CN113019745B - Hardware paint spraying system and using method - Google Patents

Abstract

The invention discloses a hardware paint spraying system and a using method thereof, the structure of the hardware paint spraying system comprises a supporting buckle frame, a liquid discharging plate, a material taking plate, a multi-surface slow spraying box, a filter cylinder and a material feeding pile, wherein the supporting buckle frame is electrically welded on the outer surface of the bottom of the multi-surface slow spraying box, the liquid discharging plate is buckled at the bottom of the multi-surface slow spraying box through a buckle, the position needing paint spraying can be encircled through surrounding strips and limiting zones to position a general area, hole information detected by the hole information is transmitted to an eight-position separating plate through a conductive ball, corresponding opening and closing seams on the eight-position separating plate are opened, paint in the corresponding position falls into corresponding radiation heads, the single radiation heads can spray paint in the corresponding holes, the paint can slowly slide to the bottom from top to bottom, accumulation cannot be caused at the bottom, and the quality of hardware paint spraying is improved while the hardware becomes accurate.

Description

Hardware paint spraying system and using method

The invention is a divisional application of hardware paint spraying equipment with high paint spraying accuracy, wherein the application date is 2019, 12 and 5 days, and the application number is CN 201911232585.9.

Technical Field

The invention relates to hardware paint spraying equipment, in particular to a hardware paint spraying system and a using method thereof.

Background

The five metals is a great branch in the machinery trade, and the hardware shape that contains is various, in the porous hardware of part, need spray paint to the hole in the hardware, guarantees that it is inside difficult to rust and wearing and tearing when using, adopts comparatively normal paint vehicle when spraying paint usually, sprays paint through the mode of assaulting, but the spraying paint of hole is compared in the comparatively difficulty that the plane sprays paint, and present technical consideration is not comprehensive, has following drawback:

1. the mode that prior art adopted to spray paint to the plane sprays paint porous hardware, has the lacquer liquid of impulsive force to wash into in the hole during spraying paint, but can remain and be difficult to adhere on other positions in the bottom, can lead to the paint vehicle of other positions not firm enough, and easy wearing and tearing drop.

2. The prior art generally takes out after spraying paint to one side and sprays paint to the other end, not only waste time to still need pinpoint the hole again, reduced the precision and the efficiency of spraying paint.

Disclosure of Invention

Aiming at the defects in the prior art, the invention aims to provide a hardware paint spraying system and a using method thereof, and aims to solve the problems that in the prior art, a plane paint spraying mode is adopted to spray paint on porous hardware, paint liquid with impact force rushes into holes during paint spraying, but the paint liquid with impact force remains on the bottom and is difficult to adhere to other positions, paint vehicles at other positions are not firm enough and are easy to wear and drop, in the prior art, one surface is generally sprayed with paint and then taken out to spray paint on the other end, time is wasted, the holes need to be fixed again, and the paint spraying precision and efficiency are reduced.

In order to achieve the purpose, the invention is realized by the following technical scheme: the utility model provides a five metals paint spraying system and application method, its structure includes that the support detains frame, drainage board, gets flitch, multiaspect and delays spraying case, cartridge filter, feeding pile, the support detains the surface of putting up the electric welding in multiaspect and delaying spraying bottom of the case portion, the drainage board passes through the buckle lock in the bottom of multiaspect delay spraying case, get the flitch and articulate in the top that the multiaspect delays spraying the case, the perpendicular threaded connection of cartridge filter is in the left side that the multiaspect delays spraying the case, feeding pile glues the place ahead of connecting the cartridge filter.

In order to optimize the technical scheme, the method further comprises the following steps:

according to one implementation mode, the multiaspect is spouted case slowly and is become by processing case, discharge gate, location processingequipment, feed inlet, feed back storehouse, two-sided switching mechanism group, the processing case electric welding is in the top of supporting the knot frame, the feed back storehouse passes through rivet locking in the inside bottom of processing case, the activity laminating of two-sided switching mechanism is in the top in feed back storehouse, the left side of two-sided switching mechanism is connected to the feed inlet nail, the right side of two-sided switching mechanism is connected to the discharge gate nail and be in same horizontal plane with the feed inlet, location processingequipment mechanical connection is at the inside top of processing case.

According to one implementation mode, the positioning and processing device comprises a multi-position material guide cavity, a precise control device, a beach coating plate, a drum material piece and a radiation head, the drum material piece is mechanically connected to the top inside the processing box, the beach coating plate is connected to the inner side of the drum material piece in an adhesive mode, the radiation head is provided with more than two and is in threaded connection with the bottom inside the beach coating plate, the precise control device is connected to the top of the beach coating plate in a sliding mode, the multi-position material guide cavity is provided with four and is locked to the top of the precise control device through screws, and the material guide cavity and the radiation head are communicated with each other.

According to one implementation mode, the precise control device comprises a fixing strip, an electricity determining sheet, an extending rail, a limiting zone and a conductive ball, wherein the fixing strip is connected above the surface of the beach plate in a sliding mode, the electricity determining sheet is welded inside the fixing strip, the limiting zone is provided with more than two fixing strips and is movably connected between the two fixing strips, the extending rail is mechanically connected inside the fixing strip and is mechanically connected with the limiting zone, and the conductive ball is electrically connected to the inner side of the fixing strip and is electrically connected with the multi-position material guide cavity.

According to one implementation mode, the multi-position material guide cavity is composed of eight partition plates, opening and closing seams and a central tank opening, the eight partition plates are welded above the conductive ball, the opening and closing seams are more than two and are movably connected to the insides of the eight partition plates, and the central tank opening is formed in the center of the insides of the eight partition plates.

According to one kind can implement the mode, two-sided switching mechanism is by indentation head, contact post, adjustable ring, double-layered board, pull and tear area, motion plate and constitute, the double-layered board welding is in the centre of discharge gate and feed inlet, indentation head mechanical connection is in the inside middle section of double-layered board, contact post swing joint is in indentation head's inboard, the adjustable ring is equipped with more than two and the welding both ends about indentation head, pull and tear the area and pass through the buckle with the adjustable ring and be in the same place, motion plate activity laminating is in the centre of two contact posts.

Advantageous effects

The hardware paint spraying system and the using method have the advantages of reasonable design, strong functionality and the following beneficial effects:

1. according to the invention, through the arranged positioning processing device, the positions needing paint spraying can be enclosed through the surrounding enclosing strips and limiting zones, the approximate area is positioned, the hole information detected by the positioning processing device is transmitted into the eight-position separation plate through the conductive balls, the corresponding opening and closing seams on the eight-position separation plate are opened, the paint vehicles at the corresponding positions fall into the corresponding radiation heads, the paint vehicles at the corresponding holes can be sprayed out by the single radiation heads, the paint vehicles slowly slide to the bottom from top to bottom, accumulation at the bottom is avoided, the hardware becomes accurate, and the paint spraying quality is improved.

2. According to the invention, through the double-sided switching mechanism, after the hardware slides into the moving plate, the middle section position of the hardware can be transmitted to the contact column, so that the contact column abuts against the center position of the contact column, when the other side needs to be painted, the retraction head is rotated, so that the contact column drives the hardware to turn over, and the mudflat plate moves to a position symmetrical to the front end processing position, no hole is required to be aligned, the precision is high, and the time is saved when the painting is carried out.

Drawings

Other features, objects, and advantages of the present invention will become more apparent from the following detailed description of the embodiments of the invention when taken in conjunction with the accompanying drawings, in which:

FIG. 1 is a schematic structural diagram of a hardware painting system and a method for using the same according to the present invention.

FIG. 2 is a schematic view of the internal structure of a multi-surface slow spraying box of the hardware painting system and the using method thereof.

FIG. 3 is a schematic top view of a hardware painting system and a positioning and processing device using the method of the present invention.

FIG. 4 is a detailed structural diagram of a hardware painting system and a precise control device using the same according to the present invention.

FIG. 5 is a detailed structural diagram of a multi-position material guiding chamber of the hardware painting system and the using method thereof.

FIG. 6 is a schematic top view of a dual-side switching mechanism of a hardware painting system and a method of using the same.

Description of reference numerals: the device comprises a support buckle frame 0, a liquid discharge plate 1, a material taking plate 2, a multi-surface slow spraying box 3, a filter cylinder 4, a feeding pile 5, a processing box 30, a discharge hole 31, a positioning processing device 32, a feed inlet 33, a material returning bin 34, a double-surface switching mechanism 35, a multi-position material guiding cavity 320, a precision control device 321, a mudflat plate 322, a material drum plate 323, a radiation head 324, a ring-defining strip 210, a determining electric plate 211, an extension rail 212, a limiting zone 213, a conductive ball 214, an eight-position separating plate 200, an opening and closing seam 300, a central tank opening 400, a retraction head 350, a contact column 351, an adjusting ring 352, a double-clamping plate 353, a pulling belt 354 and a moving plate 355.

Detailed Description

In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the invention easy to understand, the invention is further described with the specific embodiments.

Referring to fig. 1, the present invention provides a hardware painting system and a method of using the same: its structure is detained frame 0, flowing back board 1, is got flitch 2, multiaspect and is delayed spray box 3, cartridge filter 4, feeding pile 5 including the support, support detains frame 0 electric welding and is delayed the surface of spray box 3 bottoms in the multiaspect, draining board 1 is delayed the bottom of spray box 3 in the multiaspect through the buckle lock, it articulates the top at multiaspect delay spray box 3 to get flitch 2, the left side of spray box 3 is delayed in the multiaspect to the perpendicular threaded connection of cartridge filter 4, feeding pile 5 glues the place ahead of connecting cartridge filter 4, and the nose gas that cartridge filter 4 can be when spraying paint filters and falls, prevents to spill over and causes the injury to the workman.

Referring to fig. 2, the multi-surface slow spraying box 3 comprises a processing box 30, a discharge port 31, a positioning processing device 32, a feed port 33, a material returning bin 34 and a double-surface switching mechanism 35, the processing box 30 is electrically welded above the support buckle frame 0, the material returning bin 34 is locked at the bottom inside the processing box 30 through rivets, the double-surface switching mechanism 35 is movably attached above the material returning bin 34, the feed port 33 is connected with the left side of the double-surface switching mechanism 35 through a nail, the discharge port 31 is connected with the right side of the double-surface switching mechanism 35 through a nail and is located on the same horizontal plane with the feed port 33, the positioning processing device 32 is mechanically connected at the top inside the processing box 30, the material returning bin 34 can recover paint falling after processing, and the use of the paint is saved.

Referring to fig. 3, the positioning and processing device 32 includes a multi-position material guiding chamber 320, a precise control device 321, a beach plate 322, a material blowing sheet 323, and a radiation head 324, the material blowing sheet 323 is mechanically connected to the top of the inside of the processing box 30, the beach plate 322 is adhesively connected to the inside of the material blowing sheet 323, the radiation head 324 has more than two equally spaced and uniformly threaded connections to the bottom of the inside of the beach plate 322, the precise control device 321 is slidably connected to the top of the beach plate 322, the multi-position material guiding chamber 320 has four and is locked to the top of the precise control device 321 by screws and is communicated with the radiation head 324, the distribution sequence of the radiation head 324 can just fill each corner corresponding to the beach plate 322, no dead corner is caused and no repeated covering is caused, the precise control device 321 can freely move on the upper surface of the beach plate 322 to find the position to be processed, the material-blowing sheet 323 can be attached to the double-sided switching mechanism 35 as far as possible, the paint spraying process is prevented from being interfered, the mudflat plate 322 is provided with a symmetrical moving structure and can be moved to symmetrical positions, and the moving positions are accurate, so that the machining points of the front side and the back side are guaranteed to be consistent.

Referring to fig. 4, the precise control device 321 is composed of a coil strip 210, a current-determining plate 211, an extending rail 212, a limiting zone 213, and a conductive ball 214, the circling strip 210 is slidably connected above the surface of the beach painting plate 322, the electricity-determining piece 211 is welded inside the circling strip 210, the confinement zone 213 is provided with more than two and is movably connected between the two delineating strips 210, the extension rail 212 is mechanically connected to the inside of the delineating strip 210 and to the confinement zone 213, the conductive ball 214 is electrically connected to the inner side of the circling bar 210 and is electrically connected with the multi-position material guide cavity 320, the bottom of the circling bar 210 is provided with a light detector, when the pits are detected, the diffusion can be carried out again until the pits are not detected, and then the contraction is carried out, and the limiting zone 213 can be expanded and contracted to be limited in one area, so that the paint waste caused by painting other areas is prevented.

Referring to fig. 5, the multi-position material guiding chamber 320 is composed of eight partition plates 200, opening and closing seams 300 and a central tank opening 400, the eight partition plates 200 are welded above the conductive balls 214, the opening and closing seams 300 are more than two and are movably connected inside the eight partition plates 200, the central tank opening 400 is arranged in the center of the eight partition plates 200, all paint is divided into nine parts by the eight partition plates 200 and the central tank opening 400, the position of the radiation head 324 corresponds to ensure that the painting effect of each hole is proper, the situation of incomplete painting is avoided, and the opening and closing state of each partition opening can be controlled by the opening and closing seams 300.

Referring to fig. 6, the double-sided switching mechanism 35 includes a retraction head 350, a contact column 351, an adjusting ring 352, a double-clamp plate 353, a pull-tear strip 354 and a moving plate 355, the double-clamp plate 353 is welded between the discharge port 31 and the feed port 33, the retraction head 350 is mechanically connected to the middle section inside the double-clamp plate 353, the contact column 351 is movably connected to the inner side of the retraction head 350, the adjusting ring 352 is provided with more than two pieces and welded to the left and right ends of the retraction head 350, the pull-tear strip 354 and the adjusting ring 352 are buckled together by a buckle, the moving plate 355 is movably attached to the middle of the two contact columns 351, the moving plate 355 automatically sinks after transporting the hardware to a designated position, so as to provide a sufficient space for the turnover of the hardware, the contact column 351 can rotate and fix, so that the hardware does not generate a displacement offset when rotating, the pull-tear strip 354 can adjust the position of the moving plate 355, ensuring that it can secure the middle section of the hardware in the position of the contact post 351.

When the holes on the front and the back of the hardware are required to be painted, the holes are firstly guided into the interior of the filter cartridge 4 and the processing box 30 through the feeding pile 5, the hardware is moved to the inner side of the double clamping plate 353 through the moving plate 355, the position of the hardware is tightly fixed through the contact column 351 and the pull belt 354, the material-blowing sheet 323 is started, the material-blowing sheet 323 is descended, the surface of the hardware is scanned by the ring-defining strip 210, the positions to be painted are selected by the ring-defining strip 210 and the limiting zone 213 by matching with the telescopic action of the extension rail 212 and the limiting zone 213, then the coordinate points are sent to the partition plate 200 through the electricity-determining sheet 211 and the conductive balls 214, the corresponding opening and closing seams 300 on the eight-position partition plate 200 are opened, the paint flows to the corresponding positions of the radiation heads 324, the radiation heads 324 paint-spraying the designated holes, and ensuring that each hole can be correspondingly treated, after the one side is handled and is accomplished, start indentation head 350, let it drive contact post 351 and drive the hardware and rotate, make the back of hardware rotate the front, the hole that needs processing also shifts to with the symmetry plane of original processing position on, restart the beach and scribble board 322 this moment, let on it moves the symmetry point of original processing position, repeat foretell processing step, let the front and back of hardware can both obtain the effect of spraying paint of the right advantage.

Through the combination of the above components, the position to be painted can be enclosed through the surrounding enclosing strip 210 and the limiting zone 213, an approximate area is positioned, the hole information detected by the position to be painted is transmitted into the eight-position separation plate 200 through the conductive ball 214, the corresponding opening-closing seam 300 on the eight-position separation plate 200 is opened, the paint vehicle at the corresponding position falls into the corresponding radiation head 324, the paint vehicle at the corresponding hole can be sprayed by the single radiation head 324, the paint vehicle slowly slides to the bottom from top to bottom, accumulation can not be caused at the bottom, the painting quality is improved while the hardware is accurate, the middle section position of the hardware is transmitted to the contact column 351 after the hardware slides into the moving plate 355, the contact column 351 abuts against the center position of the contact column 351, when the other side is needed to be painted, the retracting head 350 is rotated, the contact column 351 drives the hardware to turn over, and the mudflat plate 322 moves to the position symmetrical to the front end processing position, the hole is not required to be aligned, the precision is high, and the time is saved when the paint is sprayed.

The specific embodiments described herein are merely illustrative of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the scope of the invention or exceeding the scope of the claims appended hereto.

Claims (1)

1. The utility model provides a five metals paint spraying apparatus that precision of spraying paint is high, its structure includes that the support detains frame (0), drainage board (1), gets flitch (2), multiaspect and slowly spouts case (3), cartridge filter (4), feeding stake (5), its characterized in that:

the support buckling frame (0) is arranged on the outer surface of the bottom of the multi-surface slow spraying box (3), the liquid discharging plate (1) is buckled at the bottom of the multi-surface slow spraying box (3), the material taking plate (2) is arranged above the multi-surface slow spraying box (3), the filter cylinder (4) is vertically fixed on the left side of the multi-surface slow spraying box (3), and the feeding pile (5) is arranged in front of the filter cylinder (4);

the multi-surface slow spraying box (3) consists of a processing box (30), a discharge hole (31), a positioning processing device (32), a feed inlet (33), a feed back bin (34) and a double-surface switching mechanism (35), wherein the processing box (30) is arranged above a support buckle frame (0), the feed back bin (34) is fixedly arranged at the bottom inside the processing box (30), the double-surface switching mechanism (35) is tightly attached to the upper side of the feed back bin (34), the feed inlet (33) is arranged at the left side of the double-surface switching mechanism (35), the discharge hole (31) is positioned at the right side of the double-surface switching mechanism (35) and is positioned at the same horizontal plane with the feed inlet (33), and the positioning processing device (32) is connected to the top inside the processing box (30);

the positioning and processing device (32) comprises a multi-position material guide cavity (320), a precise control device (321), a beach plate (322), a drum sheet (323) and a radiation head (324), wherein the drum sheet (323) is connected to the top inside the processing box (30), the beach plate (322) is positioned on the inner side of the drum sheet (323), the radiation head (324) is provided with more than two and equidistantly and uniformly inserted into the bottom inside the beach plate (322), the precise control device (321) is connected above the beach plate (322), and the multi-position material guide cavity (320) is provided with four and is positioned above the precise control device (321) and is communicated with the radiation head (324);

the precise control device (321) consists of a circle fixing strip (210), an electricity determining sheet (211), an extending rail (212), a limiting zone (213) and conductive balls (214), wherein the circle fixing strip (210) is attached above the surface of the beach painting plate (322), the electricity determining sheet (211) is fixedly arranged inside the circle fixing strip (210), the limiting zone (213) is provided with more than two and is connected between the two circle fixing strips (210), the extending rail (212) is positioned inside the circle fixing strip (210) and is connected with the limiting zone (213), and the conductive balls (214) are fixedly arranged inside the circle fixing strip (210) and are fixed with the multi-position material guide cavity (320);

the multi-position material guide cavity (320) consists of eight-position partition plates (200), opening and closing seams (300) and a central tank opening (400), the eight-position partition plates (200) are fixedly arranged above the conductive balls (214), more than two opening and closing seams (300) are arranged and fastened in the eight-position partition plates (200), and the central tank opening (400) is arranged in the center of the eight-position partition plates (200);

the double-sided switching mechanism (35) comprises a retraction head (350), contact columns (351), an adjusting ring (352), double clamping plates (353), a pulling belt (354) and a moving plate (355), wherein the double clamping plates (353) are fixedly arranged between a discharge hole (31) and a feed inlet (33), the retraction head (350) is arranged at the middle section inside the double clamping plates (353), the contact columns (351) are connected to the inner side of the retraction head (350), the adjusting ring (352) is provided with more than two parts and arranged at the left end and the right end of the retraction head (350), the pulling belt (354) and the adjusting ring (352) are buckled together, and the moving plate (355) is attached to the middle of the two contact columns (351);

the use method of the device comprises the following steps: when the holes on the front and back sides of the hardware need to be painted, the holes are firstly guided into the filter cylinder (4) and the processing box (30) through the feeding pile (5), and the hardware is moved to the inner sides of the double clamping plates (353) through the moving plates (355);

the position is adjusted through an adjusting ring (352) and a pulling and tearing belt (354), a contact column (351) is enabled to tightly fix the middle section of the hardware, a drum sheet (323) is started, the drum sheet (323) descends, meanwhile, a circle fixing strip (210) starts to scan the surface of the hardware, the circle fixing strip (210) and a limit zone (213) are matched with the telescopic action of an extension rail (212) and the limit zone (213) to select the position needing paint spraying, and then the coordinate points are sent to an eight-position partition plate (200) through a determination electric sheet (211) and a conductive ball (214);

the method comprises the following steps that corresponding opening and closing seams (300) on an eight-position partition plate (200) are opened, paint flows to radiating heads (324) at corresponding positions, the radiating heads (324) spray paint for appointed holes, it is guaranteed that each hole can be correspondingly treated, after one side is treated, a retraction head (350) is started, the retraction head drives a contact column (351) to drive hardware to rotate, the back side of the hardware is transferred to the front side, and holes to be processed are also transferred to a symmetrical surface with the original processing position;

and then, the beach painting plate (322) is started to move to the symmetrical point of the original processing position, and the processing steps are repeated, so that the front side and the back side of the hardware can obtain the proper painting effect.

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