JPH0618917U - Marking device - Google Patents

Abstract

(57) [Summary] [Purpose] To be able to easily and accurately imprint a mark such as a dimension on a predetermined display position by attaching it appropriately to a member, and make it portable and usable anywhere. [Structure] An attachment body 2 that can be attached to a rod or other appropriate member S, and a marking body 10 that is integral with the attachment body 2 are formed. The marking body 10 is provided with a simple stamping mechanism for continuously imprinting a marking for dimensioning after measuring a predetermined dimension required for civil engineering, construction work, etc. on a display portion. The simple stamp mechanism is configured to be an automatic return type in which a stamp rubber 13 having a mark-shaped mark projection 12 impregnated with ink formed on the stamp surface is elastically retracted from the stamp case 11 by the pressing operation of the stamp knob 15. To do.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention relates to a marking device, for example, attached to a rod material or the like, which is generally called a stupid rod, of an appropriate length, and filled in and displayed after measurement in civil engineering, construction, etc. The present invention relates to a marking device that can be easily and accurately imprinted and is easy to carry.

[0002]

[Prior art]

 Conventionally, when marking at a fixed height position on a vertical surface such as a wall surface when constructing a building or the like in civil engineering, building construction, etc., for example, a fixed length indexing rod of a predetermined length or other straight or box scale is used. The size was appropriately measured from the reference position by using it, and marking was made by marking the position with, for example, black ink.

[0003]

[Problems to be solved by the device]

 However, when carrying out such marking work, when the operator looks at it from an oblique direction when the marker is entered and displayed after dimensioning, the visual position and the original marker position may deviate due to an illusion or the like. However, it was sometimes inaccurate. Not only that, if the description of the marking content differs depending on the marking operator, the person who works later will be confused by the difference in the marking, and it will be confirmed which position is the position where the predetermined dimensioning has been performed. In many cases, it was difficult, and there were problems that led to work mistakes.

When the marking tool is used to fill in and display the markings during the marking operation, the fingers, work clothes, etc. may be contaminated during the work. Also, since they are taken out and used, the work becomes troublesome, and there is also a problem that a great burden is placed on the worker. In particular, this kind of marking work at a high place is dangerous and safe because of the poor working environment of the scaffold, for example, when it is carried out on a steel beam after construction. It was sometimes difficult to carry out smooth work.

Therefore, the present invention has been devised in view of various existing circumstances as described above, and an appropriate member at the construction site, for example, Satsuki, should be used and attached to this. With this, it is possible to easily and accurately imprint the necessary size markings that will be filled in and displayed after measurement in civil engineering, building construction, etc. on the specified display area without shifting from the measurement position. It is an object of the present invention to provide a marking device which is easy to carry and is easy to carry.

[0006]

[Means for Solving the Problems]

 In order to achieve the above-mentioned object, in the present invention, the marking body 10 comprises a mounting body 1 which can be appropriately mounted on the member S, and a marking body 10 which is integral with the mounting body 1. The feature is that a mark M having a dimension corresponding to a required predetermined dimension measured at the time of building construction is formed on the display portion so as to be continuously imprintable.

Further, the attachment body 1 can be configured to include a screwing type clamping means 2.

On the other hand, the marking body 10 includes a stamp case 11 that is integrated with the mounting body 1 and a mark M-shaped mark protrusion 12 that is projected and retracted below the stamp case 11 and is impregnated with ink. The stamp rubber 13 formed on the stamp surface and the stamp case 11 are slidably inserted through the stamp case 11 and are connected to the stamp rubber 13 so as to replenish the stamp rubber 13 with ink. 14, a stamping knob 15 attached to the ink supply cylinder portion 14, and a return spring 16 that is compressed around the ink supply cylinder portion 14 so as to elastically retract and store the stamp rubber 13 in the stamp case 11. And can be configured.

Further, the stamp knob 15 is made to slide in a guide cylinder 17 formed to project on the stamp case 11, and the mark projection 12 is formed as an arrow or a shape combining arrows. it can.

[0010]

[Action]

 In the marking device according to the present invention, the screwing type clamping means 2 in the mounting body 1 appropriately attaches and sets the marking device of the present invention to any member of the member S, and the member S appropriately For example, it does not have to be a specially prepared measuring tool or the like.

The mounting body 1 and the marking body 10 are integrally formed, and the mounting body 1 is mounted to the appropriate member S in order to write and display the mark M after the marking body 10 is measured together with the appropriate member S. To use.

The pressing operation of the stamp knob 15 on the marking body 10 causes the mark protrusion 12 of the stamp rubber 13 to project below the stamp case 11 against the return spring 16 and mark on a predetermined member below the stamp case 11. When the mark M having the shape of the protrusion 12 is imprinted and the pressing force is released after the imprinting is finished, the stamp rubber 13 is automatically retracted and housed in the stamp case 11.

The stamp rubber 13 impregnated with the ink is continuously imprinted, and the ink is replenished to enable long-term use. Do not stain.

When the stamp knob 15 is pressed, the guide cylinder 17 slides the stamp knob 15 inside the guide cylinder 17, so that the stamp is pressed from a position directly above a predetermined member below the stamp case 11, and the mark M is displayed from a position to be displayed. There is no shifting.

The mark protrusion 12 having a shape corresponding to an arrow mark or a mark M having a combination of arrows makes it clear that the tip of the arrow is the dimensioned position, and the position may be erroneously recognized. Prevent.

[0016]

【Example】

 BEST MODE FOR CARRYING OUT THE INVENTION Hereinafter, an embodiment of the present invention will be described with reference to the drawings. Reference numeral 1 shown in the drawings denotes an appropriate member S to which the marking device itself of the present invention is attached and used, for example, an appropriate length generally referred to as a bar. As shown in the figure, the mounting body 1 itself is provided with a screwing type clamping means 2, which is a mounting body for mounting on a Sasaki tree or the like. That is, the holding means 2 has a mounting screw 3 which is formed in a U-shaped cross section and which is reinforced by screwing the mounting screw 3 from the outside to the reinforced upper piece of the main body of the mounting body 1. Attach the contact plate 4 which is free from rotation of the mounting screw 3 itself, and appropriately sandwich the member S between the contact plate 4 and the lower piece of the main body of the mounting body 1. Yes (see FIGS. 1 and 2).

Further, a center display line 5 for indicating the center position is engraved and formed on each side surface of the mounting body 1 itself, for example, in a concave shape.

It should be noted that, in addition to using an ordinary tree at the construction site as the appropriate member S, a dimensioning tool for measurement such as a straight scale or a box scale, which is a measuring instrument, may be used. Further, the holding means 2 is not limited to the screw-fastening type, but it is also possible to use a clipping type or the like by a forced repulsive action.

A marking body 10 integrated with the mounting body 1 is continuously provided on the mounting body 1, and for example, a stamp rubber 13 impregnated with ink is provided so that the stamping operation can be continuously performed. It has a simple stamp structure that is possible. That is, as shown in FIG. 1 and FIG. 2, this marking body 10 has a stamp case 11 that is integral with the mounting body 1 and a marking shape that is projected and retracted below the stamp case 11 and is impregnated with ink. The stamp rubber 13 having the mark protrusions 12 formed on the stamp surface and the stamp case 11 are slidably inserted through the stamp case 11. The stamp rubber 13 is continuously provided to the stamp rubber 13 to replenish the ink. The ink supply cylinder portion 14, the stamping knob 15 capped on the ink supply cylinder portion 14, and the stamp rubber 13 are compacted on the outer circumference of the ink supply cylinder portion 14 so as to be elastically retracted and stored in the stamp case 11. And a return spring 16 that has been set.

The stamp case 11 is made of aluminum die casting, synthetic resin or the like so as to be integrated with the mounting body 1, and is formed in a box shape having a lower opening in which the stamp rubber 13 is housed as shown in the figure. . If necessary, the lower opening of the stamp case 11 can be covered with a removable cap (not shown).

The ink supply cylinder portion 14 is slidably disposed in a guide cylinder 17 formed on the upper wall of the stamp case 11 so as to project from an upper portion exposed by removing the stamp knob 15. The ink can be replenished.

In addition, between the upper surface of the upper wall of the stamp case 11 and the spring ring 18 that is forcibly fitted to the inside of the stamp knob 15 attached to the ink supply cylinder portion 14 or the outer circumference of the ink supply cylinder portion 14. The contracted return spring 16 elastically urges the ink supply cylinder portion 14 and the stamp rubber 13 integral with the ink supply cylinder portion 14 so as to project upward from the stamp case 11. Therefore, when the stamp knob 15 is pressed downward, the mark protrusion 12 of the stamp rubber 13 is pushed out of the lower opening of the stamp case 11 against the resilience of the return spring 16 and the predetermined position below the stamp case 11 is reached. When the stamping force is released on the surface of the stamp member, the stamp spring 13 is retracted and housed in the stamp case 11 by the elastic force of the return spring 16.

At this time, the stamping knob 15 may be slid in the guide cylinder 17 formed on the stamp case 11 so as not to rattle, so that the stamping knob 15 can be pressed against the stamp rubber 13. The guide is made up and down in a straight line so that it can be imprinted in the correct position by the mark projection 12.

On the other hand, the shape of the mark M to be written and displayed on a predetermined member such as a wall material or a floor material, that is, the shape of the mark protrusion 12 corresponding to the mark M is as shown in FIG. 3, for example. The two arrows are back-to-back to form a rhombus as a whole, and a cross wire connecting each corner is placed in this rhombus, and one of the cross lines is projected outward from the rhombus. Therefore, it is necessary to make it easy and sure to confirm the mark position when the seal is impressed.

Next, an example of use of the marking device thus formed will be described. For example, when measuring and displaying the level height position on the wall surface, as shown in FIG. The device is attached to an appropriate member S such as a suitable tree, and the position of the mark projection 12 of the marking body 10 attached to the appropriate member S is set to a position corresponding to the height position from the reference plane. . After this setting, a temporary mark is displayed on the member S, which is a predetermined distance from the mark protrusion 12 position. Next, while looking through the transit T, etc., confirm the temporary mark position displayed on the member S as appropriate, and after confirming this, press the stamp knob 15 on the marking body 10 to set the height position from the reference plane. The mark M can be imprinted on.

Further, when measuring and displaying the mark M, which is a reference position when various members are installed on the floor or the like, as shown in FIG. A plurality of them are appropriately attached to the member S, and in this attached state, for example, the central one is set as the central reference position. Next, after confirming the center reference position while looking through the thing set at the center reference position with the transit T etc., the stamp knobs 15 of the marking bodies 10 of the marking devices attached to both ends of the member S are pushed appropriately to The mark M can be imprinted at a position separated from the reference position by the predetermined distance.

[0027]

[Effect of device]

 The present invention is configured as described above, and therefore, by using an appropriate member S at the construction site, for example, a tree, which is attached to this and used, after measurement in civil engineering, construction work, etc. It is possible to easily imprint the required size mark M to be entered and displayed on the display position of this, and since the imprinting operation is performed directly above the display part, it can be accurately imprinted without shifting from the measurement position. . Not only that, but the special mark M shape that combines the arrows does not cause any misunderstanding when checking this. Further, it can be appropriately removed from the member S by releasing the holding means 2 in the mounting body 1, etc. Since the whole is relatively small, it is easy to carry and can be used immediately depending on the construction site. It is a thing.

That is, in the present invention, this comprises an attachment body 1 that can be appropriately attached to the member S and a marking body 10 that is integral with the attachment body 1, and the marking body 10 can be used for civil engineering, construction, etc. This is because the mark M, which has a dimension corresponding to the required predetermined dimension measured in the above, is formed on the display portion so that it can be continuously imprinted. With the appropriate member S, the mark M position after the measurement confirmation can be surely written and displayed. Of.

Further, since the mounting body 1 and the marking body 10 are integrally formed, the marking device of the present invention can be attached and set to any portion of the member S by the holding means 2 of the mounting body 1. In this case, the appropriate member S need not be, for example, a specially prepared measuring tool or the like, and may be a wood tree or the like that is discarded as a scrap material at the construction site, which is excellent in usability. Not only that, but the attachment of the attachment body 1 to the appropriate member S can be used for writing and displaying the mark M after the measurement of the marking body 10 together with the appropriate member S, and there is no waste.

Since the marking rest 10 itself has a simple stamp structure having the stamp rubber 13 impregnated with ink, the stamping work can be continuously performed, and the ink can be replenished for a long period of use. The stamp case 11 can be stored in the stamp case 11 so that the surrounding area is not polluted and the fingers, working clothes, etc. are not polluted during the marking operation.

Further, since the marking body 10 can be imprinted only by depressing the imprint knob 15, the marking spring 10 is automatically restored by the repulsion action of the return spring 16, so that, for example, on a steel frame beam at a high place having a frame structure. Even on the roof or in other dangerous work places, it is possible to perform work safely and quickly, without the need for laborious work as in the past. Furthermore, by appropriately using a plurality of marking devices attached to the member S, a plurality of marks M can be written and displayed at the same time, and the stamping operation on the stamping knob 15 does not need to be performed by fingers, so that the work posture can be improved. Regardless of, it is possible to improve work efficiency by using the toes.

Further, since the stamp knob 15 is slid inside the guide cylinder 17 projectingly formed on the stamp case 11, the pressing and sliding operation of the stamp knob 15 is performed from directly above a predetermined member below the stamp case 11 from the original position. The mark M can be accurately and surely imprinted on the position to be displayed.

The mark protrusion 12 formed on the stamp surface of the stamp rubber 13 has a shape corresponding to the mark M having an arrow or a combination of arrows, so that the tip of the arrow is located at the position where the dimension is measured. It is possible to clarify that there is something, and when this is seen, it is clear which part is the mark point, and the possibility of misidentifying the position can be prevented.

[Brief description of drawings]

FIG. 1 is a perspective view.

FIG. 2 is a side sectional view.

FIG. 3 is a bottom view.

FIG. 4 is a schematic perspective view showing a usage state when displaying a predetermined height position on a wall surface or the like.

FIG. 5 is a schematic perspective view showing a usage state when displaying a predetermined position on the floor surface.

[Explanation of symbols]

M Mark S Appropriate member T Transit 1 Mounting body 2 Clamping means 3 Mounting screw 4 Contact plate 5 Center display line 10 Marking body 11 Stamp case 12 Mark protrusion 13 Stamp rubber 14 Ink supply cylinder 15 Stamping knob 16 Return spring 17 Guide Cylinder 18 spring ring

Claims (5)

[Scope of utility model registration request] 1. A mounting body that can be appropriately mounted on a member, and a marking body that is integral with this mounting body. The marking body has a dimension corresponding to a required predetermined dimension measured during civil engineering, construction, etc. The marking device is characterized in that the mark is formed on the display portion so that it can be continuously imprinted. 2. The marking device according to claim 1, wherein the attachment body is provided with a screwing type clamping means. 3. The stamp body, wherein the marking body is integrally formed with the mounting body, and a stamp rubber having a mark-shaped mark protrusion projecting and retracting below the stamp case and impregnated with ink formed on the stamp surface. An ink supply cylinder part that is slidably inserted through the stamp case and is continuously provided to the stamp rubber so as to replenish and supply ink to the stamp rubber, and a stamping knob capped on the ink supply cylinder part. 3. The marking device according to claim 1, further comprising a return spring that is compressed around the outer circumference of the ink supply cylinder so that the stamp rubber can be elastically retracted and stored in the stamp case. 4. The marking device according to claim 3, wherein the imprint knob is slidable in a guide cylinder formed so as to project from the stamp case. 5. The marking device according to claim 1, wherein the mark protrusion has an arrow shape or a shape formed by combining the arrows.