JP2019201192A - Mounting device - Google Patents

Abstract

To provide a mounting device that can attach a product such as a surveillance camera and a storage box on a beam or a pillar without leaving a screw hole mark, and can be moved somewhat easily even after being mounted to the base beam, column, or pole, and in which the mounting is hard to be affected by the material and shape of the beams, the column, or the poles.SOLUTION: In a mounting device 25 according to the present invention having a holder side portion 1 for mounting to a product or a pedestal of the product, etc., and an elongated object attached to the mother body is separated from the mother body by a movable plate 3, and is firmly sandwiched between the upper part 5 of a holder pressed by the head of a male screw 4 or the like and the movable plate 3, and the product or product pedestal, etc. is fixed to the mother body by using the rigidity and tension of this elongated object. The mounting device does not have a screw hole, can move along the mother body a little after the mounting, and is difficult to be affected by the shape and material of the mother body.SELECTED DRAWING: Figure 1

Description

The present invention relates to a mounting member relating to a beam or a column and a pole.

  When attaching products such as lighting equipment, surveillance cameras and warning lights, storage boxes, shelves, and display shelves to beams or columns and poles, attaching these products directly to beams or columns with taping screws, etc. Or select what you are likely to use 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 There are cases where products that are designed and marketed on the assumption that they are on the market may have their own installation tools, and there are ways to install them.

JP 2000-315870 A

Mirai Kogyo Co., Ltd. Electric Material Catalog May 2017 Walbox

  Attach lighting equipment, surveillance cameras, warning lights, storage boxes, shelves, exhibition shelves, etc. that do not have dedicated mounting equipment to beams spanned in the space or pillars provided in the space. In such a case, it is considered that a general mounting method is to select and use a commercially available mounting bracket or mount these products directly with a tapping screw or the like.

  However, when it is decided that these installed products will be removed at a later date, there is no way to leave holes attached using tapping screws etc. on beams or pillars, so there is no way to leave attached holes. I think that.

  Or, it is understood that it is necessary to move a little later to add these installed products, etc. When removing tapping screws etc. and moving these products and re-installing with tapping screws etc., somehow move smoothly It is thought that there is an attachment method that does not leave attachment hole marks such as tapping screws.

  Then, if the shape of the beam, column, pole, etc. is extremely thin, if it is cylindrical, etc. and the material is very hard, etc., these products cannot be fixed to the beam, column, pole, etc. and appropriate commercial installation If there is no way to fix these products to beams, pillars, poles, etc.

  Therefore, these products can be attached to the beams or pillars without making screw hole marks, and even after these products are attached to the beams or pillars and poles, they can be moved somewhat easily. Alternatively, it is an object of the present invention to provide an attachment device in which materials and shapes such as pillars and poles often affect the mounting of these products.

  If you try to install products such as lighting equipment, surveillance cameras, and warning lights on beams, pillars, poles, etc., if you consider the influence of gravity, etc., except for those that are extremely limited in how they are used as products, it is a horizontal plate It seems that the installation is easier to install the product. Of course, it may be necessary to make a hole, stop with a tapping screw, etc., and adhere to attach the product to a horizontal plate.

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

  When a means for solving the problem is applied to this product and the box-like product pedestal, and when a storage box, a shelf and an exhibition shelf are to be attached to a beam or a column and a pole, etc., There may be cases where products such as storage boxes, shelves, and display shelves are used in order to solve problems directly, considering the orientation and strength of use.

  The means for applying the means for solving the respective problems to the product and the box of the product pedestal or directly to these products are the same means, so the product and the product pedestal as a means for solving the problems. The means for the box-shaped one is shown.

  As an example, Fig. 2 An elongated product made of a single aluminum rod, or Fig. 3 An elongated product made of a single product, such as an elongated product made of a single wire. As shown in Fig. 4, for example, an elongate product made of a composite product of an aluminum rod and an aluminum L-shaped angle. Each of them shows the state of being along with a little gap.

  These elongated objects are as shown in a state 24 in which the elongated object is sandwiched between the movable plate 3 and the holder upper portion 5 in the principle structural diagram of the mounting device of the present invention described later with reference to FIG. It is the elongate thing 20 which is the thickness which can be inserted | pinched in the part of attachment place, or all the places.

  A beam or column that is the base of the elongate member 20 having a thickness that can be sandwiched between the movable plate 3 and the holder upper portion 5 at a part or all of the place where the elongate object is attached. And it lies in parallel with the base surface of a pole or the like and is wound with a slight gap as shown in FIG. 2 or as shown in FIG. 3, or along a little gap as shown in FIG. The elongated object or the like is hereinafter referred to as an elongated object 20.

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

  Here, a beam, a column, and a pole are taken as an example of the base body 28, and the elongated body 20 is wound around the outer periphery of the base body 28 such as a beam, a column, and a pole with a small gap or has a small gap on the outer circumference. A means for solving the problem by using the elongate member 20 which is attached to the mother body 28 firmly and firmly is shown.

  The product 19 and the pedestal box 26 of the product pedestal such as a lighting device, a surveillance camera, and a warning light are appropriately mounted with the mounting device of the present invention described later, and the box-shaped product including the product and the pedestal. FIG. 6 shows a box-shaped product including a product and a base as an example. Hereafter, what is shown in FIG. 6 will be referred to as a box-like thing 53 including a product and a pedestal.

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

  FIG. 5 is a principle structural diagram of the mounting device of the present invention for explaining the operation of the mounting device 25 of the present invention which is appropriately mounted on the product and the box 26 of the product base.

  As shown in FIG. 5, the mounting tool 25 of the present invention has a holder upper part 5 and a holder side part 1, and the holder side part 1 has a box-like shape of a product and a base of the product. Appropriately attached with thing 26.

  The holder upper portion 5 is formed 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 can never come out. A movable plate 3 having a female screw hole that fits the male screw 4 is provided on the base 28 side of the holder upper portion 5. The male screw 4 has a diameter slightly larger than the diameter of the male screw 4 of the holder upper portion 5. The head 21 of the male screw passes through the hole where the male screw head never escapes through the hole, and then reaches a position below the position of the bottom surface 29 of the box-like thing of the base of the product through the hole of the female screw of the movable plate 3, The front end 23 of the male screw is set so as to reach the base body 28 substantially perpendicularly.

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

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

  And the hole of the internal thread through which the external thread 4 passes with the tension generated by the force that does not allow the elongated body 20 to be separated from the force that separates the elongated object 20 from the beam, column, pole, or the like as the mother body 28. Since the movable plate 3 does not return to the position before the head 21 of the male screw is tightened, the front end 23 of the male screw is pressed almost perpendicularly to a beam or a column as a base body 28 and a pole.

  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 holder upper portion 5 to the bottom surface 29 of the product pedestal box, the tip 23 of the male screw is the box shape of the product pedestal. If it does not reach below the bottom surface 29 of the product, the bottom surface 29 of the product-like pedestal is pressed against a beam or a column, a pole, or the like as the base body 28. This is because the hole of the upper part 5 of the holder does not pass the male screw head 21, so that the male screw head 21 can be tightened because the distance between the movable plate 3 on which the elongated object 20 is placed and the holder upper part 5 is short. It is that.

  This means that when the elongated object 20 is considered, the distance between the elongated object 20 and the bottom surface 29 of the box-shaped object pedestal is long. Is being separated. Naturally, therefore, the movable plate 3 attached to the male screw 21 does not return to its original position even if the elongate member 20 is returned to the position before the male screw 21 is tightened by the tension generated by the force that prevents the elongated member 20 from being separated. The bottom surface 29 of the pedestal box is pressed.

  The base 29 of the box of the product pedestal is determined by the position of the product and the box 26 of the product pedestal 26 to which the mounting tool 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 against the tip 28 or the tip 23 of the male screw. Further, by setting, when the shape of the mother body 28 to be installed is large and the front end 23 of the male screw can always be installed, the front end 23 of the male screw is pressed, and the shape of the parent body 28 is a cylinder and has a small diameter. For this reason, when the front end 23 of the male screw cannot be installed, the bottom surface 29 of the product-like pedestal can be pressed against the base 28.

  In the situation shown in FIG. 5, the movable plate 3 is inserted into a small gap of the elongated member 20, and the elongated member 20 is put on and moved toward the upper portion 5 of the holder. The greater the movement, the greater the force that the male screw tip 23 presses against the mother body 28.

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

  These things include tightening or loosening the male screw head 21 or adjusting the length of the male screw and the mounting position of the mounting device of the present invention in the box 26 of the product and the base of the product. Since it is possible to adjust the amount of force that presses the front end 23 of the male screw or the bottom 29 of the pedestal box of the product against the base 28, a delicate base, for example, a molded product such as a plant or a polystyrene foam, etc. You can choose the amount of pressing force suitable for. For this reason, there is a possibility that the box-like thing 53 including the product and the pedestal can be fixed and installed without causing any obstacle to the more delicate mother body 28 by the normal mounting method.

  The relationship between the upper part 5 of the holder and the head 21 of the male screw is such that the hole of the male screw 4 passes through a hole in the upper part 5 of the holder that is slightly larger than the diameter of the shaft of the male screw 4. The axis only goes through. Therefore, the hole slightly larger than the diameter of the shaft of the male screw 4 in the upper portion 5 of the holder does not interfere with the movement of 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 will not be.

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

  As long as the rigid force and tension of the elongated member 20 allows the male screw head 21 to be clamped, the elongated member 20 lying parallel to the surface of the mother body is pulled away from the mother body 28 by the movable plate 3 so that the male screw head 21 is separated from the holder upper portion 5. Is firmly held between the holder upper portion 5 and the movable plate 3 so that the tension of the elongated member 20 is received by the tip 23 of the male screw and the male screw tip 23 is stabilized. That is, the base body 28 is pressed and fixed almost vertically.

The reason why the tip 23 of the male screw is fixed by pressing the mother body 28 and the state in which the tip 23 of the male screw is stably attached to the mother body 28 is that the tip 23 of the male screw is pressed against the mother body 28. The male screw 4 is tilted 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 is detached from the movable plate 3 by some shock. And so on.

  However, the cause of these collapses is that the product and the product base box 26 are attached through the holder side part 1 of the mounting device 25 of the present invention as shown in FIG. As long as the bottom surface 29 of the object is parallel and close to the base surface, it is difficult to think of an abnormal angle. Then, the male screw and the movable plate are formed as a screw jack, and the male screw 4 is a female screw. In a situation where the elongated object 20 is firmly sandwiched and fixed by a certain area of the movable plate 3 passed through the hole and a certain area of the holder upper portion 5 that is strongly pressed by the head 21 of the male screw. It is unlikely that the elongate object 20 is detached from the movable plate 3 due to a temporary shock.

  From these facts, the movable plate 3, the male screw 4 through the movable plate 3, the elongated member 20, the holder upper portion 5 and the holder side portion 1, the box 26 of the product and the base of the product, and the mother body are stable. Are considered integrated. This can be said that the product and the box base 26 of the product pedestal are firmly attached to the mother body 28 by the elongated member 20 and the attachment device 25 of the present invention.

  Then, if the state of being firmly fixed by being sandwiched by the head 21 of the male screw, the holder upper part 5 and the movable plate 3 is to be further reinforced, the holder upper part 5 at a position almost directly above the elongated object 20 Since the female screw hole 6 for the set screw is opened, the set screw can be inserted into the female screw hole 6 for the set screw and tightened and fixed firmly to further enhance the integration.

  In addition, because the rigidity and tension of the elongated member 20 are not allowed, or to control the amount of force pressed against the base 28 of the male screw tip 23, the elongated member 20 is strongly moved by the movable plate 3 and the holder upper portion 5. If the holder upper part 5 is not tightly clamped and fixed with the male screw head 21, but the holder upper part 5 directly presses the holder upper part at a position almost directly above the elongated object 20. Since a female screw hole for a set screw is formed in 5, a set screw is inserted into the female screw hole for the set screw and firmly tightened and fixed.

  This means that the elongate object 20 is firmly sandwiched and fixed between the holder upper portion 5 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 equivalent to pushing the holder upper part 5 strongly with the male screw head 21, and the relationship between the holder upper part and the elongated object 20 is integrated by using a set screw. This is considered to be that the box 26 of the product and the base of the product is firmly attached to the mother body.

  The fact that the elongate object 20 can be sandwiched and fixed by the male screw head 21, the movable plate 3 and the holder upper portion 5 is that the elongate object 20 can be tensioned on any surface of the mother body by using the mounting device 25 of the present invention. If generated, the front end 23 of the male screw or the bottom 29 of the box of the product base can be pressed against the base 28. Since the elongated member 20 is sandwiched and fixed by the holder upper portion 5 and the movable plate 3, the weight of the box-shaped member including the product and the pedestal is supported by the elongated member 20 on any surface of the mother body 28. Therefore, by using the elongated body 20 on any surface such as a beam or a column and a pole as the base body 28 and the mounting device 25 according to the present invention, the box-like body 26 of the product and the base of the product can be placed on any face of the base body 28. Can be fixed and installed.

  Because these things do not use tapping screws, etc., the box-shaped product including the product and pedestal can be attached without making screw hole traces on any surfaces such as pillars, beams and poles that are the base 28. is there.

  In addition, since the elongated object 20 is wound or lined with a slight gap, the movable plate 3 of the mounting device 25 of the present invention is inserted into the gap of the box-shaped object 53 including the product and the base. The bottom end of the male screw tip 23 or the bottom of the box of the product pedestal or the like is not pressed against the beam or the pillar or the pole as the base body 28. Can be easily done.

Then, the movable plate 3 is moved from the mother body 28 to the elongated member 20 that is wound or laid along the column, the beam, the pole, or the like which is the mother body 28 without processing the box-like thing 53 including the product and the base. The pulling tension is generated, and the tip 23 of the male screw presses the mother body 28 and can be fixed to the mother body 28. When the base 28 has a small area and the male screw tip 23 cannot be stably pressed, or when the base is delicate, the bottom of the box of the product base is pressed against the base 28 and pressed. Since it can be fixed and installed on the mother body 28 in an 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 to commercially available mounting instruments. I think that there are few.

  As described above, the mounting device 25 of the present invention using the elongated object 20 is fixed to the base body 28 with most of the pedestal that supports the shape and weight of products such as lighting devices, surveillance cameras and warning lights. I think I can. In addition, with regard to products such as storage boxes, shelves, and display shelves, most of the products can be fixed and installed on the mother body 28 by using the elongated tool 20 with the mounting tool 25 of the present invention appropriately attached to appropriate locations. I think.

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

  A metal bar or wire can be firmly sandwiched and fixed between the upper part 5 of the holder and the movable plate 3 and can be reinforced more strongly by using a set screw. Even when it is stretched vertically or horizontally, a box-shaped object including a product and a base can be firmly fixed and installed on a metal rod or wire.

  The elongated body 20 and the mounting tool 25 of the present invention can be used to fix and install the product and the box base 26 of the product pedestal 26 on the beam 28 or the pole, which is the mother body 28, so that no tapping screw or the like is used. Since it can, screw holes are not provided in the mother body.

  Loosening the head 21 of the male screw of the mounting device 25 of the present invention, in which the elongated object 20 is wound or lined with a slight gap while the box-shaped object 53 including the product and the base is attached. Thus, even if the male screw tip 23 or the like is not pressed against the base body, the box-like body 53 including the product and the pedestal 53 can be moved somewhat along the base body 28 even after being attached.

  By setting, when the shape of the mother 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 mother body 28 is a cylinder and the diameter is small. When the screw tip 23 cannot always be installed, the bottom 29 of the box-like product base can be pressed against the base 28. For this reason, the range of conditions in which it cannot be fixed and installed on the mother body 28 depending on the material and shape of the mother body 28 is narrow.

  It is not so difficult to wrap the elongate member 20 around the beam 28 or the pole and the pole which is the base body 28 with a little gap as shown in FIGS. 2 and 3, or along the way as shown in FIG. FIG. 6 It is easy to insert the movable plate of the mounting device 25 of the present invention into a small gap like a box shape including the product and the base, and the subsequent work is also a predetermined simple work. It can be said that the mounting operation of the mounting tool 25 is simple.

  If the attachment device 25 of the present invention is attached to which position of the product and the box 26 of the product pedestal or the length of the male screw 21 of the attachment device 25 of the present invention is selected, the tension by the elongated member 20 can be controlled. The degree of force applied to the tip 23 of the screw can also be selected. For this reason, there is a high possibility that the box-like object 26 including the product and the base can be easily fixed and installed on a delicate mother body or the like that has not been easily achieved so far.

  Even if there is a step on the mounting surface of the beam, column, pole, etc., which is the mother body 28, if the length of the male screw 21 of the mounting tool 25 of the present invention is selected, the steps of the steps, such as the beam, column, pole, etc., which are the mother body 28 are selected. It can be installed stably with a parallel plane set by adjusting the length of the mounting surface with the length of the external thread.

  As shown in the example of use of two attachment devices 25 of the present invention directly connected as shown in FIG. 7 where two attachment devices of the present invention are directly connected, and FIG. 8 two attachment devices of the present invention are directly connected. For example, the attachment device 32 of the present invention is attached to a beam using a long and narrow beam 27, and the other attachment device 32 of the present invention is attached to a shelf 33 around which a long and narrow shelf 31 is wound. Or, it can be attached firmly and easily without looseness. Considering how to combine and use in this way, the application range of usage is widened.

  Examples of mounting devices of the present invention   A slender product made of a single aluminum bar   A strip made of a single wire   An elongated product made of a composite of an aluminum rod and an aluminum L-shaped angle   Principle structure diagram of the mounting device of the present invention   Box-shaped including product and pedestal   Direct connection of two mounting devices of the present invention   Example of use of two connecting devices of the present invention directly connected   Elongate made of composite for the mounting device of the present invention   Installation drawing of the mounting device of the present invention on a box-shaped product base   A guide clothespin etc. attached to an elongated object   Installation drawing of box-shaped product including product and pedestal on elongated product made of composite product   Front and back side of a long and thin aluminum rod   Tightening the aluminum rod connecting bracket   Connecting bracket   Wire assembly jig   A state where a wire is incorporated in a wire assembly jig   A wire wound around a metal pole and a wire assembly jig   Inserting a gap between wires made with a wire assembly jig

  Here, an example of many modes for carrying out the invention will be described. As an example for carrying out the present invention, the one shown in the example of the mounting device of the present invention as shown in FIG. 1 is prepared. The mounting device 25 of the present invention is made up of a U-shaped holder made of a material such as metal, a movable plate 3 and four male screws 44.

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

  As shown in FIG. 1, the holder has a U-shape, and the hole of 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 a screw bearing of the male screw 4, the movable movable plate 3 is moved so that the elongated member 20 hits the movable plate 3 with an extreme inclination. When an abnormal force is applied to the product mounting pedestal or when the whole moves momentarily, an unexpected force is applied to the movable plate, and the upper portion 5 of the holder or the movable plate 3 is damaged. there is a possibility. Further, since there is no holder bottom portion 2 in FIG. 1, some force for bending the male screw 4 to the side is directly applied to the male screw 4 and the male screw is bent, so that the movable plate cannot move. There is also a possibility.

  Therefore, the holder is made in a U-shape, and the screw shaft of the male screw 4 is formed in the holder upper portion 5 and the holder bottom portion 2 so as to face each other with a diameter slightly larger than the diameter of the screw shaft of the male screw. Arranged so that the movable plate 3 is sandwiched, and the screw bearing holes of the male screw are in a pair of two locations, and the screw shaft axis of the male screw is minimized even if an unexpected force is applied to the movable plate And to protect the fixture of the present invention from damage as much as possible.

  The reason why four male screws are used is that one male screw and the movable plate form a single screw jack due to the relationship between the screw shaft and the traveling nut. Therefore, since there are four male screws for one movable plate, the force for pulling away the elongated member 20 of the movable plate from the base body 28 can be considered simply and a force four times that for one male screw can be generated. become. This also reduces the load in one hole of the female screw of the movable plate, and also improves the pressure applied to sandwich the elongated member 20 between the holder upper portion 5 and the movable plate 3.

  The length of the four male screws 4 is a great means for controlling the pressing force of the elongated screw 20 on the distal end 23 and the like of the elongated screw 20. Here, the length of the male screw is set slightly longer than the distance between the upper part of the holder and the lower part of the holder facing the parallel of the U-shaped part, and the head of the male screw is brought into contact with the upper part of the holder. The tip of the male screw protrudes slightly from the lower part of the holder.

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

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

  As Example 1, a large number of attachments can be attached to a large number of attachment locations by the attachment device of the present invention by a number of attachment methods. Here, as shown in FIG. An example of attaching the beam 16 to the beam 16 using the aluminum rod 14 and the L angle 13 is shown.

  An aluminum rod with a male thread groove cut at both ends with a slight gap in the beam and bent along with the aluminum rod with a hole into which an aluminum rod with a male thread groove can be inserted. Tighten with a surrounding bolt to prevent it from moving. Combined bent aluminum bar and aluminum L-angle composite. Then, the bolts 15 were tightened so that they could slide and move slightly along the beam, and attached to the beam.

  As shown in FIG. 9, a slender product made of a composite product for a mounting device according to the present invention, a slender product made of a composite product, which is made of a combination of an aluminum rod 14 and an aluminum L angle 13 that can be moved slightly along the beam. I will call it. Two elongated objects 36 made of the composite product were attached to the beam.

  FIG. 10 The mounting device of the present invention is attached to the box-shaped product base, and the mounting device 25 of the present invention shown in FIG. However, two bolts 34 and nuts 35 were attached to two places as shown in FIG. Next, two male screws on the open side of the U-shaped holder of the four male screws for moving the movable plate of each of the mounting devices of the present invention 22 are removed, and each movable plate 3 is The mold was lowered so as to overlap the bottom part 2 of the holder.

  The attachment device 25 of the present invention attached to a box-shaped object 26 including a product and a base is attached to an elongated object 36 made of two composite products like a state in which a guide clothespin or the like is attached to an elongated object. A guide laundry scissors 37 and the like were respectively attached below the portion to be attached.

  12. As shown in FIG. 12, there is a gap in the elongated product 36 including the product and the pedestal because there is a gap in the elongated product 36 including the product and the pedestal. The part of the mounting device 25 of the present invention where the movable plate 3 overlaps the holder bottom part 2 is inserted from the side so as to be placed on the guide laundry scissors 37 and the like, this time another mounting of the present invention. The movable plate 3 of the mounting device 25 of the present invention of the box-like product 53 including the other product and the base is overlapped with the holder bottom portion while the elongated product 36 made of the composite product for the device 25 is shifted and moved. 12 was inserted from the side so as to be placed above the other guide laundry scissors 37 and the like, and the state shown in FIG. 12 was obtained.

  The U-shaped opening made in the mounting device 25 of the present invention of both the product and the box-like one 53 including the base is made in a state in which the elongated product 36 made of a composite product is sandwiched between the movable plates 3 respectively. Two male screws were removed from the existing side and 22 male screws were reinserted and tightened again.

  Then, the four male screws 4 for supporting the movable plate 3 on the open side and the closed side of the mounting device 25 of the present invention, both of the product and the box-shaped one 53 including the base, are equally provided. I kept tightening.

  When the four male screws 4 in the mounting device 25 of the present invention of both the product and the box-shaped one 53 including the pedestal have been equally tightened, it was decided to install the set screw this time. The set screw 30 was inserted into the female screw hole 6 for the set screw in the center of the mounting tool 25 and tightened and tightened. The mounting tool 25 of the present invention pressed the elongated product 36 made of the composite product.

  Then, the two guide laundry scissors 37 attached to the elongated product 36 previously made of the composite product are removed and the series of installation work is completed, and the box-shaped product 53 including the product and the base is very It was confirmed that it was firmly attached to the beam 16.

  It is attached to the box-shaped object 53 including the product and the pedestal so as to be moved a little along the beam 16 in a state of being mounted using the mounting tool 25 of the present invention attached to the box-shaped object 53 including the product and the pedestal. The guide laundry scissors 37 and the like were attached to two places of the elongated object 36 made of the respective composite products under the side surface of the attachment device 25 of the present invention.

Then, in order to move the elongated product 36 made of the composite product along the beam 16, the attachment device 25 of the present invention of the box-like product 53 including the product and the base is attached to the elongated product 36 made of two composite products. Each of the guide laundry scissors 37 and the like was attached to the lower part of the box.
Since the long and narrow 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 tightened set screw 30 was removed. Then, until the four male screws 4 supporting the movable plates 3 of both the mounting devices 25 of the present invention attached to the box-shaped object 53 including the product and the base do not hang on the beam surface, Each of the four male screws 4 was loosened, and when the loosening was completed, each of the slender members 36 made of a composite product to which the attachment device 25 of the present invention was attached was held by hand and moved along the beam.

  When it has finished moving, again tighten the four male screws 4 that support the movable plates 3 of both of the mounting devices 25 of the present invention until they stop, and think that a set screw is needed. Each set screw 30 is again inserted into the same set screw female screw hole 6 in the center in the box-shaped one 53 of the present invention, which is a box-like one including a base, and is tightened and attached. Each piece 36 made of a product was held down.

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

  As Example 2, a large number of attachments can be attached to a large number of attachment places by the attachment device of the present invention by a number of attachment methods. Here, a box-like thing 53 including a product and a pedestal is attached to a column 8 or the like. An example of attachment using an elongated rod 7 will be described.

As shown on the front side and the back side of the elongated aluminum rod in FIG. 13, two elongated aluminum rods 7 are wound around the column 8 and fixed to the column 8 using the connecting metal 9, respectively. The aluminum rod wrapped around and attached to the pillar using the connecting metal 9 is called an elongated aluminum rod 7, and the elongated aluminum rod 7 with the connecting rod 9 on the pillar is the elongated aluminum rod 7. The long side of the aluminum rod 7, which is the opposite side of the back side, is the front side of the long and thin aluminum rod 7.
A long and narrow aluminum rod 7 having a male screw cut at both ends of the aluminum rod and bent according to the cross-sectional dimension of the column was wound around the column 8 and fixed by using two connecting fittings 9.

  As an example of the structure and usage of the connecting metal 9, an explanation will be given by using a long and thin object 7 of a pillar and an aluminum rod. As shown in FIG. 15, the L-shaped vertical surface portion and the L-shaped bottom surface portion are formed, and the diameter is slightly larger than the diameter of the elongated aluminum rod 7 having a thread groove in the L-shaped vertical surface portion 39. Two holes are made. As shown in FIG. 14, how to fasten the aluminum rod joint, first tighten the nut X43 to the back of the male screw at the tip A41 of the elongated rod 7 and pass it through one hole of the joint 9 as shown in FIG. Further, the connecting metal fitting 9 was fixed to the tip A41 of the elongated aluminum rod 7 by tightening the connecting metal fitting 9 with the nut Y44.

  As shown in FIG. 15, the connecting metal 9 is designed to reinforce against various forces applied to connect it, and to sit on the column 8 around which the elongated aluminum rod 7 is wound as the connecting metal 9. In addition, the L-shaped bottom surface portion 40 is in contact with the surface of the column 8. The aluminum rod elongate member 7 bent along the cross-sectional shape of the mother body 28 is slightly rewound to the mother body, and the tip B42 is connected to the hole opened on one side of the metal fitting 9 from the L-shaped bottom surface portion 40. Then, the tip B42 is fixed to the fastening column 8 with a nut Z45. As shown in this example, the connecting fitting 9 is small in size, very easy to manufacture, and can be made inexpensive.

  A long and narrow aluminum rod 7 that is bent along the shape of the cross section of the column with a little gap so that the metal fitting 9 is fixed to the tip A41 with a nut X43 and a nut Y44 and the movable plate 3 can be inserted later. Slightly rewinded, the rod 8 and the tip B42 were connected to the column 8 and passed through one open hole of the metal fitting 9 from the L-shaped bottom. Then, the tip B42 was slightly tightened with a nut Z45. The range in which the male thread is cut at both ends of the aluminum rod that has been bent to match the cross-sectional dimension of the column is the amount by which the nut Z45 at the tip B is tightened at the tip A with reference to the joint 9 fixed by the nut X43 and nut Y44. In consideration of the amount to loosen, the range to cut the external thread was decided. And when tightening the winding of the elongated aluminum rod 7 around the mother body 28, the nut Z45 is tightened, and when the winding is weakened, it is loosened so that the degree of winding can be adjusted with the nut Z45. did.

  Pass through the hole of the connecting bracket and tighten it with the nut Z45 to make it moveable if you try to move along the pillar. It was decided to make a long and narrow aluminum rod 7 on each side and to attach a box-like 53 including a product and a base to the front side of the long and thin aluminum rod 7.

  Therefore, as shown in FIG. 6 in a box-shaped product including a product and a pedestal, a box-shaped product 53 including a product and a pedestal to which a mounting tool of the present invention is attached is prepared, and each movable plate 3 is attached. Two male screws on the open side of the U-shape are removed from the upper and lower four male screws 4 of the mounting device 25 of the present invention so as to overlap the holder bottom portion 2 22.

  And even if the nut Z45 of the back-side joining bracket 9 in FIG. 13 is fully tightened, the rigidity of the elongated rod 7 of the aluminum rod 7 makes the column of the elongated strip 7 of the aluminum rod on the back side of FIG. It was confirmed that the small gap along the line 8 could be kept as it was without much influence.

  Therefore, in 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 article 53 including the product and the base is placed along the pillar until the attachment device 25 of the present invention on the lower side comes. The nut Z45 of FIG. 14 of the connecting metal 9 was moved and firmly tightened, and the elongated aluminum rod 7 was firmly fixed to the column.

  Further, another elongated aluminum rod 7 wound on the upper side was raised along the column 8 so as not to obstruct the attachment of the main body of FIG. 6, and the nut Z45 of FIG.

  The movable plate of the mounting tool of the present invention on the lower side of the box-like one 53 including the product and the base shown in FIG. 6 is overlapped with the holder bottom portion 2 on the front side of the elongated aluminum rod 7 on the lower side. The part is inserted into the gap between the lower wound aluminum rods 7 and the upper aluminum rod 7 is placed over the holder bottom part 2 with the movable plate of the upper mounting tool 25 of the present invention. I lowered it into the place where it was. Then, the nut Z45 of FIG. 14 of the elongated metal rod 7 of the upper aluminum rod was firmly tightened and fixed firmly.

  The 22 male screws 4, from which two male screws have been removed, are inserted and tightened in front of each of the mounting devices 25 of the present invention of the box-shaped one 53 including the product and the base, and the U-shapes of the mounting devices 25 of the present invention are respectively The four male screws 4 that supported the movable plate 3 on the open side and the closed side of the mold were each tightened equally.

  In the mounting device 25 of the present invention above and below the box-shaped object 53 including the product to be mounted and the pedestal, when the four male screws 4 were equally tightened, the set screw 30 was considered necessary. A set screw 30 is attached to each set screw female screw hole 6 at the center of the upper portion of the holder in each of the mounting devices 25 of the present invention, and the series of mounting operations is completed by pressing the elongated aluminum rods 7 respectively. Then, it was confirmed that the box-like object 53 including the product and the pedestal was attached to the pillar 8 very firmly.

  In order to move a little along the column 8 in a state where a pair of upper and lower attachment devices 25 of the present invention is attached to a box-like object 53 including a product and a base, the product and the base shown in FIG. 6 are included. Since the pair of upper and lower mounting devices 25 of the box-shaped member 53 are holding the elongated members 7 of the respective aluminum bars with the set screws 30, these set screws 30 were removed.

  Loosen the four male screws 4 that support the movable plate 3 of the mounting tool 25 of the present invention on the upper and lower sides until they no longer hang on the pillar surface. 14 of FIG. 14 was loosened and moved along the column 8 with the elongated aluminum rods 7 on both the upper and lower sides.

  When the movement has been completed, the nut Z45 of the elongated aluminum rod 7 joint 9 of the lower aluminum rod is tightened tightly, and then the nut Z45 of FIG. After confirming that the long and thin aluminum rod 7 does not move, again tighten the four male screws 4 supporting the movable plate 3 of the upper and lower mounting devices 25 of the present invention until they are tightened. Since it seemed necessary, a set screw 30 was attached and tightened in each of the female screw holes 6 for the set screw at the center of the holder upper portion 5 of the upper and lower mounting devices 25 of the present invention to hold the elongated aluminum rod 7.

  This completes the series of mounting operations, and it was confirmed that the box-shaped object 53 including the product and the pedestal was very firmly attached to the column 8.

  As a third embodiment, a large number of attachments can be attached to a large number of attachment places by the attachment device of the present invention by a number of attachment methods. Here, a box-like one 53 including a product and a base shown in FIG. An example in which a wire or the like is wound around the pole 12 is attached.

  First, a wire or the like used to attach the box-shaped object 53 including the product and the pedestal of FIG. 6 to the metal pole 12 is referred to as an elongated wire 10. The metal pole 12 has a diameter of an elongated object 10 of two or more wires 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 base of FIG. Cut out two strips of wire 10 of appropriate length over 3 times the circumference.

  The elongated wire 10 was selected to have a strength that can withstand a weight far exceeding the total weight of the box 53 including the product and the base. Aluminum pipes were respectively crimped to both ends of the wire cut out in order to prevent the tip of the elongated wire 10 from damaging the worker and to prevent the wire from being cut off from the attachment device 25 of the present invention.

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

  As shown in FIG. 16, the wire incorporating jig 52 has a U-shape with a height 49 that is substantially the same as that of the mounting tool 25 of the present invention. And 46, which is slightly wider than the width of the mounting device of the present invention 46, a length 47 that can fully accommodate the mounting device 25 of the present invention, 50 that is substantially 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.

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

  As shown in FIG. 17, the wire incorporation jig 52 has two male screws on the open side of the U-shaped lower side so that the movable plate 3 of the mounting tool 25 of the present invention is overlapped with the holder bottom portion 2. As shown in FIG. 17, a groove 51 having a width slightly larger than the diameter of the wire to be inserted is formed in the wire incorporating jig 52 so that two wires can be inserted into and placed on the movable plate 3. Both ends of the elongate wire 10 are incorporated in a wire assembling jig 52, and the metal pole 12 serving as a base body 28 is inserted so that the portion overlapping the movable plate 3 and the holder bottom portion 2 of the mounting tool 25 of the present invention can be inserted. A little gap is made.

  Then, the four male screws 4 of the attachment device 25 of the present invention attached to the upper and lower sides of the box-like object 53 including the product and the base shown in FIG. Push down to overlap 2. Then, two male screws 22 were removed from each of the upper and lower attachment devices 25 of the present invention.

  The place where the movable plate 3 and the holder bottom portion 2 of the attachment device 25 of the present invention on the upper side of the main body overlap is inserted into a small gap formed by the wire incorporation jig 52 as shown in FIG. Inserted from bottom to top as in direction 54.

  Then, the 22 screws from which the two male screws have been removed are inserted and tightened again. Then, the four male screws inserted in each are slightly tightened so as to be equalized little by little, and the two ends of the wires 10 shown in FIG. Each holding wire 10 is tightened on both sides. After the wire 10 was strongly tightened, each of the four male screws 4 of the attachment device 25 of the present invention was tightened to some extent.

  After holding the wires 10 incorporated in the wire incorporation jig 52 with both hands and pulling them to both sides, the hands 10 are changed and the four male screws 4 are tightened to some extent. This work was done several times.

  Originally, when the hand is changed for the next work, it should be possible to retighten the elongated object 10 of the wire, but the elongated object 10 of the wire tightened on both sides even if the hand is released from the elongated object 10 of the wire. Almost no return occurred. This seems to be because the shape, material, and thickness of the wire incorporating jig 52 are appropriately matched. For this reason, the feel of the force applied to tighten the elongate wire 10 by the groove of the wire incorporating jig 52 and the catching that does not cause the tightening return were moderate.

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

  As for how to wind the wire 10 around the metal pole 12, the force when the metal pole 12 and the wire 10 are in contact with each other and the wire is tightened with both hands is transmitted well to the entire wire, In order to make the tension uniform, the winding method as shown in FIG. 3 was performed this time in consideration of the diameter of the pole and the size of the box-like object 53 including the product and the base.

  After that, the wire assembly jig 52 shown in FIG. 18 is pulled out, the two parts near the aluminum tube 11 to which the long and thin wire is crimped, and the long and narrow wire 10 are firmly tightened to both sides again with both hands, and no further tightening is possible. Tightened up.

  However, since the portion of the mounting device 25 of the present invention below the box-shaped object 53 including the product and the base is floated and tilted from the metal pole 12 if it is tightened only considering tightening too much, the main body is made of metal. The tightening of the elongate wire 10 while keeping the pole 12 in place 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, while confirming that the lower mounting device 25 of the present invention is firmly attached to the metal pole 12, the wire elongated member 10 is further tightened, and the four male screws 4 of the mounting device 25 of the present invention are tightened. Further tightened.

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

  Next, the lower installation tool 25 of the present invention was started. In the case of the upper attachment device 25 of the present invention, the upper attachment device 25 of the present invention of the box-shaped object 53 including the product and the pedestal 53 is put into the gap of the wire 10 made by the wire incorporation jig 52 from the bottom to the top. In the case of the lower mounting device 25 of the present invention, the wire mounting jig 52 is used as shown in FIG. 19 in which the gap between the wires formed by the wire mounting jig is inserted into the lower mounting device 25 of the present invention. Further, the gap between the long and thin wires 10 was moved from the bottom to the top as shown in FIG.

  Then, the 22 male screw 4 from which the two male screws were removed was reinserted and tightened loosely until the end of the lower mounting tool 25 of the present invention, and the wire elongated member 10 shown in FIG. Hold the aluminum tube 11 near the 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 operation is performed several times, and the wire assembling jig 52 shown in FIG. 19 is pulled out, the two parts near the aluminum tube 11 to which the wire 10 is crimped are held, and the elongated object 10 of the wire is pulled to both sides again with both hands. The wire 10 was tightened firmly and tightened to such an extent that it could not be tightened any further. Then, an operation of fully tightening the four male screws 4 of the mounting tool 25 of the present invention was performed. These operations were performed alternately. And the tightening of the long and thin wire 10 and the four male screws 4 of the attachment device 25 of the present invention were performed to a point where no further tightening was possible.

  Then, since I wanted to attach the set screw 30 to the upper and lower attachment devices 25 of the present invention, the two screws on both sides except for the center of the upper part of the holder of the upper and lower attachment devices 25 of the present invention. A series of operations was completed by inserting a set screw 30 into each set screw female screw hole 6 to securely hold the elongated wire 10. Then, it was confirmed that the box-shaped object 53 including the product and the pedestal was attached very firmly.

  Since I thought that I would like to move a little along the metal pole 12 in the state where the box-shaped thing including the product and the base was attached to the metal pole 12 with the mounting tool 25 of the present invention, the product and the base shown in FIG. Since the wires are held by the set screws 30 of the upper and lower attachment devices 25 of the present invention attached to the box-like object 53 including the upper and lower parts, all the set screws 30 attached are removed and the upper and lower books are removed. A crimped aluminum tube that prevents the four male screws 4 that support the movable plate 3 of the mounting device 25 of the invention from falling on the surface of the metal pole 12 or the ends of the elongated wire 10. 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 to the extent that 11 cannot pass through, and when the loosening is finished, the box-shaped thing including the product and the base shown in FIG. 53 in hand Chi was moved along a metal pole 12 by solving the tightening of the wire 10 itself touches the wire 10 directly with the other hand.

  Since it was able to be moved, the four male screws 4 that support the movable plate 3 of the upper mounting device 25 of the present invention were tightened slightly narrowly, and the vicinity of the aluminum tube 11 to which the wire was crimped was two places. Then, holding the wire 10 with both hands, pulling the wire 10 on both sides, and tightening the wire 10 to such an extent that it cannot be further tightened. Then, the four male screws 4 of the attachment device 25 of the present invention were sufficiently tightened. And the operation | work which tightens the wire 10 and the operation | work which tightens the four male screws 4 were performed alternately until it stopped.

  Then, similarly for the lower mounting device 25 of the present invention, the four male screws 4 that support the movable plate 3 of the lower mounting device 25 of the present invention are tightened slightly narrowly, and the wire 10 is crimped. Holding the aluminum tube 11 in two places, holding the wire 10 with both hands, pulling the wire 10 on both sides, tightening the wire, and tightening to such an extent that it can no longer be tightened. Then, the wire 10 was tightened and the four male screws 4 were alternately tightened until tightening was achieved.

  Then, because I wanted to attach the set screw 30, I set the two set screw female screw holes 6 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 to screw the set screw. A series of operations were completed in such a manner as to securely hold the elongate object 10. Then, it was confirmed that the box-shaped object 53 including the product and the pedestal was attached very firmly.

  The mounting device of the present invention is a box-shaped product serving as a base for the product of FIG. 19 in electronic signs, displays / displays, speakers, antennas, solar panels, various sensors, small motors, warning lights, lighting equipment, surveillance cameras, etc. It can be used by attaching the mounting device of the present invention to a product, or by directly mounting the mounting device of the present invention on a product such as a storage box, a shelf and an exhibition shelf. The facts are clear, the industry can be used meaningfully, and the range of products that can be used is of course wide.

  Since the attachment device of the present invention can be attached to a branch of a standing tree without damaging the branch, the lighting device, the speaker and the accessory can be easily attached to the tree by using the attachment device of the present invention. Since the product can be attached to the event, it can be used for attaching signs, banners, etc. to the standing trees at the event, and there may be new usage methods such as removing after the event, and not only lighting the standing trees from the outside with a spotlight For example, if you place a mirror ball near the trunk and place several spotlights or lighting equipment on the nearby branches, it may lead to a new artistic expression for summer nights.

  Although it was also shown in the effect of the invention of the mounting device of the present invention, by using what directly connected two mounting devices of the present invention, such as hanging a molded object for events that could be put out, such as polystyrene foam, etc. I think that the surface of the polystyrene foam is fragile, so I need to devise the attachment part, but when I try to hang the foamed polystyrene model on the beam using the attachment device of the present invention directly connected in FIG. As shown in FIG. 14, the mounting device of the present invention is attached to the beam by attaching a thin foamed object such as a band to the beam and binding it so that it is thinned only when inserted into the mounting device of the present invention. It can be installed stably without pendulum movement. For this reason, it seems that there is a possibility that large items such as event products and stage tools can be produced quickly and cheaply.

DESCRIPTION OF SYMBOLS 1 Holder side part 2 Holder bottom part 3 Movable board 4 Male screw 5 Holder upper part 6 Female screw hole 7 for a set screw Elongate thing of an aluminum rod 8 Pillar 9 Connecting metal fitting 10 Ten elongated thing of a wire 11 Crimped aluminum tube 12 Metal pole 13 Aluminum L-shaped angle 14 Aluminum rod 15 Nut 16 Beam 17 Bolt 18 Product base box 19 Product 20 Elongate 21 Male screw head 22 Two male screws removed 23 Male screw tip 24 Elongated A state in which an object is sandwiched 25 A mounting device 26 of the present invention 26 A product and a product base box-shaped object 27 A beam elongated object 28 A base 29 A product base box-shaped bottom surface 30 A set screw 31 A shelf elongated object 32 The present invention Mounting fixture portion 33 Shelf 34 Holder connection bolt 35 Holder connection nut 36 Elongated product 37 made of composite product Washing scissors etc. for guides 38 Holder connection hole 39 L-shaped vertical surface portion 40 L-shaped bottom surface portion 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 device of the present invention 47 A length sufficient to accommodate all the mounting devices of the present invention 48 A material having rigidity sufficient to withstand the repulsion force of the wire 49 Almost the same height as the mounting device of the present invention 50 Same as the width of the movable plate of the mounting device of the present invention 51 Groove 52 slightly wider than the diameter of the wire to be inserted 52 Wire assembly jig 53 Box-shaped one including product and pedestal 54 Insertion direction

Claims (4)

  The mounting device (25) of the present invention comprises a holder upper part (5), a holder side part (1), a movable plate (3), a male screw (4), and a set screw (30) used when necessary. The holder side part (1) can be attached with a product (19) or a box-like product base (18). An elongated object (20) is firmly attached to the base (28) such as a beam or column and a pole. The male screw (4) and the movable plate (3) form a screw jack. By tightening the male screw (4), the movable plate (3) is elongated (20) with rigidity and tension. Pull away from mother body (28). Then, the elongated part (20) is firmly sandwiched between the upper part (5) of the holder pressed by the head (21) of the male screw and the movable plate (3), or the elongated part (20) even with the set screw (30). The product (19) or the box (53) including the product and the base (53) is fixed to the mother body (28) using the rigidity and tension of the elongated object (20). Attachment   With the mounting device according to the present invention, the male screw (4) is subjected to an abnormal force to bend and bend the male screw (4), the movable plate (3), the upper part of the holder (5), etc. So that the holder is in a U-shape so that the holder is not damaged, and the movable plate (3) is sandwiched between the holder bottom part (2) facing the upper part (5) of the holder and the male screw (4) is slightly larger than the diameter of the male screw (4) A hole with a diameter that does not allow the screw head (21) to pass through is formed, and the male screw (4) is arranged so as to face the female screw hole (4) that the movable plate (3) has. By passing through these holes, the displacement of the male screw (4) is minimized and the male screw (4) of the mounting device (32) of the present invention is bent, or the movable plate (3) and the upper part of the holder (5 ) A mechanism to protect from damage.   The wire-incorporating jig (52) used when attaching the attachment device (25) of the present invention of "Claim 1" using an elongated wire (10) is provided in accordance with the present invention of "Claim 1". The movable plate (3) of the mounting device (25) is moved to the base of the base (28) side, and two wires are inserted into the movable plate (3) so that the width is slightly smaller than the diameter of the wire to be inserted. A thick groove (51) is formed in the wire assembling jig (52), and both ends of the elongated wire (10) are incorporated into the wire assembling jig (52). A shape in which a small gap is created from the base body (28) so that the movable plate (3) moved to the end of the base body (28) can be easily inserted, and the wire can be easily incorporated into the mounting device (25) of the present invention. Produce wire embedded jig (52).   Metal used for constructing a long and narrow object for use in the attachment instrument (25) of the present invention of "Claim 1", with male threads cut at both ends of the tip A (41) and the tip B (42) L-shaped vertical surface part, which is a metal fitting used to hold a metal rod bent to match the cross-sectional dimension of the beam or column that becomes the parent body (28) around the mother body (28) (39) and an L-shaped bottom surface portion (40), and a L-shaped vertical surface portion (39) having two holes with a diameter slightly larger than the diameter of a metal rod with a thread groove ( 9) At the end of one hole, tighten the nut X (43) to the back of the male thread at the tip A (41) of the elongated metal rod, pass the fitting (9), and further with the nut Y (44) Tighten the metal fitting (9) so as to sandwich this metal fitting, and the tip A of the elongated metal rod Connecting to 41) to fix the bracket (9). In addition, the other end of the metal rod is connected to the other end B (42), and the other end of the metal fitting (9) is passed from the opposite side to the end A (41), and then the end B (42) is inserted. Tighten with nut Z (45). Tightening the nut Z (45) when tightening the winding around which the metal rod is wound around the base, and loosening the winding when weakening the winding so that the degree of winding can be adjusted with the nut Z (45) .

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