KR101722122B1 - Museme storage having the function of vibration isolation - Google Patents

Abstract

The present invention relates to a museum storage having a vibration isolation function. The purpose of the present invention is to provide a museum storage having vibration isolation function, capable of protecting a cultural heritage by absorbing and attenuating vibration by being applied to a storage installed in not only a museum storage in a museum or a gallery but also to a medium and small sized building, an ancient palace, or a temple not applied with an earthquake-resistant design. According to the present invention, the museum storage having the vibration isolation function comprises: a ceiling support frame connected by being located at predetermined intervals from a ceiling of the museum storage by a ceiling support unit, and having a ceiling panel installed thereon; a wall support frame connected to be located at predetermined intervals from a wall of the museum storage by a wall support unit having a wall panel installed thereon; a floor support frame connected to be located at the predetermined intervals on the floor of the museum storage, and having a floor panel installed thereon; and a plurality of vibration isolation units installed in the wall support frame and the floor support frame to be located between the wall and the wall support frame and between the floor and the floor support frame. The vibration transmitted from the ceiling, the wall, and the floor of the museum storage is attenuated by the ceiling support unit, the wall support unit, and the vibration isolation unit.

Description

[0001] The present invention relates to a vibration isolation device having a vibration isolating function,

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a storage room having a seismic isolation function, and more particularly, to a storage room having a seismic function capable of safely protecting valuable cultural assets and artifacts in a storage room by attenuating an external force applied to the storage space.

In order to safely preserve and preserve valuable cultural assets and artifacts preserved and newly discovered in Korea and other countries in the world and to publicize its value in many countries around the world, in each country, relevant archives, cultural heritage preservation museums, In the field of science, studies on the preservation of cultural properties are under way.

Cultural and artistic products, including various artifacts exhibited in museums and exhibition halls, may be damaged or destroyed due to natural factors such as sunlight, temperature, humidity, etc., due to careless handling and storage, and special maintenance is required In each country, cultural assets and artifacts are kept on display shelves or stored in storage shelves (shelves) in the cultural assets store.

The storage room is designed to prevent damage to valuable cultural properties and to prevent infiltration into the inside of the building and to maintain the temperature and humidity by maintaining the function of constant temperature and humidity. It protects against fire and external invasion, It has airtightness to prevent infiltration of external contaminants such as bacteria and harmful gas.

However, the above-mentioned conventional storage facilities are equipped with the functions for prevention of stratification and the functions for constant temperature and humidity, and are equipped with the prevention of the harmful harm and the constant temperature and humidity. However, There was a problem that can not be protected.

In particular, excavated cultural assets are mostly excavated in the form of damage except for a few complete forms of relics, and these cultural assets have been revealed through restoration works over a long period of time. Therefore, when an external force due to an earthquake or the like is transmitted to a warehouse, severe safety problems are caused even in weak vibrations.

Recently, there are large and small earthquakes in Korea. In September 2016, the largest earthquake with a magnitude of 5.8 occurred in Kyongju. Ulsan in 2016 and Uljin in 2004 had a relatively strong magnitude of 5.0 magnitude. And scholars have argued that our country is no longer a safe haven for earthquakes.

However, in the conventional storage box, cultural assets are stored in a shelf or storage space in a storage room, and the shelf or storage space is fixed to the wall or the floor of the storage space. When a small vibration is transmitted to the wall surface and the bottom surface of the storage room, Various cultural heritages, that is, valuable artifacts are broken or cracks are generated.

Registration Utility Model Registration No. 20-0160250 (Aug. 12, 1999)

The object of the present invention is to provide a seismic isolation structure capable of protecting cultural heritage by absorbing and attenuating vibrations not only in a museum or an exhibition hall but also in a small building, And to provide a storage room having a function.

The ceiling supporting frame is connected to the ceiling supporting part by a predetermined distance so as to be spaced from the ceiling of the ceiling supporting part by a predetermined distance. The ceiling supporting frame is connected to the ceiling supporting part so as to be spaced from the wall of the ceiling by a predetermined distance, A floor supporting frame provided so as to be spaced a predetermined distance apart from the floor supporting frame and installed on the bottom of the water storage room and provided with a floor panel; a wall supporting part between the wall and the wall supporting frame; The vibration transmitted from the ceiling, the wall, and the floor of the storage cabinet is attenuated by the ceiling support portion, the wall support portion and the planar portion including a plurality of chamfered portions provided on the frame and the floor support frame.

The present invention is such that the ceiling panel, the wall panel and the floor panel in the storage room are spaced apart from the ceiling, the wall and the floor, and are connected and supported by a plurality of beveled portions and a flowable ceiling supporting portion and a wall supporting portion. So that the impact force due to the vibration is not transmitted to the storage space of the storage room, that is, the storage space in the storage compartment made up of the ceiling panel, the wall panel and the floor panel.

The present invention can attenuate vibration in the vertical direction as well as vibration in the horizontal direction to effectively absorb and attenuate external forces in various directions applied to the storage space in the storage compartment to prevent damage and breakage of the artifacts in the storage space .

The ceiling supporting frame and the wall supporting frame are fitted to each other by the ceiling supporting part and the wall supporting part so that the construction of the ceiling supporting frame and the wall supporting frame can be made simple and quick.

Since the present invention is designed to be assembled and installed in a storage cabinet, it is possible to apply the present invention to a conventional storage cabinet without a seismic design without any structural change, and thus it is possible to protect many artifacts.

The present invention is also capable of protecting the artifact against the vibration impact transmitted to the column since the vibration damper such as the high elasticity sponge is installed on the column and the ceiling panel and the floor panel are connected to each other.

The vibration isolator of the present invention has a simple structure in which the rotating ball is supported by the elastic force of the spring and the rotating ball is contactably supported on the wall and the floor so that it is easy to manufacture and produce, .

In the present invention, when the ceiling panel, the wall panel, and the floor panel that form the storage space of a storage room are made of the humidity control panel for inner wall finish, the humidity inside the storage room is automatically controlled by its own action of absorbing or releasing moisture, Even if the apparatus is stopped for a predetermined time after the apparatus is operated for a predetermined time without being continuously operated for 24 hours, the humidity inside the apparatus is adjusted to a predetermined reference value.

The present invention has the effect of sufficiently absorbing and attenuating vibrations by earthquake, particularly earthquakes with an intensity of 5.0 or less, by the beveled portion, the ceiling support portion, and the wall support portion, thereby safely storing and managing artifacts in the storage space There are many effects such as.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an exemplary view showing a construction state of a ceiling panel and a wall panel according to the present invention; FIG.
2 is an exemplary diagram showing the overall configuration according to the present invention.
FIG. 3 is an exemplary view showing an assembling process according to the present invention
4 is an exemplary view showing the structure of a ceiling support portion and a wall support portion according to the present invention.
5 is an exemplary diagram showing an operating state of the present invention as a result of generation of vibration
Fig. 6 is an exemplary view showing a planar portion configuration of the present invention
7 is an exemplary view showing an internal configuration and an operating state of the planar portion according to the present invention;
8 is an exemplary view showing the installation of the flange portion according to the present invention
Fig. 9 is an exemplary view showing the relationship between the ceiling panel of the present invention and the column and floor panels
10 is an exemplary view showing a relationship between a door frame and a wall panel of the present invention

FIG. 1 is an exemplary view showing a construction state of a ceiling panel and a wall panel according to the present invention, FIG. 2 is an exemplary view showing the entire construction according to the present invention, and FIG. 3 is an exemplary view showing an assembling process according to the present invention FIG. 4 is an exemplary view showing a structure of a ceiling support part and a wall supporting part according to the present invention, FIG. 5 is an exemplary view showing an operating state of the present invention according to vibration generation, FIG. Fig. 8 is an exemplary view showing the installation of the planar portion according to the present invention. Fig. 9 is a side view of the ceiling panel according to the present invention. Fig. 8 is an explanatory view showing the internal construction and operation state of the planar portion according to the present invention. FIG. 10 is a view showing an example of a relationship between a door frame and a wall panel of the present invention, and FIG.

The ceiling supporting frame 20 is connected to the ceiling supporting part 10 by a predetermined distance from the ceiling 110 of the storage room 100 and includes a ceiling panel 30, A wall supporting frame 50 connected to the wall 120 by a predetermined distance so as to be spaced apart from the wall 120 by a predetermined distance, A floor supporting frame 70 on which a floor panel 80 is installed and a wall supporting frame 50 for positioning between the wall body 120 and the wall supporting frame 50 and between the floor 130 and the floor supporting frame 70 And a plurality of chamfered portions 90 provided on the bottom support frame 70.

As shown in FIGS. 1 and 2, the ceiling support frame 20 is installed at a predetermined distance from the ceiling 110 of the storage room by the ceiling support 10.

The ceiling support frame 20 includes a plurality of lower support bars 21 to which the ceiling panel 30 is fixed and a plurality of upper support bars 22 to which the ceiling support 10 is connected, And is integrally formed.

The upper support bar 22 and the lower support bar 21 are provided with a space portion 23 therein and a guide slit 24 is formed on one surface of the upper support bar 22 and the lower support bar 21 in a longitudinal direction so as to communicate with the space portion 23, Engaging ends 25 are formed on both sides of the guide slit 24.

The upper support bar 22 and the lower support bar 21 may be formed of C-shaped steel pipes. The lower support bar 21 may have a structure in which the ceiling panel 30 can be connected thereto And the upper support bar 22, as shown in FIG.

The upper support bar 22 and the lower support bar 21 constructed as described above are integrally connected to each other by clips, bolts / nuts, rivets, welding, or the like to form a lattice-like or grid-like ceiling support frame.

3 to 5, the ceiling support 10 includes an anchor bolt (not shown) fixedly mounted on a ceiling 110 of a storage room, A connecting nut 12 provided at the lower end of the anchor bolt 11, a hanger bolt 13 connected to the connecting nut 12, and a through hole through which the hanger bolt 13 is inserted A support panel 14 having a hole and inserted into the space of the upper support bar so as to be contacted with and supported by a retaining end 25 of the upper support bar and a support panel 14 fixed to the hanger bolt 13 to fix the support panel 14 And a fixing nut (15).

The outer surface of the connection nut 12 is formed to have a square or hexagonal or octagonal shape. Preferably, the outer surface of the connection nut 12 may have a square shape to facilitate assembly by a tool such as a spanner.

The support panel 14 is formed in a rectangular panel shape such that the longitudinal side length L1 is smaller than the width W1 of the guide slit formed on the upper support bar and the lateral length L2 is larger than the width W1 of the guide slit And a through hole 14a through which the hanger bolt 13 is inserted is formed in the center.

The ceiling support 10 having the above structure is constructed such that the connection nut 12 is fastened to the lower end of the anchor bolt 11 and the hanger bolt 13 is fastened to the lower end of the connection nut 12, A fixing nut 15 is fastened to the hanger bolt 13 passing through the through hole 14a so that the supporting panel 14 is fastened to the connection nut 14 12 and the fixing nut 15 so as to be tightly fixed.

The ceiling supporting portion 10 assembled in this manner is arranged so that the transverse side of the supporting panel is positioned in the longitudinal direction of the upper supporting bar guide slit and then inserted into the space portion 23 of the upper supporting bar through the guide slit 24, The support panel 14 and the fixing nut 15 connected to the connection nut 12 together with the support panel 14 are rotated 90 ° together with the support panel 14, The lateral sides of the support panel are positioned orthogonally to the guide slit so that both sides 14b of the support panel are contacted with and supported by the engagement ends 25 of the upper support bar to support the ceiling support frame.

In other words, the longitudinal side length of the support panel is smaller than the width of the guide slit formed on the upper support bar, the support panel of the ceiling support is easily inserted into the space of the upper support bar through the guide slit, Both sides of the support panel are held in contact with the engaging ends of the upper support bars located on both sides of the guide slit so as to be supported by the guide slit The panel is prevented from being separated.

The supporting panel 14 of the ceiling supporting part can be moved up and down and left and right in the space part 23 of the upper supporting bar and the ceiling supporting frame 20, Even when vibrations are transmitted to the ceiling 110 of the storage room, vibrations are generated only in the upper, lower, left, and right parts of the ceiling supporting part 10 connected to the ceiling, and vibration is not transmitted to the ceiling supporting frame provided with the ceiling panel.

The wall supporting frame 50 is installed to be spaced a predetermined distance from the wall 120 of the storage cabinet by the wall supporting portion 40 and the chamfered portion 90, as shown in Figs.

The wall supporting frame 50 includes a plurality of inner supporting bars 51 to which the wall panels 60 are connected and a plurality of outer supporting bars 52 to which the wall supporting portions 40 are connected, And is integrally formed.

The outer support bar 52 and the inner support bar 51 may have the same structure as that of the upper support bar 22. That is, the outer support bar 52 and the inner support bar 51 are provided with a space portion 53 therein, and a guide slit 54 is formed on one surface of the outer support bar 52 and the inner support bar 51 in a longitudinal direction so as to communicate with the space portion 53 And engaging ends 55 are formed on both sides of the guide slit 54. As shown in Fig.

The inner supporting bar 52 and the inner supporting bar 51 may be formed of a C-shaped steel pipe. The inner supporting bar 51 may have a structure in which the wall panel 60 can be connected to the inner supporting bar 52 And the outer support bar 52, as shown in FIG.

The outer supporting bar 52 and the inner supporting bar 51 constructed as described above are integrally connected to each other by a known method such as a clip, bolt / nut, riveting, welding or the like to form a lattice- ).

The wall supporting portion 40 connects the wall supporting frame 50 to the wall 120 of the storage cabinet and supports the wall supporting frame 50. The wall supporting portion 40 includes an anchor bolt 41 fixed to the wall support 120, a connection nut 42 installed at an end of the anchor bolt 41, a hanger 42 connected to the connection nut 42, A support panel 44 having a bolt 43 and a through hole 44a through which the hanger bolt 43 is inserted and inserted into the space portion 53 of the outer support bar so as to be held in contact with the engagement end 55; And a fixing nut 45 fastened to the hanger bolt 43 to fix the supporting panel 44.

The connecting nut 42 has a rectangular outer surface, a hexagonal or octagonal outer surface, and a rectangular outer shape. As described above, the connection nut having the polygonal outer surface has surface contact with one side of the outer support bar on the outer surface to further enhance the supporting force and improve the assembling property by the tool.

The support panel 44 is formed in a rectangular panel shape such that the longitudinal side length L3 is smaller than the width W2 of the guide slit formed on the outer support bar and the lateral length L4 is larger than the width W2 of the guide slit And a through hole 44a through which the hanger bolt 43 is inserted is formed in the center.

In the wall supporting part constructed as described above, the connecting nut 42 is fastened to the end of the anchor bolt 41 fixed to the wall body 120, the hanger bolt 43 is fastened to the connecting nut 42, After the support panel 44 is installed so as to pass through the through holes 44a through the through holes 44a, the fixing nuts 45 are fastened to the hanger bolts 43 passing through the through holes 44a, Tightly fixed to the nut (42) and the fixing nut (45).

The assembly of the wall supporting portion 40 and the wall supporting frame 50 thus assembled is performed in the same manner as the assembly of the ceiling supporting portion 10 and the ceiling supporting frame 20 described above, It is omitted. However, when the wall supporting frame 50 is connected to the wall supporting portion 40, the engaging end 55 of the outer supporting bar is contactably supported by the connecting nut 42 of the wall supporting portion.

The wall supporting portion 40 is substantially the same as the ceiling supporting portion 10 except that the wall supporting portion 40 is different in length from the ceiling supporting portion 10.

The wall support portion 40 and the wall support frame 50 connected to each other can be moved up and down and left and right in the space portion 53 of the outer support bar, The wall support frame 50 provided with the wall panel 60 only generates vibrations in the vertical and horizontal directions only by the wall support portion 40 connected to the wall body 120 even when the vibration is transmitted to the wall 120 of the storage room. The vibration is not transmitted.

2, the bottom support frame 70 includes a plurality of upper support bars 71 to which the floor panels 80 are connected and a plurality of lower support bars 71 to which the planar portions 90 are connected, 72 are formed integrally with each other in a lattice shape. The upper support bar 71 and the lower support bar 72 may be hollow pipes.

The upper support bar 22 and the lower support bar 21 forming the ceiling support frame of the present invention, the outer support bar 52 and the inner support bar 51 forming the wall support frame, and the bottom support frame The lower side support bar 72 and the upper side support bar 71 are preferably produced in a factory in the same structure as the C-shaped steel in consideration of economical efficiency and productivity.

The beveled portion 90 is coupled to the wall support frame 50 so that the support panel of the wall support is in close contact with the retaining end of the outer support bar and the wall 120 So as to elastically support the wall supporting frame 50.

The beveled portion 90 is coupled to the floor support frame 70 to elastically support the floor support frame 70 from the floor 130 so that the vibration force transmitted from the floor 130 is absorbed or attenuated.

6 to 8, the beveled portion 90 includes a housing 91 coupled to the wall support frame 50 or the bottom support frame 70 and having a hole 92 formed on one side thereof, A rotary ball 93 inserted in the housing 91 so that a part thereof protrudes out of the housing through the hole 92 and a spring provided in the housing 91 and elastically supporting the rotary ball 93 in close contact with the hole 94).

The housing 91 includes a locking housing 95 which is inserted into and connected to the wall supporting frame 50 or the bottom supporting frame 70 and a hole 92 which is fastened to the locking housing 95 and is formed at one side thereof And a body housing 96.

The latching housing 95 is formed at one side with a latching ring 99 which is fitted to the outer supporting bar 52 of the wall supporting frame 50 or the lower supporting bar 72 of the bottom supporting frame 70, And a spring seat 95a on which a spring 94 is seated is formed inside.

The body housing 96 has a hole 92 formed at one side thereof to be inserted and protruded so as not to allow the rotary ball 93 to be detached. An installation space 97 is formed in the body housing 96 to communicate with the hole 92. The installation space 97 refers to a space in the body housing where the rotary ball 93 and the spring 94 are inserted.

At this time, the hole 92 is formed to have a diameter D2 smaller than the diameter D1 of the rotating ball so that the rotation ball 93 is prevented from being separated.

In addition, a bolt hole 98 may be further formed in the hole 92 of the body housing 96 so that the bolt hole 98 is formed in such a manner that the bolt hole 93 can be stably supported, And may be integrally formed with the body housing 96 along the perimeter of the hole.

The rotary ball 93 is inserted into the installation space 97 of the body housing so that one side of the rotary ball 93 is inserted into the hole 92 of the body housing 96 by the elastic force of the spring 94. The rotary ball 93 installed in this way compresses the spring 94 and freely rotates in four directions to prevent vibrations from being transmitted to the wall supporting frame and the bottom supporting frame.

The spring 94 is installed in the housing 91 so that one side of the spring 94 is inserted into the spring seating groove 95a of the locking housing and the other side of the spring 94 is held in contact with the rotating ball 93, Thereby absorbing or attenuating external vibrations and shocks transmitted through the rotating ball 93. [0053] In addition, the spring 94 has an elastic force for absorbing vibration when an earthquake occurs at a magnitude of 5.0 or less and an elastic force for pressing the rotating ball to the wall or the floor.

8, the outer peripheral support bar 52 of the wall support frame is fixed to the outer periphery of the engagement ring 99 of the lock housing 93 The lower support bar 72 of the bottom support frame is fitted with the engagement ring 99 of the engagement housing so that the rotary ball 93 is in contact with the floor 130, Absorbing and damping vibration.

A plurality of the chamfered portions 90 are connected to the wall supporting frame 50 and the floor supporting frame 70 so that the wall supporting frame 50 is spaced apart from the wall by a predetermined distance, (70) is spaced apart from the floor by a certain distance.

Particularly, the chamfered portion 90 provided on the wall supporting frame 50 supports the wall supporting frame 50 at a predetermined distance from the wall body 120 so that both ends of the supporting panel of the wall supporting portion contact the engaging end of the outer supporting bar, The wall supporting frame 50 provided with the wall panel 60 is also provided with a function of keeping the wall supporting frame 50 in a vertical state without shaking.

The ceiling panel 30, the wall panel 60 and the floor panel 80 may be made of various materials used in museums and exhibition halls such as a moisture impermeable panel in which moisture is blocked or a humidity control panel capable of controlling temperature and humidity. And a humidity control panel made of a paulownia wood material.

The paulownia trees are beautiful and light in shape, and are not only twisted but also resistant to pests, moisture and fire. They also protect the valuable artifacts that are located inside the floor of the warehouse, walls and ceiling from moisture Respectively.

The ceiling panel 30, the wall panel 60 and the floor panel 80 are formed in a plate or board shape and fixed to the ceiling support frame 20, the wall support frame 50, The wall supporting frame 50 and the floor supporting frame 70 may be integrally fixed to the supporting frame 70 or may be integrally fixed to the supporting frame 70 while the plurality of panels are assembled in a fitting manner by male- And can be configured to be integrally fixed.

The ceiling panel 30, the wall panel 60 and the floor panel 80 are connected to each other to form a storage space 160 for storing artifacts in the collection box. The connection of the ceiling panel 30, the wall panel 60, and the floor panel 80 uses a known technique for connecting the finishing panel, so that detailed description thereof will be omitted.

9, when the column 150 is positioned within the storage compartment, the vibration damping material 150 is disposed around the column 150 to be positioned between the ceiling panel 30 and the floor panel 80, The molds 32 and 82 are installed along the circumference of the upper and lower portions of the vibration damping materials 31 and 81 so that the vibration damping materials 31 and 81 are fixed and the external exposure is prevented Can be installed.

The vibration damping material (31, 81) is made of a material capable of absorbing vibrations generated by an earthquake of magnitude 5.0 or lower. As the vibration damping material, for example, a high-elasticity sponge may be used.

The molding 32 may be installed at the upper end of the column 150 to be positioned below the ceiling panel 30. In addition, the molding 82 may be installed at the lower end of the column 150 to be positioned above the floor panel 80. In addition, the molding 82 installed at the lower end of the column may be provided with a base receiving mold.

The moldings 32 and 82 are provided with a thickness t2 that is greater than the thickness t1 of the vibration damping material so that the vibration damping materials 31 and 81 are prevented from being exposed to the outside.

10, the ceiling panel 30, the wall panel 60, and the floor panel 80 are separated from the door frame 140 of the storage room where the door 141 is installed, So that a space for avoiding vibration can be secured.

That is, the door frame 140 of the storage room is formed with a wing portion 142 having a stepped portion 143, and the ceiling panel 30, the wall panel 60, And the floor panels 80 are spaced apart from each other by a predetermined gap G. At this time, the step 143 is formed to have a predetermined thickness so that the door frame and the wall panel 60 are positioned on a plane.

The formation of the wing portion 142 of such a door frame is for securing a spatial margin to allow the ceiling panel 30, the wall panel 60 and the floor panel 80 to flow to the fixed storage door when an earthquake occurs .

According to the present invention constructed as above, the ceiling support frame provided with the ceiling panel is connected and supported to the ceiling by the ceiling support part, the wall support frame provided with the wall panel is connected and supported by the wall support part and the wall part, The vibration transmitted from the wall and the floor is absorbed and attenuated by the planar portion without being transmitted to the wall panel and the floor panel when the vibration caused by the earthquake occurs, Is not transmitted to the storage space in the storage compartment made up of the ceiling panel, the wall panel and the floor panel.

It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined in the appended claims and their equivalents. Of course, such modifications are within the scope of the claims.

(10): Ceiling support part (11): Anchor bolt
(12): Connecting nut (13): Hanger bolt
(14): Support panel (14a): Through hole
(15): fixing nut (20): ceiling supporting frame
(21): lower support bar (22): upper support bar
(23): space portion (24): guide slit
(25): Hanging end (30): Ceiling panel
(31): vibration damping material (32): molding
(40): wall supporting portion (41): anchor bolt
(42): connecting nut (43): hanger bolt
(44): Support panel (44a): Through hole
(45): fixing nut (50): wall supporting frame
(51): inner support bar (52): outer support bar
(53): space portion (54): guide slit
(55): Retaining end (60): Wall panel
(70): bottom support frame (71): upper support bar
(72): lower support bar (80): floor panel
(81): vibration damping material (82): molding
(90): chamfered portion (91): housing
(92): hole (93): rotating ball
(94): spring (95): latching housing
(95a): spring seat (96): body housing
(97): Installation space (98): Volley
(98a): Inner side (99): Clasp ring
(100): a storage room (110): a ceiling
(120): wall (130): floor
(140): door frame (141): door
(150): Column (160): Storage space

Claims (10)

A ceiling supporting frame 20 connected to the ceiling supporting part 10 by a predetermined distance from the ceiling 110 of the storage room 100 and provided with a ceiling panel 30,
A wall supporting frame 50 connected to the wall support 120 by a predetermined distance from the wall 120 of the storage cabinet and provided with a wall panel 60,
A floor supporting frame 70 connected to the floor 130 of the storage room so as to be spaced apart from the floor 130 by a predetermined distance and provided with a floor panel 80,
A wall supporting frame 50 and a plurality of chamfered portions provided on the floor supporting frame 70 so as to be positioned between the wall 120 and the wall supporting frame 50 and between the floor 130 and the floor supporting frame 70 90)
The ceiling support 10 includes an anchor bolt 11 fixed to a ceiling 110 of a storage room, a connection nut 12 installed at a lower end of the anchor bolt 11, A hanger bolt 13 connected to the hanger bolt 13 and a through hole through which the hanger bolt 13 is inserted and inserted into the space through the guide slit of the upper support bar, And a fixing nut (15) fastened to the hanger bolt (13) and fixing the supporting panel (14), wherein the supporting panel (14)
The wall supporting portion 40 includes an anchor bolt 41 fixed to the wall support 120, a connection nut 42 installed at an end of the anchor bolt 41, A hanger bolt 43 and a through-hole 44a through which the hanger bolt 43 is inserted and inserted into the space portion 53 through the guide slit of the outer support bar, A panel 44 and a fixing nut 45 fastened to the hanger bolt 43 to fix the supporting panel 44,
Wherein a vibration transmitted from a ceiling, a wall, and a floor of a storage room is attenuated by the ceiling support portion, the wall support portion and the planar portion.
The method of claim 1,
The ceiling support frame 20 includes a plurality of lower support bars 21 to which the ceiling panel 30 is fixed and a plurality of upper support bars 22 to which the ceiling support 10 is connected in a grid- And is integrally formed,
The wall supporting frame 50 includes a plurality of inner supporting bars 51 to which the wall panels 60 are connected and a plurality of outer supporting bars 52 to which the wall supporting portions 40 are connected, And is integrally formed,
The bottom support frame 70 includes a plurality of upper support bars 71 to which the floor panels 80 are connected and a plurality of lower support bars 72 to which the beveled portions 90 are connected, And is integrally formed,
The upper support bar 22 and the lower support bar 21 are provided with a space portion 23 therein and a guide slit 24 is formed on one surface of the upper support bar 22 and the lower support bar 21 in a longitudinal direction so as to communicate with the space portion 23, Engagement ends (25) are formed on both sides of the guide slit (24)
The outer supporting bar 52 and the inner supporting bar 51 are provided with a space portion 53 therein and a guide slit 54 formed on one surface thereof in the longitudinal direction so as to communicate with the space portion 53, And a locking step (55) is formed on both sides of the guide slit (54).
delete The method of claim 1,
Wherein the connecting nuts (12, 42) are formed in a rectangular shape on the outer surface.
The method of claim 1,
The support panels 14 and 44 are formed such that the longitudinal side lengths L1 and L3 are smaller than the widths W1 and W2 of the guide slit and the lateral lengths L2 and L4 are larger than the widths W1 and W2 of the guide slit, And a through hole (14a, 44a) through which the hanger bolts (13, 43) are inserted is formed in the center.
The method of claim 1,
The beveled portion 90 includes a housing 91 that is coupled to the wall support frame 50 or the bottom support frame 70 and has a hole 92 formed on one side thereof and a hole And a spring 94 installed in the housing 91 and elastically supporting the rotary ball 93 so as to be in close contact with the hole,
Wherein the hole (92) is formed with a diameter (D2) smaller than the diameter (D1) of the rotating ball so as to prevent the detachment of the rotating ball (93).
The method of claim 6, further comprising:
The housing 91 includes a locking housing 95 which is inserted into and connected to the wall supporting frame 50 or the bottom supporting frame 70 and a hole 92 which is bolted to the locking housing 95 and formed at one side thereof Including a body housing (96)
The latching housing 95 is formed with a latching ring 99 to be engaged with the wall supporting frame 50 or the bottom supporting frame 70 at one side thereof and a spring receiving groove 95a) is formed on the upper surface of the body (10).
The method of claim 7,
A bolt hole 98 is further formed in the hole 92 of the body housing 96 so that the bolt hole 98 is formed in the tapered inner surface 94 so as to stably support the rotary ball 93, 98a, and is integrally formed with the body housing (96) along the perimeter of the hole.
The method of claim 1,
The vibration damping materials 31 and 81 are further installed around the column 150 so as to be positioned between the ceiling panel 30 and the floor panel 80 when the column 150 is located in the storage room, (81, 82) are installed on the top and bottom of the vibration damping material (31, 81) along the circumference of the column so as to prevent position fixing and external exposure of the vibration damping material (31, 81).
The method of claim 1,
The ceiling panel 30, the wall panel 60 and the floor panel 80 are provided so as to be spaced apart from the door frame 140 of the storage room so as to maintain a predetermined gap G, And a seismic isolation function.

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