JP3106064U - Solid glucose - Google Patents

Abstract

[PROBLEMS] To be effective in recovering mental and physical fatigue, to be eaten directly in the mouth, to be dissolved in appropriate drinks such as cold water, hot water, coffee, tea, etc., to be drunk, to be conveniently stored, handled, etc. The sizes are easily arranged, the required amount is easy to understand, the shape is not easily deformed, the appearance is good, the appearance is easy to carry, it is easy to use, the shape is not easily deformed, and the mold release is good. To provide solid glucose that can be molded more neatly, is easy to manufacture, and can be mass-produced efficiently.
The supplement is a dietary supplement containing glucose as a main component, which is solidified into a substantially polygonal planar shape having a suitable thickness and an appropriate thickness by a molding device, and an outer peripheral surface formed with a plurality of upper inclined surfaces (3). A plurality of lower inclined surfaces 4 are formed, and each of the upper inclined surfaces 3 is formed such that the center of the plane gradually approaches the alligator as the upper surface 1 moves. The plane is formed so that the center of the plane becomes an inclined surface that gradually approaches the alligator as it goes.
[Selection] Figure 2

Description

  The present invention focuses on glucose, which is fast digestion and absorption, and exerts excellent effects on mental (nervous) fatigue recovery and physical fatigue recovery. It may be made to be able to be dissolved in cold water, hot water, coffee, tea, etc. as appropriate, and can be drinkable, and moreover, it relates to solid glucose devised so that its storage, handling, etc. are more convenient. .

  Conventionally, as solid-type glucose, for example, there is a dietary supplement utilizing glucose, and this dietary supplement has been provided in the form of a relatively large mass formed as a bag. . However, since it is a relatively large lump, its storage and handling are very inconvenient.

Therefore, the inventor of the present application has proposed a glucose tablet as shown in Patent Document 1.
This is a dietary supplement composed of glucose as the main component and 1% or less of sucrose fatty acid ester, which is orally sized and solidified by a tablet machine into an appropriate shape having an appropriate thickness. Unlike conventional products, it is not necessary to crush relatively large lumps into small pieces, the sizes can be easily adjusted, the required amount is easy to understand, the shape does not easily collapse, etc. It has good appearance, is easy to carry, can be easily used, and has excellent effects such as convenient storage and handling.

Utility model registration No. 3095760

  By the way, the inventor of the present application provides a solid glucose that is more easily manufactured, less likely to lose its shape, has a better appearance in appearance, and can be mass-produced efficiently without being satisfied with the effects of the above-described means. We are continuing development.

Thus, the present application has been devised in order to achieve the above-described problems and the like at a higher level.
Specifically, the solid glucose 1 according to claim 1 is a dietary supplement containing glucose as a main component, and is formed into a size that is orally acceptable by a molding device and has a suitable thickness. The outer peripheral surface is constituted by a plurality of upper inclined surfaces 3 and a plurality of lower inclined surfaces 4, and each upper inclined surface 3 has a plane center as the upper surface 1 moves. The lower inclined surface 4 is formed as an inclined surface such that the center of the plane gradually approaches the lower surface 2 as the lower surface 2 moves.

  In addition, the solid glucose 1 according to claim 2 is a dietary supplement containing glucose as a main component, and is formed into a hexagonal shape having a thickness suitable for oral administration by a molding device and having an appropriate thickness. The outer peripheral surface is composed of six upper inclined surfaces 3 and six lower inclined surfaces 4, and each of the upper inclined surfaces 3 has a plane center gradually gradually as the upper surface 1 is moved. The lower inclined surface 4 is formed such that the center of the plane gradually approaches as the lower surface 2 moves.

  Further, in the solid glucose 1 according to the third aspect, one or more auxiliary agents such as sencha, matcha, cocoa, sugar, brown sugar, vitamins, etc. are added to glucose as a main component, as appropriate. Means of solidification was employed.

Therefore, according to the solid glucose 1 according to the first aspect, the solid glucose 1 is effective for mental fatigue recovery and physical fatigue recovery, and may be eaten directly in the mouth. The solid glucose 1 can be dissolved in drinks such as cold water, hot water, coffee, tea or the like as appropriate, and the storage and handling thereof are more convenient.
And, unlike the conventional case, it is not necessary to crush relatively large lumps into small pieces, and furthermore, the sizes can be easily made uniform, the necessary amount is easy to understand, the shape collapse and the like hardly occur, and the appearance is reduced. The solid glucose 1 has good appearance, is easy to carry, and can be easily used.
In particular, since the outer peripheral surface is constituted by the upper inclined surface 4 and the lower inclined surface 5, the shape of the solid glucose 1 is less likely to be lost, and the solid glucose 1 is more easily separated from the molding die 6 of the molding apparatus. 1 can be molded more neatly. In addition, the solid glucose 1 can be easily produced and mass-produced efficiently.

According to the solid glucose 1 according to the second aspect, the solid glucose 1 is effective for recovering mental fatigue and recovering from physical fatigue, and the solid glucose 1 may be eaten directly in the mouth. The solid glucose 1 can be dissolved in drinks such as cold water, hot water, coffee, tea or the like as appropriate, and the storage and handling thereof are more convenient.
And, unlike the conventional case, it is not necessary to crush relatively large lumps into small pieces, and furthermore, the sizes can be easily made uniform, the necessary amount is easy to understand, the shape collapse and the like hardly occur, and the appearance is reduced. The solid glucose 1 has good appearance, is easy to carry, and can be easily used.
In particular, since it is formed by solidifying into a flat hexagonal shape having an appropriate thickness, and the outer peripheral surface is formed by the upper inclined surface 4 and the lower inclined surface 5, the corners and the whole are less likely to lose their shape, and the molding device The release of the solid glucose 1 from the mold 6 becomes better, and the solid glucose 1 can be molded more neatly. In addition, the solid glucose 1 can be easily produced and mass-produced efficiently. In addition, the solid glucose 1 can be arranged neatly without any gaps, and can be easily packaged.

  Further, according to the solid glucose 1 according to the third aspect, other nutritional supplements other than glucose are also possible by appropriately using one or more auxiliary agents among sencha, matcha, cocoa, sugar, brown sugar, vitamins and the like. Thus, the solid glucose 1 is more useful than a complex effect can be expected.

Hereinafter, the present invention will be described in detail based on illustrated examples.
In the figure, reference numeral 1 denotes the solid glucose of the present invention, and the solid glucose 1 is a dietary supplement comprising glucose as a main component. That is, it is composed of glucose which exerts an excellent effect on mental (nervous) fatigue recovery and physical fatigue recovery.

  Further, the solid glucose 1 is solidified to an arbitrary hardness by using, for example, a molding device as shown in FIG. 4 and a molding die 6 as shown in FIGS. It is configured to a possible size.

  For example, as shown in FIG. 1, it is formed in a plane substantially polygonal shape (for example, hexagonal, pentagonal, octagonal, etc.) having an appropriate thickness.

Moreover, its outer peripheral surface is composed of a plurality of upper inclined surfaces 3 and a plurality of lower inclined surfaces 4, and each of the upper inclined surfaces 3 is such that the center of the plane gradually approaches the upper surface 1 as the upper surface 1 moves. Each of the lower inclined surfaces 4 is an inclined surface such that the center of the plane gradually approaches the lower surface 2 as the lower surface 2 moves.
That is, the solid glucose 1 (pressurized glucose lump) is easily released from the molding die 6 of the molding apparatus, so that the solid glucose 1 can be molded neatly. As a result, the solid glucose 1 can be mass-produced easily and efficiently.
In addition, the solid glucose 1 is made into a flat hexagonal shape having an appropriate thickness, for example, so that the corners and the whole are less likely to lose their shape, and can be arranged neatly without gaps, and are easily packaged. It becomes.

  In addition, solid glucose 1 may be composed of only glucose, or may be added to glucose with one or more auxiliary agents as appropriate among sencha, matcha, cocoa, sugar, brown sugar, vitamins, and the like. You can also That is, it is also possible to form such that one solid glucose 1 can provide a complex nutritional supplement by allowing other nutritional supplements other than glucose.

  The specific configuration, shape, and size of the solid glucose 1, the specific ratio of glucose, the specific components and the ratio of the auxiliary agent, and the like are not limited to those in the illustrated example and can be freely set and changed as appropriate. Things.

  The solid glucose 1 of the present invention is configured as described above. Next, a molding die 6 for producing the solid glucose 1 will be described. It is formed in a substantially rectangular thick plate shape by a rubber material or a composite material as appropriate, and is formed so as to have excellent releasability. Moreover, a plurality of filling recesses 9 are appropriately arranged on the surface of the surface, so that a large number of solid glucose 1 can be manufactured.

The molding die 6 includes, for example, a substantially rectangular thick plate-shaped separation lower die 7 and a substantially rectangular thick plate-shaped separation upper die 8 that can be separated and joined to the upper surface of the separation lower die 7. The lower mold 7 is provided with a lower concave portion 9a including an inclined peripheral surface (a surface that matches the lower inclined surface 5 of the solid glucose 1) that expands upward so as to improve mold release. The mold 8 is provided with an upper hole portion 9b having an inclined peripheral surface (a surface corresponding to the upper inclined surface 4 of the solid glucose 1) that gradually narrows as going upward.
That is, the solid glucose 1 (pressurized glucose lump) formed in the filling recess 9 of the molding die 6 is formed so that the mold release of the solid glucose 1 (pressurized glucose lump) becomes better, and the solid glucose 1 (pressurized glucose lump) collapses from the molding die 6. It is formed so that it can be easily taken out without performing any process, and a mold release agent is not required, so that solid glucose 1 containing only glucose (100% glucose) can be produced.
By the way, the specific shape of the filling concave portion 9 (the lower concave portion 9a, the upper hole portion 9b) is set to, for example, a planar substantially polygonal shape or the like.

  Further, a specific molding means of the solid glucose 1 using the molding apparatus will be described. First, a predetermined amount (for example, 600 kg) of water is uniformly mixed with a predetermined amount (for example, 10 kg) of powdered glucose. Then, the powdered glucose containing water is put into the hopper 10.

  Then, in the hopper 10, powdered glucose containing water is constantly fed below the filling roller 12 by the driving rotation of the feeding rotary blade body 11, and water is fed by the driving rotation of the filling roller 12. Is filled into the plurality of filling recesses 9 of the molding die 6 under pressure, and the driving rotary blade 13 for feeding back drives the rotary blade 11 for feeding powdered glucose containing water. Always send back to gawa.

  On the other hand, the plurality of forming dies 6 are continuously passed through a filling section provided below the hopper 10 by a suitable transport mechanism (for example, the base 15 and the oil cylinder 16), and the powder containing water is filled in the filling section. The plurality of filling recesses 9 are filled with glucose in the shape of a circle.

  Next, the surface of the mold 6 that has passed through the filling portion is cut with a spatula 14 to remove the surface (upper surface 2) of the pressurized glucose lump (solid glucose 1 before drying) filled in the filling recess 9. Try to get it right.

  Then, the pressurized glucose lump (solid glucose 1 before drying) is taken out from the mold 6. At this time, by separating the lower separation mold 7 and the separation upper mold 8 in the vertical direction, the plurality of pressurized glucose lumps (solid glucose 1 before drying) can be cleanly and smoothly filled without deformation. 9 will be taken out.

  Then, the plurality of pressurized glucose lumps (solid glucose 1 before drying) are appropriately dried by a drying means to produce solid glucose 1 having a desired shape.

FIG. 2 is a perspective view illustrating the solid glucose of the present invention. FIG. 2 is a vertical sectional view of the solid glucose of the present invention and a mold thereof. 1 is an exploded perspective view illustrating a mold for producing solid glucose according to the present invention; 1 is a schematic longitudinal sectional view illustrating a solid glucose molding device of the present invention.

Explanation of reference numerals

DESCRIPTION OF SYMBOLS 1 Solid glucose 2 Upper surface 3 Lower surface 4 Upper inclined surface 5 Lower inclined surface 6 Mold 7 Separation lower die 8 Separation upper die 9 Filling recess 9a Lower recess 9b Upper hole 10 Hopper
DESCRIPTION OF REFERENCE NUMERALS 11 Rotating blade for feeding 12 Roller for filling 13 Rotating blade for sending back 14 Spatula for cutting 15 Base 16 Oil cylinder

Claims (3)

  A nutritional supplement containing glucose as a main component, which is formed into a size that can be taken orally by a molding device, and is solidified into a substantially polygonal planar shape having an appropriate thickness. An inclined surface and a plurality of lower inclined surfaces, each upper inclined surface is an inclined surface such that the center of the plane gradually approaches the upper surface as the upper surface is moved, and each lower inclined surface is the lower surface. Solid glucose characterized by having an inclined surface such that the center of the plane gradually approaches the side as it goes.   It is a dietary supplement containing glucose as a main component, and it is configured to be orally sized by a molding device and solidified into a flat hexagonal shape having an appropriate thickness, and its outer peripheral surface has six upper slopes Surface and six lower inclined surfaces, each upper inclined surface being an inclined surface such that the center of the plane gradually approaches the alligator as the upper surface is moved, and each lower inclined surface is moved to the lower surface. Solid glucose characterized by having an inclined surface such that the center of the plane gradually approaches in accordance with the following.   Claim 1 or Claim characterized in that glucose, which is the main component, is solidified by adding one or more kinds of auxiliaries as appropriate among sencha, matcha, cocoa, sugar, brown sugar, vitamins and the like. Item 2. The solid glucose according to Item 2.

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