CN205242751U - Rotatory grid system of vertical many latitudes - Google Patents

Abstract

The utility model discloses a rotatory grid system of vertical many latitudes, including upper and lower locating plate, upper and lower locating plate is connected with the upper and lower base that the cross -section is the T type via set screw respectively, goes up the base and is connected via the rotatable last rotation axis and the stiff end of last card sign indicating number, and lower base is connected via the rotatable lower rotation axis and the stiff end of lower calorie of sign indicating number, and the grid centre gripping is in the draw -in groove of relative up -down's upper and lower card sign indicating number, wherein: fill up between the grid upper end in the draw -in groove going up the card sign indicating number and place the card sign indicating number in behind the cushion of limiting to glue through fixed connector or structure and be connected with the grid upper end, under lower calorie sign indicating number grid interior with placing down the draw -in groove that blocks yard in between the tip pad limit behind the cushion and to be connected with grid lower extreme portion through fixed connector or structure are gluey. The utility model discloses it is applicable in various complex modeling product's grid, the nimble angle of putting that designs the grid of mode of the predetermined position of accessible, it is convenient install, and easy maintenance has fine decorative effect.

Description

Vertical multidimensional rotary grate system

Technical field

The utility model relates to the vertical decoration trellis system of a kind of building, espespecially a kind of vertical multidimensional rotation latticeGrating system.

Background technology

Traditional decoration grid mainly contains the horizontal grid of facade, vertical grid, horizontal ceiling grid, and buildingMiddle grid mostly is rectangle and smooth vertical and horizontal putting, and aesthetic property is poor. Nowadays people to the demand of grid constantlyImprove, the grid of various complex models continues to bring out and has also proposed more for aspects such as the angles of gridMany requirements, and traditional grid use is the assembling frame that decorative effect is poor, four limits are square-folded, Wu FamanFoot various complex model grids installation, put and aesthetic feeling requirement, be badly in need of improve.

Utility model content

The purpose of this utility model is to provide a kind of vertical multidimensional rotary grate system, and it is applicable to respectivelyThe grid of kind of complex model, angles that can flexible design grid, it is convenient to install, and easy care has veryGood decorative effect.

To achieve these goals, the utility model has adopted following technical scheme:

A kind of vertical multidimensional rotary grate system, is characterized in that: it comprises upper and lower location-plate, upper,Lower location-plate is connected with cross section via dog screw respectively and is T-shaped upper and lower base, and upper bed-plate is via turningMoving upper rotating shaft is connected with the stiff end of upper card code, and lower bottom base is via rotating Shaft and lower card codeStiff end connect, grid is clamped in the draw-in groove of upper and lower card code opposing upper and lower, wherein: upper card code withBeing placed between the grid upper end in the draw-in groove of card code pad establishes after limiting cushion block by fixed connecting piece or knotStructure glue is connected with grid upper end, between lower card code and the grid bottom being placed in the draw-in groove of lower card yard, padsIf be connected with grid bottom by fixed connecting piece or structure glue after limiting cushion block.

Preferably, on described Shaft, angle stop screw is installed.

Described grid is thin-walled grid or rectangle section bar cross section grid or special-shaped section cross section grid or pane of glassGrid.

In the time that described grid is thin-walled grid or rectangle section bar cross section grid or special-shaped section cross section grid, described inFixed connecting piece is screw; In the time that described grid is glass grid, described fixed connecting piece is to wearing bolt.

Described upper bed-plate is vertically relative or not relative up and down with described lower bottom base.

The utility model has the advantages that:

The utility model, applicable to the grid of various complex models, can pass through the mode flexible design of pre-determined bitThe angles of grid, it is convenient to install, and easy care has good decorative effect.

Brief description of the drawings

Fig. 1 is structural representation of the present utility model.

Fig. 2 is that the A-A of Fig. 1 is to cross-sectional schematic.

Fig. 3 A is the schematic diagram that the utility model is applied to thin-walled grid.

Fig. 3 B, Fig. 3 C are the instance graphs of thin-walled grid.

Fig. 4 A is the schematic diagram that the utility model is applied to rectangle section bar cross section grid.

Fig. 4 B is the instance graph of rectangle section bar cross section grid.

Fig. 5 A is the schematic diagram that the utility model is applied to special-shaped section cross section grid.

Fig. 5 B is the instance graph of special-shaped section cross section grid.

Fig. 6 A is the schematic diagram that the utility model is applied to glass grid.

Fig. 6 B is the instance graph of glass grid.

Fig. 7 is the key diagram that the utility model is vertically obliquely installed.

Fig. 8 is the key diagram that the utility model horizontally rotates setting.

Detailed description of the invention

As depicted in figs. 1 and 2, the vertical multidimensional rotary grate system of the utility model comprises upper and lower locationPlate 11,21, upper and lower location-plate 11,21 is connected with cross section via dog screw 33 respectively and is T-shapedUpper and lower base 12,22, upper bed-plate 12 is via rotating upper rotating shaft 14 and upper card yard 15 fixEnd connects, and lower bottom base 22 is connected with the stiff end of lower card code 25 via rotating Shaft 24, latticeGrid 50 are clamped in the draw-in groove of upper and lower card code 15,25 opposing upper and lower, wherein: above block code 15 and putAfter between grid 50 upper ends in the draw-in groove of upper card code 15, pad is established limiting cushion block 31 by being fixedly connected withPart 32 or structure glue (not shown) are connected with grid 50 upper ends, lower card code 25 be placed in downBetween grid 50 bottoms in the draw-in groove of card code 25, pad passes through fixed connecting piece 32 after establishing limiting cushion block 31Or structure glue is connected with grid 50 bottoms.

In the utility model, upper and lower base 12,22, upper and lower rotating shaft 14,24, upper and lower cardCode 15,25 is rectangular shaft-like, grid 50 by two lines determine the geometrical principle of a face realize fixedPosition.

In actual design, as Fig. 1, on Shaft 24, the angle that can limit constant tilt angle can be installedDegree stop screw 26, guarantees that system is firm.

Grid 50 can be thin-walled grid, rectangle section bar cross section grid, special-shaped section cross section grid or pane of glassGrid, in other words, the utility model can be realized the grille decorative effect of various different-styles. Fig. 3 B, figure3C shows respectively two kinds of dissimilar thin-walled grids 51---thin-walled grid 511,512. Fig. 4 B,Fig. 5 B, Fig. 6 B show respectively rectangle section bar cross section grid 52, special-shaped section cross section grid 53, glassGrid 54.

As Fig. 3 A, Fig. 4 A, Fig. 5 A, when grid 50 is thin-walled grid 51, rectangle section bar cross section grid52 or when the grid 53 of special-shaped section cross section, fixed connecting piece 32 is screw 321. As Fig. 6 A, work as grid50 while being glass grid 54, and fixed connecting piece 32 is for to wearing bolt 322.

In the time of actual installation, upper bed-plate 12 is vertically relative or not relative up and down with lower bottom base 22. As Fig. 7 instituteShow, upper bed-plate 12 can be with respect to lower bottom base 22 horizontal shifts apart from d, and upper and lower base 12,22 is not locatedIn same vertical face, thereby make grid 50 at vertical inclination certain angle α.

In addition, as shown in Figure 8, with respect to upper and lower location-plate 11,21, upper and lower base 12,22 alsoCan horizontally rotate certain angle, meet grid 50 putting on the upper and lower location-plate 11,21 of arc and makeType. Fig. 8 shows the grid 50 (the utility model as shown in centre) based on normally putting, horizontal up timePin anglec of rotation β (the utility model as shown above) and level be rotated counterclockwise angle (108 °-The situation that γ) (the utility model as shown below) puts grid.

In the time of actual installation, upper and lower location-plate 11,21 is connected in upper and lower structure by conventional methods,By to upper and lower base 12,22 respectively the pre-determined bit on upper and lower location-plate 11,21 carry out appropriate designGrid 50 put moulding (vertical angle of inclination, horizontally rotate angle), thereby meet the each of gridPlant vertical various dimensions design requirement.

The utility model has the advantages that:

The utility model, applicable to the grid of various complex models, can pass through the mode flexible design of pre-determined bitThe angles of grid, it is convenient to install, and easy care has good decorative effect.

The above is preferred embodiment of the present utility model and the know-why used thereof, for this areaTechnical staff, in the situation that not deviating from spirit and scope of the present utility model, any based on this realityWith apparent changes such as the equivalent transformation on new technique scheme basis, simple replacements, all belong to this realityWithin novel protected scope.

Claims (5)

1. a vertical multidimensional rotary grate system, is characterized in that: it comprises upper and lower location-plate,Upper and lower location-plate is connected with cross section via dog screw respectively and is T-shaped upper and lower base, upper bed-plate viaRotating upper rotating shaft is connected with the stiff end of upper card code, lower bottom base via rotating Shaft and underThe stiff end of card code connects, and grid is clamped in the draw-in groove of upper and lower card code opposing upper and lower, wherein: upper cardBetween code and the grid upper end being placed in the draw-in groove of card yard, pad after establishing limiting cushion block and pass through fixed connecting pieceOr structure glue is connected with grid upper end, lower card code be placed in grid bottom in the draw-in groove of lower card yard itBetween pad be connected with grid bottom by fixed connecting piece or structure glue after establishing limiting cushion block.

2. vertical multidimensional rotary grate system as claimed in claim 1, is characterized in that:

Angle stop screw is installed on described Shaft.

3. vertical multidimensional rotary grate system as claimed in claim 1, is characterized in that:

Described grid is thin-walled grid or rectangle section bar cross section grid or special-shaped section cross section grid or pane of glassGrid.

4. vertical multidimensional rotary grate system as claimed in claim 3, is characterized in that:

In the time that described grid is thin-walled grid or rectangle section bar cross section grid or special-shaped section cross section grid, described inFixed connecting piece is screw;

In the time that described grid is glass grid, described fixed connecting piece is to wearing bolt.

5. the vertical multidimensional rotary grate system as described in any one in claim 1 to 4, its featureBe:

Described upper bed-plate is vertically relative or not relative up and down with described lower bottom base.