CN2474628Y

CN2474628Y - Three dimentional hollow network frame

Info

Publication number: CN2474628Y
Application number: CN 01234907
Authority: CN
Inventors: 谢志祥
Original assignee: Individual
Current assignee: Individual
Priority date: 2001-04-16
Filing date: 2001-04-16
Publication date: 2002-01-30
Anticipated expiration: 2011-04-16

Abstract

The utility model relates to a three-dimensional hollow network frame, which is mainly characterized in that the utility model is formed by upper and lower longitudinal wires, upper and lower horizontal wires, and waved wires. The upper longitudinal wire is connected with the upper horizontal wire to form an upper plane square grid, and the lower longitudinal wire is connected with the lower horizontal wire to form a lower plane square grid, and the wired wires are arranged between and further connected with the upper and the lower horizontal wires. The utility model forms the three-dimensional hollow network frame through regular mutual connection of wires, which is characterized in that the conformation is uniform, compact and firm, the weight is light, further the utility model saves material and the like.

Description

Three-dimensional hollow network rack

The utility model relates to the hollow network rack of a kind of three-dimensional.

Light wall board, the cement of domestic production at present give making sheet etc., and steel structure skeleton is all arranged, and are generally two dimension, the three dimensional form made is also arranged, but be the random solid figure skeleton that is compiled into by hand, can not the batch production automated production, so that efficient is low, the cost height.

The purpose of this utility model is to provide the three-dimensional hollow network rack of a kind of well-regulated energy automated production, to promote the technological progress of building materials industry.

The technical solution of the utility model is: it by last vertical silk, down vertical silk, go up horizontal hair, horizontal hair, waveform silk constitute down, going up vertical silk is connected with last horizontal hair, plane grid in the formation, vertical down silk is connected with following horizontal hair, form the lower plane grid, last horizontal hair is connected with the crest both sides of waveform silk, and crest stretches out the plane grid, following horizontal hair is connected with the trough both sides of waveform silk, and trough stretches out the lower plane grid.

The utility model is interconnected to form three-dimensional hollow network rack by steel wire is well-regulated, and it is neat firmly compact, in light weight to have structure, saves advantages such as material.

Fig. 1 is the utility model structural representation;

Fig. 2 is Fig. 1 schematic cross-sectional view.

Be described further below in conjunction with accompanying drawing.

As shown in the figure, the utility model is by last vertical silk 1, last horizontal hair 2, vertical down silk 3, following horizontal hair 4, waveform silk 5 constitutes, upward vertical silk intersects vertically mutually with last horizontal hair and is welded into the integral planar grid, vertical down silk intersects vertically mutually with following horizontal hair and is welded into the integral planar grid, the waveform silk is applied between horizontal hair and the following horizontal hair, the crest both sides of last horizontal hair and waveform silk weld together, the trough both sides of following horizontal hair and waveform silk weld together, the crest of waveform silk stretches out the plane grid of indulging silk and the formation of last horizontal hair, and the trough of waveform silk stretches out vertical down lower plane grid that forms with following horizontal hair.

Production technology mode of the present utility model is as follows:

1, produces three-dimensional plate.

Three rhizoids process straightener straightening by three dishes, wire-feed motor wire feed to the continuous modification of variant machine is welded through 18 continuous welding manipulator typings, deliver to again and cut off manipulator and cut off, finish manufacturing of three-dimensional plate, finish the preparation that next procedure is produced by the wobbler chip select then by specification.

2, three-dimensional hollow network rack moulding.

By 90～150 dish units silk is passed through filar guide respectively, send manipulator that silk is sent to forward by the straightener straightening, by three-dimensional plate combined machine hand three-dimensional plate is filled to guide card manipulator station at the same time, by the straightening of guide card manipulator, typing locking, be pushed into welding post by location push jack manipulator then, under the cooperation of the spacing manipulator of vertical silk, enter 90～150 extraordinary Combination Welding manipulators and weld, finish manufacturing of three-dimensional hollow network rack.

3, cutting product.

After three-dimensional hollow network rack is manufactured successfully, by the propelling machinery hand it is pushed ahead, locator positions, and by cutting off manipulator " three-dimensional hollow network rack " is cut off into various standard component products then, finishes manufacturing of three-dimensional hollow network rack standard component.

Claims

1, the hollow network rack of a kind of three-dimensional, it is characterized in that by last vertical silk, down vertical silk, go up horizontal hair, horizontal hair, waveform silk constitute down, going up vertical silk is connected with last horizontal hair, plane grid in the formation, vertical down silk is connected with following horizontal hair, forms the lower plane grid, last horizontal hair is connected with the crest both sides of waveform silk, crest stretches out the plane, and horizontal hair is connected with the trough both sides of waveform silk under the grid, and trough stretches out the lower plane grid.

2, the hollow network rack of three-dimensional according to claim 1 is characterized in that vertical silk intersects vertically mutually with last horizontal hair to be welded into the integral planar grid that vertical down silk intersects vertically mutually with following horizontal hair and is welded into the integral planar grid.

3, the hollow network rack of three-dimensional according to claim 1 and 2 is characterized in that waveform silk and horizontal hair up and down form three-dimensional plate.