JPH0337295Y2 - - Google Patents

Description

[Detailed description of the invention] The present invention relates to a partition structure, and is intended to provide a partition structure that is particularly suitable for use in clean room partitions. It absorbs dust and prevents it from being transmitted to the floor, prevents the generation of dust from the partition itself, blocks the flow of dust between adjacent rooms separated by the partition, and prevents vibrations from the ceiling from being transmitted to the panel. The aim is to prevent this from happening again.

Examples of the present invention will be specifically described below.

The ceiling 1 is composed of frames 2 assembled in a grid pattern and filters 3 filled between these frames.

The ceiling rail 4 has a substantially U-shaped cross section and a horizontally elongated form, and its base 5 is fixed to the frame 2 via vibration-proof packing 6 with bolts 7 and nuts 8.

The packing 6 is made of rubber, has a rectangular cross-section, and extends horizontally, absorbs the vertical vibration of the frame 2 and does not transmit it to the floor 9. By forming narrow grooves on the upper surface of the packing 6 and bringing the protrusions 10 between these grooves into contact with the frame 2, vertical vibrations of the frame 2 are further absorbed.

The cap 11 has a substantially U-shaped cross section with a partition wall 12 formed in the middle, and extends in the horizontal direction. It fits inside the ceiling rail 4.

Side wall 14 of ceiling rail 4 and side wall 14 of Kasagi 11
A vibration-proof packing 15 and a guide piece 16 are provided between them. The anti-vibration packing 15 is made of soft rubber, has a hollow cross-section, and extends in a long shape.
A part of it is pushed into a groove in the side wall 14 of the ceiling rail and fixed. This anti-vibration packing 15 absorbs the lateral vibration of the cap 11 and
The fitting surfaces of the ceiling rail 4 and the ceiling rail 4 are made airtight to prevent dust and dirt from passing through. The guide piece 16 is made of a hard synthetic resin having self-lubricating activity, such as nylon resin, and a part of the guide piece 16 is fitted into a groove in the side wall 14 of the ceiling rail 4 and fixed thereto. This guide piece 16 is Kasagi 1
The cap 11 is guided in the vertical direction while preventing excessive lateral vibration of the guide piece 16 and the cap 11, and no dust is generated on the sliding surface itself between the guide piece 16 and the cap 11.

The Kasagi 11 is supported by a support 17, which supports the floor 9.
It is fixed to with floor rails 18 and baseboards 19.

Like the ceiling rail 4, the floor rail 18 has a U-shaped cross section and extends horizontally, and the baseboard 19 has a substantially H-shaped cross section and extends horizontally. The floor rail 18 is fixed to the floor 9 with bolts 22 and nuts 23 via an anti-vibration packing 20 and a base plate 21, and a baseboard 19 is fitted to the floor rail. These floor rails 18 and baseboards 19 pass through cutout grooves at the lower ends of the columns 17. The baseboard 19 is supported by the head of a bolt 24, which is screwed into a member 25 having an inverted U-shaped cross section and supported by the floor rail 18.
The height of the baseboard 19 is adjusted by threading this bolt.

The panel 26 is fitted into a space surrounded by the cap 11, the baseboard 19, and the post 17, and the lower side and both sides of the panel are fixed to the baseboard 19 and the post 17 via packing 27 and presser edges 28, respectively. Further, the upper side of the panel 26 passes through a pair of packings 29 fixed to the cap 11 and is supported so as to be relatively movable in the vertical direction. This panel 26 has a thickness of 6mm
We use acrylic board of approximately

Air is sent out from the filter 3 on the ceiling 1 and flows to be sucked into the floor 9, and at this time vibrations are generated in the ceiling as described above. This vibration tries to be transmitted to the floor in the vertical and horizontal directions, but it is absorbed by the packings 6, 15, 20, and 29 and its transmission is prevented. Further, during vibration, the ceiling rail 4 moves relative to the cap 4, and the cap 11 moves relative to the panel 26, thereby preventing the panel 26 and the support 17 from being bent.

In the partition structure of the present invention, a cap 11 is fitted to a ceiling rail 4 fixed to a ceiling 1 so as to be relatively movable in the vertical direction, and a soft rubber or A vibration-proof packing 15 having the same properties as the above is provided in an airtight manner, and is made of hard synthetic resin with self-lubricating activity that guides the ceiling rail 4 that follows vertical vibrations of the ceiling in the vertical direction relative to the Kasagi 11. Guide piece 16 to Kasagi 11
The upper edge of the panel is vertically movably supported by the above-mentioned capsagi through packing, and a support is attached to the ceiling. When vibration occurs due to air supply, etc., the vertical vibration is absorbed by the relative movement of the ceiling rail 4 and the shade 11, and the lateral vibration is absorbed by the anti-vibration packing, causing vibration in the floor, panels, etc. In addition, the guide piece 16 smoothly slides against the cap 11 to suppress the generation of trash, and even if it occurs, the packing 15 prevents it from scattering from the cap to the room, and the packing 15 is partitioned off. prevent the movement of garbage between adjacent rooms,
Even if the cap is swayed laterally, the packing 15 is kept in close contact with the cap 11 by the guide piece 16, preventing the movement of dirt between adjacent rooms, and the relative movement of the cap 11 and the panel 26 prevents vibrations in the vertical direction. absorb,
The packing 29 absorbs lateral vibrations so that vibrations from the ceiling are not transmitted to the floor, and the packing 29 also prevents the movement of dirt between adjacent rooms.

[Brief explanation of drawings]

The drawings show an embodiment of the present invention; FIG. 1 is a front view, FIG. 2 is a cross-sectional view taken along the line -- in FIG. 1, and FIG. 3 is a cross-sectional view taken along the line -- in FIG. In the figure, 1 is the ceiling, 2 is the frame, 3 is the filter, 4 is the ceiling rail, 6 is the packing, 9 is the floor, 11 is the cap, 15 is the packing, 16 is the guide piece, 17 is the support, 18 is the floor rail, 19 20 is a baseboard, 20 is a packing, 26 is a panel, 28 is a presser edge, and 29 is a packing.

Claims (1)

[Scope of utility model registration request] In a partition that partitions from the ceiling to the floor, a cap is fitted onto a ceiling rail fixed to the ceiling so that it can move relatively in the vertical direction, and a soft rubber or soft rubber is used between the fitting surfaces to absorb lateral vibrations. In addition to providing airtight anti-vibration packing with the same properties, a guide piece made of hard synthetic resin with self-lubricating activity is installed to guide the ceiling rail vertically relative to the Kasagi, which follows the vertical vibrations of the ceiling. A partition structure in which the cap is provided with play to an extent that prevents excessive lateral vibration, the upper edge of the panel is supported by the cap so as to be movable up and down through packing, and supports are attached to the cap.