JP6530522B1 - Transfer seal creation device - Google Patents

Abstract

An object of the present invention is to provide a transfer seal creation device of a pricra (registered trademark) type that can be used by being attached to a human body, clothes, and various other objects. SOLUTION: A motor (21) for driving a belt drive (20), which is activated based on a detection output signal of a print substrate sheet reception detection sensor (50), is a print substrate sheet printed with a mark ( During conveyance of A) to the front (F1), based on the output signal of the release film affixing timing sensor (52) which detected the position, the motor (46) for feeding and delivering the original film is controlled to advance to the front The release film (31) of the raw fabric (R) which has been temporarily stopped in the state reaches the position where the rubber roller (39) adheres to the above-mentioned base sheet (A), and the tip portions thereof are correct. The motor (46) was set to rotate in synchronization with the belt conveyor circuit (21) so as to match. [Selected figure] Figure 3

Description

  BACKGROUND OF THE INVENTION Field of the Invention The present invention relates to a transfer seal forming apparatus of the type "Plikula (registered trademark)" which can be used by sticking a desired mark (image) to a human body, clothes, a bag, and various other objects.

  The inventor of the present invention provides a transfer sealing kit described in Patent Documents 1 to 3. The transfer sealing kit consists of two parts, a print base sheet for printing a desired mark (image) and a double-sided adhesive sheet for sticking (transferring) onto a target subject. After printing a desired mark (image) on the print substrate sheet using a home-use printer, the release sheet of the double-sided adhesive sheet is peeled off, and is bonded to the print substrate sheet from the front side and integrated. The cutter is used to cut out the mark (image) into an appropriate size and shape, and apply it to a human body (skin), clothes (cloth), bag (leather) and the like.

Utility model registration 3199388 gazette Patent No. 3266197 JP 2008-49609 A

  However, since the pudding base sheet and the double-sided pressure-sensitive adhesive sheet forming the above transfer sealing kit are sheet-fed products having the same size and shape, such as postcard size and A4 size, household inkjet printers and laser printers Even if the desired original mark (image) can be automatically printed mechanically using such as, the work of peeling off the release paper of the double-sided adhesive sheet, and the double-sided adhesive sheet after the peeling to the above print base sheet The work of pasting from the front side to the covering state of the mark (image) and the work of cutting out the mark (image) at the time of transfer and use of pasting on the subject must be done manually as well, It's very annoying and troublesome.

  In that case, in the case of the transfer seal kit described in Patent Document 1, since the transfer seal cutout contour (perforation) is pre-processed on the print substrate sheet, the above-described manual cutting operation is required. Although it can be omitted, there still is a need for manual work to peel off the release paper from the double-sided pressure-sensitive adhesive sheet and manual work to bond the double-sided pressure-sensitive adhesive sheet after peeling to the print substrate sheet from the front side. It is inconvenient.

  The present invention is intended to solve such inconveniences, and as a new transfer seal producing apparatus for achieving the purpose, a water-soluble undercoat layer and an ink-receptive transparent material are formed on the surface of a water-absorbent paper. A printer for printing one or a plurality of marks on the top coating layer of a sheet-fed print substrate sheet integrally laminated with various top coating layers;

  A stepping motor for rotating the belt conveyor, which receives the printed substrate sheet on which the mark is printed from the printer and conveys it forward at a constant speed;

  A roll original fabric in which a large number of transparent release films having substantially the same size and shape as the print substrate sheet are attached to a continuous strip-like release sheet via transparent adhesive layers at regular intervals. With a delivery roller,

  A driving stepping motor for feeding out and conveying the above-mentioned raw material as it is pulled from the downstream side from the delivery roller to the release sheet winding roller;

  The original fabric is folded back toward the release sheet winding roller at a midway position where it is delivered forward and downward from the original fabric delivery roller by the original fabric delivery conveyance stepping motor, and the original fabric is separated. A peel plate for peeling the release film from the mold sheet,

  By horizontally laying the position immediately before the folding tip on the peel plate horizontally and bringing it in contact with the printed base sheet conveyed forward on the belt conveyor, the peel plate A release film affixing rubber roller which affixes and peels the peeled release film from above onto the print substrate sheet in the coated state of the mark;

At the transport start end side of the belt conveyor, reception of a print substrate sheet on which a mark is printed is detected , and based on the detected output signal , control is performed to start a stepping motor for circular drive of the belt conveyor. Print substrate sheet reception detection sensor,

The release film at a fixed position of the original fabric to be attached is detected during delivery and conveyance from the original fabric delivery roller to the peel plate, and based on the detected output signal, the original fabric is delivered and conveyed. release film be controlled to the stepping motor, and that the release film makes one Dan stopped is conveyed to a reference position which projects into the fixed amount by the lower front from the folded tip or distal end of the peel plate Position detection sensor,

At the transport end side of the belt conveyor, the position of the print substrate sheet being transported is detected , and based on the detected output signal , the original web delivery transport stepping motor which is temporarily stopped is used as the belt conveyor. Release so that the original film release film is correctly aligned with the print substrate sheet by rotating in synchronization with the conveyance speed of the print substrate sheet by the stepping motor for circular drive. And a film sticking timing sensor.

Further, a printer mounted on the top plate of claim 2, the apparatus frame, a belt conveyor installed in the frame of the apparatus frame, and perylene binding by the chute,

  It is characterized in that a print substrate sheet on which a mark is printed is set to be slid down from the delivery portion of the printer along the drop chute to the transport start end of the belt conveyor.

  According to the third aspect of the present invention, the falling chute is a flat tunnel type, and the back falling upper slope and the reverse front falling lower slope are in a communication state where they are refracted by a predetermined angle,

  Then, a floor hole slightly larger than the print substrate sheet is formed at the lower end of the upper ramp, and a ceiling hole of substantially the same size as the floor hole is formed at the upper end of the front lower ramp.

Middle of the print substrate sheet abuts the bent portion of the chute is defeated drop and self not a through its floor hole and the ceiling hole, moves rests as a state facing table of the printed mark to the top surface of the belt conveyor It is characterized in that it is determined.

  According to the fourth aspect of the present invention, the installation height of the release film affixing rubber roller can be adjusted.

A separate steel roller is laid in parallel on the upstream side of the rubber roller, and the self gravity of the steel roller is set to press the release film to the peel plate.

The release film sticking angle to the plane of the surface and the belt conveyor peel plate intersect in claim 5 inclined state Ri is lower before the, and wherein the set at 30-35 degrees.

  In the sixth aspect of the present invention, perforations to be a plurality of transfer seal extraction contour lines are processed in the print substrate sheet into a penetrating state of a total of three layers,

As a mark to the interior compartment of the contour line, characterized in that defined to print.

  The seventh aspect of the present invention is characterized in that a light weight difference on the peeling is given so that the release sheet on the back side can be lightly peeled off compared to the release film on the front side from the pressure-sensitive adhesive layer in the roll raw fabric. Do.

  Furthermore, in claim 8, a color laser printer capable of printing with white ink is adopted as the printer.

  According to the above configuration of the first aspect, the print substrate sheet reception detection sensor drives the print substrate sheet conveyance based on the detection output signal received by the belt conveyer on which the mark is printed. Since the source stepping motor is to be activated, the apparatus for producing the transfer seal of the present invention can be kept in the shutdown state of the power-off so to speak unless the user uses the transfer seal producing apparatus of the present invention. Therefore, it is useful for reducing the energy saving effect, the running cost, etc. as a transfer seal creation device of the pricra (registered trademark) type.

  In this respect, for example, in a machine for applying a label to an adherent medium such as a fixed-size mail, the adherent medium corresponding to the above-mentioned print substrate sheet of the present invention is essential for commercial production by the manufacturer at the factory. In addition, the above-mentioned print substrate sheet reception detection sensor according to the present invention is not necessary because it is fed automatically and continuously at regular intervals, and the usage is different.

  Further, in the case of a machine for applying a label to the above-mentioned adherent medium, the adherent medium is regularly arranged on a belt conveyor at regular intervals and transported in an orderly manner, so that the mold release film as in the present invention. It is not necessary to install the adhesion timing sensor on the way of conveyance of the print substrate sheet, and the release film (label is only provided by the release film position detection sensor installed on the way of conveyance of the release film (label) as in the present invention. ) And the deposition medium can be performed.

  On the contrary, in the transfer seal producing apparatus of the present invention, it is unclear when the printed substrate sheet printed with the mark is conveyed by the belt conveyor, and the interval is also at random, so the above release film Not only a position detection sensor, but also a release film sticking timing sensor facing in the process of conveying the print substrate sheet in the belt conveyor is indispensable.

  That is, based on the output signal of the release film position detection sensor, the stepping motor for feeding and delivering the original fabric is controlled, and the release film at a predetermined position (preferably the top) of the original fabric to be attached is pointed out. While holding and temporarily stopping, the above-mentioned original fabric delivery conveyance stepping motor is synchronized with the print substrate sheet conveyance drive stepping motor by the detection output signal of the release film pasting timing sensor, and the print substrate sheet and the above-mentioned positioning As it is designed to align with the release film in the state, a transfer seal is formed in which the mark of the print substrate sheet is attached from the front side (upper side) by the release film in an accurate covering state It is possible.

  According to the second aspect of the present invention, the printer is mounted on the top plate of the apparatus frame, and the belt conveyor is installed in the frame of the apparatus frame. In addition to being able to be narrowed, it has the effect of being able to be kept at a user-friendly installation height (height).

  In that case, if the configuration of claim 3 is adopted, the print substrate sheet printed with the mark facing up (upward) by the printer is slid down onto the upper surface of the belt conveyor along the drop chute and transferred. Also, it is possible to maintain the facing (upward) posture of the mark, and it is possible to smoothly apply the release film from the front side (upper side) without hindrance.

  If the configuration of claim 4 is adopted, the release film can be reliably and stably peeled off from the release sheet (separator) of the raw fabric, and the peeled release film is used as a print substrate sheet. There is an effect that it can be applied smoothly and unreasonably.

  If the configuration of claim 5 is adopted, the release film can be reliably attached to the surface (top coating layer) of the print substrate sheet without peeling errors, and the release sheet (separator) remaining after the peeling can be used. There is also an effect that the sheet can be smoothly folded back and conveyed by the front end portion (folded back point) of the peel plate.

  If the configuration of claim 6 is adopted, it is possible to print various marks all different on the inside of a plurality of transfer seal removing outlines (perforations) formed on the print substrate sheet, There is an effect that a reasonable priced transfer seal can be created according to the user's request.

  Furthermore, if the configuration of claim 7 is adopted, unlike the label which is attached to the fixed mail as a medium to be attached and which is not peeled off by the user, the transfer seal producing apparatus of the present invention is an object. Since it is a release film which is peeled off by the user at the time of paste transfer use, the release film is peeled off by mistake before the paste transfer use, and the mark is exposed to the naked state. And prevent the possibility of contamination.

  If the configuration of claim 8 is adopted, depending on the relationship with the color of the surface of the subject, although the color developability of the mark may decrease, it may be simultaneous with the color print of the mark or thereafter white. By applying a color print or further performing a white color print around the mark, the mark and its background color (background color) can be clearly developed.

FIG. 1 is an overall schematic side view showing an embodiment of a transfer seal producing apparatus according to the present invention. It is a rear view of FIG. FIG. FIG. 2 is a partial enlarged view of FIG. 1 showing a drop chute. It is a slope view which extracts and shows a print substrate sheet of a transfer seal. FIG. 6 is a perspective view of a state in which a mark is printed on the print substrate sheet of FIG. 5. It is an expanded sectional view of FIG. It is a slope view which notches and shows a part of original fabric. FIG. 9 is an enlarged cross-sectional view taken along line 9-9 of FIG. 8; It is a front view showing various display screens of an operation panel. It is the elements on larger scale of FIG. 3, and shows the sticking operation process. FIG. 12 is an enlarged explanatory view of a pasting operation process following FIG. 11; FIG. 13 is an enlarged explanatory view of a sticking operation process subsequent to FIG. 12; FIG. 14 is an enlarged explanatory view showing a discharge operation of a transfer seal that has been completed following FIG. 13; FIG. 15 is a cross-sectional view showing the completed transfer seal of FIG. 14; FIG. 15 is a cross-sectional view of a state in which the transfer seal of FIG. 14 is attached to an object and transferred; FIG. 17 is a cross-sectional view showing a state of use of the transfer seal in which the water absorbent paper and the undercoating layer have disappeared from the state of FIG. 16. FIG. 6 is a perspective view corresponding to FIG. 5 showing a modified embodiment of the print substrate sheet. It is an expanded sectional view of the state which printed the mark on the print base material sheet of FIG. FIG. 20 is a cross-sectional view of a transfer seal completed by attaching a release film to the print substrate sheet of FIG. 19; FIG. 21 is an explanatory view of a state in which one arbitrary transfer seal is removed from FIG. 20. FIG. 19 is a perspective view corresponding to FIG. 18 showing another alternative embodiment of a print substrate sheet. FIG. 23 is an enlarged cross-sectional view of a state in which a mark is printed on the print substrate sheet of FIG. 22. FIG. 24 is a cross-sectional view of a transfer seal completed by attaching a release film to the print substrate sheet of FIG. 23; FIG. 25 is an explanatory view of a state in which one arbitrary transfer seal is removed from FIG. 24. FIG. 26 is a cross-sectional view of a state in which the transfer seal of FIG. 25 is attached to an object and transferred; FIG. 27 is a cross-sectional view showing a state of use of the transfer seal in which the water absorbent paper and the undercoating layer have disappeared from the state of FIG. 26.

  Hereinafter, embodiments of the present invention will be described in detail based on the drawings. FIG. 1 is a schematic side view of the Prikra (registered trademark) type transfer seal producing apparatus, FIG. 2 is a schematic rear view of FIG. 1, FIG. 3 is an operation explanatory view, and FIG. 4 is a partially enlarged view of FIG.

  In FIGS. 1 to 4 of the drawings, (M) is a rigid apparatus frame integrally formed into a rectangular parallelepiped shape, and at the four corners of the bottom frame (10), the adjustable height seats (11) and the installation height are adjustable , And movable casters (12) at the installation site are respectively attached.

  (P) is a color printer assembled as a unit mounted on the top plate (13) of the apparatus frame (M), and in the illustrated embodiment, a color laser printer capable of printing with white ink is adopted However, a color ink jet printer or a color electrostatic copier may be employed instead.

  In any case, in the printer (P), a sheet-like print substrate sheet (A) having a predetermined size (for example, postcard size or A5 size) is loaded and set, preferably in a cartridge type.

  The print substrate sheet (A) is coated with a water-absorbent paper (14) having a thickness of 5 μm to 0.5 mm and a thickness of 3 μm to 5 μm on the entire surface of the water-absorbent paper (14) as shown in FIGS. It consists of a total of three layers: a modified undercoat layer (15) and a transparent top coating layer (16) applied to a thickness of 5 μm to 10 μm on the entire surface of the undercoat layer (15). (W1) (L1) indicates a constant width and length of the print substrate sheet (A).

  The water-absorbent paper (14) is a so-called blotter or other water-absorbing paper, and the undercoating layer (15) laminated thereon is made of polyvinyl alcohol (trade name: POVAL), polyvinyl pyrrolidone, other water-soluble materials It consists of a synthetic polymer having (high water absorbency). Further, the top coating layer (16) is made of polyethylene terephthalate, nylon, polypropylene, or other thermoplastic polymer rich in ink receptivity (printing characteristics) capable of fixing an ink, and it is preferable to use polyethylene terephthalate in particular.

  Therefore, as a user, a desired original mark (T) is input to the above-mentioned printer (P) with a personal computer, a tablet, a smart phone (mobile terminal) or another user communication terminal (not shown), and the print basis is The mark (T) can be color printed on the surface of the top coating layer (16) in the material sheet (A).

  Here, the mark (T) means a combination of a character, a figure, a symbol, or a combination of these with a color, which may be referred to as an image, as shown in FIGS. In addition to the case where only one sheet is printed on the print substrate sheet (A), the printed substrate sheet (A) may be printed in a plurality of (eight in the illustrated example) in parallel as shown in FIGS.

  (17) is a conveyor support installed and fixed to the bottom plate (not shown) of the device frame (M), in which a pair of front and rear belt driven pulleys (18) and a belt driving pulley (19) are horizontal It is framed. In addition, an endless rubber or metal belt conveyor (20) for transporting the printed base sheet (A) printed with the above-mentioned mark (T) is wound between the front and back.

  (21) is a stepping motor as a driving source for circulating the belt conveyor (20) (for conveying the print base sheet), and is fixedly attached to the side leg plate portion of the conveyor support (17) The motor output pulley (22) and the belt drive pulley (19) are connected by transmission via a timing belt (23). The print substrate sheet (A) on which the above-mentioned mark (T) is printed is conveyed forward as shown by the arrow (F1) in FIG.

  Although a pair of left and right conveyance guides for preventing the print base sheet (A) from falling off are provided upright on the upper surface of the conveyor support (17), they are not shown.

  (B) is a print substrate sheet feeding mechanism for feeding the printed substrate sheet (A) printed with the above-mentioned mark (T) from the printer (P) to the above-mentioned belt conveyor (20), In the illustrated embodiment, it comprises a flat tunnel type drop chute (24).

  The drop chute (24) for the print substrate sheet is, as shown in FIG. 4, extracted from the delivery portion (25) of the printer (P) and the rear end (conveyance start end) of the belt conveyor (20). The print substrate sheet (A) which is operatively connected between the upper and lower sides and on which the above-mentioned mark (T) is printed is dropped from the delivery portion (25) of the printer (P) to the drop chute (24). It slips down along and is transferred to the top of the belt conveyor (20).

  In that case, the print substrate sheet (A) outputted from the printer (P) slides down correctly to the upper surface of the belt conveyor (20) as the mark (T) is facing up (upward). In communication with the falling chute (24) refracted by a fixed angle (α) (preferably about 90 degrees) between the falling upper ramp (24a) and the opposite front falling lower ramp (24b) A floor hole (26a) that is formed and then further downward and is slightly larger than the printed base sheet (A) at the lower end of the upper ramp (24a) is the reverse of the forward descending lower ramp (24b). At the upper end portion, ceiling holes (26b) having substantially the same size as the floor holes (26a) are respectively formed.

As the refractive portion of the middle of the chute (24) printed substrate sheet abuts to (24c) (A) is, through its floor hole (26a) and the ceiling hole (26b), may Fuku倒 falls with its own not a It has become. It is desirable to set an obtuse angle of 130 degrees as an angle (β) at which the front lower slope (24b) of the falling chute (24) crosses the upper surface (plane) of the belt conveyor (20).

  In the illustrated embodiment, the print substrate sheet supply mechanism (B) is embodied as a drop chute (24), whereby the installation space of the transfer seal producing apparatus is narrowed, and the installation height (height) is easy to use. As a supply mechanism (B) that substitutes for the drop chute (24), for example, the printer (P) directly to the rear end (conveyance start end) of the belt conveyor (20), or The print substrate sheet (A) on which the above-mentioned mark (T) is printed is indirectly installed in parallel indirectly via a separate belt conveyor, nip roller, etc., and the delivery portion (25) of the printer (P). ) Onto the upper surface of the belt conveyor (20).

  Further, (27) and (28) are the original film delivery roller and its release sheet (separator) supported in a cantilevered state horizontal to the wall plate (29) at the upper position in the device frame (M). It is a pair of front and back with the take-up roller, and its release sheet take-up roller (28) is located corresponding to the upper side on the back side of the above-mentioned belt conveyor (20) A corresponding position above the front side of the conveyor (20).

  As shown in FIGS. 8 and 9, the roll material roll (R) drawn from the above-mentioned material roll delivery roller (27) has a large number of transparent sheet-like separations formed on a continuous strip-like release sheet (separator) (30). The mold film (31) is pasted (temporarily) in a scattered distribution state at predetermined intervals (D) via the same sheet-like transparent adhesive layer (32).

  The release sheet (separator) (30) of the original fabric (R) is made of opaque roll paper having a thickness of 0.5 mm, which is colored with green and other chromatic colors, Release film (31) attached via the agent layer (32) is made of polyethylene terephthalate, polypropylene or other synthetic resin laminate film having a thickness of 15 μm to 25 μm, and the release film (31) And the size (single width (W2) × constant length (L2)) of the sheet type in the adhesive layer (32) is the same as or preferably slightly smaller than the print base sheet (A). The sheet is unsightly and does not overhang from the periphery of the print substrate sheet (A). In addition, an acrylic adhesive is used as said adhesive layer (32), The thickness is 5 micrometers-10 micrometers.

  Furthermore, while a release agent layer (33a) of a silicon compound is applied on the back surface of the release film (31) with a thickness of 2 μm, the surface of the release sheet (separator) (30) Similarly, a release agent layer (33b) is applied as a thickness of 4 μm, and a release sheet (separator) on the back side compared to the release film (31) on the front side from the pressure-sensitive adhesive layer (32) A light weight difference on peeling is given by the thickness of the release agent layers (33a) and (33b) so that the (30) can be lightly peeled off.

  That is, from the release sheet (separator) (30) which is a roll paper of raw fabric (R), the pressure-sensitive adhesive layer (32) to which the release film (31) is attached on the front side is peeled first. Sometimes, of course, the release film (31) on the front side is easily peeled off from the pressure-sensitive adhesive layer (32) until the transfer seal (S), which has been completely prepared, is attached to the subject (K) for transfer use. The peeling force is strongly and weakly changed so that a stable bonding state can be secured.

  Moreover, in this case, with respect to the interface where the pressure-sensitive adhesive layer (32) is peeled off from the release sheet (separator) (30) first, it is orthogonal to the release sheet (separator) (30) It is desirable that the surface is roughened as the air-relieving uneven streaks (33c) in the form of a lattice (square) or net.

  When the release film (31) is attached to the surface of the print substrate sheet (A) through the adhesive layer (32) exposed by the release of the release sheet (separator) (30), the attachment The air retained or contained in the surface may be expelled quickly and surely from the concave portion of the concavo-convex strip (33c) by pressing force of a rubber roller (press roller) described later, and it may be in a wrinkled state or a waved state Because it can prevent

  Reference numeral (34) is a roller mounting stay constructed in a cantilevered manner on the wall plate (29) at a middle position in the device frame (M), and the roller mounting stay (34) and the wall plate (34) A tension roller (35) for original fabric is horizontally mounted between the left and right facing each other.

  Similarly, at the middle position in the apparatus frame (M), a peel plate mounting frame is constructed so as to be fixed in a cantilevered manner to the wall plate (29) in the downward inclined posture to the wall plate (29). At least one guide roller (37) for original fabric is extended in parallel in a middle portion facing the front lower position of (35).

  Further, (38) is a peel plate fixedly mounted on the front of the peel plate mounting frame (36), which is made of a smooth metal plate or hard synthetic resin plate which has no risk of damaging the raw fabric (R). , A triangular tip (turning point) (38a) in a side view projecting in an inclined state downward and forward from the peel plate mounting frame (36), as shown in FIGS. It is in an installation state in which the point of contact (X) between the leading end of the mold film (31) and the leading end of the print substrate sheet (A) conveyed by the belt conveyor (20) is substantially directed.

  On a virtual vertical line (Y-Y) passing through the contact point (X), upper and lower sides of a rubber roller (press roller) (39) for attaching a release film and a belt driven pulley (18) of a belt conveyor (20) The rubber roller (39) on the upper side rotates with the advance of the print base sheet (A) as shown in FIGS. The release film (31) is smoothly and smoothly attached to the print substrate sheet (A) in the support state in 20). Therefore, the rotational drive source of the rubber roller (press roller) (39) does not exist and is unnecessary. The imaginary vertical line (Y-Y) passing through the contact point (X) means the application position of the release film (31) to the print substrate sheet (A).

  In that case, the rubber roller (39) and the belt driven pulley (18) are both horizontally laid horizontally on a column (not shown) which is integrally erected from the conveyor support (17). Only the rubber roller (39) located on the upper side of the contact point (X) can be adjusted in its installation height (degree of dragging / crimping force).

  Then, as shown in FIGS. 3 and 11 to 14, the above-mentioned peel plate (38) passes from the raw material delivery roller (27) through the original fabric tension roller (35) and the original fabric guide roller (37) to the front lower side. The original fabric (R) which is fed out so as to bend in (F2) is smoothly folded back by its tip (folding point) (38a), and the transparent release film (31) of the original fabric (R) is peeled off After attaching the release film (31) only from above to the surface of the print substrate sheet (A) by the rubber roller (39) in the coated state of the printed mark (T), The release sheet (separator) (30) remaining after peeling of the mold film (31) is conveyed backward afterward and taken up and collected by the release sheet (separator) winding roller (28). You have me.

  With respect to the angle (release film affixing angle) (γ) at which the surface of the peel plate (38) in the forward and downward inclined state intersects the upper surface (plane) of the belt conveyor (20), the pressure-sensitive adhesive layer (32) ) May be appropriately set (adjusted) in consideration of the relationship between the specifications (peelability), the arrangement of the rubber roller (39), and other various conditions. In particular, when it is 33 degrees, the release film (31) of the raw fabric (R) can be smoothly attached to the top coating layer (16) of the print base sheet (A) without peeling errors, and the release film The release sheet (separator) (30) remaining after the peeling of (31) was also able to be smoothly and reliably folded and conveyed by the tip portion (38a) of the peel plate (38).

  In addition, the folding angle (θ) of the tip portion (38a) of the peel plate (38) is smaller than the sticking angle (γ) of the release film (31), and the folded release sheet (separator) (30) Are kept so as not to interfere with the print substrate sheet (A).

  In that case, the steel roller (40) for weight (self-gravity) addition paralleled with the rubber roller (39) at the front position (upstream side) of the release film sticking rubber roller (39) is also a conveyor support It is preferable that the raw film (R) is pressed from above onto the above-mentioned peel plate (38) by being supported on a support (not shown) erected integrally from (17). The steel roller (40) to which this weight (self-gravity) is added is rotated (carried) as the raw fabric (R) advances. This is because the release film (31) of the original fabric (R) can be reliably and stably peeled off from the release sheet (separator) (30), which helps prevent the peeling error.

  The guide rollers (41) in the process of folding back and conveying the release sheet (separator) (30) to the upper rear are also preferably supported in parallel to the peel plate mounting frame (36) as a plurality of pairs such as front and back. It is done.

  Further, (42) is a roller mounting plate mounted in a fixed manner in a cantilever manner on the wall plate (29) at a middle position in the device frame (M), and the roller mounting plate (42) and the wall A release sheet nip roller (43) is horizontally supported between the left and right facing the plate (29).

  The nip roller (43) is located below the release sheet winding roller (28), and the release sheet tension roller (44) for holding the release sheet (30) together with this is also the above-mentioned. The roller mounting plate (42) and the wall plate (29) are vertically supported in a double support state via a pair of left and right hanging arms (45).

  (46) is a stepping motor of a drive source for feeding out and conveying the raw fabric (R) from the downstream side of the peel plate (38), and is provided on the back of the wall plate (29) in the device frame (M) It is attached and fixed, and directly rotates the above-mentioned release sheet nip roller (43) by its motor output shaft (47), and the release film (31) of the original sheet (R) is peeled off and left. The mold sheet (separator) (30) is automatically taken up and collected by the take-up roller (28).

  (48) is a guide roller for release sheet interposed between the upper and lower sides of the release sheet take-up roller (28) and the above-mentioned release sheet nip roller (43). And the wall plate (29) in the device frame (M) are horizontally supported between the opposite sides.

  (49) is a discharge chute adjacent to the front end portion (conveyance end portion) of the belt conveyor (20), and the transfer seal (completed) is obtained by applying the release film (31) to the print base sheet (A) S) is discharged from the top of the belt conveyor (20) to the lower front.

  Further, (50) is a print substrate sheet reception detection sensor facing a position biased to the rear end side (conveyance start end side) of the belt conveyor (20), which comprises a reflection type photo sensor (photoelectric switch), From its conveyor support (17) towards the upper surface of the belt conveyor (20), it is mounted so that it can be adjusted, preferably in the lateral direction, downwards to a horizontal support bar (not shown) which is fixedly mounted transversely. .

  Then, it is printed that the printed substrate sheet (A) printed with the above-mentioned mark (T) has fallen from the printer (P) to the upper surface of the belt conveyor (20) through the dropping chute (24). Based on the output signal detected by the substrate sheet reception detection sensor (50), the stepping motor (21) for circulating the belt conveyor (20) is activated. The stepping motor (21) performs intermittent rotation of temporarily stopping after the release film (31) is attached to the print base sheet (A).

  On the other hand, a path through which the above-mentioned raw fabric (R) is fed from its delivery roller (27) through the peel plate (38) to the lower front (F2) where the belt driven pulley (18) and the rubber roller (39) exist A release film position detection sensor (51) for detecting a release film (31) at a fixed position (preferably the top) of the raw fabric (R) to be attached is exposed in the middle of the film. The position detection sensor (51) is also a reflection type photo sensor (photoelectric switch), and is horizontally supported on a horizontal support bar (shown in the figure) fixed from the peel plate mounting frame (36) to the upper surface of the raw fabric (R). It is also mounted so that it can be adjusted to move in the left-right direction, preferably downward as well.

  Then, the position detection of the leading release film (31) fed out and conveyed from the above-mentioned raw material delivery roller (27) is controlled, and the raw material delivery conveyance stepping motor (46) is controlled based on the detected output signal, The leading release film (31) of the original sheet (R) is fed forward and downward (F2) by a fixed distance (moving amount) to a position (reference position) preset by the operation panel described later After being done (after cueing), it is supposed to stand by and stop temporarily. After the stepping motor (46) advances the original web (R) by the preset distance (travel distance), it is stopped until it receives a detection output signal from the release film affixing timing sensor described later. It does rotation.

  In that case, with the tip (turning point) (38a) of the above-mentioned peel plate (38) as the preset position (reference position), the release film (31) at the top of the original fabric (R) Although it may be advanced (so-called "heading"), the front end (front end) of the release film (31) is slightly constant from the front end (turning point) (38a) of the peel plate (38) (Z) It is desirable to only overhang.

  In this respect, in FIGS. 3 and 11, the second release film (31) is a peel plate (38) in front of the release film (31) at the position detected by the release film position detection sensor (51). In the illustrated example, the cueing state is at the reference position projecting forward and downward by a fixed amount (Z) from the tip end portion (38a).

  Then, the release film (31) of the raw fabric (R) can be peeled off smoothly from the release sheet (separator) (30) without errors, and the release film (31) after the peeling is printed This is because the rubber roller (39) can be more reliably and stably attached to the surface of the base sheet (A).

  In addition, although it was described above that the release film (31) at the head of the raw fabric (R) was detected by the release film position detection sensor (51), the gap between adjacent release films (31) is instead The position may be detected (so-called "dub").

  Further, (52) is a release film sticking timing sensor facing a position biased to the front end side (conveyance end side) of the belt conveyor (20), which also comprises a reflection type photo sensor (photoelectric switch), It is mounted so that it can be desirably adjusted in the lateral direction as a downward state from a conveyor support (17) to a horizontal support bar (not shown) which is fixedly and horizontally extended toward the upper surface of the belt conveyor (20).

  Then, based on the output signal detected by the adhesion timing sensor (52), the front end or the rear end of the print substrate sheet (A) being conveyed forward (F1) by the belt conveyor (20) The release film (31) of the original fabric (R) under control of the above-mentioned original fabric delivery conveyance stepping motor (46) and temporarily stopped in the above-mentioned headed state is the print substrate by the rubber roller (39) In order to reach the pasting position (Y-Y) to the sheet (A), the leading end portion of the sheet is accurately matched, the stepping motor (46) for feeding and feeding the original web is circulated on the belt conveyor. It rotates in synchronization with the moving speed of the print base sheet (A) by the stepping motor (21).

  The release film (R) of the original sheet (R) is controlled by controlling the alignment of the release film (31) of the original sheet (R) in the sheet-fed type and the print base sheet (A) in the same manner. 31) is smoothly and surely peeled off from the release sheet (separator) (30) of the roll paper, and the mark is applied to the top coating layer (16) of the print substrate sheet (A) by the rubber roller (39) The chapter (T) is correctly attached in the state of covering from the front side, and the preparation as a transfer seal (S) is completed.

  Furthermore, (53) is a control panel (controller) attached and fixed to the back of the wall plate (29) in the device frame (M), and the above-mentioned belt conveyor (20 Can be set beforehand (early) or slowly (adjusting).

  Similarly, (54) is an operation panel attached to the apparatus frame (M) next to the raw material delivery roller (27) in an easy-to-see manner in the lateral direction, and the main screen (54a) as shown in FIG. It is possible to switch to three types of display screens (54 b) (54 c) (54 d) as shown in FIG. 10 (II) (III) (IV) by touching the designated portion of.

  That is, if the designated part of "AUTO" in the main screen (54a) is touched, the display screen (54b) in automatic operation as shown in FIG. 10 (II) appears, and if the designated part of "MANU" is further touched. When the display screen (54c) of manual operation as shown in FIG. 10 (III) appears and the designated part of “PRM” is further touched, the display screen (54 d for setting various operating conditions as shown in FIG. 10 (IV) ) Is to appear.

  Then, on the display screen (54 b) during automatic operation, a numerical value indicating the number of release films (31) in the raw fabric (R) in use is displayed as being sequentially subtracted. Therefore, it is possible to see this and know the replacement timing with the new original fabric (R), and accordingly, also the refilling timing of the print substrate sheet (A).

  In addition, at the start of automatic operation, at the time of operation restart after troubles occur, or when performing maintenance, etc., turn on / off the "Conveyor feed" switch button on the display screen for manual operation (54c). By doing so, it is possible to confirm the circulation action of the belt conveyor (20) based on the detection output signal of the print substrate sheet reception detection sensor (50), and also on the display screen (54c) The on / off operation makes it possible to confirm the operation of the stepping motor (46) for feeding and feeding the original web, and furthermore, the on / off operation of the "film / feed" switch button on the display screen (54c) Thus, the feeding and conveying action of the release film (31) is confirmed based on the position detection output signal of the release film position detection sensor (51). So that the can Rukoto.

  Furthermore, the release film position detection sensor (51) detects the release film (31) by operating the ten-key (55) at a designated place on the operation condition setting screen (54d) of FIG. Based on the output signal that detected the position of), you can enter a specific setting numerical value that is the moving distance of the release film (31), and also designate a designated position with "film / transfer speed" on the setting screen (54d). By operating the ten keys (56) of the above, it is possible to input a specific setting numerical value which becomes the feed speed of the release film (31). As described above, the feed speed of the print base sheet (A) by the belt conveyor (20) is set by the volume on the control panel (controller) (53).

  The transfer seal producing apparatus of the illustrated embodiment is provided with the above-described configuration, and a large number of transparent release films (31) are pasted in a scattered distribution state on an opaque release sheet (separator) (30) in advance. As shown in FIG. 3, the original material (R) proceeds from the material delivery roller (27) to the lower front (F2), and is folded back and upward through the peel plate (38) on the way to separate. A step-feed motor (46) for feeding and delivering the original sheet, which is prepared in a series of winding conditions until it reaches the form sheet (separator) winding roller (28), and is installed downstream of the peel plate (38). Is pulled out and conveyed as if it were pulled.

  Therefore, when creating the transfer seal (S) by using the above creating apparatus, the user uses the communication terminal (not shown) such as a personal computer, a tablet, a smart phone (mobile phone), etc. Alternatively, select various marks (T) prepared in advance on the transfer seal creation device side, and transfer the print command of the selected desired mark (T) to the printer (P) (input Good).

  For example, using a smart phone (mobile terminal) possessed by the user, various marks (T) such as characters and logos printed by the printer (P) are selected, and the transfer sticker creation device Method to make the above-mentioned smartphone face to (not shown), thereby reading the QR code (registered trademark) on the creation device side, and printing the specified mark (T) on condition of insertion of the predetermined sales amount (coin) Is considered.

  In any case, since the print substrate sheet (A) in the form of a single sheet of a fixed size is loaded and set on the on-board printer (P) of the above-mentioned producing apparatus, the desired mark is selected by the printer (P). The chapter (T) will be printed on the surface (top coating layer) (16) of the print substrate sheet (A) as shown in FIGS. 6 and 7, and the printed substrate sheet (A) printed Is slid down from the delivery portion (25) of the printer (P) along the falling chute (24) and placed on the upper surface of the belt conveyor (20) at the transport start end (rear end) side.

  In that case, the falling chute (24) has a floor hole (26a) at the lower end as shown in FIG. 4 and an upper rear descending ramp (24a) and a ceiling hole (26b) at the opposite upper end. The printed base sheet (A) printed with the above-mentioned mark (T) is the mark (T) because the front down slope (24b) is in communication in which it is refracted by a fixed angle (α). As a face up (up) state of the belt conveyor (20) by itself.

  In addition, only when it is necessary to distinguish between the normal image and the reverse image because the above-mentioned mark (T) includes characters that can be read, etc., the print is a reverse image (mirror It will be carried out as

  Then, preferably the front end (front end) of the print substrate sheet (A) mounted on the belt conveyor (20) is detected by the print substrate sheet reception detection sensor (50), the detection output signal thereof The stepper motor (21) for the circulation of the belt conveyor (20) that has received the rotation is driven to rotate the printed substrate sheet (A) printed with the above-mentioned mark (T) as shown in FIG. Transport to).

  The stepping motor (21) is stopped until it receives the detection output signal of the print substrate sheet reception detection sensor (50), and the printing is performed after receiving the detection output signal of the print substrate sheet reception detection sensor (50). Print substrate sheet (A) at a constant speed set in advance, only while the transparent release film (31) of the original fabric (R) is attached to the substrate sheet (A). Transport Therefore, as a transfer seal creation device of the type of ク ラ ク ラ (registered trademark) type, since it is kept in the shutdown state of the power off until the user uses it, it helps to reduce the energy saving effect and the running cost.

  On the other hand, the raw fabric (R) inserted and loaded in the winding state around the raw fabric delivery roller (27) is drawn out from the downstream side by the stepping motor (46) for the raw fabric delivery conveyance, The release film position detection sensor (51) in which the first transparent release film (31) in the continuous release sheet (separator) (30) is exposed halfway to the peel plate (38) When the position is detected, the above-mentioned raw material delivery conveyance stepping motor (46) which has received the detection output signal causes the release film (31) from there to be the tip portion of the peel plate (38) as shown in FIG. To the point (38a), or preferably from the tip (38a) of the peel plate (38) by a fixed amount (Z) to the lower front (F2) As a cueing state up to the out position (reference position), the movement distance set in advance on the operation condition setting screen (54d) of the operation panel (54) is drawn out forward and downward (F2) and temporarily stopped. , Stand by in the stopped state.

  The original release film (31) is used as the tip (turning point) (38a) of the peel plate (38) or a position (reference position) where it is projected forward and downward by a fixed amount (Z) (F2) The front end (front end) or the rear end of the print substrate sheet (A) being conveyed forward (F1) by the belt conveyor (20) while the reverse (R) feeding and conveyance is temporarily stopped Is detected by a mold release film affixing timing sensor (51) facing a position biased to the front end (conveying end) side of the belt conveyor (20), the above-mentioned original fabric delivery receiving the detection output signal The mold release film from the temporary stopping position (FIG. 11) of the mold release film (31) to the sticking position (Y-Y) (FIG. 12) by the rubber roller (39) for the transfer stepping motor (46) The movement of (31) is synchronized with the movement of the print base sheet (A) to the same pasting position (Y-Y) by the belt conveyor (20), as shown in FIG. 13 at the pasting position (Y-Y). In the surface (top coating layer) (16) of the printed substrate sheet (A), the transparent release film (31) of the above-mentioned original fabric (R) covers the mark (T) from the front side (upper side) Is correctly pasted in the

  Furthermore, to put it in mind, the release film affixing rubber roller (press roller) (39) laid over the affixing position (Y-Y) is a belt conveyor as shown in FIGS. Contact with the print substrate sheet (A) advanced by (20) and the release film (31) peeled off by the peel plate (38), and rotate (carry) along with its conveyance The release film (31) is applied to the surface of the print substrate sheet (A) from above from the upper side, as a state in which the sheet-fed molds are exactly matched with each other. Since the transfer seal (S) is discharged from the discharge chute (49) as shown in FIG. 14, it may be obtained from the outside.

  In that case, the continuous release sheet (separator) (30) of the raw fabric (R) is self-assembled as shown in FIG. 3 and FIGS. 11 to 14 at the tip (turning point) (38a) of the peel plate (38) After that, the sheet is folded back and conveyed upward, and is taken up and collected by the release sheet (separator) take-up roller (28). By folding back the release sheet (separator) (30), the release film (31) is peeled off smoothly and reliably.

  FIG. 15 shows a transfer seal (S) completed by the above transfer seal producing apparatus, as is apparent from the figure and the above description, the water-soluble undercoat layer on the surface of the water absorbent paper (14). (15) and the ink-receptive transparent top coating layer (16) are sequentially laminated and integrated to form a total of three print substrate sheets (A), and form the surface of the print substrate sheet (A) By means of a transparent release film (31) in which the desired indicia (T) printed on the top coating layer (16) are applied from its front side (upper side) via the transparent adhesive layer (32) It is a sheet-fed type in a coated state.

  The peel force of the release film (31) to the pressure-sensitive adhesive layer (32) is also heavier than the peel force of the release sheet (separator) (30) to the pressure-sensitive adhesive layer (32) (does not peel relatively easily) As a result, the mark (T) can be stably kept in a covering state where it can see through the mark (T), and there is no risk that the mark (T) is exposed to the naked state of the mark (T). It can be handled conveniently without any problem until it is pasted and transferred to (K) and used.

  Therefore, when using the transfer seal (S) as such a product by sticking it to the user's skin, clothes, bag, or various other objects (K) for transfer, the transparent separation of the product is required. The mold film (31) is peeled off, and the transfer seal (S) is attached to the surface of the subject (K) as shown in FIG. 16 by the exposed adhesive layer (32).

  Then, as a result of the pasting, the water absorbent paper (14) of the print base sheet (A) in the transfer seal (S) is in a state of facing up, so a required amount of water is administered from the front side. The administration is carried out, for example, by impregnating a common sponge, tissue paper or the like with a small amount of water so that it can be wet from the front side where the absorbent paper (14) is present. It is desirable that such a device for wetting be attached to an easy-to-see place of the above-described transfer seal producing apparatus and used by the user.

  Then, as apparent from the comparison between FIG. 16 and FIG. 17, two layers of the water absorbent paper (14) and the undercoating layer (15) of the print base sheet (A) in the transfer seal (S) are The interface between the undercoating layer (15) and the top coating layer (16) becomes a peeling interface to absorb moisture and soften or dissolve, from which the water absorbent paper (14) and the undercoating layer The two layers of 15) can be peeled off quickly and reliably, and only the top coating layer (16) coated with the mark (T) of the above-mentioned transfer seal (S) can be removed on the surface of the object (K). The result is that it will remain stuck.

  The final state of use for adhesion to a subject (K) is as shown in FIG. 17, and the top coating layer (16) of the print base sheet (A) in the transfer seal (S) is transparent. Even if the printed mark (T) is a reverse image, the mark (T) can be correctly read and perspectiveed as a normal image from the front side.

  Moreover, since the top coating layer (16) is only an extremely thin layer, the surface of the subject (K) is not only a uniform flat surface but also the human body (skin), golf balls, other curved surfaces and irregularities. Even if it is a rough surface, it bends and deforms in a familiar manner and adheres tightly to it, making it difficult to see even the pasting state of the transparent top coating layer (16) with the naked eye, as it is only the mark (T) Can give the impression of a so-called tattoo.

  First, for convenience of simplifying and explaining the operation of the transfer seal producing apparatus (the method of producing the transfer seal) and the method of applying the transfer seal (S) to the subject (K), the mark (T 18 shows a transfer seal (S) as shown in FIG. 15 printed with only a relatively large sheet on one print substrate sheet (A) as shown in FIGS. As shown in the preferred modified embodiment, a single print substrate sheet (A) having a fixed size (for example, postcard size or A5 size) may be a plurality of (seven in the illustrated example) all the same or different. A mark (T) may be printed. A plurality of transfer seals (S) are simultaneously created at the same time.

  In that case, a contour line (57) for extracting a plurality of transfer seals (S) one by one is, for example, a perforation such as a rectangle, a rhombus, a heart shape, or a petal shape surrounding each mark (T). It is preferable to adopt a print substrate sheet (A) which has been processed in advance into a total of three through layers.

  Then, it is not necessary for the user to cut out the transfer seal (S) one by one using the cutter, and it is sufficient to pull it out from the contour line (57) as shown in FIG. Use of paste transfer for K) can be performed quickly and convenient. In addition, it is also easy to print the desired mark (T) in the inserted state into such a section of the outline (57) using a user communication terminal such as the personal computer, tablet or smartphone (mobile terminal) described above. What you can do

  22 to 25 show another modified embodiment of the transfer seal (S) corresponding to FIGS. 18 to 21, and the surface (top coating layer) (16) of the print substrate sheet (A) is marked. In color printing of the chapter (T), depending on the relation with the color of the surface of the subject (K), the colorability of the mark (T) may decrease (smear).

  Therefore, in such a case, as is evident from FIGS. 22 to 26, preferably using a printable color laser printer with a white ink, simultaneously with or after the color printing of the mark (T) By applying a white print using a white ink, it is possible to improve the color developability of the mark (T) by using the white as the ground color or background color as suggested by the transfer use state of FIG. The code | symbol (58) of the same figure has shown the white print layer used as the ground color or background color of the mark (T).

  Furthermore, in the case where the transfer seal (S), which is an impression of the Japanese flag, is produced as the mark (T) is, for example, a red circle, the mark printed on the red is not shown. It is preferable that not only the red color of the mark (T) but also the white ground color or the background color be clearly distinguished by printing a white color not only on the edge thereof but also on the periphery thereof.

(11)-Leg seat (12)-Caster (13)-Top plate (14)-Absorbent paper (15)-Undercoating layer (16)-Top coating layer (17)-Conveyor support (18)-Belt follower Pulley (19) · Belt drive pulley (20) · Belt conveyor (21) · Stepping motor (23) · Timing belt (24) · Fall chute (24a) · Upward sloping path (24b) · Falling forward Side ramp (24c) · Refraction section (25) · Delivery section (26a) · Floor hole (26b) · Ceiling hole (27) · Raw web delivery roller (28) · Release sheet (separator) winding roller (30 ) · Release sheet (separator)
(31) · Releasable film (32) · Pressure-sensitive adhesive layer (33a) (33b) · Release agent layer (33c) · Irregular groove (34) · Roller mounting stay (35) · Tension roller for original fabric (36) · Peel plate mounting frame (37) · Guide roller for raw material (38) · Peel plate (38 a) · tip (turning point)
(39) · Rubber roller (press roller)
(40)-Steel roller (41)-Guide roller for release sheet (42)-Roller mounting plate (43)-Nip roller for release sheet (44)-Tension roller for release sheet (45)-Lifting arm (46) · Stepping motor for raw material conveyance drive (48) · Guide roller for release sheet (50) · Print substrate sheet reception detection sensor (51) · Release film position detection sensor (52) · Release film sticking Timing sensor (53), control panel (controller)
(54) · Operation panel (54b) (54c) (54d) · Display screen (55) (56) · Numeric keypad (57) · Extraction contour line (perforation)
(58) · White printed layer (A) · Printed substrate sheet (M) · Device frame (P) · Printer-
(R) · Roll material (S) · Transfer seal (T) · Mark (X) · Contact point (Z) · Amount of overhang (Y-Y) · Sticking position (F1) (F2) · Transport direction (α) · Refraction angle (γ) · Release film sticking angle (β) · Peel plate return angle

Claims (8)

The above-mentioned top of sheet-fed printing base sheet (A) in which a water-soluble undercoating layer (15) and an ink-receptive transparent top coating layer (16) are integrally laminated on the surface of a water-absorbent paper (14). A printer (P) for printing one or more marks (T) on the coating layer (16) ;
The mark (T) is printed printed substrate sheet (A) receives from the printer (P), times run driving stepping motors of the front belt conveyor for conveying (F1) to a constant speed (20) ( 21) and
A large number of transparent release films (31) having substantially the same size and shape as the print substrate sheet (A) are connected to a continuous strip-like release sheet (30) via a transparent pressure-sensitive adhesive layer (32) . And a delivery roller (27) of a roll material web (R) affixed at regular intervals (D) ,
A drive stepping motor (46) for feeding out and conveying the above-mentioned original fabric (R) from its downstream side from the delivery roller (27) to the release sheet winding roller (28) ;
By its raw feed conveyor stepping motor (46) at the intermediate position which is conveyed feeding from the raw feed roller (27) forward and downward (F2), the raw (R) a release sheet take-up roller (28 A peel plate (38) for peeling off the release film (31) from the release sheet (30) of the raw fabric (R) by folding back upwards toward the
The above-mentioned printed base sheet (A ) which has been conveyed horizontally to the front (F1) of the belt conveyor (20) by horizontally crossing the position immediately before the folding tip (38a ) in the peel plate (38) . the take revolve it in contact with), from above the stripped release film in the peel plate (38) and (31) to the printed substrate sheet (a), the covering state of the mark (T) Rubber roller (39) for pasting and pressure-bonding release film pasting,
In conveying starting end side of the belt conveyor (20), the mark of (T) detects the receipt of the printed printed substrate sheet (A), the belt conveyor (20) based on the output signal of the detection times A print substrate sheet reception detection sensor (50) for controlling to start the traveling drive stepping motor (21) ;
In the course of being fed out and conveyed from the above-mentioned raw material delivery roller (27) to the peel plate (38) , the release film (31) at a certain position where the raw material (R) is to be stuck is detected and detected On the basis of the output signal, the original film feeding and conveying stepping motor (46) is fixed with its release film (31) from the folding tip (38a) of the peel plate (38 ) or its tip (38a) amount (Z) only before releasing film position detecting sensor for controlling so as to be stopped is conveyed one Dan to the reference position protruding downward (F2) (51),
At the transport end side of the belt conveyor (20) , the position of the print substrate sheet (A) in the transport is detected , and based on the detected output signal , the original web delivery transport stepping in the temporary stop By rotating the motor (46) in synchronization with the transport speed of the print base sheet (A) by the stepping motor (21) for belt conveyor circulation drive, the release film (31 ) of the raw fabric (R) is rotated. And a mold release film sticking timing sensor (52) for controlling so that the print substrate sheet (A) is correctly aligned. The top plate of the apparatus frame (M) and printer mounted on the (13) (P), Ri by an installed belt conveyor in the frame of the device frame (M) (20), the chute (24) and consolidated,
The print substrate sheet (A) on which the mark (T) is printed is slid from the delivery portion (25) of the printer (P) along the falling chute (24) to the transport start end of the belt conveyor (20) The apparatus for producing a transfer seal according to claim 1, wherein the apparatus is determined to be dropped and transferred. The fall chute (24) is formed into a flat tunnel type, and a communication state in which the back falling upper slope (24a) and the reverse front falling lower slope (24b) are refracted by a fixed angle (α) ,
Then down upper ramp printed substrate sheet to a lower end portion of (24a) (A) slightly larger floor hole than (26a), and said floor hole in the upper end of the lower ramp down before (24b) (26a) Ceiling holes (26b) of approximately the same size are respectively formed.
Refraction of the middle of the chute (24) printed substrate sheet abuts to (24c) (A) is, beat drop the floor holes and (26a) and the own not a through ceiling hole (26b), is the print 3. The transfer seal producing apparatus according to claim 2, wherein the transfer seal is placed on the upper surface of the belt conveyor (20) as the facing state of the mark (T) . Along with determining that the installation height of the release film sticking rubber roller (39) can be adjusted,
A separate steel roller (40) is laid in parallel on the upstream side of the rubber roller (39), and the release film (31) is pressed against the peel plate (38) by the gravity of the steel roller (40). The apparatus for producing a transfer seal according to claim 1, characterized in that: The release film affixing angle (γ) at which the surface of the peel plate (38) and the plane of the belt conveyor (20) in the downward inclined state intersect is set to 30 to 35 degrees. A device for producing a transfer seal as described. Perforating the print base sheet (A) to form a plurality of transfer seal extraction outlines (57), and processing it into a total penetration of three layers,
Its contour (57) transfer seal producing apparatus according to claim 1, wherein the mark to the inner compartment (T) is characterized in that defined to print in. Light weight on the peeling so that the release sheet (30) on the back side can be lightly peeled off from the pressure-sensitive adhesive layer (32 ) in the roll stock (R) as compared to the release film (31) on the front side The apparatus for producing a transfer seal according to claim 1, wherein a difference is given. The apparatus for producing a transfer seal according to claim 1, wherein a color laser printer capable of printing in white ink is adopted as the printer (P) .

Images