CN204509478U - A kind of electrophoresis cage supporting mechanism - Google Patents
A kind of electrophoresis cage supporting mechanism Download PDFInfo
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- CN204509478U CN204509478U CN201420853197.9U CN201420853197U CN204509478U CN 204509478 U CN204509478 U CN 204509478U CN 201420853197 U CN201420853197 U CN 201420853197U CN 204509478 U CN204509478 U CN 204509478U
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Abstract
The utility model provides a kind of electrophoresis cage supporting mechanism, comprise two groups of cage swing arm set, each group cage swing arm set comprises two cage swing arms, cage swing arm position in two groups of cage swing arm set is relative, each cage swing arm in two groups of cage swing arm set is respectively equipped with a sway brace I, also comprise two sway braces II and two sway braces III, two sway braces II are located in two relative cage swing arms of a position successively, and two sway braces III are located in two relative cage swing arms of another location successively; The height of sway brace II is greater than the height of sway brace III, and the height of sway brace III is greater than the height of sway brace I; Sway brace II and sway brace III can turn down; After turnover, sway brace II and sway brace III are less than the height of sway brace I at the height of the projection of vertical direction.The program can overcome the deficiency that existing electrophoresis cage supporting mechanism is only applicable to the location of the body in white of single vehicle, and structure is simple and easy to adjust.
Description
Technical field
The utility model relates to a kind of supporting mechanism, specifically a kind of electrophoresis cage supporting mechanism, support when being particularly suitable for the fertile standard type of person of outstanding talent and extended type automobile body-in-white electrophoretic painting and location.
Background technology
Existing electrophoresis cage generally adopts " backing " to carry, and is namely positioned by the supporting mechanism dialogue body bottom longeron in cage swing arm, to realize fixing body in white.And existing body in white electrophoresis cage majority is skeleton construction, in view of the difference of body structure, the supporting mechanism for location function singleness of use, wherein, a kind of supporting mechanism only can the body in white of a kind of automotive type of positioning supports, and applicable object is single.
But along with increasing of heavy-duty car vehicle, on painting electrophoresis line, the electrophoresis cage supporting mechanism of original single vehicle can not meet use, when needing the body in white of another vehicle of positioning supports, in order to reduce production cost, the mode of the supporting mechanism of electrophoresis cage is changed in usual employing, make electrophoresis cage can continue to use, but Renewal process is loaded down with trivial details, affects production efficiency.This is the deficiencies in the prior art part.
Utility model content
Technical problem to be solved in the utility model is, for the deficiencies in the prior art, a kind of technical scheme of electrophoresis cage supporting mechanism is provided, the supporting mechanism that the program can overcome existing electrophoresis cage is only applicable to the deficiency of single vehicle, support when being applicable to the fertile standard type of person of outstanding talent and extended type automobile body-in-white electrophoretic painting and location, and structure is simple, easy to use.
For solving the problems of the technologies described above, the utility model provides a kind of electrophoresis cage supporting mechanism, comprise two groups of cage swing arm set, each group cage swing arm set comprises two cage swing arms, cage swing arm position in two groups of cage swing arm set is relative, each cage swing arm in two groups of cage swing arm set is respectively equipped with a sway brace I, also comprise two sway braces II and two sway braces III, two sway braces II are located in two relative cage swing arms of a position successively, and two sway braces III are located in two relative cage swing arms of another location successively; The height of sway brace II is greater than the height of sway brace III, and the height of sway brace III is greater than the height of sway brace I; Sway brace II and sway brace III can turn down; After turnover, sway brace II and sway brace III are less than the height of sway brace I at the height of the projection of vertical direction.
During use, position by two sway braces II and two sway braces, III pair of body of a motor car, also above-mentioned each sway brace II and sway brace III can be turned down, positioned by four sway braces, I pair of vehicle body afterwards, applied widely, overcome the deficiency that prior art applicable object is single, comparatively practical.
Described sway brace II comprises base II and support arm II, and one end of support arm II is provided with hinge hole II, and support arm II is articulated and connected by hinge hole II and base II; Base II is also provided with pilot hole II and positioning element II, support arm II be provided with described with positioning element II with the use of fixed orifices II, described pilot hole II is positioned at directly over hinge hole II; After support arm II overturns, support arm II is tangent with the positioning element II be arranged in pilot hole II; The end face of the other end of support arm II is provided with baffle plate, and described baffle plate distributes along the axis direction of jointed shaft II.
During use, take off positioning element II, support arm II can with the articulated elements in hinge hole II for axle overturns; After support arm II overturns, install positioning element II, then support arm II is tangent with the positioning element II be arranged in pilot hole II, and namely positioning element II can prevent support arm II from moving upward, thus avoids touching carried vehicle body.
Put off for guaranteeing not cause to damage and be convenient to vehicle body to vehicle body, described baffle plate is arc turnover panel.
Described base II comprises mounting plate II, and mounting plate II is provided with open holes II and U-shaped mount pad II, and the sidewall of U-shaped mount pad II is provided with described hinge hole II and pilot hole II.
Open holes II is elongate holes.
Described sway brace III comprises base III and support arm III, and one end of support arm III is provided with hinge hole III, and support arm III is articulated and connected by hinge hole III and base III; Base III is also provided with pilot hole III and positioning element III, support arm III be provided with described pilot hole III and positioning element III with the use of fixed orifices III, described pilot hole III is positioned at directly over hinge hole III; After support arm III overturns, support arm III is tangent with the positioning element III be arranged in pilot hole III; The other end of support arm III is provided with connecting hole, and the axis of described connecting hole is vertical with the axis antarafacial of jointed shaft III.During use, take off positioning element III, support arm III can with the articulated elements in hinge hole III for axle overturns; After support arm III overturns, install positioning element III, then support arm III is tangent with the positioning element III be arranged in pilot hole III, and namely positioning element III can prevent support arm III from moving upward, thus avoids touching carried vehicle body.
After the upset of above-mentioned support arm II, support arm III, support arm II is tangent with the positioning element II be arranged in pilot hole II, support arm III is tangent with the positioning element III be arranged in pilot hole III, thus can guarantee that each sway brace II and sway brace III can not produce interference to the location of sway brace I, namely guarantee the smooth location of four sway braces I to carried vehicle body.In addition, after the upset of support arm II, support arm III, support arm II is tangent with the positioning element II installed, support arm III is tangent with the positioning element III installed, namely support arm II and support arm III is located respectively by positioning element II and positioning element III, support arm II and support arm III upwards cannot be swung, can not collide with carried vehicle body in tank liquor, comparatively practical.
Described base III comprises mounting plate III, and mounting plate III is provided with open holes III and U-shaped mount pad III, and the sidewall of U-shaped mount pad III is provided with described hinge hole III and pilot hole III.
Open holes III is elongate holes.
Open holes II and open holes III all adopt elongate holes, be convenient to the actual pitch of two longitudinal beams according to the body bottom carried, increase or reduce two sway brace II spacing and two sway brace III spacing, thus better with vehicle body location fit, reduce matching requirements, this can increase the handiness that the utility model uses.
Described sway brace I comprises mounting plate I, and mounting plate I is provided with open holes I and V-arrangement riser, and V-arrangement riser upper end is provided with a back up pad, and the V-arrangement riser between back up pad and mounting plate I is provided with limiting plate; Have a bearing pin, the upper end of bearing pin is provided with the limited block of long strip shape, described bearing pin from up to down successively through described back up pad and limiting plate, bearing pin and can relatively rotating between described back up pad and limiting plate, the side of bearing pin is provided with one handle; V-arrangement riser is also provided with clamp I and clamp II, clamp I is provided with draw-in groove I, and clamp II is provided with draw-in groove II, draw-in groove I and draw-in groove II perpendicular, draw-in groove I and draw-in groove II and handle with the use of.
Only be in draw-in groove I and draw-in groove II two positions when handle normally works, fall into draw-in groove and prevent from swinging.Handle regulates between draw-in groove I and the position of draw-in groove II, and often regulate a position, rotatable handle 90 °, bearing pin is half-twist thereupon, and the limited block of bearing pin upper end rotates 90 °, thus realizes carrying out locking to the base apertures position of carried vehicle body and discharging.
Limited block is provided with fillet away from outer the placing of one end of bearing pin.The use of fillet, can avoid the edge of limited block to cause damage to carried vehicle body.
Compared with prior art, the utility model has the advantage of:
(1) the utility model is provided with two sway braces II and two sway braces III, the height that the height of sway brace II is greater than the height of sway brace III, the height of sway brace III is greater than sway brace I; Sway brace II and sway brace III can turn down; After turnover, sway brace II and sway brace III are less than the height of sway brace I at the height of the projection of vertical direction, thus when use two sway braces II and two sway braces III carry out vehicle body location, can not be subject to the interference of sway brace I; After turning down each sway brace II and each sway brace III, namely carry out vehicle body location by sway brace I; Expand the scope of application of existing electrophoresis cage supporting mechanism, avoid and change the loaded down with trivial details of electrophoresis cage supporting mechanism, it is more convenient to use.
(2) after support arm II of the present utility model, support arm III overturn, support arm II is tangent with the positioning element II be arranged in pilot hole II, support arm III is tangent with the positioning element III be arranged in pilot hole III, thus can guarantee that each sway brace II and sway brace III can not produce interference to the location of sway brace I, namely guarantee the smooth location of four sway braces I to carried vehicle body; In addition, after the upset of support arm II, support arm III, support arm II is tangent with the positioning element II installed, support arm III is tangent with the positioning element III installed, namely support arm II and support arm III is located respectively by positioning element II and positioning element III, support arm II and support arm III upwards cannot be swung, can not collide with carried vehicle body in tank liquor, comparatively practical.
As can be seen here, the utility model compared with prior art, has substantive distinguishing features and progress, and its beneficial effect implemented also is apparent.
Accompanying drawing explanation
Fig. 1 is the structural representation of the utility model before sway brace switches;
Fig. 2 is the structural representation of the utility model after sway brace switches;
Fig. 3 is the structural representation of sway brace II in Fig. 1 and Fig. 2;
Fig. 4 is the structural representation of sway brace III in Fig. 1 and Fig. 2.
Fig. 5 is the structural representation of sway brace I in Fig. 1 and Fig. 2.
Wherein: 1, cage swing arm, 2, sway brace I, 2.1, mounting plate I, 2.1.1, open holes I, 2.2, V-arrangement riser, 2.3, back up pad, 2.4, limiting plate, 2.5, limited block, 2.6, bearing pin, 2.7, clamp I, 2.7.1, draw-in groove I, 2.8, clamp II, 2.8.1, draw-in groove II, 2.9, handle, 3, sway brace II, 3.1, base II, 3.1.1, mounting plate II, 3.1.1.1, open holes II, 3.1.2, U-shaped mount pad II, 3.1.2.1, hinge hole II, 3.1.2.2, pilot hole II, 3.2, support arm II, 3.3, baffle plate, 4, sway brace III, 4.1, base III, 4.1.1, mounting plate III, 4.1.1.1, open holes III, 4.1.2, U-shaped mount pad III, 4.1.2.1, hinge hole III, 4.1.2.2 pilot hole III, 4.2, support arm III, 4.3, connecting hole, 5, cage support.
Embodiment
For making the technical solution of the utility model and advantage clearly, below in conjunction with accompanying drawing, the utility model is clearly and completely described.
As Figure 1-4, a kind of electrophoresis cage supporting mechanism of the present utility model, comprise two groups of cage swing arm set, each group cage swing arm set comprises two cage swing arms 1, cage swing arm 1 position in two groups of cage swing arm set is relative, each cage swing arm 1 in two groups of cage swing arm set is respectively equipped with a sway brace I 2, also comprise two sway braces II 3 and two sway braces III 4, two sway braces II 3 are located in two relative cage swing arms 1 of a position successively, and two sway braces III 4 are located in two relative cage swing arms 1 of another location successively; The height of sway brace II 3 is greater than the height of sway brace III 4, and the height of sway brace III 4 is greater than the height of sway brace I 2; Sway brace II 3 and sway brace III 4 can turn down; After turnover, sway brace II 3 and sway brace III 4 are less than the height of sway brace I 2 at the height of the projection of vertical direction.
In the present embodiment, as shown in Figure 3, described sway brace II 3 comprises base II 3.1 and support arm II 3.2, and one end of support arm II 3.2 is provided with hinge hole II 3.1.2.1, and support arm II 3.2 is articulated and connected by hinge hole II 3.1.2.1 and base II 3.1; Base II 3.1 is also provided with pilot hole II 3.1.2.2 and positioning element II, support arm II 3.2 be provided with described pilot hole II 3.1.2.2 and positioning element II with the use of fixed orifices II.Pilot hole II 3.1.2.2 is positioned at directly over hinge hole II 3.1.2.1.After support arm II 3.2 overturns, support arm II 3.2 is tangent with the positioning element II be arranged in pilot hole II 3.1.2.2.The end face of the other end of support arm II 3.2 is provided with baffle plate 3.3, and described baffle plate 3.3 distributes along the axis direction of jointed shaft II.Described baffle plate 3.3 is arc turnover panel.Wherein, described base II 3.1 comprises mounting plate II 3.1.1, and mounting plate II 3.1.1 is provided with open holes II 3.1.1.1 and U-shaped mount pad II 3.1.2, and the sidewall of U-shaped mount pad II 3.1.2 is provided with described hinge hole II 3.1.2.1 and pilot hole II 3.1.2.2.
In the present embodiment, as indicated at 4, sway brace III 4 comprises base III 4.1 and support arm III 4.2, and one end of support arm III 4.2 is provided with hinge hole III 4.1.2.1, and support arm III 4.2 is articulated and connected by hinge hole III 4.1.2.1 and base III 4.1; Base III 4.1 is also provided with pilot hole III 4.1.2.2 and positioning element III, support arm III 4.2 be provided with described pilot hole III 4.1.2.2 and positioning element III with the use of fixed orifices III.Described pilot hole III 4.1.2.2 is positioned at directly over hinge hole III 4.1.2.1.After support arm III 4.2 overturns, support arm III 4.2 is tangent with the positioning element III be arranged in pilot hole III 4.1.2.2; The other end of support arm III 4.2 is provided with connecting hole 4.3, and the axis of described connecting hole 4.3 is vertical with the axis antarafacial of jointed shaft III.Wherein, base III 4.1 comprises mounting plate III 4.1.1, and mounting plate III 4.1.1 is provided with open holes III 4.1.1.1 and U-shaped mount pad III 4.1.2, and the sidewall of U-shaped mount pad III 4.1.2 is provided with described hinge hole III 4.1.2.1 and pilot hole III 4.1.2.2.
Wherein, in the utility model, above-mentioned base III 4.1 and base II 3.1 adopt Universal base, symmetrical configuration, are convenient to processing and install.
Wherein, in the present embodiment, described open holes II 3.1.1.1 and open holes III 4.1.1.1 is elongate holes, is convenient to carry out Y-direction adjustment to carried vehicle body.
In addition, in the present embodiment, the utility model selects 70*70 square steel and the square tube of Q235 material, by digital control processing be welded.Wherein, described positioning element II and positioning element III all adopt articulation bolt.
In the present embodiment, as shown in Figure 5, described sway brace I 2 comprises mounting plate I 2.1, mounting plate I 2.1 is provided with open holes I 2.1.1 and V-arrangement riser 2.2, V-arrangement riser 2.2 upper end is provided with a back up pad 2.3, and the V-arrangement riser 2.2 between back up pad 2.3 and mounting plate I 2.1 is provided with limiting plate 2.4; There is a bearing pin 2.6, the upper end of bearing pin 2.6 is provided with the limited block 2.5 of long strip shape, described bearing pin 2.6 is from up to down successively through described back up pad 2.3 and limiting plate 2.4, bearing pin 2.6 and can relatively rotating between described back up pad 2.3 and limiting plate 2.4, the side of bearing pin 2.6 is provided with a handle 2.9 in " one " font; V-arrangement riser 2.2 is also provided with clamp I 2.7 and clamp II 2.8, clamp I 2.7 is provided with draw-in groove I 2.7.1, clamp II 2.8 is provided with draw-in groove II 2.8.1, and draw-in groove I 2.7.1 and draw-in groove II 2.8.1 is perpendicular, draw-in groove I 2.7.1 and draw-in groove II 2.8.1 and handle 2.9 with the use of.Wherein, limited block 2.5 is provided with fillet away from outer the placing of one end of bearing pin 2.6.During use, above-mentioned two draw-in grooves are used for carrying out spacing to handle 2.9.Handle 2.9 regulates between two draw-in grooves, and often regulate a position, rotatable handle 90 °, bearing pin 2.6 half-twist thereupon, the limited block 2.5 of bearing pin 2.6 upper end rotates 90 °, thus realizes carrying out locking to the base apertures position of carried vehicle body and discharging.
Each cage swing arm 1 is arranged on the lower end of cage support 5 respectively, and sway brace II 3 and sway brace III 4 are fixed in corresponding cage swing arm 1 respectively by respective mounting plate II 3.1.1 and mounting plate III 4.1.1.The upper end of cage support 5 is connected with conveying plate chain, and whole electrophoresis cage, under the drive of conveying plate chain, electrophoretic coating production line moves.When carrying person of outstanding talent and irrigating standard type automobile body-in-white, sway brace II 3 and sway brace III 4 are adjusted to state as shown in Figure 1, the connecting hole 4.3 of sway brace III 4 upper end is coordinated with the front overhang open holes of body in white, and by bolted, the upper transverse plane of sway brace II 3 is contacted with body in white longeron bottom surface, baffle plate 3.3, for limiting the sidesway of vehicle body, with bolt and chain locking, prevents vehicle body from leaning forward.When carrying bold and unconstrained vast automobile body-in-white, take off positioning element II and positioning element III, overturn each sway brace II 3 and sway brace III 4, again positioning element II and positioning element III are arranged on base afterwards, each sway brace II 3 and sway brace III 4 upset are adjusted to Fig. 2 state, vehicle body is located afterwards with four sway braces I 2, wherein, each sway brace II 3 and sway brace III 4 are limited to the positioning element of its upper end separately, cannot upwards swing, can not collide with vehicle body in tank liquor, use reliable.
When regulating each sway brace II 3 and sway brace III 4 to Fig. 1 state, the bearing surface of sway brace II 3 and sway brace III 4 is all higher than sway brace I 2, and each sway brace I 2 can not interfere with the vehicle body that carries on sway brace II 3 and sway brace III 4; When regulating each sway brace II 3 and sway brace III 4 to Fig. 2 state, the bearing surface of each sway brace II 3 and sway brace III 4 is all lower than the bearing surface of sway brace I 2, ensured before and after switching and regulating thus, each sway brace II 3 and current do not carried with it body in white of sway brace III 4 interfere.Structure is simple, be convenient to realize, easy to adjust again and use reliable, practical.
Above embodiment only in order to the technical solution of the utility model to be described, is not intended to limit; Although be described in detail the utility model with reference to aforementioned embodiments, those of ordinary skill in the art is to be understood that: it still can be modified to the technical scheme described in aforementioned each embodiment, or carries out equivalent replacement to wherein portion of techniques feature; And these amendments or replacement, do not make the essence of appropriate technical solution depart from the scope of each embodiment technical scheme of the utility model.
Claims (10)
1. an electrophoresis cage supporting mechanism, comprise two groups of cage swing arm set, each group cage swing arm set comprises two cage swing arms, cage swing arm position in two groups of cage swing arm set is relative, each cage swing arm in two groups of cage swing arm set is respectively equipped with a sway brace I, it is characterized in that: also comprise two sway braces II and two sway braces III, two sway braces II are located in two relative cage swing arms of a position successively, and two sway braces III are located in two relative cage swing arms of another location successively; The height of sway brace II is greater than the height of sway brace III, and the height of sway brace III is greater than the height of sway brace I; Sway brace II and sway brace III can turn down; After turnover, sway brace II and sway brace III are less than the height of sway brace I at the height of the projection of vertical direction.
2. electrophoresis cage supporting mechanism according to claim 1, it is characterized in that: described sway brace II comprises base II and support arm II, one end of support arm II is provided with hinge hole II, and support arm II is articulated and connected by hinge hole II and base II; Base II is also provided with pilot hole II and positioning element II, support arm II be provided with described pilot hole II and positioning element II with the use of fixed orifices II, described pilot hole II is positioned at directly over hinge hole II; After support arm II overturns, support arm II is tangent with the positioning element II be arranged in pilot hole II; The end face of the other end of support arm II is provided with baffle plate, and described baffle plate distributes along the axis direction of jointed shaft II.
3. electrophoresis cage supporting mechanism according to claim 2, is characterized in that: described baffle plate is arc turnover panel.
4. the electrophoresis cage supporting mechanism according to Claims 2 or 3, it is characterized in that: described base II comprises mounting plate II, mounting plate II is provided with open holes II and U-shaped mount pad II, and the sidewall of U-shaped mount pad II is provided with described hinge hole II and pilot hole II.
5. electrophoresis cage supporting mechanism according to claim 4, is characterized in that: described open holes II is elongate holes.
6. electrophoresis cage supporting mechanism according to claim 1 and 2, it is characterized in that: described sway brace III comprises base III and support arm III, one end of support arm III is provided with hinge hole III, and support arm III is articulated and connected by hinge hole III and base III; Base III is also provided with pilot hole III and positioning element III, support arm III be provided with described pilot hole III and positioning element III with the use of fixed orifices III, described pilot hole III is positioned at directly over hinge hole III; After support arm III overturns, support arm III is tangent with the positioning element III be arranged in pilot hole III; The other end of support arm III is provided with connecting hole, and the axis of described connecting hole is vertical with the axis antarafacial of jointed shaft III.
7. electrophoresis cage supporting mechanism according to claim 6, it is characterized in that: described base III comprises mounting plate III, mounting plate III is provided with open holes III and U-shaped mount pad III, and the sidewall of U-shaped mount pad III is provided with described hinge hole III and pilot hole III.
8. electrophoresis cage supporting mechanism according to claim 7, is characterized in that: described open holes III is elongate holes.
9. electrophoresis cage supporting mechanism according to claim 1 and 2, it is characterized in that: described sway brace I comprises mounting plate I, mounting plate I is provided with open holes I and V-arrangement riser, and V-arrangement riser upper end is provided with a back up pad, and the V-arrangement riser between back up pad and mounting plate I is provided with limiting plate; Have a bearing pin, the upper end of bearing pin is provided with the limited block of long strip shape, described bearing pin from up to down successively through described back up pad and limiting plate, bearing pin and can relatively rotating between described back up pad and limiting plate, the side of bearing pin is provided with one handle; V-arrangement riser is also provided with clamp I and clamp II, clamp I is provided with draw-in groove I, and clamp II is provided with draw-in groove II, draw-in groove I and draw-in groove II perpendicular, draw-in groove I and draw-in groove II and handle with the use of.
10. electrophoresis cage supporting mechanism according to claim 1 and 2, is characterized in that: limited block is provided with fillet away from outer the placing of one end of bearing pin.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420853197.9U CN204509478U (en) | 2014-12-30 | 2014-12-30 | A kind of electrophoresis cage supporting mechanism |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420853197.9U CN204509478U (en) | 2014-12-30 | 2014-12-30 | A kind of electrophoresis cage supporting mechanism |
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| CN204509478U true CN204509478U (en) | 2015-07-29 |
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| CN201420853197.9U Active CN204509478U (en) | 2014-12-30 | 2014-12-30 | A kind of electrophoresis cage supporting mechanism |
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| CN (1) | CN204509478U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107234350A (en) * | 2017-07-06 | 2017-10-10 | 华工法利莱切焊系统工程有限公司 | Portal frame may be reversed |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107234350A (en) * | 2017-07-06 | 2017-10-10 | 华工法利莱切焊系统工程有限公司 | Portal frame may be reversed |
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