 87 provided at the rear of the bottom lid 80 and the front cutter 88 provided at the front of the bottom lid 80 are both configured, when the normal label is issued, the rear cutter 87 is used to label the label. Is continuously issued, that is, when the label with a backing sheet is fed out to the front of the machine, the front cutter 88 cuts each sheet, which is convenient.

Next, regarding a printing device that also serves as a label and a tag,
A second embodiment of the present invention is shown in FIGS. 1, 3A, 3B and 9
Will be described with reference to. This electronic handler is generally applied to a thermal label, but this device has a structure capable of printing on a continuous body of thermal tags. Specifically, as shown in FIG. 9, the printing / pasting unit 1 is used for printing on the thermal tag continuum 140 wound in a roll.
The control unit 100 including the keyboard 103, the display 104, and the battery 105 is a stand 130.
Is set to. The mount 130 has a control unit side 131
Control unit concave groove 133, print sticking unit side 13
The printing sticking unit concave groove 134 is formed on the second side, and the control unit 100 and the printing sticking unit 1 are loaded respectively. The control unit side 131 has a low inclination on the operation side in order to simplify the key operation of the control unit 100, and the print sticking unit side 132 has a label issuing port of the print sticking unit 1 for smooth tag issuing. 29, which is in parallel with 29, for preventing vibration
And are provided. Further, a support (support member) 137 is attached to the rear of the print sticking unit side 132 of the gantry 130, and a tag reel 136 is rotatably attached to the support 137. The end of the thermal tag continuum 140 wound around the tag reel 136 is formed with the opening 18 formed when the label case 14 of the print sticking unit 1 is closed.
It is necessary to be in the state of facing.

The thermal tag continuum 140 wound around the tag reel 136 in this manner is the bottom cover 80 of the printing and pasting unit.
When the platen arm 50 and the platen arm 50 are opened, the label guide passage surface 19 introduced from the opening 18 with reference to FIG. 3B.
Further, it is guided to the label guide passage surface 78 of the platen arm 50 which is aligned with this, and the simple insertion of the tag is completed. Next, the platen arm 50 and the bottom lid 80 in the open state are closed. At this time, the leading end of the thermal tag continuum 140 is not turned as in the case of issuing each label, and is led out linearly toward the label issuing port 29 as in the case of continuous issuing of labels. In this state, the print sticking unit 1 is set in the groove 134 of the frame 130. Next, data is input by operating the keys of the keyboard 103 of the control unit 100. Next, by pressing the push button 21 of the print sticking unit 1,
By the same operation as the label printing, the tag thermally printed is fed out from the label issuing port 29. in this case,
It is important that the platen roller 51 which is elastically pressed against the thermal head 36 is driven, and this is the same as the operation of continuously issuing the label, and therefore will be omitted.

[0026]

According to the present invention, the cable 2 is mounted on the frame 130.
Print pasting unit 1 and control unit 100 connected by
And the label holder 1 of the thermal label continuum 95 which is wound in a roll shape on the printing / pasting unit 1.
3, a label case 14 that can be opened and closed, an opening 18 formed when the label case is closed, a driving platen roller 51 provided in the machine, and a pulling roller 71, so that the inputting Stable and smooth issuance of a continuous label with a mount is possible. In addition, since the electronic handler can be used as a desktop type without holding it, it is possible to greatly improve the efficiency of use in the continuous issuing state. Furthermore, since the stanchion is provided with a column to which the tag reel is rotatably attached, the tag can be issued.

[Brief description of drawings]

FIG. 1 shows an embodiment of an electronic handler of the present invention,
FIG. 3 is a schematic perspective view of a three-point set configuration including a printing / pasting unit, a control unit, and a pen scanner.

FIG. 2 is a schematic side view of the same print sticking unit.

FIG. 3A is an enlarged fragmentary side view of the print sticking unit of the same.

FIG. 3B is an explanatory diagram of the same when the label is inserted with the bottom cover and the platen arm of the printing and pasting unit opened.

FIG. 4 is a partially cutaway side view of the platen arm locking device provided in the print sticking unit.

FIG. 5 is a drive transmission diagram of a platen roller and a pulling roller included in the print sticking unit.

FIG. 6 is an exploded perspective view of the print sticking unit.

FIG. 7 is a perspective view showing a label cutting device provided on the bottom lid of the same.

FIG. 8 is an exploded perspective view of a control unit including a keyboard, a display and a battery of the same.

FIG. 9 is a perspective view of an electronic handler handle provided with the printer of the present invention that also serves as a label and a tag.

[Explanation of symbols]

 M motor 1 printing / pasting unit 13 label holder 14 label case 18 opening 29 label issuing port 30 thermal printing device 36 thermal head 50 platen arm 51 platen roller 70 label transfer device 71 transfer roller (pulling roller) 80 bottom cover 87 rear cutter 88 front Cutter 90 Label attachment part 95 Thermal label continuum 96 Thermal label 97 Tape mount 98 Mount ejector 100 Control unit 103 Keyboard 104 Display 105 Battery 130 Frame 136 Tag reel 140 Thermal tag continuum

Claims (2)

[Claims] 1. A print sticking unit and a control unit, which are connected by a cable, are placed on a gantry, and the print sticking unit is provided with a label holder of a thermal label continuum wound in a roll shape and can be freely opened and closed. An electronic handler vera, which is provided with an opening formed when the label case is closed, and a platen roller and a pulling roller that are forcibly driven and are provided inside the machine. 2. The electronic handler spatula according to claim 1, further comprising a tag reel around which the thermal tag continuum is wound, and a supporting member for the thermal tag continuum.