JP4137802B2 - Outer wall impact strength experience device - Google Patents

Description

  The present invention relates to an apparatus designed to allow the user to experience the difference in impact strength between different types of outer walls.

  Generally, the outer wall of a residential building is designed in consideration of all situations such as earthquakes, typhoons, wind and rain, and fires. Therefore, the outer wall is used having a certain fixed impact resistance strength so that it is safe even if flying objects collide when a typhoon or a tornado occurs.

  Such impact strength of the outer wall was introduced in catalogs using texts and photographs, and salesmen verbally explained to prospective buyers who visited the exhibition house.

  However, the difference in performance of the outer walls used in actual houses cannot be realized even if they are introduced in the catalog or explained verbally.

Therefore, as a result of being able to experience such a difference in performance, throwing pitches from the pitching machine to different outer wall materials and colliding with each other, destroying each outer wall material and throwing at the time of pitching There has been proposed an experience device that can see the speed.
JP 2003-228282 A

  However, in the case of the above conventional experience device, since the actual impact strength can only be estimated by the throwing speed at the time of throwing, even if looking at the degree of destruction of the outer wall material, how much breaking strength is the throwing speed? This will cause inconvenience that the person cannot actually feel this.

  In addition, in order to prevent the pitching machine from hitting the subject, it is necessary to provide a net or the like that separates the experience device from the subject. The apparatus must be stopped and the outer wall material must be replaced beyond the net.

  The present invention has been made in view of the actual circumstances, and can make an impression of the difference in impact strength of different outer wall materials, and can easily replace the outer wall materials. It aims to provide a strength experience device.

  In order to solve the above-mentioned problems, the outer wall impact strength experience device of the present invention is fixed between a frame framed in a substantially cubic shape and a floor surface and a ceiling surface, and the frame can be rotated at an intermediate portion thereof. A support shaft for supporting, and a rod body swingably provided at a position separated from the frame by an appropriate distance, and the frame is provided with a transparent plate on one side among the sections formed on the outer peripheral four surfaces. In addition, different outer wall test plates are provided on the remaining three surfaces, and the center of the bottom surface and the top surface is supported between the support shafts and is rotatable along the center axis passing through the center of the bottom surface and the top surface. The outer wall test plate provided on the frame is turned against the tip of the rod, and the tip of the rocked rod collides with the outer wall test plate provided on the frame. Not be able to let Those were.

  As described above, according to the present invention, the pivoted bar is in a state in which the frame is rotated with respect to the support shaft and the outer wall test plate provided on the frame is opposed to the tip of the bar body. By causing the tip of the body to collide with the outer wall test plate provided on the frame, the subject himself / herself receives an impact when the rod body collides with the outer wall test plate. Therefore, the impact strength of the outer wall can be felt and felt, and the difference in impact strength between the different outer wall test plates can be reliably grasped.

  Further, since the subject himself / herself swings the rod body and collides with the outer wall test plate, the impression when the rod body collides with the outer wall test plate can be felt close. In addition, since it is safe as long as the subject does not swing the rod, the frame with the outer wall test plate attached can be installed close by and the outer wall test plate can be exchanged efficiently.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings.

  FIG. 1 and FIG. 2 show an outline of the entire configuration of the outer wall impact resistance strength experience apparatus 1.

  That is, the outer wall impact strength experience device 1 includes a frame 2, a support shaft 3, and a rod body 4, and an outer wall test plate 5 provided on the frame 2 is opposed to the rod body 4. The rod body 4 can be made to collide.

  The frame 2 is formed by welding and fixing a steel material having an L-shaped cross section in a cubic shape having a side of about 1000 mm. Among these, the bottom surface 2a is reinforced with a steel material fixed by welding in a cross shape, and the entire bottom surface 2a is closed by a steel plate. Further, the upper surface 2b is reinforced with a steel material welded and fixed in a cross shape, and a steel plate is provided in a quadrangular pyramid shape with an open top. The outer peripheral four surfaces of the frame 2 are formed so as to form a section opening in a substantially square shape for each surface. Among these, a transparent resin plate 21 such as acrylic or polycarbonate is provided on one side so as to be openable and closable on one side via a hinge (not shown). The transparent resin plate 21 can be opened and closed by pushing and pulling a portion of the handle 22 provided on the transparent resin plate 21. Guide members 23 each having a Z-shaped cross section are bolted to the upper and lower sides of the remaining three outer peripheral surfaces, and the outer wall test plate 5 is slid and inserted between the guide members 23 from one side. Thus, the outer wall test plate 5 can be attached to each of the three sections. The slide-inserted outer wall test plate 5 is fixed so as not to be detached from each section by bolting L-shaped guide members 24 to both sides of each section.

  The support shaft 3 includes a lower shaft portion 31 fixed to the floor surface 6 and an upper shaft portion 32 fixed to the ceiling beam 7. The lower shaft portion 31 and the upper shaft portion 32 are provided on a coaxial line. ing. A gap is formed between the lower shaft portion 31 and the upper shaft portion 32, and the frame 2 is provided in the gap. The support shaft 3 has bearings between the upper end portion of the lower shaft portion 31 and the center of the bottom surface 2a of the frame 2 and between the lower end portion of the upper shaft portion 32 and the center of the upper surface 2b of the frame 2, respectively. Thus, the frame 2 is rotatably supported. As a result, the frame 2 provided between the lower shaft portion 31 and the upper shaft portion 32 of the support shaft 3 has the frame 2 with respect to the support shaft 3 fixed between the floor surface 6 and the ceiling beam 7. It can be freely rotated.

  A flange portion 33 is provided at the upper end portion of the lower shaft portion 31, and a fixed shaft 34 that is slidable in a direction orthogonal to the lower shaft portion 31 is provided from the flange portion 33. It has been. The fixed shaft 34 can be inserted into and removed from a hole 25a drilled in the outer peripheral surface of the cylindrical body 25 that rotates together with the frame 2. Then, the frame 2 can be fixed so as not to rotate by inserting the tip of the fixed shaft 34 into the hole 25a. When the frame 2 is rotated again, the fixed shaft 34 may be pulled to insert and remove the tip of the fixed shaft 34 from the hole 25a. The holes 25 a are provided at four locations on the outer peripheral surface of the cylindrical body 25 so that the respective surfaces of the outer peripheral four surfaces of the frame 2 can be positioned at positions facing the rod body 4.

  The rod 4 is made of a wooden round bar, and is fixed to a pair of strings 41 suspended from a ceiling beam 7 to which the support shaft 3 is fixed. The rod 4 is provided at a position where the tip thereof faces the outer wall test plate 5 fixed to the frame 2. The string 42 suspended from the rod 4 can be gripped to swing the rod 4 and collide with the outer wall test plate 5 fixed to the frame 2.

  Next, a method of using the outer wall impact resistance experience device 1 configured as described above will be described.

  First, different outer wall test plates 5 are set on the three outer peripheral surfaces of the frame 2.

  The frame 2 is rotated to position the outer wall test plate 5 at a position facing the rod 4. After positioning, the fixed shaft 34 is inserted into the hole 25a of the cylindrical body 25 of the frame 2 so that the frame 2 does not rotate.

  After this state, the rod body 4 is swung so that the tip of the rod body 4 collides with the outer wall test plate 5. The impact strength is adjusted by the force applied when the subject collides the rod 4 with the outer wall test plate 5. The same operation is performed for each different outer wall test plate 5 provided on each outer peripheral surface of the frame 2, and after completion, the state of each outer wall test plate 5 is confirmed.

  As a result, it can be easily grasped that the impact strength varies depending on the difference in the outer wall test plate 5. In addition, the degree of impact strength can be experienced by the subject himself / herself because the subject himself / herself receives the impact when the rod 4 collides with the outer wall test plate 5, and remains impressive. . In addition, the appearance of the surface of the outer wall test plate 5 after the impact is applied to the outer wall test plate 5 can be seen at hand, and the appearance of the back surface of the outer wall test plate 5 is also provided on one outer surface of the frame 2. It can be easily grasped by looking into the obtained transparent resin plate 22. In addition, if the frame 2 provided with each outer wall test plate 5 after impact is rotated around the support shaft 3, even if there are a large number of subjects, it will be seen efficiently. And can easily explain the impact strength.

  Further, since the subject himself / herself must collide the rod body 4 with the outer wall test plate 5, the outer wall impact strength experience device 1 is safe unless the subject himself collides the rod body 4 with the outer wall test plate 5. . Therefore, the frame 2 with the outer wall test plate 5 attached can be installed close to the user and the replacement work of the outer wall test plate 5 can be performed efficiently.

  Furthermore, this outer wall impact resistance strength experience device 1 has a simple configuration in which the frame 2 provided with the outer wall test plate 5 is supported by the support shaft 3 and the impact is applied by the rod body 4, and does not take up space. It can be easily installed inside an exhibition building (not shown).

  In the present embodiment, the outer wall impact strength experience device 1 is provided with different outer wall test plates 5 on the three outer surfaces, but different outer wall test plates 5 are provided on the two outer surfaces. It may have been made. Further, the method of fixing the outer wall test plate 5 to the frame 2 is not particularly limited to the structure as in the present invention, and an actual outer wall fixing bracket (not shown) is used with the frame 2 as a shaft assembly. The outer wall test plate 5 may be fixed to the frame 2.

  In addition, the frame 2 has a substantially cubic shape that forms four outer peripheral surfaces. However, the frame 2 may have a triangular prism shape with three outer peripheral surfaces, or a polygonal column shape with five or more outer peripheral surfaces. There may be.

  It can be used as a device for explaining the structure of residential buildings and promoting sales.

It is a perspective view which shows the outline of the whole structure of the external wall impact-resistant strength experience apparatus which concerns on this invention. It is a side view of the outer wall impact strength experience apparatus shown in FIG.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Outer wall impact strength experience apparatus 2 Frame 2a Bottom surface 2b Upper surface 21 Transparent resin plate 3 Support shaft 4 Rod body 5 Outer wall test plate 6 Floor surface 7 Ceiling beam (ceiling surface)

Claims (1)

A frame that is framed in a substantially cubic shape, a support shaft that is fixed between the floor surface and the ceiling surface and rotatably supports the frame, and swings to an appropriate distance from the frame. Comprising a rod body provided as possible,
The frame is provided with a transparent plate on one side among the sections formed on the outer peripheral four surfaces, and different outer wall test plates are provided on the remaining three surfaces, and the center of the bottom surface and the top surface is supported between the support shafts and the bottom surface and It can be rotated along a central axis that passes through the center of the upper surface,
The outer wall test in which the tip of the rocked bar is provided on the frame with the outer wall test plate provided on the frame facing the tip of the bar by rotating the frame relative to the support shaft. Outer wall impact strength experience device characterized by being able to collide with a board.

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