CN202657445U - Plate glass stack transferring frame - Google Patents
Plate glass stack transferring frame Download PDFInfo
- Publication number
- CN202657445U CN202657445U CN 201220325997 CN201220325997U CN202657445U CN 202657445 U CN202657445 U CN 202657445U CN 201220325997 CN201220325997 CN 201220325997 CN 201220325997 U CN201220325997 U CN 201220325997U CN 202657445 U CN202657445 U CN 202657445U
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- backrest
- plate glass
- base
- longitudinal ligament
- fixedly installed
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- Expired - Lifetime
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Abstract
The utility model relates to a plate glass stack transferring frame. The plate glass stack transferring frame comprises a pedestal, a back rest, two side doors and a compression mechanism, wherein the pedestal, the back rest and the two side doors enclose to form a box type structure of which three surfaces are enclosed; two sets of connecting structures are arranged; the two side doors are respectively arranged on the two sides of the back rest through corresponding connecting structures; each connecting structure consists of at least one set of connecting component; the connecting component comprises a fixed part, a moveable part and an adjusting mechanism which is used for connecting the moveable part and the fixed part; the adjusting direction of the adjusting mechanism is parallel to the pedestal supporting surface and the back rest supporting surface; the connecting component is fixed through the fixed part; the side doors are hinged with the corresponding moveable parts; a hinging shaft is longitudinally arranged; and a positioning structure used for locking the positions of the side doors is arranged. The left position and the right position of the side doors are adjusted through an adjusting mechanism, so that the side doors can completely cling to a product, and the problem that the side surface of a stacking frame is not fully compacted is solved. The plate glass stack transferring frame is applied to transferring plate glass stacks, particularly the ultra-thin plate glass with relatively low thickness.
Description
Technical field
The utility model relates to a kind of plate glass stacking transfer carriage.
Background technology
In order conveniently to transport and avoid the breakage of glass in transport process, the equal stacking of plate glass is fixed on the stacking transfer carriage to be transported.
Present stacking transfer carriage comprises underframe, seat back frame, two doorframes, compressor arm, consists of the L-type main body frame by underframe and seat back frame, and two doorframes are installed in respectively the seat back frame both sides, is surrounded by bottom plate frame, seat back frame and two side doors to consist of three sides surrounded box-structure; In order to make things convenient for stacking glass, the angle between underframe bearing surface and the seat back frame bearing surface is roughly 94～96 °, and two side door hinges connect installation and jointed shaft vertically arranges, and side door can flip to the outside during use; The compressor arm two ends respectively with corresponding side door captive joint, be used for after stacking is finished compressing from the front plate glass.
But the distance between above-mentioned stacking transfer carriage two side doors is fixed, and can't adjust, and causes affected by the plate glass size difference on the compression of plate glass both sides, and the thrust that the plate glass that size is large is subject to is greater than the little plate glass of size.Especially for the less ultra-thin flat glass of thickness, owing to thrust greatly very easily causes glass breakage, therefore in use, can't implement effectively to compress even the possibility malcompression to the little plate glass of size, can be owing to lateral sliding causes glass breakage.
The utility model content
Technical problem to be solved in the utility model provides a kind of side door of can avoiding and affected by the plate glass size difference on the compression of plate glass both sides, can realize from two sides and front the plate glass stacking transfer carriage that is completely fixed.
The technical scheme that its technical matters that solves the utility model adopts is: plate glass stacking transfer carriage, comprise base, backrest, two side doors, hold-down mechanism, consist of three sides surrounded box-structure by base, backrest and the encirclement of two side doors, angle between described base support face and the back rest supports face is the obtuse angle, angle between described side door seal face and the back rest supports face is 90 °, be provided with two casing connecting structures, two side doors are installed on respectively the both sides of backrest through corresponding connection structure; Described connection structure is made of at least one cover coupling assembling, described coupling assembling comprises fixed part, moving part and is used for that movable part connecting divides and the regulating mechanism of fixed part, the adjusting direction of described regulating mechanism is parallel to base support face and back rest supports face, described coupling assembling is through fixed part fixed installation and relative with backrest fixing, and described side door and jointed shaft hinged with corresponding moving part vertically arranges; Between described side door and connection structure, be provided with the location structure of locking side door position.
As a kind of preferred, described connection structure is made of two cover coupling assemblings, and two cover coupling assemblings arrange that up and down the upper and lower of corresponding side door is hinged being installed on the corresponding coupling assembling respectively.
Further, described hold-down mechanism comprises briquetting, is fixedly installed in the tension screw mandrel at briquetting two ends respectively, is respectively arranged with chute on described two side doors, and the distance of described chute top and backrest is greater than or less than the distance of bottom and backrest; The tension screw mandrel at described briquetting two ends passes respectively corresponding chute and slides along chute, and described hold-down mechanism comprises the jam nut that the tension screw mandrel of homonymy outer side of door matches, by described jam nut locking briquetting position.
As a kind of preferred, described side door comprises two side arms, the connecting panel of arranging up and down, and described connecting panel all connects between two side arms and with two side arms surely, and described chute is arranged on the connecting panel; The other end of the relative connecting panel of described two side arms is hinged with corresponding coupling assembling respectively.
As a kind of preferred, the fixed part of described coupling assembling by fixed support consist of, moving part is configured to by U-shaped, described jointed shaft is installed in the opening of U-shaped support; Described regulating mechanism comprises the adjusting screw(rod) that matches and regulates silk braid, be provided with mounting hole on the described fixed support, described adjusting screw(rod) passes mounting hole, described adjusting silk braid matches with the adjusting screw(rod) of fixed support inboard, and described U-shaped support is captiveed joint with the adjusting screw(rod) in the fixed support outside; Described location structure is by the locating dowel pin that passes U-shaped support and U-shaped carrier openings inner webs.
Further, be provided with the longitudinal ligament structure that is fixedly mounted on the base, described backrest top is fixedly installed in the longitudinal ligament structure, the bottom is fixedly installed in base.
Further, described coupling assembling is fixedly installed in the longitudinal ligament structure through fixed part, and the installation site of described coupling assembling is corresponding with the gap between the backrest with the longitudinal ligament structure.
Further, be provided with the backing plate that is fixedly mounted on the base, be configured for the L-type inner supporting structure of stacking plate glass by backing plate and backrest, the angle between described backing plate bearing surface and the back rest supports face is 90 °.
Further, be provided with the longitudinal ligament structure that is fixedly mounted on the base, described backrest top is fixedly installed in the longitudinal ligament structure, the bottom is fixedly installed in base; Described backrest top through cushion block be fixedly installed in the longitudinal ligament structure, the bottom is fixedly installed in base through backing plate.
As a kind of preferred, described base adopts framed structure, comprises one group of horizontal girder, lays respectively at the bottom cross beam that the horizontal girder two ends are used for connecting each horizontal girder; Described longitudinal ligament structure comprises one group of column, is positioned at the head piece on column top, captives joint with corresponding bottom cross beam with head piece respectively in described column two ends; Described backing plate is made of one group of horizontal shore, and each horizontal shore is individually fixed on the corresponding horizontal girder; Described backrest is made of one group of longitudinal ligament beam, described longitudinal ligament back end through cushion block be fixedly installed in head piece, the bottom is fixedly installed in horizontal shore; Described longitudinal ligament beam be axial section and radially section be the box beam of rectangle, described horizontal shore be axial section be trapezoidal, radially section is the box beam of rectangle.
Above-mentioned base support face, back rest supports face, backing plate bearing surface, side door seal face are that base, backrest, backing plate, side door are towards the surface of product.
The beneficial effects of the utility model are: during work, transfer carriage is placed on the ground grading, a side side door is rotated to seal face vertical with the back rest supports face, lock the position of this side door, then begin the stacking product; Behind the product stacks sufficient amount, the opposite side side door is rotated to seal face vertical with the back rest supports face, lock the position of this side door, regulate the side door position by regulating mechanism, until compress product; Penetrate hold-down mechanism and compress product, then lock the hold-down mechanism position, can finish whole stacking procedure.Adjust position, the side door left and right sides by regulating mechanism, make side door be close to product fully, solved the problem of stacking rack lateral surface compressing deficiency.That this device has is simple in structure, dependable performance, easy to operate characteristics, can be completely fixed glass board from two sides and front, and the single serviceable tool that need not can operate.Be applicable to plate glass stacking transhipment, the especially less ultra-thin flat glass of thickness.
Description of drawings
Fig. 1 is front view of the present utility model;
Fig. 2 is left view of the present utility model.
The specific embodiment
Below in conjunction with drawings and Examples the utility model is further specified.
Plate glass stacking transfer carriage of the present utility model, comprise base 10, backrest 20, two side doors 30, hold-down mechanism 70, consist of three sides surrounded box-structure by base 10, backrest 20 and 30 encirclements of two side doors, angle between described base 10 bearing surfaces and backrest 20 bearing surfaces is the obtuse angle, angle between described side door 30 seal faces and backrest 20 bearing surfaces is 90 °, be provided with two casing connecting structures, two side doors 30 are installed on respectively the both sides of backrest 20 through corresponding connection structure; Described connection structure is made of at least one cover coupling assembling 60, described coupling assembling 60 comprises fixed part, moving part and is used for that movable part connecting divides and the regulating mechanism of fixed part, the adjusting direction of described regulating mechanism is parallel to base 10 bearing surfaces and backrest 20 bearing surfaces, described coupling assembling 60 is through fixed part fixed installation and relative fixing with backrest 20, and described side door 30 and jointed shaft 65 hinged with corresponding moving part vertically arranges; Between described side door 30 and connection structure, be provided with the location structure of locking side door 30 positions.
Described connection structure comprises the tricks of coupling assembling 60, can arrange according to concrete needs, as: only comprise a cover coupling assembling, the fixed part of this coupling assembling by sliding sleeve consist of, moving part is made of slide bar, the section of slide bar is rectangular, described regulating mechanism comprises the rack and pinion that matches and the lockout mechanism of gear, and described tooth bar is fixedly mounted on the slide bar.Described hold-down mechanism can adopt arbitrarily the hold-down mechanism such as existing plate glass stacking transfer carriages such as arms.
But as a kind of preferred, as shown in Figure 1 and Figure 2, described connection structure is made of two cover coupling assemblings 60, and two cover coupling assemblings 60 arrange that up and down the upper and lower of corresponding side door 30 is hinged being installed on the corresponding coupling assembling 60 respectively.Two cover coupling assemblings 60 are compared a cover coupling assembling 60, can better support side door 30, avoid the inclination of side door 30 and deadweight on compressing the impact of effect, guarantee that side door 30 all can implement effective compression to glass up and down; Compare the above coupling assembling 60 of two covers, realize the up and down respectively fine setting of two cover coupling assemblings 60 by tolerance clearance, the difference that can better adapt to side door glass size difference about in the of 30, assurance side door 30 avoids thrust to concentrate on the pressure break that a side causes up and down to the equilibrium of glass thrust.
Simultaneously, in order better to implement the compression to the plate glass both sides, as shown in Figure 1 and Figure 2, described hold-down mechanism 70 comprises briquetting 71, is fixedly installed in the tension screw mandrel 72 at briquetting 71 two ends respectively, be respectively arranged with chute 33 on described two side doors 30, the distance of described chute 33 tops and backrest 20 is greater than the distance of bottom and backrest 20; The tension screw mandrel 72 at described briquetting 71 two ends passes respectively corresponding chute 33 and slides along chute 33, and described hold-down mechanism 70 comprises the jam nut 73 that the tension screw mandrel 72 with side door 30 outsides matches, by described jam nut 73 locking briquettings 71 positions.Described briquetting 71 is strained and fixed by tension screw mandrel 72 and the jam nut 73 at two ends, make two side door 30 connect into integral body, quadruplet coupling assembling 60 with both sides matches, two side door 30 3 of difference are stressed, remedied side door 30 strong points few, compress hypodynamic defective, can effectively guarantee effective compression of side door 30 whole bearing of trends and the equilibrium of thrust.In addition, the distance of above-mentioned chute 33 tops and backrest 20 also can be less than the distance of bottom and backrest 20, but this mode with greater than comparing operation inconvenience.
The structure of above-mentioned side door 30 can be arbitrarily, consists of as adopting a plate.Consisted of by two cover coupling assemblings 60 with connection structure and to adapt, in example as shown in the figure, as shown in Figure 1, described side door 30 comprises two side arms 31, the connecting panel 32 of arranging up and down, described connecting panel 32 is between two side arms 31 and with two side arms 31 equal captive joints, and described chute 33 is arranged on the connecting panel 33; The other end of described two side arms 31 relative connecting panels 32 is hinged with corresponding coupling assembling 60 respectively.
For simplified structure, as shown in Figure 1 and Figure 2, the fixed part of described coupling assembling 60 by fixed support 61 consist of, moving part is made of U-shaped support 62, described jointed shaft 65 is installed in the opening of U-shaped support 62; Described regulating mechanism comprises the adjusting screw(rod) 63 that matches and regulates silk braid 64, be provided with mounting hole on the described fixed support 61, described adjusting screw(rod) 63 passes mounting hole, described adjusting silk braid 64 matches with the adjusting screw(rod) 63 of fixed support 61 inboards, and described U-shaped support 62 is captiveed joint with the adjusting screw(rod) 63 in fixed support 61 outsides; Described location structure is by the locating dowel pin 66 that passes U-shaped support 62 and U-shaped support 62 opening inner webs 31.In order clearly to express the position of jointed shaft 65, do not draw side door 30 among Fig. 2.
In order to guarantee the support strength of backrest 20, as shown in Figure 1, be provided with the longitudinal ligament structure 40 that is fixedly mounted on the base 10, described backrest 20 tops are fixedly installed in longitudinal ligament structure 40, the bottom is fixedly installed in base 10.For backrest 20 distortion of further avoiding 30 pairs of backrest 20 application forces of side door to cause, guarantee the planeness of backrest 20 bearing surfaces, described coupling assembling 60 is fixedly installed in longitudinal ligament structure 40 through fixed part; Simultaneously, in order to guarantee the Founder of transfer carriage profile, make things convenient for the overlapping of transfer carriage to take in, the installation site of described coupling assembling 60 is corresponding with the gap between the backrest 20 with longitudinal ligament structure 40.
In order to further facilitate the stacking of glass, the pressure break of avoiding the contact of plate glass bottom line to cause, as shown in Figure 1, be provided with the backing plate 50 that is fixedly mounted on the base 10, be configured for the L-type inner supporting structure of stacking plate glass by backing plate 50 and backrest 20, the angle between described backing plate 50 bearing surfaces and backrest 20 bearing surfaces is 90 °.Install for convenient, guarantee the angle precision between backing plate 50 bearing surfaces and backrest 20 bearing surfaces, described backrest 20 tops through cushion block 23 be fixedly installed in longitudinal ligament structure 40, the bottom is fixedly installed in base 10 through backing plate 50.Because the setting of cushion block 23 can increase the gap between longitudinal ligament structure 40 and the backrest 20 simultaneously, makes things convenient for the setting of coupling assembling 60.
Above-mentioned base 10, backrest 20, longitudinal ligament structure 40, backing plate 50 all can adopt arbitrarily structure formation, such as plate.In order to alleviate whole deadweight, convenient transhipment, guarantee the planeness of each bearing surface, seal face, guarantee support strength, as shown in Figure 1 and Figure 2, described base 10 adopts framed structure, comprises one group of horizontal girder 11, lays respectively at the bottom cross beam 12 that horizontal girder 11 two ends are used for connecting each horizontal girder 11; Described longitudinal ligament structure 40 comprises one group of column 42, is positioned at the head piece 41 on column 42 tops, captives joint with corresponding bottom cross beam 12 with head piece 41 respectively in described column 42 two ends; Described backing plate 50 is made of one group of horizontal shore 51, and each horizontal shore 51 is individually fixed on the corresponding horizontal girder 11; Described backrest 20 is made of one group of longitudinal ligament beam 21, described longitudinal ligament beam 21 tops through cushion block 23 be fixedly installed in head piece 41, the bottom is fixedly installed in horizontal shore 51; Described longitudinal ligament beam 21 be axial section and radially section be the box beam of rectangle, described horizontal shore 51 be axial section be trapezoidal, radially section is the box beam of rectangle.Strengthen crossbeam 13 in order further to guarantee planeness, between each horizontal girder 11 between two bottom cross beams, to be provided with, be provided with connecting cross beam 22 between each longitudinal ligament beam 21.
With existing identical, transfer carriage is provided with rubber strip with the contacted surface of plate glass.Arrange for convenient, in example as shown in the figure, each captive joint all adopts and is welded and fixed.The bottom surface of base 10 is respectively arranged with footing 14 and transfer frame 15, and the effect of transfer frame has been position-limiting action, prevents from sliding with stacking rack in fork truck or the hydraulic car transportation, and footing 14 plays a supportive role.
Because the increase with angle between underframe bearing surface and the seat back frame bearing surface, can increase backrest to the support component of product, and then may cause the pressure break of product, therefore with existing identical, angle is preferably 94～96 ° between underframe bearing surface and the seat back frame bearing surface, in example as shown in the figure, angle is 95 °.
During work, transfer carriage is placed on the ground grading, a side side door 30 is rotated to seal face vertical with backrest 20 bearing surfaces, penetrate the position of these side doors 30 of locating dowel pin 66 locking, then begin the stacking product; Behind the product stacks sufficient amount, opposite side side door 30 is rotated to seal face vertical with backrest 20 bearing surfaces, penetrate the position of these side doors 30 of locating dowel pin 66 locking, regulate side doors 30 positions by regulating silk braid 64, until compress product; Penetrate hold-down mechanism 70, glide along chute 33, until compress product, then screw the jam nut 73 at two ends, can finish whole stacking procedure.
Claims (10)
1. plate glass stacking transfer carriage, comprise base (10), backrest (20), two side doors (30), hold-down mechanism (70), surround the three sides surrounded box-structure of formation by base (10), backrest (20) and two side doors (30), angle between described base (10) bearing surface and backrest (20) bearing surface is the obtuse angle, angle between described side door (30) seal face and backrest (20) bearing surface is 90 °, it is characterized in that:
Be provided with two casing connecting structures, two side doors (30) are installed on respectively the both sides of backrest (20) through corresponding connection structure; Described connection structure is made of at least one cover coupling assembling (60), described coupling assembling (60) comprises fixed part, moving part and is used for that movable part connecting divides and the regulating mechanism of fixed part, the adjusting direction of described regulating mechanism is parallel to base (10) bearing surface and backrest (20) bearing surface, described coupling assembling (60) is through fixed part fixed installation and relative fixing with backrest (20), and described side door (30) is hinged with corresponding moving part and jointed shaft (65) is vertical arranges;
Between described side door (30) and connection structure, be provided with the location structure of locking side door (30) position.
2. plate glass stacking transfer carriage as claimed in claim 1, it is characterized in that: described connection structure is made of two cover coupling assemblings (60), two cover coupling assemblings (60) arrange that up and down the upper and lower of corresponding side door (30) is hinged being installed on the corresponding coupling assembling (60) respectively.
3. plate glass stacking transfer carriage as claimed in claim 1 or 2, it is characterized in that: described hold-down mechanism (70) comprises briquetting (71), is fixedly installed in the tension screw mandrel (72) at briquetting (71) two ends respectively, be respectively arranged with chute (33) on described two side doors (30), the distance of described chute (33) top and backrest (20) is greater than or less than the distance of bottom and backrest (20); The tension screw mandrel (72) at described briquetting (71) two ends passes respectively corresponding chute (33) and slides along chute (33), described hold-down mechanism (70) comprises the jam nut (73) that the tension screw mandrel (72) in same side door (30) outside matches, by described jam nut (73) locking briquetting (71) position.
4. plate glass stacking transfer carriage as claimed in claim 2, it is characterized in that: described side door (30) comprises two side arms (31), the connecting panel (32) of arranging up and down, described connecting panel (32) is positioned between the two side arms (31) and same two side arms (31) all connects surely, and described chute (33) is arranged on the connecting panel (33); The other end of the relative connecting panel (32) of described two side arms (31) is hinged with corresponding coupling assembling (60) respectively.
5. plate glass stacking transfer carriage as claimed in claim 4, it is characterized in that: the fixed part of described coupling assembling (60) is made of U-shaped support (62) fixed support (61) formation, moving part, and described jointed shaft (65) is installed in the opening of U-shaped support (62); Described regulating mechanism comprises the adjusting screw(rod) (63) that matches and regulates silk braid (64), described fixed support is provided with mounting hole on (61), described adjusting screw(rod) (63) passes mounting hole, described adjusting silk braid (64) matches with the adjusting screw(rod) (63) of fixed support (61) inboard, and described U-shaped support (62) is captiveed joint with the adjusting screw(rod) (63) in fixed support (61) outside; Described location structure is by the locating dowel pin (66) that passes U-shaped support (62) and U-shaped support (62) opening inner webs (31).
6. plate glass stacking transfer carriage as claimed in claim 1, its feature in: be provided with the longitudinal ligament structure (40) that is fixedly mounted on the base (10), described backrest (20) top is fixedly installed in longitudinal ligament structure (40), the bottom is fixedly installed in base (10).
7. plate glass stacking transfer carriage as claimed in claim 6, it is characterized in that: described coupling assembling (60) is fixedly installed in longitudinal ligament structure (40) through fixed part, and the installation site of described coupling assembling (60) is corresponding with the gap between the backrest (20) with longitudinal ligament structure (40).
8. plate glass stacking transfer carriage as claimed in claim 1, its feature in: be provided with the backing plate (50) that is fixedly mounted on the base (10), be configured for the L-type inner supporting structure of stacking plate glass by backing plate (50) and backrest (20), the angle between described backing plate (50) bearing surface and backrest (20) bearing surface is 90 °.
9. plate glass stacking transfer carriage as claimed in claim 8, it is characterized in that: be provided with the longitudinal ligament structure (40) that is fixedly mounted on the base (10), described backrest (20) top is fixedly installed in longitudinal ligament structure (40), the bottom is fixedly installed in base (10); Described backrest (20) top through cushion block (23) be fixedly installed in longitudinal ligament structure (40), the bottom is fixedly installed in base (10) through backing plate (50).
10. plate glass stacking transfer carriage as claimed in claim 9 is characterized in that:
Described base (10) adopts framed structure, comprises one group of horizontal girder (11), lays respectively at the bottom cross beam (12) that horizontal girder (11) two ends are used for connecting each horizontal girder (11);
Described longitudinal ligament structure (40) comprises one group of column (42), is positioned at the head piece (41) on column (42) top, captives joint with corresponding bottom cross beam (12) in described column (42) two ends respectively same head piece (41);
Described backing plate (50) is made of one group of horizontal shore (51), and each horizontal shore (51) is individually fixed on the corresponding horizontal girder (11); Described backrest (20) is made of one group of longitudinal ligament beam (21), described longitudinal ligament beam (21) top through cushion block (23) be fixedly installed in head piece (41), the bottom is fixedly installed in horizontal shore (51);
Described longitudinal ligament beam (21) be axial section and radially section be the box beam of rectangle, described horizontal shore (51) be axial section be trapezoidal, radially section is the box beam of rectangle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220325997 CN202657445U (en) | 2012-07-06 | 2012-07-06 | Plate glass stack transferring frame |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220325997 CN202657445U (en) | 2012-07-06 | 2012-07-06 | Plate glass stack transferring frame |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202657445U true CN202657445U (en) | 2013-01-09 |
Family
ID=47452368
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220325997 Expired - Lifetime CN202657445U (en) | 2012-07-06 | 2012-07-06 | Plate glass stack transferring frame |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202657445U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103043298A (en) * | 2012-12-21 | 2013-04-17 | 河北建设集团有限公司 | Magic board type material piling and supporting tool rack |
| CN103523371A (en) * | 2013-10-22 | 2014-01-22 | 芜湖吉和机电厂 | Multidirectional adjusting type glass storage support |
| CN109229783A (en) * | 2018-11-01 | 2019-01-18 | 蚌埠凯盛工程技术有限公司 | Glass frame auxiliary locator |
| CN112707035A (en) * | 2020-12-11 | 2021-04-27 | 彩虹（合肥）液晶玻璃有限公司 | Locking and mounting mechanism for glass substrate A-shaped frame |
-
2012
- 2012-07-06 CN CN 201220325997 patent/CN202657445U/en not_active Expired - Lifetime
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103043298A (en) * | 2012-12-21 | 2013-04-17 | 河北建设集团有限公司 | Magic board type material piling and supporting tool rack |
| CN103043298B (en) * | 2012-12-21 | 2015-05-20 | 河北建设集团有限公司 | Magic board type material piling and supporting tool rack |
| CN103523371A (en) * | 2013-10-22 | 2014-01-22 | 芜湖吉和机电厂 | Multidirectional adjusting type glass storage support |
| CN109229783A (en) * | 2018-11-01 | 2019-01-18 | 蚌埠凯盛工程技术有限公司 | Glass frame auxiliary locator |
| CN112707035A (en) * | 2020-12-11 | 2021-04-27 | 彩虹（合肥）液晶玻璃有限公司 | Locking and mounting mechanism for glass substrate A-shaped frame |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term |
Granted publication date: 20130109 |
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| CX01 | Expiry of patent term |