JPH03138685A - Arrangement fixing device for display body - Google Patents

Abstract

PURPOSE:To allow the exact and simple arranging and fixing of various kinds of display bodies onto a base plate by implanting a required number of stud means onto the rear surface of the display bodies, boring insertion holes corresponding to the respective stud means to a reference frame and arranging and fixing the display bodies joined separably with the display bodies and the reference frame by the insertion of the stud means into the insertion holes. CONSTITUTION:While a unit blank material plate 1 of a rectangular shape previously determined in vertical and horizontal sizes is produced by taking the size of a signboard, doorplate, etc., into consideration, the reference frame 2 having the same size as the size of the unit blank material plate 1 is produced. One piece of desired display character 3 is then blanked from the unit blank material plate 1 and a required number of stud bolts 4 are implanted by welding, etc., into the rear surface of the display character 3. The insertion holes 5 for insertion of the respective stud bodies 4 are bored by machining, heating treatment, etc., on the reference frame 2 and thereafter, the stud bolts 4 corresponding to the respective insertion holes 5 are respectively inserted therein. The display character 3 and the reference frame 2 are thereby separably integrated to constitute the device unit U. The arranging positions of the display bodies are exactly determined simply by arraying the respective devices apart prescribed intervals on the base plate in this way.

Description

DETAILED DESCRIPTION OF THE INVENTION "Field of Industrial Application" The present invention is capable of accurately positioning each Y1 display element such as a character, symbol, or figure at a desired position on a base constituting, for example, a signboard or nameplate. The present invention relates to a new unit type device that can be arranged and securely fixed at the arrangement position.

``Conventional technology'' In the past, for the bases that make up plates, nameplates, etc.
When arranging multiple display characters at desired intervals, install the required number of stud bolts on the back side of each display character, and drill through holes on the base side to insert each stud bolt. A method is adopted in which the display character group is fixed on the base by tightening the tips of each stud bolt that protrudes outward from the through hole with a nut.

For this reason, under such a fixing method, it goes without saying that the process of installing the required number of stud bolts on the back of each display character,
This requires the steps of arranging the display character groups at desired positions on the base plate, and drilling through holes in the base board at the arranged positions through which the stud bolts of each display character are inserted.

Therefore, in the past, normally, a paper pattern was created separately for each display character to be arranged, and each pattern was arranged in order on the board with a visual measure to determine the arrangement position of each display character on the board. At the arrangement position of each display character, determine the drilling position of the through hole through which the stud bolt is inserted.1.After drilling the through hole at the position of the base,
Place each display character at the arrangement position of the base determined by the pattern above, insert a writing instrument into each through hole, mark the stud bolt installation position on the back of each display character,
Stud bolts are installed at the locations marked with these letters.

``Problem to be Solved by the Invention'' However, when determining the arrangement position of display characters, it goes without saying that it becomes cumbersome to individually produce paper patterns corresponding to the display characters to be arranged. In the past, these patterns had to be arranged on the base and the positions of the displayed characters had to be determined solely by the visual sense of the operator, which naturally resulted in errors in the spacing between the letters and differences in the upper and lower parts of the base. Also, there were major problems such as an error in the width of the margin portions defined on the left and right portions.

For this reason, in the past, it has been undeniable that the commercial value of signboards, nameplates, etc. is reduced due to errors that occur when arranging one display character.

In addition, conventionally, when drilling through holes for the stud bolts planted on the back side of each display character on the base, first, after drilling the through holes on the base, each award Using the through holes, mark the installation position on the back of each display character, and install the stud bolt at each position.
Not only does the work proceed backwards and forwards, making the work unnecessarily complicated, but since the stud bolts are installed last, the centers of each stud bolt and the previously drilled through hole may be misaligned. It also had problems such as the possibility of

For this reason, in this field, new devices have emerged that can accurately and easily arrange various display bodies such as not only characters but also symbols and figures on a base, and can also securely fix them in that position. is highly desired.

"Means for Solving the Problem" In order to meet the above request, the first invention provides a display body cut out from a unit material board whose vertical and horizontal dimensions are standardized, and a display body having the same dimensions as the unit material board. A required number of stud means are planted on the back side of the display body, insertion holes corresponding to each of the stud means are bored in the reference frame, and the stud means are inserted into the insertion holes. To provide an arrangement fixing device for a display body in which a display body and a reference frame are integrated in a manner that allows the display body and a reference frame to be assembled together.

Further, the second invention is a display consisting of one display body cut out from a unit material board whose vertical and horizontal dimensions are standardized, and a reference frame made up of the unit material board from which the display body is cut out. Provides a body alignment fixing device.

Furthermore, the third invention is a single display body cut out from a unit material board whose vertical and horizontal dimensions are standardized.

It consists of a reference frame having the same dimensions as the unit material plate, and a required number of studs are planted on the back side of the display body, and a marking means is provided at the tip of each stud means, while the reference frame is used as a cushion. The reference frame made of cushioning material is formed with insertion holes corresponding to each of the stud means described above, and by inserting the stud means into the insertion holes, the display body and the reference frame are separated by μI. To provide an array fixing device for a display body which is integrated with the functions of the display body.

"Operation" Accordingly, in the first and second inventions above, when arranging various display bodies on a substrate constituting a signboard, nameplate, etc., it is possible to measure the intervals between each device using a measuring tape or the like. While measuring,
By simply arranging the devices at desired intervals on the board, the character spacing and the margins defined on the top and bottom or left and right parts of the board are always constant, and the arrangement position of the display body can be adjusted. can be determined accurately.

When drilling a through hole for the stud means installed on the back surface of each display body in the base, an arbitrary corner of the reference frame is set as the origin, and a reference frame continuing from the origin is set as the origin. By using the X and Y coordinates to measure the distance to the center of each stud means, the center position of each stud means of the display body can be determined. Since it will be obtained accurately, this time, such xPJIia
By converting the numerical values of the The drilling position can be accurately obtained.

Further, in the third invention, when one display body is pressed downward from above at the arrangement position on the base, the reference frame contracts due to its own cushioning property and is provided at the tip of the stud means. Marking can be done by directly depicting the position of the through hole on the base, so unlike the first and second inventions, it is extremely easy to mark on the base without having to calculate the values of the X and Y coordinates. This means that the location of the through hole can be determined accurately.

"Example" Hereinafter, the present invention will be described in detail based on each illustrated embodiment.

Normally, display characters used for signboards, nameplates, etc. are transferred from a material board through means such as laser beams or water jets.
In each of the embodiments of the present invention, the display characters are cut out to a desired size by first using a rectangular unit whose vertical and horizontal dimensions are standardized in advance on a material board. , is based on a new idea of individually cutting out one display character from the one unit material board.

To explain this specifically, first, the first embodiment is a rectangular unit material board whose vertical and horizontal dimensions are determined in advance, as shown in FIG. 1 is manufactured, and at the same time, a reference frame 2 having the same dimensions as the unit material plate 1 is manufactured. Note that the former unit material plate 1 is molded from a metal plate or other plate material that is generally used as a material for display characters, but the latter reference frame 2 is molded from a lightweight and inexpensive synthetic resin material. is preferred.

Next, as shown in FIG. 2, one desired display character 3 is cut out from the unit material plate 1, and the required number of stud bolts 4 are implanted on the back side of the display character 3 by welding or the like, and the reference frame is After drilling holes 5 through machining or heat treatment to insert the respective stud bolts 4 into the respective stud bolts 2, the stud bolts 4 corresponding to the various types of flower mountings 5 are inserted, respectively.
As shown in the figure, the display character 3 and the reference frame 2 are separably combined to form a device unit U.

Therefore, in this embodiment, a device unit U having such a configuration is prepared for each display character 3.

It will be commercialized.

When the display characters 3 are arranged on the base g16 constituting a signboard, nameplate, etc. using this device unit U,
As shown in FIGS. 4A and 4B, reference lines are indicated in advance for the upper and lower parts and the left and right parts of the base 6, if necessary. Simply line up each device unit U on the base plate 6 at a desired spacing while aligning the side edges or left and right sides and measuring the distance rbW between each device unit U using a tape measure or the like.

A state is obtained in which the character spacing and the margins defined in the upper and lower parts or the left and right parts of the base plate 6 are always constant, and the arrangement position of each display character 3 can be determined accurately.

Therefore, in this embodiment, the base f can be determined by simply arranging each device unit U using the reference frame 2.
Since the array position on f16 can be obtained accurately and easily,
It becomes possible to quickly arrange the display characters 3 at desired arrangement positions without having to rely on the operator's intuition to arrange paper patterns as in the past.

Therefore, this time, through-holes for the stud holes 1-4 planted on the back surface of each display character 3 are bored in the base 6.

In this case, the upper cloth corner of the reference frame 2 is set as the origin 0, and the upper side 2a of the reference frame 2 continuing from the origin 0 is set as the X coordinate, and the left side 2b is set as the Y coordinate. Using the coordinates and Y coordinates, calculate the distance X to the center of each stud bolt 4
a-Y b individually i! If the illumination is determined, the center position of each stud bolt 4 of the display character 3 that is combined with the reference frame 2 can be accurately obtained.

Therefore, the numerical values Xa and Yb of the X coordinate and Y coordinate are
As shown in the figure, by converting to the position on the base plate 6 where the arrangement position has already been determined and finding the intersection of the X coordinate and the Y coordinate on the base plate 6 in order, the through hole for each device unit U can be obtained. This means that the drilling position P can be accurately obtained.

Therefore, after drilling the through holes 7 at each drilling position r11p on the base plate 6, each display character 3 is separated from the reference frame 2, and each stud bolt 4 is inserted into the corresponding through hole 7. hand,
By tightening the outwardly protruding tip of each stud bolt 4 with a nut 12, each display character 3 is tightened as shown in FIG.
are firmly fixed on the base 6 in an accurate arrangement, so all that is left to do is to attach the base 6 to a wall of a structure, a picture frame, etc.

Also, the drilling position? ! In the above explanation of determining P,
The upper cloth corner of the reference frame 2 is the origin O, the upper side 2a of the base frame 2 is the X coordinate, and the left side 2b is the Y coordinate, but the invention is not limited to this. With any other corner as the origin, the two sides of the reference frame 2 following this corner are
Needless to say, it can also be used as coordinates and Y coordinates.

Next, the second embodiment will be explained. As shown in FIG. While cutting out display characters 3 of a desired size, leaving a margin, the unit material board 1' from which the display characters 3 have been cut is used as a reference frame, and only these two 3 and 1' are used to cut out the device unit U. It is composed of Even in this case, stud bolts 4 are installed on the back side of the display characters 3.

Therefore, in this second embodiment, only the unit material plates 1' which also serve as reference frames are arranged on the base plate 6.

As in the first embodiment, the reference lines shown on the upper and lower parts and the left and right parts of the base plate 6 are made to coincide with the upper and lower sides or the left and right sides of the unit material plate 1' serving as the reference frame.

By arranging each device unit U on the board 6 while measuring the distance W between each device unit U using a measuring tape, etc., the character spacing and the margins defined on the top and bottom or left and right portions of the board 6 can be measured. The arrangement position of each display character 3 can be accurately determined in a state in which is always constant.

When the through holes 7 for the stud bolts 4 of each display character 3 are bored in the base 6, the corresponding display characters 3 are stored in the spaces 8 of the unit material plate 1', and the same procedure as above is performed. , the upper side 1'a of the unit material plate 1' continuing from the corner of the upper cloth which is the origin O
By setting the left side 1'b as the X coordinate and the left side 1'b as the Y coordinate, by measuring the distance between the X and Y coordinates, the center position of each stud bolt 4 installed on the back of each display character 3 can be accurately determined. Therefore, if we convert the values of the X and Y coordinates to the positions on the base 6 whose array positions have already been determined and find the intersection of the X and Y coordinates on the base 6, we can obtain the As in the embodiment, the drilling position P of the through hole 7 on the base plate 6 can be accurately obtained.

Therefore, although not shown in detail, if the stud bolt 4 of each display character 3 is inserted into the corresponding through hole 7 and the outwardly projecting tip of each stud bolt 4 is tightened with the nut 12, Each display character 3 has an accurate arrangement state,
It will be firmly fixed on the base m6.

To explain the third embodiment, the third embodiment is a modification of the first embodiment described in @, and as shown in FIG. 8, the reference frame 2 in the first embodiment is molded with an elastic cushioning material such as foamed urethane. At the same time, a sheet material 9 for closing the through hole 7 is pasted on three sides of the reference frame 2, and a recess 10 is formed at the tip of the stud bolt 4 planted on the back side of the display character 3. A sponge 11 impregnated with non-drying ink is provided in the recess 10. The other configurations are the same as those in the first embodiment, so their explanation will be omitted. However, in the third embodiment, it is necessary to set the thickness of the reference frame 2 to be slightly larger than the dimension of the stud bolt 4.

Therefore, it goes without saying that in this third embodiment, as in the first embodiment, by using the reference frame 2, accurate arrangement positions of the display characters 3 can be obtained;・As in the second embodiment, the sheet material 9 is peeled off from the reference frame 2 in advance, without having to calculate the numerical values of the X and Y coordinates, and the device is placed at the arrangement position as shown in FIG. When you press display character 3 of unit U from above to below,
The reference frame 2 contracts due to its own cushioning properties.

The sponge 11 provided at the tip of each stud bolt 4 allows the drilling position P of the through hole 7 to be directly depicted on the base 6.

Therefore, by using the device unit U according to the third embodiment, it is possible to quickly and easily determine the drilling position (1) of the through hole 7.

Further, in this third embodiment, a male type stud is used, but the same effect can be obtained even if a female type is used and the sponge 11 is provided at the tip. Of course you can get it.

"Effects of the Invention" As described above, by adopting the above configuration, the present invention makes it possible to determine the arrangement position of each display body extremely easily and accurately without using a conventional paper pattern, and When drilling a through hole through which a stud means is inserted,
Since the precise location of the through hole can be determined easily, the conventional disadvantages in this field can be eliminated.

Moreover, since the arrangement and fixing device for display bodies according to the present invention is configured for each display body, it is not only extremely convenient in terms of handling, but can also be used for any type of display. Since it can be applied to the body, its practicality and
The economic efficiency is extremely significant.

[Brief explanation of the drawing]

FIG. 1 is an exploded perspective view showing the relationship between the unit material plate and the reference frame of a device according to the first embodiment of the present invention, FIG. 2 is an exploded perspective view showing the relationship between display characters and the reference frame, and FIG. A perspective view showing the device itself of the first embodiment, FIGS. 4A-4B are explanatory views of main parts explaining the determination of the arrangement position of display characters, and FIG. 5 is an explanation explaining the determination of the drilling position of the through hole. Figure 6 is a sectional view of the main parts showing the display characters fixed to the base, Figure 7 is an exploded perspective view showing the device according to the second embodiment, and Figure 8 is the device according to the third embodiment. FIG. 9 is a partially cutaway perspective view, and FIG. 9 is a cross-sectional view of a main part illustrating a method for determining the drilling position of a through hole using the apparatus of the third embodiment. 1.1'...Unit material plate, 2...Reference frame, 3...
Display character (display body), 4... Stud bolt (stud means), 5... Insertion hole, 6... Base, 7... Through hole, 8... Blank space, 9... Sheet material, 10... recess, ] 1... sponge (marked means), 12... nut, U... device unit.

Claims (3)

[Claims] (1) After arranging various display bodies at desired positions on the base,
A device for fixing the display body to a base via a stud stage, which includes one display body cut out from a unit material board with standardized vertical and horizontal dimensions, and a device with the same dimensions as the unit material board. A necessary number of stud means are planted on the back side of the display body, insertion holes corresponding to each of the stud means are bored in the reference frame, and the stud means are inserted into the insertion holes. A device for arranging and fixing display bodies, which is constructed by separably combining a display body and a reference frame. (2) After arranging various display bodies at desired positions on the base,
A device for fixing the display body to a base via stud means, comprising one display body cut out from a unit material board with standardized vertical and horizontal dimensions, and a unit from which the display body is cut out. A device for arranging and fixing display objects, which consists of a reference frame made up of a material board. (3) After arranging various display bodies at desired positions on the base,
A device for fixing the display body to a base via stud means, which includes one display body cut out from a unit material board with standardized vertical and horizontal dimensions, and a device having the same dimensions as the unit material board. A required number of stud means are planted on the back side of the display body, and a marking means is provided at the tip of each stud means.The reference frame is formed of a cushioning material, and A display body constructed by drilling insertion holes corresponding to each of the above-mentioned stud means in the reference frame, and separably combining the display body and the reference frame by inserting the stud means into the insertion holes. array fixing device.