JP6842021B2 - Mounting equipment - Google Patents

Description

The present invention relates to mounting members relating to beams or columns, poles and the like.

As a method of attaching products such as lighting equipment, surveillance cameras and warning lights, storage boxes, shelves and exhibition shelves to beams or pillars and poles, these products are directly attached to beams or pillars with tapping screws, etc. Alternatively, select a mounting bracket that is likely to be used from commercially available mounting brackets and use it to attach these products to beams, columns, poles, etc., and attach them to beams, columns, poles, etc. from the beginning. For products that are designed and marketed on the premise of the above, there are cases where dedicated mounting fixtures are prepared, and there is a method of mounting using them.

JP 2000-315870

MIRAI INDUSTRY CO., LTD. Electrical Materials Catalog 2017 May Walbox

Attempts to attach products such as lighting equipment, surveillance cameras, warning lights, storage boxes, shelves, and exhibition shelves that do not have special mounting equipment to beams or pillars provided in the space. In that case, it seems that the general mounting method is to select a commercially available mounting bracket and mount it, or to mount these products directly with tapping screws or the like.

However, when it is decided that these attached products will be removed at a later date, there is no way to leave the attached hole marks on the beams or columns, etc. I think that.

Or, it turns out that it is necessary to move these installed products a little at a later date for expansion etc., and when you remove the tapping screws etc. and move these products and reattach them with tapping screws etc., it can be moved smoothly. I wonder if there is a mounting method that does not leave mounting hole marks such as tapping screws.

Then, if the shape of the beam or column and pole etc. is extremely thin, or if it is cylindrical etc. and the material is very hard, these products cannot be stopped by the beam or column and pole etc. and suitable commercial installation If you think that you cannot stop because you cannot obtain metal fittings, etc., consider whether there is a way to tie these products to beams, columns, poles, etc.

Therefore, these products can be attached to beams or columns without making screw hole marks, and even after these products are attached to beams or columns and poles, they can be easily moved to some extent, and beams. Alternatively, the purpose is to provide a mounting device in which the material and shape of columns and poles often affect the mounting of these products.

When trying to attach products such as lighting equipment, surveillance cameras, and warning lights to beams, pillars, poles, etc., horizontal plates are considered considering the effects of gravity, except for those whose usage as products is extremely limited and fixed. It seems to be an installation that is easier to install the product on. Of course, to attach the product to a horizontal plate, it may be necessary to make holes, fasten it with tapping screws, and glue it.

When the product is attached to this horizontal plate, the base part is cut out in the form of a box or the like, and the product is called a box-shaped product and the pedestal of the product as the product is properly attached to the pedestal. I will do it.

When this product and the box-shaped pedestal of the product are provided with means to solve the problem, and when storage boxes, shelves, display shelves, etc. are attached to beams or columns, poles, etc., these, It seems that there are cases where the orientation, strength, etc. of products such as storage boxes, shelves, and display shelves are taken into consideration, and measures are taken to directly solve the problems for these products.

Since the means for providing the box-shaped product and the pedestal of the product or the means for directly solving each problem to these products are the same means, the pedestal of the product and the product is used as a means for solving the problem. The means for the box-shaped one is shown.

For example, Fig. 2 An elongated object made of a single aluminum rod, or Fig. 3 An elongated object made of a single wire, such as an elongated object, is a small gap in a beam or pillar, a pole, etc. Fig. 4 A beam or pillar and a pole, etc., whose base is a thin object made of a composite product, such as an elongated object made of a composite product of an aluminum rod and an aluminum L-shaped angle. The state of being along with a small gap is shown for each.

Then, these elongated objects are elongated objects as shown in FIG. 5 in which the elongated objects are sandwiched between the movable plate 3 and the holder upper portion 5 in the principle structure diagram of the attachment device of the present invention, which will be described later. It is an elongated object 20 having a thickness that can be sandwiched in a part or all of the place where it is attached.

A beam or pillar that is a base of a movable plate 3 and an upper portion 5 of a holder, which is an elongated object 20 having a thickness that can be sandwiched in a part or all of the place where the elongated object is attached. Then, it is laid parallel to the base surface of the pole or the like and wound as shown in FIG. 2 or with a small gap as shown in FIG. 3, or along with a small gap as shown in FIG. From now on, the elongated object and the like will be referred to as the elongated object 20.

The elongated one 20 shown in FIG. 5 has a small gap in which the movable plate 3 can be inserted at the place where these products are to be attached, and is firmly and sufficiently firmly attached to the mother body 28 by some method. Is.

Here, a beam, a pillar, a pole, or the like is taken as an example of the base body 28, and the elongated object 20 is wound around the beam, the pillar, the pole, or the like which is the base body 28 with a small gap, or has a small gap on the outer circumference. A means for solving the problem is shown by using an elongated object 20 that is firmly and sufficiently firmly attached to the mother body 28.

A box-shaped product 19 including a lighting device, a surveillance camera, a warning light, and a box-shaped product pedestal 26 with the mounting fixture of the present invention appropriately attached as described later. As an example, FIG. 6 shows a box-shaped product including a product and a pedestal. From now on, the product shown in FIG. 6 will be referred to as a box-shaped product 53 including a product and a pedestal.

The elongated product 20 etc. made of a single product or a composite product is more than enough to be pulled without being torn by a force much larger than the weight of the box-shaped product 53 including the product to be attached and the pedestal. It can withstand supporting the box-shaped object 53 including the pedestal.

FIG. 5 is a basic structural diagram of the mounting device of the present invention for explaining the operation of the mounting device 25 of the present invention appropriately attached to the product and the box-shaped object 26 of the pedestal of the product in an easy-to-understand manner.

In the mounting device 25 of the present invention, as shown in the figure of FIG. 5, the mounting holder has a holder upper portion 5 and a holder side portion 1, and the holder side portion 1 is a box-shaped product and a pedestal of the product. It is properly attached to the thing 26.

The upper portion 5 of the holder is provided with a hole having a diameter slightly larger than the diameter of the shaft of the male screw 4 so that the head 21 of the male screw never comes out. Then, there is a movable plate 3 having a hole for a female screw that matches the male screw 4 on the base 28 side of the holder upper portion 5, and the male screw 4 has a diameter slightly larger than the shaft diameter of the male screw 4 of the holder upper portion 5. Make sure that the head 21 of the male screw passes through the hole where the head 21 of the male screw never comes out, and then passes through the hole of the female screw of the movable plate 3 to reach slightly below the position of the bottom surface 29 of the box-shaped product pedestal. The tip 23 of the male screw is set so as to reach substantially perpendicular to the base body 28.

When the male screw head 21 is tightened clockwise, the movable plate 3 moves toward the upper part 5 of the holder, and when the male screw head 21 is loosened counterclockwise, the movable plate 3 is a box-shaped product pedestal. It moves toward the position of the bottom surface 29. Then, the position of the movable plate 3 is set closer to the position of the bottom surface 29 of the box-shaped product pedestal. The relationship between the male screw 4 and the movable plate 3 forms a screw jack due to the relationship between the screw shaft and the traveling nut.

In FIG. 5, the elongated object 20 is wound around a beam or pillar and a pole or the like which is the base body 28 with a small gap, or attached along the beam or a pole with a small gap, and the bottom surface 29 of the box-shaped object of the pedestal of the product is attached. The movable plate 3 of the mounting device 25 of the present invention, which is set closer to the position of, is inserted into this small gap, the elongated object 20 is placed on the movable plate 3, and the head 21 of the male screw is tightened to move. The plate 3 is moved toward the upper portion 5 of the holder, and the elongated object 20 is separated from the beam or pillar as the base body 28, the pole, and the like.

Then, the hole of the female screw through which the male screw 4 passes is formed by the tension generated by the force that prevents the elongated object 20 from being separated from the force that separates the elongated object 20 from the beam or pillar and the pole as the base body 28. Since the movable plate 3 to be held does not return to the position before tightening the head 21 of the male screw, the tip 23 of the male screw is pressed substantially vertically against the beam or pillar as the base body 28, the pole, or the like.

If the length from the head 21 of the male screw to the tip 23 of the male screw is shorter than the length from the upper part 5 of the holder to the bottom 29 of the box-shaped product pedestal, the tip 23 of the male screw is the box-shaped product pedestal. If it does not reach below the bottom surface 29 of the product, the bottom surface 29 of the box-shaped product pedestal will be pressed against the beam or pillar and pole that will be the base 28. This is because the hole in the upper part 5 of the holder does not pass the head 21 of the male screw, so that the head 21 of the male screw can be tightened because the distance between the movable plate 3 on which the elongated object 20 is placed and the upper part 5 of the holder is short. That is.

This means that the distance between the elongated object 20 and the bottom surface 29 of the box-shaped object of the product pedestal is long when considering the elongated object 20, and the elongated object 20 from the beam or pillar as the mother body 28, the pole, or the like. Is separated. As a matter of course, even if the elongated object 20 tries to return to the position before tightening the male screw 21 by the tension generated by the force that prevents the male screw 20 from being pulled apart, the movable plate 3 attached to the male screw 21 does not return to the original position. The bottom surface 29 of the box-shaped pedestal is pressed against it.

The bottom surface 29 of the box-shaped product pedestal is used as a base depending on the position of the product and the box-shaped product 26 to which the mounting device 25 of the present invention is attached or the length of the male screw 4 is selected. It is possible to set whether to press the tip 23 of the male screw or the like. Further, by setting, when the shape of the base body 28 to be installed is large and the tip 23 of the male screw can always be installed, the tip 23 of the male screw is pressed, and the shape of the base body 28 is a cylinder and the diameter is small. Therefore, when the tip 23 of the male screw cannot always be installed, the bottom surface 29 of the box-shaped object of the pedestal of the product can be pressed against the base body 28.

In the situation shown in FIG. 5, the movable plate 3 is inserted into a small gap of the elongated object 20, the elongated object 20 is placed on the movable plate 20, and the movable plate 20 is moved closer to the upper portion 5 of the holder than when the movable plate 3 is slightly moved toward the upper portion 5 of the holder. The larger the movement, the greater the force with which the tip 23 of the male screw presses against the base body 28.

The size of the gap is a small gap into which the movable plate 3 that has been moved closer to the mother body by tightening, loosening, or adjusting the head 21 of the male screw can be inserted, and is the upper part of the holder from the insertion position of the movable plate 3. The distance from the movable plate 3 when moved toward the portion 5 to the bottom surface 29 of the box-shaped product pedestal is the elongated one 20. The tension generated by the male screw tip 23 or the box-shaped product pedestal is It is proportional to the force that presses the bottom surface 29 of the object against the mother body.

These things tighten or loosen the head 21 of the male screw, or adjust and set the length of the male screw and the mounting position of the mounting tool of the present invention in the box-shaped object 26 of the product and the product pedestal. As a result, the amount of force that presses the tip 23 of the male screw or the bottom surface 29 of the box-shaped product pedestal against the base 28 can be adjusted. You can choose the amount of pressing force that is suitable for you. Therefore, there is a possibility that the box-shaped object 53 including the product and the pedestal can be fixed and installed by the usual mounting method without damaging the more delicate mother body 28.

The relationship between the holder upper part 5 and the male screw head 21 is that the male screw 4 screw has a hole in the holder upper part 5 that is slightly larger than the diameter of the shaft of the male screw 4 and the male screw head 21 never comes out. The axis only goes through. Therefore, a hole slightly larger than the diameter of the shaft of the male screw 4 in the upper portion 5 of the holder interferes with moving the movable plate 3 passing through the hole of the female screw of the movable plate 3 along the screw shaft of the male screw 4. It does not become.

As a result, a plurality of female screw holes are made in the movable plate 3, and a plurality of holes slightly larger than the shaft diameter of the male screw 4 are made in the corresponding holder upper portion 5, and the male screw head 21 is formed in each of the holes. Each male screw 4 can move the movable plate 3 along the screw axis of each male screw 4 by tightening or loosening. This means that a plurality of screw jacks can be formed on one movable plate 3.

Tighten the male screw head 21. As long as the rigidity and tension of the elongated object 20 allow, the elongated object 20 lying parallel to the mother body surface is pulled away from the mother body 28 by the movable plate 3, and the male screw head 21 is the upper part 5 of the holder. By firmly sandwiching and fixing the elongated object 20 between the holder upper portion 5 and the movable plate 3, the tension of the elongated object 20 is all received by the male screw tip 23 and the like, and the male screw tip 23 is stable. The mother body 28 is pressed and fixed almost vertically.

The tip 23 of the male screw is pressed against the base 28 and fixed, and the factor that breaks the state in which the tip 23 of the male screw is stably attached to the base 28 is that the tip 23 of the male screw is pressed against the base 28. The male screw 4 tilts beyond the range of the angle with the mother body 28 that can maintain the state, and then the elongated object 20 on the movable plate 3 comes off from the movable plate 3 due to some shock. It can be mentioned that it ends up.

However, as can be seen from FIG. 5, these breaking factors are caused by the box-shaped product pedestal because the product and the box-shaped product 26 are attached through the holder side portion 1 of the mounting device 25 of the present invention. It is unlikely that the bottom surface 29 of the object will have an abnormal angle as long as it is close to and parallel to the base surface, and then the male screw and the movable plate form a screw jack, and the male screw 4 is a female screw. In a situation where an elongated object 20 is strongly sandwiched and fixed by a certain area of the movable plate 3 through which the hole is passed and a certain area of the holder upper portion 5 strongly pressed by the head 21 of the male screw, it is simply fixed. It is unlikely that the elongated object 20 will come off from the movable plate 3 due to a temporary shock.

From these things, the movable plate 3, the male screw 4 through the movable plate 3, the elongated one 20, the holder upper part 5 and the holder side part 1, the product and the box-shaped one of the product pedestal 26, and the mother body are stable. I think that they are integrated. It can be said that the box-shaped object 26 of the product and the pedestal of the product is firmly attached to the mother body 28 by the elongated object 20 and the attachment tool 25 of the present invention.

Then, if the state of being sandwiched between the male screw head 21, the holder upper portion 5 and the movable plate 3 and being strongly fixed is to be further strengthened, the holder upper portion 5 at a position substantially directly above the elongated object 20 is used. Since the female screw hole 6 for the set screw is opened, the female screw hole 6 for the set screw is inserted with the set screw and firmly tightened and fixed, and the integration can be further strengthened.

Further, because the rigid force and tension of the elongated object 20 are not allowed, or in order to control the amount of force pressed against the base body 28 of the tip 23 of the male screw, the elongated object 20 is strongly moved by the movable plate 3 and the upper portion 5 of the holder. If it cannot be pinched and fixed, the holder upper part 5 is tightened so as to strongly press the holder upper part 5 with the male screw head 21, and instead of being directly pressed by the holder upper part 5, the holder upper part at a position approximately directly above the elongated object 20 20. Since a female screw hole for a set screw is drilled in 5, insert a set screw into the female screw hole for the set screw and firmly tighten and fix it.

This means that the elongated object 20 is strongly sandwiched and fixed between the upper portion 5 of the holder through which the set screw is passed and the movable plate 3 having the hole of the female screw through which the male screw is passed. This is the same as pressing the holder upper portion 5 strongly with the male screw head 21, and the relationship between the holder upper portion and the elongated object 20 is integrated by using a set screw. I think this means that the box-shaped thing 26 of the product and the product pedestal is firmly attached to the mother body.

The fact that the elongated object 20 can be sandwiched and fixed between the male screw head 21, the movable plate 3 and the holder upper portion 5 means that the elongated object 20 can be tensioned on any surface of the mother body by using the attachment tool 25 of the present invention. If it is generated, the tip 23 of the male screw or the bottom surface 29 of the box-shaped object of the pedestal of the product can be pressed against the base body 28. Since the elongated object 20 can be sandwiched and fixed by the holder upper portion 5 and the movable plate 3, the weight of the box-shaped object including the product and the pedestal is supported by the elongated object 20 on any surface of the base body 28. Therefore, by using the elongated object 20 on any surface such as the beam or pillar and the pole which is the mother body 28 and the mounting device 25 of the present invention, the box-shaped object 26 of the product and the pedestal of the product can be attached to any surface of the mother body 28. Can be fixed and installed.

Since no tapping screws are used, these things can be attached to a box-shaped object including the product and pedestal on any surface of the base 28, such as columns, beams, and poles, without leaving screw hole marks. is there.

Further, since the elongated object 20 is wound or laid along with a small gap, a box-shaped object 53 including the product and the pedestal is inserted into the gap with the movable plate 3 of the mounting device 25 of the present invention. By lowering it to, the tip 23 of the male screw or the bottom surface of the box-shaped object of the pedestal of the product loses the force to press against the beam or pillar, pole, etc. which is the base 28, so even after mounting, it moves a little along the base 28 as it is. Can be easily done.

Then, the box-shaped object 53 including the product and the pedestal is wound around the main body 28 without making holes in the pillars, beams, poles, etc., or the elongated one 20 is moved along the movable plate 3 from the main body 28. A pulling tension is generated, and the tip 23 of the male screw presses the base body 28 and can be fixed and installed on the base body 28. When the area of the mother body 28 is small and the tip 23 of the male screw cannot stably press the mother body, or when the mother body is delicate, the bottom surface of the box-shaped object of the product pedestal is pressed against the mother body 28 and also has a pressing force. Since it can be fixed and installed on the mother body 28 in the adjusted state, the range in which the material and shape of the mother body influences the fixing and installation of the box-shaped object 53 including the product and the pedestal on the mother body 28 is compared with the commercially available mounting equipment. I think there are few.

Based on the above, the mounting fixture 25 of the present invention using the elongated one 20 is installed by fixing most of the pedestals that support the shape and weight of products such as lighting equipment, surveillance cameras, and warning lights to the base body 28. I think I can. Also, for products such as storage boxes, shelves, and display shelves, most of the products can be fixed and installed on the mother body 28 by appropriately directly attaching the mounting device 25 of the present invention to an appropriate place and using the elongated one 20. I think.

If tension is generated using the elongated object 20 and the attachment tool 25 of the present invention, the box-shaped object 53 including the product and the pedestal can be attached and installed on any surface of the base 28 such as a beam or a pillar and a pole.

A metal rod or wire can be firmly sandwiched and fixed between the holder upper portion 5 and the movable plate 3, and can be further reinforced by using a set screw. Therefore, the metal rod or wire can be hung independently in the space. Even when it is stretched vertically or horizontally, a box-shaped object including a product and a pedestal can be firmly fixed and installed on a metal rod or wire.

Since the product and the box-shaped object 26 of the pedestal of the product can be fixed and installed by using the elongated object 20 and the mounting device 25 of the present invention on the beam or pillar and the pole which are the base body 28, they are fixed and installed because no tapping screw or the like is used. Since it can be done, screw holes are not provided in the base body.

Loosen the male screw head 21 of the attachment 25 of the present invention for the elongated object 20 to be wound or along with a small gap while the box-shaped object 53 including the product and the pedestal is attached. By eliminating the pressing of the tip 23 of the male screw against the base body, the box-shaped object 53 including the product and the pedestal can be easily moved along the base body 28 as it is even after being attached.

By setting, when the shape of the base body 28 to be installed is large and the tip 23 of the male screw can always be installed, the tip 23 of the male screw can be pressed, and the shape of the base body 28 is a cylinder and the diameter is small, so the male When the tip 23 of the screw cannot always be installed, the bottom surface 29 of the box-shaped object of the pedestal of the product can be pressed against the base body 28. Therefore, depending on the material and shape of the base body 28, the range of conditions under which the base body 28 cannot be fixed and installed is narrow.

It is not so difficult to wind the elongated object 20 around the beam or pillar, the pole, etc., which is the base body 28, with a slight gap as shown in FIGS. 2 and 3, or to align the elongated object 20 as shown in FIG. It is easy to insert the movable plate of the mounting device 25 of the present invention into a small gap like the box-shaped one including the product and the pedestal in FIG. It can be said that the attachment work of the attachment 25 is easy.

The tension of the elongated object 20 can be controlled by selecting the position of the product and the box-shaped object 26 of the product pedestal 26 where the mounting device 25 of the present invention is attached or the length of the male screw 21 of the mounting device 25 of the present invention. You can also select the degree of force applied to the tip 23 of the screw. Therefore, there is a high possibility that the box-shaped object 26 including the product and the pedestal can be easily fixed and installed on a delicate mother body or the like, which has not been easily possible until now.

Even if there is a step on the mounting surface of the beam, pillar, pole, etc., which is the base 28, if the length of the male screw 21 of the mounting device 25 of the present invention is selected, the step of the beam, pillar, pole, etc., which is the base 28, can be selected. A certain mounting surface can be stably fixed on a parallel surface set by adjusting the length of the male screw.

Two mounting devices 25 of the present invention FIG. 7 Directly connected as if the two mounting devices of the present invention were directly connected FIG. 8 One of the mounting devices 25 of the present invention directly connected as shown in the usage example. For example, if the mounting device 32 of the present invention is attached to a beam using an elongated beam 27, the other mounting device 32 of the present invention is attached with a shelf 33 around which the elongated shelf 31 is wound. Or it is stable without loosening, yet it can be easily and firmly attached. Considering how to combine and how to use it in this way, the range of applications of how to use it will be widened.

Example of mounting device of the present invention Elongated one made of a single aluminum rod Elongated one made of a single wire An elongated object made of a composite product of an aluminum rod and an aluminum L-shaped angle Principle structure diagram of the mounting device of the present invention Box-shaped item including product and pedestal Directly connected two mounting devices of the present invention Example of use of two mounting devices of the present invention directly connected Elongated composites for the mounting fixtures of the present invention The mounting device of the present invention is attached to the box-shaped pedestal of the product. Attaching a clothespin for a guide to an elongated object Installation drawing of a box-shaped object including the product and pedestal on an elongated object made of a composite product Front and back sides of an elongated aluminum rod How to tighten the aluminum rod connecting bracket Connecting bracket Wire built-in jig A state in which the wire is installed in the wire installation jig A state of the wire wound around the metal pole and the wire built-in jig Inserting the gap of the wire made with the wire built-in jig

Here, an example of many forms for carrying out the invention will be described. As an example of carrying out the present invention, the one shown in the example of the attachment device of the present invention as shown in FIG. 1 is prepared. The attachment tool 25 of the present invention is made of a U-shaped portion holder made of a material such as metal, a movable plate 3, and four male screws.

As shown in FIG. 1, between the holder upper portion 5 and the holder lower portion 2, there is a movable plate portion 3 that is supported by four male screws 4 and moves up and down.

As shown in FIG. 1, the holder is U-shaped because the hole in the upper portion 5 of the holder through which the screw shaft of the male screw 4 passes has a diameter slightly larger than the diameter of the screw shaft of the male screw. When there is a hole only in the upper part 5 of the holder and only this hole is the screw bearing of the male screw 4, the movable movable plate 3 is moved so that the elongated object 20 hits the movable plate 3 at an extremely tilted position. At times, or when an abnormal force is applied to the product mounting pedestal and the entire product moves for a moment, a force in an unexpected direction is applied to the movable plate, which damages the upper part 5 of the holder or the movable plate 3. there is a possibility. Further, since there is no holder bottom portion 2 in FIG. 1, some force for bending the male screw 4 laterally is directly applied to the male screw 4, and the male screw bends and the movable plate cannot move. And so on.

Therefore, the holder is U-shaped, and the screw shaft of the male screw 4 is made to face the hole with a diameter slightly larger than the diameter of the screw shaft of the male screw in the holder upper portion 5 and the holder bottom portion 2, and each of these holes is formed. Arranged so as to sandwich the movable plate 3, the screw shaft receiving holes of the male screw are made into a pair of two places, and even if a force in an unexpected direction is applied to the movable plate, the deviation of the screw shaft of the male screw is minimized. I tried to protect the mounting device of the present invention from damage as much as possible.

Four male screws are used because the relationship between this one male screw and the movable plate is the relationship between the screw shaft and the traveling nut, forming one screw jack. Therefore, since there are four male screws for one movable plate, the force for pulling the elongated one 20 of the movable plate away from the base body 28 can be simply considered to generate four times the force for one male screw. become. In addition, this also reduces the load at one female screw hole of the movable plate, and also improves the pressing force for sandwiching the elongated object 20 between the holder upper portion 5 and the movable plate 3.

The length of the four male screws 4 is a large means for controlling the rigidity and tension of the elongated object 20 to control the pressing force of the male screws against the tip 23 and the like. Here, the length of the male screw was set slightly longer than the distance between the upper part of the holder and the lower part of the holder facing parallel to the U-shaped part, and the head of the male screw was brought into contact with the upper part of the holder. The tip of the male screw protrudes slightly below the lower part of the holder.

When the male screw head 21 is turned clockwise and tightened, the movable plate moves toward the upper part of the mounting holder, and when the male screw head 21 is turned counterclockwise and loosened, the movable plate moves toward the lower part of the holder. Can be moved.

Further, as shown in FIG. 1, three female screw holes 6 for set screws for fitting the set screws into the upper portion 5 of the holder are provided. These female screw holes 6 for set screws are provided so as to divide the inner distance between the male screw at the back of the U-shaped portion and the male screw facing the male screw at the front into four.

As the first embodiment, many mounting objects can be mounted in many mounting locations by the mounting device of the present invention in many mounting methods, but here, as shown in FIG. 9, a box-shaped object including a product and a pedestal 53. Is attached to the beam 16 using the aluminum rod 14 and the L angle 13.

An aluminum rod with male screw grooves on both ends can be bent along with a slight gap in the beam, and an aluminum L angle with a hole into which an aluminum rod with a male screw groove can be inserted. I tightened it with a surrounding bolt to prevent it from moving. A composite product of a bent aluminum rod and an aluminum L angle can be combined. Then, the bolt 15 was tightened and attached to the beam so that it could be slid along the beam and moved a little.

FIG. 9 As shown in the elongated object made of a composite product for the mounting device of the present invention, an elongated object made of a composite product obtained by combining an aluminum rod 14 and an aluminum L angle 13 and allowing a slight movement along a beam 36. I will call it. Two elongated objects 36 made of the composite product were attached to the beam.

FIG. 10 Attaching the mounting device of the present invention to the box-shaped pedestal of the product As shown in the figure, the mounting device 25 of the present invention shown in FIG. 1 is considered to be required for the box-shaped thing 26 which is the pedestal of the product and the product. However, they were attached to two places with two bolts 34 and nuts 35, respectively, as shown in FIG. Next, two male screws on the open side of the inner U-shaped holder of the four male screws that move the movable plate of the mounting device of the present invention are removed 22, and each movable plate 3 is U-shaped. It was lowered so as to overlap the bottom portion 2 of the holder of the mold.

FIG. 11 The attachment tool 25 of the present invention attached to a box-shaped object 26 including a product and a pedestal on an elongated object 36 made of two composite products as if a guide washing scissors or the like was attached to the elongated object. 37 guide clothespins and the like were attached below the places to be attached.

FIG. 12 Installation of a box-shaped product including a product and a pedestal on an elongated product made of a composite product As shown in the drawing, a box-shaped product including a product and a pedestal 53 because there is a gap in the elongated product 36 made of a composite product. Insert from the side so that the portion where the movable plate 3 of the attachment 25 of the present invention overlaps the bottom portion 2 of the holder is placed on the guide clothespin or the like 37 from the side, this time another attachment of the present invention. A box-shaped object 53 including the other product and a pedestal while shifting and moving an elongated object 36 made of a composite product for the instrument 25, where the movable plate 3 of the attachment 25 of the present invention overlaps the bottom portion of the holder. It was placed on the other guide washing scissors 37 and inserted from the side so as to be in the state shown in FIG.

The elongated U-shaped object 36 made of the composite product is sandwiched between the movable plates 3 and the U-shaped opening made earlier in the mounting device 25 of the present invention for both the product and the box-shaped object 53 including the pedestal. The two male screws on the side of the screw were removed, and the two male screws were reinserted and tightened again at 22 places.

Then, the four male screws 4 that support the movable plate 3 on the open side and the closed side of the U-shape in the attachment 25 of the present invention in both the product and the box-shaped object 53 including the pedestal are evenly distributed. I kept tightening.

When the four male screws 4 in the mounting fixture 25 of the present invention of both the product and the box-shaped one 53 including the pedestal were tightened evenly, the set screws were to be mounted this time. The set screw 30 was inserted into the female screw hole 6 for the set screw in the center of the attachment 25, and the attachment 25 of the present invention was used to press the elongated object 36 made of the composite product.

Then, the two guide clothespins 37 attached to the elongated object 36 made of the composite product were removed and removed to complete the series of installation work, and the box-shaped object 53 including the product and the pedestal was very large. It was confirmed that it was firmly attached to the beam 16.

Attached to the box-shaped object 53 including the product and the pedestal in order to move a little along the beam 16 in the state of being attached using the attachment tool 25 of the present invention attached to the box-shaped object 53 including the product and the pedestal. 37, such as a clothespin for a guide, were attached to two places of an elongated object 36 made of a composite product under the side surface of the attachment tool 25 of the present invention.

Then, in order to move the elongated object 36 made of the composite product along the beam 16, the attachment tool 25 of the present invention of the box-shaped object 53 including the product and the pedestal is attached to the elongated object 36 made of the two composite products. The guide washing scissors and the like 37 were reattached below the places where the guides were placed.
Since the elongated object 36 made of the composite product is pressed by tightening the set screw 30 of the mounting device 25 of the present invention, the tightening set screw 30 is removed. Then, until the four male screws 4 supporting the movable plates 3 of both the mounting devices 25 of the present invention mounted on the box-shaped object 53 including the product and the pedestal do not hang on the beam surface. Each of the four male screws 4 was loosened, and after the loosening was completed, the elongated object 36 made of the composite material to which the attachment tool 25 of the present invention was attached was held by hand and moved along the beam.

After moving, tighten the four male screws 4 that support each movable plate 3 of both mounting devices 25 of the present invention until they are tightened, and I thought that a set screw was necessary, so I decided to use the product. Insert each set screw 30 into the same set screw female screw hole 6 in the center again and tighten it tightly to attach to the attachment 25 of the present invention of the box-shaped object 53 including the pedestal, and attach the composite for the attachment 25 of the present invention. Each of the elongated objects 36 made of goods was pressed down.

Then, the series of moving work is completed by removing the two guide clothespins and the like 37 attached to the elongated object 36 made of the composite product for the mounting device 25 of the present invention, and the product and the pedestal are included. It was confirmed that the box-shaped object 53 was attached to the beam 16 very firmly.

As the second embodiment, many mounting objects can be mounted in many mounting locations by the mounting device of the present invention in many mounting methods, but here, a box-shaped object 53 including a product and a pedestal is attached to a pillar 8 or the like with aluminum. An example of attaching using an elongated rod 7 is shown.

FIG. 13 As shown on the front side and the back side of the elongated aluminum rod, two elongated aluminum rods 7 were wound around and fixed to the pillar 8 by using a connecting metal fitting 9, respectively, on the upper side and the lower side of the pillar 8. This aluminum rod is wound around a pillar using this connecting metal fitting 9, and is called an elongated aluminum rod 7. The one with this connecting metal fitting 9 of the elongated aluminum rod 7 on the pillar is the elongated aluminum rod 7. The side without the connecting metal fitting 9 of the elongated aluminum rod 7 on the opposite side of the back side was defined as the front side of the elongated aluminum rod 7.
Male threads were cut on both ends of the aluminum rod, and two elongated aluminum rods 7 bent according to the cross-sectional dimensions of the pillar were wound around the pillar 8 using two connecting metal fittings 9 and fixed.

As an example of the structure and usage of the connecting metal fitting 9, an elongated pillar and an elongated aluminum rod 7 will be described. As shown in FIG. 15 connecting metal fittings, it consists of an L-shaped vertical surface portion and an L-shaped bottom surface portion, and has a diameter slightly larger than the diameter of an elongated aluminum rod 7 having a threaded groove on the L-shaped vertical surface portion 39. There are two holes made. As shown in FIG. 14 How to tighten the aluminum rod connecting metal fitting, first tighten the nut X43 to the back of the male screw of the tip A41 of the elongated aluminum rod 7, and pass it through one hole of the connecting metal fitting 9 as shown in FIG. Further, the nut Y44 was tightened so as to sandwich the connecting metal fitting 9, and the connecting metal fitting 9 was fixed to the tip A41 of the elongated aluminum rod 7.

As shown in FIG. 15, the connecting metal fitting 9 is used to reinforce various forces applied to connect the metal fittings 9, and the connecting metal fitting 9 is comfortable to sit on a pillar 8 around which an elongated aluminum rod 7 is wound. The bottom surface 40 of the L-shape is in contact with the surface of the pillar 8. Slightly rewind the elongated aluminum rod 7 that is bent along the shape of the cross section of the mother body 28, and attach it to the mother body. It is threaded, and then the tip B42 is fixed to the tightening column 8 with the nut Z45. As shown in this example, the connecting metal fitting 9 is small, very easy to manufacture, and inexpensive.

Fix the connecting metal fitting 9 to the tip A41 with the nut X43 and the nut Y44, and bend the elongated aluminum rod 7 along the cross-sectional shape of the pillar with a slight gap so that the movable plate 3 can be inserted later. It was rewound a little and the tip B42 was passed through the open hole on one side of the metal fitting 9 from the bottom of the L-shape. After that, the tip B42 was slightly tightened with the nut Z45. The range in which male screws are cut at both ends of the aluminum rod that has been bent earlier according to the cross-sectional dimensions of the pillar is the amount of tightening of the nut Z45 at the tip B with reference to the connecting metal fitting 9 fixed by the nut X43 and nut Y44 at the tip A. , I decided the range to cut the male screw considering the amount to loosen. The elongated aluminum rod 7 is wound around the mother body 28. When the winding is strengthened, the nut Z45 is tightened, and when the winding is weakened, the nut Z45 is loosened so that the degree of winding can be adjusted with the nut Z45. did.

Pass through the hole of the connecting metal fitting and tighten it slightly with the nut Z45 so that it can be moved if you try to move it along the pillar, and the upper and lower parts where you are going to attach the box-shaped thing 53 including the product and the pedestal. It was decided to make an elongated aluminum rod 7 on each side and attach a box-shaped one 53 including a product and a pedestal to the front side of the elongated aluminum rod 7.

Therefore, as shown in FIG. 6 product and box-shaped product including a pedestal, a product in which a pair of upper and lower mounting devices of the present invention is attached and a box-shaped product 53 including a pedestal are prepared, and each movable plate 3 is attached. Of the four male screws 4 of the mounting device 25 of the present invention, two male screws on the open side of the U-shape were removed so as to overlap the bottom portion 2 of the holder22.

Even if the nut Z45 of the connecting metal fitting 9 on the back side of FIG. 13 is sufficiently tightened, the rigidity of the elongated aluminum rod 7 causes the pillar of the elongated aluminum rod 7 on the back side of the connecting metal fitting 9 mounting position, that is, the front side of FIG. It was confirmed that the small gap along No. 8 could be kept as it was without much influence.

Therefore, at the place where the main body is to be installed on the pillar 8, the elongated aluminum rod 7 on the lower side of the box-shaped object 53 including the product and the pedestal is placed along the pillar until the mounting device 25 of the present invention comes. After moving, the nut Z45 of FIG. 14 of the connecting metal fitting 9 was strongly tightened to firmly fix the elongated aluminum rod 7 to the pillar.

Further, another elongated aluminum rod 7 wound on the upper side was raised along the pillar 8 so as not to interfere with the attachment of the main body of FIG. 6, and the nut Z45 of FIG. 14 was lightly fastened to the tightening pillar.

On the front side of the elongated aluminum rod 7 on the lower side, the movable plate of the mounting device of the present invention on the lower side of the box-shaped product 53 including the product and the pedestal shown in FIG. 6 overlaps the bottom portion 2 of the holder. Insert the portion into the gap of the elongated aluminum rod 7 wound on the lower side, and insert the elongated aluminum rod 7 on the upper side so that the movable plate of the mounting device 25 of the present invention on the upper side overlaps the bottom portion 2 of the holder. I lowered it to the part where it was and inserted it. Then, the nut Z45 of FIG. 14 of the connecting metal fitting of the elongated one 7 of the upper aluminum rod was strongly tightened and firmly fixed.

A box-shaped object including a product and a pedestal 53 The mounting device 25 of the present invention of the present invention has a U-shape in each of the upper and lower mounting devices 25 of the present invention. The four male screws 4 supporting the movable plate 3 on the open side and the closed side of the mold were continuously tightened evenly.

When the four male screws 4 were evenly tightened in the mounting fixture 25 of the present invention above and below the box-shaped object 53 including the product to be mounted and the pedestal, it was thought that the set screws 30 were required, so the top and bottom The set screw 30 was attached to each female screw hole 6 for the set screw in the center of the upper portion of the holder in each of the attachment tools 25 of the present invention, and the elongated one 7 of the aluminum rod was pressed to complete the series of attachment work. Then, it was confirmed that the box-shaped object 53 including the product and the pedestal was attached to the pillar 8 very firmly.

The product and pedestal shown in FIG. 6 are included in order to move a little along the pillar 8 in a state where a pair of upper and lower mounting devices 25 of the present invention are attached to the box-shaped object 53 including the product and the pedestal. Since the elongated objects 7 of the respective aluminum rods were pressed by the set screws 30 by the pair of upper and lower attachment tools 25 of the present invention of the box-shaped object 53, these set screws 30 were removed.

Loosen the four male screws 4 that support the movable plate 3 of the upper and lower mounting fixtures 25 of the present invention until they do not hang on the pillar surface, and after loosening, the connecting metal fittings of the elongated aluminum rods 7 on both the upper and lower sides. The nut Z45 of FIG. 14 of No. 9 was loosened and moved along the pillar 8 by holding the elongated aluminum rods 7 on both the upper and lower sides.

After moving, firmly tighten the nut Z45 of the lower aluminum rod elongated one 7 fastening bracket 9 and then strongly tighten the nut Z45 of FIG. 14 of the upper aluminum rod elongated one 7 fastening bracket 9 on both the upper and lower sides. After confirming that the elongated object 7 of the aluminum rod does not move, tighten the four male screws 4 supporting the movable plate 3 of the mounting device 25 of the present invention up and down again until they are tightened, and the set screws 30 are respectively tightened. Since it seemed necessary, a set screw 30 was attached to each of the female screw holes 6 for set screws in the center of the upper part 5 of the holder of the upper and lower mounting tools 25 of the present invention, and the set screws 30 were tightened to press the elongated one 7 of the aluminum rod.

This completes the series of installation work, and it can be confirmed that the box-shaped object 53 including the product and the pedestal is attached to the pillar 8 very firmly.

As the third embodiment, many mounting objects can be mounted in many mounting locations by the mounting device of the present invention in many mounting methods. Here, the box-shaped object 53 including the product and the pedestal shown in FIG. 6 is made of metal. An example is shown in which a wire or the like is wound around the pole 12 of the above and attached.

First, the wire or the like used to attach the product of FIG. 6 and the box-shaped object 53 including the pedestal to the metal pole 12 will be referred to as an elongated wire 10. A strip of wire 10 on which two or more wires can be placed on the movable plate 3 of the mounting device 25 of the present invention used in the box-shaped object 53 including the product and the pedestal of FIG. Cut out two elongated wires 10 having an appropriate length that is at least three times the circumference.

As the elongated wire 10, a wire having a strength that can withstand a weight far exceeding the total weight of the box-shaped wire 53 including the product and the pedestal was selected. Aluminum pipes were crimped to both ends of the wire cut out so that the tip of the elongated wire 10 would not hurt the operator and to prevent the wire from coming off from the attachment 25 of the present invention.

Next, when the elongated wire 10 is bent, its rebounding force is strong and it is difficult to handle. Therefore, in order to solve this problem, the wire incorporating jig 52 shown in FIG. 16 wire incorporating jig was prepared.

As shown in FIG. 16, the wire incorporating jig 52 has a height 49 and a U-shape, which is substantially the same as the mounting device 25 of the present invention. And 46, which is slightly wider than the width of the mounting device of the present invention, 47, which is long enough to accommodate all the mounting devices 25 of the present invention, 50, which is almost the same as the width of the movable plate of the mounting device of the present invention, and sufficient for the repulsive force of the wire. The structure is such that the material 48 having a tolerable rigidity can be wrapped and inserted.

As a result, as shown in FIG. 3, the elongated wire 10 is wound around the metal pole 12, and the elongated wire is as shown in the state in which the wire is incorporated into the wire incorporating jig 52 of FIG. Both ends of 10 were fitted into the grooves of the wire incorporating jig 52. FIG. 18 shows a state in which an elongated wire 10 is wound around a metal pole 12 and fitted into a groove. FIG. 18 shows a state of a wire wound around a metal pole and a wire incorporating jig.

As shown in FIG. 17, in the wire incorporating jig 52, the movable plate 3 of the mounting tool 25 of the present invention is lowered so as to overlap the holder bottom portion 2, and the two male screws on the open side of the U-shape are outside. As shown in FIG. 17, a groove 51 having a width slightly wider than the diameter of the wire to be inserted is made in the wire incorporating jig 52 so that two wires can be inserted and placed on the movable plate 3 at the place of 22. A metal pole 12 that serves as a base 28 so that both ends of an elongated wire 10 can be incorporated into a wire incorporating jig 52, and a portion overlapping the movable plate 3 and the holder bottom portion 2 of the mounting device 25 of the present invention can be inserted. I am trying to make a small gap from the wire.

There, loosen the four male screws 4 of the attachment tool 25 of the present invention attached to the upper side and the lower side of the box-shaped object 53 including the product and the pedestal shown in FIG. 6, respectively, and loosen the movable plate 3 at the bottom of the holder. Push it down so that it overlaps with 2. Then, two male screws were removed from each of the attachment 25 of the present invention on the upper side and the lower side of the U-shaped open side22.

Insert the movable plate 3 of the mounting device 25 of the present invention on the upper side of the main body and the bottom portion 2 of the holder into a small gap created by the wire incorporating jig 52 as shown in FIG. 17 as shown in FIG. It was inserted from the bottom to the top as in direction 54.

Then, reinsert and tighten the 22 screws from which the two male screws were removed. Then, loosely tighten the four male screws that have been inserted so that they are evenly distributed little by little, and then use both hands at two locations near the crimped aluminum pipe 11 at the ends of both wires 10 shown in FIG. Tighten each holding wire 10 on both sides. After tightening the wire 10, each of the four male screws 4 of the mounting device 25 of the present invention was tightened to some extent.

After holding the wires 10 incorporated in the wire incorporating jig 52 with both hands and tightening them on both sides, the hands are changed and the four male screws 4 are tightened to some extent. I did this work several times.

Originally, when changing hands for the next work, it should be okay to tighten the elongated wire 10 back, but even if you let go of the elongated wire 10, the elongated wire 10 tightened on both sides 10 There was almost no return. It seems that this is because the shape of the wire incorporating jig 52, the material, and the thickness of the material are suitable. Therefore, the feeling of the force applied to the tightening of the elongated wire 10 by the groove of the wire incorporating jig 52 and the catching without tightening back were moderate.

The wire incorporating jig 52 is a useful jig that facilitates the work of assembling the elongated wire 10 into the attachment tool 25 of the present invention and prevents the wire from being tightened back.

Regarding how to wind the wire 10 around the metal pole 12, the contact portion between the metal pole 12 and the wire 10 is increased, and the force when the wire is tightened with both hands is well transmitted to the entire wire, so that the wire can be wound. This time, the winding method as shown in FIG. 3 was performed in consideration of the diameter of the pole and the size of the box-shaped object 53 including the product and the pedestal so that the tension becomes uniform.

After that, the wire incorporating jig 52 shown in FIG. 18 is pulled out, the elongated wire is held in two places near the crimped aluminum tube 11, and the elongated wire 10 is tightened again on both sides with both hands to the extent that it cannot be tightened any more. Tightened to.

However, if the tightening is done only considering tightening too much, the part of the mounting device 25 of the present invention under the box-shaped object 53 including the product and the pedestal will float and tilt from the metal pole 12, so that the main body is made of metal. Tightening the elongated wire 10 in a state where it fits snugly on the pole 12 was temporarily stopped, and the four male screws 4 of the mounting device 25 of the present invention on the upper side were tightened again.

Further tightening the elongated wire 10 while confirming that the lower mounting tool 25 of the present invention is firmly attached to the metal pole 12, and then tightening the four male screws 4 of the mounting tool 25 of the present invention. I tightened it further.

The work of tightening the wire 10 and the work of tightening the four male screws 4 were alternately performed until the tightening was completed.

Next, we started on the lower mounting device 25 of the present invention. In the case of the upper mounting tool 25 of the present invention, the mounting tool 25 of the present invention on the upper side of the box-shaped object 53 including the product and the pedestal was inserted from the bottom to the top in the gap of the wire 10 made by the wire incorporating jig 52. In the case of the lower mounting tool 25 of the present invention, the wire mounting jig 52 is used as shown in FIG. 19 for inserting the wire gap made by the wire mounting jig into the lower mounting tool 25 of the present invention. The gap between the elongated jigs 10 of the wire was moved from the bottom to the top in the insertion direction shown in FIG. 19 to insert the wire.

Then, the 22 male screw 4 from which the two male screws were removed was reinserted into the lower mounting tool 25 of the present invention and loosely tightened, and the wire was not tightened until the end, and the elongated wire 10 shown in FIG. 19 was crimped. Hold the aluminum tube 11 in two places with both hands, pull the elongated wire 10 on both sides, and tighten the elongated wire 10. After tightening to some extent, the four male screws 4 of the lower mounting tool 25 of the present invention were tightened to the same extent.

This work was performed several times, and the wire incorporating jig 52 shown in FIG. 19 was pulled out, and the wire 10 was held in two places near the crimped aluminum tube 11 with both hands, and the elongated wire 10 was pulled to both sides again. The elongated wire 10 was tightened strongly, and the work was performed to tighten it to the extent that it could not be tightened any more. Then, the work of sufficiently tightening the four male screws 4 of the mounting tool 25 of the present invention was performed. These operations were performed alternately. Then, the tightening of the elongated wire 10 and the tightening of the four male screws 4 of the attachment tool 25 of the present invention were carried out to the extent that it could not be tightened any more.

Then, since I wanted to attach the set screws 30 to the upper and lower mounting fixtures 25 of the present invention, respectively, the two on both sides of the upper and lower mounting fixtures 25 of the present invention other than the center of the holder upper portion. A series of operations was completed by screwing the set screw 30 into each of the female screw holes 6 for the set screw so as to securely press the elongated one 10 of the wire. And it was confirmed that the box-shaped thing 53 including the product and the pedestal was attached very firmly.

Since I wanted to move a little along the metal pole 12 with a box-shaped object including the product and the pedestal attached to the metal pole 12 with the attachment tool 25 of the present invention, the product and the pedestal shown in FIG. 6 Since the wire is held by the set screws 30 of the mounting tool 25 of the present invention on the upper side and the lower side attached to the box-shaped object 53 including the above, remove all the set screws 30 attached to the upper and lower side books. A crimped aluminum tube that prevents the four male screws 4 that support the movable plate 3 of the mounting device 25 of the present invention from hanging on the metal pole 12 surface, or that prevents the two ends of the elongated wire 10 from coming off. Loosen the four male screws 4 that support the movable plate 3 of the mounting device 25 of the present invention on the upper side and the lower side so that 11 cannot pass through, and when the loosening is completed, a box-shaped object including the product and the pedestal shown in FIG. The 53 was held by hand, and the wire 10 was directly touched with the other hand to loosen the tightening of the wire 10 itself and moved along the metal pole 12.

Since it was possible to move it, the four male screws 4 that support the movable plate 3 of the mounting device 25 of the present invention on the upper side were tightened slightly narrowly, and the vicinity of the aluminum tube 11 to which the wire was crimped was tightened in two places. , Hold the wire 10 with both hands, pull the wire 10 on both sides, and tighten the wire 10 to the extent that it cannot be tightened any more. Then, the four male screws 4 of the mounting device 25 of the present invention were sufficiently tightened. Then, the work of tightening the wire 10 and the work of tightening the four male screws 4 were alternately performed until the tightening was completed.

Then, for the lower mounting device 25 of the present invention, similarly, the four male screws 4 supporting the movable plate 3 of the lower mounting device 25 of the present invention are tightened slightly narrowly, and the wire 10 is crimped. Hold the aluminum tube 11 in two places with both hands, pull the wire 10 on both sides, and tighten the wire until it cannot be tightened any more. Then, the wire 10 was tightened and the four male screws 4 were alternately tightened until the tightening was completed.

Then, I thought about attaching the set screw 30, so I screwed the set screw into each of the two female screw holes 6 for the set screw on both sides other than the center of the upper part of the holder of the mounting device 25 of the present invention on the upper side and the lower side. A series of work was completed so as to firmly hold down the elongated object 10. And it was confirmed that the box-shaped thing 53 including the product and the pedestal was attached very firmly.

The mounting fixture of the present invention has a box shape that serves as a pedestal for the product shown in FIG. 19 in electronic signs, indicators / displays, speakers, antennas, solar panels, various sensors, small motors, warning lights, lighting devices, surveillance cameras, and the like. It can be used by attaching the attachment device of the present invention to an object or directly attaching the attachment device of the present invention to a product such as a storage box, a shelf, and an exhibition shelf, and it can be used meaningfully from the viewpoint of Examples and the like. The fact is clear, it can be used industrially, and the range of products that can be used seems to be wide.

Since the attachment device of the present invention can be attached to the branches of a standing tree without damaging the branches, the attachment device of the present invention can be used to attach lighting equipment, speakers, small items, etc. to the branches of a tree easily by the general public. Since the product can be attached to the tree, it can be used to attach signs, banners, etc. to the standing tree at the time of the event, and there may be new ways to use it such as removing it after the event. For example, installing a mirror ball near the trunk and placing several spotlights and lighting devices on the branches near it may lead to a new artistic expression on a summer night.

As shown in the effect of the invention of the mounting device of the present invention, when two mounting devices of the present invention are directly connected to hang an event shaped object such as foamed styrol on a beam or the like, etc. Since the surface of foamed styrol is fragile, it is necessary to devise a mounting part, but when using the two mounting devices of the present invention directly connected and trying to hang a foamed styrol model on a beam, Attached to the beam as shown in FIG. 14 If the foamed styrol model is attached by wrapping an elongated object like a band and tying it with a thin object only where it is inserted into the attachment device of the present invention, the attachment device of the present invention can be attached. Since it is attached using, stable installation without pendulum movement is possible. Therefore, it seems that there is a possibility that large-scale crops such as event crops and stage props can be produced in a short time and at low cost.

1 Holder side part 2 Holder bottom part 3 Movable plate 4 Male screw 5 Holder top part 6 Female screw hole for set screw 7 Elongated aluminum rod 8 Pillar 9 Connecting bracket 10 Elongated wire 11 Crimped aluminum tube 12 Metal pole 13 Aluminum L-shaped angle 14 Aluminum rod 15 Nut 16 Beam 17 Bolt 18 Box-shaped product pedestal 19 Product 20 Elongated one 21 Male screw head 22 Male screw 2 removed 23 Male screw tip 24 Elongated A state in which an object is sandwiched 25 The mounting fixture of the present invention 26 The box-shaped object of the product and the pedestal of the product 27 The elongated object of the beam 28 The base body 29 The bottom surface of the box-shaped object of the pedestal of the product 30 Set screw 31 The elongated object of the shelf 32 The present invention Mounting equipment part 33 Shelf 34 Holder connection bolt 35 Holder connection nut 36 Elongated one made of composite material 37 Washing scissors for guides, etc. 38 Holder connection hole 39 L-shaped vertical surface 40 L-shaped bottom surface 41 Tip A
42 Tip B
43 Nut X
44 nut Y
45 nut Z
46 A little wider than the width of the mounting fixture of the present invention 47 Length enough to fit all the mounting fixtures of the present invention 48 Material with sufficient rigidity to withstand the repulsive force of the wire 49 Approximately the same height as the mounting fixture of the present invention 50 Approximately the same as the width of the movable plate of the mounting device of the present invention 51 Groove slightly wider than the diameter of the wire to be inserted 52 Wire incorporating jig 53 Box-shaped object including the product and pedestal 54 Insertion direction

Claims (2)

It consists of a holder upper part, a holder side part, a movable plate, and a male screw, or consists of the holder upper part, the holder side part, the movable plate, the male screw, and a set screw.
Ri taken to utilize the rigidity and tension with those elongated mounted to the mother, such as a beam or pillar and pole fixed ones of the box-like containing the product or the products and box-shaped base in the base installation It ’s a mounting device,
The product or the box-shaped pedestal is attached to the side portion of the holder.
Wherein A male screw the movable plate, the movable plate to form a pull away to jackscrew from the matrix accompanied by rigidity and tension what the elongate by tightening the male screw, the male screw The elongated object is sandwiched between the upper part of the holder held by the head and the movable plate.
The set screw is a mounting device characterized in that it holds down the elongated object. A holder at the bottom of the holder is provided so as to face the upper portion of the holder by changing the holder of the mounting device according to claim 1 into a U shape.
From or from the male screw that passes through the holes of the holder upper portion, the holder side portion, the movable plate, and the holder bottom portion.
It is composed of the male screw passing through the holes of the holder upper portion, the holder side portion, the movable plate, and the holder bottom portion, and the set screw.
A mounting device having a mechanism for protecting the male screw from bending, the upper portion of the holder, or the movable plate from being damaged, and the product or the product and the product and the product are provided on the side portion of the holder. A box-shaped pedestal of the product is attached, and holes having a diameter slightly larger than the diameter of the screw shaft of the male screw are drilled in the upper portion of the holder and the bottom portion of the holder as screw bearings of the male screw so as to face each other. The holes are arranged so as to sandwich the holes of the female screw that matches the male screw of the movable plate, and the screw shaft receiving holes of the male screw are paired to minimize the deviation of the screw shaft. Mounting device.

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