CN205288813U - Notebook computer keyboard UV paints assembly line that sprays paint - Google Patents
Notebook computer keyboard UV paints assembly line that sprays paint Download PDFInfo
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- CN205288813U CN205288813U CN201520978881.4U CN201520978881U CN205288813U CN 205288813 U CN205288813 U CN 205288813U CN 201520978881 U CN201520978881 U CN 201520978881U CN 205288813 U CN205288813 U CN 205288813U
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Abstract
The utility model discloses a notebook computer keyboard UV paints assembly line that sprays paint, turn right from a left side and be equipped with in advance heating element, automatic electrostatic precipitator components, UV paint spray paint subassembly, heating element and drying assembly in proper order in the right of artifical electrostatic precipitator components, artifical electrostatic precipitator components includes first supporting seat and air gun, and wherein first supporting seat supports on the bottom surface, and this first supporting seat top surface is equipped with a control chamber, the control chamber is left end open -ended boxed structure to the lower surface of roof is equipped with a fluorescent tube in the past backward on the control chamber, and the rear surface of curb plate is equipped with a couple before the control chamber, UV paints the subassembly that sprays paint and is the vice formula structure of screw -nut. The utility model discloses twice electrostatic precipitator of ability respectively experiences the single heat around the UV paint that just sprays paint, carries out drying process at last to with UV curable paint on the keyboard, product quality is stable, the production process environmental protection, just the utility model discloses simple structure, easy to carry out has fine practicality.
Description
Technical field
This utility model belongs to computor-keyboard and manufactures field, particularly relates to a kind of keyboard of notebook computer UV and paints paint-spraying production line.
Background technology
In the manufacture process of computor-keyboard, it is necessary to UV that computor-keyboard is sprayed paint paints. Before spraying paint, it is necessary to dedusting, painting process needs heating, need again after spraying paint to solidify, need for this one UV of design to paint paint-spraying production line.
Utility model content
Technical problem to be solved in the utility model is in that to provide a kind of keyboard of notebook computer UV to paint paint-spraying production line, in order to the UV that sprays paint on keyboard paints.
The technical solution of the utility model is as follows: a kind of keyboard of notebook computer UV paints paint-spraying production line, it is characterized in that: include artificial electrostatic precipitation assembly (R) and keyboard conveying assembly (S), wherein the right of artificial electrostatic precipitation assembly (R) is sequentially provided with from left to right and preheats assembly (Y), automatic electrostatic dust collection assembly (Z), UV paint spray paint assembly (P), heating assembly (J) and drying assembly (H); Described artificial electrostatic precipitation assembly (R) includes the first supporting seat (1) and jet gun (5), wherein the first supporting seat (1) is supported on bottom surface, and this first supporting seat end face is provided with an operating room (2); The case structure that described operating room (2) is left end opening, and be provided with a fluorescent tube (3) from front to back at the lower surface of operating room (2) upper plate, and the rear surface of operating room (2) front side board is provided with a hook (4); Described jet gun (5) has hanging hole (5a), and can hang on described hook (4), one side of this jet gun is provided with a hairbrush (6), the another side of jet gun (5) is provided with an electrostatic and goes out mouth (7), and hairbrush (6), electrostatic go out mouth (7) and jet gun (5) is intertwined by adhesive plaster; The afterbody of described jet gun (5) is connected with air compressor machine (9) by a trachea (8), and this air compressor machine is installed on described first supporting seat (1);Described electrostatic is gone out the afterbody of mouth (7) and is connected with the first electrostatic generator (11) by a flexible pipe (10), and this first electrostatic generator is located on the front surface of described operating room (2) front side edge;
The described assembly (Y) that preheats includes preheating cabinet (12) and the first axial flow blower (15), wherein preheating cabinet (12) bottom is provided with the second supporting seat (13), and supported on the ground by the second supporting seat, this preheating cabinet (12) is rectangular structure, its length is 2m, is provided with about one and through preheats cavity (12a) in the middle part of this preheating cabinet; The described inner top surface preheating cavity (12a) is installed with one group of first infrared heating fluorescent tube (14) and two described first axial flow blowers (15), wherein the first infrared heating fluorescent tube (14) is arranged along the width of described preheating cabinet (12), and all of first infrared heating fluorescent tube (14) is equidistantly horizontally disposed along the length direction of this preheating cabinet, and two the first axial flow blowers (15) are arranged along the length direction of preheating cabinet (12);
Described automatic electrostatic dust collection assembly (Z) includes the 3rd supporting seat (16) and the second electrostatic generator (19), wherein the 3rd supporting seat (16) is rectangular structure, and its length direction is consistent with the length direction of described preheating cabinet (12); Directly over described 3rd supporting seat (16), left and right is provided with one group of Electro-static Driven Comb pipe (17) side by side, the two ends of all Electro-static Driven Comb pipes are fixed with n shape frame (18) of corresponding end respectively, and the two n shape frame (18) is fixed on described supporting seat (1); Every described Electro-static Driven Comb pipe (17) bottom has Electro-static Driven Comb hole along its length, this Electro-static Driven Comb pipe (17) has been inserted into an electrostatic and has propped up sebific duct, electrostatic in all Electro-static Driven Comb pipes (17) props up sebific duct and a main sebific duct of electrostatic is connected, the main sebific duct of this electrostatic is connected with described second electrostatic generator (19), and electrostatic generator is arranged on the 3rd supporting seat (16);
Described UV paints the assembly (P) that sprays paint and includes pond (20) and Paint spray nozzle (34), wherein it is loaded with clear water in pond (20), this basin bottom is an inclined-plane, low spot on this inclined-plane is provided with a discharge outlet, this discharge outlet place is connected to a drain pipe, and pond (20) are provided with one for the water inlet pipe of water filling in this pond; Directly over described pond (20), left and right has two horizontally-guided posts (21) side by side, the front side of these two horizontally-guided posts is supported on front trough girder (22), the rear end of two horizontally-guided posts is supported on rear trough girder (23), and forward and backward trough girder is fixed on the respective side of described pond (20); Being provided with a sliding seat (24) between two described horizontally-guided posts (21), this sliding seat and these two horizontally-guided posts (21) are slidably matched, and can move forward and backward; Described sliding seat (24) bottom is fixed with feed screw nut (25), this feed screw nut is sleeved on a rhizoid bar (26), and the termination of screw mandrel (26) is coaxially connected with the output shaft of the first motor (27), this first motor is arranged on described front trough girder (22), and sliding seat (24) can be driven to move forward and backward;
Described sliding seat (24) has the sliding eye of a up/down perforation, this sliding eye and a lifting column (28) be slidably matched, at lifting column top horizontal, the second motor (29) is installed; The second gear (30) on described second motor (29) output shaft often engages with the second tooth bar (31), the lower end of this second tooth bar is vertically fixed on described sliding seat (24) end face, thus driving lifting column (28) to lift; Described lifting column (28) lower end is fixing with horizontal beam (32) middle part, this horizontal beam is vertical with described horizontally-guided post (21), and the leading flank of horizontal beam (32) left and right end and trailing flank level respectively are provided with a small machine (33);The axial line of four described small machines (33) is parallel to each other, the output shaft of each small machine (33) is provided with a described Paint spray nozzle (34), down, and four Paint spray nozzles (34) are connected with same paint conveyer pump the spout of this Paint spray nozzle by a paint conveying pipe;
Described heating assembly (J) includes adding hot tank (35) and the second axial flow blower (38), wherein add hot tank (35) bottom and be provided with four-supporting (36), and supported on the ground by four-supporting, this adds hot tank is rectangular structure, and the length direction adding hot tank (35) is consistent with the length direction of described preheating cabinet (12); Described hot tank (35) middle part that adds is provided with about one through heating cavities (35a); Inner top surface at described heating cavities (35a) is installed with one group of second infrared heating fluorescent tube (37) and four described second axial flow blowers (38), wherein: described second infrared heating fluorescent tube (37) is arranged along the width adding hot tank (35), and all of second infrared heating fluorescent tube (37) is equidistantly horizontally disposed along this length direction adding hot tank, and four the second axial flow blowers (38) are placed equidistant along the length direction adding hot tank (35); Described heating cavities (35a) bottom is provided with the charge of oil dish (39) of an irony, the size of the size of this charge of oil dish and heating cavities (35a) bottom adapts, and at charge of oil dish (39) built with the adsorbed oil of UV paint in for absorbed air;
Described drying assembly (H) includes drying baker (40) and UV paint drying fluorescent tube (41), wherein drying baker (40) bottom is provided with the 5th supporting seat (41), and supported on the ground by the 5th supporting seat, this drying baker (40) is rectangular structure, is provided with about one through drying cavity (40a) in the middle part of this drying baker; The inner top surface of described drying cavity (40a) is installed with UV paint drying fluorescent tube (41) described in 6-10 root, this UV paint drying fluorescent tube is arranged along the width of described drying baker (40), and all of UV paint drying fluorescent tube (41) is equidistantly horizontally disposed along the length direction of this drying baker;
Described keyboard conveying assembly (S) is chain structure, preheat cavity (12a), heating cavities (35a) described in chain (42) traverse in this keyboard conveying assembly (S) and dry cavity (40a), and be positioned at described first and second infrared heating fluorescent tube (3,7), Electro-static Driven Comb pipe (17), UV paint drying fluorescent tube (41) and horizontal beam (32) lower section, and computor-keyboard is driven to move horizontally from artificial electrostatic precipitation assembly (R) to drying assembly (H) direction.
In technique scheme, keyboard conveying assembly (S) drives computor-keyboard to move horizontally from artificial electrostatic precipitation assembly (R) to heating assembly (J) direction. First infrared heating fluorescent tube (14) gives off heat, and two the first axial flow blowers (15) produce circulated air, so that producing uniform heat in preheating cavity (12a); Second axial flow blower (38) gives off heat, and the second axial flow blower (38) produces circulated air, so that producing uniform heat in heating cavities (35a); UV paint drying fluorescent tube (41) can by UV paint drying, in order to UV paint curing is on keyboard. Simultaneously, first motor (27) drives sliding seat (24) and horizontal beam (32) to move forward and backward by feed screw nut pair, and is sprayed paint UV paint by the keyboard downwards of the Paint spray nozzle (34) on horizontal beam (32); Further, the height and position of horizontal beam (32) and angle of inclination had been adjusted to position before this device works.
During the work of this device, first by operator, keyboard carried out artificial preliminary electrostatic precipitation, and the keyboard after preliminary electrostatic precipitation is placed on keyboard conveying assembly (S), and computor-keyboard is driven to move horizontally to heating assembly (J) direction by keyboard conveying assembly (S);Keyboard moves to when preheating assembly (Y), is preheated equably, in order to subsequent paint UV paints; When keyboard moves to automatic electrostatic dust collection assembly (Z), by automatic electrostatic dust collection assembly (Z) electrostatic precipitation again, in order to subsequent paint UV paints; When keyboard moves to the UV paint that sprays paint when UV paints and sprays paint assembly (P), then by heating assembly (J) to UV paint heating, last by drying assembly (H) by the UV paint drying on keyboard, in order to UV paint curing is on keyboard. Simultaneously, this case is connected to water inlet pipe and drain pipe on pond (20), thus can change clear water in time, and the UV paint in air is removed in time by clear water, prevent UV paint from dancing in the air all over the sky, and the absorbability of clear water is very strong, so can not only ensure product quality, and be conducive to environmental protection. It addition, charge of oil dish (39) adopts irony, thus can effectively prevent from adding temperature time variance shape and seepage.
Adopt above technical scheme, this utility model twice electrostatic precipitation of energy, and each experience once heats before and after the UV paint that sprays paint, finally carry out drying and processing, in order to by UV paint curing on keyboard, constant product quality, production process compares environmental protection, and this utility model simple in construction, it is easy to implement, there is good practicality.
As preferably, described keyboard conveying assembly (S) includes chain (42) and connecting rod (49), wherein the number of chain (42) is two, these two chains are arranged side by side along the width of described preheating cabinet (12), and are connected between drive sprocket (43) and the driven sprocket (44) of correspondence; Two described drive sprockets (43) are sleeved on same driving shaft (45), and two described driven sprockets (44) are sleeved on same driven shaft (46); Described driving shaft (45) is positioned at artificial electrostatic precipitation assembly (R) left side, and by bearings in driving shaft mounting seat (47), and the rear side of driving shaft (45) is coaxially connected with the output shaft of drive motor, described driven shaft (46) is positioned at drying assembly (H) the right, and by bearings in driven shaft mounting seat (48); The number of described connecting rod (49) is identical with the chain number of every chain (42), these connecting rods are located between two chains (42) side by side, and the respective link of the two ends of every connecting rod (49) and two chains (42) is fixed.
Adopting above structure, this utility model convenient, reliably can drive keyboard keyboard to move, and the simple in construction of keyboard conveying assembly (S), it is easy to implements.
In the present case, an angle �� and ����60 �� are formed between axial line and the axial line of corresponding small machine (33) of each described Paint spray nozzle (34).
Beneficial effect: this utility model twice electrostatic precipitation of energy, and each experience once heats before and after the UV paint that sprays paint, finally carry out drying and processing, so that by UV paint curing on keyboard, constant product quality, production process compares environmental protection and this utility model simple in construction, easy to implement, there is good practicality.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the schematic diagram of artificial electrostatic precipitation assembly in Fig. 1.
Fig. 3 is the partial enlarged drawing of part A in Fig. 2.
Fig. 4 is the schematic diagram preheating assembly in Fig. 1.
Fig. 5 is the top view of Fig. 4.
Fig. 6 is the UV schematic diagram painting the assembly that sprays paint.
Fig. 7 be in Fig. 6 Paint spray nozzle schematic diagram is set.
Fig. 8 is the schematic diagram heating assembly in Fig. 1.
Fig. 9 is the top view of Fig. 8.
Figure 10 is the schematic diagram drying assembly in Fig. 1.
Figure 11 is the top view of Figure 10.
Figure 12 is the schematic diagram of keyboard conveying assembly in Fig. 1.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is described in further detail:
Such as Fig. 1--shown in 12, a kind of keyboard of notebook computer UV paints paint-spraying production line, artificial electrostatic precipitation assembly R preheat assembly Y, automatic electrostatic dust collection assembly Z, UV paint sprays paint assembly P, heating assembly J, dry assembly H and keyboard conveying assembly S and constitute. Wherein, artificial electrostatic precipitation assembly R is positioned on rear side of keyboard conveying assembly S, and the right of this artificial electrostatic precipitation assembly R is sequentially provided with from left to right and preheats assembly Y, automatic electrostatic dust collection assembly Z, UV paint sprays paint assembly P, heating assembly J and dries assembly H. Artificial electrostatic precipitation assembly R includes the first supporting seat 1 and jet gun 5, and wherein the first supporting seat 1 is supported on bottom surface, and this first supporting seat 1 end face is provided with an operating room 2. Operating room 2 is the case structure of left end opening, and is provided with a fluorescent tube 3 from front to back at the lower surface of operating room 2 upper plate, and the rear surface of operating room 2 front side board is provided with a hook 4. Jet gun 5 has hanging hole 5a, it is possible to hanging on hook 4, a side of this jet gun 5 is provided with a hairbrush 6. The another side of jet gun 5 is provided with an electrostatic and goes out mouth 7, and hairbrush 6, electrostatic go out mouth 7 and jet gun 5 is intertwined by adhesive plaster. The afterbody of jet gun 5 is connected with air compressor machine 9 by a trachea 8, and this air compressor machine 9 is installed on the first supporting seat 1. Electrostatic is gone out the afterbody of mouth 7 and is connected with the first electrostatic generator 11 of outsourcing by a flexible pipe 10, and this first electrostatic generator is located on the front surface of operating room 2 front side edge.
Such as Fig. 1, shown in 4 and 5, preheat assembly Y and include preheating cabinet 12 and the first axial flow blower 15, be wherein provided with the second supporting seat 13 bottom preheating cabinet 12, and supported on the ground by the second supporting seat 13. Preheating cabinet 12 is rectangular structure, and its length is 2m, is provided with about one and through preheats cavity 12a in the middle part of this preheating cabinet 12. The inner top surface preheating cavity 12a is installed with one group of first infrared heating fluorescent tube 14 and two the first axial flow blowers 15, wherein the first infrared heating fluorescent tube 14 is arranged along the width of preheating cabinet 12, and all of first infrared heating fluorescent tube 14 is equidistantly horizontally disposed along the length direction of this preheating cabinet, and two the first axial flow blowers 15 are arranged along the length direction of preheating cabinet 12.
As it is shown in figure 1, automatic electrostatic dust collection assembly Z includes the 3rd supporting seat 16 and the second electrostatic generator 19, wherein the 3rd supporting seat 16 is rectangular structure, and its length direction is consistent with the length direction of preheating cabinet 12. Directly over 3rd supporting seat 16, left and right is provided with one group of Electro-static Driven Comb pipe 17 side by side, and the two ends of all Electro-static Driven Comb pipes are fixed with the n shape frame 18 of corresponding end respectively, and the two n shape frame 18 is fixed on supporting seat 1. Electro-static Driven Comb hole (for drawing in drawing) is had along its length bottom every Electro-static Driven Comb pipe 17, this Electro-static Driven Comb pipe 17 has been inserted into an electrostatic and has propped up sebific duct, electrostatic in all Electro-static Driven Comb pipes 17 props up sebific duct and a main sebific duct of electrostatic is connected, the main sebific duct of this electrostatic is connected with the second electrostatic generator 19 of outsourcing, and electrostatic generator is arranged on the 3rd supporting seat 16.
Such as Fig. 1, shown in 6 and 7, UV paints the assembly P that sprays paint and includes pond 20 and Paint spray nozzle 34, wherein it is loaded with clear water in pond 20, this basin bottom is an inclined-plane, low spot on this inclined-plane is provided with a discharge outlet, this discharge outlet place is connected to a drain pipe, and pond 20 is provided with one for the water inlet pipe of water filling in this pond.Above pond 20, left and right has two horizontally-guided posts 21 side by side, and the front side of these two horizontally-guided posts is supported on front trough girder 22, and the rear end of two horizontally-guided posts is supported on rear trough girder 23, and forward and backward trough girder is fixed on the respective side in pond 20. Being provided with a sliding seat 24 between two horizontally-guided posts 21, this sliding seat and these two horizontally-guided posts 21 are slidably matched, and can move forward and backward. Feed screw nut 25 it is fixed with bottom sliding seat 24, this feed screw nut is sleeved on a rhizoid bar 26, and the termination of screw mandrel 26 is coaxially connected with the output shaft of the first motor 27, this first motor is arranged on described front trough girder 22, and sliding seat 24 can be driven to move forward and backward;
Having the sliding eye of a up/down perforation on sliding seat 24, this sliding eye and a lifting column 28 are slidably matched, and are provided with the second motor 29 at lifting column top horizontal. The second gear 30 on second motor 29 output shaft often engages with the second tooth bar 31, and the lower end of this second tooth bar is vertically fixed on sliding seat 24 end face, thus driving lifting column 28 to lift. Fixing in the middle part of lifting column 28 lower end and horizontal beam 32, this horizontal beam is vertical with horizontally-guided post 21, and leading flank and the trailing flank level respectively of the left and right end of horizontal beam 32 are provided with a small machine 33. The axial line of four small machines 33 is parallel to each other, and the output shaft of each small machine 33 is provided with a Paint spray nozzle 34, and down, and four Paint spray nozzles 34 are connected with same paint conveyer pump the spout of this Paint spray nozzle by a paint conveying pipe. An angle �� and 0 ��ܦ���60 �� are formed between the axial line of each Paint spray nozzle 23 and the axial line of corresponding small machine 22, and can more preferably 20 ��, 30 �� and 40 ��.
Such as Fig. 1, shown in 8 and 9, heating assembly J includes adding hot tank 35 and the second axial flow blower 38, wherein adds and is provided with four-supporting 36 bottom hot tank 35, and is supported on the ground by four-supporting 36. Add hot tank 35 for rectangular structure, and the length direction adding hot tank 35 is consistent with the length direction of preheating cabinet 12, adds and is provided with about one through heating cavities 35a in the middle part of hot tank 35. Inner top surface at heating cavities 35a is installed with one group of second infrared heating fluorescent tube 37 and four the second axial flow blowers 38, wherein: the second infrared heating fluorescent tube 37 is arranged along the width adding hot tank 35, and all of second infrared heating fluorescent tube 37 is equidistantly horizontally disposed along this length direction adding hot tank, and four the second axial flow blowers 38 are placed equidistant along the length direction adding hot tank 35. The charge of oil dish 39 of an irony it is provided with bottom heating cavities 35a, size bottom the size of this charge of oil dish 39 and heating cavities 35a adapts, and at charge of oil dish 39 built with the adsorbed oil of UV paint in for absorbed air, and adsorbed oil can be served as by general lubricating oil or cooling oil.
Such as Fig. 1, shown in 10 and 11, dry assembly H and include drying baker 40 and UV paint drying fluorescent tube 41, wherein it is provided with the 5th supporting seat 41 bottom drying baker 40, and supported on the ground by the 5th supporting seat, this drying baker 40 is rectangular structure, is provided with about one through drying cavity 40a in the middle part of this drying baker. The inner top surface drying cavity 40a is installed with 6-10 root UV paint drying fluorescent tube 41, and this UV paint drying fluorescent tube is arranged along the width of drying baker 40, and all of UV paint drying fluorescent tube 41 is equidistantly horizontally disposed along the length direction of this drying baker.
Keyboard conveying assembly S is chain structure, chain 42 in this keyboard conveying assembly S is through preheating cavity 12a, heating cavities 35a and drying cavity 40a, and be positioned at first and second infrared heating fluorescent tube 3,7, Electro-static Driven Comb pipe 17, below UV paint drying fluorescent tube 41 and horizontal beam 32, and drive computor-keyboard to move horizontally from artificial electrostatic precipitation assembly R to drying assembly H direction.
As shown in figure 12, keyboard conveying assembly S includes chain 42 and connecting rod 49, wherein the number of chain 42 is two, and these two chains are arranged side by side along the width of preheating cabinet 12, and is connected between drive sprocket 43 and the driven sprocket 44 of correspondence. Two drive sprockets 43 are sleeved on same driving shaft 45, and two driven sprockets 44 are sleeved on same driven shaft 46. Driving shaft 45 is positioned at the artificial electrostatic precipitation assembly R left side, and by bearings in driving shaft mounting seat 47, and the rear side of driving shaft 45 is coaxially connected with the output shaft of drive motor, driven shaft 46 is positioned on the right of drying assembly H, and by bearings in driven shaft mounting seat 48. The number of connecting rod 49 is identical with the chain number of every chain 42, these connecting rods are located between two chains 42 side by side, the respective link of the two ends of every connecting rod 49 and two chains 42 is fixed, and connecting rod 31 is diameter is the solid iron of 3-6mm.
The foregoing is only preferred embodiment of the present utility model; not with this utility model for restriction; all any amendment, equivalent replacement and improvement etc. made within spirit of the present utility model and principle, should be included within protection domain of the present utility model.
Claims (3)
1. a keyboard of notebook computer UV paints paint-spraying production line, it is characterized in that: include artificial electrostatic precipitation assembly (R) and keyboard conveying assembly (S), wherein the right of artificial electrostatic precipitation assembly (R) is sequentially provided with from left to right and preheats assembly (Y), automatic electrostatic dust collection assembly (Z), UV paint spray paint assembly (P), heating assembly (J) and drying assembly (H); Described artificial electrostatic precipitation assembly (R) includes the first supporting seat (1) and jet gun (5), wherein the first supporting seat (1) is supported on bottom surface, and this first supporting seat end face is provided with an operating room (2); The case structure that described operating room (2) is left end opening, and be provided with a fluorescent tube (3) from front to back at the lower surface of operating room (2) upper plate, and the rear surface of operating room (2) front side board is provided with a hook (4); Described jet gun (5) has hanging hole (5a), and can hang on described hook (4), one side of this jet gun is provided with a hairbrush (6), the another side of jet gun (5) is provided with an electrostatic and goes out mouth (7), and hairbrush (6), electrostatic go out mouth (7) and jet gun (5) is intertwined by adhesive plaster; The afterbody of described jet gun (5) is connected with air compressor machine (9) by a trachea (8), and this air compressor machine is installed on described first supporting seat (1); Described electrostatic is gone out the afterbody of mouth (7) and is connected with the first electrostatic generator (11) by a flexible pipe (10), and this first electrostatic generator is located on the front surface of described operating room (2) front side edge;
The described assembly (Y) that preheats includes preheating cabinet (12) and the first axial flow blower (15), wherein preheating cabinet (12) bottom is provided with the second supporting seat (13), and supported on the ground by the second supporting seat, this preheating cabinet (12) is rectangular structure, its length is 2m, is provided with about one and through preheats cavity (12a) in the middle part of this preheating cabinet; The described inner top surface preheating cavity (12a) is installed with one group of first infrared heating fluorescent tube (14) and two described first axial flow blowers (15), wherein the first infrared heating fluorescent tube (14) is arranged along the width of described preheating cabinet (12), and all of first infrared heating fluorescent tube (14) is equidistantly horizontally disposed along the length direction of this preheating cabinet, and two the first axial flow blowers (15) are arranged along the length direction of preheating cabinet (12);
Described automatic electrostatic dust collection assembly (Z) includes the 3rd supporting seat (16) and the second electrostatic generator (19), wherein the 3rd supporting seat (16) is rectangular structure, and its length direction is consistent with the length direction of described preheating cabinet (12); Directly over described 3rd supporting seat (16), left and right is provided with one group of Electro-static Driven Comb pipe (17) side by side, the two ends of all Electro-static Driven Comb pipes are fixed with n shape frame (18) of corresponding end respectively, and the two n shape frame (18) is fixed on described supporting seat (1); Every described Electro-static Driven Comb pipe (17) bottom has Electro-static Driven Comb hole along its length, this Electro-static Driven Comb pipe (17) has been inserted into an electrostatic and has propped up sebific duct, electrostatic in all Electro-static Driven Comb pipes (17) props up sebific duct and a main sebific duct of electrostatic is connected, the main sebific duct of this electrostatic is connected with described second electrostatic generator (19), and electrostatic generator is arranged on the 3rd supporting seat (16);
Described UV paints the assembly (P) that sprays paint and includes pond (20) and Paint spray nozzle (34), wherein it is loaded with clear water in pond (20), this basin bottom is an inclined-plane, low spot on this inclined-plane is provided with a discharge outlet, this discharge outlet place is connected to a drain pipe, and pond (20) are provided with one for the water inlet pipe of water filling in this pond; Directly over described pond (20), left and right has two horizontally-guided posts (21) side by side, the front side of these two horizontally-guided posts is supported on front trough girder (22), the rear end of two horizontally-guided posts is supported on rear trough girder (23), and forward and backward trough girder is fixed on the respective side of described pond (20); Being provided with a sliding seat (24) between two described horizontally-guided posts (21), this sliding seat and these two horizontally-guided posts (21) are slidably matched, and can move forward and backward; Described sliding seat (24) bottom is fixed with feed screw nut (25), this feed screw nut is sleeved on a rhizoid bar (26), and the termination of screw mandrel (26) is coaxially connected with the output shaft of the first motor (27), this first motor is arranged on described front trough girder (22), and sliding seat (24) can be driven to move forward and backward;
Described sliding seat (24) has the sliding eye of a up/down perforation, this sliding eye and a lifting column (28) be slidably matched, at lifting column top horizontal, the second motor (29) is installed; The second gear (30) on described second motor (29) output shaft often engages with the second tooth bar (31), the lower end of this second tooth bar is vertically fixed on described sliding seat (24) end face, thus driving lifting column (28) to lift; Described lifting column (28) lower end is fixing with horizontal beam (32) middle part, this horizontal beam is vertical with described horizontally-guided post (21), and the leading flank of horizontal beam (32) left and right end and trailing flank level respectively are provided with a small machine (33); The axial line of four described small machines (33) is parallel to each other, the output shaft of each small machine (33) is provided with a described Paint spray nozzle (34), down, and four Paint spray nozzles (34) are connected with same paint conveyer pump the spout of this Paint spray nozzle by a paint conveying pipe;
Described heating assembly (J) includes adding hot tank (35) and the second axial flow blower (38), wherein add hot tank (35) bottom and be provided with four-supporting (36), and supported on the ground by four-supporting, this adds hot tank is rectangular structure, and the length direction adding hot tank (35) is consistent with the length direction of described preheating cabinet (12); Described hot tank (35) middle part that adds is provided with about one through heating cavities (35a); Inner top surface at described heating cavities (35a) is installed with one group of second infrared heating fluorescent tube (37) and four described second axial flow blowers (38), wherein: described second infrared heating fluorescent tube (37) is arranged along the width adding hot tank (35), and all of second infrared heating fluorescent tube (37) is equidistantly horizontally disposed along this length direction adding hot tank, and four the second axial flow blowers (38) are placed equidistant along the length direction adding hot tank (35);Described heating cavities (35a) bottom is provided with the charge of oil dish (39) of an irony, the size of the size of this charge of oil dish and heating cavities (35a) bottom adapts, and at charge of oil dish (39) built with the adsorbed oil of UV paint in for absorbed air;
Described drying assembly (H) includes drying baker (40) and UV paint drying fluorescent tube (41), wherein drying baker (40) bottom is provided with the 5th supporting seat (41), and supported on the ground by the 5th supporting seat, this drying baker (40) is rectangular structure, is provided with about one through drying cavity (40a) in the middle part of this drying baker; The inner top surface of described drying cavity (40a) is installed with UV paint drying fluorescent tube (41) described in 6-10 root, this UV paint drying fluorescent tube is arranged along the width of described drying baker (40), and all of UV paint drying fluorescent tube (41) is equidistantly horizontally disposed along the length direction of this drying baker;
Described keyboard conveying assembly (S) is chain structure, preheat cavity (12a), heating cavities (35a) described in chain (42) traverse in this keyboard conveying assembly (S) and dry cavity (40a), and be positioned at described first and second infrared heating fluorescent tube (3,7), Electro-static Driven Comb pipe (17), UV paint drying fluorescent tube (41) and horizontal beam (32) lower section, and computor-keyboard is driven to move horizontally from artificial electrostatic precipitation assembly (R) to drying assembly (H) direction.
2. keyboard of notebook computer UV paints paint-spraying production line according to claim 1, it is characterized in that: described keyboard conveying assembly (S) includes chain (42) and connecting rod (49), wherein the number of chain (42) is two, these two chains are arranged side by side along the width of described preheating cabinet (12), and are connected between drive sprocket (43) and the driven sprocket (44) of correspondence; Two described drive sprockets (43) are sleeved on same driving shaft (45), and two described driven sprockets (44) are sleeved on same driven shaft (46); Described driving shaft (45) is positioned at artificial electrostatic precipitation assembly (R) left side, and by bearings in driving shaft mounting seat (47), and the rear side of driving shaft (45) is coaxially connected with the output shaft of drive motor, described driven shaft (46) is positioned at drying assembly (H) the right, and by bearings in driven shaft mounting seat (48); The number of described connecting rod (49) is identical with the chain number of every chain (42), these connecting rods are located between two chains (42) side by side, and the respective link of the two ends of every connecting rod (49) and two chains (42) is fixed.
3. keyboard of notebook computer UV paints paint-spraying production line according to claim 1, it is characterized in that: between axial line and the axial line of corresponding small machine (33) of each described Paint spray nozzle (34), form an angle �� and ����60 ��.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520978881.4U CN205288813U (en) | 2015-11-30 | 2015-11-30 | Notebook computer keyboard UV paints assembly line that sprays paint |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520978881.4U CN205288813U (en) | 2015-11-30 | 2015-11-30 | Notebook computer keyboard UV paints assembly line that sprays paint |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205288813U true CN205288813U (en) | 2016-06-08 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520978881.4U Expired - Fee Related CN205288813U (en) | 2015-11-30 | 2015-11-30 | Notebook computer keyboard UV paints assembly line that sprays paint |
Country Status (1)
| Country | Link |
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| CN (1) | CN205288813U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105289909A (en) * | 2015-11-30 | 2016-02-03 | 重庆市贵荣塑胶制品有限公司 | UV paint spraying assembly line for laptop keyboard |
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2015
- 2015-11-30 CN CN201520978881.4U patent/CN205288813U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105289909A (en) * | 2015-11-30 | 2016-02-03 | 重庆市贵荣塑胶制品有限公司 | UV paint spraying assembly line for laptop keyboard |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160608 Termination date: 20161130 |
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| CF01 | Termination of patent right due to non-payment of annual fee |