JP3099293B2 - Edible printing sheet, its manufacturing apparatus and manufacturing method - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a printable paper-shaped edible sheet, and more particularly to a mixing of a raw material liquid, a production apparatus and a production method.

[0002]

2. Description of the Related Art Foods, especially decoration cakes such as birthday cakes and Christmas cakes, are decorated by painting letters or pictures on a sponge with cream or chocolate. Also, in commemoration of weddings and other occasions, letters and pictures are drawn on kamaboko and other kneaded products as a gift. The decoration of these foods has drawbacks requiring techniques and labor in addition to preparation of raw materials.

For this reason, as a method for efficiently drawing characters and pictures on the surface of food, a technique of coating the surface of food with an edible film has been proposed. For example, Japanese Patent Application Laid-Open No. Hei 7-231756 discloses a water-soluble edible film in which characters and pictures made of edible gold or silver foil are stamped and printed, and ice cream, a cream part of a decoration cake, agar, mizuyokan, A method is described in which a water-soluble edible film is placed on a food containing water and the water-soluble edible film is melted by the moisture to attach a character pattern to the food.

Japanese Patent Application Laid-Open No. 54-35227 discloses that
Print characters and pictures on a water-soluble and edible film such as starch, amylose, casein, pullulan, etc. using a coloring agent and paste it on a polypropylene film so that the printed surface is on the food side, and dry. The resulting material is processed into a cylindrical shape, and the inside of the cylinder is filled with a raw material containing moisture such as surimi. A method is described in which a water-soluble film is dissolved by the water content of a surimi to make characters or pictures transferred to a kamaboko.

Japanese Patent Application Laid-Open No. 10-215792 discloses that, when an edible film is used for a cake, the film itself is immersed in a soft cake cream at the stage of putting a knife into the cake, and the cake is deformed. It describes an edible film that improves the drawback that characters and patterns are destroyed, adapts to foods such as cakes, and can be cut with a knife.

[0006] This edible film is made of a soluble starch, a starch hydrolyzate, crystalline cellulose, a thickener, an emulsifier, and a softener having a particle size of 2 to 40 µm, and supports a raw material solution obtained by kneading the raw material with water. It is coated on the body and dried as a thin film. However, there is a problem that the coating cannot be made thick enough to handle. In addition, there was a problem that the material was dried and cracked, and if the humidity was high, it adhered to the mount and could not be peeled off.

A character or a picture is printed on the surface of this film with an edible ink using a simple silk-printing machine, and the printed film is used by covering the surface of the cake with butter cream or the like applied on a cake sponge table. Have been. However, there was a problem that printing was blurred due to the oiliness of butter cream or the moisture of whipped cream.

Further, since the method is a manufacturing method in which a thin film is formed on a support such as a backing paper by coating, productivity is not increased, and there is a problem that mass production cannot be performed. Furthermore, in order to print characters and pictures by silk printing, a silk original plate must be prepared and prepared for each color of printing ink, which is expensive and multicolor expression such as a photograph cannot be made.

[0009]

SUMMARY OF THE INVENTION The present invention has been made in view of the above-mentioned problems, and has been developed in consideration of cracking due to drying, adhesion to a peeling backing sheet due to moisture absorption in a high humidity environment, and tearing at the time of peeling due to the adhesion. Resolve issues that can no longer be used,
Provided is an edible printing sheet which has little deterioration over time and has preservability.

An edible printing sheet in a form in which characters and pictures can be printed by a printer of a personal computer in which digital information of letters, pictures and photographs are stored whenever necessary.
Provided is an edible printing sheet that does not bleed when used on food. It is still another object of the present invention to provide a manufacturing apparatus and a manufacturing method that can be manufactured with good productivity and at low cost.

[0011]

The edible printing sheet of the present invention is a printable paper-shaped edible sheet formed on a release liner, wherein the raw material liquid is cellulose powder in weight%. Cornstarch (a) 15.22% Locust bean gum 0.91% Propylene glycol 2.03% Glycerin fatty acid ester 0.16% Sorbit 11.16% Titanium dioxide powder 0.61% Sodium benzoate 0.09% Glucose syrup 12 .18% glucose syrup powder 3.04% citric acid solvent 0.09% glucan 0.06% potassium phosphate 0.02% corn starch (b) 3.57% methyl cellulose 0.10% water 38.56% Tona is, for water retention stability of the edible sheet
0.06% glucan and 0.02% phosphorus
For potassium acid, 3.57% of pre-fractionated
Mix with starch (b) and then mix all the ingredients
It is characterized in that it is mixed with a sir to form a paste-like raw material liquid .

By adopting this mixing ratio, the storage stability in a normal temperature environment is good and the deterioration with time is small. In addition, it has high water retention, does not crack due to drying, does not absorb moisture even in an environment of high humidity, and does not adhere to the release liner due to moisture absorption. For this reason, it does not become unusable when the sheet is peeled off from the release liner. Also, when placed on a pancake on which icing such as fresh cream is applied and adhered, the oil and moisture of the fresh cream and the like are familiar, and the color of the print does not spread over time. Further, an edible printing sheet which does not impair the taste can be obtained.

This raw material liquid has fluidity that can be supplied to the raw material injection means by a liquid feed pipe by pressurizing the raw material tank, and can be applied by spraying on a paper having a constant thickness by a compressed air spray. .

In the edible printing sheet, the size of the release liner can be set to a size such as A4 size, B4 size, etc., which can be printed by an ink jet printer connected to a personal computer. Red on the printer,
By installing blue and yellow edible inks, digital images such as characters and pictures, images taken from a digital camera, and photographs taken from a scanner can be printed.

[0015] This solves the drawback that printing was not possible except for simple characters and pictures with a limited color scheme, and if a printer equipped with edible ink is used, the cost and labor for producing the original plate are reduced. Therefore, a different pattern or photograph can be printed on the edible printing sheet in a short time each time.

When it is desired to print a large number of edible printing sheets having the same pattern in advance, a silk printing original plate can be prepared and printed. Since the cost of a printing original plate per sheet can be reduced and the cost of edible ink can be reduced, an edible printing sheet printed at low cost can be provided.

The edible printing sheet manufacturing apparatus of the present invention comprises:
A raw material transporting means for transporting the release paper at predetermined intervals, a raw material liquid ejecting means for spraying the raw material liquid of claim 1 onto the release paper carried by the raw material transporting means, and a release paper on which the raw material liquid is sprayed. and drying the raw material liquid by hot air while conveying the a drying means for a sheet, wherein
Peeling backing is made of paper base material and polyethylene
Lumm, smooth surface coated with silicone paint on top
Made of thin paper having heat resistance, water resistance, oil resistance, and
Each of the raw material transporting means, the raw material liquid injection means, and the drying means
An apparatus, characterized by the this <br/> which acts as support of the edible sheet.

By using this raw material conveying means, it is possible to continuously produce edible printed sheets, and it is also possible to automate such as operating the raw material injection means in accordance with the movement of the conveying device. Further, since the raw material spraying means uses a spray for spraying the raw material liquid onto the release liner, the raw material liquid can be applied in a short time.

[0019] Before the sheet is dried by the drying means
Punched into a predetermined shape with serial peeling mount performed and demolding means to edible sheet for printing, the bag body vent with housing the edible printing sheet punched into punched means to the bag body with peeling backing paper And packing means for closing the bag opening.

By providing the die-cutting means, it becomes possible to provide an edible printing sheet adapted to the shape of the food to be used. Further, by providing the packing means, the preservability of the formed edible printing sheet can be enhanced.

[0021] The drying means, a dry room where hot air is closed is blown is provided, the gondola the peeling mount to the raw material liquid was sprayed is placed, hanging the gondola, the dry room With a chain conveyor that circulates inside the conveyor, and the conveying speed of the chain conveyor
By adjusting the
Keep the circulation time to the mouth constant and dry to the specified moisture content.
It is characterized in that it is an edible sheet of stable quality .

Therefore, the raw material liquid can be dried in a short time by the hot air blown into the dry room. Also, by adjusting the transport speed of the chain conveyor in the dry room, it is possible to maintain a constant circulating time from the entrance to the exit and obtain a stable quality edible printing sheet dried to a predetermined water content. it can.

The method for producing an edible printing sheet according to the present invention comprises:
The base material is paper, the lower surface is a polyethylene film, and the upper surface is
Silicone paint coated surface smooth, heat resistant,
Hold the release liner made of water- and oil-resistant thin paper for a predetermined time.
Transport process, and transport process before transport
A spray for spraying the raw material liquid according to claim 1 onto the release liner.
Injection process of raw material liquid by gun
The raw material liquid is dried by warm air while transporting the
燥and a drying step of the sheet form, the drying step
Control the transport speed and hot air application time
It is characterized by drying to the amount of water. The raw material
The liquid injection step includes the injection start time of the spray gun, the injection
Control the end time and injection time per unit area to a predetermined size
Generates edible printing sheets of a predetermined thickness on the backing sheet
And an ink jet with edible ink of the specified color
The digital image is printed by the printer
It can be printed on a printing sheet .

[0024]

1 to 1 show an embodiment of the present invention.
Description will be made based on 0. FIG. 1 schematically shows an apparatus for manufacturing an edible printing sheet according to this embodiment, and a raw material transporting means A
, Raw material injection means B, drying means C, and die cutting means D
And packing means E. First, the preparation of raw materials for an edible printing sheet will be described.

The raw material liquid for the edible printing sheet is cellulose powder 12.18% corn starch (a) 15.22% locust bean gum 0.91% propylene glycol 2.03% glycerin fatty acid ester 0.16 by weight% % Sorbit 11.16% Titanium dioxide powder 0.61% Sodium benzoate 0.09% Glucose syrup 12.18% Glucose syrup powder 3.04% Citric acid solvent 0.09% Glucan 0.06% Potassium phosphate 0.02 % Corn starch (b) 3.57% methyl cellulose 0.10% water 38.56% The ingredients are weighed and mixed by a mixer (not shown) to prepare a paste-like raw material liquid 1. I do.

In this composition, the edible printing sheet 1
Glucan and potassium phosphate to be mixed for water retention stability of 0 are previously prepared with corn starch (b). As the water retention stabilizer, a curdlan preparation (trade name) of Takeda Pharmaceutical Co., Ltd. can be used. The prepared raw material liquid 1 has fluidity, and is stored in the raw material tank 2 provided in the raw material injection means B, so that the raw material of the edible printing sheet 10 can be continuously supplied through the supply pipe 3. it can.

The edible printing sheet 10 is formed by being sprayed onto the release liner 4 by spraying. As shown in FIG. 8, the release liner 4 has a paper quality 41 as a base material,
A heat-resistant, water-resistant, oil-resistant thin paper having a lower surface coated with a polyethylene film 42 and an upper surface coated with a silicone paint 43, and functions as a support until the raw material liquid 1 of the edible printing sheet 10 is dried. I do.

Further, the peeling backing sheet 4 becomes a backing sheet for cutting, packing, transporting and storing the edible printing sheet 10 formed by drying. When the edible printing sheet 10 is used, it is used as a printing sheet by a printer of a personal computer. Plays the role of a guide fed from the feed tray. The edible print sheet 10 on which characters, pictures, and photographs are printed is peeled off from the backing paper 4 for the first time and placed on food such as a cake for use.

The release liner 4 is preferably a standard paper size such as A4, A3 or B4 in consideration of printing by a printer, but may be any size according to the application.

The raw material conveying means A shown in FIG. 1 includes a chain conveyor 5 that circulates in an endless track, a driving unit 6 that circulates the chain conveyor 5, a support roller 7 that supports the chain conveyor 5, a chain conveyor 5 And a transfer table 8 on which the release liner 4 is placed and transferred.

FIG. 2 shows a main part of the raw material conveying means A. Two chain conveyors 5 and 5 are provided apart from each other on the left and right. The left and right chain conveyors 5, 5 are provided with mounting stays 9, 9 facing each other, and the carrier 8 is fixed on the mounting stays 9 with mounting screws 9a. The chain conveyor 5 conveys the peeling backing sheet 4 placed on the conveyance table 8 and the applied raw material liquid 1 by moving above the rotatable support rollers 7 provided at regular intervals.

When the large edible printing sheet 10 is formed, the transfer table 8 loosens the mounting screw 9a,
It can be replaced with a large transfer table 8a.

The raw material transport means A is provided with a cleaning tank 11 for cleaning the raw material liquid 1 scattered on the transport table 8. The cleaning tank 11 is provided in the endless track of the chain conveyor 5 as shown in FIG.
And the transfer table 8 mounted thereon passes through the cleaning tank 11, so that the cleaned transfer table can be continuously supplied to the raw material injection means B without interrupting the operation. it can.

The washing tank 11 shown in FIG. 3 is provided with a chain conveyor 5 on a support roller 7 and a transfer table 8 attached to the chain conveyor 5, which is supplied with washing water by a support roller 7 a provided in the cleaning soda 11. It is guided to the height where it is immersed and moves in the washing water over a certain period of time.

The washing tank 11 has a water supply port 12, a drain port 13, and a compressed air pipe 14. The high-pressure air supplied by the compressed air pipe 14 is blown out in the form of a bubble in the cleaning water to peel off the attached raw material liquid 1 on the surface of the carrier 8. Wash water is supplied from the water supply port 12, and the wash water containing the excess residue of the raw material liquid 1 is drained from the drain port 13.

Next, the raw material injection means B will be described in detail. Raw material injection means B shown in FIG.
The spray gun 15 detects the arrival of the transfer table 8 conveyed by the device and automatically sprays the raw material.

Further, the raw material liquid 1 is added to the spray gun 15.
, A raw material supply pipe 3 connected therebetween, and a filter 25 connected to the raw material supply pipe 3 for keeping the particle diameter of the raw material liquid 1 constant; The injection of the raw material liquid 1 from the spray gun 15 can be performed constantly and stably by the pressure adjusting valve 26 which keeps the supply amount moderate.

A method for automatically injecting the raw material liquid 1 by the spray gun 15 will be described with reference to FIG. The spray gun 15 is attached to the spray gun support 17 via the spray gun attaching portion 18 with the nozzle 23 facing downward. The raw material transfer means A moves from the left to the right below the nozzle 23, and the transfer table 8 on which the release sheet 4 is placed is mounted.
Flows continuously at intervals.

A micro switch 20 is attached to the upper part of the spray support base 17 through which the chain conveyor 5 passes.
The contact of the upper end of the transfer table 8 with the transfer table 8 detects that the transfer table 8 is transferred to the nozzle 23 ejection range. This detection signal is transmitted to the controller 2 connected to the microswitch 20.
1 to drive the solenoid 22 and spray gun 1
The injection lever 19 of No. 5 is operated to inject for a certain period of time.

The provision of the controller 21 controls the spray start time, the spray time, and the spray end time according to the size of the peeling backing sheet 4 and the thickness of the edible printing sheet 10, and operates the spray gun sliding portion. By controlling the time, edible printing sheets 10 having different sizes and thicknesses can be produced.

The injection of the raw material liquid 1 from the spray gun 15 is performed by compressed air. The compressed air is supplied by a compressor 32 shown in FIG. The compressed air sent from the compressor 32 through the compressed air pipe 14 via the valve 35 is adjusted to a predetermined pressure by the pressure control valve 26 and supplied to the spray gun 15.

Further, as shown in FIG.
Consists of a raw material tank body 27 and a lid 28,
And the lid 28 can be hermetically closed by a lock screw 29. A pressure plate 30 is mounted on the upper part of the raw material liquid 1 by passing through a pressure plate guide 31, and compressed air sent from a compressor 32 through a compressed air pipe 14 via a valve 35 is compressed by a pressure control valve 26 to a predetermined pressure. As pressure,
The inside of the raw material tank 2 is pressurized so that the viscous raw material liquid 1 can flow into the supply pipe 3 at a constant pressure from a raw material supply port 24 provided at the lower part of the tank.

The edible edible printing sheet 10 formed by spraying the raw material liquid onto the release liner 4 by the raw material spraying means B is transported by the raw material transporting means A to the installation location of the drying means C. Carried automatically.

The drying means C shown in FIG. 6 includes a dry room 40 into which hot air heated by a boiler 49 is blown through a duct 48,
A plurality of gondolaes 44 suspended on a chain conveyor 45 that circulates slowly over the inside are provided.

The chain conveyor 45 shown in FIG.
Are provided between the drive unit 51 and the bearing 52a, and are provided at the corner of the ceiling, the drive wheel 42 attached to the rotating drive shaft 52, and the guide wheel 53a provided at the opposite corner in the dry room 40. Guide wheels 53b, 53e, 53e, 53f provided alternately at both end corners in the dry room 40.
In an endless orbit. Thereby, the plurality of gondolaes 44 attached to the chain conveyor 45 circulate in the dry room 40.

As shown in FIG. 6 and FIG.
Is mounted so as to protrude substantially half outside the opening 40a of the dry room 40, and the gondola 44
Comes out of the dry room 40 every round. The gondola 44 includes a chain conveyor 45 as shown in FIG.
, A horizontal support bar 47a for connecting the hooks 46 at both ends, and a suspender 47b for suspending the hook 46 and the gondola stand 48. Gondola stand 47c
Can mount a plurality of release mounts 4. In this embodiment, the width is 1.5 meters or more.

The undried edible printing sheet 10 formed by spraying the raw material liquid onto the peeling backing sheet 4 by the raw material liquid spraying means B is placed on the gondola 44 which has circulated around the opening 40a of the drying means C. Place them in order. This gondola 44
Is transported to the chain conveyor 45 and dried while circulating in the dry room 40, and returns to the opening 40a again. The dried edible printing sheet 10 is taken out of the gondola 44, and is sent to the die-cutting means D collectively by a predetermined number of sheets.

As shown in FIG. 1, the die-cutting means D is obtained by attaching a die 56 having a desired shape to a press 55.
The edible printing sheet 10 is punched into a round or patterned shape. FIG.
Shows the edible printing sheet 10 which is cut out in a round shape. The edible printing sheet 10 thus formed is housed in a bag body, and air is evacuated from the bag body, and hermetically sealed by the packing means 57 for closing the bag mouth. By providing the die cutting means, it becomes possible to provide an edible printing sheet that matches the shape of the food to be used. Further, by providing the packing means, the preservability of the formed edible printing sheet can be enhanced.

[0049]

According to the present invention, there is provided an edible printing sheet.
By using the raw material liquid having the described mixing ratio, by setting the mixing ratio, the storage stability in a normal temperature environment is good and the deterioration over time is small. In addition, it has high water retention, does not crack due to drying, does not absorb moisture even in an environment of high humidity, and does not adhere to the release liner due to moisture absorption. For this reason, it does not become unusable when the sheet is peeled off from the release liner. Also, when placed on a pancake on which icing such as fresh cream is applied and adhered, the oil and moisture of the fresh cream and the like are familiar, and the color of the print does not spread over time. Further, an edible printing sheet which does not impair the taste can be obtained.

The raw material liquid has a fluidity that can be supplied by using a liquid feed pipe by pressurizing the raw material tank, and can be applied on a paper having a constant thickness by a compressed air spray.

This raw material liquid has fluidity that can be supplied to the raw material injection means by a liquid feed pipe by pressurizing the raw material tank, and can be applied by spraying on a paper having a constant thickness by a compressed air spray. Therefore, it can be manufactured efficiently.

The edible printing sheet can be printed on an ink-jet printer connected to a personal computer, such as an A4 size or a B4 size, in the size of the release backing sheet.

By attaching red, blue, and yellow edible inks to the printer, digital images such as characters and pictures, images taken from a digital camera, and photographs read from a scanner can be printed in full color. .

This solves the drawback that conventional characters and pictures other than simple characters and pictures could not be printed with a limited color scheme. In addition, if a printer equipped with edible ink is used, the cost and labor for producing the original plate are reduced. Therefore, a different pattern or photograph can be printed on the edible printing sheet in a short time each time.

When it is desired to print a large number of edible printing sheets having the same pattern in advance, a silk printing original plate can be prepared and printed. The cost of the printing original plate per sheet is reduced, and the cost of the edible ink can be reduced, so that an edible printing sheet printed at a low cost can be provided.

By using the material transporting means according to the second aspect, it is possible to continuously produce edible printed sheets, and it is also possible to automate such as operating the material spraying means in accordance with the movement of the transporting device. Further, since the raw material spraying means uses a spray for spraying the raw material liquid onto the release liner, the raw material liquid can be applied in a short time. This automation makes it possible to reduce the manufacturing cost, and to provide an inexpensive edible printing sheet. Furthermore, since the raw material liquid can be applied in a short time, it can be provided in a large amount.

According to the third aspect of the present invention, it is possible to provide an edible printing sheet conforming to the shape of the food to be used, thereby reducing the time required to form the sheet during use. It becomes possible. Further, by providing the packing means, it is possible to enhance the preservability of the edible printing sheet, and to make the product endurable for transportation inventory storage. This makes it possible to display and sell at convenience stores and supermarket food counters visited by ordinary consumers.

By providing the drying means according to the fourth aspect, the raw material liquid can be dried in a short time by hot air blown into the dry room. Further, by adjusting the conveying speed of the chain conveyor in the dry room, it is possible to obtain a stable quality edible printing sheet that is dried to a predetermined water content while maintaining a constant circulation time from the entrance to the exit. .

[Brief description of the drawings]

FIG. 1 is a schematic diagram showing an apparatus for manufacturing an edible printing sheet according to an embodiment of the present invention.

FIG. 2 is a plan view showing a main part of the raw material conveying means according to the embodiment of the present invention.

FIG. 3 is a partial cross-sectional front view showing the cleaning soda according to the embodiment of the present invention.

FIG. 4 is a front view showing a main part of the raw material injection means according to the embodiment of the present invention.

FIG. 5 is a partial cross-sectional front view showing a raw material tank according to the embodiment of the present invention.

FIG. 6 is a sectional view showing a drying unit according to the embodiment of the present invention.

FIG. 7 is a left front view of FIG. 6;

FIG. 8 is a perspective view of the gondola of FIG. 6;

9A is a plan view showing a release liner according to an embodiment of the present invention, and FIG. 9B is a partially enlarged front view thereof.

10A is a plan view showing an edible printing sheet according to the embodiment of the present invention, and FIG. 10B is a partially enlarged front view thereof.

FIG. 11 is a plan view showing the edible printing sheet according to the embodiment of the present invention after die cutting;

[Explanation of symbols]

 Reference Signs List A raw material conveying means B raw material injection means C drying means D die-cutting means E packing means 1 raw material liquid 2 raw material tank 3 supply pipe 4 peeling backing sheet 5 chain conveyor 6 driving section 7 support roller 7a support roller 8 transfer table 8a large transfer table 9 Attachment stay 9a Attachment screw 10 Edible printing sheet 11 Cleaning soda 12 Water supply port 13 Drainage port 14 Compressed air pipe 15 Spray gun 17 Spray gun support base 18 Spray gun attachment section 19 Injection lever 20 Micro switch 20a Detector 21 Controller 22 Solenoid Reference Signs List 23 Nozzle 24 Raw material supply port 25 Filter 26 Pressure regulating valve 27 Raw material tank main body 28 Lid 29 Lock screw 30 Pressure plate 31 Pressure plate guide 32 Compressor 35 Valve 40 Dry room 40a Opening 41 Paper quality 42 Polyethylene film 4 Silicon paint 44 Gondola 45 Chain conveyor 46 Hook 47a Lateral support bar 47b Hanging tool 47c Gondola stand 48 Duct 49 Boiler 51 Drive unit 52 Drive wheel 52a Bearing 53a, b, c, d, e, f Guide wheel 55 Press 56 Die mold 57 Packing means

Claims (6)

(57) [Claims] 1. A printable paper-shaped edible sheet formed on a release liner, wherein the raw material liquid is cellulose powder 12.18% corn starch (a) 15.22% locust bean gum in weight% 91% Propylene glycol 2.03% Glycerin fatty acid ester 0.16% Sorbit 11.16% Titanium dioxide powder 0.61% Sodium benzoate 0.09% Glucose syrup 12.18% Glucose syrup Powder 3.04% Citric acid solvent 0 .09% glucan 0.06% potassium phosphate 0.02% corn starch (b) Ri Do from 3.57% methyl cellulose 0.10% water 38.56% of the formulation, for water retention stability of the edible sheet 0.
About 06% glucan and 0.02% potassium phosphate
3.57% corn starch (b)
And then mix all the ingredients with a mixer
An edible printing sheet, which is a paste-like raw material liquid . 2. A raw material transporting means for transporting the release liner at a predetermined interval, a raw material liquid jetting means for spraying the raw material liquid of claim 1 onto the release liner transported by the raw material transporting means,
Drying means for drying the raw material liquid by hot and hot air while transporting the peeling mount onto which the raw material liquid has been sprayed, to form a sheet , wherein the release mount has a paper base material and a lower surface made of polyethylene.
Film, coated surface of the upper surface with silicon paint
Made of thin paper with smoothness, heat resistance, water resistance, oil resistance,
The raw material transport means, the raw material liquid injection means, and the drying means
In each of the above devices, the device serves as a support for the edible sheet.
Edible printing sheet manufacturing apparatus characterized by that. 3. The sheet dried by the drying means
Performing a die-cut means that the punched edible printing sheet in a predetermined shape together with the peeling mount, the bag body vent with housing the edible printing sheet punched into punched means to the bag body with peeling backing paper 3. The edible printed sheet manufacturing apparatus according to claim 2, further comprising a packing means for closing a bag opening. Wherein said drying means, a dry room where hot air is closed is blown is provided, the gondola the peeling mount to the raw material liquid was sprayed is placed, hanging the gondola, the and a chain conveyor circulating in a dry room, the transport speed of the chain conveyor
By adjusting the degree, from the entrance of the dry room
Keep the circulation time to the outlet constant and dry to the specified moisture content
The edible printing sheet manufacturing apparatus according to claim 2 , wherein the edible sheet has a stable quality . 5. A paper base material and a lower surface made of polyethylene foil.
Film, surface flat with silicon coating on top
Peeling made of smooth, heat-, water-, and oil-resistant thin paper
A transport process for transporting the backing paper at a predetermined interval, and the transport process
・ Spraying the raw material liquid according to claim 1 onto the peeling backing sheet conveyed
Raw material liquid spraying process using a spray gun and the raw material
While transporting the release liner onto which the liquid has been sprayed,
Drying the raw material liquid to form a sheet.
In the drying step, the transfer speed and the time for applying the hot air are controlled.
And drying the edible sheet to a predetermined moisture content . 6. The method according to claim 6, wherein the step of injecting the raw material liquid includes the step of
Injection start time, injection end time, injection per unit area
By controlling the gap, a predetermined thickness
Generates edible printing sheet and edible ink of predetermined color
With an inkjet printer equipped with
Can be printed on the edible printing sheet
The edible printing sheet according to claim 5,
Manufacturing method Law.