CN203581672U

CN203581672U - Adjustment structure for inserting distance of panel bearing frame

Info

Publication number: CN203581672U
Application number: CN201320805030.0U
Authority: CN
Inventors: 陈宏奇
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-12-06
Filing date: 2013-12-06
Publication date: 2014-05-07
Anticipated expiration: 2023-12-06

Abstract

The utility model discloses a panel bearing frame hold and insert interval adjustment structure, including plural number X, Y, Z frame piece group, this each frame piece group includes the frame piece that two sets of symmetries are separated by, this plural number X, Y, Z frame piece group framework rectangle framework, wherein be equipped with the alternate upright and Y hack lever of establishing of plural number between each side frame piece of this Y frame piece group, and this each Y hack lever is equipped with alternate plural number X axial rack towards the rectangle framework is inside, supply the panel to insert the establishment with the interval that makes this alternate X axial rack, wherein combine with the activity connecting piece between this each Y hack lever and this Y frame piece, in order to supply this each Y hack lever selectivity from this Y frame piece dismouting. Therefore, when panels with different thicknesses are inserted, the Y frame rods with different X axial rack intervals can be selectively disassembled from the Y frame sheet by the combination of the movable connecting pieces between the Y frame rods and the Y frame sheet, so that the problem of adaptability of panel insertion is solved, and the replacement of the whole bearing frame is avoided.

Description

The appearance of panel bearing frame is inserted spacing adjustment structure

Technical field

The utility model is about a kind of panel bearing frame, and espespecially the appearance of this panel bearing frame is inserted spacing adjustment structure.

Background technology

General panel, as face glass, the various flat plates such as wafer or display panels, in construction manufacturing process or the process of wait storing, often must be by its storing so that follow-up processing, and due to for avoiding electrostatic induction and avoiding causing friction for panel, therefore how panel is positioned over to a bearing frame, comprise plural X, Y, Z frame sheet group, this X frame sheet group, Y frame sheet group, Z frame sheet group is respectively along three-dimensional X, Y, Z-direction is set, and be defined as X frame sheet group with X-direction former, along Y direction former, be defined as Y frame sheet group, along Z-direction former, be defined as Z frame sheet group, this each frame sheet group comprises two groups of symmetrical frame sheets of being separated by, this plural number X, Y, Z frame sheet group framework one rectangle framework, the so-called X of this specification sheets, Y, Z defines for it relatively.Wherein between this Y frame sheet, be provided with the alternate Y hack lever of uprightly establishing of plural number, and this each Y hack lever is provided with alternate plural X axis tooth bar towards rectangle framework inside, to make the spacing of this alternate X axis tooth bar, can provide panel to plug, and for panel, provide carrying with this each X axis tooth bar.But the alternate plural X axis tooth bar of prior art, is normally the state of setting firmly, the spacing of alternate X axis tooth bar is fixed, and therefore, when having the panel of different-thickness to plug, often has the problem that Defend lattice do not enter, and must change bearing frame.

Utility model content

The technical matters that the utility model solves is to improve aforesaid problem, designs a kind of appearance of panel bearing frame for this reason and inserts spacing adjustment structure.

The technical solution of the utility model is: a kind of appearance of panel bearing frame is inserted spacing adjustment structure, comprise plural X frame sheet group, Y frame sheet group, Z frame sheet group, this X frame sheet group, Y frame sheet group, Z frame sheet group is respectively along three-dimensional X, Y, Z-direction is set, and be defined as X frame sheet group with X-direction former, along Y direction former, be defined as Y frame sheet group, along Z-direction former, be defined as Z frame sheet group, this each frame sheet group comprises two groups of symmetrical frame sheets of being separated by, this plural number X, Y, Z frame sheet group framework one rectangle framework, wherein between each side frame sheet of this Y frame sheet group, be provided with the alternate Y hack lever of uprightly establishing of plural number, and this each Y hack lever is provided with alternate plural X axis tooth bar towards rectangle framework inside, with the spacing that makes this alternate X axis tooth bar, for panel, along Y-axis, plug, between this each Y hack lever and this Y frame sheet, be to be wherein combined with movable connecting piece, for this each Y hack lever selectivity from this Y frame sheet dismounting.

Wherein this each Y hack lever is to comprise two upright axle sheets side by side, this axle sheet inwardly protrudes out respectively establishes interlaced L shaped of plural number, each L shaped root sheet that respectively comprises a Y-axis, and this X axis tooth bar vertical with this root sheet X axis, between these two upright axle sheets side by side, be provided with a fixed plate that stands on Y frame sheet, and this each axle sheet can be relatively on this fixed plate with movable connecting piece, carry out avidity dismounting.

The beneficial effects of the utility model are: therefore when having the panel of different-thickness to plug, can be by being that movable connecting piece is combined between this each Y hack lever and this Y frame sheet, and can provide the Y hack lever selectivity of this difference X axis tooth bar spacing from this Y frame sheet dismounting, the adaptability problem inserting to solve panel, and avoid changing whole bearing frame.

Accompanying drawing explanation

Fig. 1 is the block diagram under the utility model inserting surface board status.

Fig. 2 is that the sectional perspective under the utility model inserting surface board status is decomposed and enlarged drawing.

Fig. 3 is the sectional perspective exploded drawings under the inserting surface board status of the first Y hack lever embodiment of the present utility model.

Fig. 4 is the sectional perspective exploded drawings under the inserting surface board status of the second Y hack lever embodiment of the present utility model.

Fig. 5 is the sectional perspective exploded drawings under the inserting surface board status of the third Y hack lever embodiment of the present utility model.

Figure number explanation:

1.X frame sheet group

1A.X frame sheet

1B.X frame sheet

2.Y frame sheet group

2A.Y frame sheet

2B.Y frame sheet

21. fixed plates

22. Y hack levers

22A.Y hack lever

22B.Y hack lever

The axial tooth bar of 221.X

223. axle sheets

224.L shape sheet

224A. root sheet

3.Z frame sheet group

3A.Z frame sheet

3B.Z frame sheet

4. panel.

The specific embodiment

Refer to Fig. 1, coordinate shown in Fig. 2, a kind of appearance of panel bearing frame is inserted spacing adjustment structure, comprises plural X frame sheet group 1, Y frame sheet group 2, Z frame sheet group 3, this X frame sheet group, Y frame sheet group, Z frame sheet group is respectively along three-dimensional X, Y, Z-direction is set, and is defined as X frame sheet group with X-direction former, along Y direction former, is defined as Y frame sheet group, is defined as Z frame sheet group, this each X along Z-direction former, Y, Z

frame sheet group

1, 2, 3 comprise two groups of symmetrical X frame sheet 1A of being separated by, 1B and

Y frame sheet

2A, 2B and

Z frame sheet

3A, 3B, this plural number X, Y, Z

frame sheet group

1, 2, 3 framework one rectangle frameworks, wherein each side frame sheet 2A of this Y

frame sheet group

2, 2B(illustrates as an example of a side example) between be provided with the alternate Y hack lever 22 of uprightly establishing of plural number, and this each Y hack lever 22 is provided with alternate plural X axis tooth bar 221 towards rectangle framework inside, to make between this alternate X axis tooth bar 221 apart from plugging for the panel 4 in graphic, between this each Y hack lever 22 and this Y frame sheet 2A, be wherein with movable connecting piece (figure do not show) combination, for these each Y hack lever 22 selectivity from this Y frame sheet 2A dismounting.Therefore when having the panel of different-thickness to plug, can be by being to be combined with movable connecting piece between this each Y hack lever 22 and this Y frame sheet 2A, and can provide Y hack lever 22 selectivity of these difference X axis tooth bar 221 spacing from this Y frame sheet 2A dismounting, to solve panel 4 in graphic, plug the adaptability problem of insertion, and avoid changing whole bearing frame, and avoid changing whole bearing frame.

Refer to shown in Fig. 2, concrete the utility model preferred embodiment that shows, this each Y hack lever 22 is to comprise two upright axle sheets 223 side by side, this axle sheet 223 inwardly protrudes out respectively establishes interlaced L shaped 224 of plural number, each L shaped 224 root sheet 224A that respectively comprises a Y-axis, and with axially vertical this X axis tooth bar 221 of this root sheet 224AX.And between these two upright axle sheets 223 side by side, be provided with a fixed plate 21 that stands on Y frame sheet 2A, and this each axle sheet 223 can be relatively on this fixed plate 21 with movable connecting piece, carry out avidity dismounting.

And these two axle sheets 223 can each independent replacing or two all change, and when more detailed-oriented and diversified different X axis tooth bar 221 spacing are provided, with provide graphic in shown panel 4 have the option of more insertions, and avoid changing whole bearing frame.

Refer to shown in Fig. 3 to Fig. 5, show that each Y hack lever 22 of the present utility model, 22A, 22B form the section portion kenel of different aspects.With provide graphic in shown panel 4 have the option of more insertions.

Claims

1. A structure for adjusting the insertion distance of a panel carrying frame, characterized in that it comprises a plurality of X frame sheet groups, Y frame sheet groups, and Z frame sheet groups, and the X frame sheet groups, Y frame sheet groups, and Z frame sheet groups They are respectively arranged along the three-dimensional X, Y, and Z axis directions, and those formed along the X axis direction are defined as X frame sheet groups, those formed along the Y axis direction are defined as Y frame sheet groups, and those formed along the Z axis direction are defined as Z frame sheet groups. Frame sheet groups, each frame sheet group includes two groups of frame sheets that are symmetrically spaced apart, and the complex X, Y, Z frame sheet groups form a rectangular frame body, wherein each side frame sheet of the Y frame sheet group is provided with A plurality of vertically arranged Y racks are arranged alternately, and each Y rack bar is provided with a plurality of alternate X-axis racks facing the inside of the rectangular frame, so that the spacing between the alternate X-axis racks can be used for the panel to be inserted along the Y-axis , wherein the Y frame rods are combined with the Y frame piece with a movable link, so that the Y frame rods can be selectively disassembled from the Y frame piece.

2. The structure for adjusting the insertion distance of the panel bearing frame according to claim 1, wherein each of the Y-frame rods comprises two shaft pieces upright and side by side, and the shaft pieces respectively protrude inward and set a plurality of mutual Interlaced L-shaped pieces, each L-shaped piece includes a Y-axis root piece, and the X-axis rack perpendicular to the X-axis of the root piece, between the two vertical and side-by-side shaft pieces, there is an upright On the fixed piece of the Y frame piece, and the shaft pieces can be disassembled and disassembled relative to the fixed piece with a movable link.