CN209189123U - A kind of disk loading type substrate surface coating unit - Google Patents

Abstract

The utility model discloses a kind of disk loading type substrate surface coating units, including rack, pusher cylinder, lower pallet, push top, bracket, plate case, support plate item, precompressed mechanism, glue case, peristaltic pump, coating mechanism, material fetching mechanism, jacking cylinder, support plate mechanism, column, servo motor, gear, pivoting support, disk, collecting mechanism, bracket, support rod, baffle, the apparatus structure is simple, glue can be coated in substrate surface, and the substrate that glue is completed in coating can be continuously stacked in collecting mechanism, convenient for subsequent multi-layer pressing, it coats simultaneously uniform, glue will not be caused to adhere to unfavorable condition because of secondary pollution, simultaneously, glue bearing areas is accurate, glue can recycle, effectively glue is avoided to waste.

Description

A kind of disk loading type substrate surface coating unit

Technical field

The utility model relates to a kind of mechanical device more particularly to a kind of disk loading type substrate surface coating units.

Background technique

Printed circuit board, also known as printed circuit board are the suppliers of electronic component electrical connection, can be divided into list by the number of plies Laminate, multi-layer board, it is the main direction of development for printed circuit board that multi-layer board is compact-sized since integrated level is high.Multi-layer board Having one of important process when processing is exactly glue spreading of base plate, i.e., will form multiple-plate raw material plate surface and coat a layer thickness Uniform insulating cement, in order to the bonding between raw material plate, existing gluing mostly uses glue rifle directly to the substrate table continuously transmitted The direct glue spraying in face, glue are difficult uniformly to adhere in substrate surface, and the substrate continuously transmitted by conveyer belt is after glue spraying It is difficult to collect, the surface for being sprayed with glue can be damaged.In view of the above drawbacks, it is really necessary to design a kind of disk loading type substrate surface Coating unit.

Utility model content

The purpose of this utility model is that: a kind of disk loading type substrate surface coating unit is provided, which can be by glue Water is coated in substrate surface, and can continuously be stacked on the substrate that glue is completed in coating in collecting mechanism, will not damage coating Glue-line presses convenient for subsequent multi-layer, while coating uniformly, glue will not be caused to adhere to unfavorable condition because of secondary pollution.

In order to solve the above technical problems, the technical solution of the utility model is: a kind of disk loading type substrate surface coating Device, including rack, pusher cylinder, lower pallet, push top, bracket, plate case, support plate item, precompressed mechanism, glue case, peristaltic pump, painting Cover mechanism, material fetching mechanism, jacking cylinder, support plate mechanism, column, servo motor, gear, pivoting support, disk, collecting mechanism, Bracket, support rod, baffle, the pusher cylinder are located at lower end on the left of rack, and the pusher cylinder and rack pass through bolt It is connected, the lower pallet is located at rack lower end, and the lower pallet is connected with rack by bolt, under the push top is located at Supporting plate upper end and it is located on the right side of pusher cylinder, the push top is connected with pusher cylinder screw thread, and the push top is through rack, institute The push top stated can be slided along lower pallet left and right directions, and the push top is additionally provided with plagiocephaly portion, and the plagiocephaly portion is located at push top Right side upper end, the plagiocephaly portion are integrally connected with push top, and the angle between the plagiocephaly portion and push top is 30 °, plagiocephaly portion 401 For have a haircut 4 backhaul when the substrate in plate case 6 jacked up, convenient for pushing substrate next time, the number of holders is 2, edge The rack front-rear direction is arranged symmetrically, and the plate case is located between the bracket that two pieces is arranged symmetrically, the plate case and branch Frame is weldingly connected, and the support plate quantity is 2, is arranged symmetrically along the rack front-rear direction, the support plate item is also set There is limiting slot, the limiting slot is located on the right side of plate case not through Plank body, the precompressed mechanism is carried, the preformer Structure is connected with plate case by bolt, and the glue case is located at lower end on the right side of rack, and the glue case and rack pass through bolt It is connected, the peristaltic pump is located at glue case upper end, and the peristaltic pump is connected with glue case by pipeline, the coating machine Structure is located at rack lower end, and the coating mechanism is connected by bolt with rack and is connected in peristaltic pump by pipeline, described Material fetching mechanism is located on the right side of precompressed mechanism, and the material fetching mechanism is connected with precompressed mechanism by bolt, the jacking cylinder Positioned at upper end on the right side of rack, the jacking cylinder is connected with rack by bolt, and the support plate mechanism is located at jacking cylinder Upper end, the support plate mechanism are connected with jacking cylinder screw thread, and the column is located on the right side of rack, the column and rack It is connected by bolt, the servo motor is located at the upper end of the column, and the servo motor is connected with column by bolt, described Gear be located at servo motor upper end, the gear is connected with servo motor key, and the pivoting support is located at the upper end of the column, The pivoting support is connected with column by bolt, and the disk is located at turn around bearing upper end, the disk and revolution Bearing is connected by bolt, and the collecting mechanism quantity is no less than 2, is evenly arranged along the disk, the bracket position In the upper end of the column and run through disk, the bracket is connected with column by bolt, and the support rod is located at pedestal upper end, institute The support rod stated is connected with bracket screw thread, and the baffle is located at support rod lower end, and the baffle and support rod pass through bolt It is connected.

The utility model further improves as follows:

Further, it is described be the precompressed mechanism further include restocking, sunpender, the first adjusting nut, top board, First guide rod, lower platen, the first spring, gag lever post, gib block, the restocking are located on the right side of plate case, the restocking and plate Case is connected by bolt, and the sunpender runs through restocking, and the first adjusting nut quantity is 2, along sunpender up and down direction It is arranged symmetrically, the top board is located at downrod lower end, and the top board is connected with sunpender screw thread, the first guide rod number Amount is 4, is arranged symmetrically along top board left and right directions, front-rear direction, the lower platen is located at the first lower end of the guide rod, described Lower platen is connected with the first guide rod screw thread, first spring be located on the outside of the first guide rod and be located at top board and lower platen it Between, the gag lever post is located at top board upper end and through restocking, and the gag lever post is connected with top board screw thread, and described leads It is located on the right side of lower platen to item, the gib block is Nian Jie with lower platen to be connected, and by adjusting the first adjusting nut, is adjustable and hangs Bar stretches out the height of restocking, since the first spring reaction is in lower platen, so that lower platen, which is pressed on substrate, carries out gluing, when hanging When bar stretches out the height change of restocking, the reaction force of the first spring changes, to change pushing of the lower platen to substrate Power, to change gluing effect, gib block enables substrate to can smoothly enter into the press fitting region of lower platen for being oriented to.

Further, the coating mechanism further includes mounting rack, applies glue box, spreading roller mechanism, with glue component, dust suction Box, sweep-up pipe return sebific duct, equal glue cylinder, cleaning brush, scrape rubber head, dust block board, under the mounting rack is located on the right side of rack End, the mounting rack are connected with rack by bolt, and the painting glue box are located at mounting rack upper end and through rack, described It applies glue box to be weldingly connected with mounting rack, the spreading roller mechanism, which is located at, applies glue box upper end, and described being located at glue component applies On the inside of glue box and be located on the outside of spreading roller mechanism, it is described with glue component with apply glue box and be connected by bolt and lead in peristaltic pump Piping is connected, and the dust-absorbing box is on the left of painting glue box and is located at mounting rack upper end, and the dust-absorbing box and painting glue box are welded It connects and is connected and is weldingly connected in mounting rack, the sweep-up pipe is located at dust-absorbing box lower end, and the sweep-up pipe and dust-absorbing box weld Be connected, it is described return sebific duct and be located at apply glue box lower end and be located at glue case upper end, it is described return sebific duct respectively with apply glue box and glue Water tank is connected by bolt, and the equal glue cylinder, which is located at, to be applied on the inside of glue box and be located on the outside of spreading roller mechanism, and described is equal Glue cylinder is rotatedly connected with glue box are applied, and the cleaning brush, which is located at, to be applied on the left of glue box upper end, the cleaning brush and gluing Box is connected by bolt, and the rubber head of scraping is located on the inside of painting glue box and is close to equal glue cylinder, and described scrapes rubber head and gluing Box is connected by bolt, and the dust block board, which is located at, to be applied glue box upper end and be located at equal glue cylinder upper end, the dust block board and painting Glue box are weldingly connected, and dust block board is for keeping off ash, and when preventing cleaning brush brush from falling dust, dust, which falls into apply, pollutes glue in glue box.

Further, described further includes with blob of viscose, nylon with offset plate with glue component, and described being located at blob of viscose applies glue box Interior, described is connected by bolt with painting glue box with blob of viscose and is connected in peristaltic pump by pipeline, and the nylon matches offset plate position In on the left of blob of viscose, the nylon is Nian Jie connected with blob of viscose with offset plate, and described is additionally provided with dashpot with blob of viscose, described Dashpot is not through blob of viscose main body is matched, and described is additionally provided with glue feeding opening with blob of viscose, and the glue feeding opening runs through dashpot, described Nylon is additionally provided with several dispensing orifices with offset plate, and the dispensing orifice is distributed in nylon with offset plate, and glue is first passed through through peristaltic pump into glue Hole enters dashpot and is buffered, and after dashpot is full of glue, when being pumped into glue, glue enters dispensing orifice from dashpot, To improve the uniformity of glue coating.

Further, the spreading roller mechanism further includes speed regulating motor, roller, and the speed regulating motor is located at gluing On the outside of box, the speed regulating motor is connected with painting glue box by bolt, and the roller, which is located to apply on the inside of glue box and be located at, to be adjusted the speed Motor side, the roller are rotatedly connected with painting glue box and are connected in speed regulating motor key.

Further, the material fetching mechanism further includes feeding cylinder, guide pad, connecting rod, gas tank, second spring, rubber Glue matches air cushion, air distribution hole, arc guide portion, and the feeding cylinder is located at precompressed mechanism upper end, the feeding cylinder in advance Press mechanism is connected by bolt, and the guide pad is located on the right side of feeding cylinder, and the guide pad and material fetching mechanism pass through spiral shell Bolt is connected, and the connecting rod runs through guide pad, and the connecting rod is connected with guide pad clearance fit, and the gas tank is located at Connecting rod lower end, the gas tank are connected with connecting rod screw thread, and the second spring is located on the outside of connecting rod and is located at guiding Between block and gas tank, the rubber is located at gas tank lower end with air cushion, and the rubber is Nian Jie with gas tank connected with air cushion, described Rubber be additionally provided with several air distribution holes with air cushion, the air distribution hole matches air cushion main body, the arc guide portion through rubber It is arranged symmetrically along rubber with air cushion left and right directions, arc guide portion is used for guide, and when adjusting the first adjusting nut, sunpender is driven Top board is moved up or is moved down, since feeding cylinder and top board are connected, connecting rod drives gas tank to move up or move down therewith, To change the pressure with air cushion to substrate, and then adapt to different working condition requirements.

Further, the support plate mechanism further includes bracket, the second guide rod, push plate, third spring, the second adjusting spiral shell Mother, nylon thimble, electromagnet, photoelectric sensor, resilient cushion, position-limit mechanism, the bracket is located at upper end on the right side of rack, described Bracket be connected with rack by bolt, second guide rod is located at bracket upper end, second guide rod and bracket screw thread It is connected, second guide rod runs through push plate, and the push plate is connected with the second guide rod clearance fit, the third spring position On the outside of the second guide rod and between push plate and bracket, second adjusting nut is located at the second guide rod upper end, described Second adjusting nut is connected with the second guide rod screw thread, and the nylon thimble quantity is several, from front to back, from left to right It is distributed in push plate, the electromagnet is located at bracket upper end, and the electromagnet is connected with bracket by bolt, the photoelectric transfer Sensor is located on the right side of bracket, and the photoelectric sensor is connected with bracket by bolt, and the resilient cushion is located at second and adjusts Nut lower end, the resilient cushion is Nian Jie with the second adjusting nut to be connected, and the position-limit mechanism quantity is 3, triangular in shape It is distributed in push plate upper end, by manually adjusting the second adjusting nut, i.e. relative altitude between adjustable bracket and push plate, in turn Adjust the height of nylon thimble.

Further, the position-limit mechanism further includes gag lever post, block, the 4th spring, and the gag lever post, which runs through, to be pushed away Plate, the block are located at gag lever post lower end, and the 4th spring is located on the outside of gag lever post and between block and push plate, 4th spring is weldingly connected with block and push plate respectively.

Further, the collecting mechanism further includes framework, flange, centering piece, clamping plate mechanism, and the framework runs through Disk, the flange are located on the outside of framework, and the flange is weldingly connected with framework and is connected in disk by bolt, described Centering piece quantity be 4, be evenly arranged with framework on the inside of, the clamping plate mechanism be located at framework inside, the clamping plate machine Structure is connected with framework by bolt.

Further, the clamping plate mechanism further includes interior holder, external position limited sleeve, steel ball, the 5th spring, the inner clip Seat is located on the inside of framework, and the interior holder is connected with framework by bolt, and the external position limited sleeve is located on the outside of interior holder, institute The external position limited sleeve stated is connected with interior holder by bolt, and the steel ball is through external position limited sleeve and is located on the inside of interior holder, described The 5th spring between steel ball and interior holder, by collecting mechanism be arranged multiple groups clamping plate mechanism multilayer base can be realized The continuous stacking of plate, convenient for the pressing of subsequent multi-layer plate, specific feeding process are as follows: when substrate top is contacted with baffle, substrate-side After face is contacted with steel ball, substrate is clamped in the clamping plate mechanism of top layer by the 5th spring-compressed to react on steel ball, with Afterwards, support plate mechanism continues to press on next piece of substrate and moves up, after underlying substrate is contacted with top substrate layer, one base of third spring-compressed This thickness, the 5th spring-compressed simultaneously react on steel ball substrate are clamped in the clamping plate mechanism of lower layer, carry out by above-mentioned steps, The feeding of multilager base plate can be completed.

Compared with prior art, disk loading type substrate surface coating unit, when work, before pusher cylinder drives push top It moves to slide the substrate in hopper along the limiting slot being arranged on support plate item and be pushed into above coating mechanism, when substrate and apply rubber-surfaced roll When cylinder mechanism contacts, the glue in glue case is pumped into glue component by peristaltic pump, by the way that the dispensing orifice matched in glue component is arranged in Glue is coated uniformly on roller, then, speed regulating motor drive roller rotation, equal glue cylinder in roller rotation process with rolling The secondary pressure of glue progress that its surface is adhered in cylinder contact is even, so that glue is coated in base under the pressure effect of precompressed mechanism Gas tank is pumped into negative pressure after being delivered to substantially with air cushion lower end by plate surface, thus drawn substrate by air distribution hole, then, The Forward of feeding cylinder to drive substrate to photoelectric sensor upper end, and then triggers photoelectric sensor, then, electromagnet power loss, Third spring reset limits three side of substrate at the position-limit mechanism of triangular arrangement so that nylon thimble be driven to move up, and prevents Only substrate occurs shaking, deviate, and stops being evacuated from gas tank, and substrate can fall in nylon thimble upper end, and jacking cylinder pushes support plate Mechanism moves up, and then the substrate that is placed in support plate mechanism is driven to move up, be arranged on collecting mechanism to middle by substrate into Row centering, gag lever post are moved down by after clamping plate mechanism resistance, and nylon thimble drives substrate to continue to move up, when substrate top and baffle Contact, after substrate side surfaces are contacted with steel ball, the 5th spring-compressed clamps substrate to react on steel ball, by this step into Row can will fill substrate in collecting mechanism, servo motor, which drives, engages connected pivoting support rotation with gear, can drive Adjacent collecting mechanism turns to support plate mechanism upper end, repeats the above steps, feeding in continuous material can be completed.Meanwhile it is defeated in substrate During sending, the substrate of cleaning brush and non-gluing is first in contact, its surface dirt, miscellaneous bits are swept and fallen, will by sweep-up pipe Dust-absorbing box is pumped into negative pressure, to siphon away by dust, miscellaneous bits, and then improve glue adhesive force.Scraping rubber head will adhere on equal glue cylinder Glue scrape and returned sebific duct and flow back to glue case in order to reusing.The apparatus structure is simple, glue can be coated in substrate Surface, and the substrate that glue is completed in coating can be continuously stacked in collecting mechanism, it is pressed convenient for subsequent multi-layer, while coating equal It is even, glue will not be caused to adhere to unfavorable condition because of secondary pollution, meanwhile, glue bearing areas is accurate, and glue can recycle, and has Effect avoids glue from wasting.

Detailed description of the invention

Fig. 1 shows the utility model main view

Fig. 2 shows the utility model support plate structural schematic diagrams

Fig. 3 shows the utility model precompressed mechanism structural schematic diagram

Fig. 4 shows the utility model coating mechanism structural schematic diagram

Fig. 5 shows the utility model with glue component structure diagram

Fig. 6 shows the utility model spreading roller mechanism structure schematic diagram

Fig. 7 shows the utility model material fetching mechanism structural schematic diagram

Fig. 8 shows the utility model support plate mechanism structure schematic diagram

Fig. 9 shows the utility model position-limit mechanism structural schematic diagram

Figure 10 shows the utility model collecting mechanism structural schematic diagram

Figure 11 shows the utility model clamping plate mechanism structural schematic diagram

In figure: rack 1, pusher cylinder 2, lower pallet 3, push top 4, bracket 5, plate case 6, support plate item 7, precompressed mechanism 8, glue Case 9, peristaltic pump 10, coating mechanism 11, material fetching mechanism 12, jacking cylinder 13, support plate mechanism 14, column 15, servo motor 16, tooth Take turns 17, pivoting support 18, disk 19, collecting mechanism 20, bracket 21, support rod 22, baffle 23, plagiocephaly portion 401, limiting slot 701, restocking 801, sunpender 802, the first adjusting nut 803, top board 804, the first guide rod 805, lower platen 806, the first spring 807, gag lever post 808, gib block 809, mounting rack 1101, apply glue box 1102, spreading roller mechanism 1103, with glue component 1104, Dust-absorbing box 1105, returns sebific duct 1107, equal glue cylinder 1108, cleaning brush 1109, scrapes rubber head 1110, dust block board at sweep-up pipe 1106 1111, with blob of viscose 1112, nylon with offset plate 1113, dashpot 1114, glue feeding opening 1115, dispensing orifice 1116, speed regulating motor 1117, Roller 1118, feeding cylinder 1201, guide pad 1202, connecting rod 1203, gas tank 1204, second spring 1205, rubber match air cushion 1206, air distribution hole 1207, arc guide portion 1208, bracket 1401, the second guide rod 1402, push plate 1403, third spring 1404, Two adjusting nuts 1405, nylon thimble 1406, electromagnet 1407, photoelectric sensor 1408, resilient cushion 1409, position-limit mechanism 1410, gag lever post 1411, block 1412, the 4th spring 1413, framework 2001, flange 2002, centering piece 2003, clamping plate mechanism 2004, interior holder 2005, external position limited sleeve 2006, steel ball 2007, the 5th spring 2008.

Specific embodiment

As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, a kind of disk loading type base Plate surface coating unit, including rack 1, pusher cylinder 2, lower pallet 3, push top 4, bracket 5, plate case 6, support plate item 7, preformer Structure 8, glue case 9, peristaltic pump 10, coating mechanism 11, material fetching mechanism 12, jacking cylinder 13, support plate mechanism 14, column 15, servo Motor 16, gear 17, pivoting support 18, disk 19, collecting mechanism 20, bracket 21, support rod 22, baffle 23, the pusher Cylinder 2 is located at 1 left side lower end of rack, and the pusher cylinder 2 is connected with rack 1 by bolt, and the lower pallet 3 is located at machine 1 lower end of frame, the lower pallet 3 are connected with rack 1 by bolt, and the push top 4 is located at 3 upper end of lower pallet and is located at pusher 2 right side of cylinder, the push top 4 are connected with 2 screw thread of pusher cylinder, and the push top 4 runs through rack 1, and the push top 4 can To slide along 3 left and right directions of lower pallet, the push top 4 is additionally provided with plagiocephaly portion 401, and it is right that the plagiocephaly portion 401 is located at push top 4 Side upper end, the plagiocephaly portion 401 are integrally connected with push top 4, and the angle between the plagiocephaly portion 401 and push top 4 is 30 °, tiltedly Head 401 be used for have a haircut 4 backhaul when by plate case 6 substrate jack-up, convenient for pushing substrate, 5 quantity of bracket next time It is 2, is arranged symmetrically along 1 front-rear direction of rack, the plate case 6 is located between the bracket 5 that two pieces is arranged symmetrically, described Plate case 6 be weldingly connected with bracket 5,7 quantity of support plate item be 2, be arranged symmetrically along 1 front-rear direction of rack, institute The support plate item 7 stated is additionally provided with limiting slot 701, and the limiting slot 701 is not through 7 main body of support plate item, 8, the precompressed mechanism In 6 right side of plate case, the precompressed mechanism 8 is connected with plate case 6 by bolt, and the glue case 9 is located under 1 right side of rack End, the glue case 9 are connected with rack 1 by bolt, and the peristaltic pump 10 is located at 9 upper end of glue case, the wriggling Pump 10 is connected with glue case 9 by pipeline, and the coating mechanism 11 is located at 1 lower end of rack, the coating mechanism 11 and machine Frame 1 is connected by bolt and is connected in peristaltic pump 10 by pipeline, and the material fetching mechanism 12 is located at 8 right side of precompressed mechanism, institute The material fetching mechanism 12 stated is connected with precompressed mechanism 8 by bolt, and the jacking cylinder 13 is located at 1 right side upper end of rack, described Jacking cylinder 13 be connected with rack 1 by bolt, the support plate mechanism 14 is located at 13 upper end of jacking cylinder, the support plate Mechanism 14 is connected with 13 screw thread of jacking cylinder, and the column 15 is located at 1 right side of rack, and the column 15 passes through with rack 1 Bolt is connected, and the servo motor 16 is located at 15 upper end of column, and the servo motor 16 is connected with column 15 by bolt, The gear 17 is located at 16 upper end of servo motor, and the gear 17 is connected with 16 key of servo motor, the pivoting support 18 are located at 15 upper end of column, and the pivoting support 18 is connected with column 15 by bolt, and the disk 20 is located at turn around branch 18 upper ends are held, the disk 20 is connected with pivoting support 18 by bolt, and 21 quantity of collecting mechanism is no less than 2, It is evenly arranged along the disk 20, the bracket 21 is located at 15 upper end of column and through disk 20, the bracket 21 and vertical Column 15 is connected by bolt, and the support rod 22 is located at 5 upper end of bracket, and the support rod 22 is connected with 1 screw thread of bracket, institute The baffle 23 stated is located at 22 lower end of support rod, and the baffle 23 is connected with support rod 22 by bolt, and described being is described Precompressed mechanism 8 further include restocking 801, sunpender 802, the first adjusting nut 803, top board 804, the first guide rod 805, push Plate 806, the first spring 807, gag lever post 808, gib block 809, the restocking 801 are located at 6 right side of plate case, the restocking 801 are connected with plate case 6 by bolt, and the sunpender 802 runs through restocking 801, and 803 quantity of the first adjusting nut is 2 Part is arranged symmetrically along 802 up and down direction of sunpender, and the top board 804 is located at 802 lower end of sunpender, the top board 804 with 802 screw thread of sunpender is connected, and 805 quantity of the first guide rod is 4, along 804 left and right directions of top board, the symmetrical cloth of front-rear direction It sets, the lower platen 806 is located at 805 lower end of the first guide rod, and the lower platen 806 is connected with 805 screw thread of the first guide rod, institute The first spring 806 stated is located at 805 outside of the first guide rod and between top board 804 and lower platen 806, the gag lever post 808 are located at 804 upper end of top board and run through restocking, and the gag lever post 808 is connected with 804 screw thread of top board, the guiding Item 809 is located at 806 right side of lower platen, and the gib block 809 is Nian Jie with lower platen 806 to be connected, and adjusts spiral shell by adjusting first Mother 803 is adjustable the height that sunpender 802 stretches out restocking 801, since the first spring 807 reacts on lower platen 806, so that under Pressing plate 806, which is pressed on substrate, carries out gluing, when sunpender 802 stretches out the height change of restocking 801, the anti-work of the first spring 807 It firmly changes, to change lower platen 806 to the lower pressure of substrate, to change gluing effect, gib block 809 is for leading To enabling substrate to can smoothly enter into the press fitting region of lower platen 806, the coating mechanism 11 further includes mounting rack 1101, applies Glue box 1102, spreading roller mechanism 1103 match glue component 1104, dust-absorbing box 1105, sweep-up pipe 1106, return sebific duct 1107, equal glue Roller 1108, cleaning brush 1109 scrape rubber head 1110, dust block board 1111, and the mounting rack 1101 is located under 1 right side of rack End, the mounting rack 1101 is connected with rack 1 by bolt, the painting glue box 1102 be located at 1101 upper end of mounting rack and Through rack 1, the painting glue box 1102 are weldingly connected with mounting rack 1101, and the spreading roller mechanism 1103 is located at gluing 1102 upper end of box, described being located at glue component 1104 apply 1102 inside of glue box and are located at 1103 outside of spreading roller mechanism, institute That states is connected by bolt with painting glue box 1102 with glue component 1104 and is connected in peristaltic pump 10 by pipeline, the dust-absorbing box 1105 are located at 1102 left side of painting glue box and are located at 1101 upper end of mounting rack, and the dust-absorbing box 1105 welds phase with glue box 1102 are applied It is weldingly connected even and in mounting rack 1101, the sweep-up pipe 1106 is located at 1105 lower end of dust-absorbing box, the sweep-up pipe 1106 It is weldingly connected with dust-absorbing box 1105, the sebific duct 1107 that returns is located at painting 1102 lower end of glue box and is located at 9 upper end of glue case, described Return sebific duct 1107 respectively with apply glue box 1102 and glue case 9 and be connected by bolt, the equal glue cylinder 1108 is located at gluing On the inside of box 1102 and it is located at 1103 outside of spreading roller mechanism, the equal glue cylinder 1108 is rotatedly connected with glue box 1102 are applied, The cleaning brush 1109, which is located at, to be applied on the left of 1102 upper end of glue box, and the cleaning brush 1109 passes through with glue box 1102 are applied Bolt is connected, and the rubber head 1110 of scraping is located at 1102 inside of painting glue box and is close to equal glue cylinder 1108, and described scrapes rubber head 1110 are connected with glue box 1102 are applied by bolt, and the dust block board 1111, which is located at, to be applied 1102 upper end of glue box and be located at equal glue cylinder 1108 upper ends, the dust block board 1111 are weldingly connected with glue box 1102 are applied, and dust block board 1111 prevents dedusting hair for keeping off ash When 1109 brush of brush falls dust, dust, which falls into apply, pollutes glue in glue box 1102, described further includes with blob of viscose with glue component 1104 1112, nylon matches offset plate 1113, and described being located at blob of viscose 1112 applies in glue box 1102, and described matches blob of viscose 1112 and gluing Box 1102 is connected by bolt and is connected in peristaltic pump 10 by pipeline, and the nylon is located at offset plate 1113 and matches blob of viscose 1112 Left side, the nylon is Nian Jie connected with blob of viscose 1112 with offset plate 1113, and described is additionally provided with dashpot with blob of viscose 1112 1114, for the dashpot 1113 not through 1112 main body of blob of viscose is matched, described is additionally provided with glue feeding opening 1115 with blob of viscose 1112, The glue feeding opening 1115 runs through dashpot 1113, and the nylon is additionally provided with several dispensing orifices 1116 with offset plate 1113, described Dispensing orifice 1116 be distributed in nylon with offset plate 1113, glue first enters dashpot 1114 through glue feeding opening 1115 through peristaltic pump 10 It buffering, after dashpot 1114 is full of glue, when being pumped into glue, glue enters dispensing orifice 1116 from dashpot 1114, To improve the uniformity of glue coating, the spreading roller mechanism 1103 further includes speed regulating motor 1117, roller 1118, institute The speed regulating motor 1117 stated, which is located at, applies 1102 outside of glue box, and the speed regulating motor 1117 passes through bolt phase with glue box 1102 are applied Even, the roller 1118 positioned at 1102 inside of painting glue box and is located at 1117 side of speed regulating motor, the roller 1118 and painting Glue box 1102 are rotatedly connected and are connected in 1117 key of speed regulating motor, and the material fetching mechanism 12 further includes feeding cylinder 1201, leads Match air cushion 1206, air distribution hole 1207, arc guide to block 1202, connecting rod 1203, gas tank 1204, second spring 1205, rubber Portion 1208, the feeding cylinder 1201 are located at 8 upper end of precompressed mechanism, and the feeding cylinder 1201 passes through with precompressed mechanism 8 Bolt is connected, and the guide pad 1202 is located at 1201 right side of feeding cylinder, and the guide pad 1202 and material fetching mechanism 12 are logical It crosses bolt to be connected, the connecting rod 1203 runs through guide pad, the connecting rod 1203 and 1202 clearance fit phase of guide pad Even, the gas tank 1204 is located at 1203 lower end of connecting rod, and the gas tank 1204 is connected with 1203 screw thread of connecting rod, described Second spring 1205 is located at 1203 outside of connecting rod and between guide pad 1202 and gas tank, and the rubber matches air cushion 1206 are located at 1204 lower end of gas tank, and the rubber is Nian Jie with gas tank 1204 connected with air cushion 1206, and the rubber matches air cushion 1206 are additionally provided with several air distribution holes 1207, and the air distribution hole 1207 matches 1206 main body of air cushion through rubber, and the arc is led Material portion 1208 is arranged symmetrically along rubber with 1206 left and right directions of air cushion, and arc guide portion 1208 is used for guide, when adjusting first is adjusted When saving nut 803, sunpender 802 drives top board 804 to move up or move down, since feeding cylinder 1201 and top board 804 are connected, because This, connecting rod 1203 drives gas tank 1204 to move up or move down therewith, matches pressure of the air cushion 1206 to substrate, Jin Ershi to change Different working condition requirements are answered, the support plate mechanism 14 further includes bracket 1401, the second guide rod 1402, push plate 1403, third spring 1404, the second adjusting nut 1405, nylon thimble 1406, electromagnet 1407, photoelectric sensor 1408, resilient cushion 1409, limit Mechanism 1410, the bracket 1401 are located at 1 right side upper end of rack, and the bracket 1401 is connected with rack 1 by bolt, institute The second guide rod 1402 stated is located at 1401 upper end of bracket, and second guide rod 1402 is connected with 1401 screw thread of bracket, described Second guide rod 1402 runs through push plate, and the push plate 1403 is connected with 1402 clearance fit of the second guide rod, the third spring 1404 are located on the outside of the second guide rod 1402 and between push plate 1403 and bracket 1401, second adjusting nut 1405 Positioned at 1402 upper end of the second guide rod, second adjusting nut 1405 is connected with 1402 screw thread of the second guide rod, the nylon 1406 quantity of thimble is several, from front to back, is distributed in push plate 1403 from left to right, the electromagnet 1407 is located at bracket 1401 upper ends, the electromagnet 1407 are connected with bracket 1401 by bolt, and the photoelectric sensor 1408 is located at bracket 1401 right sides, the photoelectric sensor 1408 are connected with bracket 1401 by bolt, and the resilient cushion 1409 is located at second 1405 lower end of adjusting nut, the resilient cushion 1409 is Nian Jie with the second adjusting nut 1405 to be connected, the position-limit mechanism 1410 quantity are 3, triangular in shape to be distributed in 1403 upper end of push plate, by manually adjusting the second adjusting nut 1405, i.e., adjustable The relative altitude between bracket 1401 and push plate 1403 is saved, and then adjusts the height of nylon thimble 1406, the position-limit mechanism 1410 further include gag lever post 1411, block 1412, the 4th spring 1413, and the gag lever post 1411 runs through push plate 1403, described Block 1412 be located at 1411 lower end of gag lever post, the 4th spring 1413 is located at 1411 outside of gag lever post and is located at block Between 1412 and push plate 1403, the 4th spring 1413 is weldingly connected with block 1412 and push plate 1403 respectively, described Collecting mechanism 20 further includes framework 2001, flange 2002, centering piece 2003, clamping plate mechanism 2004, and the framework 2001 runs through Disk 19, the flange 2002 are located at 2001 outside of framework, and the flange 2002 is weldingly connected with framework 2001 and Yu Yuan Disk 19 is connected by bolt, and 2003 quantity of centering piece is 4, is evenly arranged and 2001 inside of framework, the clamping plate Mechanism 2004 is located at 2001 inside of framework, and the clamping plate mechanism 2004 is connected with framework 2001 by bolt, the clamping plate Mechanism 2004 further includes interior holder 2005, external position limited sleeve 2006, steel ball 2007, the 5th spring 2008, the interior holder 2005 Positioned at 2001 inside of framework, the interior holder 2005 is connected with framework 2001 by bolt, the external position limited sleeve 2006 In interior 2005 outside of holder, the external position limited sleeve 2006 is connected with interior holder 2005 by bolt, and the steel ball 2007 passes through It wears external position limited sleeve 2006 and is located at interior 2005 inside of holder, the 5th spring 2008 is located at steel ball 2007 and interior holder 2005 Between, the continuous stacking of multilager base plate can be realized by the way that multiple groups clamping plate mechanism 2004 is arranged in collecting mechanism 20, after being convenient for Continue multiple-plate pressing, specific feeding process are as follows: when substrate top is contacted with baffle 23, substrate side surfaces are contacted with steel ball 2007 Afterwards, the 5th spring 2008 compresses, and substrate is clamped in the clamping plate mechanism 2004 of top layer to react on steel ball 2007, Then, support plate mechanism 14 continues to press on next piece of substrate and moves up, and after underlying substrate is contacted with top substrate layer, third spring 1404 is pressed Contract a basic thickness, and the 5th spring 2008 compresses and reacts on the clamping plate mechanism that substrate is clamped in lower layer by steel ball 2007 In 2004, is carried out by above-mentioned steps, the feeding of multilager base plate can be completed, the disk loading type substrate surface coating unit, work When making, pusher cylinder 2 drives 4 Forward of push top to slide the substrate in hopper along the limiting slot 701 being arranged on support plate item 7 and pushes away To 11 top of coating mechanism, when substrate is contacted with spreading roller mechanism 1103, the glue in glue case 9 is pumped by peristaltic pump 10 With glue component 1104, glue is coated uniformly on roller 1118 with the dispensing orifice 1116 in glue component 1104 by being arranged in, Then, speed regulating motor 1117 drive roller 1118 rotate, equal glue cylinder 1108 in 1118 rotation process of roller with roller 1118 The secondary pressure of glue progress that its surface is adhered in contact is even, so that glue is coated in base under the pressure effect of precompressed mechanism 8 Gas tank 1204 is pumped into negative pressure after being delivered to substantially with 1206 lower end of air cushion by plate surface, to pass through air distribution hole 1207 for base Plate is drawn, and then, feeding cylinder 1201 moves forward, to drive substrate to 1408 upper end of photoelectric sensor, and then triggers photoelectric transfer Sensor 1408, then, 1407 power loss of electromagnet, third spring 1404 reset, to drive nylon thimble 1406 to move up, at triangle The position-limit mechanism 1410 of shape arrangement limits three side of substrate, prevents substrate from occurring shaking, deviate, and stops taking out from gas tank 1204 Gas, substrate can fall in 1406 upper end of nylon thimble, and jacking cylinder 13 pushes support plate mechanism 14 to move up, and then drives and be placed on load Substrate on trigger structure 14 moves up, and is arranged on collecting mechanism 20 and carries out substrate in middle 2003, gag lever post 1411 It is moved down by after 2004 resistance of clamping plate mechanism, nylon thimble 1406 drives substrate to continue to move up, when substrate top and baffle 23 connect Touching, after substrate side surfaces are contacted with steel ball 2007, the compression of the 5th spring 2008 clamps substrate to react on steel ball 2007, It is carried out by this step, substrate can will be filled in collecting mechanism 20, servo motor 16, which drives, engages connected revolution with gear 17 18 rotation of bearing, can drive adjacent collecting mechanism 20 to turn to 14 upper end of support plate mechanism, repeat the above steps, can be completed Feeding in continuous material.Meanwhile in substrate transportation process, cleaning brush 1109 and the substrate of non-gluing are first in contact, by its surface Dust, miscellaneous bits are swept and are fallen, and dust-absorbing box 1105 is pumped into negative pressure by sweep-up pipe 1106, so that dust, miscellaneous bits are siphoned away, and then be improved Glue adhesive force.Scrape rubber head 1110 by the glue adhered on equal glue cylinder 1108 scrape through return sebific duct 1107 flow back to glue case 9 with Convenient for reusing.The apparatus structure is simple, glue can be coated in substrate surface, and the substrate that coating can be completed to glue connects It is continuous to be stacked in collecting mechanism, it is pressed convenient for subsequent multi-layer, while coating uniformly, glue attachment will not be caused because of secondary pollution not It is good to happen, meanwhile, glue bearing areas is accurate, and glue can recycle, and effectively glue is avoided to waste.

The utility model is not limited to above-mentioned specific embodiment, and those skilled in the art visualize from above-mentioned Hair, without creative labor, the various transformation made are all fallen within the protection scope of the utility model.

Claims (10)

1. a kind of disk loading type substrate surface coating unit, it is characterised in that including rack, pusher cylinder, lower pallet, push top, Bracket, plate case, support plate item, precompressed mechanism, glue case, peristaltic pump, coating mechanism, material fetching mechanism, jacking cylinder, support plate mechanism, Column, servo motor, gear, pivoting support, disk, collecting mechanism, bracket, support rod, baffle, the pusher cylinder are located at Lower end on the left of rack, the pusher cylinder are connected with rack by bolt, and the lower pallet is located at rack lower end, described Lower pallet is connected with rack by bolt, and the push top is located at lower pallet upper end and is located on the right side of pusher cylinder, and described pushes away Head is connected with pusher cylinder screw thread, and the push top runs through rack, and the push top can be slided along lower pallet left and right directions, institute The push top stated is additionally provided with plagiocephaly portion, and the plagiocephaly portion is located at push top right side upper end, and the plagiocephaly portion is integrally connected with push top, Angle between the plagiocephaly portion and push top is 30 °, and the number of holders is 2, along the symmetrical cloth of rack front-rear direction It sets, the plate case is located between the bracket that two pieces is arranged symmetrically, and the plate case is weldingly connected with bracket, the support plate item Quantity is 2, is arranged symmetrically along the rack front-rear direction, the support plate item is additionally provided with limiting slot, and the limiting slot is not Through Plank body is carried, the precompressed mechanism is located on the right side of plate case, and the precompressed mechanism is connected with plate case by bolt, institute The glue case stated is located at lower end on the right side of rack, and the glue case is connected with rack by bolt, and the peristaltic pump is located at glue Water tank upper end, the peristaltic pump are connected with glue case by pipeline, and the coating mechanism is located at rack lower end, the painting It covers mechanism to be connected with rack by bolt and be connected in peristaltic pump by pipeline, the material fetching mechanism is located at the precompressed mechanism right side Side, the material fetching mechanism are connected with precompressed mechanism by bolt, and the jacking cylinder is located at upper end on the right side of rack, described Jacking cylinder is connected with rack by bolt, and the support plate mechanism is located at jacking cylinder upper end, the support plate mechanism and top It rises cylinder screw thread to be connected, the column is located on the right side of rack, and the column is connected with rack by bolt, the servo Motor is located at the upper end of the column, and the servo motor is connected with column by bolt, and the gear is located at servo motor upper end, The gear is connected with servo motor key, and the pivoting support is located at the upper end of the column, and the pivoting support and column are logical It crosses bolt to be connected, the disk is located at turn around bearing upper end, and the disk is connected with pivoting support by bolt, described Collecting mechanism quantity is no less than 2, is evenly arranged along the disk, and the bracket is located at the upper end of the column and through disk, institute The bracket stated is connected with column by bolt, and the support rod is located at bracket upper end, the support rod and bracket screw thread phase Even, the baffle is located at support rod lower end, and the baffle is connected with support rod by bolt.

2. disk loading type substrate surface coating unit as described in claim 1, it is characterised in that the precompressed mechanism is also It is described including restocking, sunpender, the first adjusting nut, top board, the first guide rod, lower platen, the first spring, gag lever post, gib block Restocking be located on the right side of plate case, the restocking is connected with plate case by bolt, and the sunpender is through restocking, described first Adjusting nut quantity is 2, is arranged symmetrically along sunpender up and down direction, the top board is located at downrod lower end, the upper pressure Plate is connected with sunpender screw thread, and the first guide rod quantity is 4, is arranged symmetrically along top board left and right directions, front-rear direction, institute The lower platen stated is located at the first lower end of the guide rod, and the lower platen is connected with the first guide rod screw thread, and first spring is located at On the outside of first guide rod and between top board and lower platen, the gag lever post is located at top board upper end and through restocking, institute The gag lever post stated is connected with top board screw thread, and the gib block is located on the right side of lower platen, and the gib block and lower platen are viscous It connects connected.

3. disk loading type substrate surface coating unit as described in claim 1, it is characterised in that the coating mechanism is also Including mounting rack, apply glue box, spreading roller mechanism, with glue component, dust-absorbing box, sweep-up pipe, time sebific duct, equal glue cylinder, dedusting hair It brushes, scrape rubber head, dust block board, the mounting rack is located at lower end on the right side of rack, and the mounting rack is connected with rack by bolt, The painting glue box are located at mounting rack upper end and through racks, and the painting glue box are weldingly connected with mounting rack, the gluing Cylinder mechanism, which is located at, applies glue box upper end, and described being located at glue component applies on the inside of glue box and be located on the outside of spreading roller mechanism, institute That states is connected by bolt with painting glue box with glue component and is connected in peristaltic pump by pipeline, and the dust-absorbing box, which is located at, applies glue box Left side and it is located at mounting rack upper end, the dust-absorbing box is weldingly connected and is weldingly connected in mounting rack with painting glue box, the suction Dirt pipe is located at dust-absorbing box lower end, and the sweep-up pipe is weldingly connected with dust-absorbing box, it is described return sebific duct be located at apply glue box lower end and Positioned at glue case upper end, the sebific duct that returns is connected with painting glue box and glue case by bolt respectively, the equal glue cylinder position In applying on the inside of glue box and being located on the outside of spreading roller mechanism, the equal glue cylinder is rotatedly connected with glue box are applied, the dedusting Positioned at applying on the left of glue box upper end, the cleaning brush is connected with painting glue box by bolt hairbrush, and the rubber head of scraping is located at painting It is close on the inside of glue box and with equal glue cylinder, the rubber head of scraping is connected with painting glue box by bolt, and the dust block board, which is located at, to be applied Glue box upper end and be located at equal glue cylinder upper end, the dust block board with painting glue box be weldingly connected.

4. disk loading type substrate surface coating unit as claimed in claim 3, it is characterised in that described matches glue component also Including matching offset plate with blob of viscose, nylon, described being located at blob of viscose is applied in glue box, and described passes through bolt phase with glue box are applied with blob of viscose Even and connected by pipeline in peristaltic pump, the nylon is located at offset plate on the left of blob of viscose, and the nylon is matched offset plate and matched Blob of viscose bonding is connected, and described is additionally provided with dashpot with blob of viscose, and for the dashpot not through blob of viscose main body is matched, described matches glue Block is additionally provided with glue feeding opening, and the glue feeding opening runs through dashpot, and the nylon is additionally provided with several dispensing orifices with offset plate, described Dispensing orifice is distributed in nylon with offset plate.

5. disk loading type substrate surface coating unit as claimed in claim 3, it is characterised in that the spreading roller machine Structure further includes speed regulating motor, roller, and the speed regulating motor, which is located at, to be applied on the outside of glue box, and the speed regulating motor passes through with glue box are applied Bolt is connected, and the roller, which is located at, applies on the inside of glue box and be located at speed regulating motor side, and the roller rotates phase with glue box are applied Even and in speed regulating motor key it is connected.

6. disk loading type substrate surface coating unit as described in claim 1, it is characterised in that the material fetching mechanism is also Match air cushion, air distribution hole, arc guide portion including feeding cylinder, guide pad, connecting rod, gas tank, second spring, rubber, it is described Feeding cylinder is located at precompressed mechanism upper end, and the feeding cylinder is connected with precompressed mechanism by bolt, the guide pad position On the right side of feeding cylinder, the guide pad is connected with material fetching mechanism by bolt, and the connecting rod runs through guide pad, described Connecting rod be connected with guide pad clearance fit, the gas tank is located at connecting rod lower end, the gas tank and connecting rod screw thread It is connected, the second spring is located on the outside of connecting rod and between guide pad and gas tank, and the rubber is located at air cushion Gas tank lower end, the rubber is Nian Jie with gas tank connected with air cushion, and the rubber is additionally provided with several air distribution holes with air cushion, described Air distribution hole match air cushion main body through rubber, the arc guide portion is arranged symmetrically along rubber with air cushion left and right directions.

7. disk loading type substrate surface coating unit as described in claim 1, it is characterised in that the support plate mechanism is also Including bracket, the second guide rod, push plate, third spring, the second adjusting nut, nylon thimble, electromagnet, photoelectric sensor, damping Pad, position-limit mechanism, the bracket are located at rack right side upper end, and the bracket is connected with rack by bolt, and described the Two guide rods are located at bracket upper end, and second guide rod is connected with bracket screw thread, and second guide rod runs through push plate, described Push plate is connected with the second guide rod clearance fit, the third spring be located on the outside of the second guide rod and be located at push plate and bracket it Between, second adjusting nut is located at the second guide rod upper end, and second adjusting nut is connected with the second guide rod screw thread, institute The nylon thimble quantity stated is several, from front to back, is distributed in push plate from left to right, the electromagnet is located on bracket End, the electromagnet are connected with bracket by bolt, and the photoelectric sensor is located on the right side of bracket, the photoelectric sensing Device is connected with bracket by bolt, and the resilient cushion is located at the second adjusting nut lower end, and the resilient cushion and second are adjusted Nut bonding is connected, and the position-limit mechanism quantity is 3, triangular in shape to be distributed in push plate upper end.

8. disk loading type substrate surface coating unit as claimed in claim 7, it is characterised in that the position-limit mechanism is also Including gag lever post, block, the 4th spring, the gag lever post runs through push plate, and the block is located at gag lever post lower end, described 4th spring is located on the outside of gag lever post and between block and push plate, and the 4th spring is welded with block and push plate respectively It is connected.

9. disk loading type substrate surface coating unit as described in claim 1, it is characterised in that the collecting mechanism is also Including framework, flange, centering piece, clamping plate mechanism, the framework runs through disk, and the flange is located on the outside of framework, described Flange be weldingly connected with framework and be connected in disk by bolt, the centering piece quantity is 4, is evenly arranged and framework Inside, the clamping plate mechanism are located on the inside of framework, and the clamping plate mechanism is connected with framework by bolt.

10. disk loading type substrate surface coating unit as claimed in claim 9, it is characterised in that the clamping plate mechanism is also Including interior holder, external position limited sleeve, steel ball, the 5th spring, the inner clip seat is located on the inside of framework, the interior holder and framework It is connected by bolt, the external position limited sleeve is located on the outside of interior holder, and the external position limited sleeve is connected with interior holder by bolt, The steel ball is through external position limited sleeve and is located on the inside of interior holder, and the 5th spring is between steel ball and interior holder.