JP2001150875A - Step producing ruler - Google Patents

Step producing ruler

Info

Publication number
JP2001150875A
JP2001150875A JP37596999A JP37596999A JP2001150875A JP 2001150875 A JP2001150875 A JP 2001150875A JP 37596999 A JP37596999 A JP 37596999A JP 37596999 A JP37596999 A JP 37596999A JP 2001150875 A JP2001150875 A JP 2001150875A
Authority
JP
Japan
Prior art keywords
ruler
triangle
inspection
contact surface
straight
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
JP37596999A
Other languages
Japanese (ja)
Inventor
Toshiji Nogaki
利治 野垣
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Individual
Original Assignee
Individual
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Individual filed Critical Individual
Priority to JP37596999A priority Critical patent/JP2001150875A/en
Publication of JP2001150875A publication Critical patent/JP2001150875A/en
Pending legal-status Critical Current

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  • Drawing Aids And Blackboards (AREA)
  • Length-Measuring Instruments Using Mechanical Means (AREA)

Abstract

PROBLEM TO BE SOLVED: To realize sure and precise inspection, line-drawing and measurement of an arbitrary angle and length though the inside part and the outside part are not movable on a plane by a method wherein the inside use close contact surface of a ruler shifts through the flexible bend between the inside part and the outside part of the ruler so as to easily come into precise and close contact with the side of a square material-like thick or thin plate or bar or a matter to be inspected, line-drawn and measured. SOLUTION: A structure consisting of the inside part 2 and the outside part 3 having respectively the inside use close contact surface 4 and an outside use surface 5 is taken in each ruler.

Description

【発明の詳細な説明】DETAILED DESCRIPTION OF THE INVENTION

【0001】[0001]

【発明の属する技術分野】本発明は定規に内側部と外側
部を設けて内側部を押すことにより、内側使用密着面が
検査・線引き・測定する角材状の板や棒の側面に密着
し、検査・線引き・測定の精度を高めた段差のつく定規
に関する。
BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention provides an inner portion and an outer portion on a ruler and presses the inner portion so that the inner use contact surface comes into close contact with the side surface of a rectangular plate or bar to be inspected, drawn or measured. It relates to a ruler with a step that improves the accuracy of inspection, drawing and measurement.

【0002】[0002]

【従来の技術】従来より角度直尺いわゆる曲尺や、直角
定規いわゆるスコヤ、留型定規、留型スコヤ、三角定
規、直定規においては主に寸法や角度の検査・線引き・
測定具として、建築業、製造業、一般家庭等で使われて
来た。そして、四方枠定規は市場において出まわってな
かった。
2. Description of the Related Art Conventionally, in the case of an angle straight scale, a so-called curved ruler, a right angle ruler, a so-called square, a fixed ruler, a fixed ruler, a triangle ruler, and a straight ruler, inspection and drawing of dimensions and angles are mainly performed.
As a measuring instrument, it has been used in the construction industry, manufacturing industry, ordinary households, and the like. And the four-sided ruler did not appear in the market.

【0003】[0003]

【発明が解決しょうとする課題】従来の各定規には次の
ような欠点があった。角度直尺では角材状の板や棒が厚
みのある場合側面に短枝もしくは、長枝の内側を引っか
けるように押し当てて垂直線を引くので、正確に垂直線
を引くことが出来る。しかし薄い角材状の板や棒の場
合、短枝の内側使用面もしくは、長枝内側使用面に引っ
かかる接触部分が少なくなる事により、押し当てが不充
分になり、ずれやぐらつきが生じ正確な垂直線を引くこ
とが出来ない。尚、平型直角定規も同じ原理である。
The conventional rulers have the following drawbacks. In the case of a straight angle, when a rectangular plate or bar is thick, a vertical line is drawn by pressing against the side surface of a short branch or a long branch so as to hook the inside thereof, so that a vertical line can be drawn accurately. However, in the case of thin rectangular bars or rods, the contact area that gets stuck on the inner working surface of the short branch or the inner working surface of the long branch is reduced, so the pressing is insufficient, and the displacement and wobble occurs, and the accurate vertical I can't draw a line. The flat square ruler has the same principle.

【0004】又、台付直角定規の場合、角材状の板や棒
の厚い薄いに関わらず、板や棒の側面に肉厚な短片が引
っかかるので正確に垂直線を引くことが出来る。しかし
平面上で使うと短片が肉厚であるため長片側が平面上か
ら浮いてしまう為、正確な直角が出しずらく誤差が出や
すい。従来の留型定規や留型スコヤの場合主に台付で、
台を角材状の板や棒の側面に押し当て使用するが、平板
及び平面上では台の巾の分定規本体が浮いてしまう為正
確な寸法や角度の検査・線引き・測定が出来ない。又、
従来の三角定規や直定規の場合主に机上や平面上で使用
することが多く目視で位置合わせするので、立体的な物
には位置を合わせにくかった本発明は以上の課題を解決
したものである。
Further, in the case of the square ruler with a base, a thick short piece is caught on the side surface of a plate or a rod, regardless of whether the plate or the bar is thick or thin, so that a vertical line can be drawn accurately. However, when used on a flat surface, the short piece is thick, so that the long side floats off the flat surface. In the case of the conventional ruler and ruler, it is mainly equipped with a stand.
The table is pressed against the side of a square plate or bar, but the ruler body with the width of the table floats on a flat plate or flat surface, so that accurate dimension and angle inspection, drawing and measurement cannot be performed. or,
Conventional triangular rulers and straight rulers are often used on desks and flat surfaces, and are often positioned visually, so it is difficult to position a three-dimensional object, and the present invention solves the above problems. is there.

【0005】[0005]

【課題を解決するための手段】本発明は定規(1)に、
内側部(2)と外側部(3)、内側使用密着面(4)を
設けた上、外側使用面(5)で構成された構造のものを
各定規に取り入れたものである。
According to the present invention, a ruler (1) is provided.
In addition to the provision of an inner portion (2), an outer portion (3), and an inner use contact surface (4), a structure composed of an outer use surface (5) is incorporated in each ruler.

【0006】[0006]

【発明の実施の形態】図1は本発明の基本的構造で、定
規(1)が内側部(2)と外側部(3)、内側使用密着
面(4)、外側使用面(5)で構成され、内側部(2)
を押すことにより内側部(2)と外側部(3)が柔軟に
しなって動く事により内側使用密着面(4)が移動して
角材状の板や棒の側面(9)に引っかけ押し当てて使用
する。以下各定規での本発明の実施の形態を説明する。
FIG. 1 shows a basic structure of the present invention, in which a ruler (1) is composed of an inner part (2) and an outer part (3), an inner contact surface (4) and an outer use surface (5). Composed, inner part (2)
By pressing the inner part (2) and the outer part (3) become flexible and move, the inner use contact surface (4) moves and is hooked and pressed against the side surface (9) of the rectangular plate or rod. use. Hereinafter, embodiments of the present invention using each ruler will be described.

【0007】第一実施の形態として図2のように、定規
の短尺(7)か長尺(8)のどちらか一方に内側部
(2)と外側部(3)、内側使用密着面(4)を設け、
外側使用面(5)で構成された構造のものでこれは角度
直尺と直角定規に該当する。
As a first embodiment, as shown in FIG. 2, one of a short ruler (7) and a long ruler (8) has an inner portion (2) and an outer portion (3), and an inner contact surface (4). )
It has a structure constituted by the outer use surface (5), which corresponds to a straight angle and a right angle ruler.

【0008】第二実施の形態として図4のように角度直
尺の、短枝(10)に短枝内側部(11)と短枝外側部
(12)を設け、長枝(13)に長枝内側部(14)と
短枝外側部(15)を設け短枝内側使用密着面(1
6)、長枝内側使用密着面(17)で構成された構造の
もの。
As a second embodiment, as shown in FIG. 4, a short branch (10) is provided with a short branch inner part (11) and a short branch outer part (12), and a long branch (13) is long. A branch inner portion (14) and a short branch outer portion (15) are provided and the short branch inner use contact surface (1
6), having a structure composed of a long branch inner use contact surface (17).

【0009】第三実施の形態として図5のように直角定
規の、短片(18)に短片内側部(19)、短片外側部
(20)を設け、長片(21)に長片内側部(22)と
長片外側部(23)を設け短片内側使用密着面(2
4)、長片内側使用密着面(25)で構成された構造の
もの。
As a third embodiment, as shown in FIG. 5, a short piece (18) is provided with a short piece inner part (19) and a short piece outer part (20), and a long piece (21) is provided with a long piece inner part ( 22) and the long piece outer portion (23) are provided, and the short piece inner use contact surface (2
4), having a structure composed of a long piece inner use contact surface (25).

【0010】第四実施の形態として図6のように留型定
規に留型定規内側部(26)、留型定規外側部(27)
を設け留型定規内側使用密着面(28)、留型定規検査
・線引き・測定部(29)で構成された構造のもの。
As a fourth embodiment, as shown in FIG. 6, a fixed ruler inner portion (26) and a fixed ruler outer portion (27) are added to a fixed ruler.
And a structure composed of an in-use contact surface (28) for use with a ruler ruler and an inspection / drawing / measuring unit (29) for the ruler ruler.

【0011】第五実施の形態として図7のように留型ス
コヤを留型スコヤ内側部(30)、留型スコヤ外側部
(31)を設け留型スコヤ内側使用密着面(32)、留
型スコヤ検査・線引き・測定部(33)で構成された構
造のもの。
As a fifth embodiment, as shown in FIG. 7, a fixed type squeeze is provided with a fixed type squeeze inner portion (30) and a fixed type squeeze outer portion (31). With a structure composed of a square inspection / drawing / measuring unit (33).

【0012】第六実施の形態として図8のように三角定
規の長辺部もしくは短辺部に三角定規内側部(36)、
三角定規外側部(37)を設け三角定規内側使用密着面
(38)、三角定規斜辺検査・線引き・測定部(39)
で構成された構造のもの。
As a sixth embodiment, as shown in FIG. 8, a long side or a short side of the triangular ruler has a triangular ruler inner portion (36).
Triangular ruler outer part (37) is provided and triangular ruler inner use contact surface (38), triangular ruler hypotenuse inspection / drawing / measuring part (39)
Of the structure composed of.

【0013】第七実施の形態として図9のように三角定
規斜辺部(40)に三角定規斜辺内側部(41)、三角
定規斜辺外側部(42)を設け三角定規斜辺内側使用密
着面(43)、三角定規底辺もしくは高さ検査・線引き
・測定部(44)で構成された構造のもの。
As a seventh embodiment, as shown in FIG. 9, a triangle ruler hypotenuse inner part (41) and a triangle ruler hypotenuse outer part (42) are provided on the triangle ruler hypotenuse part (40), and the triangular ruler hypotenuse inner use contact surface (43) is provided. ), Having a structure composed of a triangle ruler bottom or height inspection / drawing / measuring unit (44).

【0014】第八実施の形態として図10のように四方
枠定規内側部(45)、四方枠定規外側部(46)を設
け四方枠定規内側使用密着面(47)、四方枠定規検査
・線引き・測定部(48)で構成された構造のもの。
As an eighth embodiment, as shown in FIG. 10, an inner portion (45) of a square ruler and an outer portion (46) of a square ruler are provided, and a contact surface (47) used inside the square ruler, inspection and drawing of the square ruler. A device having a structure composed of a measuring section (48);

【0015】第九実施の形態として図11のように直尺
の片側もしくは両側に直尺内側部(49)、直尺外側部
(50)を設け直尺内側使用密着面(51)、直尺の側
面(52)、直尺側面検査・線引き・測定部(53)で
構成された構造のもの。
As a ninth embodiment, as shown in FIG. 11, a straight inner portion (49) and a straight outer portion (50) are provided on one or both sides of a straight length, and a straight inner use contact surface (51), a straight length is used. With a structure composed of a side surface (52) and a straight side inspection / drawing / measuring unit (53).

【0016】[0016]

【発明の効果】本発明を使用することによって、検査・
線引き・測定物である角材状の厚板でも薄板でも定規の
内側部と外側部が柔軟にしなる事により、内側使用密着
面が容易に角材状の板や棒の側面に正確に密着する。そ
して平面上では内側部と外側部が可動せず浮きが発生し
ないので、どちらにしても確実で正確な任意の角度や長
さの検査・線引き・測定が出来る。
According to the present invention, inspection and inspection can be performed.
The inner and outer sides of the ruler are flexible, whether it is a square-shaped thick plate or a thin plate to be drawn / measured, so that the inner use contact surface easily and accurately adheres to the side surface of the square-shaped plate or rod. Since the inner and outer parts do not move on the plane and no floating occurs, any of the methods can reliably and accurately inspect, draw, and measure an arbitrary angle and length.

【0017】以下本発明を取り入れた各定規の特長効果
を明記する。図2の角度直尺と直角定規では、長さや直
角の検査・線引き・測定が出来る。図4図5の角度直尺
と直角定規で定規の短尺と長尺に内側部と外側部を設け
た場合、縦辺と横辺に対し迅速に長さや直角の検査・線
引き・測定が出来る。図6の留型定規では45度135
度など任意の角度や長さの検査・線引き・測定が出来
る。尚、留型定規検査・線引き・測定部(29)の形状
を留型定規内側部(26)に対し90度に設定すれば直
角も出せる。図7の留型スコヤでは45度90度135
度の角度や長さの検査・線引き・測定が出来る。図8図
9の三角定規では30度45度60度90度等の任意の
角度や長さの検査・線引き・測定が出来る。図10の四
方枠定規では長さや直角の検査・線引き・測定が出来
る。図11図の直尺では長さや直角の検査・線引き・測
定が出来る。
The advantages of each ruler incorporating the present invention will be described below. With the angle straight scale and right angle ruler shown in FIG. 2, inspection, drawing, and measurement of length and right angle can be performed. In the case where the inner and outer portions are provided on the short and long sides of the ruler using the angle straight ruler and the right angle ruler in FIG. 4 and FIG. 5, inspection, drawing and measurement of the length and the right angle can be quickly performed on the vertical side and the horizontal side. In the stationary ruler of FIG.
Inspection, drawing and measurement of arbitrary angles and lengths such as degrees can be performed. If the shape of the ruler inspection / drawing / measuring unit (29) is set at 90 degrees to the inside of the ruler ruler (26), a right angle can be obtained. In the case of the fixed type square of FIG. 7, 45 degrees 90 degrees 135
Inspection, drawing and measurement of degree angle and length The triangle rule shown in FIG. 8 and FIG. 9 enables inspection, drawing, and measurement of arbitrary angles and lengths such as 30 degrees, 45 degrees, 60 degrees, and 90 degrees. With the square ruler of FIG. 10, inspection, drawing and measurement of length and right angle can be performed. Inspection / drawing / measurement of length and right angle can be performed with the straight scale shown in FIG.

【0018】[0018]

【図面の簡単な説明】[Brief description of the drawings]

【図1】本発明の基本的構成構造を示す斜視図FIG. 1 is a perspective view showing a basic structure of the present invention.

【図2】第一実施形態で本発明を角度直尺もしくは直角
定規に設けた斜視図
FIG. 2 is a perspective view of the first embodiment in which the present invention is provided on an angle straight or square ruler.

【図3】図2の角度直尺もしくは直角定規での本発明の
使用状態を示す斜視図
FIG. 3 is a perspective view showing a state of use of the present invention with the angle straight ruler or right angle ruler of FIG. 2;

【図4】第二実施形態で本発明を角度直尺に設けた斜視
FIG. 4 is a perspective view of the second embodiment, in which the present invention is provided in a straight angle.

【図5】第三実施形態で本発明を直角定規に設けた斜視
FIG. 5 is a perspective view of the third embodiment in which the present invention is provided on a right angle ruler.

【図6】第四実施形態で本発明を留型定規に設けた斜視
FIG. 6 is a perspective view of the fourth embodiment in which the present invention is provided on a stationary ruler.

【図7】第五実施形態で本発明を留型スコヤに設けた斜
視図
FIG. 7 is a perspective view of the fifth embodiment in which the present invention is provided in a runner.

【図8】第六実施形態で本発明を三角定規長辺部に設け
た斜視図
FIG. 8 is a perspective view of the sixth embodiment in which the present invention is provided on a long side of a triangle ruler.

【図9】第七実施形態で本発明を三角定規の斜辺部に設
けた斜視図
FIG. 9 is a perspective view of the seventh embodiment in which the present invention is provided on the oblique side of a triangle ruler.

【図10】第八実施形態で本発明を四方枠定規に設けた
斜視図
FIG. 10 is a perspective view of the eighth embodiment in which the present invention is provided on a square frame ruler.

【図11】第九実施形態で本発明を直尺に設けた斜視図FIG. 11 is a perspective view of the ninth embodiment in which the present invention is provided in a straight line.

【符号の説明】[Explanation of symbols]

1 定規、2 内側部、3 外側部、4 内側使用密着
面、5 外側使用面 6 内側使用面、 7 短尺、 8 長尺 9 角材状の板や棒の側面 10 短枝、 11 短枝内側部、 12 短枝外側
部、 13 長枝 14 長枝内側部、 15 長枝外側部、 16 短枝
内側使用密着面 17 長枝内側使用密着面、 18短片、 19 短片
内側部 20 短片外側部、21 長片、22 長片内側部、2
3 長片外側部 24 短片内側使用密着面、25 長片内側使用密着面 26 留型定規内側部、27 留型定規外側部 28 留型定規内側使用密着面、29 留型定規検査・
線引き・測定部 30 留型スコヤ内側部、 31 留型スコヤ外側部 32 留型スコヤ内側使用密着面、 33 留型スコヤ
検査・線引き・測定部 34 三角定規長辺部、35 三角定規短辺部、36
三角定規内側部 37 三角定規外側部、 38 三角定規内側使用密着
面 39 三角定規斜辺検査・線引き・測定部 40 三角定規斜辺部、41 三角定規斜辺内側部 42 三角定規斜辺外側部、43 三角定規斜辺内側使
用密着面 44 三角定規底辺もしくは高さ検査・線引き・測定部 45 四方枠定規内側部、 46 四方枠定規外側部 47 四方枠定規内側使用密着面、48 四方枠定規検
査・線引き・測定部 49 直尺内側部、 50 直尺外側部、 51 直尺
内側使用密着面 52 直尺の側面、 53 直尺側面検査・線引き・測
定部
DESCRIPTION OF SYMBOLS 1 Ruler, 2 inner part, 3 outer part, 4 inner use contact surface, 5 outer use surface 6 inner use surface, 7 short, 8 long 9 side of rectangular plate or rod 10 short branch, 11 short branch inner part , 12 Outer part of short branch, 13 Outer part of long branch 14 Inner part of long branch, 15 Outer part of long branch, 16 Adhesive surface used inside short branch 17 Adhesive surface used inside long branch, 18 Short piece, 19 Inner part of short piece 20 Outer part of short piece, 21 Long piece, 22 long piece inner part, 2
3 Long piece outer part 24 Short piece inner use contact face, 25 Long piece inner use contact face 26 Retainer ruler inner part, 27 Retainer ruler outer part 28 Retainer ruler inner use contact face, 29 Retainer ruler inspection
Drawing / measuring unit 30 Inner part of squeezed squeeze, 31 Outer part of squeezed squeezer 32 Adhesive surface used for insulated squealer, 33 Inspection / drawing / measuring part of squeezed square 34 Long side of triangle ruler, 35 Short side of triangle ruler, 36
Inside portion of triangle ruler 37 Outside portion of triangle ruler, 38 Inside contact surface of triangle ruler 39 Triangle ruler hypotenuse inspection / drawing / measuring section 40 Triangle ruler hypotenuse, 41 Triangle ruler hypotenuse inside 42 Triangle ruler hypotenuse outer portion, 43 Triangle ruler hypotenuse Inside use contact surface 44 Triangle ruler bottom or height inspection / drawing / measurement part 45 Inside of four-sided ruler 46 Outside part of four-sided ruler 47 Inside contact surface of four-sided ruler 48 Inspection / line-drawing / measurement part 49 Straight inner part, 50 Straight outer part, 51 Straight inner contact surface 52 Straight side, 53 Straight side inspection / drawing / measuring part

Claims (9)

【特許請求の範囲】[Claims] 【請求項1】 定規(1)に内側部(2)と外側部
(3)を設け、内側使用密着面(4)と外側使用面
(5)で構成された、段差のつく定規。
1. A ruler having a step, comprising an inner portion (2) and an outer portion (3) provided on a ruler (1), comprising an inner use close contact surface (4) and an outer use surface (5).
【請求項2】 角度直尺または直角定規の短尺(7)も
しくは長尺(8)のどちらか一方に内側部(2)と外側
部(3)を設けた請求項1記載の段差のつく定規。
2. The stepped ruler according to claim 1, wherein an inner portion (2) and an outer portion (3) are provided on one of a short length (7) and a long length (8) of a straight angle ruler or a right angle ruler. .
【請求項3】 角度直尺では短枝(10)に短枝内側部
(11)、短枝外側部(12)、長枝(13)に長枝内
側部(14)、長枝外側部(15)を設ける。又、直角
定規では短片(18)に短片内側部(19)、短片外側
部(20)、長片(21)に長片内側部(22)、長片
外側部(23)を設けた請求項1記載の段差のつく定
規。
3. The short branch (10) has a short branch inner portion (11), a short branch outer portion (12), and a long branch (13) has a long branch inner portion (14) and a long branch outer portion (10). 15) is provided. In the right angle ruler, the short piece (18) is provided with a short piece inner part (19), a short piece outer part (20), and the long piece (21) is provided with a long piece inner part (22) and a long piece outer part (23). 1. The stepped ruler described in 1.
【請求項4】 留型定規では、留型定規内側部(26)
と留型定規外側部(27)、留型定規内側使用密着面
(28)、留型定規検査・線引き・測定部(29)を設
けた請求項1記載の段差のつく定規。
4. In a stationary ruler, a stationary ruler inner portion (26)
2. The stepped ruler according to claim 1, further comprising an outer portion (27) of the set ruler, a contact surface (28) used inside the set ruler, and an inspection / drawing / measuring unit (29) of the set ruler.
【請求項5】 留型スコヤでは、留型スコヤ内側部(3
0)、留型スコヤ外側部(31)、留型スコヤ内側使用
密着面(32)、留型スコヤ検査・線引き・測定部(3
3)を設けた請求項1記載の段差のつく定規。
5. In the fixed type squeeze, an inner portion of the fixed type squealer (3) is provided.
0), the outer surface of the screw-type square (31), the contact surface (32) used inside the screw-type square, the inspection / drawing / measuring unit of the screw-type square (3)
3. The stepped ruler according to claim 1, wherein 3) is provided.
【請求項6】 三角定規では三角定規長辺部(34)に
三角定規内側部(36)と三角定規外側部(37)、三
角定規内側使用密着面(38)、三角定規斜辺検査・線
引き・測定部(39)を設け、又は三角定規短辺部側で
本発明を用いた請求項1記載の段差のつく定規。
6. In the triangle ruler, the inside of the triangle ruler (36) and the outside of the triangle ruler (37), the inside surface of the triangle ruler (38), the triangle ruler oblique side inspection, drawing, 2. The stepped ruler according to claim 1, wherein the measuring section (39) is provided, or the present invention is used on the shorter side of the triangle ruler.
【請求項7】 三角定規斜辺部(40)へ三角定規斜辺
内側部(41)、三角定規斜辺外側部(42)、三角定
規斜辺内側使用密着面(43)、三角定規底辺もしくは
高さ検査・線引き・測定部(44)を設けた請求項1記
載の段差のつく定規。
7. Triangle ruler hypotenuse (40), triangle ruler hypotenuse inner part (41), triangle ruler hypotenuse outer part (42), triangle ruler hypotenuse inner use contact surface (43), triangle ruler bottom or height inspection. The stepped ruler according to claim 1, further comprising a drawing / measuring section (44).
【請求項8】 四方枠定規では、四方枠定規内側部(4
5)と四方枠定規外側部(46)、四方枠定規内側使用
密着面(47)、四方枠定規検査・線引き・測定部(4
8)を設けた請求項1記載の段差のつく定規。
8. The four-sided frame ruler includes a four-sided frame ruler inner portion (4
5) and the outer side of the square frame ruler (46), the inner side contact surface (47) of the square frame ruler, and the square frame ruler inspection / drawing / measuring unit (4)
8. The stepped ruler according to claim 1, wherein 8) is provided.
【請求項9】 直尺の片側もしくは両側へ直尺内側部
(49)と直尺外側部(50)、直尺内側使用密着面
(51)、直尺側面検査・線引き・測定部(53)を設
けた請求項1記載の段差のつく定規。
9. A straight inner portion (49) and a straight outer portion (50), a straight inner contact surface (51), a straight side inspection / drawing / measuring unit (53) to one or both sides of the straight length. The stepped ruler according to claim 1, further comprising:
JP37596999A 1999-11-29 1999-11-29 Step producing ruler Pending JP2001150875A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP37596999A JP2001150875A (en) 1999-11-29 1999-11-29 Step producing ruler

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP37596999A JP2001150875A (en) 1999-11-29 1999-11-29 Step producing ruler

Publications (1)

Publication Number Publication Date
JP2001150875A true JP2001150875A (en) 2001-06-05

Family

ID=18506361

Family Applications (1)

Application Number Title Priority Date Filing Date
JP37596999A Pending JP2001150875A (en) 1999-11-29 1999-11-29 Step producing ruler

Country Status (1)

Country Link
JP (1) JP2001150875A (en)

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2009184333A (en) * 2008-02-04 2009-08-20 Masaaki Shudo Carpenter's square
JP5633857B1 (en) * 2013-10-16 2014-12-03 弘 片岡 Sumika Sukoya for base drainage processing for entrance and exit corners
KR101743906B1 (en) 2016-03-14 2017-06-07 임성수 Right angle and dowel checker

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2009184333A (en) * 2008-02-04 2009-08-20 Masaaki Shudo Carpenter's square
JP5633857B1 (en) * 2013-10-16 2014-12-03 弘 片岡 Sumika Sukoya for base drainage processing for entrance and exit corners
KR101743906B1 (en) 2016-03-14 2017-06-07 임성수 Right angle and dowel checker

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