CN103434092A - Injection molding wine cover bottle mouth drainage opening material separator - Google Patents
Injection molding wine cover bottle mouth drainage opening material separator Download PDFInfo
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- CN103434092A CN103434092A CN201310355489XA CN201310355489A CN103434092A CN 103434092 A CN103434092 A CN 103434092A CN 201310355489X A CN201310355489X A CN 201310355489XA CN 201310355489 A CN201310355489 A CN 201310355489A CN 103434092 A CN103434092 A CN 103434092A
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Abstract
The invention discloses an injection molding wine cover bottle mouth drainage opening material separator which comprises a rotating table, wherein the rotary table comprises a rotary table wall, an upper table body, a driving mechanism, a sieving mechanism and a cover plate, wherein a feed opening is formed in the cover plate, and a ring-shaped drainage opening material discharging seam is formed between the sieving mechanism and the rotary table wall. The rotary table wall forms a rectangular bottle mouth discharge opening, the upper end surface of the sieving mechanism sinks inwards to form a plurality of bottle mouth positioning grooves for longitudinally positioning a bottle mouth, the bottle mouth positioning grooves are formed in the opening of the side wall on the annulus outer side of the sieving mechanism, and the sieving mechanism penetrates through the bottle mouth discharge opening and is provided with more than one bottle mouth positioning grooves positioned outside the rotary table wall. When the separator provided by the invention is used, the driving mechanism drives the upper table body, the sieving mechanism and a bottle mouth product inside the rotary table to rotate, the bottle mouth product achieves degradation of the bottle mouth and the drainage opening material during the rotating process, after degradation, the bottle mouth enters into the bottle mouth positioning grooves to rotate with the sieving mechanism so as to be discharged outside the rotary table wall. According to the invention, automatic degradation of the bottle mouth and drainage opening material can be achieved, the efficiency is high, and the labor force is saved.
Description
Technical field
The present invention relates to the injection moulding regrinding-material separation equipment, specifically injection moulding wine lid bottleneck regrinding-material seperator.
Background technology
Plastic product, in the injection moulding production process, due to mould structure, product appearance and manufacturing technique requirent, may stay the join remaining tailing of face and material feeding openning of mould above the plastic products of producing, also be regrinding-material.For fear of the wine of top injecting glue production lid bottleneck top, there is a little notes point to affect product attractive in appearance, the wine lid bottleneck of existing injection machine production generally changes the side injecting glue into, reason due to technique and mould, bottleneck and the regrinding-material produced are connected as a single entity, can't be by work in earlier stage by its decomposition and cancellation.In order to decompose and to separate the regrinding-material be connected on wine lid bottleneck, mainly by the workman, carry out manual separation now.Adopt existing mode decompose and separate bottle cap bottleneck and regrinding-material, labour intensity is large, production efficiency is low.
Summary of the invention
The object of the invention is to when solution adopts now artificial decomposition and separates injection moulding wine lid bottleneck and regrinding-material have labour intensity greatly and the low defect of production efficiency, a kind of injection moulding wine lid bottleneck regrinding-material seperator that can make injection moulding wine lid bottleneck and regrinding-material automatic classifying, separate is provided, it is energy automatic classifying, separation injection moulding wine lid bottleneck and regrinding-material at once, and then can enhance productivity, reduce labour intensity.
Purpose of the present invention is achieved through the following technical solutions: injection moulding wine lid bottleneck regrinding-material seperator, comprise rotating disk, described rotating disk comprises the rotating disk wall, is positioned at the upper disk body of rotating disk wall, is connected with upper disk body and drives the driving mechanism of disk body rotation, is connected to the annular screen material mechanism on upper disk body and is connected and seals the cover plate of rotating disk wall upper end open with the rotating disk wall, be provided with charging aperture on described cover plate, form between material screening machine structure and rotating disk wall annular regrinding-material discharging seam is arranged, described rotating disk wall consists of the rectangular side wall at curved wall and connection curved wall two ends, the rectangular side wall upper end is concordant with the curved wall upper end, form rectangular-shaped bottleneck discharging opening is arranged between rectangular side wall lower end and curved wall two ends, described material screening machine structure upper surface indent forms the bottleneck locating slot that a plurality of longitudinal register bottlenecks are arranged, the bottleneck locating slot is positioned at the sidewall opening in the material screening machine structure annulus outside, a plurality of bottleneck locating slots are uniformly distributed on same circumference, the material screening machine structure has more than one bottleneck locating slot through bottleneck discharging opening and its and is positioned at outside the rotating disk wall, the rectangular side wall of described rotating disk wall is less than bottleneck lateral length and longitudinal length apart from the spacing of its material screening machine structure upper surface, below, rectangular side wall is greater than the bottleneck longitudinal length apart from the spacing of bottleneck locating slot bottom under it.The present invention is similar to column structure for the injection moulding wine lid bottleneck profile of decomposing and separating, and the opening that the bottleneck locating slot is positioned at the material screening machine structure annulus outside shifts out while supplying the bottleneck discharging.When applying, the present invention drives the disk body rotation by driving mechanism, drive the rotation of material screening machine structure during upper disk body rotation, added the bottleneck product with regrinding-material by charging aperture, enter the product of rotating disk at rotating disk rotational flow together, product in flowing mutually push, rub and with the collision process of rotating disk wall in make part regrinding-material and bottleneck decomposition, the bottleneck disassembled progresses in the bottleneck locating slot of rotating disk in the time of can be with turntable rotation, the bottleneck only entered in the bottleneck locating slot puts in place fully, just can go to outside the rotating disk wall with upper disk body, and discharge under the action of the centrifugal; As fruit product is not decomposed or decomposes not exclusively, bottleneck enters in the bottleneck locating slot and can not put in place fully, it can not pass through the rectangular side wall of rotating disk wall, will in rotating disk, continue the rotation, until bottleneck and regrinding-material complete the decomposition and in the bottleneck locating slot, put in place after send again.
For the ease of charging and bottleneck discharging, described rotating disk is low early and high after to be obliquely installed, and the rectangular side wall of described rotating disk wall is positioned at the rotating disk left side.When the present invention applies, rotate in the counterclockwise direction, bottleneck shifts out from the left side of rotating disk.
Be provided with a plurality of gas holes on the curved wall of described rotating disk wall, described gas hole is less than bottleneck lateral length and bottleneck longitudinal length apart from the vertical interval of material screening machine structure upper surface bearing of trend, and gas hole is greater than the bottleneck longitudinal length apart from the vertical interval of bottleneck locating slot bottom bearing of trend.When the present invention applies, external compressor is blown in rotating disk by gas hole, the gas hole place forms the riko cover test point, if it is not in place to be positioned at the product of bottleneck locating slot, the compressed Air blowing bottleneck locating slot of meeting during its process gas hole place, the product blown out will collide with the rotating disk wall, thereby realizes that regrinding-material decomposes, if also undecomposed, still can't pass through the riko cover test point next time, until it decomposes fully and enters the bottleneck locating slot, puts in place.
The quantity of described gas hole is two, in two gas holes, a gas hole is positioned at the rotating disk upper left side, another gas hole is positioned at the rotating disk lower right, be positioned at the upper left gas hole of rotating disk and be less than and be positioned at the distance of the bottom-right gas hole of rotating disk apart from the curved wall bottom apart from the distance bottom curved wall, be provided with the friction be connected with the curved wall of rotating disk wall between two gas holes and detect band.When the present invention applies, rotating disk rotates in the counterclockwise direction, be positioned at the compressed air that bottom-right gas hole is blown into and clean out the product that large sectionization does not enter station, being positioned at upper left gas hole is last one outpost of the tax office that the bottleneck cleaning detects, and by this point, will export.Friction detects band makes each bottleneck that enters the bottleneck locating slot realize self rotation when detecting band by friction, whether put in place in the bottleneck locating slot or have regrinding-material to be stuck in bottleneck to detect it, both of these case all can make bottleneck not put in place in the bottleneck locating slot fully when bottleneck self rotates, if during by upper left riko cover test point, bottleneck does not still put in place, this bottleneck is by compressed Air blowing bottleneck locating slot, so, guarantee that the bottleneck in each bottleneck locating slot decomposes fully.
Further, described upper left gas hole higher than with its over against the bottleneck locating slot in the bottleneck height 1mm that installs; Described bottom-right gas hole higher than with its over against the bottleneck locating slot in the bottleneck height 4mm that installs.
Further, the angle of described rotating disk and horizontal plane is 15 °～25 °.If the rotating disk angle of inclination is too little, the bottleneck be not in place can't roll into the rotating disk bottom by deadweight and reenter the bottleneck locating slot, may be because bottleneck is too many during through the riko cover test point, the riko cover point can't be cleaned out, cause the regrinding-material screening not to the utmost maybe can't export, even hit rotten in exit; If angle is too large, when a large amount of bottleneck in rotating disk bottom enters the bottleneck locating slot with dial rotation, because the bottleneck downslide that does not enter the bottleneck locating slot is too fast, can, by entering the bottleneck band bottle outlet locating slot of bottleneck locating slot, cause the material loading difficulty.
The regrinding-material decomposited when the present invention applies is discharged from regrinding-material discharging seam, for the ease of the centralized management of the regrinding-material to discharging, described rotating disk also comprises the lower disk body that is provided with the regrinding-material discharging opening, described lower wall body is positioned at the disk body below, described rotating disk wall is fixed on lower disk body, and driving mechanism is connected with upper disk body through after lower disk body.So, the regrinding-material of discharging from regrinding-material discharging seam first falls in disk body, then discharges from the regrinding-material discharging opening, is convenient to unified processing of regrinding-material to discharging.
Described rotating disk also comprises output guide rail and striker plate, described output guide rail is provided with and extends to the export orientation bar that the material screening machine structure is positioned at the outer part of rotating disk wall top, and described export orientation bar is between the zone between rotating disk wall rectangular side wall lateral wall and above bottleneck locating slot; Described striker plate is located in the rotating disk wall and is separated rotating disk wall inner region and forms decomposition region and discharging zone.Wherein, the export orientation bar guarantees that each bottleneck put in place in the bottleneck locating slot can discharge, and avoids bottleneck repeatedly to proceed in rotating disk.Striker plate can avoid the product that rotates to exert an influence to the bottleneck of the discharging that puts in place, further guarantees normally carrying out of bottleneck discharging.
When being applied, the present invention is convenient to feed in raw material, injection moulding wine lid bottleneck regrinding-material seperator, also comprise conveyer, described conveyer comprises base, feed hopper, conveying, driving wheel, driven pulley and the drive motors that drives driving wheel to rotate, described feed hopper and conveying all are located on base, be provided with the conveyer belt with the bar shaped step be set on driving wheel and driven pulley in conveying, the end that conveying is provided with driven pulley is provided with the conveyer discharging opening of connecting with the charging aperture of rotating disk cover plate.
Friction each other is inadequate very little for bottleneck in rotating disk, the regrinding-material separating effect is bad, bottleneck quantity can make bottleneck enter bottleneck locating slot difficulty too much, in order rationally to control the bottleneck quantity that enters rotating disk, the movable rocker arm that is provided with approach switch in described rotating disk wall and contacts with approach switch.Wherein, approach switch and movable rocker arm form material level detection mechanism jointly, for controlling the start and stop of conveyer drive motors.
Compared with prior art, the present invention has following beneficial effect: the present invention includes rotating disk, wherein, rotating disk comprises the rotating disk wall, upper disk body, driving mechanism, the material screening machine structure, cover plate, be provided with charging aperture on cover plate, form between material screening machine structure and rotating disk wall annular regrinding-material discharging seam is arranged, the rotating disk wall forms rectangular-shaped bottleneck discharging opening, material screening machine structure upper surface indent forms the bottleneck locating slot that a plurality of longitudinal register bottlenecks are arranged, the material screening machine structure has more than one bottleneck locating slot through bottleneck discharging opening and its and is positioned at outside the rotating disk wall, overall structure of the present invention is simple, be convenient to realize, cost is low, drive the material screening machine structure by driving mechanism when the present invention applies rotates in the rotating disk wall, the bottleneck that has regrinding-material in rotating disk is realizing that bottleneck and regrinding-material decompose in collision process each other, then the bottleneck after decomposing is entered in the bottleneck locating slot, the bottleneck put in place in the bottleneck locating slot is undertaken spacing by the rotating disk wall in the rotating disk wall time, break away under the action of the centrifugal the bottleneck locating slot in the time of outside it turns to the rotating disk wall, divide the regrinding-material of taking off to discharge from regrinding-material discharging seam, the decomposition that the invention solves regrinding-material in the bottleneck product with separate, realized the production automation, simple operation, and can enhance productivity, reduce production costs.
The accompanying drawing explanation
Fig. 1 is structural representation of the present invention;
The partial structurtes schematic diagram that Fig. 2 is Fig. 1 turntable;
The structural representation that Fig. 3 is Fig. 1 turntable wall;
The upper disk body that Fig. 4 is Fig. 1 turntable and the syndeton schematic diagram of lower disk body.
In accompanying drawing, the corresponding name of Reference numeral is called: 1, rotating disk, 101, lower disk body, 102, upper disk body, 103, the material screening machine structure, 104, bottleneck locating slot, 105, the rotating disk wall, 106, gas hole, 107, friction detects band, 108, produce guide rail, 109, the bottleneck discharging opening, 110, the regrinding-material discharging opening, 111, striker plate, 112, movable rocker arm, 2, conveyer, 201, base, 202, feed hopper, 203, conveying, 204, driving wheel, 205, driven pulley, 206, the conveyer discharging opening.
The specific embodiment
Below in conjunction with embodiment and accompanying drawing, the present invention is described in further detail, but embodiments of the present invention are not limited to this.
As shown in Figure 1, Figure 2 and Figure 3, injection moulding wine lid bottleneck regrinding-material seperator, comprise the low early and high after rotating disk be obliquely installed 1, and wherein, rotating disk 1 is preferably 15 °～25 ° with the angle of horizontal plane.Rotating disk 1 comprises rotating disk wall 105, is positioned at the upper disk body 102 of rotating disk wall 105, is connected with upper disk body 102 and drives the driving mechanism of disk body 102 rotations, is connected to the annular screen material mechanism 103 on upper disk body 102 and is connected and seals the cover plate of rotating disk wall 105 upper end open with rotating disk wall 105, driving mechanism preferably adopts the above threephase asynchronous machine of 370W, for the ease of situation in rotating disk is observed, cover plate preferably adopts lucite to make.The inclination angle of rotating disk 1 interior all parts is identical, is provided with charging aperture on cover plate, forms between material screening machine structure 103 and rotating disk wall 105 annular regrinding-material discharging seam is arranged.
Rotating disk wall 105 consists of the rectangular side wall at curved wall and connection curved wall two ends, the rectangular side wall upper end is concordant with the curved wall upper end, form rectangular-shaped bottleneck discharging opening 109 is arranged between rectangular side wall lower end and curved wall two ends, the rectangular side wall of rotating disk wall 105 is positioned at rotating disk 1 left side.Material screening machine structure 103 upper surface indents form the bottleneck locating slot 104 that a plurality of longitudinal register bottlenecks are arranged, bottleneck locating slot 104 is positioned at the sidewall opening in the material screening machine structure 103 annulus outsides, a plurality of bottleneck locating slots 104 are uniformly distributed on same circumference, and material screening machine structure 103 has more than one bottleneck locating slot 104 through bottleneck discharging opening 109 and its and is positioned at outside rotating disk wall 105.While applying because of the present embodiment, the bottleneck of effect is similar to cylindrical-shaped structure, and the bottleneck locating slot 104 of the present embodiment adopts semi-circular groove.The rectangular side wall of rotating disk wall 105 is less than bottleneck lateral length and bottleneck longitudinal length apart from the spacing of its material screening machine structure 103 upper surfaces, below, and rectangular side wall is greater than the bottleneck longitudinal length apart from the spacing of bottleneck locating slot 104 bottoms under it.
During the present embodiment application, driving mechanism drives upper disk body 101 and rotates, upper disk body 101 drives material screening machine structure 103 and rotates, add the bottleneck product with mouth of a river by charging aperture in rotating disk 1, the interior bottleneck of rotating disk 1 rotates with material screening machine structure 103 and upper disk body 101, product in flowing pushes mutually, friction reaches with the collision of rotating disk wall 105 part regrinding-material and bottleneck is decomposed, the bottleneck disassembled progresses in bottleneck locating slot 104 in the time of can rotating with rotating disk 1, the bottleneck only entered in bottleneck locating slot 104 puts in place fully, just can after with rotating disk 1 rotation, export under the action of the centrifugal, divide the regrinding-material of taking off to discharge from regrinding-material discharging seam.
The present embodiment has carried out following further improvement on the basis of embodiment 1: be provided with a plurality of gas holes 106 on the curved wall of the present embodiment turntable wall 105, wherein, gas hole 106 is less than bottleneck lateral length and bottleneck longitudinal length apart from the vertical interval of material screening machine structure 103 upper surface bearing of trends, and gas hole 106 is greater than the bottleneck longitudinal length apart from the vertical interval of bottleneck locating slot 104 bottom bearing of trends.In the present embodiment, the quantity of gas hole 106 is preferably two, in two gas holes 106, a gas hole 106 is positioned at rotating disk 1 upper left side, another gas hole 106 is positioned at rotating disk 1 lower right, be positioned at the upper left gas hole 106 of rotating disk 1 and be less than and be positioned at the distance of the bottom-right gas hole 106 of rotating disk 1 apart from the curved wall bottom apart from the distance bottom curved wall, be provided with the friction detection be connected with the curved wall of rotating disk wall 105 between two gas holes 106 and be with 107.In the present embodiment upper left gas hole 106 preferably higher than with its over against the bottleneck height 1mm of bottleneck locating slot 104 interior installations, bottom-right gas hole 106 preferably higher than with its over against the bottleneck height 4mm of bottleneck locating slot 104 interior installations.
During the present embodiment application, external compressor passes through gas hole 106 to the interior air blowing of rotating disk 1, friction detects with 107 each bottleneck that makes to enter bottleneck locating slot 104 and within 107 o'clock, realizes self rotating detecting by friction to be with, whether put in place in bottleneck locating slot 104 or noly have regrinding-material to be stuck in bottleneck to detect it, the pressure of compressor is preferably 0.6MP, be positioned at bottom-right gas hole 106 as the first riko cover test point, be positioned at upper left gas hole 106 as the second riko cover test point, the first riko cover test point cleans out the bottleneck that large sectionization does not enter bottleneck locating slot 104, it is to allow a part automatic releasing is being just when rotating at the interior bottleneck not exclusively put in place of bottleneck locating slot 104 apart from curved wall bottom distant, if just put yet, will not blow out at the second riko cover test point.
Embodiment 3
As shown in Figure 4, the present embodiment has carried out following further improvement on the basis of embodiment 1 or embodiment 2: the rotating disk 1 of the present embodiment also comprises the low early and high after lower disk body 101 be obliquely installed, wherein, the end that lower disk body 101 horizontal positions set low is provided with regrinding-material discharging opening 110, lower disk body 101 is positioned at disk body 102 belows, rotating disk wall 105 is fixed on lower disk body 101, and driving mechanism is connected with upper disk body 102 through lower disk body 101 is rear.So, the regrinding-material of discharging from mouth of a river discharging seam enters in disk body 101, and discharges from regrinding-material discharging opening 110 is unified, is convenient to regrinding-material is processed.
Embodiment 4
Carried out following improvement on the basis of the present embodiment any one embodiment in embodiment 1～embodiment 3: the rotating disk 1 of the present embodiment also comprises output guide rail 108 and striker plate 111, wherein, output guide rail 108 is provided with and extends to the export orientation bar that material screening machine structure 103 is positioned at the outer part of rotating disk wall 105 top, and the export orientation bar is between the zone between rotating disk wall 105 rectangular side wall lateral walls and above bottleneck locating slot 104.Striker plate 111 is located in rotating disk wall 105, and it is separated rotating disk wall 105 inner regions and forms decomposition region and discharging zone.So, during the present embodiment application, under the effect of striker plate 111, can avoid the bottleneck of rotating disk 1 interior rotation to exerting an influence in the interior bottleneck discharging put in place fully of bottleneck locating slot 104, and under the effect of export orientation bar, can avoid the bottleneck put in place fully at bottleneck locating slot 104 to be re-circulated in rotating disk wall 105.
Embodiment 5
For the ease of charging, carried out following improvement on the basis of the present embodiment any one embodiment in embodiment 1～embodiment 4: the present embodiment also comprises conveyer 2, conveyer 2 comprises base 201, feed hopper 202, conveying 203, driving wheel 204, driven pulley 205 and the drive motors that drives driving wheel 204 to rotate, wherein, feed hopper 202 and conveying 203 all are located on base 201, be provided with the conveyer belt with the bar shaped step be set on driving wheel 204 and driven pulley 205 in conveying 203, the end that conveying 203 is provided with driven pulley 205 is provided with the conveyer discharging opening 206 of connecting with the charging aperture of rotating disk 1 cover plate.
During the present embodiment application, the product of producing is put into feed hopper 202, and under the rotation of drive motors, conveyer belt rotates, and the bar shaped step on conveyer belt is carried the bottleneck in feed hopper 202 in rotating disk 1.
Embodiment 6
The present embodiment has carried out following improvement on the basis of embodiment 5: be provided with material level detection mechanism in the rotating disk wall 105 of the present embodiment, material level detection mechanism comprises approach switch and the movable rocker arm 112 contacted with approach switch.When the bottleneck quantity during approach switch should guarantee entering rotating disk 1 when concrete the installation surpasses maximum separation quantity, bottleneck can touch sense switch.The operation principle of material level detection mechanism is: when the bottleneck in entering rotating disk 1 reaches some, the bottleneck of piling up will touch movable rocker arm 112 because rotating disk 1 rotates deflects it, at this moment the adjacent detection position of movable rocker arm 112 upper ends and approach switch breaks away from detection, make approach switch send the contactor that signal removes drive motors in cutting-off controlling conveyer 2, in conveyer 2, drive motors stops, and conveyer belt stops feed; Along with rotating disk 1 blanking separates discharging, when in rotating disk 1, bottleneck reduces to some, bottleneck does not contact with movable rocker arm 112, movable rocker arm 112 is by the deadweight pendant, movable rocker arm 112 upper end detection faces are adjacent approach switch again, and the approach switch output signal is controlled the contactor adhesive of drive motors in conveyer 2, and conveyer belt is feed again, as a little iterative cycles, with stablizing of bottleneck quantity in maintenance rotating disk 1.
Above content is the further description of the present invention being done in conjunction with concrete preferred embodiment, can not assert that the specific embodiment of the present invention is confined to these explanations.For the general technical staff of the technical field of the invention, not breaking away from other embodiments that draw under technical scheme of the present invention, all should be included in protection scope of the present invention.
Claims (10)
1. injection moulding wine covers bottleneck regrinding-material seperator, it is characterized in that: comprise rotating disk (1), described rotating disk (1) comprises rotating disk wall (105), be positioned at the upper disk body (102) of rotating disk wall (105), the driving mechanism that is connected with upper disk body (102) and drives disk body (102) to rotate, be connected to the annular screen material mechanism (103) on disk body (102), and be connected and seal the cover plate of rotating disk wall (105) upper end open with rotating disk wall (105), be provided with charging aperture on described cover plate, form between material screening machine structure (103) and rotating disk wall (105) annular regrinding-material discharging seam is arranged, described rotating disk wall (105) consists of the rectangular side wall at curved wall and connection curved wall two ends, the rectangular side wall upper end is concordant with the curved wall upper end, form rectangular-shaped bottleneck discharging opening (109) is arranged between rectangular side wall lower end and curved wall two ends, described material screening machine structure (103) upper surface indent forms the bottleneck locating slot (104) that a plurality of longitudinal register bottlenecks are arranged, bottleneck locating slot (104) is positioned at the sidewall opening in material screening machine structure (103) the annulus outside, a plurality of bottleneck locating slots (104) are uniformly distributed on same circumference, material screening machine structure (103) has more than one bottleneck locating slot (104) through bottleneck discharging opening (109) and its and is positioned at outside rotating disk wall (105), the rectangular side wall of described rotating disk wall (105) is less than bottleneck lateral length and bottleneck longitudinal length apart from the spacing of its material screening machine structure (103) upper surface, below, rectangular side wall is greater than the bottleneck longitudinal length apart from the spacing of bottleneck locating slot (104) bottom under it.
2. injection moulding wine according to claim 1 covers bottleneck regrinding-material seperator, it is characterized in that: low early and high after being obliquely installed of described rotating disk (1), the rectangular side wall of described rotating disk wall (105) is positioned at rotating disk (1) left side.
3. injection moulding wine according to claim 2 covers bottleneck regrinding-material seperator, it is characterized in that: be provided with a plurality of gas holes (106) on the curved wall of described rotating disk wall (105), described gas hole (106) is less than bottleneck lateral length and bottleneck longitudinal length apart from the vertical interval of material screening machine structure (103) upper surface bearing of trend, and gas hole (106) is greater than the bottleneck longitudinal length apart from the vertical interval of bottleneck locating slot (104) bottom bearing of trend.
4. injection moulding wine according to claim 3 covers bottleneck regrinding-material seperator, it is characterized in that: the quantity of described gas hole (106) is two, in two gas holes (106), a gas hole (106) is positioned at rotating disk (1) upper left side, another gas hole (106) is positioned at rotating disk (1) lower right, being positioned at the upper left gas hole of rotating disk (1) (106) is less than and is positioned at the distance of the bottom-right gas hole of rotating disk (1) (106) apart from the curved wall bottom apart from the distance bottom curved wall, be provided with the friction be connected with the curved wall of rotating disk wall (105) between two gas holes (106) and detect band (107).
5. injection moulding wine according to claim 4 lid bottleneck regrinding-material seperator is characterized in that: described upper left gas hole (106) higher than with its over against bottleneck locating slot (104) in the bottleneck height 1mm that installs; Described bottom-right gas hole (106) higher than with its over against bottleneck locating slot (104) in the bottleneck height 4mm that installs.
6. injection moulding wine according to claim 2 covers bottleneck regrinding-material seperator, it is characterized in that: described rotating disk (1) is 15 °～25 ° with the angle of horizontal plane.
7. injection moulding wine according to claim 1 covers bottleneck regrinding-material seperator, it is characterized in that: described rotating disk (1) also comprises the lower disk body (101) that is provided with regrinding-material discharging opening (110), described lower disk body (101) is positioned at disk body (102) below, it is upper that described rotating disk wall (105) is fixed on lower disk body (101), and driving mechanism is connected with upper disk body (102) through after lower disk body (101).
8. injection moulding wine according to claim 1 covers bottleneck regrinding-material seperator, it is characterized in that: described rotating disk (1) also comprises output guide rail (108) and striker plate (111), described output guide rail (108) is provided with and extends to the export orientation bar that material screening machine structure (103) is positioned at the outer part of rotating disk wall (105) top, and described export orientation bar is positioned between the zone between rotating disk wall (105) rectangular side wall lateral wall and an above bottleneck locating slot (104); Described striker plate (111) is located in rotating disk wall (105) and is separated rotating disk wall (105) inner region and forms decomposition region and discharging zone.
9. according to the described injection moulding wine lid of any one in claim 1～8 bottleneck regrinding-material seperator, it is characterized in that: also comprise conveyer (2), described conveyer (2) comprises base (201), feed hopper (202), conveying (203), driving wheel (204), driven pulley (205) and the drive motors that drives driving wheel (204) to rotate, described feed hopper (202) and conveying (203) all are located on base (201), be provided with the conveyer belt with the bar shaped step be set on driving wheel (204) and driven pulley (205) in conveying (203), the end that conveying (203) is provided with driven pulley (205) is provided with the conveyer discharging opening (206) of connecting with the charging aperture of rotating disk (1) cover plate.
10. injection moulding wine lid bottleneck regrinding-material seperator according to claim 9, is characterized in that: the movable rocker arm (112) that is provided with approach switch in described rotating disk wall (105) and contacts with approach switch.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201310355489XA CN103434092A (en) | 2013-08-15 | 2013-08-15 | Injection molding wine cover bottle mouth drainage opening material separator |
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| CN201310355489XA CN103434092A (en) | 2013-08-15 | 2013-08-15 | Injection molding wine cover bottle mouth drainage opening material separator |
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| CN103878112A (en) * | 2014-04-11 | 2014-06-25 | 昆山市兴凯胜精密模具有限公司 | Product and water gap automatic separating device |
| CN105690659A (en) * | 2015-09-18 | 2016-06-22 | 安庆市天涯汽车配件有限公司 | Segregator for plastic buckles |
| CN110155668A (en) * | 2019-05-29 | 2019-08-23 | 梁国强 | A kind of ringtoss send coil apparatus |
| CN114030143A (en) * | 2021-11-17 | 2022-02-11 | 徐州云泰精密技术有限公司 | Collecting ring water gap punching device |
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| JPH01208112A (en) * | 1988-02-16 | 1989-08-22 | Sumijiyuu Tec:Kk | Cutting device of gate of plastic molded product |
| CN201769332U (en) * | 2010-09-14 | 2011-03-23 | 中山市钜通机电技术有限公司 | Full-automatic processing equipment for injection products and horizontal injection machine used thereby |
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| CN203381159U (en) * | 2013-08-15 | 2014-01-08 | 四川省宜宾普什重机有限公司 | Separator for bottleneck of injection wine cover and drainage opening material |
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