CN205188133U - Metal nanometer mirror surface automatic spraying equipment - Google Patents
Metal nanometer mirror surface automatic spraying equipment Download PDFInfo
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- CN205188133U CN205188133U CN201520903887.5U CN201520903887U CN205188133U CN 205188133 U CN205188133 U CN 205188133U CN 201520903887 U CN201520903887 U CN 201520903887U CN 205188133 U CN205188133 U CN 205188133U
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Abstract
The utility model discloses a metal nanometer mirror surface automatic spraying equipment, the internal portion in its spraying room sets up infrared ray heating and drying room, automatic spraying room, but the work piece conveyor components of the internal portion in spraying room includes endless chain strip, chain drive motor fixed position rotation tool, the indoor infrared ray heating element of infrared ray heating and drying includes three medium wave IR lamp, the indoor automatic spraying subassembly of automatic spraying includes the triaxial manipulator, automatic spray gun group, the triaxial manipulator is including the X of drive connection in proper order, Y, the linear module of Z spindle drive, automatic spray gun group is including installing first in the spray gun mounting bracket of the linear module drive end of Z spindle drive respectively, 2. Some modes of needle punching ar, third, four paint layer automatic spray gun, the indoor spray booth air inlet subassembly of still installing of automatic spraying, spray booth air -out subassembly. The utility model discloses can be automatically and accomplish metal work nanometer mirror surface spraying operation high -efficiently, novel in design, rationally distributed, compact structure, area be little, degree of automation is high, work efficiency is high.
Description
Technical field
The utility model relates to automation spray painting apparatus technical field, particularly relates to a kind of metal nano minute surface automatic spraying equipment.
Background technology
For meeting the needs of product surface spray coating, the spray-painting production line of existence form various kinds in prior art; Wherein, as a kind of spraying method of high-effect high-quality, nano mirror paint application is more and more extensive.
The nano mirror spray-painting production line of also existence form various kinds in prior art; But for existing nano mirror spray-painting production line, it mainly adopts the mode of continuous spray to realize the spraying of workpiece surface multilayer, for continuous print nano mirror spray-painting production line, its floor space is very large, accordingly, and its preparation cost also unusual height.
Utility model content
The purpose of this utility model is to provide a kind of metal nano minute surface automatic spraying equipment for the deficiencies in the prior art, this metal nano minute surface automatic spraying equipment can complete metal works nano mirror spraying operation automatically and efficiently, novel in design, rationally distributed, compact construction, floor space are little, level of automation is high, working efficiency is high.
For achieving the above object, the utility model is achieved through the following technical solutions.
A kind of metal nano minute surface automatic spraying equipment, include spray painting room body, the inside of spray painting room body be provided be separated by central dividing plate infrared heating drying shed, automatic coating room, the inside of spray painting room body is equiped with workpiece conveying assembly, workpiece conveying assembly include cycle through infrared heating drying shed, automatic coating room circulating conveyor chain bar, drive the chain driving motor of circulating conveyor chain bar movement, along with circulating conveyor chain bar synchronizing moving and for clamping metal works can position rotating tool;
Infrared heating assembly is equiped with in infrared heating drying shed, infrared heating assembly includes three and arranges and medium wave IR lamp spaced apart successively in vertical respectively, in infrared heating drying shed, corresponding each medium wave IR lamp is equiped with IR lamp erecting frame respectively, and each medium wave IR lamp is installed in corresponding IR lamp erecting frame respectively;
Automatic coating indoor are equiped with automatic coating assembly, automatic coating assembly includes three axle robert and automatic spray gun group, three axle robert includes and drives the X-axis of connection to drive linear module successively, Y-axis drives linear module and Z axis to drive linear module, Z axis drives the drive end of linear module to be equiped with spray gun mounting rack, automatic spray gun group includes the first coat of painting automatic spray gun, second coat of painting automatic spray gun, 3rd coat of painting automatic spray gun, 4th coat of painting automatic spray gun, first coat of painting automatic spray gun, second coat of painting automatic spray gun, 3rd coat of painting automatic spray gun, 4th coat of painting automatic spray gun is installed in spray gun mounting rack respectively, automatic coating indoor are also equiped with spray booth air intake assembly, spray booth air-out component, spray booth air intake assembly, spray booth air-out component is positioned at the just right both sides of three axle robert.
Wherein, described spray booth air intake assembly includes the air intake passage being arranged at described automatic coating indoor, the blast inlet of air intake passage is communicated with the outside of described spray painting room body, the air outlet of air intake passage is towards described automatic spray gun group, air feed machine is equiped with in air intake passage, the air inlet of air intake passage is equiped with low efficient filter, and the air outlet place of air intake passage is equiped with high efficiency filter.
Wherein, described low efficient filter is thick efficient filter wool strainer.
Wherein, described spray booth air-out component includes the air-out passage being arranged at described automatic coating indoor, the air outlet of air-out passage is positioned at the upper surface of described spray painting room body, is equiped with vacuum fan in air-out passage, and the air inlet of air-out passage is equiped with exhaust air filter.
Wherein, described exhaust air filter is dry filter paper filter.
Wherein, circulating-heating passage is provided with in described infrared heating drying shed, the blast inlet of circulating-heating passage is positioned at the bottom position of infrared heating drying shed, the air outlet position of circulating-heating passage is positioned at the tip position of infrared heating drying shed, is equiped with hot air circulation blower in circulating-heating passage.
The beneficial effects of the utility model are: a kind of metal nano minute surface automatic spraying equipment described in the utility model, its spray painting room body inside arranges infrared heating drying shed, automatic coating room, the workpiece conveying assembly of spray painting room body inside comprise circulating conveyor chain bar, chain driving motor, can position rotating tool, infrared heating assembly in infrared heating drying shed comprises three and installs fixing medium wave IR lamp respectively by IR lamp erecting frame, the automatic coating assembly of automatic coating indoor comprises three axle robert, automatic spray gun group, three axle robert comprises and drives the X-axis of connection to drive linear module successively, Y-axis drives linear module, Z axis drives linear module, Z axis drives the drive end installing spray gun mounting rack of linear module, automatic spray gun group comprises and is installed in first of spray gun mounting rack, two, three, four coat of painting automatic spray guns, spray booth air intake assembly is also installed in automatic coating indoor, spray booth air-out component, spray booth air intake assembly, spray booth air-out component is positioned at the just right both sides of three axle robert.Designed by said structure, the utility model can complete metal works nano mirror spraying operation automatically and efficiently, and has modern design, the advantage that rationally distributed, compact construction, floor space are little, level of automation is high, working efficiency is high.
Accompanying drawing explanation
Utilize accompanying drawing to be further detailed the utility model below, but the embodiment in accompanying drawing is not formed any restriction of the present utility model.
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the structural representation at another visual angle of the utility model.
Include in fig. 1 and 2:
1---spray painting room body 11---central dividing plate
2---infrared heating drying shed 3---automatic coating room
4---workpiece conveying assembly 41---circulating conveyor chain bar
42---can position rotating tool 5---infrared heating assembly
51---medium wave IR lamp 52---IR lamp erecting frame
6---automatic coating assembly 61---three axle robert
62---automatic spray gun group 63---spray gun mounting rack
7---spray booth air intake assembly 71---air intake passage
72---for blower fan 73---low efficient filter
74---high efficiency filter 8---spray booth air-out component
81---air-out passage 82---vacuum fan
83---exhaust air filter 91---circulating-heating passage
92---hot air circulation blower.
Embodiment
Below in conjunction with concrete embodiment, the utility model is described.
As depicted in figs. 1 and 2, a kind of metal nano minute surface automatic spraying equipment, include spray painting room body 1, the inside of spray painting room body 1 is provided with the infrared heating drying shed 2 be separated by central dividing plate 11, automatic coating room 3, the inside of spray painting room body 1 is equiped with workpiece conveying assembly 4, workpiece conveying assembly 4 includes and cycles through infrared heating drying shed 2, the circulating conveyor chain bar 41 of automatic coating room 3, drive the chain driving motor of circulating conveyor chain bar 41 movement, along with circulating conveyor chain bar 41 synchronizing moving and for clamping metal works can position rotating tool 42.
Further, infrared heating assembly 5 is equiped with in infrared heating drying shed 2, infrared heating assembly 5 includes three and arranges and medium wave IR lamp 51 spaced apart successively in vertical respectively, in infrared heating drying shed 2, corresponding each medium wave IR lamp 51 is equiped with IR lamp erecting frame 52 respectively, and each medium wave IR lamp 51 is installed in corresponding IR lamp erecting frame 52 respectively.
Further, automatic coating assembly 6 is equiped with in automatic coating room 3, automatic coating assembly 6 includes three axle robert 61 and automatic spray gun group 62, three axle robert 61 includes and drives the X-axis of connection to drive linear module successively, Y-axis drives linear module and Z axis to drive linear module, Z axis drives the drive end of linear module to be equiped with spray gun mounting rack 63, automatic spray gun group 62 includes the first coat of painting automatic spray gun, second coat of painting automatic spray gun, 3rd coat of painting automatic spray gun, 4th coat of painting automatic spray gun, first coat of painting automatic spray gun, second coat of painting automatic spray gun, 3rd coat of painting automatic spray gun, 4th coat of painting automatic spray gun is installed in spray gun mounting rack 63 respectively, spray booth air intake assembly 7 is also equiped with in automatic coating room 3, spray booth air-out component 8, spray booth air intake assembly 7, spray booth air-out component 8 is positioned at the just right both sides of three axle robert 61.
Need point out further, spray painting room body 1 of the present utility model is provided with upper and lower pieces region between infrared heating drying shed 2 and automatic coating room 3, below in conjunction with concrete working process, the utility model is described in detail, be specially: metal works to be sprayed is positioned in upper and lower pieces region by staff can position rotating tool 42, can move along with circulating conveyor chain bar 41 and metal works to be sprayed be delivered in automatic coating room 3 by position rotating tool 42, when metal works to be sprayed moves to automatic spray gun group 62 position along with circulating conveyor chain bar 41, first coat of painting automatically spray gun start and in the surface spraying priming paint of metal works, now, second coat of painting spray gun automatically, 3rd coat of painting spray gun automatically, 4th coat of painting automatically spray gun does not start, complete after basecoat paint until metal works, the metal works of spray-applied primer is along with position rotating tool 42, circulating conveyor chain bar 41 can shift out automatic coating room 3 and enter in infrared heating drying shed 2, and three medium wave IR lamps 51 in infrared heating drying shed 2 carry out the process of priming paint heating, drying by the mode of infrared heating to the metal works entering heating, drying region, after the priming paint of metal works completes heating, drying process, the metal works of spray-applied primer is along with position rotating tool 42, circulating conveyor chain bar 41 can shift out infrared heating drying shed 2 and again enter in automatic coating room 3, when the metal works of spray-applied primer moves to automatic spray gun group 62 position along with circulating conveyor chain bar 41, second coat of painting automatically spray gun starts and paints in the primed surface spraying lower floor of metal works, now, the first coat of painting automatically spray gun, the 3rd coat of painting spray gun, the 4th coat of painting automatically spray spray gun and do not start automatically, to complete in lower floor after paint spraying until metal works, sprayed the metal works that paints in lower floor along with position rotating tool 42, circulating conveyor chain bar 41 can shift out automatic coating room 3 and enter in infrared heating drying shed 2, three medium wave IR lamps 51 in infrared heating drying shed 2 carry out painting heating, drying process in lower floor to the metal works entering heating, drying region by the mode of infrared heating, painted heating, drying process in the lower floor of metal works after, spray the metal works that paints in lower floor along with can position rotating tool 42, circulating conveyor chain bar 41 shifts out infrared heating drying shed 2 and again enters in automatic coating room 3, when spraying the metal works painted in lower floor and moving to automatic spray gun group 62 position along with circulating conveyor chain bar 41, 3rd coat of painting automatically spray gun starts and paints in the lower floor of metal works in surface spraying upper strata and paint, now, first coat of painting spray gun automatically, second coat of painting spray gun automatically, 4th coat of painting automatically spray gun does not start, to complete in upper strata after paint spraying until metal works, sprayed the metal works that paints in upper strata along with position rotating tool 42, circulating conveyor chain bar 41 can shift out automatic coating room 3 and enter in infrared heating drying shed 2, three medium wave IR lamps 51 in infrared heating drying shed 2 carry out painting heating, drying process in upper strata to the metal works entering heating, drying region by the mode of infrared heating, painted heating, drying process in the upper strata of metal works after, spray the metal works that paints in upper strata along with can position rotating tool 42, circulating conveyor chain bar 41 shifts out infrared heating drying shed 2 and again enters in automatic coating room 3, when spraying the metal works painted in upper strata and moving to automatic spray gun group 62 position along with circulating conveyor chain bar 41, 4th coat of painting automatically spray gun starts and in the upper strata of metal works, paints surface spraying finish paint, now, first coat of painting spray gun automatically, second coat of painting spray gun automatically, 3rd coat of painting automatically spray gun does not start, complete after finish paint spraying until metal works, the metal works of spray paint is along with position rotating tool 42, circulating conveyor chain bar 41 can shift out automatic coating room 3 and enter in infrared heating drying shed 2, and three medium wave IR lamps 51 in infrared heating drying shed 2 carry out the process of finish paint heating, drying by the mode of infrared heating to the metal works entering heating, drying region, after the finish paint of metal works completes heating, drying process, the metal works of spray paint is along with position rotating tool 42, circulating conveyor chain bar 41 can shift out infrared heating drying shed 2 and move to upper and lower pieces region, now, staff will can complete the metal works of nano mirror spraying.
Need point out further, realize in the process of metal works circulation spraying at the utility model, spray booth air intake assembly 7 constantly sends into new wind in automatic coating room 3, and meanwhile, the air polluted in spraying process is constantly discharged automatic coating room 3 by spray booth air-out component 8.
Comprehensive above-mentioned situation is known, designed by said structure, the utility model can by above-mentioned circulation spraying method automatically and complete metal works nano mirror spraying operation efficiently, and namely the utility model has modern design, the advantage that rationally distributed, compact construction, floor space are little, level of automation is high, working efficiency is high.
As preferred embodiment, as depicted in figs. 1 and 2, spray booth air intake assembly 7 includes the air intake passage 71 be arranged in automatic coating room 3, the blast inlet of air intake passage 71 is communicated with the outside of spray painting room body 1, the air outlet of air intake passage 71 is towards automatic spray gun group 62, be equiped with air feed machine 72 in air intake passage 71, the air inlet of air intake passage 71 is equiped with low efficient filter 73, and the air outlet place of air intake passage 71 is equiped with high efficiency filter 74.
Wherein, low efficient filter 73 of the present utility model can be thick efficient filter wool strainer; Certainly, the structure formation of above-mentioned low efficient filter 73 does not form restriction of the present utility model, and namely low efficient filter 73 of the present utility model can also adopt other filter configuration.
Need to explain further, send in the process of new wind in automatic coating room 3 at spray booth air intake assembly 7, for blower fan 72, the air outside spray painting room body 1 is introduced in automatic coating room 3; Wherein, in the process of new wind by air intake passage 71, the low efficient filter 73 being positioned at the air inlet of air intake passage 71 can carry out first time filtration treatment to new wind, low efficient filter 73 is mainly used in the macrobead foreign material filtered in new wind, the high efficiency filter 74 being positioned at the air outlet place of air intake passage 71 can carry out second time filtration treatment to new wind, high efficiency filter 74 fine particle that can effectively filter in new wind also ensures the new wind cleanliness factor entered in automatic coating room 3, with security deposit's metal work-pieces surface coating quality.
As preferred embodiment, as depicted in figs. 1 and 2, spray booth air-out component 8 includes the air-out passage 81 be arranged in automatic coating room 3, the air outlet of air-out passage 81 is positioned at the upper surface of spray painting room body 1, be equiped with vacuum fan 82 in air-out passage 81, the air inlet of air-out passage 81 is equiped with exhaust air filter 83.
Wherein, exhaust air filter 83 of the present utility model can be dry filter paper filter; Certainly, the structure formation of above-mentioned exhaust air filter 83 does not form restriction of the present utility model, and namely exhaust air filter 83 of the present utility model can also adopt other filter configuration.
Need to explain further, discharge in the process of automatic coating room 3 at spray booth air-out component 8 by the air polluted in spraying process, vacuum fan 82 extracts the air polluted out automatic coating room 3; Wherein, at polluted air in the process of air-out passage 81, exhaust air filter 83 can carry out filtration treatment to polluted air.
As preferred embodiment, as shown in Figure 1, for the heat utilizing medium wave IR lamp 51 to produce efficiently, the utility model can adopt following circulating-heating mode to carry out heating, drying to paint, be specially: in infrared heating drying shed 2, be provided with circulating-heating passage 91, the blast inlet of circulating-heating passage 91 is positioned at the bottom position of infrared heating drying shed 2, the air outlet position of circulating-heating passage 91 is positioned at the tip position of infrared heating drying shed 2, is equiped with hot air circulation blower 92 in circulating-heating passage 91.During work, under the driving effect of hot air circulation blower 92, hot blast circulates between infrared heating drying shed 2 and circulating-heating passage 91, to realize circulating-heating.
Above content is only preferred embodiment of the present utility model, for those of ordinary skill in the art, according to thought of the present utility model, all will change in specific embodiments and applications, this description should not be construed as restriction of the present utility model.
Claims (6)
1. a metal nano minute surface automatic spraying equipment, it is characterized in that: include spray painting room body (1), the inside of spray painting room body (1) is provided with the infrared heating drying shed (2) be separated by central dividing plate (11), automatic coating room (3), the inside of spray painting room body (1) is equiped with workpiece conveying assembly (4), workpiece conveying assembly (4) includes and cycles through infrared heating drying shed (2), the circulating conveyor chain bar (41) of automatic coating room (3), drive the chain driving motor of circulating conveyor chain bar (41) movement, along with circulating conveyor chain bar (41) synchronizing moving and for clamping metal works can position rotating tool (42),
Infrared heating assembly (5) is equiped with in infrared heating drying shed (2), infrared heating assembly (5) includes three and arranges and medium wave IR lamp (51) spaced apart successively in vertical respectively, in infrared heating drying shed (2), corresponding each medium wave IR lamp (51) is equiped with IR lamp erecting frame (52) respectively, and each medium wave IR lamp (51) is installed in corresponding IR lamp erecting frame (52) respectively;
Automatic coating assembly (6) is equiped with in automatic coating room (3), automatic coating assembly (6) includes three axle robert (61) and automatic spray gun group (62), three axle robert (61) includes and drives the X-axis of connection to drive linear module successively, Y-axis drives linear module and Z axis to drive linear module, Z axis drives the drive end of linear module to be equiped with spray gun mounting rack (63), automatic spray gun group (62) includes the first coat of painting automatic spray gun, second coat of painting automatic spray gun, 3rd coat of painting automatic spray gun, 4th coat of painting automatic spray gun, first coat of painting automatic spray gun, second coat of painting automatic spray gun, 3rd coat of painting automatic spray gun, 4th coat of painting automatic spray gun is installed in spray gun mounting rack (63) respectively, spray booth air intake assembly (7) is also equiped with in automatic coating room (3), spray booth air-out component (8), spray booth air intake assembly (7), spray booth air-out component (8) is positioned at the just right both sides of three axle robert (61).
2. a kind of metal nano minute surface automatic spraying equipment according to claim 1, it is characterized in that: described spray booth air intake assembly (7) includes the air intake passage (71) be arranged in described automatic coating room (3), the blast inlet of air intake passage (71) is communicated with the outside of described spray painting room body (1), the air outlet of air intake passage (71) is towards described automatic spray gun group (62), air feed machine (72) is equiped with in air intake passage (71), the air inlet of air intake passage (71) is equiped with low efficient filter (73), the air outlet place of air intake passage (71) is equiped with high efficiency filter (74).
3. a kind of metal nano minute surface automatic spraying equipment according to claim 2, is characterized in that: described low efficient filter (73) is thick efficient filter wool strainer.
4. a kind of metal nano minute surface automatic spraying equipment according to claim 3, it is characterized in that: described spray booth air-out component (8) includes the air-out passage (81) be arranged in described automatic coating room (3), the air outlet of air-out passage (81) is positioned at the upper surface of described spray painting room body (1), be equiped with vacuum fan (82) in air-out passage (81), the air inlet of air-out passage (81) is equiped with exhaust air filter (83).
5. a kind of metal nano minute surface automatic spraying equipment according to claim 4, is characterized in that: described exhaust air filter (83) is dry filter paper filter.
6. a kind of metal nano minute surface automatic spraying equipment according to claim 1 to 5 any one, it is characterized in that: in described infrared heating drying shed (2), be provided with circulating-heating passage (91), the blast inlet of circulating-heating passage (91) is positioned at the bottom position of infrared heating drying shed (2), the air outlet position of circulating-heating passage (91) is positioned at the tip position of infrared heating drying shed (2), and circulating-heating passage is equiped with hot air circulation blower (92) in (91).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520903887.5U CN205188133U (en) | 2015-11-14 | 2015-11-14 | Metal nanometer mirror surface automatic spraying equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520903887.5U CN205188133U (en) | 2015-11-14 | 2015-11-14 | Metal nanometer mirror surface automatic spraying equipment |
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| CN205188133U true CN205188133U (en) | 2016-04-27 |
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| CN201520903887.5U Active CN205188133U (en) | 2015-11-14 | 2015-11-14 | Metal nanometer mirror surface automatic spraying equipment |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105236761A (en) * | 2015-11-14 | 2016-01-13 | 东莞市新力光表面处理科技有限公司 | Automatic spraying equipment for metal nano mirror surface |
-
2015
- 2015-11-14 CN CN201520903887.5U patent/CN205188133U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105236761A (en) * | 2015-11-14 | 2016-01-13 | 东莞市新力光表面处理科技有限公司 | Automatic spraying equipment for metal nano mirror surface |
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