JPS5815375B2 - mobile phone label insatsuharitsukeki - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention clearly prints an optically readable barcode and information such as numbers corresponding to the barcode on a large label by grasping and releasing the band lever. This invention relates to a portable label printing and pasting machine that allows labels to be peeled off from a mount and pasted onto the surface of an article.

In conventional portable label printing and pasting machines, a band lever is pivotally attached to a machine frame so as to be able to move freely with respect to a grip that is integrally formed with the machine frame at the rear thereof.

In front of the band lever, the printing device
It was fixed to a yoke that was integrated with the band lever.

Therefore, when operating the band lever and grip by tightening or releasing the grip, the printing pressure applied to the label by the printing type at the bottom edge of the printing device changes each time depending on whether the band lever and grip are squeezed strongly or weakly. Therefore, it was not possible to maintain constant clarity of characters printed on the label.

Conventionally, even if a label is printed somewhat vaguely by a label printing and pasting machine with such a mechanism, the price, size, date of manufacture, etc. of the product can be easily read by the human eye. From the customer's point of view, the printed label served as a price display label if the customer could read it when purchasing the product.

On the other hand, from the point of view of the sales side of supermarkets, etc., if the labels are printed to such an extent that the characters at the register can read them with the naked eye and perform sales operations, even if they are unclear. It has been used to serve as a label.

However, in order to implement a computer-based POS (point of sale) system in a large food supermarket, the inventor of the present invention decided to display numbers such as manufacturer code numbers and product code numbers with the same meaning. A printing device manufactured by replacing the characters of the barcode with the above-mentioned conventional label printing and pasting machine is attached to the label printing and pasting machine of the above-mentioned conventional mechanism, prints on the label, and then affixes it to the product, and the barcode affixed to the product is printed. The resulting label was passed through a fixed optical reader installed at a Supermarket store, and the results were as follows.

In other words, in a conventional label printing and pasting machine in which a band lever and a yoke are integrated, each time the band lever and grip are squeezed and released, the type to be printed changes. The printing pressure on the label varied in strength and was not constant, and as a result, the barcode printed on the label could not be made to have uniform clarity, so the probability that the barcode printed on the label could be read optically was low. It was so low that it was of no use.

In particular, barcodes such as the UPC (Universal Product Code) symbol mark established by the American SMI (Supermarket Institute) require a large print area on the label and require extremely high printing accuracy. Not only the printing device, but also the label printing and pasting machine itself becomes larger and heavier, and the printing device is located at the very front of the machine frame, and the center of gravity of the entire machine is located at the front. As a result, it is very difficult for ordinary workers to grasp and release the band lever and grip with one hand, print on a label, and then affix the printed label to a product held in one hand. I couldn't do it.

In view of the above-mentioned points, the present invention solves the conventional drawbacks, and is designed to solve the problems of the prior art by connecting the letterpress launch pad, which is disposed below the printing device fixed to the machine frame, and on which the label series is placed. To provide a portable label printing and pasting machine that has a constant pressure mechanism that moves vertically up and down via a release device and that can keep the printing pressure on the label constant by a launch spring when the letterpress launch platform is raised. It is something.

Hereinafter, the present invention will be explained based on embodiments shown in the drawings.

As shown in Figures 2 and 3, two frame plates 14.1
The machine frame 21 is constructed by connecting the upper part of the frame plate 14 and 15 with a grip 22, and the front, center, rear, and lower parts of the frame plates 14 and 15 with a number of fulcrum shafts, main shafts, spring hanging shafts, stop pins, etc.

The printing device 1 is fixed to the front part of the machine frame 21, and the drive mechanism 2 is mounted on the upper part by a grip 22 and a band lever 25, and the ink supply apparatus 4 is mounted on the lower front part.
A transfer mechanism 5 is provided at the rear, a constant pressure mechanism 3 is provided at the center, a peeling device 6 is provided at the lower front, a pasting device 1 is provided at the lower front end, and a rolled label continuous body holding section 8 is provided at the upper rear. .

[Printing device]

The printing device 1 was filed by the present inventor in patent application No. 50-50221 (Showa 5
This application has been filed as (Japanese Patent Application No. 51-127829).

That is, this printing device 1 is arranged and fixed at the front upper part of a machine frame 21, and has a large number of parallel barcode type characters supported independently and rotatably between two opposing device frame plates. It has a ring assembly, and below each barcode type ring, type letters to be printed on the unit label 13 are arranged adjacent to each other to form a type plate surface 20.

[Drive mechanism]

As shown in FIG. 3, the drive mechanism 2 includes a grip 22, a band lever 25, a front drive lever 29, and a rear drive lever 69.
It is composed of.

A grip 22 is integrally formed approximately above the center of the machine frame 21, and is pivotally supported by a fulcrum shaft 23 pivotally supported on the machine frame 21 so as to be freely scissorable on the grip 22.

The drive spring 24 is stretched around spring pins 16 and 17 that are pivotally supported on the machine frame 21, and biases the band lever 25 clockwise.

A front drive device 110 is provided at the front of the band lever 25, and the front drive device 110 is connected to the band lever 25.
Forked yokes 26, 26 have pins 30° 30 provided integrally with A long hole 29a is provided above the supported front drive levers 29, 29.
, 29a are provided, and the long holes 29a, 29a are connected to the pin 30.
30° and slidably fitted.

On the other hand, at the rear of the band lever 25, a rear drive device 12 is provided.
7, and the rear drive device 127 includes rear drive levers 69, 69 having hook pins 68, 68 implanted at their lower ends, and a rear drive lever 69, 69 that pivots to the rear end of the band lever 25. It consists of a supporting rear drive pin 67 and a stop pin 159 of the band lever 25.

[Ink feeding device]

As shown in FIG. 3, the ink supply device 4 includes an ink roller holder 48, a holder holding frame 36, a swing lever 33, and a long groove 47.

The lower part has long holes 31, 31, and the upper part has the machine frame 21.
Rocking levers 33, 33 are provided which are pivotally supported by pins 32, 32 implanted in the two, and rollers 35, 35 are mounted on the rocking pin 34° 34, which is implanted in the middle of the rocking levers 33, 33. By loosely fitting them, the swing levers 33, 33 are slidably engaged in the elongated holes 27°27.

As shown in FIG. 11, the holder holding frame 36 has a mouth shape, and pins 38, 38 are implanted in the side walls 37, 37.
The rollers 39, 39 are loosely fitted into the rollers 39, 39.
A rectangular locking window 41 is bored in the center of a connecting plate 40 which is slidably engaged in the elongated holes 31, 31 and connects the side walls 37, 37.

Guide pins 42, 42, 43, 43 are installed in the side walls 37, 37 at the front and rear positions of the pins 38, 38, and the guide pins 42, 42, 43, 43 have rollers 44, 44 degrees, respectively. 45, 45, and the rollers 44, 44, 45° 45 are located below the printing device 1 fixed to the front part of the machine frame 21, and inside the frame plates 14, 15. It is configured to be able to move back and forth within the provided long grooves 47, 47.

A removable ink roller holder 48, which will be described later, is held on the connecting plate 40 of the holder holding frame 36.

As shown in FIGS. 12 and 13, the ink roller holder 48 is composed of an ink roller frame 60, a locking member 64, and ink rollers 54, 55.

The ink roller frame 60 is formed into a mouth shape,
Support shafts 50, 5 are connected between side walls 49, 49 connected by a connecting plate 56 having a rectangular locking window 57 in the center.
The support shafts 50 and 51 have an ink roller 54 which has tubular sleeves 52 and 53 built therein.
゜55 is pivoted.

The ink roller frame 60 has an extension part on one side of the connecting plate 56 that is narrow in width and is bent upward in different steps, and the tip of the bent part is a knob part 59.
Moreover, both sides of the bent portion are made to hang down in the shape of a mouth, forming ears 58° and 58, respectively.

The locking member 64 for securing the ink roller holder 48 to the holder holding frame 36 has a front portion bent in different steps, and has a knob portion 63 at the tip thereof, and ear pieces bent into a mouth shape on both sides thereof. 62, 62, and a triangle-shaped locking portion 61 is formed on one side and the other side.

By combining the lug pieces 58, 58 of the ink roller frame 60 and the lug pieces 62, 62 of the locking member 64, the spring 66
They are connected by a pivot pin 65 inserted through the locking portion 61 , and the locking portion 61 is elastically fitted into the locking window 57 .

Next, pinch the knob 59 of the ink roller frame 60 and the knob 63 of the locking member 64 with your fingers to open the connecting plate 56 and the lock 61, thereby forming an opening in the ink roller holder 48. Inside, a connecting plate 40 of the holder holding frame 36 is inserted.
is inserted, the locking portion 61 is engaged with the locking window 41, and the ink roller holder holding frame 36 is locked and held.

[Transfer mechanism]

As shown in FIGS. 3 and 7, the transfer mechanism includes a transfer roller 73
, rotation lever 77 , hook 74 , and transfer guide 120
, stopper 121 , guide stand 130 , and passage stand 13
2 and a rear bottom cover 11.

The transfer roller 73 is pivotally supported by the main shaft 70, has a transfer protrusion 71 provided on its outer peripheral surface, and has an index pin 12 provided on a concentric circle on the side surface in the axial direction.

As shown in FIG. 2, a rotation knob 157 is fixed to a portion of the main shaft 70 that protrudes from the frame plate 15.

Hooks 74, 74 that engage with the index pin 72 are pivotally supported on the hook pins 68, 68 of the rear drive lever 69. Interlocking pins 75, 75 are installed above, and rotation levers 77, 77 and rear drive levers 69°6
Push-up levers 76.76, which will be described later with
Support with.

The rotary lever 71°11 is pivotally supported at the rear by the main shaft 70, and has a spring-loaded pin 78 installed near the upper part of the main shaft 10.
A tension spring 80 is tensioned between the hook 74 and the spring hanging pin 79 planted in the hook 74 .

As shown in FIGS. 3 and 9, the transfer guide 120 located above the transfer roller 73 pivotally supports the turning roller 122 with a pin 123 pivotally supported at the rear end, and also supports the turning roller 122 on the upper outer peripheral surface of the transfer roller 13. The front end, which has opposing curved surfaces and extends in the tangential direction, is pivotally supported by a fulcrum pin 125 that is pivotally supported on the machine frame 21.

On the other hand, the stopper 121, which has a flexible restraining piece 126 at the front and a member 128 for preventing the mount 19 from getting caught at the bottom, is attached to a square shaft 129 fixed to the machine frame 21. , prevents the transfer roller 73 from rotating due to inertia.

A guide stand 130 for the continuous label body 12 is provided in front of the transfer roller 73 and below the transfer guide 120, and at the front of the guide stand 130 is provided a pin 1 that is pivotally supported on the machine frame 21.
31 is penetrated.

The passage table 132, into which the long holes 134 and 134 provided at the rear are inserted with the pins 131, has a front end that is connected to the letterpress launching table 1.
It is pivotally supported in the connecting hole 112 of 08 by a pin 135.

On the passage stand 132 is a passage 1 through which the continuous label body 12 passes.
58 is provided, and a cover plate 133 is placed over the top of the continuous label body 12 to prevent it from slipping off.

Next, the bottom cover disposed at the bottom of the machine frame 21 will be explained.

A support pin 13 pivotally supports long holes 137, 137 provided in the front ends of the mouth-shaped side walls 136, 136 of the rear bottom cover 11 on the machine frame 21.
8, and behind the elongated holes 137 and 131, the mount support pivotally supports a roller 139 with a pivot pin 140, and a spring 141 is tensioned between the pivot pin 140 and the support pin 138.

Next, a support pin 14 is attached to the center of the mouth-shaped side walls 136, 136.
2 is mounted on an axis, and is provided on one side of opening/closing stoppers 143, 143 which are pivotally supported on the pin 131.

The engaging pin 1 is slidably fitted into the supporting pin 142 through the elongated holes 144, 144, and is pivotally supported at the rear end of the rear bottom cover 11.
45 is engaged with grooves 146 and 146 provided at the rear of the machine frame 21.

Lock buttons 155, 1 are provided at both ends of the engagement pin 145.
55 is fixed.

Reference numeral 147 designates a mount guide that is integrated with the rear bottom cover 11 and has a curved surface 148 that faces the lower outer peripheral surface of the transfer roller 13.

[Constant pressure mechanism]

The constant pressure mechanism includes push-up levers 76, 76 and push-up members 84.
, launch claw lever 87.87, launch claw 89.89, launch spring 99.99, letterpress launch lever 101,
101, a letterpress launch platform 108, and vertical grooves 117, 117, 117, 117.
It is made up of.

The engagement/disengagement device 46 will be explained.

The front end is pivotally supported on a fulcrum shaft 81 that is pivotally supported in the center of the machine frame 21, and the interlocking pin 75.75 of the rear drive lever 69.69 slides into a long hole 82.82 provided at the rear end. said push-up lever 76.76, which is fitted in such a way as to be movable;
The support shaft 83 is extended over the support shaft 83, and the push-up member 8 is
The lower end of 4 is pivoted.

On the other hand, a support part 85 is provided at the upper end of the push-up member 84, and the lower end of the lifting claw lever 87, 87, on which the support shaft 86 supported by the support part 85 is pivoted, is pivoted by the fulcrum shaft 81. At the same time, a launch claw shaft 88 is pivotally supported on the upper end of the launch claw lever 87.
Supports 9.89.

The launching pawl 89 has a rear slope 91 at the rear, which abuts a second stop pin 90, 90 implanted in the machine frame 21.
91, the hooks on the front part 92, 92 and the front slope 93, 9
3 and 3, respectively.

Further, the launching claws 89, 89 have spring hooking pins 94, 94 planted in front of the launching claw shaft 88, and spring hanging pins 95.9 planted on the launching claw levers 87, 87.
Tension springs 96, 96 are tensioned between 5 and 5,
Furthermore, the spring hanging pin 95.95 and the push-up member 84
A tension spring 98°98 is tensioned between the spring hanging pins 97, 97 installed in the holder.

The launch claw shaft 88 and the pin 1 pivotally supported at the rear of the machine frame 21
Launch springs 99, 99 are tensioned between the launch claw levers 87, 87, and bias the launch claw levers 87, 87 clockwise.

Reference numeral 100 denotes a first stop pin pivotally supported in the center of the machine frame 21, and is adapted to stop the lifting pawl levers 87, 87.

In front of the push-up levers 76, 76, L-shaped letterpress launch levers 101, 101 are pivotally supported on the fulcrum shaft 81.

A spring-loaded shaft 1 extends over the upper end of one side of the letterpress launch lever 101, 101, and extends over the engagement launch shaft 102 and the protrusions 103, 103 at the bottom and front of the engagement launch shaft 102.
04, and a spring hook pivotally supported on the machine frame 21 has a lowering spring 106 attached to the shaft 105 to urge the letterpress launch lever 101 counterclockwise, and a long hole 107. 107 is provided to support a letterpress launch platform 108, which will be described later.

As shown in FIG. 10, the letterpress launch platform 108 is
The letterpress printing surface 109 on the bottom upper surface of the mouth-like frame body which is configured together with the letterpress printing surface 109 is placed in surface contact with the mount 19 to place the label continuous body 12, and the letterpress printing surface 109 is provided with guide walls 11 on both sides of the letterpress printing surface 109.
The interval 1,111 is slightly larger than the width of the label series 12 and guides the label series 12.

A label guide plate 113 is provided on the uneven surface of the upper part of the guide walls 111, 111 so as to form a passage 158, 158 with a gap slightly larger than the thickness of the continuous label body 12 between the letterpress printing surface 109, 113 are provided horizontally, and the label continuous body 12 is guided from three directions, and the letterpress printing surface 10
It is configured so that it does not deviate from 9.

The holes 112, 112 are connection holes drilled at the lower rear of the printing plate.

Furthermore, parallel protrusions 11 are provided on the outside of the upright side walls 114, 114.
5, 115, 116, and 116 are integrally provided, and the frame plate 14
．． Vertical grooves 111° 117, 117, 117 perpendicular to the letterpress surface 20 on which the printing device 1 prints are respectively recessed inside the 15.
Loosely fit the parallel protrusions 115°115.116.116 into the parallel protrusions 115.116 and 115.1.
Roller 119 is attached to the support pin 118 and 118 installed between 16 and 16.
．． 119, and then press the letterpress launch lever 101,1.
01, are supported in long holes 107, 107.

[Application device]

In front of the rear bottom cover 11 described above, a pasting device 7 for pasting a unit label 13 protruding outside the machine frame 21 onto an article is disposed.

A mouth-shaped front bottom cover 10 whose front end is pivotally supported on a support pin 149 and can be rotated is provided.

[Peeling device]

A label receiver 151 is integrally provided on the bottom plate 150 of the front bottom cover 10, and a passage for the mount 19 is provided between the upper surface of the label receiver 151 and the lower surface 154 of the letterpress surface 109 of the letterpress launcher 108. 158, the upper surface of the label receiver 151, the letterpress surface 109, the label guide plate 113,
113 forms a peeling device 6 that peels the unit label 13 from the label continuous body 12.

A support plate 152 protruding from the bottom plate 150 is integrally provided on the rear end of the bottom plate 150, and the protruding portion of the support plate 152 is suspended on the bottom plate 153 of the rear bottom cover 11 described above.

The rolled label continuum 9 is made by stacking unit labels 13 coated with an adhesive on the back side continuously on a tape-shaped mount 19, and rolling a tape-shaped label continuum 12 with transport holes 156 perforated therein. It is rolled into a shape.

Next, the constant pressure mechanism 3 of the present invention will be explained with reference to FIGS. 3 and 9 in a stationary state.

The rear bottom cover 11 is pulled rearward via the lock buttons 155, 155, and the engagement pin 1 is engaged with the engagement groove 146.
45 is disengaged and rotated downward using the support pin 138 as a fulcrum to open the front bottom cover 10.
Rotate downward using the fulcrum as a fulcrum to open it.

Next, the tape-shaped label continuous body 12 is fed out from the rolled label continuous body 9 held at the rear upper part of the machine frame 21, and the transfer protrusion of the transfer roller 73 is inserted into the conveying hole 156 bored in the label continuous body 12. 11 is engaged.

Rotate the rotary knob 151 (see FIG. 2) counterclockwise to move the continuous label body 12 forward.

Next, when the grip 22 and the band lever 25 are repeatedly released, the label continuous body 12 passes through the passage 158 between the transfer roller 73 and the curved surface 124 of the transfer guide 120, and further passes through the passage 158 between the transfer roller 73 and the curved surface 124 of the transfer guide 120. The passage 158 between them reaches the passage 158 on the passage table 132, the passage 158 between the letterpress launching table 108 and the upper surface of the label guide plate 113, 113 (see FIG. 9), and the passage 158 between the letterpress launching table 108 and the upper surface of the label guide plate 113, 113 (see FIG. 9), and between the front end of the letterpress printing surface 109. After turning over only the mount 19 at intervals, the transfer hole 1 of the mount 19 is inserted into the transfer protrusion 71 on the lower surface of the transfer roller 73.
56 is engaged.

Subsequently, the front bottom cover 10 is closed, and then the rear bottom cover 11 is closed by pulling it rearward via the lock buttons 155, 155.

When the band lever 25 is squeezed, it is displaced from the stationary state shown in FIG. 3 to the movable state shown in FIG. 4.

In detail, when grasping the band lever 25, the yoke 26.
The front drive levers 29, 29 connected to the pin 28
The swing lever 33.33 also rotates clockwise using the pin 32 as a fulcrum.

Therefore, the holder holding frame 36 that holds the ink roller holder 48 has pins 38 embedded in its side walls 39 and 37.
, 38 are loosely fitted into the long grooves 47, 47.
Since the ink rollers 54, 55 move forward while being guided by the long grooves 47, 47, they are slidably engaged with the ink rollers 54, 55.
rolls while applying a constant pressure to the letterpress surface 20.

In other words, since the letterpress surface presses the outer peripheral surface of the ink roll and causes it to dent, the ink coated in the ink roll oozes out onto the outer peripheral surface of the ink roll, and also causes the ink roll to ooze out onto the outer peripheral surface of the ink roll. Since the ink rolls on the same letterpress surface, the ink is applied to the letterpress surface in a sufficiently uniform manner.

On the other hand, the rear drive lever 69.6 behind the band lever 25
9 rises and rotates the push-up levers 76 and 76 upward, which are centered on the fulcrum shaft 81 constituting the locking and disengaging device 46.
(shown in FIG. 3) pushes up the support shaft 86 and rotates the launch pawl lever 87° 87 counterclockwise about the fulcrum shaft 81.

As the launch claw levers 87, 87 rotate, the launch claw 8
9.89 also moves forward, so the front slope 93.93 hits the engagement launch shaft 102 and rotates upward around the launch claw shaft 88, while the hook engages with the engagement launch shaft 92.92. 102 is engaged, and energy is accumulated in the launch springs 99 and 99.

At this time, the front surface of the push-up member 84 is aligned with the first stop pin 1.
00 and rotates the push-up member 84 clockwise.

When the rear drive lever 69.69 further rises, the support shaft 8
6 and the support part 85 are disengaged, and the engaged launch shaft 102
The launch claw 89.89 that hooks the launch spring 9
It is pulled by the accumulated energy of 9.99 and is rotated clockwise together with the launching pawl lever 87.87.

Next, the state shifts from FIG. 4 to FIG. 5 in the stamping state.

That is, the letterpress launching levers 101, 101 are rotated clockwise to raise the letterpress launching platform 108.

At this time, as shown in FIG. 5, an inertial force is applied to the letterpress launching platform 108 by the accumulated energy of the launching spring 99,99, and this inertial force causes the letterpress launching surface 108 to
The continuous label body on 9 is brought into contact with the letterpress surface 20 to print on the unit label.

Next, when the rear slope 91 comes into contact with the second stop pin 90, the hook portion 92 is rotated upward, thereby disengaging the engagement launch shaft 102 and the launch claws 89, 89. Then, the letterpress launching lever 101.101 is rotated counterclockwise about the fulcrum shaft 81 by the tensile force of the lowering spring 106, thereby lowering the letterpress launching platform 108 as shown in FIG.

At this time, the front surface of the push-up member 84 abuts against the retracting support shaft 86, and the rear edge of the lift-up pawl lever 87, 87 abuts against the first stop pin 100 and stops.

Although the lifting and lowering of the letterpress launching platform 108 is instantaneous, the speed and pressure with which the continuous label body 12 on the letterpress printing surface 109 is pressed against the letterpress surface 20 are always constant.
And the upper part of the rear end of the band lever 25 is the stop pin 159.
It is configured such that the lifting and lowering of the letterpress launching platform 108 is completed before it completely contacts the printing plate.

That is, within the time period in which the holder holding frame 36 of the ink roller completely passes between the side walls 114 and 114 of the letterpress launch platform 108 from the rear to the front and is located in front of the letterpress launch platform 108, the letterpress The launch pad 108 is raised and lowered.

When the band lever 25 is released, the letterpress launch platform 108 after constant pressure printing separates from the letterpress surface 20 of the printing device 1 as shown in FIG. 6, returns to a stationary state, and the ink roller 54, 55 holder 36
retreats.

In detail, since the rear drive lever 69.69 is lowered,
The hooks 74, 74 also hook the index pins 72, 72 and descend, rotating the transfer roller 73 counterclockwise.At the same time, the push-up lever 76 also rotates clockwise, and the push-up member 84
The front surface of the support shaft 86 comes into contact with the support shaft 86, and then lowers and recovers.

At this time, the label continuous body 12 moves forward and the mount 19 moves backward simultaneously, and the unit label 13 is peeled from the label continuous body 12 within the narrow gap of the peeling device 6, so that the front edge of the unit label 13 is peeled off from the label continuous body 12. The unit label 13 protrudes outside the machine frame 21 and is arranged below the pasting device 7.

The unit label 13 placed below the applicator 1 is pressed against the article, and the unit label 13 is completed.

As described above, according to the portable label printing and pasting machine of the present invention, the engaging/disengaging device is formed to be interlocked with the grasping operation of the band lever and has at least a launching spring and a launching member, which is capable of being freely engaged and disengaged. Since it is equipped with a constant pressure mechanism configured to instantaneously rotate (stamping operation) and return (push down operation) the letterpress launch lever attached to the letterpress launch platform, (1) it is difficult to grasp the band lever. Regardless of strength or weakness,
A constant stamping pressure can be obtained at all times.

Therefore, uniform and highly accurate printing can be performed on the unit label without any difference in shading.

(2) Regardless of the length of time it takes to hold the band lever,
After stamping with a constant pressure, the letterpress launch platform is instantly separated from the letterpress surface of the printing device.

Therefore, the time during which the letterpress launch pad is in contact with the letterpress surface becomes constant, and even if the band lever is held for a long time, ink does not bleed onto the label, etc., which is advantageous.

[Brief explanation of drawings]

Figure 1 is a side view of the portable label printing and pasting machine of the present invention, Figure 2 is a plan view of the portable label printing and pasting machine, and Figure 3 is a side view of the letterpress launch platform in a stationary state with one frame plate removed. figure,
Fig. 4 shows the operating state of the internal mechanism when the band lever is grasped to the position shown in the figure, and in particular, a side view of the state in which the engagement launch shaft of the engagement/disengagement mechanism and the launch claw are engaged, and Fig. The band lever in Figure 4 is further grasped, the engagement launch shaft engaged with the launch claw is retreated, and the letterpress launch platform is launched and pressed against the letterpress surface, a side view showing a state on the verge of descending. Figure 6 shows the state in which the band lever in Figure 5 is fully grasped, the engagement launch shaft has been disengaged from the launch claw, and the letterpress launch platform has already finished descending, and the stage shown in Figure 3 is shown. FIG. 7 is a side view of the letterpress launch platform returning to a stationary state, FIG. 7 is a perspective view showing the relationship between the drive mechanism, ink supply device, and the rotation mechanism of the transfer roller, FIG. 8 is a perspective view of the constant pressure mechanism, and FIG. 10 is a perspective view of a letterpress launch platform, FIG. 11 is a perspective view of a holder holding frame, FIG. 12 is a perspective view of an ink roller holder, and FIG.
The figure is a side sectional view of FIG. 12, and FIG. 14 is a diagram showing an example of a unit label on which a bar code and corresponding numbers of the bar code are printed. In the figure, 1: printing device, 2: drive mechanism, 3: constant pressure mechanism, 4
: Ink supply device, 5: Transfer mechanism, 6: Peeling device, 7:
Pasting device, 10: bottom cover, 11: rear bottom cover, 12: tape-like label continuum, 13: unit label, 19: mount, 20: letterpress surface, 21: machine frame, 22 nigerip, 23
:Fulcrum shaft, 25: Hand lever, 29: Front drive lever, 36: Holder holding frame, 46...Latching/disengaging device, 47:
Long groove, 48: Ink roller holder, 54, 55: Ink roller, 69: Rear drive lever, 73: Transfer roller,
75: Interlocking pin, 76: Push-up lever, 84: Push-up member, 86: Support shaft, 87: Launch claw lever, 88: Launch claw shaft, 89: Launch claw, 99: Launch spring, 1
01: Letterpress launch lever, 102: Engagement launch shaft, 10
8: Letterpress launch board, 109: Letterpress launch surface, 117: Vertical groove, 121: Stopper, 155: Lock button, 158
:aisle.

Claims (1)

[Scope of Claims] 1. Continuously attaching and laminating unit labels on the release agent coated surface of a long mount paper and transferring a continuous label body with a texture,
A portable label printing and pasting machine that prints on individual unit labels of this label continuous body, peels them from a backing paper, and affixes them to articles, includes a grip formed integrally with the machine frame, and a grip formed integrally with the machine frame; grip and
A band lever which is movable and pivoted near the printing device fixed to the machine frame, and which is formed so as to be interlocked with grasping operation of the band lever, and which includes at least a launch spring and a launch member. and a constant pressure mechanism configured to instantaneously rotate and return a letterpress launch lever that can be freely engaged and detached from an engaging and disengaging device, and the letterpress launching lever is attached to the surface of the letterpress to be printed on the lower side of the printing device. for,
The unit label placed on the letterpress launching table is printed by pressing it against the letterpress surface with a constant pressure by vertically moving a letterpress launching table attached to the letterpress upward lever. Portable label printing and pasting machine.