TWI325912B - Damping wall panel - Google Patents

Description

1325912 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a shockproof wall panel to which an anti-vibration device is mounted. [Prior Art]

An example of an anti-vibration device used in a conventional building can be listed in Patent Document 1. The anti-vibration device described in Patent Document 1 is provided with a support by a reinforcing plate for mounting in a structure internal space surrounded by a column and a beam, and a shock absorber (anti-vibration member) is provided between the pillars to absorb an earthquake by shock absorption. The shock-absorbing energy at the time of occurrence is called a strut-type anti-vibration device. Patent Document 1: Japanese Patent Laid-Open No. 2003-49557, the above-mentioned anti-vibration device, which transmits the shock-absorbing member [energy absorbing material] when the building is deformed by an earthquake or the like. The deformation is also smaller than the inner one, so that the damping force for attenuating the vibration of the building is also small. The anti-vibration structure of the 诰 雪 snow y, J 不能 can not operate effectively. Therefore, the number of the anti-vibration components must be increased. Placed by the column and the beam In addition, on-site construction needs. In addition, the above-mentioned anti-vibration device must be in the internal space of the structure set in the field, for example, the wall takes a lot of man-hours. [The content of the present invention is proposed for the above problem, and the right anti-Thunder is recognized as Shu * The purpose is to provide a shock-proof wall panel with an anti-shock device, and the building deformation in the ground π u A In a small case, it is also able to absorb a large amount of energy, and τ is used to exert a large damping force. To solve the above problem, according to the younger brother of the present invention, the anti-vibration wall panel 5 1325912 is on the construction board. An opening portion is formed and a vibration-proof wall panel is attached to the opening portion, and the anti-vibration device &frame; a pair of branch portions provided in the frame and the frame portion in the two-port portion are supported by the pair of support portions, and When displacement occurs due to vibration, the vibrator member that vibrates substantially at the center of the pair of adjustment portions and the anti-vibration member (for example, anti-vibration rubber) provided at the end portion of the vibrator member and the frame 4 are eight M'. Rectangular frame-shaped on the wall/shock port formed on the wall panel. The wall panel can be used for construction methods such as panel construction or (4) meth〇d. The panel construction method is a kind of wall, The components such as the floor and the eaves are flattened in the work. At the construction site, the construction method of the building can be constructed by combining the flat plates. In addition, the anti-vibration parts are preferably made of a spring and a shock absorber. Rubber parts, hydraulic dampers or elastic material like a drill, or may be attenuated by the friction of the shock.

In addition, when the walls of the above-built buildings are installed, they are combined. The anti-vibration wall panel of the anti-vibration device can also be combined with the new and can also be used to re-renovate the wall of the existing building. According to the present invention, the earthquake-resistant power can be effectively activated from the slight deformation of the building. Passed to the shockproof component. In other words, when the building is deformed by vibration such as an earthquake, the support portion of the anti-vibration EI plate constituting the building is displaced through the frame. Since the pair of arms are displaced, the vibrator member vibrates in a substantially central portion between the pair of support portions like a single pendulum. The end vibration of the vibrator member is amplified, thereby amplifying the displacement of the pair of support portions. In this way, it can be enlarged and arranged at the f-end of the vibrator portion 1325912. The deformation of the anti-vibration member (anti-vibration rubber) between the crucible and the frame, so that the moon b can effectively activate the anti-vibration function from the slight deformation of the building. In addition, the deformation speed of the anti-vibration component can also be faster than the deformation speed of the building: therefore, if an anti-vibration member (for example, a viscous elastic material, etc.) whose energy absorption performance is proportional to the deformation speed is used, the energy can be absorbed more efficiently. The damping force. In addition, the anti-vibration wall panel with the anti-shock device can be manufactured in the factory in advance. φ. As long as the anti-vibration wall panel is installed at the site, it is convenient to insert the anti-vibration structure into the building, which simplifies the on-site construction. Moreover, the anti-vibration wall panel can be placed in a desired position in the building, so that the anti-vibration wall panel can be placed in the most severe position when the earthquake occurs, so that the anti-vibration structure can be easily and surely introduced into the building. Further, the present hair may have a fixing surface which is fixed to the inner surface of the opening formed on the wall panel on the outer surface of the frame.瘫 As described above, a fixing surface is formed on the outer surface of the frame, and the fixing surface is connected and fixed to the inner surface of the opening formed on the wall panel, so that the frame can be easily and surely mounted on the wall panel, that is, it is easy to be in the wall panel Install an anti-shock device on it. Further, the anti-vibration member of the present invention is composed of one of anti-vibration rubbers mounted on the frame with respect to the end portion of the vibrator member, and a metal plate is inserted between the anti-vibration rubbers, and is fixedly connected to the pair of anti-vibration rubbers, and Connect the ends of the metal plate and the vibrator part. “ It is better to prepare two anti-vibration boxes, which are respectively mounted on the frame opposite to the two ends of the vibrator unit. Of course, only one anti-shock box can be installed, and the 7 is called 5912 on the opposite side of the vibrator unit. Further, the anti-vibration rubber is preferably in the form of a plate, and the metal plate is fixed on a surface opposite to the pair of anti-vibration rubbers, and it is preferable to fix the surface of each anti-vibration rubber facing outward to the inner surface opposite to the casing. When a building is deformed by vibration such as an earthquake, a pair of support portions are displaced by being attached to a frame of a building. Since the pair of support portions are displaced, the vibrator member is substantially centered on the central portion between the pair of support portions. When the pendulum vibrates, the end vibration of the vibrator member will be amplified, thereby amplifying the displacement of the pair of support portions. Further, since the end portion of the vibrator member is connected to the metal plate of the anti-shock box, the metal plate is inserted between the anti-vibration rubbers. And it is fixedly connected with a pair of anti-vibration rubbers, so that the deformation of the anti-vibration rubber can be amplified. Therefore, the anti-shock function can be effectively activated from the slight deformation of the building. Since the anti-vibration case is attached to the frame with respect to the vibrator member, the vibrator member and the metal plate fixedly connected to the anti-vibration rubber can be easily connected. Further, the anti-vibration case can be separately manufactured, and the anti-vibration case can be attached to the frame, thereby The assembly of the anti-vibration device is simplified. In particular, the mounting of the frame to the wall panel simplifies the installation of the anti-vibration device. Moreover, the present invention can also project one end of the metal plate from the case and connect the protruding end to the end. The end of the vibrator member. As described above, since one end of the metal plate protruding from the case is connected to the end of the vibrator member, even if the end portion of the vibrator member is not directly fixed to the anti-vibration rubber in the case, The function of the anti-vibration rubber is applied to the vibrator member. The work of directly fixing the end of the vibrator member to the anti-vibration rubber in the box is complicated, but the end of the vibrator member is connected to the metal protruding from the case 8^25912 One end of the board is easy. In addition, the present invention can also be provided with a setting portion for setting the box body and respectively connected and fixed in the setting. The fixing plate of the wall portion (for example, the end plate) at the both ends of the casing of the installation portion. When the fixing plate is fixed to the end wall portion [end plate] of the casing, it can be connected by, for example, a screw or the like. The shock absorbing box is stably disposed on the setting portion, and the shock absorbing box can be easily and surely mounted to the frame by the wall portion that fixes the fixing plate to both ends of the shock absorbing box. Further, the wall panel of the present invention has left and right sides. a pair of pillars, a small wall panel disposed between the upper ends of the pillars and fixed to the upper end portion, and a wall panel disposed between the lower end portions of the coffins and fixed to the lower end portion The longitudinal frame of the frame and the support portion can be mounted on the longitudinal frame. Thus, when the upper structure of the upper floor or the like is supported by the vibration-proof wall panel from below, the downward force acting on the upper structure body can pass through the left and right sides. The column is transferred to a lower structure such as a floor or a foundation portion that supports the vibration-proof wall panel from below. Therefore, the downward force acting on the upper structure body hardly acts on the anti-vibration device, and when no earthquake occurs, the support portion or the vibrator member constituting the anti-vibration device is not subjected to force, so that the anti-vibration device can be surely activated when an earthquake occurs. . Further, the present invention can also provide a heat insulating material on the wall panel without impeding the vibration of the vibrator member. The insulation can be filled inside the wallboard or mounted on the 1325912 outside the wallboard. When filling the interior of the wallboard, it is preferable to use a material such as a glass thief that has no fixed shape and can enter the inner space of the wallboard in an ink-retracted state; and when it is installed outside the wallboard, it is preferably used as a polystyrene. Resin m material such as foaming plastic has a material of (iv) and weight (iv). As described above, the heat-insulating material is used on the wall panel, and the shock-proof wall panel can be used as a heat-insulating structure when it is used on the outer wall. In addition, the heat-insulating material does not interfere with the vibration of the vibrator parts, so the shock-proof function is not affected by the installation of the heat insulating material. According to the present invention, an anti-vibration device is attached to the opening of the wall panel, and when the building is deformed due to earthquake or the like, the pair of support portions of the anti-vibration wall panel are displaced by the frame, so that the vibrator member is supported by a pair The central portion of the portion is vibrated like a single pendulum at the center, and the end vibration of the vibrator member is enlarged, thereby amplifying the displacement β of the pair of support portions, thereby amplifying the shockproof arrangement between the end portion of the vibrator member and the frame. The deformation of the components effectively activates the anti-shock function from the slight deformation of the building. Further, the deformation speed of the anti-vibration member can be made larger than the deformation speed of the building. Therefore, if an anti-vibration member whose energy absorption performance is proportional to the deformation speed is used, energy can be absorbed more efficiently and a larger damping force can be exerted. In addition, the anti-vibration wall panel can be manufactured in the factory in advance, and the anti-vibration structure can be easily introduced into the building by simply setting the anti-vibration wall panel on the site, thereby simplifying the on-site construction. Not only that, but the shock-proof panel can be placed in the most violent position when the earthquake occurs, so that it can be easily and effectively imported into the building. The above and other objects, features, and advantages of the present invention will become more apparent from the <RTIgt; First, before explaining the anti-vibration wall panel of the present invention, the anti-vibration device attached to the seismic wall panel will be described. 1 is a front elevational view of one embodiment of an anti-shock device 1. The anti-vibration device 1 has a truss 2, a pair of support portions 3, 3 provided to the frame 2, a vibrator member 4 supported by the support portions 3, 3, and a shock absorbing box 5 attached to the frame. The frame 2 is formed by assembling a pair of left and right longitudinal frames 6, 6 and a pair of upper and lower transverse frames 7, 7 in a rectangular frame. A pair of longitudinal frames 6, 6 are arranged in parallel, which are respectively formed by a strip-shaped mounting plate 6a and a strip-shaped standing plate which is vertically erected on the mounting plate, and has a T-shaped cross section. The mounting plate 6a is attached to the inner surface of the rectangular opening formed on the wall panel, and the outward side thereof is a fixing surface 6c that is fixedly connected to the inner surface of the opening. Further, the mounting plate 6a is formed at a predetermined interval and is formed in two rows. Screw holes. The fixing surface 6C of the women's plate 6a is attached and fixed to the inner surface of the opening while the screw is inserted into the screw hole and screwed into the inner surface of the opening, so that the mounting plate 6a can be attached to the inner surface. Further, a plurality of through holes are formed at upper and lower intervals of the upright plate 6b. These through holes are used to attach the support portion 3 to the upright plate 6b by the screws 6d. Further, a pair of lateral frames 7, 7 are arranged in parallel, which respectively have a plate-like mounting plate 7a. The mounting plate 7a is attached to the inner surface of the rectangular opening portion formed on the wall plate, and the outward side thereof becomes a fixing surface 7c which is fastened to the inner surface of the opening portion. _ In addition, the left and right ends of the women's wrench 7a, as shown in Fig. 2, in the opposite thickness of the direction of the 5, the metal plate 7b, 7b, between the bottom ends of these metal plates 7b, 7b λ, Liu &amp;&amp; ' 思思 &amp;...: The end of the stand 6b of the shelf 6. The bottom ends of the metal plates 7b, 7b and the plates are not standing. A through hole is formed in the upper crotch portion, and the screw 7 d is inserted into the culvert 2 j. jc. in a through hole, the nut is screwed on the inserted screw 7d, and the longitudinal frame 6 and the lateral direction are connected to each other. frame

The flat section is inserted in a fixed manner. The fixing portion installation portion 9 is provided with a bottom end of a T-shaped fixing member 8 in which four screws are respectively provided, and the tips of the metal plates 7b and 7b are respectively provided, and are fixed to the front ends of the welding members 8 and 8. A shock absorbing box 5 is provided on the portion 9 between the plates 8a and 8a. The end plates at both ends of the anti-shock box 5 of the fixing plate h portion 9 are fixedly connected, and the nail holes 8b. The bries 3, 3 are provided on the standing plates 6b, 6b of the longitudinal frames 6, 6 of the longitudinal frames 6, 6. That is, as shown in Fig. 4, the branch portion 3 has two support slabs. The shape is roughly an isosceles triangle, the bottom edge 2 opposite the apex angle is placed, and the apex angle is directed to the inner side. Since the support plate 3a is isosceles, the central portion in the longitudinal direction (up and down direction) is wider than the end portion. Therefore, the longitudinal direction of the cut portion 3 composed of the two support plates 3a and 3a (the upper and lower portions) is also wider than the end portion. In addition, the angles of the support portions 3 and 3 are opposite to the central portion of the vibrator member 4. This: - a plate fbV! is inserted between the bottom edges of the support plates 3a, 3a in the up and down direction. Λ A pair of branching plates ~, 33, the bottom and bottom sides of the up-and-down direction, and a plurality of through holes are formed at intervals in the vertical direction, and as shown in Fig. 1, a screw (four) is inserted into the through holes. The inserted screw 12 1325912 6d is screwed onto the nut, thereby arranging a pair of support plates, that is, on the upright plate 6d. The longitudinal direction of the vibrator member 4 is supported by the center angle in the longitudinal direction of the support portions 3, 3. When the pair of support portions 33 are displaced by the vibration, the vibrator member 4m is supported between the portions 3, 3 The center is vibrated about the center. That is, the vibrator member 4 is arranged substantially in a rhombus shape in the longitudinal direction. The left half of the center portion of the vibrator member 4 is interposed between the support plates 3a and 3a, and the female main member is placed between the support plates 3a and 3a of the sundial + upper J fork port P d . ^The branch portion 3 is sandwiched between the other side and the support plate 3 of the support portion 3 on the other side of the cut portion 3 of the '- side is formed, and the top of the top is also the second vibrator. The central portion of the member 4 is formed with a through hole that is spaced apart from each other, and a long hole that is long in the left and right direction of the through hole 4aA on the left side of the eight hole. Further, the support plate 3a of the one side support portion and the t center portion of the sub-member 4 A &quot;and, the through hole formed thereon and the rotatably shank, the y-beal length? the upper side moves into the shaft 10 along the length of the long hole to enable the vibrator member 4 to rotate. : A screw having a threaded portion at the front end Π) formation, the snail two: two of the through holes, the y y, the lamp % lamp 1 ϋ inserted into the screw 10 in the through hole screwed on the nut. The 形成 formed on the plate 3a, 3a The hole and vibrator member 4 can be inserted into the side through hole to the shaft 1Q, so that the vibrator portion is formed, and the screw U) is inserted into the through hole, and the screw having the threaded portion at the front end is also inserted into the through hole, and is inserted into the through hole. 13 1325912 of these through holes, the sub-piece 4 is supported by the shafts 1 , 10 by a pair of support portions 3, 3 "When the branch portions 3, 3 are displaced due to vibration, The sub-member 4 vibrates around the central portion between the shafts 1 〇 and 1 大致 between the support portions 3 and 3, and the end portion of the 'anti-shock 相对 5 relative to the vibrator portion # 4 is attached to the frame. 2. That is, as shown in FIG. 3, the shock absorbing box 5 has a pair of housings 15' mounted in the housing 15 of the installation portion 9 (refer to FIG. 2) provided on the lateral frame 7 of the frame 2. The anti-vibration rubber [anti-vibration member] 16, 16 and the metal plate 17 inserted between the anti-vibration rubbers 16, 16 and connected to the anti-vibration rubbers 16, 16 are provided. The case 15 is respectively disposed by a pair of opposite side plates 15a, 15a and respectively The pair of end plates 15b and 15b which are oppositely and detachably attached to the side plates 15a and 15a between the end plates 15a and 15a are formed. Through holes are formed at both ends of the pair of side plates i5a and i5a, and screw holes are formed in the side faces of the pair of end plates 15b and 15b. The through holes and the screw holes are aligned, and the screw 丨 8 is inserted into the through holes to be combined with the screw holes ′ to combine the side plates 15a and 15a and the end plates 15b and 15b into a case. As long as the screw 18 is released, the side plate 15a can be removed. , 15a, the end plate 15 b 15b is released. Further, four screw holes i5c are formed in the end plate i5b, respectively. Further, the anti-vibration rubbers 16 and 16 are fixed to the opposite inner surfaces of the side plates 15a and 15a by a deadener or the like. A metal plate 17 is inserted between the anti-vibration rubbers 1, 6 and 16, and the surface of the metal plate 17 is fixedly connected to the anti-vibration rubbers 16, 16. One end [upper end] of the metal plate 17 protrudes upward from the casing 15, and three through holes 17a are formed at one end of the projection. As shown in FIG. 5, the anti-vibration case 5 having the above structure connects the case 15 to the opening portion 9 provided on the frame 7 '(4), and connects the fixing plates 8a, 8a to the end plates i5b, 15b of the anti-vibration case 5 The screw 19 is inserted from the through hole 8b of the fixing plates 8a and 8a, and is coupled to the screw holes ΐ, ΐ5〇 of the end plate 15b to be fixed to the installation portion 9. Moreover, the metal plate 17 of the anti-vibration case 5 and the end P of the vibrator unit 4 are connected to each other. gP' firstly formed three through holes at intervals in the lateral direction at the end portion of the vibrator member 4. The end surface of the vibrator member 4 is connected to the end surface of the metal plate 17 of the anti-vibration case 5. Further, the metal plates 2, 2 are provided so as to sandwich the end portion of the vibrator member 4 and the end portion of the metal plate 17. The upper and lower portions of the metal plates 2, 2, 2 are respectively formed with three through holes at intervals in the lateral direction, and the screws 21 are inserted into the through holes of the upper through hole and the inner portion of the vibrator member.士合=定, in the through hole formed in the lower through hole and the metal plate 17; Γ =, 4 is fixed with the nut, so that the metal plate 17 of the anti-shock box 5 and the end of the vibrator piece 4 are made of metal The plates 20, 20 are connected. As shown in Fig. 6, the anti-vibration device 1 having the above structure can be combined with the wall panel 30 of the house wall. That is, the panel and the wall panel 32 are connected by the left and right cymbals; the wall panel 31 and the lower right pillars 33 and 33 are connected, and the opening portion 34 is formed at the center portion of the wall panel 30. Opening, frame 2 of the anti-shock device I. f is a rectangle, and the inner side of the pair of longitudinal frames 6 and 6 constituting the frame 2 is inserted into the fixed surface 6 a, 6a.

The inner surface of the fixing surface 6C 34 is fixedly connected, in the α-, opening portion

Οβ The text board 6a, 6a is screwed through the VL, VL narrow A into the inner surface of the opening, from the screw, the longitudinal surface of the mouth. Thus, the longitudinal frames β, 8 are mounted longitudinally in the inner 15 1325912, and the mounting plates 7 of the transverse frames 7 and 7 constituting the frame 2 are outwardly-faced to be solid ... the fixed surface 7 is horizontally: 34 The surface connection is fixed, and the transverse frame 7 is formed by swinging the needle into the inner surface of the opening portion through the screw at the #1 ^ 楦 pile bow women's plate 7a, 7a. Mounted on the ^ surface in a lateral direction. As described above, the shock-proof wall panel 35 of the present invention is constructed by assembling the shock-proof package 30' at the opening portion 34 of the wall panel 3. • The above-described vibration-proof wall panel 35 is deformed by a lateral vibration such as an earthquake if the building in which the vibration-proof wall panel 35 is assembled, and the rectangular frame 2 of the anti-vibration wall panel 35 is deformed into a substantially parallelogram. That is, the lateral frame of the frame 2 is biased to the left and right, and the longitudinal frames 6, 6 are inclined in the lateral direction so that the rectangular frame 2 is deformed into a parallelogram. Since the frame 2 is deformed into a parallelogram, the pair of support portions 3, 3 are displaced 'displaced obliquely up and down. When the pair of support portions 3 and 3 are displaced, the vibrator member 4 vibrates like a single pendulum around the substantially central portion between the pair of support portions 3 and 3, and amplifies the vibration of the end portion of the vibrator member 4, thereby amplifying a pair of supports. The displacement of the parts 3, 3. Further, since the end portion of the vibrator member 4 and the metal plate 17 of the anti-shock box 5 are connected to each other, the connecting metal plate 17 is inserted between the anti-vibration rubbers 16, 16 and fixedly coupled to the pair of anti-vibration rubbers 16, 16 so as to be enlarged Deformation of the anti-vibration rubbers 16, 16. Therefore, the anti-vibration function can be effectively activated from the slight deformation of the building. In addition, the deformation speed of the anti-vibration rubbers 16, 16 can also be greater than the deformation speed of the building. Therefore, if the energy absorption performance is proportional to the deformation speed, it is proportional to the deformation rate of 16 1325912. Anti-vibration rubber made of elastic material can absorb energy more effectively' to exert greater vibration damping force. The anti-vibration wall panel 35 having the above-described anti-vibration device 1 is, for example, as shown in Fig. 7, and if three sheets are continuously provided, the "shock effect" can be provided. At this time, the column 33 constituting the wall panel can be adjacent to the adjacent wall panel 3, 3 In addition, by replacing the wall panels required in the plurality of wall panels constituting the building with the vibration wall panel 35, the earthquake-proof structure can be easily and effectively introduced into the building. # ' can vibrate most in the event of an earthquake The violent wall position guide is not only the same. 'The anti-vibration wall panel with the anti-shock device i can be manufactured in advance. 'On-site only need to set the anti-vibration wall panel 35, so that it can easily introduce the anti-vibration structure into the building, thus simplifying the on-site construction. In addition, since the anti-vibration case 15 is attached to the lateral frame relative to the vibrator case 4, the vibrator unit 4 and the metal plate 1 of the anti-vibration case ^ can be easily connected. Π Π ▼ Also make the anti-vibration case 15 and the anti-shock box 15 It is installed on the cymbal and the cymbal stand 7, so that the anti-shock device can be conveniently arranged. ^Outer's the end of the metal plate 1 protruding from the case 15 is connected to the end of the vibration ==, the vibrating material 4 end material is directly fixed The inner anti-vibration rubber 16 can also function as a function of the vibrator member vibration rubber 16. The end of the jaw member 4 is directly fixed to the end of the box body adjacent to the shock rubber 16, but the vibrator member is 4 It is easy to connect to the end of the metal plate π protruding from the casing 15. The end plate iL is released from the pair of opposite side plates i5a constituting the anti-vibration case 15 and can be easily attached to the inner surface of the side 15a. Fixed shockproof rubber 17 1325912 glue 1 6 'In this state, the metal plate 17 is disposed opposite to the anti-vibration rubbers 16 and 16 between the pair of side plates 15a and 5a, and between the ends of the pair of side plates 15a, 15a The end plates 15b, 15b are disposed, and the end plates 15b, 15b are attached to the side plates 15a, 15a, thereby clamping the metal plate 17 with the anti-vibration rubbers 16, 16, and fixing the anti-vibration rubbers 16, μ on the metal plates 17. Further, the casing 15 In addition, since the bottom plate is not provided, the weight can be reduced. Further, since the lateral portion 7 is provided with the installation portion g, the anti-vibration case 5 can be stably disposed in the installation portion 9, and the end plate 15b at both ends of the anti-vibration case 5 can be The fixing plate 8a, 8a is fixedly connected to the 15b, and the shockproof box 5 is very easy and surely Mounted on the frame 1. Further, since the outer surface of the frame 2 is formed with the fixing faces 6c, &, by fixing the fixings 6c, 7cit to the inner surface of the wall opening 34 #: the frame 2 can be easily and surely The ground plate is attached to the wall panel. Further, the center portion in the longitudinal direction of the vibrator member 4 is supported by the central portion in the longitudinal direction of the pair of pivot portions, so that the vibrator member is supported.

The weights of the third and third members are concentrated in the central portion in the longitudinal direction. However, since the width of the central portion in the longitudinal direction of the vibrator portion 4 is wider than the end portion, the width of the central portion of the selective members 3 and 3 in the longitudinal direction is also wider than the end portion, even if The weight is concentrated on the 'point can' fully withstand', and at the same time, the material of the vibrator member 4 and the branch portions 3, 3 can be reduced due to the end ratio. In addition, the vibrator member 4 is abbreviated as a rhombic member 4, and the pair of branches 3 and 3 are roughly referred to as 'from

It's easy to achieve balance. The top 18 丄 portion of the isosceles of the center vibration I to the eight-horse horse is relatively provided in the vibrator member 4 to effectively support the center portion of the vibrator member 4. α' Therefore, the top portion of the top portion of the vibrator member 4 can support the neutron element 4, respectively, with a pair of branch portions 3, c, and a pair of the branch portion 3 and the central portion, so that the center portion can be substantially The center is the vibration. In addition, between the ancient 3's and the pair of floor panels 3a and 3a at the center of the vibrator unit 4, the left side is the clip: the side support portion.

Part 3, 3 - pair of support plates 3a, 3 ° = clip 1 on the other side support

Between d, when the vibrator member 4 vibrates around the substantially central portion A P between the pair of support portions 3 and 3, the center portion of the vibrator member 4 can be guided in the vibration direction by the pair of the support plates 3a and 3a. Thereby, the vibration of the vibrator member 4 is made smoother. The shafts 10 and 10 are formed in a pair of through holes formed in the center portion, respectively, and the vibrator members 4 are supported by the vibrator member shafts 10 and 10, and the vibrator portions are supported to the support portions 3 and 3. By vibrating the center and confirming the support portions 3, 3', the substantially vibrator member 4 can be smoothly vibrated by the pair of support portions 3 and 3 by means of the member 4. Further, when the vibrator member 4 is vibrated like a single pendulum centering on the substantially central portion between the support portions 3 and 3 by the displacement of the pair of support portions 3 and 3, they are respectively provided to the pair of support portions 3 and 3. The distance between the axes 1〇 and 1〇 will increase or decrease within a certain range. However, since the left through hole in the through hole inserted into the shaft 丨〇 and 丨〇 is the long hole 4a, the distance between the shafts 10 and 10 is increased or decreased through the long hole 4a. It is ensured that the vibrator member 4 can smoothly vibrate. Further, as shown in Fig. 8, the above-described vibration-proof wall panel 35 is provided on the floor 41 provided on the base portion 40 and is connected to the floor portion 41: the anchors 42, 42 are protruded from the base portion 40. The pillars 33, 33 which are fixed to the staggers 42, 42 between the metal plates 43, 43 and the floor 41, and which are provided with the vibration wall panel 35 on the metal plates 43, 43 are retained. Further, a two-layer floor 44 is provided on the anti-vibration wall panel 35, and the anti-vibration wall panel holder-floor 44 is connected through a plurality of steel reinforcing plates 45. Further, when the shock absorbing plate 35 is used from the floor 44 above the lower branch, the downward force acting by the :: plate 44 is transmitted to the base portion 4 through the pair of left and right columns 33, _ wrong detections 42, 42. Therefore, the downward force acting on the two-story floor 44 hardly acts on the anti-static t. 1', so that when the earthquake does not occur, the support constituting the anti-vibration device i = 3 or the vibrator member 4 is not subjected to the force, so At the time of the earthquake, the moon was huge enough to activate the anti-shock device 1 effectively. Further, as shown in FIG. 9, when the vibration-proof wall panel 35 does not hinder the vibration of the sub-member 4, the heat insulating material 50 is filled with the heat insulating material, that is, the heat-insulating material 50 is formed of glass wool. The inside of the wall panel 3 is filled on the side by the vibrator member 4 and the supporting portions 3, 3 which serve as a supporting effect. For example, when the outer wall panel of the anti-vibration wall panel 35 is used, it is filled on the side (outer side) of the anti-vibration wall panel 35 toward the outside. Of course, the heat insulating material 5 may be filled not only on the side but also on the other side inside the wall panel 30. Since the heat insulating material 50 is larger than the filling space, it is necessary to fill the heat insulating material 50 while filling it. After filling the heat insulating material 5, the panel material 51 composed of a composite plate or a stone paste plate or the like is attached to both sides of the wall panel (10) to block the opening portion 34 of the wall panel 30. On the slabs 3, 3a of the branch building 3, wooden slabs 52, 52 of the above-mentioned slats are fixed, and the materials 51 are attached to the wooden substrates 52, 52. As described above, since the heat insulating material 50 is filled inside the wall panel 30, the shockproof wall panel 35 can be used as a heat insulating structure when it is used for the outer wall. Further, since the heat insulating material 50 does not interfere with the vibration of the vibrator member 4, the filling of the heat insulating material 50 does not affect the anti-shock function. Of course, in the present embodiment, in addition to filling the heat insulating material 5〇 inside the wall panel φ 30, the heat insulating material π may be attached to the outside of the wall panel 30 as shown in Fig. 1A. At this time, a heat insulating material 55 having a size almost equal to that of the panel material 5&quot; is attached to the outer surface of the panel material 51. The heat insulating material Η may be composed of a resin foamed material such as polystyrene foam plastic or foamed stupid ethylene. According to the present invention, when the building is deformed by vibration such as an earthquake, the anti-fire wall panel is displaced by the frame, and the vibrator components are combined with each other - the central portion of the large financial center between the support portions is like a single pendulum _like vibration, the vibration of the end of the good component will be amplified, thereby amplifying the displacement of a pair of branch portions. The #4 sample can amplify the deformation of the anti-vibration member disposed between the end of the vibrator member and the frame, thereby effectively starting the anti-vibration function from the slight deformation of the building. In addition, the shockproof neck plate can be provided in the place where the vibration is most severe at the time of the earthquake, so that the anti-vibration structure can be easily and effectively introduced into the building; although the present invention has been disclosed in the foregoing preferred embodiments, it is not intended to limit the present invention. Any changes and modifications may be made by those skilled in the art without departing from the spirit and scope of the invention. Therefore, the scope of protection of the present invention is defined by the scope of the appended claims. 21 1325912 BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a front elevational view showing an embodiment of an anti-vibration device mounted on a shock-proof wall panel of the present invention. Fig. 2 is a perspective view showing the installation portion of the above-described anti-vibration device. Fig. 3 is a perspective view of the shockproof box of the above shockproof device. Fig. 4 is a perspective view showing the support portion and the vibrator member of the above-described anti-vibration device. Fig. 5 is a perspective view showing a connecting portion of the above-described shock absorbing box and vibrator member. Fig. 6 is a front elevational view of the anti-vibration wall panel of the present invention. Figure 7: Front view of the state of the connection of the anti-vibration wall panel shown in Figure 6. Fig. 8: The front side of the shockproof wall panel shown in the sixth circle is placed on the front side of the base portion. Fig. 9 is a plan view of the interior of the anti-vibration wall panel filled with the state of the insulating material shown in Fig. 6. Fig. 10 is a cross-sectional view showing the state of the heat insulating material on the outer surface of the anti-vibration wall panel shown in Fig. 6. 2 frame 3a support plate 5 anti-shock box 7 transverse frame [illustration description] 1 anti-shock device 3 support portion 4 vibrator member 6 longitudinal frame 22 1325912 8a fixed plate 9 setting portion 10 shaft 15 box 15a side plate 15b end plate 16 anti-vibration rubber 17 Metal plate 30 wall plate 31 small wall plate 32 middle wall plate 33 column material 34 opening portion 35 shockproof wall plate 50, 55 insulation material 23

Claims (1)

1325912 % Patent application scope: A shockproof wall panel which is an anti-vibration wall panel formed by forming an opening portion on a building wall panel and installing an anti-vibration device in the opening portion, wherein the anti-vibration device comprises: Installed in the opening portion: a pair of materials, which are disposed opposite to the (4) and have two standard plates respectively; one vibrator member is formed in a diamond-shaped plate shape and arranged in the longitudinal direction; the left half of the sub-component The right half of the branch between the slabs located on the side (4) is sandwiched between the support plates of the support part on the other side: the support is supported; and the pair of anti-shock materials (4) is formed by the shock-proof material. Between the part and the frame; .&quot;dry end where 'when the position of the support changes due to vibration, the central portion vibrates about π between the centers of π to amplify the end of the vibrator member, thereby enlarging the opposite portion Displacement to enlarge the deformation vibration of the anti-vibration member, and the anti-vibration wall panel according to the first aspect of the patent application, wherein the outer casing of the frame is formed to be in contact with the inner surface of the opening formed on the wall panel. The anti-vibration wall panel of the first or second application of the patent system is composed of one of the anti-vibration rubbers mounted on the frame and opposite to the end of the vibrator member, and the anti-vibration rubber is interposed between the metal plates. 'The metal plate is fixedly coupled to the pair of anti-vibration rubbers, and the end portions of the plate and the vibrator member are connected to each other. Chrysanthemum 24 1325912 4. The anti-vibration wall panel of claim 3, wherein one end of the metal plate protrudes from the box, and the protruding end is connected to the end of the vibrator member. 5. The anti-vibration wall panel according to the third aspect of the patent application, wherein the frame is provided with a mounting portion for arranging the box body and a fixing plate for respectively connecting the end wall portions of the box body fixed to the mounting portion. 6. The anti-vibration wall panel according to item i or 2 of the patent application scope, wherein the wall panel comprises: a pair of left and right columns, a small wall panel disposed between the upper ends of the columns and fixed at the upper end of the column, and disposed on the wall panel a middle wall panel between the lower end portions of the column and fixed to the lower end portion; the column is mounted with a 'longitudinal frame' of the frame, and the branch portion is mounted on the longitudinal frame. The plate, wherein the wall plate is provided with a vibration-proof wall panel according to the scope of the patent application section i or 2, in a sheet of hot material which ensures that the vibration of the vibrator member is not hindered.