JP2011128087A - Transparent member - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a transparent member enabling a code to be recognized clearly by visualizing more easily the code including a character, a figure or the like, regardless of a background color of an object existing on the back side. <P>SOLUTION: This transparent member 10 has: a metering container 20 formed of a transparent material; and an expression part 30 formed of codes 31 including a character, a line, a figure or a mark, and arranged on the metering container. A code 31 expressed by either line segment element between first and second line segment elements 41, 42 to which different colors are attached is set to be more visible in comparison with a code 31 expressed by the other line segment element, by a background color of a metering object 51 existing inside the metering container. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to a transparent member.

  There is known a transparent member in which a transparent material is provided with a code made up of characters, symbols, etc., and the code is made to stand out by making use of the background color of an object existing on the back. Such transparent members are widely applied to stationery items such as rulers (see Patent Document 1).

JP 2007-38517 A

  The visibility of the code attached to the transparent member depends greatly on the background color of the object existing on the back surface of the transparent member. This is for visually recognizing the background color of the object through a transparent member and recognizing the overall form of the code by the difference in color between the line segment constituting the code and the background color of the object. Therefore, when the color of the line segment constituting the code and the background color of the object are close to each other, the code becomes difficult to see and it is difficult to recognize the code attached to the transparent member.

  It is an object of the present invention to provide a transparent member capable of clearly recognizing a code by making it easy to see the code including characters and figures regardless of the background color of the object existing on the back side. To do.

  To achieve the above object, the transparent member of the present invention includes a base portion formed from a transparent material, an expression portion formed from a code including characters, lines, figures, or symbols and disposed on the base portion, Have Furthermore, the line segment of the code | symbol in the said expression part arrange | positions along with the 1st line segment element which attached | subjected the color different from the 1st line segment element which attached | subjected one color, and the said 1 color. At least a second line segment element. The sign represented by one of the first and second line segment elements is represented by the other line segment element depending on the background color of the object present on the back side of the base portion. It is characterized by being easier to see than the code.

  According to the transparent member of the present invention, the first line segment element having one color and the second line that is provided with another color different from the one color and arranged side by side on the first line segment element A code including a segment element is arranged on the transparent base portion, and is represented by one of the first and second line segment elements depending on the background color of the object existing on the back side of the base portion. Make the code easier to see than the code represented by the other line segment element. For this reason, the code can be clearly recognized regardless of the background color of the object existing on the back side.

1A and 1B are diagrams showing a transparent member according to the embodiment, respectively. FIG. 1A is an overall view of the transparent member, and FIG. 1B is a diagram of FIG. It is a partial enlarged view. 2A and 2B are diagrams for explaining the operation of the transparent member according to the embodiment. FIG. 2A is an overall view of the transparent member, and FIG. 2B is a diagram. It is the elements on larger scale of 2 (A). 3A and 3B are overall views of the transparent member according to Modification Example 1, respectively. 4 (A) and 4 (B) are diagrams showing a transparent member according to Modification Example 3, respectively. FIG. 4 (A) is an overall view of the transparent member, and FIG. 4 (B) is FIG. 4 (A). FIG.

  Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings. In the description of the drawings, the same elements are denoted by the same reference numerals, and redundant description is omitted. In addition, the dimensional ratios in the drawings are exaggerated for convenience of explanation, and may be different from the actual ratios.

  In the present embodiment, the transparent member of the present invention is applied to a measuring container capable of measuring the amount of a specific object (hereinafter referred to as “measurement object”). Examples of the measurement object include liquids such as food seasonings, powders, and other solids capable of quantitatively measuring the volume and the like.

  1 and 2, the transparent member 10 (hereinafter simply referred to as “transparent member”) with the expression unit 30 according to the embodiment is a measuring container 20 formed of a transparent material. (Corresponding to a base part) and an expression part 30 formed from a reference numeral 31 including characters, lines, figures, or symbols and arranged in the measuring container 20. A line segment 40 of reference numeral 31 in the expression unit 30 is arranged side by side with a first line segment element 41 with one color and another color different from the first color and with the first line segment element 41. And a second line segment element 42 to be processed. Reference numeral 31 forming the expression unit 30 represents a scale 33 and a number 35 that enable the volume of the measurement object 51 to be measured. The reference numeral 31 is directly printed on the inner wall surface of the measuring container 20 so that the volume of the measuring object 51 accommodated in the measuring container 20 can be read visually. Note that the color of the first line segment element 41 is white, and the color of the second line segment element 42 is black.

  In the drawing, the weighing container 20 as the base portion is expressed in white for the convenience of the paper surface, but the weighing container 20 sees the background color of the weighing object 51 existing on the back side of the reference numeral 31, It is formed transparent so that the background color can be visually recognized. The term “transparent” not only means colorless and transparent, but also means that translucent with a colored color is included. Further, in the drawings, it is difficult to represent the first line segment element 41 given white due to space limitations, and therefore the color of the first line segment element 41 is changed to simplify the explanation. The attached range is indicated by a broken line. This broken line is only added for convenience of description, and does not mean that the first line segment element 41 is an embodiment including a broken line.

  Hereinafter, embodiments will be described in detail.

  Referring to FIG. 1, the measuring container 20 is formed in a vertically long container shape having a handle on a side portion by molding acrylic resin or the like. The measuring container 20 includes a known container capable of containing a liquid therein, such as a measuring cup, a beaker that is a chemical article, and a syringe.

  The scale 33 as the reference numeral 31 and the number 35 indicating the reading value of the scale 33 are arranged along the longitudinal direction (vertical direction in the drawing) of the measuring container 20. Reference numeral 31 is attached to the molded weighing container 20 by printing the first line segment element 41 as white and the second line segment element 42 as black. Printing on the measuring container 20 can use, for example, a technique of forming a groove having a shape that matches the scale 33 and the numeral 35, and printing by applying ink or the like in the groove. The material constituting the measuring container 20 can be appropriately changed as long as transparency can be secured. In addition, a known technique can be appropriately employed for the type of ink and the printing method.

  The first line segment element 41 with white color represents the scale 33 and the number 35 aligned in the longitudinal direction apart from the second line segment element 42. On the other hand, the second line segment element 42 given the black color represents the scale 33 and the number 35 aligned in the longitudinal direction separately from the first line segment element 41. When measuring the volume or the like of the measuring object 51 using the measuring container 20, the back side of the part to which the reference numeral 31 is attached in the measuring container 20 (in the figure, the reference in the direction orthogonal to the paper surface). The measuring object 51 is positioned on the back surface side of 31, the inside of the measuring container, and the back surface thereof), and the number 35 indicated by the scale 33 is visually observed. Based on the visually observed number 35, the volume and the like are read. Since the base portion 20 is formed to be transparent, the scale 33 and the numbers 35 can be read while visually recognizing the stored measurement object 51.

  Here, when the color of the measurement object 51 is low, such as black, for example, white is added among the reference numerals 31 represented by the first and second line segment elements 41 and 42. The reference numeral 31 represented by the first line segment element 41 is easier to see than the reference numeral 31 represented by the second line segment element 42 with black color (see FIG. 2B). This is because the color of the black background visually recognized through the weighing container 20 and the reference numeral 31 represented by the second line segment element 42 with black color are similar, and therefore the two overlap, This is because it is difficult to visually recognize the code 31 represented by the second line segment element 42. In addition, since the color of the reference numeral 31 represented by the first line segment element 41 with white is different from the color of the background color, and the reference 31 has higher brightness, the first with white The reason is that the reference numeral 31 represented by one line segment element 41 is clearly displayed. On the other hand, when the color of the measurement object 51 is high in brightness such as white, for example, the reference numeral 31 represented by the second line segment element 42 with black is white. It becomes easier to see than those marked with. This is because, as described above, the white background visually recognized through the weighing container 20 and the reference numeral 31 represented by the first line segment element 41 with white color overlap, thereby the first line segment. It becomes difficult to visually recognize the symbol 31 represented by the element 41, and the symbol 31 represented by the second line segment element 42 with black is clearly displayed depending on the relationship with the background color. Because it will be. Note that the difference in brightness expressed by the low and high brightness of the color of the object is the reference numeral 31 represented by the first and second line segment elements 41 and 42 in the state in which the measurement object 51 is accommodated. This means that there is a lightness difference such that the code represented by one of the line segment elements is easier to see than the code represented by the other line segment element.

  The code 31 represented by the first line segment element 41 and the code 31 represented by the second line segment element 42 have the same information as the information indicated by the other code 31 when any one of the codes 31 is viewed. The shapes are approximate to each other so that they can be recognized. For example, when the reference numeral 31 represented by the first line segment element 41 expresses information such as a scale 33 indicating the volume of the measurement object 51 existing on the back side and a number 35 indicating a reading value of the scale 33, Similarly, the reference numeral 31 represented by the second line segment element 42 desirably represents a scale 33 and a number 35 indicating the same reading value. The reference numeral 31 represented by the first line segment element 41 and the reference numeral 31 represented by the second line segment element 42 are expressed in place of each other. For this reason, regardless of the brightness and color of the background color, one of the line segment elements can be visually recognized, and it is possible to reliably recognize predetermined information such as the volume indicated by the reference numeral 31.

  Of the first and second line segment elements 41 and 42, the thickness w1 of the first line segment element 41 having a high lightness is smaller than the thickness w2 of the second line segment element 42 (FIG. 1). (See (B)).

  For example, when the weighing object 51 has a portion having a relatively light color and a portion having a relatively light color, and the transparent member 10 is used across both the portions, Of the second line segment elements 41, 42, the first line segment element 41 having a high lightness expands and appears larger than the second line segment element 42. When a relatively low brightness portion of the measurement object 51 has a background color, the first line segment element 41 is more clearly visible than the second line segment element 42. When the line segment element 41 expands and looks large, the reference numeral 31 represented by the first line segment element 41 also expands and looks large. Deterioration of the appearance of the design due to the unbalanced size with the second line segment element 42 that is clearly expressed in the portion having a relatively high lightness, or the code 31 may be mistakenly viewed. There is a fear. By making the thickness w1 of the first line segment element 41 having the higher brightness among the first and second line segment elements 41 and 42 thinner than the thickness w2 of the second line segment element 42, the brightness is increased. Even in the case of using the weighing object 51 having a plurality of portions each having a different color, the reference numeral 31 represented by the first line segment element 41 and the reference numeral 31 represented by the second line segment element 42 are used. It becomes possible to make it look the same size. For this reason, it becomes possible to prevent the appearance of the design from being deteriorated during use and the sign 31 from being erroneously recognized. For example, an intermediate color portion having a lightness that makes the first and second line segment elements 41 and 42 appear to have the same size, a portion having a relatively low lightness, and a portion having a relatively high lightness color May be mixed in the weighing object 51. In such a case as well, reference numeral 31 represented by the first line segment element 41 and reference numeral 31 represented by the second line segment element 42 may be used. Can be shown in the same size.

  In the embodiment, the width w1 of the first line segment element 41 is formed at 0.2 mm, and the width w2 of the second line segment element 42 is formed at 0.25 mm. By forming in such a dimension, the reference numeral 31 represented by the first line segment element 41 that appears to expand and the same, and the reference numeral 31 represented by the second line segment element 42 have the same size in a balanced manner. It is possible to visually recognize the image, and it is possible to more effectively suppress the deterioration of the design appearance due to expansion. The dimension of the 1st line segment element 41 and the 2nd line segment element 42 is not limited to said dimension example, The code | symbol which the 1st line segment element 41 and the 2nd line segment element 42 represent The size can be appropriately changed based on the size of 31, the position representing the reference numeral 31, and the like.

  In consideration of the fact that the first line segment element 41 expands and looks large, the first line segment element 41 having a high brightness among the first and second line segment elements 41 and 42 is the second line segment. It arrange | positions so that it may be located inside the element 42 (refer FIG. 1 (B)). This prevents variations in the arrangement of the codes 31 due to the expansion of the first line segment elements 41 and the balance of the arranged codes 31 from being lost.

  The first and second line segment elements 41 and 42 are formed in a sharp end shape in which the side 47 on the side adjacent to each other extends beyond the other side at the end 45 in the line segment 40 with reference numeral 31 (see FIG. 1 (B)).

  The sharp end shape of the line segment 40 is formed to indicate the numeral 35 located in front of the terminal end 45 and the space. In the case where each of the first and second line segment elements 41, 42 arranged to indicate each part of the reference numeral 31, the pointed object can be grasped by a point by forming a sharp end shape at the end 45 of the line segment 40. It is possible to clarify the target to be pointed. If the background color has a relatively low lightness, the black second line segment element 42 will be unclearly displayed, but the white first line segment element 41 will be clearly displayed. It becomes possible to clarify the object pointed by the end 45 of the first line segment element 41. Similarly, when the background color has a relatively high lightness, the white first line segment element 41 will be unclearly displayed, but the black second line segment element 42 will be unambiguously represented. Therefore, it is possible to clarify the object pointed by the end 45 of the second line segment element 42. In the case where the reference numeral 31 includes the scale 33 and the number 35 indicated by the scale 33, by forming the sharp end shape at the end 45 of the scale 33, the function of capturing the target with a point can be more effectively exhibited. . The inclination angle or the like of the sharp end is not particularly limited, and can be appropriately changed in consideration of the design appearance at the time of use. For example, as shown in the drawing, the lengths of the ends 45 of the first and second line segment elements 41 and 42 are aligned so that the tip is directed to one point, so that the weighing object 51 has an intermediate color. Even in such a case, the object indicated by the end 45 can be clarified without deteriorating the design appearance of the design.

  Next, the operation of the transparent member 10 according to the embodiment will be described.

  With reference to FIG. 2 (A), the measuring object 51 is accommodated in the measuring container 20. The diagonal lines in the figure indicate that the lightness of the measurement object 51 is low and the color is close to the second line segment element 42. The weighing container 20 allows the presence of the weighing object 51 to be visually recognized from the outside through the background color of the weighing object 51 accommodated therein.

  With reference to FIG. 2 (B), since the measuring object 51 exists in the back of the code | symbol 31 of the measurement container 20, compared with the code | symbol 31 represented by the 2nd line segment element 42 to which black was attached | subjected, The reference numeral 31 represented by the first line segment element 41 with white is clearly displayed and can be easily seen. In the weighing container 20, at a portion where the measurement object 51 does not exist on the back surface, the reference numeral 31 represented by the first line segment element 41 and the reference numeral 31 represented by the second line segment element 42 are equally clear. It will be visually recognized.

  The number 35 indicated by the scale 33 is visually observed, and the volume is measured based on the visually observed number 35. The pointed end shape formed at the end 45 of the scale 33 captures the object indicated by the scale 33 with a point. This makes it possible to more clearly grasp the number 35 and effectively prevents an error from occurring when weighing.

  Of the first and second line segment elements 41, 42, the thickness of the first line segment element 41 having a high brightness is made thinner than the thickness of the second line segment element 42. For this reason, even when a plurality of colors having different brightness values are mixed in the weighing object 51, the first line segment element 41 and the code 31 represented by the first line segment element 41 expand and are visually recognized. Can be prevented. It is possible to prevent the appearance of the design from being deteriorated during use and the sign 31 from being erroneously recognized.

  As described above, the transparent member 10 according to the present embodiment is arranged in the first line segment element 41 with the first line segment element 41 and another color different from the first line segment element 41 being attached. The reference numeral 31 including the second line segment element 42 to be arranged is arranged in the transparent measuring container 20, and the first and first are determined according to the background color of the measuring object 51 accommodated in the measuring container 20. The reference numeral 31 represented by one of the two line segment elements 41 and 42 is made easier to see than the reference numeral 31 represented by the other line segment element. Of the first and second line segment elements 41 and 42, one of the line segment elements to which a color having a hue close to the background color of the measuring object 51 existing inside the measuring container 20 and a lightness is attached. In comparison, the other line segment element is made easier to see. Therefore, regardless of the background color of the measurement object 51, at least one of the codes 31 represented by the first and second line segment elements 41 and 42 can be visually recognized, and the code 31 is clearly recognized. Can be made.

  Of the first and second line segment elements 41, 42, the thickness of the first line segment element 41 having a high brightness is made thinner than the thickness of the second line segment element 42. It is possible to prevent the first line segment element 41 and the sign 31 represented by the first line segment element 41 from expanding and being visually recognized.

  Since the sharp end shape is formed at the end 45 of the line segment of the reference numeral 31, the object pointed to by the end 45 of the reference numeral 31 can be captured with a point. The object to be pointed can be grasped more clearly.

  By configuring the base portion as the weighing container 20, the amount of the object accommodated in the container can be quantitatively measured.

  The embodiment described above can be modified as appropriate.

  The object to be accommodated in the measuring container is not particularly limited, and an object capable of recognizing a color through the base portion can be appropriately selected.

  Although the example which comprises the container for measurement for measuring the volume of an object by the base part was given, it can be set as the form which comprises the storage container which can accommodate an object inside, for example. In this case, a scale or a number may be added, or other characters may be added as appropriate. The present invention can be widely applied regardless of the material, shape, hardness as a storage container, and the like. Examples of the storage container include an infusion bag used in a medical field.

  Further, for example, the base portion may constitute a window glass. The glass of a house, the glass of a shop show window, the glass of an aquarium, the glass of a vehicle such as a subway can be selected as appropriate. By arranging the codes represented by the first and second line segment elements on the window glass, various objects existing on the back side of the window glass, that is, the back side of the side on which the person viewing the code faces the field of view. The codes represented by the first and second line segment elements are recognized according to the background color.

  Further, for example, the base portion may be configured to constitute a flexible sheet material. It can be used as a stationery such as an underlay or clear file formed so as to be foldable, or as a seal formed so that it can be attached.

(Modification 1)
Referring to FIG. 3, in Modification Example 1, the base portion constitutes display device 60 that represents numeral 35 or alphabetic character 37. In such a point, the base portion is different from the above-described embodiment in which the measuring container is configured. Hereinafter, Modification Example 1 will be described. In addition, about the member same as embodiment mentioned above, the same code | symbol is attached | subjected and the description is partially omitted.

  Referring to FIG. 3A, the numeral 35 is represented by a first line segment element 41 given a white color and a second line segment element 42 given a black color. Of the numbers 35 represented by the first and second line segment elements 41, 42, the number 35 represented by one line segment element is greater according to the background color of the object existing on the back side of the base unit 20. It becomes easier to see than the numeral 35 represented by the other line segment element.

  With reference to FIG. 3 (B), the alphabetic character 37 is represented by the 1st line segment element 41 which added white, and the 2nd line segment element 42 which added black. The alphabet represented by one line segment element among the alphabet characters 37 represented by the first and second line segment elements 41 and 42 according to the background color of the object existing on the back side of the base portion 20. The character 37 is easier to see than the character represented by the other line segment element.

  As described above, even when the transparent member 10 is applied to the display 60 that is used for purposes other than the container configured to accommodate an object therein, regardless of the background color of the object existing on the back side. It becomes possible to clearly recognize the reference numeral 31 arranged on the transparent member 10.

(Modification 2)
The code may represent at least one of a scale, a single character, a sentence composed of a plurality of characters, an advertisement, and a pattern. In the embodiment and the modification example 1, it is possible to express a sentence by the first and second line segment elements, and it is also possible to form a pattern or the like by combining symbols and lines. In addition to information obtained by visually recognizing letters and numbers, various information represented by figures, patterns, lines, symbols, and combinations thereof can be recognized.

(Modification 3)
Referring to FIG. 4, in Modification Example 3, the base portion constitutes a ruler main body portion 70. The transparent member 10 is applied to a plastic ruler that is a stationery used at school or home. The above-described embodiment and modification in which the base portion constitutes the weighing container and the display device are different in this respect. There are various kinds of rulers, such as a straight ruler, a triangle ruler, and a protractor, but this modified example shows an example applied to a straight ruler. Hereinafter, Modification Example 3 will be described. In addition, the same code | symbol is attached | subjected about the member same as embodiment mentioned above and a modification, and the description is partially abbreviate | omitted.

  Referring to FIG. 4A, the base portion constitutes a ruler main body portion 70, and a scale 33 and a number 35 are represented by reference numeral 31 of the expression portion 30. The ruler main body 20 has a long rectangular shape, and the reference numeral 31 of the expression unit 30 represents a scale 33 in which 25 centimeters are divided into 1 millimeters and a number 35 given to each centimeter. .

  When measuring the dimension of the measuring object 53 at a predetermined position using the transparent member 10, the ruler main body 70 is overlaid on the measuring object 53 as shown in the figure. In the illustrated example, a measurement object 53 is a piece of paper including a portion 55 having a high brightness white and a portion 57 having a low brightness black (indicated by hatching in the drawing).

  With reference to FIG. 4 (B), in the measurement object 53, the portion 57 having black with low lightness has a white color as compared to the reference numeral 31 represented by the second line segment element 42 with black color. The reference numeral 31 represented by the first line segment element 41 displayed is clearly displayed and can be easily seen. By reading the scale 33 represented by the first line segment element 41 and the number 35, the dimension in the portion 57 having a low brightness black can be easily measured.

  On the other hand, in the portion 55 having a high whiteness in the measurement object 53, the second line segment element given a black color as compared with the reference numeral 31 represented by the first line segment element 41 given a white color. The reference numeral 31 represented by 42 is clearly displayed and becomes easier to see. By reading the scale 33 represented by the second line segment element 42 and the numeral 35, the dimensions of the portion 55 having a high whiteness can be easily measured.

  As described above, by using the transparent member 10 as a plastic ruler for measuring the dimensions of the measurement object 53, the dimensions can be easily measured visually regardless of the background color of the measurement object 53. it can. In addition, the scale 33 arranged on the main part 70 of the ruler is divided every 1 mm, and a number 35 as a mark is attached to every centimeter indicated by the scale 33, so measurement in centimeters and millimeters. Can be easily performed.

  The present invention is not limited to the embodiment described above, and can be modified as appropriate.

  The arrangement form of the expression unit can be changed as appropriate. Other than the form of printing directly on the base part, for example, an expression part formed separately from the base part may be arranged between the object constituting the background and the base part, It is possible to arrange between transparent members. Also, it should be arranged so as to be embedded in the front side of the base part (the front side of the paper surface) or inside the base part, not on the back side of the base part, or the expression part itself should be configured as a stickable sticker. Is also possible.

  Although the embodiment has been described in which the first line segment element 41 is given white and the second line segment element 42 is given black, the color given to each line segment element is not limited to this. Since the color of the first line segment element and the color of the second line segment element are different, one line segment element is compared with the other line segment element according to the background color of the object existing on the back side. What becomes easy to see can be selected suitably. For example, by forming the base part in color or translucent and forming the line segment element transparent, it is possible to make one line segment element easier to see than the other line segment element. It is.

  The shape, color, material and the like of the object itself constituting the background color are not limited to those described in the embodiment. It is possible to select an object that allows the background color to be visually recognized through the base, such as solid or liquid, as well as paper pieces and posters with dark, light colors, or a mixture of these colors. It is.

  Fonts such as characters and numerals included in the reference numerals, dimensional ratios, appearances, and the like are not limited to those described in the embodiment, and can be appropriately changed in consideration of the design appearance and the like. The code can also include simple lines, figures, symbols, and the like.

  The line segment in the code only needs to include at least first and second line segment elements having different colors, and other line segment elements having different colors from the first and second line segment elements, etc. It is also possible to add. For example, a code represented by a third line segment element with a different color may be arranged side by side with a code represented by the first and second line segment elements, or may be arranged separately. It is.

10 transparent member (transparent member with an expression part),
20 Weighing container (base part),
30 expression part,
31 code,
33 scale,
35 numbers,
37 letters of the alphabet,
40 line segments,
41 first line segment element;
42 second line segment element,
45 end of line segment,
47 Adjacent sides,
51 Weighing object (object on the back side),
53 Measurement object (object on the back side),
55 High brightness part,
57 Parts with low brightness,
60 Display (base part),
70 Ruler body (base).

Claims (7)

A base formed from a transparent material;
An expression part formed from a code including a character, a line, a figure, or a symbol and disposed on the base part,
The line segment of the code | symbol in the said expression part attaches the 1st line segment element with which one color was attached | subjected, and another color different from the said one color, and is arranged side by side with the said 1st line segment element. And at least a second line segment element,
A code represented by one line segment element of the first and second line segment elements is represented by the other line segment element depending on the background color of the object existing on the back side of the base portion. A transparent member with an expression part, which is easier to see than   The transparent member with the expression part according to claim 1, wherein a thickness of a line segment element having a higher brightness among the first and second line segment elements is thinner than a thickness of the other line segment element.   2. The first and second line segment elements have a sharp end shape in which the sides adjacent to each other extend beyond the other side at the end of the line segment of the code. 2. A transparent member with the expression part described in 2.   The said base part comprises the container for measurement for measuring the quantity of an object, the storage container for accommodating an object, the window glass, or the sheet material which has flexibility. The transparent member which attached | subjected the expression part as described in any one of these.   The code | symbol of the said representation part represents at least 1 of the scale, one character, the sentence which consists of several characters, an advertisement, and a pattern, The statement is any one of Claims 1-4. A transparent member with an expression part. The base part constitutes a main part of a ruler,
The said sign of the said expression part is a transparent member which attached | subjected the expression part as described in any one of Claims 1-3 which represents the scale and the number. The main part of the ruler has a long rectangular shape,
The symbol of the expression unit represents a scale obtained by dividing 25 centimeters by 1 mm, and a number given to each centimeter,
The transparent member with the expression part according to claim 6, wherein the colors of the first and second line segment elements are white and black.

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