CN203795794U

CN203795794U - Raised floor structure

Info

Publication number: CN203795794U
Application number: CN201420130555.3U
Authority: CN
Inventors: 陆瑞英
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-03-22
Filing date: 2014-03-22
Publication date: 2014-08-27
Anticipated expiration: 2024-03-22

Abstract

The utility model provides a raised floor structure which comprises a plurality of floor units and a plurality of foot frames. Each floor unit comprises a panel and a reinforcing base disposed at the bottom of the panel, wherein a clamping slot is formed in each corner at the bottom of the reinforcing base. Each foot frame comprises a height-adjustable support plate disposed on the upper portion of a foot seat, wherein a screw hole is formed in the middle of the support plate, a plurality of protrusions distributed at positions close to the corresponding corner are disposed at positions, opposite to the corresponding clamping slot, on the plate surface of the support plate, and the surface of each protrusion is a spherical arc protruding surface. Each foot seat comprises a screw fixed on a fixing plate and a sleeve which connected with the screw in a sleeved and screwed manner, the sleeve is provided with inner threads, the sleeve is provided with a threaded part at the upper end, and the threaded part is screwed with the screw hole of the corresponding support plate. By the raised floor structure which is labor saving, time saving and material saving in overall construction, the floor units can be simply mounted or demounted on the foot frames.

Description

Elevated floor structure

Technical field

The utility model relates to a kind of elevated floor structure, belongs to building engineering field.

Background technology

The utilization of known raised floor, makes between floor and ground separation clearancen, convenient for various line configuring.Wherein, the structure of raised floor, normally utilizes the foot rest of several adjustment heights to support high floor unit, and making to form one between floor unit and ground can be for the space of circuit distribution.Yet, when making foot rest support high floor unit, do not cause the skew of any left and right or activity phenomenon, be foot rest and the group that mutually stretches between foot rest connect a connecting rod or framework come together with bracketing floor unit, make floor unit on foot rest, obtain movable restriction, but each floor unit all needs to have branched connecting rod or framework to come common bracketing and restriction, quite complicated owing to organizing the operation of connective pole or framework between foot rest, this makes the vertical construction of whole raised floor, very consume manpower and man-hour, and the use because of a large amount of connecting rods or framework, causes flat cost higher.

Summary of the invention

In order to overcome defect of the prior art, the utility model provides a kind of elevated floor structure.

The utility model solves the technical scheme that its technical problem adopts: the utility model provides a kind of elevated floor structure, comprises several floor unit and several foot rest.

Floor unit, establishes a reinforcement base by a panel bottom and is formed, and reinforcement base is respectively equipped with a clip slotted eye in each corner position of its bottom surface; Foot rest, the gripper shoe of establishing an adjustment height on a runners top forms, and gripper shoe pars intermedia is provided with a screw, and gripper shoe relative clip slotted eye place on plate face is provided with several convex bodys that are distributed in nearly corner place.

The surface of convex body is a spherical arc shape convex body face.

Runners, by setting firmly a screw rod on a bottom fixed board, and the sleeve pipe that is screwed with a tool internal thread by socket on this screw rod formed, and sleeve pipe upper end is also provided with a threaded portion, by the screwhole spiro bonding of this threaded portion and gripper shoe.

The beneficial effects of the utility model are: simply complete floor unit and on foot rest, organize vertical or dismounting, tool raised floor integral construction is laborsaving, save time and economize the benefit of material.

Accompanying drawing explanation

Below in conjunction with drawings and Examples, the utility model is further illustrated.

Fig. 1 is overall schematic of the present utility model.

Fig. 2 is decomposing schematic representation of the present utility model.

1. floor unit in figure, 2. foot rest, 3. panel, 4. reinforcement base, 5. clip slotted eye, 6. runners, 7. gripper shoe, 8. screw, 9. convex body, 10. fixed head, 11. screw rods, 12. sleeve pipes, 13. threaded portions.

The specific embodiment

As depicted in figs. 1 and 2, the utility model provides a kind of elevated floor structure, comprises several floor unit 1 and several foot rests 2, and concrete structure is as follows.

Floor unit 1, establishes a reinforcement base 4 by panel 3 bottoms and is formed, and reinforcement base 4 is respectively equipped with a clip slotted eye 5 in each corner position of its bottom surface; Foot rest 2, the gripper shoe 7 of establishing an adjustment height on runners 6 tops forms, and gripper shoe 7 pars intermedias are provided with a screw 8, and gripper shoe 7 relative clip slotted eye 5 places on plate face are provided with several convex bodys 9 that are distributed in nearly corner place.The surface of convex body 9 is a spherical arc shape convex body face, natural importing effect when interior by the surperficial embedding clip of convex body 9 slotted eye 5, floor unit 1 is bridged on foot rest 2, the clip activity that obtains of energy easy operation limits, simply complete floor unit 1 and on foot rest 2, organize vertical or dismounting, tool raised floor integral construction is laborsaving, save time and economize the benefit of material.

Runners 6, by setting firmly a screw rod 11 on a bottom fixed board 10, and the sleeve pipe 12 that is screwed with a tool internal thread by socket on this screw rod 11 formed, and sleeve pipe 12 upper ends are also provided with a threaded portion 13, by this threaded portion 13 and the screw 8 of gripper shoe 7, screwed togather.

During by sleeve pipe 12 rotation, can change the positional distance that sleeve pipe 12 and screw rod 11 screw togather, can change gripper shoe 7 screws 8 and be screwed on sleeve pipe 12 13Shang positions, threaded portion, make the bracketing of 7 pairs of floor unit 1 of gripper shoe, can see through manually holding of sleeve pipe 12 and turn operation, obtain fast the setting and adjustment of bracketing height.

Claims

1. an elevated floor structure, comprises several floor unit and several foot rest, it is characterized in that: floor unit, and by a panel bottom, to establish a reinforcement base and formed, reinforcement base is respectively equipped with a clip slotted eye in each corner position of its bottom surface; Foot rest, the gripper shoe of establishing an adjustment height on a runners top forms, and gripper shoe pars intermedia is provided with a screw, and gripper shoe relative clip slotted eye place on plate face is provided with several convex bodys that are distributed in nearly corner place.

2. elevated floor structure according to claim 1, is characterized in that: the surface of convex body is a spherical arc shape convex body face.

3. elevated floor structure according to claim 1, it is characterized in that: runners, by setting firmly a screw rod on a bottom fixed board, and the sleeve pipe that is screwed with a tool internal thread by socket on this screw rod is formed, and sleeve pipe upper end is also provided with a threaded portion, by the screwhole spiro bonding of this threaded portion and gripper shoe.