CN105032685A - Device for continuous bar coating - Google Patents
Device for continuous bar coating Download PDFInfo
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- CN105032685A CN105032685A CN201510505320.7A CN201510505320A CN105032685A CN 105032685 A CN105032685 A CN 105032685A CN 201510505320 A CN201510505320 A CN 201510505320A CN 105032685 A CN105032685 A CN 105032685A
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- bar
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- transverse slat
- pipe
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Abstract
The invention discloses a device for continuous bar coating. A fixed beam is arranged above a support. The fixed beam is provided with a sensor used for detecting the position of a movable transverse plate and a charging mechanism used for adding coatings for all brush sets. The charging mechanism comprises annular sprayers arranged on the fixed beam at intervals. The annular sprayers comprise annular pipes and nozzles arranged on the annular pipes at intervals. The annular pipes are connected with spraying devices. The sensor transmits detected signals to a control device. The control device controls the running state of the spraying devices. Sliding guiding fit is formed between the movable transverse plate and the support in the vertical direction. A first drive mechanism drives the movable transverse plate to move in the vertical direction. The annular sprayers, the brush sets and the annular pipes are vertically arranged in a corresponding manner. According to the technical scheme and the coating device, the surface of a bar can be rapidly coated with a coating, and the surface quality of coating and the coating efficiency can be improved.
Description
Technical field
The present invention relates to bar production field, be specifically related to the equipment that a kind of bar is brushed continuously.
Background technology
In chemical field; frequent needs apply some materials on the surface of bar; as produced the anode stub for the protection of negative electrode; one deck metal oxide containing precious metals is applied on the surface of titanium rod, as platinum group metal oxide such as coating ruthenium-oxide, yttrium oxide, palladium oxides, the artificial coating of main employing at present; its efficiency is slow; and the lack of homogeneity of coating, and easily cause the coating liquid of metal oxide containing precious metals to trickle down, affect the quality of product and increase production cost.
Summary of the invention
Object of the present invention is just to provide the equipment that a kind of bar is brushed continuously, and it can fast to Surface of Rod Bar applying coating, and the uniformity of coating is good.
For achieving the above object, the present invention implements by the following technical solutions:
The equipment that a kind of bar is brushed continuously, it is characterized in that: comprise frame and the working plate for fixedly treating brushing bar, the middle part of frame is provided with the support of vertical shape layout, bar comprises on bar body and bar body, the gudgeon that lower end is arranged respectively, on working plate, interval arranges the pipe of the vertical shape layout being used for fixing bar, pipe is the arrangement in array-like on working plate, the gudgeon of bar lower end is plugged in pipe, frame is provided with the first conveying mechanism, the two ends of the first conveying mechanism to working plate support and carry, support is provided with for the coating mechanism to bar outer surface coating, coating mechanism comprises the movable transverse slat that support is arranged, movable transverse slat parallels layout with working plate, movable transverse slat forms slide-and-guide with support along vertical and coordinates, first driving mechanism orders about on movable transverse slat, lower movement, movable transverse slat is provided with for the cover brush to bar coating coating, cover brush is the arrangement in array-like on movable transverse slat, cover brush comprises the sleeve pipe that movable transverse slat is installed, the inner tubal wall of sleeve pipe is embedded with for the wear-resisting sponges cover to bar outer surface coating, wear-resisting sponges cover is adsorbed with coating, working plate also arranges guide plate, guide plate offers the trepanning passed through for bar, trepanning is the arrangement in array-like on guide plate, pipe, cover brush, the corresponding arrangement of trepanning are arranged, the aperture of trepanning is consistent with the external diameter of bar body, and the diameter of bar body is more than or equal to the external diameter of pipe, and the thickness of guide plate is less than the height of pipe, guide plate is connected with lowering or hoisting gear, and lowering or hoisting gear regulates guide plate to move up and down, support and frame junction are provided with level detecting apparatus, side to level detecting apparatus is provided with the stock stop for stopping the conveying of working plate, stock stop comprises two axis bodies be oppositely arranged respectively with working plate two ends, the heart yearn of two axis bodies coincides and throughput direction perpendicular to the first conveying mechanism is arranged, axis body rotates and is fixed in frame, the inner of axis body extends to the inner side of the first conveying mechanism and the inner is provided with block, the axis body outer end extended to outside frame is provided with limited block and runner, frame is provided with stop collar, stop collar is that the body of an empty set on axis body is formed, the tube wall of body offers spacing vacancy portion, limited block and the block radial direction respectively along axis body is extended, limited block and spacing vacancy portion combine to form to rotate axis body and carry out spacing position-limit mechanism, runner is connected with the 3rd driving mechanism by transmission mechanism, block is in two states, one is: the end of block protrudes from the conveyor surface of the first conveying mechanism for stopping that working plate carries out the backgauge position of carrying, it two is: dodge position below the conveyor surface that block bounces back to the first conveying mechanism, carry out signals collecting to level detecting apparatus to the position of working plate, the signal that control device receives level detecting apparatus collection carries out analyzing and processing, and according to the result regulation and control stop gauge of analyzing and processing and the running status of lowering or hoisting gear, the top of support arranges fixed cross beam, fixed cross beam is provided with for the sensor of detected activity transverse slat position and the charging mechanism for adding coating to each cover brush, charging mechanism comprises spaced annular nozzle on fixed cross beam, annular nozzle comprises spaced nozzle on ring pipe and ring pipe, each ring pipe is connected with spraying device, the signal of detection is delivered to control device by sensor, the running status of control device regulation and control spraying device, movable transverse slat forms slide-and-guide with support along vertical and coordinates, first driving mechanism orders about movable transverse slat and moves along vertical, annular nozzle, cover brush, the upper and lower corresponding layout of pipe, the first set pipeline section of sleeve upper end protrudes from the upper surface of movable transverse slat, on the lower surface of fixed cross beam, interval arranges the cannelure being used for accommodating first set pipeline section, the circular projection for inserting wear-resisting sponges cover inner chamber is provided with in cannelure, the diameter of circular projection is consistent with the internal diameter of wear-resisting sponges cover, the groove width of cannelure is greater than the wall thickness of first set pipeline section, the bottom land of cannelure arranges sensor and offers the annular groove for installing annular nozzle, and sensor setting is in the periphery of annular nozzle.
The painting device provided in technique scheme, it fast to Surface of Rod Bar coating coating, can improve surface quality and the coating efficiency of coating.
Accompanying drawing explanation
Fig. 1 is the structural representation of bar;
Fig. 2 is front view of the present invention;
Fig. 3 is the side view of support;
Fig. 4 is the structural representation of fixed cross beam;
Fig. 5,6 is respectively the structural representation of two kinds of embodiments of movable transverse slat;
Fig. 7 is the structural representation of pipe;
Fig. 8 is A place enlarged diagram in Fig. 4;
Fig. 9 is B place enlarged diagram in Fig. 5;
Figure 10 is D place enlarged diagram in Fig. 6;
Figure 11 is the structural representation of clamping device;
Figure 12 is the assembling schematic diagram of stock stop;
Figure 13 is stock stop partial structurtes schematic diagrames;
Figure 14 is the assembling schematic diagram of axis body, stop collar, block, limited block;
Figure 15 is the top view of working plate;
Figure 16 is the top view of guide plate;
Figure 17 is the side view of movable transverse slat.
Detailed description of the invention
In order to make objects and advantages of the present invention clearly understand, below in conjunction with embodiment, the present invention is specifically described.Should be appreciated that following word only in order to describe one or more concrete embodiments of the present invention, considered critical is not carried out to the protection domain that the present invention specifically asks.
The technical scheme that the present invention takes is as Fig. 1, 2, 3, 4, 15, shown in 16, the equipment that a kind of bar is brushed continuously, comprise frame A20 and the working plate 20 for fixedly treating brushing bar, the middle part of frame A20 is provided with the support A10 of vertical shape layout, bar A1 comprises on bar body A11 and bar body A11, the gudgeon A12 that lower end is arranged respectively, on working plate 20, interval arranges the pipe 21 being used for fixing bar, pipe 21 is the arrangement in array-like on working plate 20, the gudgeon of bar lower end is plugged in pipe 21, frame A20 is provided with the first conveying mechanism A201, the two ends (two ends perpendicular to throughput direction) of the first conveying mechanism A201 to working plate 20 support and carry, support A10 is provided with for the coating mechanism to bar outer surface coating, coating mechanism comprises the movable transverse slat 40 that support is arranged, movable transverse slat 40 parallels layout with working plate 20, movable transverse slat 40 forms slide-and-guide with support A10 along vertical and coordinates, first driving mechanism orders about on movable transverse slat 40, lower movement, movable transverse slat 40 is provided with for the cover brush to bar coating coating, cover brush is the arrangement in array-like on movable transverse slat 40, cover brush comprises the sleeve pipe 41 that movable transverse slat 40 is installed, the inner tubal wall of sleeve pipe 41 is embedded with for the wear-resisting sponges cover 42 to bar outer surface coating, wear-resisting sponges cover 42 is adsorbed with coating, working plate 20 also arranges guide plate 50, guide plate 50 offers the trepanning 51 passed through for bar A1, trepanning 51 is the arrangement in array-like on guide plate 50, pipe 21, cover brush, the corresponding arrangement of trepanning 51 are arranged, the aperture of trepanning 51 is consistent with the external diameter of bar body, and the diameter of bar body is more than or equal to the external diameter of pipe 21, and the thickness of guide plate 50 is less than the height of pipe 21, guide plate 50 is connected with lowering or hoisting gear, and lowering or hoisting gear regulates guide plate 50 to move up and down, support A10 and frame A20 junction are provided with level detecting apparatus, to level detecting apparatus (can be infrared sensor or proximity switch formation to level detecting apparatus).Carry out signals collecting to level detecting apparatus to the position of working plate 20, the signal that control device receives level detecting apparatus collection carries out analyzing and processing, and according to the result regulation and control stop gauge of analyzing and processing, the running status of lowering or hoisting gear.Control device can be PLC industrial computer and forms or computer formation, and write control program by programming language, the control operation of whole equipment is regulated and controled by control device.
In the present invention, array-like arrangement is that finger assembly arranges on plate body or miscellaneous part that N1 is capable, N2 row, N1 >=2, N2 >=2; Such as N1=3, N2=6.By once realizing the even brushing of multiple bar, greatly enhance productivity.
The equipment that the bar provided in technique scheme is brushed continuously, by bar A1 array-like is fixed on working plate 20, when working plate 20 is delivered to level detecting apparatus place by the first conveying mechanism A201, then adjusting tool plate 20 stops mobile, movable transverse slat 40 is descending, the surface coating paint be set in bar A1 on bar A1 brushed by cover, operated by the continus convergence of pipeline, it can apply coating to multiple bar A1 surface fast simultaneously, improve surface quality and the coating efficiency of coating, arranging of guide plate 50 is very necessary, it carries out righting when brushing to bar A1, on ensureing that each sleeve pipe 41 and each bar A1 are when brushing, under align, when movable transverse slat 40 is descending, each sleeve pipe 41 can be sheathed with on each bar A1 accurately.Guide plate 50 is in two states, and one is: the working position of righting is carried out in the upper end that guide plate 50 is positioned at bar A1 to bar A1; It two is: when bar A1 starts to brush, working plate 20 dodges position to guide plate 50 descending being superimposed on, because the diameter of pilot hole that guide plate 50 is offered and bar body A11 is basically identical, therefore after guide plate 50 comes downwards to and dodges position, do not promote when brushing is risen, avoid scratching collide with bar A1 apply after surface.
The internal orifice dimension of wear-resisting sponges cover 42 is less than the diameter of bar A1, both difference about 1 ~ 2mm, the top of support A10 arranges fixed cross beam 30, the sensor 32 fixed cross beam 30 is provided with for detected activity transverse slat 40 position (can be proximity switch, contact-making switch) and for the charging mechanism to each cover brush interpolation coating, charging mechanism comprises spaced annular nozzle 31 on fixed cross beam 30, annular nozzle 31 comprises spaced nozzle on ring pipe and ring pipe, each ring pipe (inlet) is connected with spraying device (liquid outlet), the signal of detection is delivered to control device by sensor 32, the running status of control device regulation and control spraying device, movable transverse slat 40 forms slide-and-guide with support A10 along vertical and coordinates, first driving mechanism orders about movable transverse slat 40 and moves along vertical that (the first driving mechanism can be motor and driving-chain band and forms, driving-chain band drive activity transverse slat 40 moves along vertical), annular nozzle 31, cover brush, the corresponding layout of pipe about 21.By the cover brush that sleeve pipe 41 and wear-resisting sponges cover 42 are formed, it can uniformly by the outer surface of paint at bar A1, and coating can not drip in coating procedure, and because single can realize applying multiple bar A1, therefore production efficiency is high.When sensor 32 detects that movable transverse slat 40 rises to highest order, each annular nozzle 31 and the corresponding layout of wear-resisting sponges cover 42, this timed unit regulation and control spraying device sprays the coating supplemented needed for single application to wear-resisting sponge, ensure that the coat thickness after all bar A1 coating is consistent like this.By spraying/supplementary the coating of spraying, coating can infiltrate into wear-resisting sponges cover 42 everywhere uniformly, realizes assured uniform and feeds in raw material.
Lowering or hoisting gear specifically can adopt the technical scheme in following S1 and S2 to implement:
S1 scheme is: lowering or hoisting gear comprise on frame A20 arrange supporting seat 60 and supporting seat 60 on arrange lift cylinder 61, the piston rod of lift cylinder 61 is provided with horizontally disposed lifter plate 62, lifter plate 62 is between working plate, supporting seat, lifter plate 62 is provided with each push rod 63 vertically arranged, the upper end of each push rod 63 is that concordant shape is arranged, working plate 20 is offered the perforation 22 of passing for push rod 63 upper end, jacking is carried out to guide plate 50, as shown in Fig. 2,3,15 through after perforation 22 in the upper end of push rod 63.
Concrete is: perforation 22 and push rod 63 can arrange 3 respectively, and three perforation 22 are positioned at leg-of-mutton three summit places, like this to the righting best results of bar A1.
S2 scheme is: lowering or hoisting gear comprise on frame A20 arrange supporting seat 60 and supporting seat 60 on arrange screw lift, working plate, horizontally disposed lifter plate 62 is provided with between supporting seat, the lower face of lifter plate 62 is provided with connection bearing, the outer ring of connection bearing and lifter plate 62 Joint, the inner ring upper surface of connection bearing and the separated layout of lower face of lifter plate 62, the elevating screw of screw lift is that vertical shape is arranged, the upper end of elevating screw is fixed in the inner ring of connection bearing, lifter plate 62 is provided with each push rod 63 vertically arranged, the upper end of each push rod 63 is that concordant shape is arranged, working plate 20 is offered the perforation 22 of passing for push rod 63 upper end, the upper end of push rod 63 carries out jacking through after perforation 22 to guide plate 50.
First conveying mechanism can be the pipeline of any one composition in chain, belt, roller, the pipeline that preferred chain is formed, first conveying mechanism A201 is made up of two first and second delivery section identical and positioned opposite, and first and second delivery section supports the two ends of working plate 20 respectively and carries.Side to level detecting apparatus is provided with the stock stop 80 for stopping the conveying of working plate 20, and stock stop 80 is between first and second delivery section.Stock stop 80 comprises two axis bodies 81 be oppositely arranged respectively with working plate 20 two ends, the heart yearn of two axis bodies 81 coincides and throughput direction perpendicular to the first conveying mechanism is arranged, axis body 81 rotates and is fixed on frame A20, the inner of axis body 81 extends to the inner side of the first conveying mechanism A201 and arranges block 82 at this end, axis body 81 outer end extended to outside frame A20 is provided with limited block 84 and runner 85, frame A20 is provided with stop collar 83, stop collar 83 is that the body of an empty set on axis body 81 is formed.The tube wall of body offers spacing vacancy portion 831, limited block 84 and the radial direction of block 82 respectively along axis body 81 extended, limited block 84 and spacing vacancy portion 831 combine to form to rotate axis body 81 and carry out spacing position-limit mechanism (limited block 84 is positioned at spacing vacancy portion 831, the scope of limited block 84 movement in spacing vacancy portion 831 is the rotating angular range of axis body 81), runner 85 is connected with the 3rd driving mechanism by transmission mechanism.Runner on two axis bodies is connected with drive motors by synchronous drive mechanism, and drive motors is connected with control device.Block 82 is in two states, one is: the end of block 82 protrudes from the conveyor surface of the first conveying mechanism A201 for stopping that working plate 20 carries out the backgauge position of carrying, and it two is: dodge position below the conveyor surface that block 82 bounces back to the first conveying mechanism A201; Specifically as shown in Figure 12,13,14.The setting of stock stop 80 mainly carries out temporary spacing to the conveying of working plate, be positioned over after the bar A1 brushed assembles on working plate on the first conveying mechanism and carry, by being set to level detecting apparatus, start stock stop 80 afterwards detecting that to level detecting apparatus working plate 20 puts in place (put in place and refer to that this device is transported to preposition place) like this, make block 82 be in the conveying of working position to working plate 20 to stop, make the upper end of push rod 63 and the corresponding layout of perforation 22 that working plate is offered, push rod 63, 22 corresponding cloth postpones of boring a hole start lowering or hoisting gear, make guide plate 50 rise to working position and righting is carried out to individual bar, fixing bar A1 on each cover brush and working plate 20 is arranged with core.Guide plate 50 carries out wiping operation after rising to working position, and each cover brush and each bar A1 can arrange with core, is ensure to brush the key factor of reliably carrying out.
In addition, clamping device can be set on supporting seat 60, as shown in figure 11, clamping device comprises first, two edge arrange respectively first, two claws 64, 65, first, two edge are two edge positioned opposite on supporting seat 60, first, the perpendicular layout of throughput direction of two edge and the first conveying mechanism A201, first, two claws 64, 65 is bar bar formation, the lower end of bar bar is articulated and connected by the first jointed shaft and supporting seat 60, the throughput direction of the first jointed shaft and the first conveying mechanism A201 is arranged vertically, the upper end of bar bar is to the inner side bending l-shaped or hook-shaped of supporting seat 60, first, two claws 64, two-way cylinder 66 is provided with between 65, the piston rod at two-way cylinder 66 two ends is respectively by the second jointed shaft and first, two claws 64, the middle part of 65 is articulated and connected, first, two jointed shafts parallel layout.By clamping device, working plate, supporting seat are integrally connected, avoid lowering or hoisting gear to be lifted by working plate 20 when jacking guide plate 50 rises and cause each cover brush and bar A1 cannot arrange with core.Therefore, after detecting that to level detecting apparatus working plate 40 puts in place, first start stock stop 80 and stop, then start clamping device and working plate 40 is gripped, restart lowering or hoisting gear after gripping and guide plate 50 is pushed into working position.
In addition, pilot hole 51 can be offered on guide plate 50, downward extended guide post 40A on the lower face of movable transverse slat 40, pilot hole 51 is bellmouth, the aperture of bellmouth from top to bottom reduces gradually, guide post 51 comprises the cone bar section of straight bar section and the setting of straight bar section lower end, and the diameter of cone bar section from top to bottom reduces gradually, and the external diameter of straight bar section is consistent with the aperture bottom bellmouth.Pilot hole 51 and guide post 40A can arrange 3 respectively, and three pilot holes 51 are positioned at leg-of-mutton three summit places, and the guide effect of such pilot hole 51 and guide post 40A is best.Pilot hole 51 and perforation 22 upper and lower staggered (diverging to) are arranged.First carry out guiding by guide post 40A and pilot hole 51 at movable transverse slat 40 initial stage that declines like this to coordinate, movable transverse slat 40 can be declined accurately.After guide post 40A inserts pilot hole 51 completely, movable transverse slat 40 and guide plate 50 can together decline, if guide post 40A setting is longer, need on working plate 20, offer the fifth hole holding guide post 40A.
Concrete is operating as, as Fig. 4, 5, 6, 8, 9, shown in 10: first sleeve pipe 41 sections of sleeve pipe 41 upper end protrudes from the upper surface of movable transverse slat 40, on the lower surface of fixed cross beam 30, interval arranges the cannelure being used for accommodating first sleeve pipe 41 sections, the circular projection 33 for inserting wear-resisting sponges cover 42 inner chamber is provided with in cannelure, the diameter of circular projection 33 is consistent with the internal diameter of wear-resisting sponges cover 42, the groove width of cannelure is greater than the wall thickness of the first sleeve pipe 41 sections, the bottom land of cannelure arranges sensor 32 and offers the annular recess for installing annular nozzle 31, sensor 32 is arranged on the periphery of annular nozzle 31.First sleeve pipe 41 sections trigger sensor 32, makes control device regulate and control flusher spray paint.Owing to not plugging bar A1 in sleeve pipe during spray paint 41, therefore the vestibule of circular projection 33 to wear-resisting sponges cover 42 by arranging blocks, prevent the coating sprayed from dripping from vestibule, circular projection 33 protrudes from the lower surface of fixed cross beam 30, flusher can be general water spray or spray equipment is formed, the shower nozzle of spray equipment is removed, then the liquid outlet of spray equipment is connected by flexible pipe with the inlet 34 of ring pipe, so just can realizes spraying the feeding of each annular nozzle 31.For this kind of scheme, a circle aspirating hole 49 can be offered on the tube wall of sleeve pipe 41, as Fig. 6, shown in 10, aspirating hole 49 aperture height be positioned on sleeve pipe 41 inner tubal wall face be less than the other end aperture height (that is: aspirating hole 49 is in tilted layout, the height of aspirating hole 49 near wear-resisting sponges cover 42 one end is lower than other end height, aspirating hole 49 is arranged along the circumferential interval of sleeve pipe 41), aspirating hole 49 is positioned at the corresponding layout in bottom of the aperture on sleeve pipe 41 inner tubal wall face and wear-resisting sponges cover 42, the air entry of air extractor is connected with aspirating hole 49, can ensure that the coating sprayed can infiltrate in wear-resisting sponges cover 42 rapidly like this, ensure follow-up coating and enhance productivity.
In addition, coating supplementing device also can adopt following technical scheme to implement: on the inner tubal wall of sleeve pipe 41, arrange annular nozzle 31, annular nozzle 31 is coated by wear-resisting sponges cover 42, annular nozzle 31 comprises first of interleaved setting on ring pipe and ring pipe, two nozzles, the coating of first jet ejection flows to the direction for pointing to obliquely away from sleeve pipe 41 inner tubal wall side, the coating of second nozzle ejection flows to the direction for pointing to obliquely away from sleeve pipe 41 inner tubal wall side, ring pipe is positioned at the middle part of sleeve pipe 41, the liquid outlet of flusher is connected respectively by flexible pipe with the inlet of each ring pipe.
Pipe 21 must be ensured during coating coating, bar A1, cover brush is arranged with core, if bar A1 lower end gudgeon A12 and pipe 21 assemble tension, unloading can be affected, therefore, following technical scheme is adopted to implement in the present invention further, as shown in Figure 7, the inner tubal wall of pipe 21 offers the installing hole of closing in shape, the core direction, hole of installing hole is consistent with the radial direction of pipe 21, installing hole is arranged along its circumferential interval at the sustained height of pipe 21, installing hole is layered arrangement along the short transverse of pipe 21, the installing hole of adjacent layer is that interleaved shape is arranged, steel ball 212 and spring 211 is provided with in installing hole, spring 211 makes the Local Convex of steel ball 212 for the inner tubal wall of pipe 21 against steel ball 212, the external diameter of pipe 21 is less than the diameter of the first through hole.When the gudgeon A12 of such bar A1 lower end inserts in pipe 21, by the effect of spring 211 and steel ball 212, make bar A1 carry out self-regulation, ensure pipe 21, bar A1, cover brush arranges with core, thus ensure the uniformity of coating.
The idiographic flow using the present invention to carry out operating is:
Feed status: upper end and the sensor 32 of sleeve pipe 41 lean, control device regulation and control flusher sprayed coating, guide plate 50 overlays on working plate 20, each bar A1 to be brushed is found shape to be fixed on each pipe 21, then the working plate 20 assembled is pushed on the first conveying mechanism and carries, after detecting that to level detecting apparatus working plate 20 puts in place, control device starts stock stop 80 and performs backgauge operation, make the corresponding layout of perforation 22 that the upper end of push rod 63 and working plate 20 are offered, start clamping device to be subsequently fixed working plate 20, after working plate 20 is fixing, control device starts lowering or hoisting gear executable operations, the upper end of push rod 63 is made to rise to working position through working plate 20 jacking guide plate 50, guide plate 50 rises to working position and carries out righting to bar A1,
Brushing state: the same core realizing each bar A1 and each cover brush after bar righting is arranged, it is descending that first driving mechanism orders about movable transverse slat 40, when overlapping brush and being set in bar body A11 upper end, lowering or hoisting gear starts to regulate guide plate 50 descending, meanwhile the descending surface to bar A1 of cover brush continuation is from top to bottom brushed, guide plate 50 drops to dodges position and is superimposed on working plate 20 and ensures that the lateral surface of bar body A11 can be coated completely, ordered about by the first driving mechanism again after movable transverse slat 40 drops to minimum point and move upward, movable transverse slat 40 moves to highest order, upper end and the sensor 32 of sleeve pipe 41 lean, bar A1 brushes end, the stock stop 80 of control device regulation and control subsequently returns to dodges position, and the first conveying mechanism continues to carry working plate, and the rear bar A1 of brushing enters subsequent processing and carries out drying process, and drying can adopt natural air drying or be placed in baking oven and dry.
So repeat aforesaid operations continuously.
Plant equipment of brushing for bar A1 provided by the invention, as shown in Fig. 1 ~ 17, it can realize bar A1 high-quality, brush fast.
The above is only the preferred embodiment of the present invention; should be understood that; for those skilled in the art; to know in the present invention after contents; under the premise without departing from the principles of the invention; can also make some equal conversion to it and substitute, these convert on an equal basis and substitute and also should be considered as belonging to protection scope of the present invention.
Claims (4)
1. the equipment brushed continuously of a bar, it is characterized in that: comprise frame and the working plate for fixedly treating brushing bar, the middle part of frame is provided with the support of vertical shape layout, bar comprises on bar body and bar body, the gudgeon that lower end is arranged respectively, on working plate, interval arranges the pipe of the vertical shape layout being used for fixing bar, pipe is the arrangement in array-like on working plate, the gudgeon of bar lower end is plugged in pipe, frame is provided with the first conveying mechanism, the two ends of the first conveying mechanism to working plate support and carry, support is provided with for the coating mechanism to bar outer surface coating, coating mechanism comprises the movable transverse slat that support is arranged, movable transverse slat parallels layout with working plate, movable transverse slat forms slide-and-guide with support along vertical and coordinates, first driving mechanism orders about on movable transverse slat, lower movement, movable transverse slat is provided with for the cover brush to bar coating coating, cover brush is the arrangement in array-like on movable transverse slat, cover brush comprises the sleeve pipe that movable transverse slat is installed, the inner tubal wall of sleeve pipe is embedded with for the wear-resisting sponges cover to bar outer surface coating, wear-resisting sponges cover is adsorbed with coating, working plate also arranges guide plate, guide plate offers the trepanning passed through for bar, trepanning is the arrangement in array-like on guide plate, pipe, cover brush, the corresponding arrangement of trepanning are arranged, the aperture of trepanning is consistent with the external diameter of bar body, and the diameter of bar body is more than or equal to the external diameter of pipe, and the thickness of guide plate is less than the height of pipe, guide plate is connected with lowering or hoisting gear, and lowering or hoisting gear regulates guide plate to move up and down, support and frame junction are provided with level detecting apparatus, side to level detecting apparatus is provided with the stock stop for stopping the conveying of working plate, stock stop comprises two axis bodies be oppositely arranged respectively with working plate two ends, the heart yearn of two axis bodies coincides and throughput direction perpendicular to the first conveying mechanism is arranged, axis body rotates and is fixed in frame, the inner of axis body extends to the inner side of the first conveying mechanism and the inner is provided with block, the axis body outer end extended to outside frame is provided with limited block and runner, frame is provided with stop collar, stop collar is that the body of an empty set on axis body is formed, the tube wall of body offers spacing vacancy portion, limited block and the block radial direction respectively along axis body is extended, limited block and spacing vacancy portion combine to form to rotate axis body and carry out spacing position-limit mechanism, runner is connected with the 3rd driving mechanism by transmission mechanism, block is in two states, one is: the end of block protrudes from the conveyor surface of the first conveying mechanism for stopping that working plate carries out the backgauge position of carrying, it two is: dodge position below the conveyor surface that block bounces back to the first conveying mechanism, carry out signals collecting to level detecting apparatus to the position of working plate, the signal that control device receives level detecting apparatus collection carries out analyzing and processing, and according to the result regulation and control stop gauge of analyzing and processing and the running status of lowering or hoisting gear, the top of support arranges fixed cross beam, fixed cross beam is provided with for the sensor of detected activity transverse slat position and the charging mechanism for adding coating to each cover brush, charging mechanism comprises spaced annular nozzle on fixed cross beam, annular nozzle comprises spaced nozzle on ring pipe and ring pipe, each ring pipe is connected with spraying device, the signal of detection is delivered to control device by sensor, the running status of control device regulation and control spraying device, movable transverse slat forms slide-and-guide with support along vertical and coordinates, first driving mechanism orders about movable transverse slat and moves along vertical, annular nozzle, cover brush, the upper and lower corresponding layout of pipe, the first set pipeline section of sleeve upper end protrudes from the upper surface of movable transverse slat, on the lower surface of fixed cross beam, interval arranges the cannelure being used for accommodating first set pipeline section, the circular projection for inserting wear-resisting sponges cover inner chamber is provided with in cannelure, the diameter of circular projection is consistent with the internal diameter of wear-resisting sponges cover, the groove width of cannelure is greater than the wall thickness of first set pipeline section, the bottom land of cannelure arranges sensor and offers the annular groove for installing annular nozzle, and sensor setting is in the periphery of annular nozzle.
2. the equipment brushed continuously of bar according to claim 1, it is characterized in that: lowering or hoisting gear comprises the lift cylinder that supporting seat and supporting seat are arranged, the piston rod of lift cylinder is provided with horizontally disposed lifter plate, lifter plate is between working plate, supporting seat, lifter plate is provided with each push rod vertically arranged, the upper end of each push rod is that concordant shape is arranged, working plate is offered the perforation of passing for push rod upper end, the upper end of push rod carries out jacking through after perforation to guide plate.
3. the equipment brushed continuously of bar according to claim 1, it is characterized in that: lowering or hoisting gear comprises the screw lift that supporting seat and supporting seat are arranged, working plate, horizontally disposed lifter plate is provided with between supporting seat, the lower face of lifter plate is provided with connection bearing, the outer ring of connection bearing and lifter plate Joint, the inner ring upper surface of connection bearing and the separated layout of lower face of lifter plate, the elevating screw of screw lift is that vertical shape is arranged, the upper end of elevating screw is fixed in the inner ring of connection bearing, lifter plate is provided with each push rod vertically arranged, the upper end of each push rod is that concordant shape is arranged, working plate is offered the perforation of passing for push rod upper end, the upper end of push rod carries out jacking through after perforation to guide plate.
4. the equipment that the bar according to Claims 2 or 3 is brushed continuously, it is characterized in that: supporting seat is also provided with clamping device, clamping device comprises first, two edge arrange respectively first, two claws, first, two edge are two edge positioned opposite on supporting seat, first, the perpendicular layout of throughput direction of two edge and the first conveying mechanism, first, two claws are that bar bar is formed, the lower end of bar bar is articulated and connected by the first jointed shaft and supporting seat, the throughput direction of the first jointed shaft and the first conveying mechanism is arranged vertically, the upper end of bar bar is to the inner side bending l-shaped of supporting seat, first, two-way cylinder is provided with between two claws, the piston rod at two-way cylinder two ends is respectively by the second jointed shaft and first, the middle part of two claws is articulated and connected, first, two jointed shafts parallel layout.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510505320.7A CN105032685A (en) | 2015-08-17 | 2015-08-17 | Device for continuous bar coating |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510505320.7A CN105032685A (en) | 2015-08-17 | 2015-08-17 | Device for continuous bar coating |
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| CN105032685A true CN105032685A (en) | 2015-11-11 |
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| CN201510505320.7A Withdrawn CN105032685A (en) | 2015-08-17 | 2015-08-17 | Device for continuous bar coating |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112427220A (en) * | 2020-11-18 | 2021-03-02 | 陈震翔 | Gate valve plate manufacturing and processing machine |
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| JPS6480465A (en) * | 1987-09-21 | 1989-03-27 | Kizaki Kk | Device for coating bar-shaped material |
| JP2006043702A (en) * | 2005-08-05 | 2006-02-16 | Konica Minolta Holdings Inc | Method and apparatus of positioning cylindrical base material |
| CN201597770U (en) * | 2010-01-08 | 2010-10-06 | 山东西王特钢有限公司 | Tight-holding device for bundling machine |
| CN102407203A (en) * | 2011-09-08 | 2012-04-11 | 杭州电子科技大学 | Precision spray device for surface of long and thin metal pipe |
| CN202967479U (en) * | 2012-11-30 | 2013-06-05 | 无锡杰思物流设备有限公司 | Movable baffle for conveyor |
| US20140272164A1 (en) * | 2013-03-14 | 2014-09-18 | General Electric Company | Tube coaters and methods of using same |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS6480465A (en) * | 1987-09-21 | 1989-03-27 | Kizaki Kk | Device for coating bar-shaped material |
| JP2006043702A (en) * | 2005-08-05 | 2006-02-16 | Konica Minolta Holdings Inc | Method and apparatus of positioning cylindrical base material |
| CN201597770U (en) * | 2010-01-08 | 2010-10-06 | 山东西王特钢有限公司 | Tight-holding device for bundling machine |
| CN102407203A (en) * | 2011-09-08 | 2012-04-11 | 杭州电子科技大学 | Precision spray device for surface of long and thin metal pipe |
| CN202967479U (en) * | 2012-11-30 | 2013-06-05 | 无锡杰思物流设备有限公司 | Movable baffle for conveyor |
| US20140272164A1 (en) * | 2013-03-14 | 2014-09-18 | General Electric Company | Tube coaters and methods of using same |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112427220A (en) * | 2020-11-18 | 2021-03-02 | 陈震翔 | Gate valve plate manufacturing and processing machine |
| CN112427220B (en) * | 2020-11-18 | 2021-10-26 | 艾肯（江苏）工业技术有限公司 | Gate valve plate manufacturing and processing machine |
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