CN104444292A - Feeding and finishing system and process of aluminum and plastic caps - Google Patents
Feeding and finishing system and process of aluminum and plastic caps Download PDFInfo
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- CN104444292A CN104444292A CN201410744525.6A CN201410744525A CN104444292A CN 104444292 A CN104444292 A CN 104444292A CN 201410744525 A CN201410744525 A CN 201410744525A CN 104444292 A CN104444292 A CN 104444292A
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Abstract
The invention discloses a feeding and finishing system of aluminum and plastic caps. The system comprises an aluminum cap feeding and finishing portion, a plastic cap feeding and finishing portion, a pneumatic control portion, a photoelectric control portion and an automatic controller. The invention further discloses a feeding and finishing process of aluminum and plastic caps employing the system. By the use of the centrifugal separation mode with a unique tray structure, friction of the aluminum or plastic caps is greatly reduced, and loss is reduced; by the use of a pneumatic mode with a unique screening rail and the use of high-pressure air as power to finish the caps, the caps run faster on the rail, the cap finishing process is stable and is better than mechanical finishing, product yield can be evidently increased, the surfaces of the caps have no scratch or deformation after finishing, and fewer caps are jammed or deformed; the fishing and moving speeds are higher, above 900 caps per minute; finishing and arrangement of the aluminum and plastic caps is achieved, and feeding for a next procedure is achieved.
Description
Technical field
The present invention relates to the production and processing technology of aluminium-plastic cap, specifically aluminium lid, mould lid feeding clearing system and feeding finishing technique thereof.
Background technology
Need in aluminium-plastic cap production process by aluminium lid with mould lid and be organized into the consistent state in direction respectively, to aluminium-plastic cap lock seaming machine feed, next step scale Production line program could be entered.The feeding method for sorting of current bottle cap (aluminium lid and mould lid) mainly contains two kinds, one takes vibrating disk, bottle cap moved ahead on the helical orbit of vibration, the change of arrangement place shape on track, the bottle cap of different directions is dropped, reaches and bottle cap is organized into the consistent object in direction.The shortcoming that this Collator Mode exists is that noise is large, efficiency is low, and during vibration between aluminium lid phase mutual friction aluminium lid aluminium can be caused to consider to be worth doing increase.Another kind is that high-order feeding mechanical formula arranges, and arranges big material bin control to export by thumb wheel again by multichannel gravity.Due to complicated in mechanical structure, easily there is the situation of getting stuck in this Collator Mode, seriously, high-order artificial feeding potential safety hazard is large simultaneously, and integral production efficiency is not high for raw material wearing and tearing and extruding.These two kinds of modes are all semi-mechanized operation modes above, and not only production efficiency is low, and well damage in bottle cap arrangement process, damage rate are high.
Summary of the invention
An object of the present invention is just to provide a kind of aluminium lid, moulds lid feeding clearing system, solving existing aluminium lid, mould lid feeding collating unit to aluminium lid, mould lid and carry out the wearing and tearing of arrangement process Raw lid and extrude serious problem.
Two of object of the present invention is just to provide a kind of aluminium lid, moulds lid feeding finishing technique, there is to solve existing process the problem that efficiency is low, noise large and in arrangement process, aluminium lid damage rate is high.
An object of the present invention is achieved in that
A kind of aluminium lid, mould lid feeding clearing system, its by aluminium lid feeding finishing part, mould lid feeding finishing part and pneumatic control part, photoelectric control part and auto mat form;
Described aluminium lid feeding finishing part is made up of aluminium lid feed mechanism and aluminium lid dressing mechanism: described aluminium lid feed mechanism is by the first raw material bucket for splendid attire aluminium lid with for promoting and carrying aluminium lid in described first raw material bucket to form to the first gear sheet conveying belt of described aluminium lid dressing mechanism; Described aluminium lid dressing mechanism is made up of the first rotating centrifugal storehouse and the first tangent with it screening track: described first rotating centrifugal storehouse is formed by bottom rotatable aluminium lid sorting charging tray with around the enclosing wall of described aluminium lid sorting charging tray; Described first screening track is provided with first penetrating section at the middle part of a straight track, and this first penetrating section is provided with some rectangular sort arms; Described rectangular sort arm front end is reclinate arcuation, and the height of distance slightly larger than screened aluminium lid sidewall of track offside sidewall is screened on its top apart from described first simultaneously;
Described lid feeding finishing part of moulding is by moulding lid feed mechanism and moulding lid dressing mechanism and form: described in mould lid feed mechanism by mould for splendid attire lid the second raw material bucket and for promote and carry in described second raw material bucket mould lid to described in mould lid dressing mechanism second baffle load-transfer device form; Described lid dressing mechanism of moulding is made up of the second rotating centrifugal storehouse and the second tangent with it screening track: described second rotating centrifugal storehouse is moulded lid sorting charging tray by bottom is rotatable and forms around the described enclosing wall moulding lid sorting charging tray; Described second screening track is provided with second penetrating section at the middle part of a straight track, and this second penetrating section is be provided with some circular blowhole along its axis in orbit;
Described pneumatic control part is provided with the first blower in the first rotating centrifugal storehouse and the first junction of screening track and screens track is provided with first somely to provide the second blower of power for aluminium lid travels forward, be provided with the 4th blower and screen second track is provided with some covering travels forward provides the 5th blower of power in order to mould in the second rotating centrifugal storehouse and the second junction of screening track;
Described photoelectric control part in the first rotating centrifugal storehouse, is provided with the first opto-electronic pickup and the second opto-electronic pickup and on the first screening track, is provided with the 3rd opto-electronic pickup, is provided with the 4th opto-electronic pickup and the 5th opto-electronic pickup and is provided with the 6th opto-electronic pickup in the second rotating centrifugal storehouse on the second screening track;
Described auto mat exports control signal to aluminium lid feeding finishing part after receiving the signal of the first opto-electronic pickup, the second opto-electronic pickup and the 3rd opto-electronic pickup, and the backward lid feeding finishing part of moulding of signal that described auto mat receives the 4th opto-electronic pickup, the 5th opto-electronic pickup and the 6th opto-electronic pickup exports control signal.
Aluminium lid of the present invention, mould lid feeding clearing system, be provided with aluminium lid regenerative apparatus the below of described first penetrating section.
Concrete, described aluminium lid regenerative apparatus is provided with aluminium lid conduit between the below of described first penetrating section and described first rotating centrifugal storehouse, in described aluminium lid conduit, be provided with the 3rd blower, the aluminium lid in aluminium lid conduit is blowed to the first rotating centrifugal storehouse by described 3rd blower blowout high pressure gas.
Aluminium lid of the present invention, mould lid feeding clearing system, be provided with the below of described second penetrating section and mould lid regenerative apparatus.
Concrete, described lid regenerative apparatus of moulding is provided with to mould lid conduit between the below of described second penetrating section and described second rotating centrifugal storehouse, be provided with the 6th blower described moulding in lid conduit, the lid of moulding moulded in lid conduit is blowed to the second rotating centrifugal storehouse by described 6th blower blowout high pressure gas.
Aluminium lid of the present invention, mould lid feeding clearing system, the central area of described aluminium lid sorting charging tray is aluminium lid laydown area, the edge of described aluminium lid sorting charging tray is evenly distributed with the projection that a circle has slope, and adjacent described in there is slope projection between distance slightly larger than the diameter of an aluminium lid, the region surface between described aluminium lid laydown area and the projection with slope is furnished with some round point shape projections.
Aluminium lid of the present invention, mould lid feeding clearing system, described central area of moulding lid sorting charging tray is for moulding lid laydown area, the described edge moulding lid sorting charging tray is evenly distributed with the projection that a circle has slope, and adjacent described in there is slope projection between distance mould the diameter of lid slightly larger than one, be provided with some concentric annular projections in described region surface of moulding between lid laydown area and the projection with slope.
Two of object of the present invention is achieved in that
A kind of aluminium lid, mould lid feeding finishing technique, this technique is specially:
A, by above-mentioned aluminium lid, mould in lid feeding clearing system the first raw material bucket in aluminium lid to be delivered to the center in the first rotating centrifugal storehouse by first gear sheet conveying belt, aluminium lid is got rid of to edge under the effect of the first rotating centrifugal storehouse centnifugal force, under the promotion of the high pressure gas of the blowout of the first blower, enter the first screening track, and continue to move to described first penetrating section along the first screening track under the promotion of the high pressure gas of the second blower blowout; When aluminium lid moves to the rectangular sort arm of described first penetrating section of upper setting, end face tilts because of crank at upper aluminium lid, fall along rectangular sort arm and the first gap of screening between orbit sidewall, end face under aluminium lid then not by the impact of this sorting arm, first penetrating section is passed through rapidly, smoothly under the promotion of high pressure gas, smoothly by the aluminium lid lid mouth of first penetrating section towards unanimously, thus realize the object that aluminium lid feeding arranges;
B, by the second raw material bucket moulding lid by the center of second baffle tape transport to the second rotating centrifugal storehouse, mould to cover is got rid of to edge under the effect of the second rotating centrifugal storehouse centnifugal force, under the promotion of the high pressure gas of the 4th blower blowout, enter the second screening track, and continue to move to described second penetrating section along the second screening track under the promotion of the high pressure gas of the 5th blower blowout; When moulding the circular blowhole place covered and move to described second penetrating section of upper setting, by the size of adjustment blowhole place wind-force, end face is blown off from the second screening track at upper lid of moulding, moulding under making end face is again covered smoothly by this second penetrating section, and continue under the promotion of high pressure gas along the second screening rail moving, smoothly by second penetrating section mould lid lid mouth towards unanimously, thus realize moulding the object that lid feeding arranges;
C, in aluminium lid feeding arrangement process, when the amount of aluminium lid in the first rotating centrifugal storehouse reaches in limited time, trigger the first opto-electronic pickup send signal and be sent to auto mat, auto mat exports control signal and stops the work of first gear sheet conveying belt, when the quantity of aluminium lid in the first rotating centrifugal storehouse reaches in limited time lower, trigger the second opto-electronic pickup send signal and be sent to auto mat, auto mat exports control signal and opens first gear sheet conveying belt; When the aluminium lid on the first screening track halts because of fault, trigger the 3rd opto-electronic pickup and send signal and be sent to auto mat, auto mat exports control signal and makes aluminium lid, moulds the shutdown of lid feeding clearing system;
D, moulding in lid feeding arrangement process, when the amount of moulding lid in the second rotating centrifugal storehouse reaches in limited time, trigger the 4th opto-electronic pickup send signal and be sent to auto mat, auto mat exports control signal and stops the work of second baffle load-transfer device, when the quantity of moulding lid in the second rotating centrifugal storehouse reaches in limited time lower, trigger the 5th opto-electronic pickup send signal and be sent to auto mat, auto mat exports control signal and opens second baffle load-transfer device; When second screening track on moulding lid halt because of fault time, trigger the 6th opto-electronic pickup send signal and be sent to auto mat, auto mat export control signal make aluminium lid, mould lid feeding clearing system shut down.
The present invention adopts the mode of centrifugalization in conjunction with special material tray structure, greatly reduce aluminium lid or mould the mutual friction force between lid, decrease loss, realize aluminium lid and mould lid edit, then adopt pneumatic mode in conjunction with special screening track, be that power is to arrange bottle cap with high pressure gas, accelerate bottle cap kinematic velocity in orbit, bottle cap arranges process stabilization, arrange relative to mechanical type, arrangement effective, the yield rate of product can be significantly improved, and the bottle cap surface after arranging is without scratching or distortion, Ka Gai, distortion lid reduce; And arrange, kinematic velocity is faster, speed reaches more than 900/minute.Realizing aluminium lid and arrangement and the arrangement of moulding lid, is next step operation feed.
Accompanying drawing explanation
Fig. 1 is aluminium lid feeding finishing part structural representation.
Fig. 2 is aluminium lid dressing mechanism schematic diagram.
Fig. 3 is that structural representation is partly cutd open in the first rotating centrifugal storehouse.
Fig. 4 moulds lid feeding finishing part structural representation.
Fig. 5 moulds lid dressing mechanism schematic diagram.
Fig. 6 is that structural representation is partly cutd open in the second rotating centrifugal storehouse.
Fig. 7 is the first rotating centrifugal storehouse inner structure schematic diagram.
Fig. 8 is the second rotating centrifugal storehouse inner structure schematic diagram.
In figure: 1, first raw material bucket, 2, first gear sheet conveying belt, 3, first rotating centrifugal storehouse, 4, first screening track, 5, aluminium lid conduit, 6, first opto-electronic pickup, 7, second opto-electronic pickup, 8, 3rd opto-electronic pickup, 9, first blower, 10, second blower, 11, 3rd blower, 12, first penetrating section, 13, auto mat, 14, wheel, 15, rectangular sort arm, 16, 7th blower, 17, aluminium lid, 18, second raw material bucket, 19, second baffle load-transfer device, 20, second rotating centrifugal storehouse, 21, second screening track, 22, mould lid conduit, 23, 4th opto-electronic pickup, 24, 5th opto-electronic pickup, 25, aluminium lid laydown area, 26, 6th opto-electronic pickup, 27, 4th blower, 28, 5th blower, 29, 6th blower, 30, second penetrating section, 31, blowhole, 32, mould lid, 33, round point shape projection, 34, there is the projection of slope, 35, mould lid laydown area, 36, concentric annular projection.
Detailed description of the invention
Embodiment 1
Aluminium lid of the present invention, mould lid feeding clearing system, by aluminium lid feeding finishing part, mould lid feeding finishing part and pneumatic control part, photoelectric control part and auto mat form.
As shown in Figure 1, aluminium lid feeding finishing part is made up of aluminium lid feed mechanism and aluminium lid dressing mechanism: aluminium lid feed mechanism is made up of the first raw material bucket 1 and first gear sheet conveying belt 2, as shown in Figure 2, aluminium lid dressing mechanism is made up of the first rotating centrifugal storehouse 3 and the first screening track 4: the first rotating centrifugal storehouse 3 is formed by bottom rotatable aluminium lid sorting charging tray with around the enclosing wall of this aluminium lid sorting charging tray, as shown in Figure 7, the central area of aluminium lid sorting charging tray is aluminium lid laydown area 25, the projection 34 that a circle has slope is evenly distributed with at the edge of aluminium lid sorting charging tray, and the distance between the adjacent projection 34 with slope is slightly larger than an aluminium lid----diameter, in addition, region surface between aluminium lid laydown area 25 and the projection 34 with slope is furnished with some round point shape projections 33, first screening track 4 is provided with first penetrating section 12 in a stage casing with the straight track of diapire and two side, first penetrating section 12 is provided with 3 rectangular sort arms 15, rectangular sort arm 15 is horizontally disposed with, its front end bends downwards in arcuation, the distance of the top distance first screening track 4 offside sidewall of rectangular sort arm 15 is adjustable simultaneously, slightly larger than the Sidewall Height of screened aluminium lid 17, in addition, as shown in Figure 2, the side near its top above rectangular sort arm 15 is provided with the 7th blower 16.Wheel 14 is equipped with bottom aluminium lid feed mechanism and aluminium lid dressing mechanism.
As shown in Figure 4, mould lid feeding finishing part to form by moulding lid feed mechanism and moulding lid dressing mechanism: mould lid feed mechanism and be made up of the second raw material bucket 18 and second baffle load-transfer device 19, as shown in Figure 5, mould lid dressing mechanism to be made up of the second rotating centrifugal storehouse 20 and the second screening track 21: the second rotating centrifugal storehouse 20 is moulded lid sorting charging tray by bottom is rotatable and forms around the enclosing wall moulding lid sorting charging tray, as shown in Figure 8, mould the central area of lid sorting charging tray for moulding lid laydown area 35, the projection 34 that a circle has slope is evenly distributed with at the edge moulding lid sorting charging tray, and the distance between the adjacent projection 34 with slope moulds the diameter of lid 32 slightly larger than one, be provided with some concentric annular projections 36 moulding the region surface between lid laydown area 35 and the projection 34 with slope, second screening track 21 is provided with second penetrating section 30 in a stage casing with the straight track of diapire and two side, and second penetrating section 30 is be provided with 3 circular blowhole 31 along its axis on the diapire of this straight track.In addition, mould lid feed mechanism and mould bottom lid dressing mechanism and be equipped with wheel 14.
Pneumatic control part is provided with the first blower 9 in the first rotating centrifugal storehouse 3 and the first junction of screening track 4 and screens first track 3 to be provided with three and to provide the second blower 10 of power for aluminium lid 17 travels forward, be provided with the 4th blower 27 and screen second track 21 is provided with three and travels forward provide the 5th blower 28 of power for moulding lid 32 in the second rotating centrifugal storehouse 20 and the second junction of screening track 21;
In addition,
The present invention is provided with aluminium lid regenerative apparatus the below of first penetrating section 12: concrete, this aluminium lid regenerative apparatus is provided with aluminium lid conduit 5 between the below of first penetrating section 12 and the first rotating centrifugal storehouse 3, is provided with the 3rd blower 11 in aluminium lid conduit 5;
The below that the present invention second is penetrating section 30 is provided with moulds lid regenerative apparatus: concrete, this moulds lid regenerative apparatus is be provided with to mould lid conduit 22 between the below of second penetrating section 30 and the second rotating centrifugal storehouse 20, is provided with the 6th blower 29 moulding in lid conduit 22;
First blower 9, second blower 10, the 3rd blower 11, the 4th blower 27, the 5th blower 28 and the 6th blower 29 connect with high-pressure air source respectively by connecting line.
Photoelectric control part in the first rotating centrifugal storehouse 3, is provided with the first opto-electronic pickup 6 and the second opto-electronic pickup 7(is shown in Fig. 3) and on the first screening track 4, be provided with the 3rd opto-electronic pickup 8, in the second rotating centrifugal storehouse 20, be provided with the 4th opto-electronic pickup 23 and the 5th opto-electronic pickup 24(is shown in Fig. 6) and be provided with the 6th opto-electronic pickup 26 on the second screening track 21; First opto-electronic pickup 6, second opto-electronic pickup 7, the 3rd opto-electronic pickup 8 the 4th opto-electronic pickup 23, the 5th opto-electronic pickup 24 and the 6th opto-electronic pickup 26 are connected with auto mat 13 by junction circuit.
Described auto mat 13 exports control signal to aluminium lid feeding finishing part after receiving the signal of the first opto-electronic pickup 6, second opto-electronic pickup 7 and the 3rd opto-electronic pickup 8, and the backward lid feeding finishing part of moulding of signal that described auto mat 13 receives the 4th opto-electronic pickup 23, the 5th opto-electronic pickup 24 and the 6th opto-electronic pickup 26 exports control signal.
Embodiment 2
A, aluminium lid 17 in first raw material bucket 1 is delivered to the aluminium lid laydown area 25 in the first rotating centrifugal storehouse 3 by first gear sheet conveying belt 2, aluminium lid 17 gets rid of to edge by the centnifugal force produced during aluminium lid sorting rotation of disc, and due to the effect of round point shape projection 33, aluminium lid 17 be assigned to the state that lid mouth faces upward or downward there is slope projection 34 between, then the interface of track 4 is screened in the first rotating centrifugal storehouse 3 and first, by the impetus of the high pressure gas of the blowout of the first blower 9, enter the first screening track 4, some second blowers 10 along the first screening track 4 setting blow out high pressure gas promotion aluminium lid to be continued to move to first penetrating section 12 along the first screening track 4, when aluminium lid 17 moves to the rectangular sort arm 15 that first penetrating section 12 is arranged, end face tilts because of crank at upper aluminium lid 17, simultaneously because the front end of rectangular sort arm 15 bends curved downwards, therefore aluminium lid 17 can fall along rectangular sort arm 15 and the first gap of screening between track 4 sidewall smoothly, 7th blower 16 blows out high pressure gas acceleration promotion aluminium lid 17 and falls, end face under aluminium lid 17 by the impact of high pressure gas of this rectangular sort arm 15 and the blowout of the 7th blower 16, under the promotion of the high pressure gas of the second blower 10 blowout rapidly, smoothly by first penetrating section 12, smoothly cover mouth towards unanimously by the aluminium lid 17 of first penetrating section 12, thus realize the object of aluminium lid feeding arrangement,
As shown in Figure 1, enter aluminium lid conduit 5 from first penetrating section 12 aluminium lid dropped 17, be back in the first rotating centrifugal storehouse 3 under the promotion of the high pressure gas of the 3rd blower 11 blowout, re-start screening;
B, by in the second raw material bucket 18 mould that lid 32 is transported to the second rotating centrifugal storehouse 20 by second baffle load-transfer device 19 mould lid laydown area 35, mould lid 32 is got rid of to edge under the effect of moulding the centnifugal force that lid sorting rotation of disc produces, and due to the effect of concentric annular projection 36, mould lid 32 be assigned to the state that lid mouth faces upward or downward there is slope projection 34 between, then the interface of track 21 is screened in the second rotating centrifugal storehouse 20 and second, the second screening track 21 is entered by the impetus of the high pressure gas of the 4th blower 27 blowout, the some 5th blowers promotion of blowing the high pressure gas that 28 go out arranged along the second screening track 21 is moulded lid 32 and is continued to move to second penetrating section 30 along the second screening track 21, mould lid 32 move on described second penetrating section 30 arrange circular blowhole 31 place time, by the size of adjustment blowhole 31 place wind-force, end face is blown off from the second screening track 21 at upper lid 32 of moulding, make end face under mould lid 32 smoothly by this second penetrating section 30, and continue to move along the second screening track 21 under the promotion of high pressure gas, smoothly cover mouth towards unanimously by the lid 32 of moulding of second penetrating section 30, thus realize moulding the object that lid feeding arranges,
As shown in Figure 4, enter mould lid conduit 22 from second penetrating section 30 lid 32 of moulding dropped, be back in the second rotating centrifugal storehouse 20 under the promotion of the high pressure gas blown out at the 6th blower 29, re-start screening;
C, in aluminium lid feeding arrangement process, when the quantity of aluminium lid 17 in the first rotating centrifugal storehouse 3 reaches in limited time, trigger the first opto-electronic pickup 6 send signal and be sent to auto mat 13, auto mat 13 exports control signal and stops first gear sheet conveying belt 2 to work, when the quantity of aluminium lid 17 in the first rotating centrifugal storehouse 3 reaches in limited time lower, trigger the second opto-electronic pickup 7 send signal and be sent to auto mat 13, auto mat 13 exports control signal and opens first gear sheet conveying belt 2; When the aluminium lid 17 on the first screening track 4 halts because of breakdown of machinery, trigger the 3rd opto-electronic pickup 8 and send signal and be sent to auto mat 13, auto mat 13 exports control signal and makes aluminium lid, moulds the shutdown of lid feeding clearing system;
D, moulding in lid feeding arrangement process, when the quantity of moulding lid 32 in the second rotating centrifugal storehouse 20 reaches in limited time, trigger the 4th opto-electronic pickup 23 send signal and be sent to auto mat 13, auto mat 13 exports control signal and stops second baffle load-transfer device 19 to work, when the quantity of moulding lid 32 in the second rotating centrifugal storehouse 20 reaches in limited time lower, trigger the 5th opto-electronic pickup 24 send signal and be sent to auto mat 13, auto mat defeated 13 goes out control signal and opens second baffle load-transfer device 19; When second screening track 21 on mould lid 32 halt because of breakdown of machinery time, trigger the 6th opto-electronic pickup 26 send signal and be sent to auto mat 13, auto mat 13 export control signal make aluminium lid, mould lid feeding clearing system shut down.
Wherein, the aluminium lid in the first rotating centrifugal storehouse 3 or the transformation moulding lid in the second rotating centrifugal storehouse 20 or lower limit carry out adjusting according to actual conditions.
Claims (6)
1. aluminium lid, mould a lid feeding clearing system, it is characterized in that, its by aluminium lid feeding finishing part, mould lid feeding finishing part and pneumatic control part, photoelectric control part and auto mat form;
Described aluminium lid feeding finishing part is made up of aluminium lid feed mechanism and aluminium lid dressing mechanism: described aluminium lid feed mechanism is by the first raw material bucket for splendid attire aluminium lid with for promoting and carrying aluminium lid in described first raw material bucket to form to the first gear sheet conveying belt of described aluminium lid dressing mechanism; Described aluminium lid dressing mechanism is made up of the first rotating centrifugal storehouse and the first tangent with it screening track: described first rotating centrifugal storehouse is formed by bottom rotatable aluminium lid sorting charging tray with around the enclosing wall of described aluminium lid sorting charging tray; Described first screening track is provided with first penetrating section at the middle part of a straight track, and this first penetrating section is provided with some rectangular sort arms; Described rectangular sort arm front end is reclinate arcuation, and the height of distance slightly larger than screened aluminium lid sidewall of track offside sidewall is screened on its top apart from described first simultaneously;
Described lid feeding finishing part of moulding is by moulding lid feed mechanism and moulding lid dressing mechanism and form: described in mould lid feed mechanism by mould for splendid attire lid the second raw material bucket and for promote and carry in described second raw material bucket mould lid to described in mould lid dressing mechanism second baffle load-transfer device form; Described lid dressing mechanism of moulding is made up of the second rotating centrifugal storehouse and the second tangent with it screening track: described second rotating centrifugal storehouse is moulded lid sorting charging tray by bottom is rotatable and forms around the described enclosing wall moulding lid sorting charging tray; Described second screening track is provided with second penetrating section at the middle part of a straight track, and this second penetrating section is be provided with some circular blowhole along its axis in orbit;
Described pneumatic control part is provided with the first blower in the first rotating centrifugal storehouse and the first junction of screening track and screens track is provided with first somely to provide the second blower of power for aluminium lid travels forward, be provided with the 4th blower and screen second track is provided with some covering travels forward provides the 5th blower of power in order to mould in the second rotating centrifugal storehouse and the second junction of screening track;
Described photoelectric control part in the first rotating centrifugal storehouse, is provided with the first opto-electronic pickup and the second opto-electronic pickup and on the first screening track, is provided with the 3rd opto-electronic pickup, is provided with the 4th opto-electronic pickup and the 5th opto-electronic pickup and is provided with the 6th opto-electronic pickup in the second rotating centrifugal storehouse on the second screening track;
Described auto mat exports control signal to aluminium lid feeding finishing part after receiving the signal of the first opto-electronic pickup, the second opto-electronic pickup and the 3rd opto-electronic pickup, and the backward lid feeding finishing part of moulding of signal that described auto mat receives the 4th opto-electronic pickup, the 5th opto-electronic pickup and the 6th opto-electronic pickup exports control signal.
2. aluminium lid according to claim 1, mould lid feeding clearing system, it is characterized in that, be provided with aluminium lid regenerative apparatus the below of described first penetrating section.
3. aluminium lid according to claim 1, mould lid feeding clearing system, it is characterized in that, be provided with the below of described second penetrating section and mould lid regenerative apparatus.
4. aluminium lid according to claim 1 and 2, mould lid feeding clearing system, it is characterized in that, the central area of described aluminium lid sorting charging tray is aluminium lid laydown area, the edge of described aluminium lid sorting charging tray is evenly distributed with the projection that a circle has slope, and adjacent described in there is slope projection between distance slightly larger than the diameter of an aluminium lid, the region surface between described aluminium lid laydown area and the projection with slope is furnished with some round point shape projections.
5. the aluminium lid according to claim 1 or 3, mould lid feeding clearing system, it is characterized in that, described central area of moulding lid sorting charging tray is for moulding lid laydown area, the described edge moulding lid sorting charging tray is evenly distributed with the projection that a circle has slope, and adjacent described in there is slope projection between distance mould the diameter of lid slightly larger than one, be provided with some concentric annular projections in described region surface of moulding between lid laydown area and the projection with slope.
6. aluminium lid, mould a lid feeding finishing technique, it is characterized in that, this technique is specially:
A, the aluminium lid in the first raw material bucket in feeding clearing system according to claim 1 is delivered to the center in the first rotating centrifugal storehouse by first gear sheet conveying belt, aluminium lid is got rid of to edge under the effect of the first rotating centrifugal storehouse centnifugal force, under the promotion of the high pressure gas of the blowout of the first blower, enter the first screening track, and continue to move to described first penetrating section along the first screening track under the promotion of the high pressure gas of the second blower blowout; When aluminium lid moves to the rectangular sort arm of described first penetrating section of upper setting, end face tilts because of crank at upper aluminium lid, fall along rectangular sort arm and the first gap of screening between orbit sidewall, end face under aluminium lid then not by the impact of this sorting arm, first penetrating section is passed through rapidly, smoothly under the promotion of high pressure gas, smoothly by the aluminium lid lid mouth of first penetrating section towards unanimously, thus realize the object that aluminium lid feeding arranges;
B, by the second raw material bucket moulding lid by the center of second baffle tape transport to the second rotating centrifugal storehouse, mould to cover is got rid of to edge under the effect of the second rotating centrifugal storehouse centnifugal force, under the promotion of the high pressure gas of the 4th blower blowout, enter the second screening track, and continue to move to described second penetrating section along the second screening track under the promotion of the high pressure gas of the 5th blower blowout; When moulding the circular blowhole place covered and move to described second penetrating section of upper setting, by the size of adjustment blowhole place wind-force, end face is blown off from the second screening track at upper lid of moulding, moulding under making end face is again covered smoothly by this second penetrating section, and continue under the promotion of high pressure gas along the second screening rail moving, smoothly by second penetrating section mould lid lid mouth towards unanimously, thus realize moulding the object that lid feeding arranges;
C, in aluminium lid feeding arrangement process, when the amount of aluminium lid in the first rotating centrifugal storehouse reaches in limited time, trigger the first opto-electronic pickup send signal and be sent to auto mat, auto mat exports control signal and stops the work of first gear sheet conveying belt, when the quantity of aluminium lid in the first rotating centrifugal storehouse reaches in limited time lower, trigger the second opto-electronic pickup send signal and be sent to auto mat, auto mat exports control signal and opens first gear sheet conveying belt; When the aluminium lid on the first screening track halts because of fault, trigger the 3rd opto-electronic pickup and send signal and be sent to auto mat, auto mat exports control signal and makes aluminium lid, moulds the shutdown of lid feeding clearing system;
D, moulding in lid feeding arrangement process, when the amount of moulding lid in the second rotating centrifugal storehouse reaches in limited time, trigger the 4th opto-electronic pickup send signal and be sent to auto mat, auto mat exports control signal and stops the work of second baffle load-transfer device, when the quantity of moulding lid in the second rotating centrifugal storehouse reaches in limited time lower, trigger the 5th opto-electronic pickup send signal and be sent to auto mat, auto mat exports control signal and opens second baffle load-transfer device; When second screening track on moulding lid halt because of fault time, trigger the 6th opto-electronic pickup send signal and be sent to auto mat, auto mat export control signal make aluminium lid, mould lid feeding clearing system shut down.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410744525.6A CN104444292B (en) | 2014-12-09 | 2014-12-09 | Aluminium lid, mould lid feeding clearing system and feeding finishing technique thereof |
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| CN201410744525.6A CN104444292B (en) | 2014-12-09 | 2014-12-09 | Aluminium lid, mould lid feeding clearing system and feeding finishing technique thereof |
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| CN104444292A true CN104444292A (en) | 2015-03-25 |
| CN104444292B CN104444292B (en) | 2016-08-24 |
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Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
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| CN106395315A (en) * | 2016-11-16 | 2017-02-15 | 通海恒鑫包装材料有限公司 | Aluminum plastic bottle cap laminating machine |
| CN106697867A (en) * | 2017-01-16 | 2017-05-24 | 李乐乐 | Feeding device |
| CN107380892A (en) * | 2017-08-02 | 2017-11-24 | 南京信息职业技术学院 | The pressure-resistant full-automatic sorting equipment of skeleton |
| CN107458850A (en) * | 2017-08-02 | 2017-12-12 | 南京信息职业技术学院 | The pressure-resistant full-automatic sorting device of skeleton |
| CN108674943A (en) * | 2018-06-12 | 2018-10-19 | 苏州誉阵自动化科技有限公司 | Discharging mechanism and capping machine |
| CN114919972A (en) * | 2022-07-04 | 2022-08-19 | 江苏申牌万向轮有限公司 | A loading attachment for truckle bottom plate |
| CN115990964A (en) * | 2023-03-23 | 2023-04-21 | 河北金环包装有限公司 | Aluminum-plastic combined cover separating device and separating method thereof |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105858155A (en) * | 2016-05-18 | 2016-08-17 | 白杨 | Climbing conveyer for penicillin bottle detection equipment |
| CN106395315A (en) * | 2016-11-16 | 2017-02-15 | 通海恒鑫包装材料有限公司 | Aluminum plastic bottle cap laminating machine |
| CN106697867A (en) * | 2017-01-16 | 2017-05-24 | 李乐乐 | Feeding device |
| CN107380892A (en) * | 2017-08-02 | 2017-11-24 | 南京信息职业技术学院 | The pressure-resistant full-automatic sorting equipment of skeleton |
| CN107458850A (en) * | 2017-08-02 | 2017-12-12 | 南京信息职业技术学院 | The pressure-resistant full-automatic sorting device of skeleton |
| CN107380892B (en) * | 2017-08-02 | 2019-01-04 | 南京信息职业技术学院 | The pressure-resistant full-automatic sorting equipment of skeleton |
| CN108674943A (en) * | 2018-06-12 | 2018-10-19 | 苏州誉阵自动化科技有限公司 | Discharging mechanism and capping machine |
| CN114919972A (en) * | 2022-07-04 | 2022-08-19 | 江苏申牌万向轮有限公司 | A loading attachment for truckle bottom plate |
| CN114919972B (en) * | 2022-07-04 | 2024-02-23 | 江苏申牌万向轮有限公司 | Feeding device for caster bottom plate |
| CN115990964A (en) * | 2023-03-23 | 2023-04-21 | 河北金环包装有限公司 | Aluminum-plastic combined cover separating device and separating method thereof |
| CN115990964B (en) * | 2023-03-23 | 2023-06-13 | 河北金环包装有限公司 | Aluminum-plastic combined cover separating device and separating method thereof |
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