CN104029982A - Automatic bottle detection production line - Google Patents
Automatic bottle detection production line Download PDFInfo
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- CN104029982A CN104029982A CN201310069893.0A CN201310069893A CN104029982A CN 104029982 A CN104029982 A CN 104029982A CN 201310069893 A CN201310069893 A CN 201310069893A CN 104029982 A CN104029982 A CN 104029982A
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Abstract
The invention relates to the technical field of automatic detection, in particular to an automatic bottle detection production line. The automatic bottle detection production line is provided with a rack, wherein a conveying device, an automatic sorting device, an automatic bottle arranging and erecting device, a fine detection device and a crack and broken bottle detection device are arranged on the rack in sequence. Bottles can be conveyed through the whole production line, and bottles meeting the requirements are preliminarily sorted and screened and then reach to the automatic bottle arranging and erecting device. When the bottles reach to set positions, an infrared detection assembly detects and judges whether one end of each bottle firstly entered the conveying device is a bottle opening or a bottle bottom or not and transmits a signal to a controller; after that, a pushing rod assembly pushes the bottles to a reversing device, the reversing device receives the signal of the controller and performs anticlockwise or clockwise rotation to enable the bottle openings of the bottles to upward fall into a product conveying channel to be output, and then the fine detection device performs accurate screening and outputting on the bottle heights and the calibers. The whole production line is automatic, the production efficiency is improved, the cost is reduced, production can be rational, and the automatic bottle detection production line is suitable for large-scale production.
Description
Technical field
The present invention relates to Automatic Measurement Technique field, particularly a kind of automatic detection production line of bottle.
Background technology
In the flow production line of the various bottle of manufacture, the need of production of bottle just can complete through multiple links and flow process.Due to the requirement to product, each link must will be carried out strict quality inspection, and the inspection before especially dispatching from the factory is even more important.Detection range comprises whether the size of bottle meets standard, whether bottle surface has flaw, to Defect Detection and body diameter measurements such as gas line, crackle, spots.Traditionally, the main manual type that adopts detects, but, the detection of manual type, due to the restriction of the subjective factors such as operator's fatigue strength, sense of responsibility or experience and other non-artificial objective factors, often still there will be undetectedly, cause off-grade to flow into pharmaceutical production producer, thereby bring very large loss and harm to ultimate consumer.
Summary of the invention
The object of the invention is to overcome the defect that prior art exists, provide a kind of and can enhance productivity, save time and manpower, be applicable to the automatic detection production line of Quantity production.
The technical scheme that realizes the object of the invention is: a kind of automatic detection production line of bottle, there is frame, and in described frame, be arranged in order and be provided with feedway, automatic sorting device, automatic bottle-setting bottle erecting device, smart checking device and crackle and broken bottle detecting device; Described feedway has casing, main bearing, the first auxiliary bearing, carries motor and belt; Described casing has symmetrically arranged two blocks of trapezoidal feeding platform side plates; Described main bearing is arranged on bottom of shell; Described the first auxiliary bearing is arranged on casing top; The rotating shaft of described conveying motor is fixedly connected with main bearing; Described belt is on main bearing and the first auxiliary bearing; On described belt, there is the belt clamps of equidistant distribution; Described automatic sorting device has feeding mechanism, testing agency and discharging mechanism successively; The product feed zone of the discharge end of described feeding mechanism and testing agency is adjacent; Described testing agency has delivery system and goods rejection system; Described goods rejection system is arranged in delivery system; The feed end of described discharging mechanism be arranged on testing agency product discharge district under; Described automatic bottle-setting bottle erecting device has direction reverser; Described direction reverser is arranged on the mouth of discharging mechanism; Described smart checking device has essence inspection conveying mechanism, and is fixedly installed on height detecting device, bottleneck detecting device and the goods rejection mechanism at essence inspection conveying mechanism edge; Described crackle and broken bottle detecting device have the first material toggling mechanism, limit for width input mechanism, the second material toggling mechanism and detect output mechanism; Rod for stiring materials of described the first material toggling mechanism is arranged on the entrance front end of limit for width input mechanism, and is arranged on the below of rotating disc; Described detection output mechanism is vertical with limit for width input mechanism and be communicated with; Rod for stiring materials of described the second material toggling mechanism is arranged on the entrance front end that detects output mechanism.
Line between main bearing described in technique scheme in feedway and the first auxiliary bearing and the angle [alpha] between bottom of shell are less than 90 °; The angle β of described belt clamps and belt surface is less than (180 °-α), and belt clamps and belt are electrostatic preventive cloth; In described automatic sorting device, feeding mechanism has feed conveyor belt, left charging roller, right charging roller and charging motor; Described left charging roller and right charging roller are fixedly installed in frame; Described feed conveyor belt is enclosed within on left charging roller and right charging roller, and the both sides of the edge of feed conveyor belt have the bending plate in the frame of being fixed on; The rotating shaft of described charging motor is fixed on left charging roller; Delivery system has chassis, rolling disc and driving lever; On described chassis, there is successively product feed zone, goods rejection district, certified products delivery area and product discharge district; Described rolling disc is arranged on top, chassis, and the periphery equal intervals of rolling disc is provided with some driving levers; The length of described driving lever is less than or equal to the length of acceptable product; Goods rejection system has the adjustable adjusting slide assemblies of arc strip and position; The circular arc direction that described arc strip forms along driving lever is fixedly installed on chassis, and the end of the nearly product of arc strip feed zone has inclined-plane; The corresponding goods rejection of described adjusting slide assemblies district is rotatably connected on slide assemblies support, regulates the inner side of slide assemblies to stretch in the opening on arc strip; Discharging mechanism has discharging belt conveyor, left discharging roller, right discharging roller and discharging motor; Described left discharging roller and right discharging roller are fixedly installed in frame; Described discharging belt conveyor is enclosed within on left discharging roller and right discharging roller; The rotating shaft of described discharging motor is fixed on left discharging roller, and discharging motor is identical with the rotational frequency of charging motor; The both sides of discharging belt conveyor are fixed with bottle and send baffle plate; In described automatic bottle-setting bottle erecting device, direction reverser has infrared detection assembly, push-rod assembly and commutation assembly; Described infrared detection assembly is fixed on the slipper being arranged at directly over discharging mechanism mouth; On described slipper, be fixed with braking upper padding plate; Described push-rod assembly is arranged on a side of discharging mechanism mouth; Described commutation assembly is fixed in frame by fixed bearing regulating plate, and corresponding push-rod assembly is arranged on the opposite side of discharging mechanism mouth; Described push-rod assembly has expeller, chute and slide block; Described expeller is fixedly installed on the end of slide block; Described slide block is slidably arranged in chute; Described chute is fixedly installed in frame by chute supported piece, and chute outboard end is provided with chute fixed plate; Commutation assembly has reversing arrangement, reversing shaft, communtation motor lower connecting plate and convex bearing adapter plate; Described reversing arrangement is fixed on one end of reversing shaft; Described reversing shaft is fixedly connected with convex bearing adapter plate through communtation motor lower connecting plate; In described smart checking device, essence inspection conveying mechanism has S. A. and is fixedly installed on the rotating disc on S. A., and entrance to the outward flange of the rotating disc of goods rejection mechanism section of essence inspection conveying mechanism is provided with catch; Height detecting device has height detection lifting group, firm banking, liner plate, roller bearing piece, lining axle, little axle and pad; Described firm banking is fixedly installed on liner plate; Described liner plate is fixedly installed in height detection lifting group; Described roller bearing piece is rotatably connected on firm banking by bearing pin; The upper end of described little axle is fixedly installed on liner plate by lining axle, and little axle lower end is also fixed with pad; Bottleneck detecting device has miniature gears general assembly body, sensor stand, " L " generating gear bar, " one " font gear bar and shaggy block; Described miniature gears general assembly body is fixedly installed on sensor stand; Described " L " generating gear bar and " one " font gear bar all with miniature gears general assembly body engaged transmission; Described shaggy block is fixedly mounted on " L " generating gear bar; The leading section of described " one " font gear bar have corresponding with shaggy block and with the integrated arc piece of " one " font gear bar; Goods rejection mechanism has the lifting of rejecting group, axillare, magnet, magnet shaft, moves piece and determine displaced block; Described axillare is fixedly installed on the top of rejecting lifting group; Described magnet is fixedly installed on axillare; The described piece that moves is arranged on magnet by magnet shaft; Describedly determine displaced block and be fixedly installed on the end of moving piece; Limit for width input mechanism in described crackle and broken bottle detecting device is set up in parallel and is formed by two adjustable limit for width supporting slices of spacing, the height and position setting of bottle bottleneck on the corresponding smart checking device of entrance of limit for width input mechanism; Described detection output mechanism is by two adjustable detection supporting slices that are set up in parallel of the spacing that is positioned limit for width supporting slice top by fastener and be placed in the conveying supporting slice that detects supporting slice below and form, and detects on the detection supporting slice of output mechanism arrival end and has a breach; The width of the detection supporting slice of described indentation, there is less than the bottom surface radius of bottle; Distance between the upper surface of the upper surface of described detection supporting slice and conveying supporting slice is identical with the height of bottle.
Goods rejection district described in technique scheme in automatic sorting device has one and rejects mouth; Described below of rejecting mouthful inward flange is fixed with the supporting warp of arc; The outward flange of described supporting warp is greater than the radius length of rolling disc to the distance of rolling disc rotation axis, the outward flange of rejecting mouth is more than or equal to the inward flange that regulates slide assemblies to the distance of rolling disc rotation axis to the distance of rolling disc rotation axis; Described certified products delivery area has an arc opening; The inward flange of described arc opening and outer peripheral below are equipped with an arc warp; The distance between opposite of described arc warp is less than the length of acceptable product.
Under commutation assembly described in technique scheme in automatic bottle-setting bottle erecting device, be fixed with pusher; Described pusher has expeller, backing plate, gliding groove, slide bar, slide bar locating piece, slide bar fixed block and slide bar back-up block; Described backing plate is fixedly installed in frame by pipe link, and backing plate is provided with gliding groove; Described expeller is fixedly installed on one end of slide bar; Described slide bar is slidably arranged in gliding groove, and one end of slide bar is fixed with expeller, and the other end is fixedly installed on slide bar locating piece by fastener; Described slide bar fixed block and slide bar back-up block are all fixedly installed on the lateral surface of slide bar locating piece, on slide bar fixed block lateral surface, have slide bar securing cover plate, and slide bar fixed block upper end is provided with slide bar positioning baffle.
In testing agency described in technique scheme in automatic sorting device, also there is anti-pile system; Described anti-pile system has limit iron, turning cylinder, pendulum and motor; Described limit iron is fixed on chassis along the edge of driving lever, and one end of the nearly feeding mechanism of limit iron has inclined-plane; One end of described turning cylinder is fixed in the rotating shaft of motor, and the other end is provided with pendulum; Described pendulum has 4, and is " ten " font and is symmetricly set on the end of turning cylinder; Described motor is fixed on slide assemblies support by the next plate.
Described in technique scheme, in smart checking device, height detection lifting group has dead axle, axle, wire diameter axle and bearing composition; Described axle has 2; Described wire diameter axle sleeve is connected on axle, between wire diameter axle and axle, is provided with bearing; Described dead axle is fixedly installed on the bottom of axle; Reject lifting group and there is the dead axle of rejecting, reject axle, reject wire diameter axle and reject bearing composition; Described rejecting axle has 2; Described rejecting wire diameter axle sleeve is connected on rejects on axle, rejects wire diameter axle and reject between axle to be provided with bearing; Described rejecting dead axle is fixedly installed on the bottom of rejecting axle.
Described in technique scheme, in automatic sorting device, feeding mechanism also has anti-clogging belt conveyor, live roller and driving motor; Described anti-clogging belt conveyor is enclosed within on live roller, and is arranged on the edge of feed conveyor belt, and vertical with feed conveyor belt; Delivery system also has drive motor and can drive the drive disk of turn disc; Described drive disk is arranged on the central authorities of rolling disc; The rotating shaft of described drive motor is fixedly installed on the central authorities that drive disk; In testing agency, also there is drainage conduit; The position in the corresponding goods rejection of described drainage conduit district is fixedly installed on chassis.
Described in technique scheme, feedway also has engagement plate, L shaped feeding platform discharge baffle plate and the second auxiliary bearing; Described engagement plate is fixedly installed on casing by the connection otic placode at two ends, and the angle γ of engagement plate and belt surface is less than; Described feeding platform discharge baffle plate is arranged on the below of engagement plate, and is fixed on casing; Described the second auxiliary bearing is arranged on the line of main bearing and the first auxiliary bearing; The two ends of the two ends of described main bearing, the two ends of the first auxiliary bearing and the second auxiliary bearing all have bearing carrier ring.
Described in technique scheme, the top at the rolling disc edge at feeding mechanism discharging opening place has by adapter plate and is fixedly installed on vertical time plate on chassis; The radian of described vertical time plate is identical with the radian at rolling disc edge.
Described in technique scheme in automatic bottle-setting bottle erecting device, the left side of reversing arrangement has by liner plate and is fixedly connected on the inhibiting device on communtation motor lower connecting plate, has product transfer passage under reversing arrangement; The left and right sides of described reversing shaft is provided with communtation motor locating piece; Described product transfer passage is made up of symmetrically arranged catch; Described catch is fixedly connected in frame by fan-shaped catch.
Adopt after technique scheme, the present invention has following positive effect:
(1) the present invention is arranged in order and is provided with feedway, automatic sorting device, automatic bottle-setting bottle erecting device and smart checking device; Can carry bottle by whole production line, preliminary sorting sieve is selected satisfactory bottle, then arrive reason bottle bottle erecting device, in the time that bottle arrives desired location, infrared detection component detection judges that one end that bottle is introduced into conveying mechanism is bottleneck or the bottle end, and signal is transferred to controller; Then, bottle is pushed into reversing arrangement by push-rod assembly, reversing arrangement receives signal conter clockwise or the clickwise of controller, export after making the bottleneck of bottle fall into product transfer passage upward, then the height to bottle carries out accurately screening with bore and exports through smart checking device, whole production line realizes automation, improve production efficiency, saved human resources, reduced costs, make to produce more orderly property, be applicable to Quantity production.
(2) in feedway of the present invention belt on main bearing and the first auxiliary bearing; Angle [alpha] between line between main bearing and the first auxiliary bearing and frame bottom is less than 90 °; On belt, there is the belt clamps of equidistant distribution; The angle β of belt clamps and belt surface is less than (180 °-α); Adopt this device, can make bottle by a straight-though arrangement, and carry, simple in structure, easy to make, and can enhance productivity, reduce costs.Wherein, belt clamps and belt are electrostatic preventive cloth, owing to can generating heat in course of conveying, if adopt the belt clamps of quality of rubber materials to dissolve easily; If employing hard material, easily weares and teares bottle surface or scratch; Use electrostatic preventive cloth can prevent bottle surface wearing and tearing, scratch, ensure the quality of bottle.
(3) feedway of the present invention also has engagement plate; Engagement plate is fixedly installed in frame by the connection otic placode at two ends, and the angle γ of engagement plate and belt surface is less than (180 °-α); Increase engagement plate and can make bottle be placed on belt clamps smoothly, and can prevent belt clamps bending.
(4) in the testing agency of automatic sorting device of the present invention, also there is anti-pile system; Anti-pile system has limit iron, turning cylinder, pendulum and motor; Limit iron is fixed on chassis along the edge of driving lever; One end of turning cylinder is fixed in the rotating shaft of motor, and the other end is provided with pendulum; Motor is fixed on slide assemblies support by the next plate; In the time that bottle has just entered the product feed zone of testing agency, when the bottle that occurs being superimposed, can sweep by pendulum the bottle on upper strata.
(5) the certified products delivery area of automatic sorting device of the present invention has an arc opening; If the bottle that length is grown is rejected district at product and do not dropped from rejecting mouth in time, under the effect of rolling disc, bottle can fall from arc opening; The inward flange of arc opening and outer peripheral below are equipped with an arc warp; The distance between opposite of warp is less than the length of acceptable product; On the chassis in difference frame outside in arc opening, two ends of acceptable product, play supporting role.
(6) top at the rolling disc edge at the feeding mechanism discharging opening place of automatic sorting device of the present invention has by adapter plate and is fixedly installed on vertical time plate on chassis; The radian of vertical time plate is identical with the radian at rolling disc edge; Can ensure that one end that bottle is introduced into testing agency supported by chassis, avoid acceptable product on rolling disc, to be swept because of one end frame that is introduced into testing agency.
(7) in the testing agency of automatic sorting device of the present invention, also there is drainage conduit; The position in the corresponding goods rejection of drainage conduit district is fixedly installed on chassis; Be convenient to the unified arrangement of disallowable bottle.The both sides of the edge of feed conveyor belt and discharging belt conveyor all have the bending plate in the frame of being fixed on, and have ensured product stable transfer on feed conveyor belt or discharging belt conveyor, prevent that product from dropping from the both sides of belt conveyor.
(8) the commutation assembly of automatic bottle-setting bottle erecting device of the present invention under be fixed with pusher and product transfer passage; Bottle can be released to product transfer passage by pusher, enter on next conveyor line.Product transfer passage is made up of symmetrically arranged catch; Catch is fixedly connected in frame by fan-shaped catch; Can ensure that bottle pulsation-free falls, and can not fall.
(9) the little axle lower end of height detecting device of the present invention is also fixed with pad, has increased the area of contact of height detecting device and measured bottle, makes measured bottle more stable in the time measuring.
Brief description of the drawings
For content of the present invention is more easily expressly understood, according to specific embodiment also by reference to the accompanying drawings, the present invention is further detailed explanation, wherein below
Fig. 1 is birds-eye view of the present invention;
Fig. 2 is perspective view of the present invention;
Fig. 3 is the perspective view of feedway of the present invention;
Fig. 4 is the front view of feedway of the present invention;
Fig. 5 is the cutaway view of A-A direction in Fig. 4;
Fig. 6 is the structural representation of automatic sorting device of the present invention;
Fig. 7 is the structural representation of the delivery system of automatic sorting device of the present invention;
Fig. 8 is the schematic diagram of the testing agency of automatic sorting device of the present invention;
Fig. 9 is the structural representation on the chassis of automatic sorting device of the present invention;
Figure 10 is the structural representation of automatic bottle-setting bottle erecting device of the present invention;
Figure 11 is the local enlarged diagram at A place in Figure 10;
Figure 12 is the cutaway view of B-B direction in Figure 10;
Figure 13 is the structural representation of smart checking device of the present invention;
Figure 14 is the structural representation of height detecting device of the present invention;
Figure 15 is the structural representation of bottleneck detecting device of the present invention;
Figure 16 is the structural representation of device for eliminating of the present invention;
Figure 17 is the structural representation of crackle of the present invention and broken bottle detecting device;
1. feedways in figure, 11. casings, 12. main bearings, 13. first auxiliary bearings, 14. carry motor, 15. belts, 16. belt clampss, 17. engagement plates, the feeding platform discharge baffle plate of 18.L shape, 19. second auxiliary bearings, 2. automatic sorting device, 21. feeding mechanisms, 211. feed conveyor belt, 212. left charging rollers, 213. right charging rollers, 214. charging motors, 215. anti-clogging belt conveyor, 216. live roller, 217. driving motor, 218. bending plate, 22. testing agencies, 221. delivery system, 2211. chassis, 22111. reject mouth, 22112. arc opening, 2212. rolling disc, 2213. driving lever, 2214. drive disk, 2215. supporting warp, 2216. drive motor, 2217. arc warp, 2218. vertical times plates, 222. goods rejection systems, 2221. arc strip, 2222. adjusting slide assemblies, 2223. slide assemblies support, 223. anti-pile systems, 2231. limit iron, 2232. turning cylinder, 2233. pendulum, 2234. motor, 224. drainage conduit, 23. discharging mechanisms, 231. discharging belt conveyor, 232. discharging motors, 233. bottles are sent baffle plate, 3. automatic bottle-setting bottle erecting device, 31. direction reversers, 311. infrared detection assemblies, 312. push-rod assembly, 3121. expeller, 3122. chute, 3123. slide block, 3124. chute supported piece, 3125. chute fixed plate, 313. commutation assemblies, 3131. reversing arrangement, 3132. reversing shaft, 3133. communtation motor lower connecting plate, 3134. convex bearing adapter plates, 3135. communtation motor locating piece, 3136 inhibiting device, 314. slipper, 315. braking upper padding plates, 316. fixed bearing regulating plates, 32. pushers, 321. times expellers, 322. backing plate, 323. gliding groove, 324. slide bar, 325. slide bar locating pieces, 326. slide bar fixed blocks, 327. slide bar back-up blocks, 328. slide bar securing cover plates, 329. slide bar positioning baffles, 33. product transfer passages, 4. smart checking device, 41. essence inspection conveying mechanisms, 411. rotating disc, 412. S. A., 413. catch, 42. height detecting devices, 421. height detection lifting groups, 4211. dead axle, 4212. axle, 4213. wire diameter axle, 422. firm banking, 423. liner plate, 424. roller bearing pieces, 425. lining axles, 426. little axles, 427. pad, 43. bottleneck detecting devices, 431. miniature gears general assembly bodies, 432. sensor stand, 433. " L " generating gear bar 433, 434. " one " font gear bars, 435. shaggy block, 436. arc pieces, 44. goods rejection mechanisms, 441. reject lifting group, 4411. rejecting dead axle, 4412. rejecting axle, 4413. reject wire diameter axle, 442. axillare, 443. magnet, 444. magnet shaft, 445. move piece, 446. determine displaced block, 5. crackle and broken bottle detecting device, 51. first material toggling mechanisms, 52. limit for width input mechanisms, 521. limit for width supporting slices, 53. second material toggling mechanisms, 54. detect output mechanism, 541. detect supporting slice, 542. carry supporting slice.
Detailed description of the invention
(embodiment 1)
See Fig. 1 and Fig. 2, a kind of automatic detection production line of bottle, has frame, is arranged in order and is provided with feedway 1, automatic sorting device 2, automatic bottle-setting bottle erecting device 3, smart checking device 4 and crackle and broken bottle detecting device 5 in frame;
See Fig. 3 to Fig. 5, feedway 1 has casing 11, main bearing 12, the first auxiliary bearing 13, carries motor 14 and belt 15; Casing 11 has symmetrically arranged two blocks of trapezoidal feeding platform side plates; Main bearing 12 is arranged on casing 11 bottoms; The first auxiliary bearing 13 is arranged on casing 11 tops; Carry the rotating shaft of motor 14 to be fixedly connected with main bearing 12; Belt 15 is on main bearing 12 and the first auxiliary bearing 13; On belt 15, there is the belt clamps 16 of equidistant distribution; Line between main bearing 12 and the first auxiliary bearing 13 and the angle [alpha] between casing 11 bottoms are less than 90 °; Belt clamps 16 is less than (180 °-α) with the angle β on belt 15 surfaces, and belt clamps 16 and belt 15 are electrostatic preventive cloth; Feedway 1 also has engagement plate 17, L shaped feeding platform discharge baffle plate 18 and the second auxiliary bearing 19; Engagement plate 17 is fixedly installed on casing 11 by the connection otic placode at two ends, and engagement plate 17 is less than (180 °-α) with the angle γ on belt 15 surfaces; Feeding platform discharge baffle plate 18 is arranged on the below of engagement plate 17, and is fixed on casing 11; The second auxiliary bearing 19 is arranged on the line of main bearing 12 and the first auxiliary bearing 13; The two ends of the two ends of main bearing 12, the two ends of the first auxiliary bearing 13 and the second auxiliary bearing 19 all have bearing carrier ring.
See Fig. 6 to Fig. 9, automatic sorting device 2 has feeding mechanism 21, testing agency 22 and discharging mechanism 23 successively; The product feed zone of the discharge end of feeding mechanism 21 and testing agency 22 is adjacent; Testing agency 22 has delivery system 221 and goods rejection system 222; Goods rejection system 222 is arranged in delivery system 221; The feed end of discharging mechanism 23 be arranged on testing agency 22 product discharge district under; Feeding mechanism 21 has feed conveyor belt 211, left charging roller 212, right charging roller 213 and charging motor 214; Left charging roller 212 and right charging roller 213 are fixedly installed in frame; Feed conveyor belt 211 is enclosed within on left charging roller 212 and right charging roller 213, and the both sides of the edge of feed conveyor belt 211 have the bending plate 218 in the frame of being fixed on; The rotating shaft of charging motor 214 is fixed on left charging roller 212; Feeding mechanism 21 also has anti-clogging belt conveyor 215, live roller 216 and driving motor 217; Anti-clogging belt conveyor 215 is enclosed within on live roller 216, and is arranged on the edge of feed conveyor belt 211, and vertical with feed conveyor belt 211;
Delivery system 221 has chassis 2211, rolling disc 2212 and driving lever 2213; On chassis 2211, there is successively product feed zone, goods rejection district, certified products delivery area and product discharge district; Rolling disc 2212 is arranged on 2211 tops, chassis, and the periphery equal intervals of rolling disc 2213 is provided with some driving levers 2213; The length of driving lever 2213 is less than or equal to the length of acceptable product; The top at rolling disc 2212 edges at feeding mechanism 21 discharging opening places has by adapter plate and is fixedly installed on vertical time plate 2218 on chassis 2211; The radian of vertical time plate 2218 is identical with the radian at rolling disc 2212 edges.The drive disk 2214 that delivery system 221 also has drive motor 2216 and can drive rolling disc 2212 to rotate; Drive disk 2214 to be arranged on the central authorities of rolling disc 2212; The rotating shaft of drive motor 2216 is fixedly installed on the central authorities that drive disk 2214; Goods rejection district has one and rejects mouth 22111; The below of rejecting mouthful 22111 inward flanges is fixed with the supporting warp 2215 of arc; The outward flange of supporting warp 2215 is greater than the radius length of rolling disc 2213 to the distance of rolling disc 2213 rotation axiss, the outward flange of rejecting mouth 22111 is more than or equal to the inward flange that regulates slide assemblies 2222 to the distance of rolling disc 2213 rotation axiss to the distance of rolling disc 2213 rotation axiss; Certified products delivery area has an arc opening 22112; The inward flange of arc opening 22112 and outer peripheral below are equipped with an arc warp 2217; The distance between opposite of arc warp 2217 is less than the length of acceptable product.
Goods rejection system 222 has the adjustable adjusting slide assemblies 2222 of arc strip 2221 and position; The circular arc direction that arc strip 2221 forms along driving lever 2213 is fixedly installed on chassis 2211, and the end of arc strip 2221 nearly product feed zones has inclined-plane; Regulate being rotatably connected on slide assemblies support 2223 of the corresponding goods rejection of slide assemblies 2222 district, regulate the inner side of slide assemblies 2222 to stretch in the opening on arc strip 2221;
In testing agency 22 in automatic sorting device 2, also there is anti-pile system 223; Anti-pile system 223 has limit iron 2231, turning cylinder 2232, pendulum 2233 and motor 2234; Limit iron 2231 is fixed on chassis 2211 along the edge of driving lever 2213, and one end of limit iron 2231 nearly feeding mechanisms has inclined-plane; One end of turning cylinder 2232 is fixed in the rotating shaft of motor 2234, and the other end is provided with pendulum 2233; Pendulum 2233 has 4, and is " ten " font and is symmetricly set on the end of turning cylinder 2232; Motor 2234 is fixed on slide assemblies support 2223 by the next plate.In testing agency 22, also there is drainage conduit 224; The position in the corresponding goods rejection of drainage conduit 224 district is fixedly installed on chassis 2211.
Discharging mechanism 23 has discharging belt conveyor 231, left discharging roller, right discharging roller and discharging motor 232; Left discharging roller and right discharging roller are fixedly installed in frame; Discharging belt conveyor 231 is enclosed within on left discharging roller and right discharging roller; The rotating shaft of discharging motor 232 is fixed on left discharging roller, and discharging motor 232 is identical with the rotational frequency of charging motor 214; The both sides of discharging belt conveyor 231 are fixed with bottle and send baffle plate 233;
See Figure 10 to Figure 12, automatic bottle-setting bottle erecting device 3 has direction reverser 31; Direction reverser 31 is arranged on the mouth of discharging mechanism 23; In automatic bottle-setting bottle erecting device 3, direction reverser 31 has infrared detection assembly 311, push-rod assembly 312 and commutation assembly 313; Infrared detection assembly 311 is fixed on the slipper 314 being arranged at directly over discharging mechanism 23 mouths; On slipper 314, be fixed with braking upper padding plate 315; Push-rod assembly 312 is arranged on a side of discharging mechanism 23 mouths; Push-rod assembly 312 has expeller 3121, chute 3122 and slide block 3123; Expeller 3121 is fixedly installed on the end of slide block 3123; Slide block 3123 is slidably arranged in chute 3122; Chute 3122 is fixedly installed in frame by chute supported piece 3124, and chute 3122 outboard end are provided with chute fixed plate 3125; Commutation assembly 313 is fixed in frame by fixed bearing regulating plate 316, and corresponding push-rod assembly 312 is arranged on the opposite side of discharging mechanism 23 mouths; Commutation assembly 313 has reversing arrangement 3131, reversing shaft 3132, communtation motor lower connecting plate 3133 and convex bearing adapter plate 3134; Reversing arrangement 3131 is fixed on one end of reversing shaft 3132; Reversing shaft 3132 is fixedly connected with convex bearing adapter plate 3134 through communtation motor lower connecting plate 3133; The left side of reversing arrangement 3131 has by liner plate and is fixedly connected on the inhibiting device 3136 on communtation motor lower connecting plate 3133, has product transfer passage 33 under reversing arrangement 3131; The left and right sides of reversing shaft 3132 is provided with communtation motor locating piece 3135; Product transfer passage 33 is made up of symmetrically arranged catch; Catch is fixedly connected in frame by fan-shaped catch.
Under commutation assembly 313 in automatic bottle-setting bottle erecting device 3, be fixed with pusher 32; Pusher 32 has expeller 321, backing plate 322, gliding groove 323, slide bar 324, slide bar locating piece 325, slide bar fixed block 326 and slide bar back-up block 327; Backing plate 322 is fixedly installed in frame by pipe link, and backing plate 322 is provided with gliding groove 323; Expeller 321 is fixedly installed on one end of slide bar 324; Slide bar 324 is slidably arranged in gliding groove 323, and one end of slide bar 324 is fixed with expeller 321, and the other end is fixedly installed on slide bar locating piece 325 by fastener; Slide bar fixed block 326 and slide bar back-up block 327 are all fixedly installed on the lateral surface of slide bar locating piece 325, on slide bar fixed block 326 lateral surfaces, have slide bar securing cover plate 328, and slide bar fixed block 326 upper ends are provided with slide bar positioning baffle 329.
See Figure 13 to Figure 16, smart checking device 4 has essence inspection conveying mechanism 41, and is fixedly installed on height detecting device 42, bottleneck detecting device 43, goods rejection mechanism 44 and the essence inspection output mechanism 45 at essence inspection conveying mechanism 41 edges.Essence inspection conveying mechanism 41 has rotating disc 411 and S. A. 412; Rotating disc 411 is fixedly installed on S. A. 412; Height detecting device 42 has height detection lifting group 421, firm banking 422, liner plate 423, roller bearing piece 424, lining axle 425, little axle 426 and pad 427; Firm banking 422 is fixedly installed on liner plate 423; Liner plate 423 is fixedly installed in height detection lifting group 421; Height detection lifting group 421 has dead axle 4211, axle 4212, wire diameter axle 4213 and bearing composition; Axle 4212 has 2; Wire diameter axle 4213 is socketed on axle 4212, between wire diameter axle 4213 and axle 4212, is provided with bearing; Dead axle 4211 is fixedly installed on the bottom of axle 4212; Roller bearing piece 424 is rotatably connected on firm banking 422 by bearing pin; The upper end of little axle 426 is fixedly installed on liner plate 423 by lining axle 425, and little axle 426 lower ends are also fixed with pad 427; Bottleneck detecting device 43 has miniature gears general assembly body 431, sensor stand 432, " L " generating gear bar 433, " one " font gear bar 434 and shaggy block 435; Miniature gears general assembly body 431 is fixedly installed on sensor stand 432; " L " generating gear bar 433 and " one " font gear bar 434 all with miniature gears general assembly body 431 engaged transmission; Shaggy block 435 is arranged on " L " generating gear bar 433; The leading section of " one " font gear bar 434 have corresponding with shaggy block 435 and with " one " font gear bar 434 integrated arc pieces 436; Goods rejection mechanism 44 has the lifting of rejecting group 441, axillare 442, magnet 443, magnet shaft 444, moves piece 445 and determine displaced block 446; Reject lifting group 441 and there is the dead axle 4411 of rejecting, reject axle 4412, reject wire diameter axle 4413 and reject bearing composition; Reject axle 4412 and there are 2; Reject wire diameter axle 4413 and be socketed on rejecting axle 4412, reject between wire diameter axle 4413 and rejecting axle 4412 and be provided with bearing; Reject dead axle 4411 and be fixedly installed on the bottom of rejecting axle 4412.Axillare 442 is fixedly installed on the top of rejecting lifting group 441; Magnet 443 is fixedly installed on axillare 442; Moving piece 445 is arranged on magnet 443 by magnet shaft 444; Determine displaced block 446 and be fixedly installed on the end of moving piece 445.
See Figure 17, crackle and broken bottle detecting device 5 have the first material toggling mechanism 51, limit for width input mechanism 52, the second material toggling mechanism 53 and detect output mechanism 54; Rod for stiring materials of the first material toggling mechanism 51 is arranged on the entrance front end of limit for width input mechanism 52, and is arranged on the below of rotating disc 411; Limit for width input mechanism 52 is set up in parallel and is formed by two adjustable limit for width supporting slices 521 of spacing, the height and position setting of bottle bottleneck on the corresponding smart checking device 4 of entrance of limit for width input mechanism 52; Detect output mechanism 54 vertical with limit for width input mechanism 52 and be communicated with; Detect output mechanism 54 by two adjustable detection supporting slices 541 that are set up in parallel of the spacing that is positioned limit for width supporting slice 521 tops by fastener and be placed in and detect the conveying supporting slice 542 of supporting slice 541 belows and form, detect on the detection supporting slice 541 of output mechanism 54 arrival ends and there is a breach; The width of the detection supporting slice 541 of indentation, there is less than the bottom surface radius of bottle; Distance between the upper surface of the upper surface of detection supporting slice 541 and conveying supporting slice 542 is identical with the height of bottle.Rod for stiring materials of the second material toggling mechanism 53 is arranged on the entrance front end that detects output mechanism 54.
Principle of work of the present invention is: bottle is delivered to the feeding mechanism 21 of automatic sorting device 2 by feedway 1, bottle enters the product feed zone of testing agency 22 from feeding mechanism 21, bottle is introduced into one end of testing agency 22 and is withstood by vertical time plate 2218, and the pendulum 53 in the anti-pile system 223 of now being controlled by motor 2234 can be swept stacking bottle from testing agency 22; Under the effect of rolling disc 2212, all the other bottles are delivered to goods rejection district, and now, the bottle being of convenient length is introduced into one end of testing agency and is supported by chassis 2211, and the other end is by regulating slide assemblies 2222 to withstand; The shorter bottle of broken bottle and length directly drops from rejecting mouth 22111; And the bottle that length is grown is introduced into one end of testing agency 22 and is supported by chassis 2211, the other end can be raised gradually along arc strip 2221, and finally drops from rejecting mouthfuls 22111 under the effect of rolling disc 2212; Then, remaining bottle is delivered to certified products delivery area under the effect of rolling disc 2212; Finally, in the time that bottle enters product discharge district, bottle drops and is being arranged on the discharging belt conveyor 231 of the discharging mechanism 23 below product discharge district, and the inferior-quality bottle now not dropping in goods rejection district still can drop from arc opening 22112.
Bottle enters on the discharging belt conveyor 231 of discharging mechanism 23, carry bottle by discharging mechanism 23, when bottle arrives when desired location, infrared detection assembly 311 detects and judge that one end that bottle is introduced into discharging mechanism 23 is bottleneck or bottle end, and signal is transferred to controller; Then, bottle is pushed into reversing arrangement 3131 by push-rod assembly 312, and reversing arrangement 3131 receives conter clockwise or clickwise after the signal of controller, makes the bottleneck of bottle fall into product transfer passage 33 upward; Now, pusher 32 carries out pusher, makes bottle steadily release product transfer passage 33, enters in next conveyor line.
Bottle enters essence inspection conveying mechanism 41, moves along with the rotation of the rotating disc 411 in essence inspection conveying mechanism 41, and in the time of entry altitude detecting device 42, height detection lifting group 421 moves downward, and send measurement signal to controller, then bottle enters bottleneck detecting device 43, measures bottleneck, and sends measurement signal to controller, bottle enters goods rejection mechanism 44, and according to controller signals, goods rejection mechanism 44 can reject inferior-quality detection product, then bottle is allocated to crackle and broken bottle detecting device 5 by rod for stiring materials of the first material toggling mechanism 51, due to the promotion of bottle below, bottle is operation forward in limit for width input mechanism 52, there is bottle meeting fragmentation because of pressure of crackle, in the time that bottle arrives limit for width input mechanism 52 and detects the point of transition of output mechanism 54, rod for stiring materials of the second material toggling mechanism 53 is allocated to bottle to detect output mechanism 54, in the time of broken bottle process breach, because the width of the detection supporting slice 541 of indentation, there is less than the bottom surface radius of bottle, and the bottleneck of broken bottle does not reach with detection supporting slice 541, therefore broken bottle just falls to from indentation, there the broken bottle collection that is placed in below.
Above-described specific embodiment; object of the present invention, technical scheme and beneficial effect are further described; institute is understood that; the foregoing is only specific embodiments of the invention; be not limited to the present invention; within the spirit and principles in the present invention all, any amendment of making, be equal to replacement, improvement etc., within all should being included in protection scope of the present invention.
Claims (10)
1. the automatic detection production line of a bottle, it is characterized in that: there is frame, in described frame, be arranged in order and be provided with feedway (1), automatic sorting device (2), automatic bottle-setting bottle erecting device (3), smart checking device (4) and crackle and broken bottle detecting device (5);
Described feedway (1) has casing (11), main bearing (12), the first auxiliary bearing (13), carries motor (14) and belt (15); Described casing (11) has symmetrically arranged two blocks of trapezoidal feeding platform side plates; Described main bearing (12) is arranged on casing (11) bottom; Described the first auxiliary bearing (13) is arranged on casing (11) top; The rotating shaft of described conveying motor (14) is fixedly connected with main bearing (12); Described belt (15) is on main bearing (12) and the first auxiliary bearing (13); On described belt (15), there is the belt clamps (16) of equidistant distribution;
Described automatic sorting device (2) has feeding mechanism (21), testing agency (22) and discharging mechanism (23) successively; The product feed zone of the discharge end of described feeding mechanism (21) and testing agency (22) is adjacent; Described testing agency (22) has delivery system (221) and goods rejection system (222); Described goods rejection system (222) is arranged in delivery system (221); The feed end of described discharging mechanism (23) be arranged on testing agency (22) product discharge district under;
Described automatic bottle-setting bottle erecting device (3) has direction reverser (31); Described direction reverser (31) is arranged on the mouth of discharging mechanism (23);
Described smart checking device (4) has essence inspection conveying mechanism (41), and is fixedly installed on height detecting device (42), bottleneck detecting device (43) and the goods rejection mechanism (44) at essence inspection conveying mechanism (41) edge;
Described crackle and broken bottle detecting device (5) have the first material toggling mechanism (51), limit for width input mechanism (52), the second material toggling mechanism (53) and detect output mechanism (54); Rod for stiring materials of described the first material toggling mechanism (51) is arranged on the entrance front end of limit for width input mechanism (52), and is arranged on the below of rotating disc (411); Described detection output mechanism (54) is vertical with limit for width input mechanism (52) and be communicated with; Rod for stiring materials of described the second material toggling mechanism (53) is arranged on the entrance front end that detects output mechanism (54).
2. the automatic detection production line of bottle according to claim 1, is characterized in that: the angle [alpha] between the line between the main bearing (12) in described feedway (1) and the first auxiliary bearing (13) and casing (11) bottom is less than 90 °; Described belt clamps (16) is less than (180 °-α) with the angle β on belt (15) surface, and belt clamps (16) and belt (15) are electrostatic preventive cloth;
In described automatic sorting device (2), feeding mechanism (21) has feed conveyor belt (211), left charging roller (212), right charging roller (213) and charging motor (214); Described left charging roller (212) and right charging roller (213) are fixedly installed in frame; Described feed conveyor belt (211) is enclosed within left charging roller (212) and right charging roller (213) is upper, and the both sides of the edge of feed conveyor belt (211) have the bending plate (218) in the frame of being fixed on; The rotating shaft of described charging motor (214) is fixed on left charging roller (212);
Delivery system (221) has chassis (2211), rolling disc (2212) and driving lever (2213); On described chassis (2211), there is successively product feed zone, goods rejection district, certified products delivery area and product discharge district; Described rolling disc (2212) is arranged on top, chassis (2211), and the periphery equal intervals of rolling disc (2213) is provided with some driving levers (2213); The length of described driving lever (2213) is less than or equal to the length of acceptable product;
Goods rejection system (222) has the adjustable adjusting slide assemblies (2222) of arc strip (2221) and position; It is upper that the circular arc direction that described arc strip (2221) forms along driving lever (2213) is fixedly installed on chassis (2211), and the end of the nearly product of arc strip (2221) feed zone has inclined-plane; The corresponding goods rejection of described adjusting slide assemblies (2222) district is rotatably connected on slide assemblies support (2223) above, regulates the inner side of slide assemblies (2222) to stretch in the opening on arc strip (2221);
Discharging mechanism (23) has discharging belt conveyor (231), left discharging roller, right discharging roller and discharging motor (232); Described left discharging roller and right discharging roller are fixedly installed in frame; Described discharging belt conveyor (231) is enclosed within on left discharging roller and right discharging roller; The rotating shaft of described discharging motor (232) is fixed on left discharging roller, and discharging motor (232) is identical with the rotational frequency of charging motor (214); The both sides of discharging belt conveyor (231) are fixed with bottle and send baffle plate (233);
In described automatic bottle-setting bottle erecting device (3), direction reverser (31) has infrared detection assembly (311), push-rod assembly (312) and commutation assembly (313); Described infrared detection assembly (311) is fixed on the slipper (314) being arranged at directly over discharging mechanism (23) mouth; On described slipper (314), be fixed with braking upper padding plate (315); Described push-rod assembly (312) is arranged on a side of discharging mechanism (23) mouth; Described commutation assembly (313) is fixed in frame by fixed bearing regulating plate (316), and corresponding push-rod assembly (312) is arranged on the opposite side of discharging mechanism (23) mouth; Described push-rod assembly (312) has expeller (3121), chute (3122) and slide block (3123); Described expeller (3121) is fixedly installed on the end of slide block (3123); Described slide block (3123) is slidably arranged in chute (3122); Described chute (3122) is fixedly installed in frame by chute supported piece (3124), and chute (3122) outboard end is provided with chute fixed plate (3125); Commutation assembly (313) has reversing arrangement (3131), reversing shaft (3132), communtation motor lower connecting plate (3133) and convex bearing adapter plate (3134); Described reversing arrangement (3131) is fixed on one end of reversing shaft (3132); Described reversing shaft (3132) is fixedly connected with convex bearing adapter plate (3134) through communtation motor lower connecting plate (3133);
In described smart checking device (4), essence inspection conveying mechanism (41) has S. A. (412) and is fixedly installed on the rotating disc (411) on S. A. (412), and the entrance of essence inspection conveying mechanism (41) to the outward flange of the rotating disc (411) of goods rejection mechanism (44) section is provided with catch (413);
Height detecting device (42) has height detection lifting group (421), firm banking (422), liner plate (423), roller bearing piece (424), lining axle (425), little axle (426) and pad (427); Described firm banking (422) is fixedly installed on liner plate (423); Described liner plate (423) is fixedly installed in height detection lifting group (421); Described roller bearing piece (424) is rotatably connected on firm banking (422) by bearing pin; It is upper that the upper end of described little axle (426) is fixedly installed on liner plate (423) by lining axle (425), and little axle (426) lower end is also fixed with pad (427);
Bottleneck detecting device (43) has miniature gears general assembly body (431), sensor stand (432), " L " generating gear bar (433), " one " font gear bar (434) and shaggy block (435); Described miniature gears general assembly body (431) is fixedly installed on sensor stand (432); Described " L " generating gear bar (433) and " one " font gear bar (434) all with miniature gears general assembly body (431) engaged transmission; Described shaggy block (435) is fixedly mounted on " L " generating gear bar (433); The leading section of described " one " font gear bar (434) have corresponding with shaggy block (435) and with the integrated arc piece of " one " font gear bar (434) (436);
Goods rejection mechanism (44) has the lifting group of rejecting (441), axillare (442), magnet (443), magnet shaft (444), moves piece (445) and determine displaced block (446); Described axillare (442) is fixedly installed on the top of rejecting lifting group (441); Described magnet (443) is fixedly installed on axillare (442); The described piece (445) that moves is arranged on magnet (443) by magnet shaft (444); Describedly determine displaced block (446) and be fixedly installed on the end of moving piece (445);
Limit for width input mechanism (52) in described crackle and broken bottle detecting device (5) is set up in parallel and is formed by adjustable two the limit for width supporting slices (521) of spacing, the height and position setting of the upper bottle bottleneck of the corresponding smart checking device of entrance (4) of limit for width input mechanism (52); Described detection output mechanism (54) is by two adjustable detection supporting slices (541) that are set up in parallel of the spacing that is positioned limit for width supporting slice (521) top by fastener and be placed in the conveying supporting slice (542) that detects supporting slice (541) below and form, on the detection supporting slice (541) of detection output mechanism (54) arrival end, has a breach; The width of the detection supporting slice (541) of described indentation, there is less than the bottom surface radius of bottle; Distance between the upper surface of the upper surface of described detection supporting slice (541) and conveying supporting slice (542) is identical with the height of bottle.
3. the automatic detection production line of bottle according to claim 2, is characterized in that: the goods rejection district in described automatic sorting device (2) has one and rejects mouthful (22111); Described below of rejecting mouthful (22111) inward flange is fixed with the supporting warp (2215) of arc; The outward flange of described supporting warp (2215) is greater than the radius length of rolling disc (2213) to the distance of rolling disc (2213) rotation axis, the outward flange of rejecting mouthful (22111) is more than or equal to the inward flange that regulates slide assemblies (2222) to the distance of rolling disc (2213) rotation axis to the distance of rolling disc (2213) rotation axis; Described certified products delivery area has an arc opening (22112); The inward flange of described arc opening (22112) and outer peripheral below are equipped with an arc warp (2217); The distance between opposite of described arc warp (2217) is less than the length of acceptable product.
4. the automatic detection production line of bottle according to claim 3, is characterized in that: under the commutation assembly (313) in described automatic bottle-setting bottle erecting device (3), be fixed with pusher (32); Described pusher (32) has expeller (321), backing plate (322), gliding groove (323), slide bar (324), slide bar locating piece (325), slide bar fixed block (326) and slide bar back-up block (327); Described backing plate (322) is fixedly installed in frame by pipe link, and backing plate (322) is provided with gliding groove (323); Described expeller (321) is fixedly installed on one end of slide bar (324); Described slide bar (324) is slidably arranged in gliding groove (323), and one end of slide bar (324) is fixed with expeller (321), and the other end is fixedly installed on slide bar locating piece (325) by fastener; Described slide bar fixed block (326) and slide bar back-up block (327) are all fixedly installed on the lateral surface of slide bar locating piece (325), on slide bar fixed block (326) lateral surface, have slide bar securing cover plate (328), slide bar fixed block (326) upper end is provided with slide bar positioning baffle (329).
5. the automatic detection production line of bottle according to claim 2, is characterized in that: in the testing agency (22) in described automatic sorting device (2), also have anti-pile system (223); Described anti-pile system (223) has limit iron (2231), turning cylinder (2232), pendulum (2233) and motor (2234); Described limit iron (2231) is fixed on chassis (2211) along the edge of driving lever (2213) upper, and one end of the nearly feeding mechanism of limit iron (2231) has inclined-plane; One end of described turning cylinder (2232) is fixed in the rotating shaft of motor (2234), and the other end is provided with pendulum (2233); Described pendulum (2233) has 4, and is " ten " font and is symmetricly set on the end of turning cylinder (2232); Described motor (2234) is fixed on slide assemblies support (2223) by the next plate.
6. the automatic detection production line of bottle according to claim 2, is characterized in that: in described smart checking device (4), height detection lifting group (421) has dead axle (4211), axle (4212), wire diameter axle (4213) and bearing composition; Described axle (4212) has 2; It is upper that described wire diameter axle (4213) is socketed in axle (4212), between wire diameter axle (4213) and axle (4212), is provided with bearing; Described dead axle (4211) is fixedly installed on the bottom of axle (4212); Reject lifting group (441) and there is rejecting dead axle (4411), reject axle (4412), reject wire diameter axle (4413) and reject bearing composition; Described rejecting axle (4412) has 2; Described rejecting wire diameter axle (4413) is socketed in rejects axle (4412) above, rejects wire diameter axle (4413) and reject between axle (4412) to be provided with bearing; Described rejecting dead axle (4411) is fixedly installed on the bottom of rejecting axle (4412).
7. according to the automatic detection production line of the arbitrary described bottle of claim 1 to 6, it is characterized in that: in described automatic sorting device (2), feeding mechanism (21) also has anti-clogging belt conveyor (215), live roller (216) and driving motor (217); It is upper that described anti-clogging belt conveyor (215) is enclosed within live roller (216), and be arranged on the edge of feed conveyor belt (211), and vertical with feed conveyor belt (211); The drive disk (2214) that delivery system (221) also has drive motor (2216) and can drive rolling disc (2212) to rotate; Described drive disk (2214) is arranged on the central authorities of rolling disc (2212); The rotating shaft of described drive motor (2216) is fixedly installed on the central authorities that drive disk (2214); In testing agency (22), also there is drainage conduit (224); The position in the corresponding goods rejection of described drainage conduit (224) district is fixedly installed on chassis (2211).
8. the automatic detection production line of bottle according to claim 7, is characterized in that: described feedway (1) also has engagement plate (17), L shaped feeding platform discharge baffle plate (18) and the second auxiliary bearing (19); It is upper that described engagement plate (17) is fixedly installed on casing (11) by the connection otic placode at two ends, and engagement plate (17) is less than (180 °-α) with the angle γ on belt (15) surface; Described feeding platform discharge baffle plate (18) is arranged on the below of engagement plate (17), and is fixed on casing (11); Described the second auxiliary bearing (19) is arranged on the line of main bearing (12) and the first auxiliary bearing (13); The two ends of the two ends of described main bearing (12), the two ends of the first auxiliary bearing (13) and the second auxiliary bearing (19) all have bearing carrier ring.
9. the automatic detection production line of bottle according to claim 8, is characterized in that: the top at rolling disc (2212) edge at described feeding mechanism (21) discharging opening place has by adapter plate and is fixedly installed on the vertical time plate (2218) on chassis (2211); The radian of described vertical time plate (2218) is identical with the radian at rolling disc (2212) edge.
10. the automatic detection production line of bottle according to claim 9, it is characterized in that: in described automatic bottle-setting bottle erecting device (3), the left side of reversing arrangement (3131) has by liner plate and is fixedly connected on the inhibiting device (3136) on communtation motor lower connecting plate (3133), has product transfer passage (33) under reversing arrangement (3131); The left and right sides of described reversing shaft (3132) is provided with communtation motor locating piece (3135); Described product transfer passage (33) is made up of symmetrically arranged catch; Described catch is fixedly connected in frame by fan-shaped catch.
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