TWM638573U - Anti-seismic raised floor - Google Patents

Abstract

An anti-seismic raised floor is arranged on a first floor and a second floor, including: at least one tripod, at least one support seat and at least one floor unit; at least one of the floor units is An anti-seismic floor unit, the anti-seismic floor unit is composed of a first small floor unit and a second small floor unit, there is a space between the relative inner sides of the first small floor unit and the second small floor unit; an anti-seismic support structure, the anti-seismic support structure further includes: two first anti-seismic footings and two first anti-seismic support seats, which are arranged under the first small floor unit; two second anti-seismic footings and two second anti-seismic support seats, which are arranged Below the second small floor unit; with this structure, vibration transmission can be isolated and the overall seismic strength can be improved.

Description

Seismic Raised Floor

This creation is about a kind of anti-seismic raised floor; especially about a kind of anti-seismic raised floor that can isolate vibration transmission and improve the overall anti-seismic strength.

Nowadays, the raised floor has been widely used in computer rooms, clean rooms and other places. The raised floor generally includes: at least one tripod, at least one support seat and at least one floor unit, which has the functions of forming a high flatness plane above the ground, conveniently arranging pipelines and conveniently controlling the cleanliness level. Also, as the scale of each industry expands, there is a need to install a raised floor on at least the floor of the second floor. As shown in Figure 5, taking the raised floor 200 above the floor 201 on the second floor as an example, in the conventional technology, since there is a partition space 202 between the floors 201 on the second floor, which is commonly called an expansion joint 202, the A group of elevated floors 200 are respectively erected on the floors 201 of the first floor, and then connected by steel plates 203 straddling the upper two elevated floors 200 . One side of the steel plate 203 is fixed, and the other side is not fixed, so as to avoid connecting the two elevated floors 200 and the second-floor floor 201 into a linked overall structure. However, the way of overlapping steel plates has the problem of low strength, and the top surface of the steel plates will be higher than the top surface of the raised floor, which will cause problems such as vehicle vibration and cause many troubles.

In view of this, the creator is thinking hard, actively researching, adding years of experience in related product research, and through continuous testing and improvement, Finally developed this creation.

The purpose of this creation is to provide an anti-seismic elevated floor that can isolate vibration transmission and improve the overall anti-seismic strength.

The structure of this creation to achieve the above-mentioned purpose includes: at least one tripod, at least one support seat and at least one floor unit; Unit and a second small floor unit, there is a space between the first small floor unit and the second small floor unit on the opposite inner side; an anti-seismic support structure, the anti-seismic support structure further includes: two first anti-seismic tripods And two first anti-seismic support bases are arranged under the first small floor unit; two second anti-seismic foot frames and two second anti-seismic support bases are arranged under the second small floor unit; two support beams are arranged across the On the floor of the first floor and the floor of the second floor, the first end of the support beam is placed on the floor of the first floor, and the second end of the support beam is fixed on the floor of the second floor; two first anti-seismic feet The frames are respectively arranged on the two supporting beams.

Preferably, there is an anti-seismic device, and the anti-seismic device further includes a first support, a second support, a plate body and a pad; the first support straddles the two first anti-seismic support seats Above, the second support is straddled on the two second anti-seismic support bases, the board is straddled on the first support and the second support, and the board leans against the first small floor On the unit, there is an anti-seismic fine groove between the board body and the second small floor unit, and the gasket is arranged in the small earthquake-resistant groove between the board body and the second small floor unit for filling the first small floor unit. between one floor unit and the second floor unit space, and increase overall strength.

Preferably, the board body is locked on the first supporting member by at least one countersunk screw, which can facilitate fixing the board body.

Preferably, the plate body is a stainless steel plate, and the top surface of the plate body is on the same plane as the top surfaces of the first small floor unit and the second small floor unit, so as to maintain the flatness of the raised floor.

Preferably, the support beam is H-shaped steel, and the support beam has a bottom plate horizontally arranged on the first floor and the second floor, a connecting plate vertically arranged on the bottom plate and a horizontally arranged on the connecting plate The upper top plate is convenient for connection with other structures.

Preferably, the bottom plate of the supporting beam is locked on the floor of the second floor by at least one expansion screw, which is convenient for fixing the supporting beam.

Preferably, the first anti-vibration stand is fixed on the top plate of the supporting beam by glue or by bolts and nuts, which can conveniently isolate vibration transmission.

Preferably, at least one of the legs is a short leg, and the short leg is mounted on the support beam, so as to facilitate the setting of a raised floor and to isolate vibration transmission.

Preferably, the short tripod is fixed on the top plate of the supporting beam by glue or by bolts and nuts, which can conveniently isolate vibration transmission.

Preferably, the anti-vibration fine groove has a width of 8 mm to 12 mm, so as to fill a vibration-isolation material.

In order to achieve the above-mentioned and other purposes, the technical means, elements and effects thereof adopted by this work are illustrated as follows by adopting a preferred embodiment.

100: Seismic Raised Floor

1: tripod

2: Support seat

21: Truss

3: floor unit

4: Anti-seismic floor unit

41: The first small floor unit

42: The second small floor unit

43: space

5: Seismic support structure

51: The first anti-seismic tripod

52: The first anti-seismic support seat

53: The second anti-seismic tripod

54:Second anti-seismic support seat

55: support beam

551: Bottom plate

552: connection plate

553: top plate

56: Expansion screw

6: Anti-seismic device

61: The first support

62: Second support

63: board body

631: anti-seismic fine groove

632: countersunk head screw

64: Pads

7: short tripod

101: First floor floor

102: Second floor floor

103: Partition space

104:Accommodating space

200: raised floor

201: floor floor

202: Separate space

203: steel plate

[Fig. 1] is the perspective view of the first embodiment of the invention.

[ Fig. 2 ] is an enlarged view of part A of Fig. 1 of the present invention.

[Fig. 3] is a perspective view viewed from the bottom of the first embodiment of the invention.

[ Fig. 4 ] is a side view of the first embodiment of the present creation.

[Fig. 5] is a schematic diagram of a conventional raised floor installed on the second floor.

Fig. 1～4 is the first embodiment of this creation. As shown in Figures 1 to 4, the anti-seismic elevated floor 100 of this invention is located on a first floor floor 101 and a second floor floor 102, and there is a partition between the first floor floor 101 and the second floor floor 102 Space 103, which includes: at least one tripod 1, at least one support seat 2 and at least one floor unit 3; at least one floor unit in these floor units 3 is an anti-seismic floor unit 4, and the anti-seismic floor unit 4 is composed of a first A small floor unit 41 and a second small floor unit 42 are formed, a space 43 is arranged between the relative inner sides of the first small floor unit 41 and the second small floor unit 42; an anti-seismic support structure 5, the anti-seismic support structure 5 further includes: two first anti-seismic footstands 51 and two first anti-seismic support seats 52, located below the first small floor unit 41; two second anti-seismic foot supports 53 and two second anti-seismic support seats 54, located on Below the second small floor unit 42; two support beams 55 are set across the first floor floor 101 and the second floor floor 102, and the first end of the support beam 55 is placed on the first floor floor 101. The second end of the supporting beam 55 is fixed on the second floor 102 ; the two first anti-seismic footstands 51 are respectively arranged on the two supporting beams 55 . With this structure, vibration transmission can be isolated and the overall seismic strength can be improved. It will be explained in detail below.

At least one tripod 1 , at least one support base 2 and at least one floor unit 3 are jointly disposed on the first floor 101 and the second floor 102 . Each stand 1 can be erected on the first floor 101 and the second floor 102 . The support base 2 is telescopically screwed on the top of the tripod 1 . The floor unit 3 is arranged on the support seat 2 to form a flat support surface above the first floor floor 101 and the second floor floor 102, and forms a gap between the floor unit 3 and the first floor floor 101 and the second floor floor 102. The accommodating space 104 is convenient for arranging various equipment such as circuit pipelines (not shown in the figure). The tripod 1, the support base 2 and the floor unit 3 are common techniques, so no more details are given here.

At least one floor unit in at least one floor unit 3 is an anti-seismic floor unit 4, and the anti-seismic floor unit 4 is made up of a first small floor unit 41 and a second small floor unit 42, the first small floor unit 41 and the second There is a space 43 between the relative inner side of the small floor unit 42, by setting the anti-seismic device 6 on the space 43, the vibration transmission between the first small floor unit 41 and a second small floor unit 42 can be isolated, and then the overall performance can be improved. seismic strength.

FIG. 3 is a perspective view viewed from the bottom, wherein the rib structure at the bottom of the floor unit 3 and the anti-seismic floor unit 4 is omitted for convenience of illustration. As shown in Figure 3, the anti-seismic support structure 5 includes: two first anti-seismic footstands 51 and two first anti-seismic support seats 52, located below the first small floor unit 41; The supporting seat 54 is disposed under the second small floor unit 42 and is used for strengthening and supporting the first small floor unit 41 and a second small floor unit 42 .

In order to erect the anti-seismic support structure 5 more conveniently, an anti-seismic device 6 is provided in the space 43 between the first small floor unit 41 and the second small floor unit 42 . Anti-seismic device 6 comprises a first support 61, a second support 62, A plate body 63 and a spacer 64 are used to fill the space 43 between the first small floor unit 41 and the second small floor unit 42 and increase the overall strength.

The first support member 61 can be a square tube straddling the two first anti-seismic support bases 52 for supporting one side of the plate body 63 .

The second supporting member 62 can be a square tube straddling the two second anti-seismic supporting bases 54 for supporting the other side of the plate body 63 .

The plate body 63 straddles the first support member 61 and the second support member 62, the plate body 63 leans against the first small floor unit 41, and there is an anti-seismic fine groove between the plate body 63 and the second small floor unit 42 The groove 631 has a width of 8 mm to 12 mm, so as to fill a shock-absorbing material, and the shock-absorbing material can be a spacer 64 to isolate vibration transmission.

The spacer strip 64 can be a rubber strip, and is arranged in the anti-seismic groove 631 between the board body 63 and the second small floor unit 42 to fill the anti-seismic groove.

The plate body 63 can be locked on the first support member 61 with at least one countersunk screw 632. With this structure, it is not only convenient to fix the plate body 63, but also the first small floor unit 41 and the second small floor unit 42 are not completely fixed. Together, they can isolate vibration transmission. In addition, the plate body 63 can be a stainless steel plate, and the top surface of the plate body 63 is on the same plane as the top surfaces of the first small floor unit 41 and the second small floor unit 42 to maintain the flatness of the raised floor.

As shown in Fig. 4, in at least one supporting seat 2, a truss beam 21 can be provided between two adjacent supporting seats 2, so as to strengthen the structure, and part of the truss beam can be omitted for the part provided with the anti-seismic floor unit 4, To isolate vibration transmission.

As shown in Figure 1, the support beam 55 can be H-shaped steel, including a bottom plate 551 transversely arranged on the first floor floor 101 and the second floor floor 102, a The connecting plate 552 vertically arranged on the bottom plate 551 and the top plate 553 horizontally arranged on the connecting plate 552 facilitate connection with other structures. For example, the structure of the bottom plate 551 can be locked on the second floor floor 102 by at least one expansion screw 56 The support beam 55 is conveniently fixed above, and the structure of the top plate 553 is convenient for setting the first anti-seismic tripod 51 .

In addition to setting the first anti-seismic foot frame 51 on the support beam 55, at least one foot frame in at least one foot frame 1 of the anti-seismic elevated floor 100 is a short foot frame 7 according to the needs of the situation, and the short The stand 7 is arranged on the supporting beam 55, so as to facilitate the setting of the elevated floor and isolate the transmission of vibration.

The first anti-vibration stand 51 and/or the short stand 7 disposed on the support beam 55 can be fixed on the top plate 553 of the support beam 55 with glue or bolts and nuts.

The above-mentioned examples of this creation are only for the convenience of explanation, and should not limit the meaning of this creation, that is, all the various transformation designs based on the scope of the listed patent application should be included in the scope of the patent of this creation middle.

100: Seismic Raised Floor

1: tripod

2: Support seat

3: floor unit

4: Anti-seismic floor unit

41: The first small floor unit

42: The second small floor unit

5: Seismic support structure

51: The first anti-seismic tripod

53: The second anti-seismic tripod

55: support beam

551: Bottom plate

552: connection plate

553: top plate

56: Expansion screw

7: short tripod

101: First floor floor

102: Second floor floor

103: Partition space

104:Accommodating space

Claims (10)

An anti-seismic elevated floor is arranged on a first floor and a second floor, and there is a partition space between the first floor and the second floor. The anti-seismic elevated floor includes: At least one foot frame, at least one support seat and at least one floor unit; at least one floor unit in these floor units is an anti-seismic floor unit, and the anti-seismic floor unit is composed of a first small floor unit and a second small floor unit Composition, there is a space between the opposite inner sides of the first small floor unit and the second small floor unit; An anti-seismic support structure, the anti-seismic support structure further includes: Two first anti-seismic tripods and two first anti-seismic support bases are arranged under the first small floor unit; Two second anti-seismic footings and two second anti-seismic support seats are arranged under the second small floor unit; Two supporting beams, straddling the first floor and the second floor, the first end of the supporting beam is placed on the first floor, and the second end of the supporting beam is fixed on the second floor on the floor; the two first anti-seismic tripods are respectively arranged on the two support beams. Such as the anti-seismic elevated floor of claim 1, wherein there is an anti-seismic device, and the anti-seismic device further includes a first support, a second support, a plate body and a pad; the first support straddles the two On the first anti-seismic support seat, the second support member straddles the two second anti-seismic support seats, and the plate body straddles the first support member and the second support On the piece, the board leans against the first small floor unit, and there is an anti-seismic fine groove between the board and the second small floor unit, and the spacer is arranged on the board and the second small floor Seismic fine grooves between units. The anti-seismic raised floor according to claim 2, wherein the board body is locked on the first support member with at least one countersunk screw. The anti-seismic raised floor of claim 2, wherein the plate body is a stainless steel plate, and the top surface of the plate body is on the same plane as the top surfaces of the first small floor unit and the second small floor unit. Such as the earthquake-resistant elevated floor of claim 1, wherein the support beam is H-shaped steel, and the support beam has a base plate horizontally arranged on the first floor and the second floor, a connecting plate vertically arranged on the base and A top plate transversely arranged on the connecting plate. The anti-seismic elevated floor according to claim 5, wherein the bottom plate of the supporting beam is locked on the second floor floor by at least one expansion screw. The anti-seismic elevated floor according to claim 5, wherein the first anti-seismic footing is fixed on the top plate of the support beam with glue or bolts and nuts. As for the anti-seismic raised floor of claim 5, wherein at least one of the legs is a short leg, and the short leg is installed on the support beam. As the earthquake-resistant elevated floor of claim 8, wherein the short legs are fixed on the top plate of the support beams with glue or bolts and nuts. As the anti-seismic raised floor of claim 2, wherein the width of the anti-seismic fine groove is 8mm to 12mm, so as to fill a shock-isolation material.

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