CN104261099A - Directional capsule arrangement and conveying set - Google Patents
Directional capsule arrangement and conveying set Download PDFInfo
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- CN104261099A CN104261099A CN201410526193.4A CN201410526193A CN104261099A CN 104261099 A CN104261099 A CN 104261099A CN 201410526193 A CN201410526193 A CN 201410526193A CN 104261099 A CN104261099 A CN 104261099A
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Abstract
The invention belongs to the technical field of pharmaceutical equipment and relates to a directional capsule arrangement and conveying set. A cylinder and a bottom disc are connected and surround a rotating disc. A rotating disc driving mechanism is connected with the center of the rotating disc; a bin with the cylinder as a wall, the rotating disc as a bottom and the top opened is formed. The edge of the rotating disc is peripherally provided with a plurality of capsule cavities in the same shapes as single capsules; a slot in the rotating disc divides the edge of the rotating disc into two layers; the rotating disc is provided with suction through holes in one to one correspondence with the capsule cavities, with only one opening of each suction through hole being located in the side of the end of the upper layer of the corresponding capsule cavities; a suction plate is communicated with the suction through holes and connected with a fan; a retainer ring is arranged in the slot; gaps of the retainer ring correspond to a discharge area of the bottom disc; a turning guide mechanism is arranged in a turning area of the bottom disc; a retainer plate covers the capsule cavities corresponding to the turning area of the bottom disc and the discharge area thereof; the problem that before single cutting, fitting and powder filling, openings need to be directionally arranged towards the single capsules disordered is solved.
Description
Technical field
The invention belongs to medical equipment technical field, especially align feedway with capsule relevant.
Background technology
Capsule is by the cylindrical object holding greatly capsule monomer with the closed at both ends of the relative fit of small end capsule monomer opening, the cylindrical object that capsule monomer is one end open, one end is closed.The manufacturing process such as automatic otch, fit of capsule and capsule medicinal powder filling before, capsule monomer is all needed to align, so capsule automation equipment all needs the feedway that can realize reversing end for end, opening is aligned towards mixed and disorderly capsule monomer.
Summary of the invention
Object of the present invention be intended to solve capsule monomer otch, fit and medicinal powder filling before need the problem being carried out towards mixed and disorderly capsule monomer by opening aligning, provide a kind of and can realize the capsule that accurate stable reverses end for end to align align feedway in fast rotational course of conveying.
For this reason, the present invention is by the following technical solutions: capsule aligns feedway, comprise cylinder, chassis, rotating disc and rotary disk drive mechanism, chassis is that axis is vertically fixedly installed, chassis edge is provided with about one blanking port run through, for capsule monomer line of centers transversely time can pass through, rotating disc is located at above chassis, rotating disc edge is along the circumferential direction provided with the capsule container cavity that multiple shape is corresponding with capsule monomer, side, two ends on capsule container cavity length direction is end sides, inner end sides is set near the side of rotating disc line of centers, opposite side is then set to outer end end sides, cylinder is fixedly connected with also peripheral in rotating disc with chassis, rotary disk drive mechanism is connected with described rotating disc center, formation cylinder is wall, rotating disc is the end, open-topped feed bin, it is characterized in that, described capsule aligns feedway and also comprises plate shape baffle ring, baffle plate, air suction mechanism and tune guiding mechanism, described rotating disc is provided with around periphery and the slot that concaves of footpath, the slot degree of depth arrives capsule container cavity inside side walls, the rotating disc edge being provided with capsule container cavity is divided into two-layer up and down, rotating disc is provided with each capsule container cavity one_to_one corresponding and only has one of them aperture to be positioned at the air draught through hole of capsule container cavity upper strata end sides, the edge on described chassis is divided into swinging room, feeding zone and alignment area successively along rotating disc hand of rotation, and described blanking port is positioned at feeding zone, described air suction mechanism comprises airdraft plate, airdraft plate is provided with the cooperation side for coordinating with described rotating disc, airdraft plate is provided with the air-suction channel that oral area is positioned at described cooperation side, airdraft plate is fixedly installed, air-suction channel is communicated with blower fan by pipeline, be positioned at another aperture corresponding matching of all described air draught through hole above the porthole of the air-suction channel of described cooperation side and described swinging room, air draught effect is produced to all air draught through holes above swinging room, described baffle ring is set to breach successively along rotating disc hand of rotation, backgauge portion and blanking portion, baffle ring is located in described slot, and fix relative to described cylinder position, breach corresponds to the blanking port on described chassis, the backgauge district of baffle ring corresponds to the alignment area on described chassis, and its radial width meets makes capsule can only be positioned at capsule container cavity upper strata, the blanking portion radial width of baffle ring reduces, the blanking channel that capsule monomer can be passed through when line of centers becomes vertical is formed between the upper and lower of the capsule container cavity above swinging room, described chassis, this blanking channel is positioned at the opposite side of the capsule container cavity end sides being provided with described air draught through hole aperture, described tune guiding mechanism is arranged at swinging room, chassis, tune guiding mechanism comprises a spigot surface, on rotating disc hand of rotation, the initiating terminal of spigot surface is positioned at the opposite side of the capsule container cavity end sides being provided with described air draught through hole aperture, terminates the side that end is positioned at the capsule container cavity end sides being provided with described air draught through hole aperture, described shutter is located at above the capsule container cavity corresponding to swinging room, described chassis and feeding zone, capsule monomer is made can not directly to drop to chassis blanking port the capsule container cavity above feeding zone, chassis by baffle, baffle plate is fixed relative to described cylinder position, the vertical distance of baffle plate bottom surface and described baffle ring end face is suitable with capsule monomer diameter, ensures to only have a capsules monomer in each capsule container cavity on swinging room, chassis.
Tune process of the present invention is: capsule monomer opening supports towards the capsule container cavity entered pell-mell above alignment area, chassis and by baffle ring backgauge portion and is positioned at the upper strata of capsule container cavity, rotating disc rotating band is with in capsule container cavity motion process, capsule monomer realizes line of centers and transversely arranges, due to the stop of baffle plate, each capsule container cavity can only hold a capsules monomer and enter above swinging room, chassis, after entering swinging room, the capsule monomer of closed end near air draught through hole aperture is abutted in the end sides of capsule container cavity by absorption, and supported by baffle ring blanking portion, capsule monomer by rotating disc rotating band with above mobile chassis feeding zone time, the air-suction channel of air suction mechanism no longer coordinates with air draught through hole, air draught through hole no longer to capsule monomer produce adsorption, and capsule monomer is positioned at baffle ring indentation, there, lose supporting role, capsule monomer falls into the blanking port on chassis, realizes conveying, the capsule monomer of open end near air draught through hole aperture cannot be abutted in the end sides of capsule container cavity by absorption, then being positioned on described blanking channel capsule monomer closed end due to heavier-weight overturns, capsule monomer is made to become closed end down, line of centers becomes vertically to drop to chassis from blanking channel, at capsule monomer with in rotating disc motion process, the spigot surface of the guiding mechanism on chassis carries out guiding to capsule monomer closed end to be promoted, capsule monomer is toppled over, initiating terminal due to spigot surface is positioned at the opposite side of the capsule container cavity end sides being provided with described air draught through hole aperture, terminate the side that end is positioned at the capsule container cavity end sides being provided with described air draught through hole aperture, capsule monomer closed end is pushed to be provided with the side of the capsule container cavity end sides in described air draught through hole aperture, realize the tune of capsule monomer, chassis blanking port is moved to rotating disc after realizing tune, realize the directed conveying of tune.
As to technique scheme supplement and perfect, the present invention also comprises following technical characteristic.
Described chassis is along the circumferential direction distributed with multiple bearing cross hole, arranges a backup bearing in each bearing cross hole, line of centers and the chassis of backup bearing are radial parallel, and described rotating disc is pressed against backup bearing, plays a supporting role to rotating disc.
Described one of them aperture of air draught through hole is positioned at the outer end end sides on capsule container cavity upper strata.
Described one of them aperture of air draught through hole can also be positioned at the inner end sides on capsule container cavity upper strata.
Described another aperture of air draught through hole is positioned at rotating disc upper end end face, and the cooperation side of described airdraft plate is plane, and airdraft plate is fixedly connected with described cylindrical shell by attaching parts.
Described another aperture of air draught through hole also can be positioned on rotating disc periphery, described cylindrical shell is arranged corresponding opening, the cooperation side of described airdraft plate is interior concaved circular cambered surface, airdraft plate is installed on outside cylindrical shell, and the cooperation side of airdraft plate is through the opening on cylindrical shell and rotating disc periphery energy corresponding matching.
Described rotating disc has circular hollow inner chamber, then another aperture of air draught through hole can also be positioned on rotating disc hollow cavity wall, described airdraft plate is installed in rotating disc hollow cavity, the cooperation side of airdraft plate is outer convex arc surface, rotating disc upper cover is equipped with the cover plate of capping hollow cavity, at the bottom of cover plate and the rotating disc edge storehouse as described feed bin.
Further, when another aperture of air draught through hole can also be positioned on rotating disc hollow cavity wall, capsule container cavity is the long trough through hole of through rotating disc upper surface, lower surface and periphery.
Described rotating disc is made up of top rotary table and the two-layer fixing involutory splicing of lower rotary table, and described slot is arranged at the involutory surface of top rotary table and lower rotary table, involutory by upper and lower two rotating disks, facilitates the installation of described baffle ring.
On rotating disc hand of rotation, described capsule container cavity upper end open forward edge is arranged to downward-sloping inclined-plane, makes capsule more easily enter capsule container cavity.
Described guiding mechanism is be arranged at arc groove on described chassis or arc convex, and the side of arc groove or arc convex is as described spigot surface.
The present invention can reach following beneficial effect: be divided into two-layer up and down by baffle ring by the capsule container cavity of rotating disc, and utilize the architectural feature of capsule monomer to use air draught, baffle ring and guiding mechanism to coordinate the tune realizing capsule monomer, what achieve capsule monomer aligns conveying.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of embodiment of the present invention one.
Fig. 2 is the birds-eye view of Fig. 1.
Fig. 3 is the B-B generalized section of Fig. 2.
Fig. 4 is the exploded perspective view of Fig. 1.
Fig. 5 is the schematic diagram of detailed description of the invention two.
Detailed description of the invention
Below in conjunction with accompanying drawing, the specific embodiment of the present invention is described in detail.
Embodiment one,
As shown in Fig. 1 ~ Fig. 4, the present invention includes cylinder 3, chassis 8, rotating disc 2, rotating disc 2 driver train, plate shape baffle ring 5, baffle plate 6, air suction mechanism and tune guiding mechanism, chassis 8 is vertically fixedly installed in axis, edge, chassis 8 is provided with about one blanking port run through 10, for capsule monomer line of centers transversely time can pass through, described rotating disc 2 is made up of top rotary table and the two-layer fixing involutory splicing of lower rotary table, rotating disc 2 to be located at above chassis 8 and to be had circular hollow inner chamber, rotating disc 2 upper cover is equipped with the cover plate 1 of capping hollow cavity, rotating disc 2 edge is along the circumferential direction provided with the capsule container cavity that multiple shape is corresponding with capsule monomer, capsule container cavity is through rotating disc 2 upper surface, the long trough through hole of lower surface and periphery, each capsule container cavity length direction is parallel with the radial direction of rotating disc 2, inner end sides is set near the side of rotating disc 2 line of centers, described chassis 8 is along the circumferential direction distributed with multiple bearing 11 through hole, in each bearing 11 through hole, a backup bearing 11 is set, line of centers and the chassis 8 of backup bearing 11 are radial parallel, described rotating disc 2 is pressed against backup bearing 11, rotating disc 2 is played a supporting role, cylinder 3 is fixedly connected with also peripheral in rotating disc 2 with chassis 8, rotating disc 2 driver train drives all backup bearings 11 centered by respective axis and rotating Vortex, forming cylinder 3 is wall, cover plate 1 and rotating disc 2 edge are as at the bottom of storehouse, open-topped feed bin, on rotating disc 2 hand of rotation, described capsule container cavity upper end open forward edge is arranged to downward-sloping inclined-plane 4, makes capsule more easily enter capsule container cavity,
The described top rotary table of rotating disc 2 and the involutory surface of lower rotary table are provided with around periphery and the slot that concaves of footpath, the slot degree of depth arrives capsule container cavity inside side walls, rotating disc 2 edge being provided with capsule container cavity is divided into two-layer up and down, rotating disc 2 is provided with and each capsule container cavity air draught through hole 7 one to one, one of them aperture of air draught through hole 7 is positioned at the inner end sides on capsule container cavity upper strata, and another aperture is positioned on rotating disc 2 hollow cavity wall, the edge on described chassis 8 is divided into swinging room, feeding zone and alignment area successively along rotating disc 2 hand of rotation, and described blanking port 10 is positioned at feeding zone, described air suction mechanism comprises airdraft plate 9, airdraft plate 9 is provided with the cooperation side for the evagination circular arc coordinated with described rotating disc 2 hollow cavity wall, airdraft plate 9 is provided with the air-suction channel that oral area is positioned at described cooperation side, described airdraft plate 9 is installed in rotating disc 2 hollow cavity, air-suction channel is communicated with blower fan by pipeline, be positioned at another aperture corresponding matching of all described air draught through hole 7 above the porthole of the air-suction channel of described cooperation side and described swinging room, air draught effect is produced to all air draught through holes 7 above swinging room, described baffle ring is set to breach successively along rotating disc 2 hand of rotation, backgauge portion and blanking portion, baffle ring is located in described slot, and fix relative to described cylinder 3 position, breach corresponds to the blanking port 10 on described chassis 8, the backgauge district of baffle ring corresponds to the alignment area on described chassis 8, and its radial width meets makes capsule can only be positioned at capsule container cavity upper strata, the blanking portion radial width of baffle ring reduces, the blanking channel that capsule monomer can be passed through when line of centers becomes vertical is formed between the upper and lower of the capsule container cavity above swinging room, described chassis, this blanking channel is positioned at the opposite side of the capsule container cavity end sides being provided with described air draught through hole 7 aperture, described tune guiding mechanism is arranged at swinging room, chassis, tune guiding mechanism is be arranged at the arc groove on the lower rotary table upper end end face on chassis 8, the side of arc groove is as spigot surface, on rotating disc 2 hand of rotation, the initiating terminal of spigot surface is positioned at the opposite side of the capsule container cavity end sides being provided with described air draught through hole 7 aperture, terminates the side that end is positioned at the capsule container cavity end sides being provided with described air draught through hole 7 aperture, described baffle plate 6 is covered on above the capsule container cavity corresponding to swinging room, described chassis and feeding zone, being stopped by baffle plate 6 makes capsule monomer can not directly drop to chassis blanking port 10 the capsule container cavity above feeding zone, chassis, baffle plate 6 is fixed relative to described cylinder 3 position, the vertical distance of baffle plate 6 bottom surface and described baffle ring end face is suitable with capsule monomer diameter, ensures to only have a capsules monomer in each capsule container cavity on swinging room, chassis.
Tune process of the present invention is: capsule monomer opening supports towards the capsule container cavity entered pell-mell above alignment area, chassis and by baffle ring backgauge portion and is positioned at the upper strata of capsule container cavity, rotating disc 2 rotating band is with in capsule container cavity motion process, capsule monomer realizes line of centers and transversely arranges, due to the stop of baffle plate 6, each capsule container cavity can only hold a capsules monomer and enter above swinging room, chassis, after entering swinging room, the capsule monomer of closed end near air draught through hole 7 aperture is abutted in the end sides of capsule container cavity by absorption, and supported by baffle ring blanking portion, capsule monomer by rotating disc 2 rotating band with above mobile chassis 8 feeding zone time, the air-suction channel of air suction mechanism no longer coordinates with air draught through hole 7, air draught through hole 7 no longer to capsule monomer produce adsorption, and capsule monomer is positioned at baffle ring indentation, there, lose supporting role, capsule monomer falls into the blanking port 10 on chassis 8, realizes conveying, the capsule monomer of open end near air draught through hole 7 aperture cannot be abutted in the end sides of capsule container cavity by absorption, then being positioned on described blanking channel capsule monomer closed end due to heavier-weight overturns, capsule monomer is made to become closed end down, line of centers becomes vertically to drop to chassis 8 from blanking channel, at capsule monomer with in rotating disc 2 motion process, the spigot surface of the guiding mechanism on chassis 8 carries out guiding to capsule monomer closed end to be promoted, capsule monomer is toppled over, initiating terminal due to spigot surface is positioned at the opposite side of the capsule container cavity end sides being provided with described air draught through hole 7 aperture, terminate the side that end is positioned at the capsule container cavity end sides being provided with described air draught through hole 7 aperture, capsule monomer closed end is pushed to be provided with the side of the capsule container cavity end sides in described air draught through hole 7 aperture, realize the tune of capsule monomer, chassis 8 blanking port 10 is moved to rotating disc 2 after realizing tune, realize the directed conveying of tune.
Embodiment two,
As shown in Figure 5, the present invention includes cylinder 3, chassis 8, rotating disc 2, rotating disc 2 driver train, plate shape baffle ring 5, baffle plate 6, air suction mechanism and tune guiding mechanism, chassis 8 is vertically fixedly installed in axis, edge, chassis 8 is provided with about one blanking port run through 10, for capsule monomer line of centers transversely time can pass through, described rotating disc 2 is made up of top rotary table and the two-layer fixing involutory splicing of lower rotary table, rotating disc 2 is located at above chassis 8, rotating disc 2 edge is along the circumferential direction provided with the capsule container cavity that multiple shape is corresponding with capsule monomer, each capsule container cavity length direction is parallel with the radial direction of rotating disc 2, side, two ends on capsule container cavity length direction is end sides, inner end sides is set near the side of rotating disc 2 line of centers, opposite side is then set to outer end end sides, described chassis 8 is along the circumferential direction distributed with multiple bearing 11 through hole, in each bearing 11 through hole, a backup bearing 11 is set, line of centers and the chassis 8 of backup bearing 11 are radial parallel, described rotating disc 2 is pressed against backup bearing 11, rotating disc 2 is played a supporting role, cylinder 3 is fixedly connected with also peripheral in rotating disc 2 with chassis 8, rotating disc 2 driver train drives all backup bearings 11 centered by respective axis and rotating Vortex, forming cylinder 3 is wall, rotating disc 2, open-topped feed bin, on rotating disc 2 hand of rotation, described capsule container cavity upper end open forward edge is arranged to downward-sloping inclined-plane 4, makes capsule more easily enter capsule container cavity, the described top rotary table of rotating disc 2 and the involutory surface of lower rotary table are provided with around periphery and the slot that concaves of footpath, the slot degree of depth arrives capsule container cavity inside side walls, rotating disc 2 edge being provided with capsule container cavity is divided into two-layer up and down, rotating disc 2 is provided with and each capsule container cavity air draught through hole 7 one to one, one of them aperture of air draught through hole 7 is positioned at the outer end end sides on capsule container cavity upper strata, and another aperture is positioned on the periphery of the top rotary table of rotating disc 2, the edge on described chassis 8 is divided into swinging room, feeding zone and alignment area successively along rotating disc 2 hand of rotation, and described blanking port 10 is positioned at feeding zone, described air suction mechanism comprises airdraft plate 9, airdraft plate 9 is provided with the cooperation side for concave arc in coordinating with described rotating disc 2 periphery, airdraft plate 9 is provided with the air-suction channel that oral area is positioned at described cooperation side, airdraft plate 9 is installed on outside cylindrical shell, cylindrical shell is provided with airdraft plate 9 coordinate side corresponding matching radially across the opening on cylindrical shell, air-suction channel is communicated with blower fan by pipeline, be positioned at another aperture corresponding matching of all described air draught through hole 7 above the porthole of the air-suction channel of described cooperation side and described swinging room, air draught effect is produced to all air draught through holes 7 above swinging room, described baffle ring is set to breach successively along rotating disc 2 hand of rotation, backgauge portion and blanking portion, baffle ring is located in described slot, and fix relative to described cylinder 3 position, breach corresponds to the blanking port 10 on described chassis 8, the backgauge district of baffle ring corresponds to the alignment area on described chassis 8, and its radial width meets makes capsule can only be positioned at capsule container cavity upper strata, the blanking portion radial width of baffle ring reduces, the blanking channel that capsule monomer can be passed through when line of centers becomes vertical is formed between the upper and lower of the capsule container cavity above swinging room, described chassis, this blanking channel is positioned at the opposite side of the capsule container cavity end sides being provided with described air draught through hole 7 aperture, described tune guiding mechanism is arranged at swinging room, chassis, tune guiding mechanism is be arranged at the arc groove on the lower rotary table upper end end face on chassis 8, the side of arc groove is as spigot surface, on rotating disc 2 hand of rotation, the initiating terminal of spigot surface is positioned at the opposite side of the capsule container cavity end sides being provided with described air draught through hole 7 aperture, terminates the side that end is positioned at the capsule container cavity end sides being provided with described air draught through hole 7 aperture, described baffle plate 6 is covered on above the capsule container cavity corresponding to swinging room, described chassis and feeding zone, being stopped by baffle plate 6 makes capsule monomer can not directly drop to chassis 8 blanking port 10 the capsule container cavity above feeding zone, chassis 8, baffle plate 6 is fixed relative to described cylinder 3 position, the vertical distance of baffle plate 6 bottom surface and described baffle ring end face is suitable with capsule monomer diameter, ensures to only have a capsules monomer in each capsule container cavity on swinging room, chassis.
Embodiment three,
Another aperture of air draught through hole 7 in above-mentioned embodiment one and embodiment two can also be arranged at rotating disc 2 upper end end face, then airdraft plate 9 is installed on above rotating disc 2, airdraft plate 9 is plane for the cooperation side coordinated with described rotating disc 2 upper surface, and air-suction channel is communicated with blower fan by pipeline.When rotating disc is provided with hollow cavity, rotating disc upper cover is equipped with cover plate.
In above-mentioned embodiment one to embodiment three, described tune guiding mechanism can also for being arranged at the arc convex on chassis 8, and the side of arc convex is as described spigot surface.Can install a guiding swash plate in the blanking port on described chassis, the upper side of guiding swash plate is connected to swinging room, chassis and is tilted to down from swinging room, chassis, makes capsule monomer can roll into follow-up mechanism smoothly.
Claims (10)
1. capsule aligns feedway, comprise cylinder, chassis, rotating disc and rotary disk drive mechanism, chassis is that axis is vertically fixedly installed, chassis edge is provided with about one blanking port run through, rotating disc is located at above chassis, rotating disc edge is along the circumferential direction provided with the capsule container cavity that multiple shape is corresponding with capsule monomer, side, two ends on capsule container cavity length direction is end sides, inner end sides is set near the side of rotating disc line of centers, opposite side is equipment outer end end sides then, cylinder is fixedly connected with also peripheral in rotating disc with chassis, rotary disk drive mechanism is connected with cover plate central, formation cylinder is wall, rotating disc is the end, open-topped feed bin, it is characterized in that: described capsule aligns feedway and also comprises plate shape baffle ring, baffle plate, air suction mechanism and tune guiding mechanism, described rotating disc is provided with around periphery and the slot that concaves of footpath, the slot degree of depth arrives capsule container cavity inside side walls, capsule container cavity will be provided with and rotating disc edge is divided into two-layer up and down, and rotating disc be provided with each capsule container cavity one_to_one corresponding and only have one of them aperture to be positioned at the air draught through hole of capsule container cavity upper strata end sides, the edge on described chassis is divided into swinging room, feeding zone and alignment area successively along rotating disc hand of rotation, and described blanking port is positioned at feeding zone, described air suction mechanism comprises airdraft plate, airdraft plate is provided with the cooperation side for coordinating with described rotating disc, airdraft plate is provided with the air-suction channel that oral area is positioned at described cooperation side, airdraft plate is fixedly installed, air-suction channel is communicated with blower fan by pipeline, be positioned at another aperture corresponding matching of all described air draught through hole above the porthole of the air-suction channel of described cooperation side and described swinging room, air draught effect is produced to all air draught through holes above swinging room, described baffle ring is set to breach successively along rotating disc hand of rotation, backgauge portion and blanking portion, baffle ring is located in described slot, and fix relative to described cylinder position, breach corresponds to the blanking port on described chassis, the backgauge district of baffle ring corresponds to the alignment area on described chassis, and its radial width meets makes capsule can only be positioned at capsule container cavity upper strata, the blanking portion radial width of baffle ring reduces, the blanking channel that capsule monomer can be passed through when line of centers becomes vertical is formed between the upper and lower of the capsule container cavity above swinging room, described chassis, this blanking channel is positioned at the opposite side of the capsule container cavity end sides being provided with described air draught through hole aperture, described tune guiding mechanism is arranged at swinging room, chassis, tune guiding mechanism comprises a spigot surface, on rotating disc hand of rotation, the initiating terminal of spigot surface is positioned at the opposite side of the capsule container cavity end sides being provided with described air draught through hole aperture, terminates the side that end is positioned at the capsule container cavity end sides being provided with described air draught through hole aperture, described shutter is located at above the capsule container cavity corresponding to swinging room, described chassis and feeding zone, and baffle plate is fixed relative to described cylinder position, and the vertical distance of baffle plate bottom surface and described baffle ring end face is suitable with capsule monomer diameter.
2. capsule according to claim 1 aligns feedway, it is characterized in that: described rotating disc is made up of top rotary table and the two-layer fixing involutory splicing of lower rotary table, described slot is arranged at the involutory surface of top rotary table and lower rotary table, involutory by upper and lower two rotating disks.
3. capsule according to claim 1 and 2 aligns feedway, it is characterized in that: described chassis is along the circumferential direction distributed with multiple bearing cross hole, a backup bearing is set in each bearing cross hole, line of centers and the chassis of backup bearing are radial parallel, and described rotating disc is pressed against backup bearing.
4. capsule according to claim 3 aligns feedway, it is characterized in that: described guiding mechanism is be arranged at arc groove on described chassis or arc convex, and the side of arc groove or arc convex is as described spigot surface.
5. capsule according to claim 4 aligns feedway, it is characterized in that: described one of them aperture of air draught through hole is positioned at the outer end end sides on capsule container cavity upper strata.
6. capsule according to claim 4 aligns feedway, it is characterized in that: described one of them aperture of air draught through hole is positioned at the inner end sides on capsule container cavity upper strata.
7. the capsule according to claim 5 or 6 aligns feedway, it is characterized in that: described another aperture of air draught through hole is positioned at rotating disc upper end end face, the cooperation side of described airdraft plate is plane, and airdraft plate is fixedly connected with described cylindrical shell by attaching parts.
8. capsule according to claim 5 aligns feedway, it is characterized in that: described another aperture of air draught through hole is positioned on rotating disc periphery, described cylindrical shell is arranged corresponding opening, the cooperation side of described airdraft plate is interior concaved circular cambered surface, airdraft plate is installed on outside cylindrical shell, and the cooperation side of airdraft plate is through the opening on cylindrical shell and rotating disc periphery energy corresponding matching.
9. capsule according to claim 6 aligns feedway, it is characterized in that: described rotating disc has circular hollow inner chamber, another aperture of described air draught through hole is positioned on rotating disc hollow cavity wall, described airdraft plate is installed in rotating disc hollow cavity, the cooperation side of airdraft plate is outer convex arc surface, and rotating disc upper cover is equipped with the cover plate of capping hollow cavity.
10. capsule according to claim 9 aligns feedway, it is characterized in that: when another aperture of air draught through hole is positioned on rotating disc hollow cavity wall, capsule container cavity is the long trough through hole of through rotating disc upper surface, lower surface and periphery.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410526193.4A CN104261099A (en) | 2014-10-09 | 2014-10-09 | Directional capsule arrangement and conveying set |
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| CN201410526193.4A CN104261099A (en) | 2014-10-09 | 2014-10-09 | Directional capsule arrangement and conveying set |
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| CN104261099A true CN104261099A (en) | 2015-01-07 |
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