CN208577088U - A kind of antibiotic bottle cap vibrating mechanism - Google Patents

Abstract

The utility model relates to the field of medical instrument technology, specifically disclose a kind of antibiotic bottle cap vibrating mechanism, track, the second steering track and third, which are turned to, including vibration component, charging tray, the first helical feed plate, the second helical feed plate, third helical feed plate, first turns to track, first steering track is made of the first steering bottom plate, the first steering side plate and first horizontal plate, and the output end of the first steering track is connected with the first helical feed track；Second steering track is made of the second steering bottom plate, the second steering side plate and second horizontal plate, third turns to track and is made of third steering bottom plate, third steering side plate and third level board, and the position that output end on third level board is located on charging tray is equipped with third through-hole.The utility model has the characteristics that positive and negative adjustment is unified and output effect is preferable.

Description

A kind of antibiotic bottle cap vibrating mechanism

Technical field

The utility model relates to the field of medical instrument technology, in particular to a kind of antibiotic bottle cap vibrating mechanism.

Background technique

Installing bottle cap used in the bottle of antibiotic at present is aluminium-plastic combined cover, and country is to have rule to the standard of aluminium-plastic combined cover It is fixed, in order to detect production aluminium-plastic combined cover whether need to use detection system, the detection system of complete set to standard In will include the parts such as feeding, adjustment, conveying, detection and output；Existing adjustment mechanism be also only using vibrating mechanism so that Aluminium-plastic combined cover is exported out of track one by one, and aluminium-plastic combined cover is sequenced to output one by one in order in orbit, but enters rail Aluminium-plastic combined cover in road often has just and has instead, irregular, causes adverse effect to subsequent detection operation, affects inspection Survey effect.

Therefore, the bottle cap adjustment in the existing bottle cap detection process to antibiotic bottle, there are positive and negative adjustment disunities and defeated The poor problem of effect out.

Utility model content

The utility model provides to solve the existing above-mentioned technical problem of the existing bottle cap detection to antibiotic bottle The positive and negative adjustment unification of one kind, the preferable antibiotic bottle cap vibrating mechanism of output effect.

The technical solution of the utility model includes: a kind of antibiotic bottle cap vibrating mechanism, including vibration component and setting are being vibrated Charging tray on component is successively arranged the first helical feed plate mutually arranged side by side, the second spiral on the inner wall of the charging tray from lower to upper Delivery board and third helical feed plate, the first helical feed plate, the second helical feed plate and third helical feed plate are close The one side at charging tray center tilts upwards, the first helical feed plate, the second helical feed plate and third helical feed plate Width is identical as the thickness of bottle cap；The output end of the first helical feed plate is connected with the first steering track, and described first turn It is made of to track the first steering bottom plate, the first steering side plate and first horizontal plate, described first turns to bottom plate and the first spiral Delivery board connection, the first steering bottom plate are tilted down close to the one side at charging tray center, and described first turns to the width of bottom plate Degree is greater than the width of the first helical feed plate, and the described first width for turning to bottom plate is less than the outer diameter of bottle cap, and described first turns to The first steering bottom plate is arranged in close to the one side at charging tray center in side plate, and the first horizontal plate is connect with the first steering bottom plate, institute The width for stating first horizontal plate is greater than the outer diameter of bottle cap, and the output end of the first steering track is connected with the first spiral transferring Track is sent, the first helical feed track is located at the outside of charging tray, the partial spiral setting of the first helical feed track On the outer wall of charging tray, another part of the first helical feed track is located at the outside of charging tray, spirals and is arranged outside charging tray The bottom of the first helical feed track on wall tilts down, the bottom water of the first helical feed track outside charging tray It is flat；The output end of the second helical feed plate is connected with the second steering track, and the second helical feed plate and second turn to The junction of track is equipped with the second driving lever, and described second, which turns to track, turns to bottom plate, the second steering side plate and the second water by second Plate is constituted, and the second steering bottom plate is connect with the second helical feed plate, and described second turns to bottom plate close to charging tray center It tilts down on one side, the described second width for turning to bottom plate is greater than the width of the second helical feed plate, and described second turns to bottom The width of plate is less than the outer diameter of bottle cap, and the second steering bottom plate is arranged in close to the one side at charging tray center in the second steering side plate, The second horizontal plate is connect with the second steering bottom plate, and the width of the second horizontal plate is greater than the outer diameter greater than bottle cap, described Position on second horizontal plate close to output end tilts upwards, and the position that output end on second horizontal plate is located on the charging tray is set There is the second through-hole, the second horizontal plate is connected by the second through-hole with the bottom surface of the first helical feed track；The third The output end of helical feed plate is connected with third and turns to track, and the third helical feed plate and third turn to the junction of track Equipped with third driving lever, the third turns to track and is made of third steering bottom plate, third steering side plate and third level board, described Third turns to bottom plate and connect with third helical feed plate, and the third turns to bottom plate and dips down close to the one side at charging tray center Tiltedly, the width that the third turns to bottom plate is greater than the width of third helical feed plate, and the width that the third turns to bottom plate is less than The outer diameter of bottle cap, the third turn to side plate and third steering bottom plate are arranged in close to the one side at charging tray center, and the third is horizontal Plate and third turn to bottom plate and connects, and the width of the third level board is greater than the outer diameter of bottle cap, on the third level board Position close to output end tilts upwards, and the position that output end on third level board is located on the charging tray is equipped with third through-hole, The third level board is connected by third through-hole with the bottom surface of the first helical feed track.The utility model passes through in charging tray Inner wall on the first steering track of setting the adjustment in direction is carried out the bottle cap sent to the first helical feed plate, specially by the One turns to bottom plate tilting down on one side close to charging tray center, so that first turns to the inclined direction and the first helical feed of bottom plate The inclination of plate is reversed on the contrary, the width of the first steering bottom plate is greater than the width of the first helical feed plate, by tilt angle again Rationally transformation, so that the bottle cap for reaching first horizontal plate is that the state under is covered in heavier modeling, so that by the first helical feed The bottle cap of track output is that the modeling of satisfaction output requirement is covered under, aluminium lid is in upper state, can be to the positive and negative progress of bottle cap Adjustment, so that output state is unified；By by the second helical feed plate being arranged on the inner wall of charging tray as the first spiral shell The auxiliary for revolving delivery board turns to track in the output end setting second of the second helical feed plate to send to the second helical feed plate Bottle cap carry out direction adjustment, adjustment mode with first steering track at adjustment mode it is identical, will be leaned on second horizontal plate The position of nearly output end is set as tilting upwards, and the position setting second on charging tray positioned at output end on second horizontal plate is logical Hole, as the supplement to bottle cap in the first helical feed track, when have between the bottle cap in the first helical feed track gap or It is that bottle cap will be entered in the first helical feed track by the second through-hole as benefit on second horizontal plate when being bottle cap deficiency It fills, guarantees the output quantity for having enough bottle caps in the first helical feed track, track is turned to by the second helical feed plate and second Junction the second driving lever is set, excessive bottle cap is dialled in charging tray again, prevents bottle cap in the second helical feed plate and the It disorderly jumps two junctions for turning to track；By by third helical feed plate being arranged on the inner wall of charging tray as the first spiral shell The further auxiliary for revolving delivery board turns to track in the output end setting third of third helical feed plate and comes to third helical feed The bottle cap that plate is sent carries out the adjustment in direction, and the adjustment mode that adjustment mode is turned to first at track is identical, by third level Position on plate close to output end is set as tilting upwards, and is located at the position setting of output end on third level board on charging tray Third through-hole has as the supplement to bottle cap in the first helical feed track when between the bottle cap in the first helical feed track It is that bottle cap will be entered in the first helical feed track by third through-hole on third level board when gap or bottle cap deficiency As supplement, guarantee the output quantity for there are enough bottle caps in the first helical feed track, is turned by third helical feed plate and third Third driving lever is set to the junction of track, excessive bottle cap is dialled in charging tray again, prevents bottle cap in third helical feed The junction that plate and third turn to track is disorderly jumped, wherein the position setting of the second through-hole and third through-hole on charging tray is appropriate, is fitted When bottle cap can be supplemented in the suitable position of the first helical feed track.

Preferably, the vibration component includes chassis and the impulse mgnet that is arranged on chassis, the pulse electromagnetic The end of iron is equipped with oscillating plate, is connect by latch plate with charging tray on the oscillating plate.The collaboration work of pulse electromagnetic and latch plate Make, provide reasonable power for the conveying of bottle cap in charging tray, ensure that the quality and output effect of output bottle cap, while also protecting The higher delivery efficiency of vibrating mechanism is demonstrate,proved.

Preferably, the tilt angle of the first helical feed plate, the second helical feed plate and third helical feed plate It is 10~20 degree.It is further preferred that the tilt angle of the first helical feed plate, the second helical feed plate and third helical feed plate It is 15 degree.The design of correct tilt angle enables bottle cap against charging tray inner wall, cooperates with charging tray inner wall, while bottle cap It can smoothly fall on helical feed plate again, stable is fed forward, extra when bottle cap is crossed on delivery board mostly occurs crowded Bottle cap can be fallen into charging tray faster from delivery board again.

Preferably, the inclination angle that the bottom for the first helical feed track being arranged on charging tray outer wall of spiraling tilts down Degree is 5~20 degree.It is further preferred that the inclination that the bottom for the first helical feed track being arranged on charging tray outer wall of spiraling tilts down Angle is 15 degree.The design of tilt angle herein, it is logical by third by the second through-hole, third level board convenient for second horizontal plate Hole supplements the bottle cap lacked in the first helical feed track, smoothly slides into the first spiral by through-hole convenient for bottle cap In delivery track.

Preferably, the rail walls for the first helical feed track being arranged on the outer wall of charging tray that spirals are equipped with sieve pore, The outer wall of charging tray is equipped with extraction channel, and the entrance of the extraction channel is located at sieve pore.The size of sieve pore, which is greater than in bottle cap, moulds The thickness of lid, less than the thickness of bottle cap, if there is only modeling lid in the first helical feed track, the substandard products of aluminium lid, are not being sieved At hole, modeling lid will skid off the first helical feed track out of sieve pore, and enter collecting vessel along extraction channel, wherein in sieve pore The first helical feed track at place is equipped with gas blow pipe, can cover underproof modeling and be blown out by sieve pore.

Preferably, the acclivitous tilt angle in position of close output end is 5~20 degree on the second horizontal plate. It is further preferred that the acclivitous tilt angle in position of close output end is 15 degree on the second horizontal plate.Tilt angle herein Design smoothly pass through the second through-hole convenient for bottle cap convenient for supplementing the bottle cap lacked in the first helical feed track It slides into the first helical feed track.

Preferably, the acclivitous tilt angle in position of close output end is 5~20 degree on the third level board. It is further preferred that the acclivitous tilt angle in position of close output end is 15 degree on the third level board.Tilt angle herein Design smoothly pass through third through-hole convenient for supplementing the bottle cap lacked in the first helical feed track convenient for bottle cap It slides into the first helical feed track.

Preferably, the third level board is equipped with turning part, turning part is by the U that is arranged on third level board V notch v and the semicircle convex block being arranged at U-shaped breach are constituted.It can by the turning part that U-shaped breach and semicircle convex block are formed The bottle cap entered on third level board is screened again, just in case have aluminium lid under, modeling covers and do not meet transport status in upper Bottle cap when entering third level board, which will be under the interference of semicircle convex block at U-shaped breach Again it falls into charging tray, and only meets that the modeling that conveying requires is covered under, aluminium lid in upper bottle cap can just pass through turning part, The setting of turning part can ensure compliance with the absolute reliable of conveying aluminum cover shape state.

Preferably, rotation is equipped with mechanical bar on the bracket, the machinery bar is located at the first helical feed track Output end, the output end that the first helical feed track is located on the bracket is equipped with gas blow pipe.The setting of mechanical bar is convenient Operator is in the case where not arrestment, the interim output for preventing bottle cap in the first helical feed track, so as to display The case where figure is shown on device carries out temporal analysis, discusses, can also be checked the working condition of follow-up equipment, be adjusted, Simple structure and reasonable design, the output for being set as bottle cap in the first helical feed track of gas blow pipe provides external impetus herein, Preferably enter next process convenient for bottle cap.

Preferably, the described first tilt angle for turning to bottom plate is 5~10 degree.It is further preferred that described first turns to bottom plate Tilt down angle be 8 degree.First steering bottom plate properly tilts down angle design, can be with the first helical feed plate Same upward-inclination angle degree formed it is good excessively so that reversed bottle cap can be rapidly performed by adjustment, after being adjusted in junction Continuous modeling is covered under, aluminium lid is in upper state, and adjustment is quick.

Preferably, the described second tilt angle for turning to bottom plate is 5~10 degree.It is further preferred that described second turns to bottom plate Tilt down angle be 8 degree.Second steering bottom plate properly tilts down angle design, can be with the second helical feed plate Same upward-inclination angle degree formed it is good excessively so that reversed bottle cap can be rapidly performed by adjustment, after being adjusted in junction Continuous modeling is covered under, aluminium lid is in upper state, and adjustment is quick.

Preferably, the tilt angle that the third turns to bottom plate is 5~10 degree.It is further preferred that the third turns to bottom plate Tilt down angle be 8 degree.Third turns to the suitable of bottom plate and tilts down angle design, can be with third helical feed plate Same upward-inclination angle degree formed it is good excessively so that reversed bottle cap can be rapidly performed by adjustment, after being adjusted in junction Continuous modeling is covered under, aluminium lid is in upper state, and adjustment is quick.

The utility model has the following beneficial effects:

The bottle cap progress side that the first helical feed plate is sent by the way that the first steering track is arranged on the inner wall of charging tray To adjustment, specially bottom plate tilting down on one side close to charging tray center is turned to by first, so that the first steering bottom plate inclines The inclination of tilted direction and the first helical feed plate is reversed on the contrary, the width of the first steering bottom plate is greater than the first helical feed plate again Width, by the reasonable transformation of tilt angle, so that the bottle cap for reaching first horizontal plate is that the state under is covered in heavier modeling, So that being covered under by the modeling that the bottle cap that the first helical feed track exports is satisfaction output requirement, aluminium lid is in upper state, energy It is enough that the positive and negative of bottle cap is adjusted, so that output state is unified；By by the way that the second spiral is arranged on the inner wall of charging tray Delivery board comes pair as the auxiliary of the first helical feed plate in output end setting the second steering track of the second helical feed plate Bottle cap that second helical feed plate is sent carries out the adjustment in direction, by the position on second horizontal plate close to output end be set as to Upper inclination, and the second through-hole is set positioned at the position of output end on second horizontal plate on charging tray, as to the first spiral transferring The supplement of bottle cap in track is sent, guarantees the output quantity for there are enough bottle caps in the first helical feed track, passes through the second helical feed Plate and second turn to track junction the second driving lever is set, excessive bottle cap is dialled in charging tray again, prevents bottle cap the The junction of two helical feed plates and the second steering track is disorderly jumped；By by the way that third spiral transferring is arranged on the inner wall of charging tray It send plate as the further auxiliary of the first helical feed plate, turns to track in the output end setting third of third helical feed plate Bottle cap to send to third helical feed plate carries out the adjustment in direction, will be arranged on third level board close to the position of output end To tilt upwards, and third through-hole is set positioned at the position of output end on third level board on charging tray, as to the first spiral shell The supplement of bottle cap in delivery track is revolved, guarantees the output quantity for there are enough bottle caps in the first helical feed track, passes through third spiral Third driving lever is arranged in the junction that delivery board and third turn to track, and excessive bottle cap is dialled in charging tray again, prevents bottle cap It disorderly jumps in the junction that third helical feed plate and third turn to track.

Detailed description of the invention

Fig. 1 is the first structure diagram of the utility model；

Fig. 2 is second structural schematic diagram of the utility model；

Fig. 3 is the structural schematic diagram at the utility model vibration component；

Fig. 4 is structural schematic diagram when the utility model uses in bottle cap automatic checkout equipment complete machine；

Fig. 5 is the structural schematic diagram in bottle cap automatic checkout equipment complete machine at feed mechanism；

Fig. 6 is the structural schematic diagram in bottle cap automatic checkout equipment complete machine at turning part；

Fig. 7 is the structural schematic diagram in bottle cap automatic checkout equipment complete machine at extraction channel；

Fig. 8 is the structural schematic diagram in bottle cap automatic checkout equipment complete machine at the first conveying mechanism；

Fig. 9 is the structural schematic diagram in bottle cap automatic checkout equipment complete machine at the first testing agency；

Figure 10 is the structural schematic diagram in bottle cap automatic checkout equipment complete machine at the second testing agency；

Figure 11 is the first structure diagram in bottle cap automatic checkout equipment complete machine at turnover mechanism；

Figure 12 is the second structural schematic diagram in bottle cap automatic checkout equipment complete machine at turnover mechanism；

Figure 13 is the structural schematic diagram in bottle cap automatic checkout equipment complete machine at third testing agency；

Figure 14 is the structural schematic diagram in bottle cap automatic checkout equipment complete machine at third export channel.

The label in accompanying drawing is: 1- feed mechanism, 101- feed frame, 102- hopper, 103- buffer board, 104- conical material Mouthful, 105- vibrating motor, 106- vibrating disk, 107- strut, 108- feeler lever, 109- inductor, 2- vibrating mechanism, the chassis 201-, 202- impulse mgnet, 203- oscillating plate, 204- latch plate, 205- charging tray, 206- the first helical feed plate, the second spiral of 207- Delivery board, 208- third helical feed plate, 209- first turn to track, and 210- first turns to bottom plate, and 211- first turns to side plate, 212- first horizontal plate, 213- the first helical feed track, 214- sieve pore, 215- extraction channel, 216- second turn to track, The second driving lever of 217-, the steering bottom plate of 218- second, the steering side plate of 219- second, 220- second horizontal plate, the second through-hole of 221-, 222- third turns to track, 223- third driving lever, and 224- third turns to bottom plate, and 225- third turns to side plate, and 226- third is horizontal Plate, 227- third through-hole, 228- turning part, 229-U v notch v, 230- semicircle convex block, 231- vibration component, 232- machinery gear Bar, the first conveying mechanism of 3-, the first driving wheel of 301-, the first driven wheel of 302-, the first driving motor of 303-, 304- first are conveyed Band, the first guide plate of 305-, the first guide rail of 306-, the second guide plate of 307-, the second guide rail of 308-, 309- first are led Channel out, 310- third guide plate, 311- third guide rail, the first transparent baffle of 312-, 313- waist hole, the first detection machine of 4- Structure, the first testing stand of 401-, 402- first light source, the first lamp housing of 403-, the first camera of 404-, the second testing agency of 5-, 501- pillar, 502- square fixed frame, 503- second light source, the annular lamp housing of 504- second, 505- fixed link, 506- second take the photograph As head, 6- turnover mechanism, 601- support, the semiclosed sleeve of 602-, 603- link block, 604- torsion bar, 605-U shape button, 7- second Conveying mechanism, the second driving wheel of 701-, the second driven wheel of 702-, the second driving motor of 703-, the second conveyer belt of 704-, 705- Four guide plates, the 4th guide rail of 706-, the second transparent baffle of 707-, the export of 708- second channel, 8- third testing agency, 801- third testing stand, 802- third camera, 803- third light source, 804- third annular lamp housing, 9- bracket, 10- gas blow pipe, 11- cylinder, 12- sliding seat, 13- third export channel.

Specific embodiment

The utility model is further described with reference to the accompanying drawings and examples, but is not intended as to the utility model The foundation of limitation.

A kind of antibiotic bottle cap vibrating mechanism as depicted in figs. 1 and 2 including vibration component 231 as shown in Figure 3 and is set The charging tray 205 on vibration component is set, is successively arranged the first helical feed plate mutually arranged side by side on the inner wall of charging tray from lower to upper 206, the second helical feed plate 207 and third helical feed plate 208, the first helical feed plate, the second helical feed plate and third Helical feed plate tilts upwards close to the one side at charging tray center, the first helical feed plate, the second helical feed plate and third spiral shell The width for revolving delivery board is identical as the thickness of bottle cap；The output end of first helical feed plate is connected with the first steering track 209, the One steering track turns to side plate 211 and first horizontal plate 212 by the first steering bottom plate 210, first and constitutes, first turn to bottom plate with The connection of first helical feed plate, the first steering bottom plate are tilted down close to the one side at charging tray center, and first turns to the width of bottom plate Degree is greater than the width of the first helical feed plate, and the first width for turning to bottom plate is less than the outer diameter of bottle cap, and first turns to side plate setting Bottom plate is turned to close to the one side at charging tray center first, and first horizontal plate is connect with the first steering bottom plate, the width of first horizontal plate Degree is greater than the outer diameter greater than bottle cap, and the output end of the first steering track is connected with the first helical feed track 213, the first spiral transferring The partial spiral of the outside for sending track to be located at charging tray, the first helical feed track is arranged on the outer wall of charging tray, the first spiral transferring The outside for sending another part of track to be located at charging tray, the bottom of the first helical feed track being arranged on charging tray outer wall that spirals to Lower inclination, the bottom level of the first helical feed track outside charging tray；The output end of second helical feed plate is connected with Second turns to track 216, and the junction that the second helical feed plate and second turn to track is equipped with the second driving lever 217, and second turns to Track turns to side plate 219 by the second steering bottom plate 218, second and second horizontal plate 220 is constituted, and second turns to bottom plate and the second spiral shell Delivery board connection is revolved, the second steering bottom plate is tilted down close to the one side at charging tray center, and the width of the second steering bottom plate is greater than The width of second helical feed plate, the second width for turning to bottom plate are less than the outer diameter of bottle cap, and second, which turns to side plate, is arranged second Bottom plate is turned to close to the one side at charging tray center, second horizontal plate is connect with the second steering bottom plate, and the width of second horizontal plate is greater than Greater than the outer diameter of bottle cap, the position on second horizontal plate close to output end tilts upwards, is located on charging tray defeated on second horizontal plate The position of outlet is equipped with the second through-hole 221, and second horizontal plate is connected by the second through-hole with the bottom surface of the first helical feed track It connects；The output end of third helical feed plate is connected with third and turns to track 222, and third helical feed plate and third turn to track Junction is equipped with third driving lever 223, and third turns to track and turns to bottom plate 224, third steering side plate 225 and third level by third Plate 226 constitute, third turn to bottom plate connect with third helical feed plate, third steering bottom plate close to charging tray center one side to Lower inclination, the width that third turns to bottom plate are greater than the width of third helical feed plate, and the width that third turns to bottom plate is less than bottle cap Outer diameter, third, which turns to side plate third is arranged in, turns to bottom plate close to the one side at charging tray center, and third level board and third turn to Bottom plate connection, the width of third level board are greater than the outer diameter greater than bottle cap, and the position of close output end is upward on third level board It tilts, the position that output end on third level board is located on charging tray is equipped with third through-hole 227, and third level board passes through third through-hole It is connected with the bottom surface of the first helical feed track.Vibration component includes chassis 201 and the impulse mgnet that is arranged on chassis 202, the end of impulse mgnet is equipped with oscillating plate 203, is connect by latch plate 204 with charging tray on oscillating plate.First spiral transferring The tilt angle for sending plate, the second helical feed plate and third helical feed plate is 10~20 degree.It spirals and is arranged on charging tray outer wall The tilt angle that tilts down of bottom of the first helical feed track be 5~20 degree.It spirals and is arranged on the outer wall of charging tray The rail walls of first helical feed track are equipped with sieve pore 214, and the outer wall of charging tray is equipped with extraction channel 215, extraction channel Entrance is located at sieve pore.The acclivitous tilt angle in position of close output end is 5~20 degree on second horizontal plate.Third water The acclivitous tilt angle in position of close output end is 5~20 degree on plate.Third level board is equipped with turning part 228, Turning part is made of the U-shaped breach 229 being arranged on third level board and the semicircle convex block 230 being arranged at U-shaped breach.Branch Rotation is equipped with mechanical bar 232 on frame, and mechanical bar is located at the output end of the first helical feed track, is located at the first spiral shell on bracket The output end for revolving delivery track is equipped with gas blow pipe.

A kind of bracket as shown in Figure 4 is equipped with display, including feed mechanism 1 as shown in Figure 5, such as Fig. 1 and Fig. 2 institute It is the vibrating mechanism 2 that shows, the first conveying mechanism 3 as shown in Figure 8, the first testing agency 4 as shown in Figure 9, as shown in Figure 10 Second testing agency 5, turnover mechanism 6 as is illustrated by figs. 11 and 12, second conveyor structure 7, third detects as shown in fig. 13 that Mechanism 8 and bracket 9；Feed mechanism includes feed frame 101 and the hopper 102 that feed frame top is arranged in, the inside of hopper Several buffer boards 103 tilted down are staggeredly equipped with, the upper end of buffer board is arranged on hopper inner wall, the lower end of buffer board and material There are spacing between bucket inner wall, the lower end of upside buffer board is directed toward downside buffer board and is leaned on, and the bottom of hopper is equipped with taper material mouth 104, feed frame is equipped with vibrating motor 105, and the vibration end of vibrating motor is equipped with the vibrating disk 106 tilted down, vibrating disk Bottom surface in the lower section of taper material mouth, vibrating disk is the wavy shaped configuration of smooth excessiveness, and feeding bracket is equipped with strut 107, the end rotation of strut is equipped with feeler lever 108, and strut is equipped with inductor 109 corresponding with feeler lever；Vibrating mechanism includes Vibration component 231 as shown in Figure 3 and the charging tray 205 being arranged on vibration component are successively set from lower to upper on the inner wall of charging tray There are the first helical feed plate 206 mutually arranged side by side, the second helical feed plate 207 and third helical feed plate 208, the first helical feed Plate, the second helical feed plate and third helical feed plate tilt upwards close to the one side at charging tray center, the first helical feed plate, The width of second helical feed plate and third helical feed plate is identical as the thickness of bottle cap；The output end of first helical feed plate connects It is connected to the first steering track 209, first, which turns to track, turns to the steering side plate 211 of bottom plate 210, first and first horizontal plate by first 212 are constituted, and the first steering bottom plate is connect with the first helical feed plate, and the first steering bottom plate is downward close to the one side at charging tray center Inclination, the first width for turning to bottom plate are greater than the width of the first helical feed plate, and the first width for turning to bottom plate is less than bottle cap The first steering bottom plate is arranged in close to the one side at charging tray center in outer diameter, the first steering side plate, and first horizontal plate and first turns to bottom Plate connection, the width of first horizontal plate are greater than the outer diameter greater than bottle cap, and the output end of the first steering track is connected with the first spiral Delivery track 213, the first helical feed track are located at the outside of charging tray, and the partial spiral setting of the first helical feed track is being expected On the outer wall of disk, another part of the first helical feed track is located at the outside of charging tray, and spiral be arranged on charging tray outer wall The bottom of one helical feed track tilts down, the bottom level of the first helical feed track outside charging tray；Second spiral shell The output end of rotation delivery board is connected with the second steering track 216, and the junction of the second helical feed plate and the second steering track is set There is the second driving lever 217, second, which turns to track, turns to the steering side plate 219 of bottom plate 218, second and 220 structure of second horizontal plate by second At, the second steering bottom plate is connect with the second helical feed plate, and the second steering bottom plate is tilted down close to the one side at charging tray center, Second width for turning to bottom plate is greater than the width of the second helical feed plate, and the second width for turning to bottom plate is less than the outer diameter of bottle cap, The second steering bottom plate is arranged in close to the one side at charging tray center in second steering side plate, and second horizontal plate and second turns to bottom plate company It connects, the width of second horizontal plate is greater than the outer diameter greater than bottle cap, tilts, expects upwards close to the position of output end on second horizontal plate The position for being located at output end on second horizontal plate on disk is equipped with the second through-hole 221, and second horizontal plate passes through the second through-hole and first The bottom surface of helical feed track is connected；The output end of third helical feed plate is connected with third and turns to track 222, third spiral The junction that delivery board and third turn to track is equipped with third driving lever 223, and third turns to track and turns to bottom plate 224, the by third Three turn to side plate 225 and the composition of third level board 226, and third turns to bottom plate and connect with third helical feed plate, and third turns to bottom Plate is tilted down close to the one side at charging tray center, and the width that third turns to bottom plate is greater than the width of third helical feed plate, the Three width for turning to bottom plate are less than the outer diameter of bottle cap, and third turns to side plate and third steering bottom plate is arranged in close to the one of charging tray center Side, third level board turn to bottom plate with third and connect, and the width of third level board is greater than the outer diameter greater than bottle cap, third level board The upper position close to output end tilts upwards, and the position that output end on third level board is located on charging tray is equipped with third through-hole 227, Third level board is connected by third through-hole with the bottom surface of the first helical feed track；The output end of vibrating disk is located at charging tray Top, the lower end of feeler lever are located at the inside of charging tray；First testing agency includes the first testing stand 401 being arranged on bracket and sets Set the first light source 402 at the top of the first testing stand, first light source includes hemispheric first lamp housing 403 and is circumferentially positioned at the Several LED bulbs in one envelope inner wall, the top of the first lamp housing are equipped with the first camera 404, and the first camera passes through first The center of downwardly directed first lamp housing after lamp housing；Second testing agency includes that the pillar 501 being arranged on bracket and setting are being propped up Square fixed frame 502 at the top of bar, the center of square fixed frame are equipped with second light source 503, and second light source includes setting Several LED bulbs setting the on square fixed frame second annular lamp housing 504 and being arranged on the second annular lamp housing, square It is equipped with the fixed link 505 perpendicular with the four edges of square fixed frame on the four edges of fixed frame, fixed link is equipped with the Two cameras 506, second camera are directed toward the center of square fixed frame；First conveying mechanism includes be arranged on bracket One driving wheel 301, the first driven wheel 302 and the first driving motor 303, the output end of the first driving motor pass through gear member and the The connection of one driving wheel, the first driving wheel are connect by first conveyer belt 304 with the first driven wheel, the first testing agency and the second inspection The top that mechanism is sequentially located at first conveyer belt along conveying direction is surveyed, is set on bracket there are two the first guide plate 305 mutually arranged side by side, First guide plate is located at the top of first conveyer belt, spacing the first guide rail 306 of formation between two the first guide plates, and first The entrance of guide rail is located at the output of the first helical feed track, and the outlet of the first guide rail is located at the first detection machine At structure；It being set on bracket there are two the second guide plate 307 mutually arranged side by side, the second guide plate is located at the top of first conveyer belt, and two Spacing between second guide plate forms the second guide rail 308, and the second guide rail is located at the first testing agency and the second detection Between mechanism, the two sides on bracket positioned at the second testing agency are equipped with gas blow pipe 10 and the first export channel 309, the second detection The gas blow pipe of the every side of mechanism and the first export channel are located at the both sides of first conveyer belt, the every side of the second testing agency Gas blow pipe and the first export channel are oppositely arranged；Third guide plate 310 mutually arranged side by side there are two being set on bracket, third guide plate position Spacing between the top of first conveyer belt, two third guide plates forms third guide rail 311, and third guide rail is located at The output end of first conveyer belt；Third testing agency includes that the third testing stand 801 being arranged on bracket and setting are examined in third The third camera 802 of top of the trellis is surveyed, the lower part of third testing stand is equipped with third light source 803, and third light source is by being arranged in third Third annular lamp housing 804 on testing stand and several LED light being arranged on third annular lamp housing are constituted, third camera and the The center of three annular lamp housings is opposite；Second conveyor structure includes the second driving wheel 701, the second driven wheel being arranged on bracket 702 and second driving motor 703, the output end of the second driving motor connect by gear member with the second driving wheel, second drives Wheel is connect by the second conveyer belt 704 with the second driven wheel, and third testing agency is located at the top of the second conveyer belt, sets on bracket There are two the 4th guide plate 705 mutually arranged side by side, the 4th guide plate is located at the top of the second conveyer belt, between two the 4th guide plates Spacing forms the 4th guide rail 706；Outlet side on bracket positioned at third testing agency is equipped with gas blow pipe and the second export Channel 708, gas blow pipe and the second export channel are located at the both sides of the second conveyer belt, and gas blow pipe and the second export channel are opposite Setting；Turnover mechanism is located on the rack between the first conveying mechanism and second conveyor structure, and turnover mechanism includes 601 He of support Semiclosed sleeve 602 on the support is set, and semiclosed sleeve is the structure gradually reversed that passes through, semiclosed set The unclosed place of cylinder is equipped with torsion bar 604 by link block 603, and the both ends of semiclosed sleeve are equipped with U-shaped and buckle 605, two U-shaped buttons U-shaped opening it is contrary；The output end of third guide rail and the input terminal of turnover mechanism are corresponding, the 4th guide rail position Between turnover mechanism and third testing agency, the input terminal of the 4th guide rail is corresponding with the output end of turnover mechanism；Branch Frame is equipped with display, and display is connect with the first camera, second camera and third camera respectively.

The tilt angle of buffer board is 10~30 degree.The tilt angle of vibrating disk is 10~20 degree.Vibration component includes bottom Disk 201 and the impulse mgnet 202 being arranged on chassis, the end of impulse mgnet are equipped with oscillating plate 203, pass through on oscillating plate Latch plate 204 is connect with charging tray.The tilt angle of first helical feed plate, the second helical feed plate and third helical feed plate is 10~20 degree.First tilt angle for turning to bottom plate is 5~10 degree.Spiral the first helical feed rail being arranged on charging tray outer wall The tilt angle that the bottom in road tilts down is 5~20 degree.Spiral the first helical feed track being arranged on the outer wall of charging tray Rail walls be equipped with sieve pore 214, the outer wall of charging tray is equipped with extraction channel 215 as shown in Figure 7, the entrance position of extraction channel At sieve pore.Second tilt angle for turning to bottom plate is 5~10 degree.Position on second horizontal plate close to output end tilts upwards Tilt angle be 5~20 degree.The tilt angle that third turns to bottom plate is 5~10 degree.Close to output end on third level board The acclivitous tilt angle in position is 5~20 degree.Third level board be equipped with turning part 228 as shown in FIG. 6, turning part by The U-shaped breach 229 being arranged on third level board and the semicircle convex block 230 being arranged at U-shaped breach are constituted.Square is fixed The diagonal line of one of frame is parallel with first conveyer belt.Two third guide plates are equipped with the first transparent baffle 312, and first is transparent Baffle is located at the top of third guide rail, and the position of close output end is equipped with waist hole 313, third guiding on the first transparent baffle Plate is equipped with gas blow pipe, and the inflatable mouth of gas blow pipe is directed toward waist hole.Two the 4th guide plates are equipped with the second transparent baffle 707, the Two transparent baffles are located at the top of the 4th guide rail.Support is equipped with gas blow pipe, and the inflatable mouth of gas blow pipe is directed toward semiclosed set The unclosed place of cylinder.It is equipped with cylinder 11 positioned at the output end of the second conveyer belt on bracket, the piston rod of cylinder is equipped with sliding seat 12, set that there are two third as shown in figure 14 export channels 13 on sliding seat, two thirds export channels are V-arrangement on sliding seat The entrance of setting, two third export channels is corresponding with the output end of the second conveyer belt.Rotation is equipped with mechanical bar on bracket 232, mechanical bar is located at the output end of the first helical feed track, and the output end that the first helical feed track is located on bracket is set There is gas blow pipe.

The working principle of the utility model are as follows:

Staff pours into bottle cap to be detected in hopper 102, the buffer board 103 that bottle cap is 20 degree by tilt angle, by On down gradually slide into be located at feed hopper bottom taper material mouth 104 at vibrating disk 106 on, due to the friendship of buffer boards multiple in hopper Mistake setting, bottle cap are successively distributed in hopper, and the speed moved downward also more mitigates, and controller controls vibrating motor 105 and shakes Dynamic, it is 15 degree of vibration disc vibrations that vibrating motor, which will drive and tilt down angle, the bottle cap in vibrating disk can gradually export to In the charging tray 205 of vibrating mechanism 2, due to the waveform that the interior bottom surface of vibrating disk is smooth excessiveness, so in vibration disc vibration When, bottle cap is exporting by row to charging tray of having levels, will not generate the situation that bottle cap batch pours in charging tray, work as material When bottle cap in disk is enough, the bottom of feeler lever 108 contacts the bottle cap in charging tray, and in the spiral of bottle cap, feeler lever can propped up The end of bar 107 rotates, and dislocation is just formed between inductor 109 after feeler lever rotation, and feeler lever is not just sensed by inductor, is felt Device is answered to pass information to controller, controller controls vibrating motor and stops vibration, and such bottle cap just will not be again out of vibrating disk Output is in charging tray, and when the bottle cap deficiency in charging tray, due to the active force of not no bottle cap, feeler lever will not turn in the end of strut Dynamic, feeler lever is in free vertical state, and inductor and feeler lever are on same straight line, and inductor can sense feeler lever, sense Answer device that inductive signal is passed to controller, controller controls vibrating motor vibration again, and vibrating motor makes in vibrating disk Bottle cap is exported to charging tray by row again, repeatedly, guarantees the suitable supply of the quantity of bottle cap.Controller controls pulse electromagnetic Iron 202 works, and impulse mgnet vibrates charging tray by oscillating plate 203 and latch plate 204, can generate one in charging tray at this time The upward power of a spiral so that bottle cap in charging tray can be 15 degree along same upward-inclination angle degree the first helical feed plate 206, the Two helical feed plates 207 and 208 spiral of third helical feed plate move upwards, since the width of helical feed plate is slightly larger than bottle cap Thickness, so can only also will be in charging tray with the presence of the single layer bottle cap being arranged successively, extra bottle cap on helical feed plate It is fallen in charging tray again under vibration, since the weight of modeling lid is slightly larger than the weight of aluminium lid, so the bottle on helical feed plate Most of lid is all modeling lid side against the inner wall of charging tray, also can inevitably have aluminium lid side certainly and transport forward against charging tray inner wall Dynamic bottle cap exists, so the output end in helical feed plate is connected to steering track, due to turning to the steering bottom plate of track The inclined direction of tilt angle and helical feed plate is on the contrary, and turning to the width of bottom plate and being greater than the width of helical feed plate still Less than the diameter of bottle cap, so when bottle cap moves to helical feed plate and turns to the junction of bottom plate, those normal modeling lids Bottle cap against charging tray inner wall will not influenced to continue to travel forward against charging tray inner wall by inclined direction transformation, those do not meet It is required that aluminium lid against the bottle cap of charging tray inner wall, at the transformation of inclined direction, due to the effect of gravity, bottle cap will incline It separates tiltedly and with charging tray inner wall, heavier modeling lid will travel forward against side plate is turned to, and aluminium lid is separated with charging tray inner wall, directly To at level board, all bottle caps are all that modeling is covered under, aluminium lid is conveyed in upper satisfactory state, second horizontal plate 220, the tilt angle of 226 output end of third level board and the first helical feed track 213 to tilt down angle identical, be 15 degree, so the bottle cap of second horizontal plate, third level board output end will carry out for the bottle cap in the first helical feed track Supplement appropriate is slid into the first helical feed track by corresponding through-hole, is guaranteed to bottle cap in the first helical feed track Enough supplies are also provided with the overturning being made of U-shaped breach 229 and semicircle convex block 230 in the middle position of second horizontal plate Portion 228, the turning part can cover the bottle cap ability under to the bottle cap screening for re-filtering on second horizontal plate, only modeling Smoothly pass through from turning part, undesirable bottle cap of the aluminium lid under is under the interference effect of semicircle convex block, it will It falls from U-shaped breach into charging tray, guarantees absolutely meeting the requirements for bottle cap transport status, at the first helical feed track It is also equipped with two and blocks bar, prevent bottle cap from skidding off out of first helical feed track, in bottle cap in the first helical feed track During interior conveying, if the substandard products that there is only modeling lid in the first helical feed track exist, substandard products modeling lid will It skids off at the sieve pore 214 at the tilting section close to horizontal segment, and is led in material collecting box by extraction channel 215, at sieve pore Be also equipped with gas blow pipe 10, can guarantee substandard products modeling be stamped sieve pore remove the first helical feed track, satisfactory bottle cap by The output end of first helical feed track is exported to first conveyer belt 304, is arranged in the output end of the first helical feed track There are mechanical bar 232 and gas blow pipe, the output state that mechanical bar can as needed to bottle cap in the first helical feed track It is temporarily prevented, gas blow pipe herein can provide external impetus again for the bottle cap of output, and bottle cap is preferably fallen in In first conveyer belt, the bottom of the first helical feed track output end is slightly above first conveyer belt, in bottle cap by the first spiral transferring There is the process slightly fallen when track being sent to enter first conveyer belt, being also conducive to bottle cap more can steadily fall in the first conveying It takes, during bottle cap can be moved with first conveyer belt, smoothly enters by two 305 structures of the first guide plate mutually arranged side by side At the first guide rail 308 in, bottle cap movement during due to the first guide rail restricted guidance act on, Bu Huishou It to the influence of external factor, smoothly moves at the first camera 404, after passing through the first lamp housing 403 due to the first camera The center of downwardly directed first lamp housing, several LED bulbs are circumferentially positioned on the inner wall of hemispheric first lamp housing, the first camera shooting Head can clearly take the image of the aluminium lid side of bottle cap, and pictorial information is transferred at display, by plug-in pair The Qualification of image compares and analyzes, if it exists non-compliant situation, then controller can control the first detection in time The gas blow pipe of 4 outlet side of mechanism works, and non-compliant bottle cap is blown out from first conveyer belt, exports into export channel Into substandard products collection box, the bottle cap for meeting testing requirements will continue with first conveyer belt, move to by two mutually arranged side by side the In the second guide rail 308 that two guide plates 307 are constituted, since the limitation of the second guide rail is led during bottle cap movement To effect, the influence of external factor not will receive, smoothly move at second light source 503, wherein second light source is by the second ring Shape lamp housing 504 and several LED bulbs being arranged on the second annular lamp housing are constituted, and are capable of providing preferable illumination, four installations Second camera 506 in fixed link 505 is directed at the center of second light source, and second light source is being located at first conveyer belt just Top, when bottle cap passes through second light source, four second cameras can carry out efficiently clearly bottle cap side four direction Camera shooting, camera angle is comprehensive, is capable of the quality of good detection bottle cap side, and four second cameras believe the picture taken Breath is transferred at display, is compared and analyzed by Qualification of the plug-in to image, if it exists non-compliant feelings Condition, then controller can control the gas blow pipe work of 5 outlet side of the second testing agency in time, by non-compliant bottle cap from first It blows out, exports into export channel into substandard products collection box, the diagonal line of one article of square fixed frame 502 and the on conveyer belt One conveyer belt is parallel, the design of such state, so that four fixed links are when on the four edges that square fixed frame is arranged in, it is whole Body can occupy lesser space, good with other equipment collocation, guarantee what four second cameras well imaged at equal intervals Meanwhile the collocation of standpoint of perfection is formed with first conveyer belt, " rice " font is integrally formed, occupied space is smaller；It conforms to The third being made of two third guide plates 310 mutually arranged side by side that the bottle cap asked can be again introduced into second testing agency's outlet side is led Into track 311, due to the first transparent baffle at the top of third guide rail and third guide rail during bottle cap movement 312 restricted guidance effect, not will receive the influence of external factor, smoothly moves at U-shaped button 605, in the first transparent gear It is provided with waist hole 313 close to the position of output end on plate, gas blow pipe is provided at waist hole, gas blow pipe can be to third guide rail The output of interior bottle cap provides external impetus, enables bottle cap smoothly semiclosed into gradually reversing by the opening of U-shaped button In sleeve 602, the setting of U-shaped button can smoothly enter semiclosed sleeve also for bottle cap, and bottle cap is in half gradually reversed It will be flipped during moving to the other end from one end in sealing sleeve, the modeling from originally, which is covered, to be changed into aluminium lid under and exist Under transport status, be provided with torsion bar 604 in the opening of semiclosed sleeve, the influence that move to bottle cap of opening placed, partly The opening of sealing sleeve is also provided with gas blow pipe close to the position of output end, for bottle cap in semiclosed sleeve movement provide it is dynamic Power enables bottle cap to be smoothly driven out to semiclosed sleeve and enters the second conveyer belt 704, what semiclosed sleeve output end U-shaped was buckled Setting, is also convenient for bottle cap and smoothly exports out of semiclosed sleeve；Bottle cap just enters after entering the second conveyer belt by mutually arranged side by side In the 4th guide rail 706 that two the 4th guide plates 705 are constituted, during bottle cap movement due to the 4th guide rail and The restricted guidance effect of the second transparent baffle 707, not will receive the influence of external factor, smoothly transports at the top of 4th guide rail It moves to third light source 803, third light source is by third annular lamp housing 804 and several LED light being arranged on third annular lamp housing It constitutes, good illumination, third camera 802 and third annular lamp housing 804 can be provided for the bottle cap on the second conveyer belt Center is opposite, under the premise of third light source good illumination, can clearly take the image of the modeling lid side of bottle cap, and Pictorial information is transferred at display, is compared and analyzed by Qualification of the plug-in to image, is not met if it exists The case where standard, then controller can control the gas blow pipe work of 8 outlet side of third testing agency in time, by non-compliant bottle Lid is blown out from the second conveyer belt, is exported into export channel into substandard products collection box, and the bottle cap for meeting testing requirements will be from the From the third export output of channel 13 into finished product disposable box, two third export channels are in " V "-shape the output end of two conveyer belts It is arranged on sliding seat 12, controller controls the work of cylinder 11, and the bottle cap after setting input detection is qualified inside controller is Fixed number, such as program of 100 bottle caps, after the second conveyer belt exports 100 qualified bottle caps, cylinder starting, two thirds Export channel will be switched over the sliding seat that cylinder controls, and such closing lid bottle cap will be from the output end of the second conveyer belt Entered in a new finished product disposable box by another third export channel output, so guarantees the bottle cap in each collecting box Number is fixed, and re-starts statistics without staff, can be greatlyd save human cost, so just be completed entire bottle cap The work of output and detection.

The utility model has the following beneficial effects: (1) passes through several dip down that be staggered on the inner wall of hopper 102 Oblique buffer board 103 prevents the bottle cap in hopper in vibrating disk to buffer when moving downward to the bottle cap poured into hopper Vibrating disk is poured in when 106 vibration, buffering effect is preferable；By setting smooth for the bottom surface in the vibrating disk tilted down Excessive wavy shaped configuration, also for when vibrating disc vibration, bottle cap more gentle can be sent out from vibrating disk, so that The bottle cap quantity exported from vibrating disk is suitable；By feeler lever 108 and inductor 109 being arranged on strut 107 come to output Bottle cap quantity is monitored, and can be controlled the output of bottle cap according to the actual situation, can be adjusted to the output quantity of bottle cap, will not produce The excessive situation of raw bottle cap output quantity；(2) track 209 is turned to come to the first spiral transferring by the way that first is arranged on the inner wall of charging tray The bottle cap for sending plate 206 to send carries out the adjustment in direction, and it is downward close to the one side at charging tray center specially to turn to bottom plate 210 for first Inclination, so that first turns to the inclination of the inclined direction and the first helical feed plate of bottom plate reversely on the contrary, first turns to bottom plate Width is greater than the width of the first helical feed plate again, by the reasonable transformation of tilt angle, so that reaching the bottle of first horizontal plate Lid is that the state under is covered in heavier modeling, so that being to meet output to want by the bottle cap that the first helical feed track 213 exports The modeling asked is covered under, aluminium lid is in upper state, can be adjusted to the positive and negative of bottle cap, so that output state is unified；By By the way that the second helical feed plate 207 is arranged on the inner wall of charging tray 205 as the auxiliary of the first helical feed plate, in the second spiral shell The second steering track 216 of output end setting of rotation delivery board is come the tune in the bottle cap progress direction sent to the second helical feed plate It is whole, the position on second horizontal plate 220 close to output end is set as tilting upwards, and be located on second horizontal plate on charging tray The second through-hole 221 is arranged in the position of output end, as the supplement to bottle cap in the first helical feed track, guarantees the first spiral There is the output quantity of enough bottle caps in delivery track, the junction setting second of track is turned to by the second helical feed plate and second Driving lever 217 dials in excessive bottle cap in charging tray again, prevents bottle cap from turning to the company of track in the second helical feed plate and second Place is met disorderly to jump；By by third helical feed plate 207 being arranged on the inner wall of charging tray as the first helical feed plate Further auxiliary turns to track 222 in the output end setting third of third helical feed plate to send to third helical feed plate Bottle cap carry out the adjustment in direction, will be set as tilting upwards close to the position of output end on third level board 226, and in charging tray Third through-hole 227 is arranged in the upper position positioned at output end on third level board, as to bottle cap in the first helical feed track Supplement, guarantee there is the output quantities of enough bottle caps in the first helical feed track, pass through third helical feed plate and third turns to Third driving lever 223 is arranged in the junction of track, and excessive bottle cap is dialled in charging tray again, prevents bottle cap in third helical feed It disorderly jumps the junction that plate and third turn to track；(3) by arranged successively in the conveying direction first being led at first conveyer belt 304 To track 306, the second guide rail 308 and third guide rail 311, by the way that the 4th guiding is arranged at the second conveyer belt 704 Track 706 guarantees bottle cap in first conveyer belt and second to guide to the bottle cap in first conveyer belt and the second conveyer belt Stablize conveying on conveyer belt, will not be deviated because of external action, conveying is stablized；(4) by being first arranged at first conveyer belt It is examined by the first testing agency 4 that first light source 402 and the first camera 404 are constituted come the quality of the aluminium lid side to bottle cap It surveys, and the image that will test is transmitted at display and carries out analysis comparison by controller, by the defeated of the first testing agency Side is equipped with one group of gas blow pipe and the first export channel 309 out, is purged, guarantees will test the underproof bottle cap in aluminium lid side The qualification of bottle cap aluminium lid side, wherein hemispherical is set by the first lamp housing 403, by the first camera after the first lamp housing under Be directed toward the center of the first lamp housing, several LED bulbs be circumferentially positioned on the inner wall of the first lamp housing, if the first camera 404 with Dry LED bulb no-float ensure that the clarity of the first camera shooting picture；(4) by first being set at first conveyer belt It is right to set the second testing agency 5 being made of square fixed frame 502, second light source 503, fixed link 505 and second camera 506 The side quality of bottle cap is detected, wherein setting second light source to the knot of the second annular lamp housing 504 and several LED bulbs Structure ensure that brightness when detection, square fixed frame it is every on one side on be vertically arranged a fixed link, by four second Camera is separately positioned in four fixed links, and four second cameras are directed toward the center of square fixed frame, that is, are directed toward The center of second light source, the image that four second cameras simultaneously shoot four sides of bottle cap, and will test pass It is delivered at display and analysis comparison is carried out by controller, one group of gas blow pipe and the are equipped with by the outlet side in the second testing agency One export channel 309, is purged will test to the underproof bottle cap in side, guarantees the qualification of bottle cap side；(5) by The third testing agency 8 being made of third light source 803 and third camera 802 is first set at second conveyer belt 704 come to bottle cap The quality image that is detected, and will test of modeling capping be transmitted at display analysis comparison carried out by controller, lead to The outlet side crossed in third testing agency is equipped with one group of gas blow pipe and the second export channel 708, does not conform to will test modeling capping The bottle cap of lattice is purged, guarantee bottle cap modeling capping qualification, if wherein by third light source be set as third annular lamp housing 804 and The structure of dry LED bulb, ensure that brightness when detection, by the center phase of third camera 802 setting and third annular lamp housing Right, third camera can be good fit with third light source, ensure that the clarity of third camera shooting picture；First detection Mechanism, the second testing agency and third the testing agency successively reasonable equipment in an equipment, save equipment cost, ensure that Higher detection efficiency；(6) by the way that turnover mechanism 6 is arranged between the second testing agency and third testing agency, by bottle cap It is overturn, the modeling capping of bottle cap is detected convenient for third testing agency, set semiclosed sleeve 602 for turnover mechanism, turn round The structure that bar 604 and U-shaped button 605 are combined, is gradually reversed wherein semiclosed sleeve passes through, and is located at semiclosed set The opening direction of two U-shaped buttons at cylinder both ends is 180 degree on the contrary, can be realized efficiently turning over for bottle cap with structure simple in this way Turn, overturning efficiency is higher.

Claims (8)

1. a kind of antibiotic bottle cap vibrating mechanism, it is characterized in that: including material vibration component (231) and be arranged on vibration component Disk (205) is successively arranged the first helical feed plate (206) mutually arranged side by side, the second spiral on the inner wall of the charging tray from lower to upper Delivery board (207) and third helical feed plate (208), the first helical feed plate, the second helical feed plate and third spiral Delivery board tilts upwards close to the one side at charging tray center, the first helical feed plate, the second helical feed plate and third spiral shell The width for revolving delivery board is identical as the thickness of bottle cap；The output end of the first helical feed plate is connected with the first steering track (209), described first track is turned to by the first steering bottom plate (210), the first steering side plate (211) and first horizontal plate (212) It constitutes, the first steering bottom plate is connect with the first helical feed plate, and described first turns to bottom plate close to the one side at charging tray center It tilts down, the described first width for turning to bottom plate is greater than the width of the first helical feed plate, and described first turns to bottom plate Width be less than bottle cap outer diameter, it is described first steering side plate be arranged in first steering bottom plate close to the one side at charging tray center, it is described First horizontal plate connect with the first steering bottom plate, and the width of the first horizontal plate is greater than the outer diameter of bottle cap, and described first The output end for turning to track is connected with the first helical feed track (213), and the first helical feed track is located at the outer of charging tray The partial spiral in portion, the first helical feed track is arranged on the outer wall of charging tray, the first helical feed track it is another A part is located at the outside of charging tray, and the bottom for the first helical feed track being arranged on charging tray outer wall that spirals tilts down, position The bottom level of the first helical feed track outside charging tray；The output end of the second helical feed plate is connected with second turn To track (216), the second helical feed plate and second turn to track junction be equipped with the second driving lever (217), described the Two steering tracks turn to bottom plate (218), the second steering side plate (219) and second horizontal plate (220) by second and constitute, and described second It turns to bottom plate to connect with the second helical feed plate, the second steering bottom plate is tilted down close to the one side at charging tray center, institute The width for stating the second steering bottom plate is greater than the width of the second helical feed plate, and the described second width for turning to bottom plate is less than bottle cap The second steering bottom plate is arranged in close to the one side at charging tray center in outer diameter, the second steering side plate, the second horizontal plate and the Two turn to bottom plates connection, and the width of the second horizontal plate is greater than the outer diameter greater than bottle cap, close to defeated on the second horizontal plate The position of outlet tilts upwards, and the position that output end on second horizontal plate is located on the charging tray is equipped with the second through-hole (221), institute It states second horizontal plate and is connected by the second through-hole with the bottom surface of the first helical feed track；The third helical feed plate it is defeated Outlet is connected with third and turns to track (222), and the third helical feed plate and third turn to the junction of track equipped with third Driving lever (223), the third turn to track and turn to bottom plate (224), third steering side plate (225) and third level board by third (226) it constitutes, the third turns to bottom plate and connect with third helical feed plate, and the third turns to bottom plate close to charging tray center It tilts down on one side, the width that the third turns to bottom plate is greater than the width of third helical feed plate, and the third turns to bottom The width of plate is less than the outer diameter of bottle cap, and the third, which turns to side plate third is arranged in, turns to bottom plate close to the one side at charging tray center, The third level board turns to bottom plate with third and connect, and the width of the third level board is greater than the outer diameter greater than bottle cap, described Position on third level board close to output end tilts upwards, and the position that output end on third level board is located on the charging tray is set Have third through-hole (227), the third level board is connected by third through-hole with the bottom surface of the first helical feed track.

2. a kind of antibiotic bottle cap vibrating mechanism according to claim 1, it is characterized in that: the vibration component includes chassis (201) and the impulse mgnet (202) that is arranged on chassis, the end of the impulse mgnet is equipped with oscillating plate (203), described It is connect by latch plate (204) with charging tray on oscillating plate.

3. a kind of antibiotic bottle cap vibrating mechanism according to claim 1, it is characterized in that: the first helical feed plate, The tilt angle of second helical feed plate and third helical feed plate is 10~20 degree.

4. a kind of antibiotic bottle cap vibrating mechanism according to claim 1 is arranged on charging tray outer wall it is characterized in that: spiraling The tilt angle that tilts down of bottom of the first helical feed track be 5~20 degree.

5. a kind of antibiotic bottle cap vibrating mechanism according to claim 1, is arranged in the outer wall of charging tray it is characterized in that: spiraling On the rail walls of the first helical feed track be equipped with sieve pore (214), the outer wall of charging tray is equipped with extraction channel (215), institute The entrance for stating extraction channel is located at sieve pore.

6. a kind of antibiotic bottle cap vibrating mechanism according to claim 1, it is characterized in that: close on the second horizontal plate The acclivitous tilt angle in the position of output end is 5~20 degree.

7. a kind of antibiotic bottle cap vibrating mechanism according to claim 1, it is characterized in that: close on the third level board The acclivitous tilt angle in the position of output end is 5~20 degree.

8. a kind of antibiotic bottle cap vibrating mechanism according to claim 1, it is characterized in that: the third level board is equipped with Turning part (228), turning part is by the U-shaped breach (229) that is arranged on third level board and U-shaped breach is arranged in half Round bump (230) is constituted.