CN104257274B - A kind of plastic packaging capsule machine - Google Patents
A kind of plastic packaging capsule machine Download PDFInfo
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- CN104257274B CN104257274B CN201410491275.XA CN201410491275A CN104257274B CN 104257274 B CN104257274 B CN 104257274B CN 201410491275 A CN201410491275 A CN 201410491275A CN 104257274 B CN104257274 B CN 104257274B
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Abstract
Plastic packaging capsule machine disclosed by the invention, for preparing capsule particle, this plastic packaging capsule machine includes shell mechanism, inside is fixed with upper bracket and lower carriage, and it is installed on the rotating disk mechanism on lower carriage, it is installed on the milling mechanism on upper bracket, lower casing mechanism, Xia Fen mechanism, press-powder mechanism, plastic package mechanism successively, wherein press-powder mechanism and Xia Fen mechanism location overlap on upper bracket.The plastic packaging capsule machine of the present invention, arranged by rational structure and cooperating between internal each mechanism, achieve, with capsule, powder material is carried out automatic packaging, and the preparation of different size capsule particle can be realized by the displacement that traffic cycle is overlapped, it meets people in daily life, different demands to capsule product, also reduce people simultaneously and use the cost of capsule product.
Description
Technical field
The invention belongs to technical field of mechanical automation, be specifically related to a kind of plastic packaging capsule machine for making capsule particle.
Background technology
Nowadays, quickening along with social development and people's rhythm of life, capsule is as the storage container depositing powder material, and it brings facility to daily life, wherein for leaving powder material inside capsule particle in just like analysis for soybean powder, Folium Camelliae sinensis powder, coffee powder etc..But, current used its production cost of capsule particle for depositing dress powder material is high, and kind is single, can only buy according to the production model of manufacturer, which greatly limits the universal of capsule product, it is impossible to enough meet people in daily life, the different demands to capsule product.
So, it is provided that the capsule machine of a kind of automatization, in order to prepare different material according to the different demands of user, the capsule particle of different model just seems particularly necessary.
Summary of the invention
It is an object of the invention to provide a kind of plastic packaging capsule machine for solving above-mentioned technical problem, wherein this plastic packaging capsule machine is operationally, automatically can be stored in capsule shells by pulverous material, and seal with plastic film.
A kind of plastic packaging capsule machine, is used for preparing capsule particle, and this plastic packaging capsule machine includes,
Rotating disk mechanism, it includes offering the traffic cycle of position, 4 holes, traffic cycle set and the electric machine assembly for driving traffic cycle interval to rotate, described traffic cycle set is embedded at the position, hole of traffic cycle, and offers a containing cavity at this traffic cycle set away from the side of traffic cycle, is used for holding capsule shells；
Lower casing mechanism, including for depositing the lower casing straight tube of capsule shells and for controlling the lower shell component that capsule shells is transferred, described lower casing straight tube is located at the top of one of them position, hole of described traffic cycle；
Xia Fen mechanism, including lower powder rotating disk and for stirring the shifting component of lower powder turntable rotation, described lower powder rotating disk offers at least 2 lower powder hole positions, and one of them lower powder hole position overlaps with the position, hole on traffic cycle；
Plastic package mechanism, including wound membrane assembly, make its press mold assembly being connected in capsule shells for depressing the film on wound membrane assembly and for the heat-generating disc being heat-sealed in capsule shells by the film in wound membrane assembly and serrated knife, described heat-generating disc is set in the side of serrated knife near floor level, and carries out spacing with screw.
Preferably, this plastic packaging capsule machine farther includes milling mechanism, and described milling mechanism includes milling assembly, storage powder funnel and for connecting the powder delivery mouth of mill assembly and storage powder funnel；Wherein, described storage powder funnel is positioned adjacent to the position at traffic cycle place, described assembly of milling is Powdered for being milled into by granular material, it includes support of milling, motor of milling, funnel and be located at the upper and lower cutter group of funnel both sides, wherein it is located in the lower cutter group on the downside of funnel and is equipped with wind sheet, for storage powder funnel will be blown into via upper and lower cutter group powder material after milled from powder delivery mouth；Described storage powder funnel is provided with storage powder filler cap from the side away from described Xia Fen mechanism, and described storage powder filler cap is provided with interconnective powder allocation motor and powder allocation sheet, and wherein said powder allocation sheet extends down in storage powder funnel.
Preferably, this plastic packaging capsule machine farther includes press-powder mechanism, it includes press-powder block, press-powder connecting rod, press-powder rotating shaft and powder moulding electric and two intermeshing press-powder gears, press-powder block is fixed on by latch in one end of described press-powder connecting rod, other end connecting rod pin is connected with press-powder rotating shaft, described press-powder rotating shaft is connected with one of them press-powder gear, and another press-powder gear is fixed on the shaft of powder moulding electric；Making this press-powder mechanism operationally, described powder moulding electric drives press-powder block to carry out upper and lower moving back and forth by press-powder rotating shaft and press-powder connecting rod.
Preferably, described electric machine assembly includes big coil motor, main floral disc and main pulling axis, is connected with deep bid rotating shaft and bearing between wherein said main floral disc and traffic cycle；Described main pulling axis is connected with big coil motor by main floral disc so that this electric machine assembly operationally, stirred by the described main pulling axis of deep bid driven by motor, and wherein said main pulling axis is often stirred once by traffic cycle, and traffic cycle rotates 90 °.
Preferably, described lower shell component includes lower casing support, lower casing draw runner, lower casing connecting rod, upper and lower strut, lower casing rotating shaft and for the lower casing gear train driving lower casing rotating shaft to rotate and lower shell motor；One end of described lower casing connecting rod is connected with lower casing draw runner, and the other end is fixed on lower casing rotating shaft by upper and lower strut so that this lower shell component operationally, by the rotation of lower casing rotating shaft, drives lower casing draw runner to carry out pull back and forth on lower casing support；Being provided with lower web plate and upper gusset on the two opposite sides of described lower casing draw runner wall within it, wherein said lower web plate is arranged on the side of lower casing draw runner near floor level setting straggly with upper gusset.
Preferably, described shifting component includes the lower powder pulling axis rotated for driving lower powder rotating disk to carry out, lower powder gear and lower pink blossom dish, described lower pink blossom dish is connected with lower pink blossom dish by lower powder rotating shaft, described lower powder gear and lower powder pulling axis are fixed, make this shifting component operationally, under described lower powder gear driven, powder pulling axis rotates, and realizes the rotation to lower powder rotating disk by lower pink blossom dish；Offering 4 lower powder hole positions on described lower powder rotating disk so that this lower powder pulling axis is often stirred once, lower powder rotating disk rotates 90 °.
Preferably, described wound membrane assembly includes the left and right support that be arranged in parallel and 4 spools being vertical at left and right spacer support frame place and two wound membrane cylinders, one end of one of them wound membrane cylinder is embedded wherein on a support, the other end is connected with the press-powder gear of press-powder mechanism, make this wound membrane assembly operationally, drive 4 spools of film pile warp in one of them wound membrane cylinder to be wound on another wound membrane cylinder by rotating of press-powder gear.
Preferably, described press mold assembly includes plastic packaging motor, plastic packaging rotating shaft, plastic packaging eccentric, plastic packaging axle and the fixing seat of serrated knife support and serrated knife for fixing serrated knife, it is connected with plastic packaging rotating shaft between described plastic packaging motor with plastic packaging eccentric, make this press mold assembly operationally, by the rotation of plastic packaging motor, plastic packaging eccentric is driven to rotate；One end of described plastic packaging axle is fixed in the eccentric annular portion of plastic packaging, and the other end runs through serrated knife support and is connected with the fixing seat of serrated knife, and wherein said plastic packaging axle is set with a plastic packaging spring in the side of adjacent teeth knife support.
Preferably, this plastic package mechanism farther includes press mold circle, and described press mold circle is fixed on serrated knife by limited screw and is equipped with the side of heat-generating disc；Described plastic package mechanism arranges a temperature controller between serrated knife and heat-generating disc, for controlling the temperature of heat-generating disc.
Preferably, this plastic packaging capsule machine farther includes out capsule mechanism, it includes push rod cam, push rod, jacking block and capsule push rod, one end of described push rod is connected with push rod cam, the other end is fixed on jacking block, and described push rod position between push rod cam and jacking block is also set with a compression spring；Described capsule push rod is through the lower casing draw runner of lower shell component and lower casing connecting rod, for providing the axial direction along capsule to release the active force of capsule.
Due to the application of technique scheme, the method have the advantages that
The plastic packaging capsule machine of the present invention, arranged by rational structure and cooperating between internal each mechanism, achieve, with capsule, powder material is carried out automatic packaging, and the preparation of different size capsule particle can be realized by the displacement that traffic cycle is overlapped, it meets people in daily life, different demands to capsule product, also reduce people simultaneously and use the cost of capsule product.
Accompanying drawing explanation
Fig. 1 is the structural representation of the provided plastic packaging capsule machine of present pre-ferred embodiments；
Fig. 2 is the internal structure schematic diagram of the provided plastic packaging capsule machine of present pre-ferred embodiments；
Fig. 3 is the structural representation of upper and lower support in present pre-ferred embodiments provided plastic packaging capsule machine；
Fig. 4 is the exploded view of present pre-ferred embodiments provided plastic packaging capsule machine housing mechanism；
Fig. 5 is the exploded view of disc mechanism big in the provided plastic packaging capsule machine of present pre-ferred embodiments；
Fig. 6 is the exploded view of milling mechanism in the provided plastic packaging capsule machine of present pre-ferred embodiments；
Fig. 7 is the exploded view of charging mechanism in the provided plastic packaging capsule machine of present pre-ferred embodiments；
Fig. 8 is the exploded view of lower casing mechanism in the provided plastic packaging capsule machine of present pre-ferred embodiments；
Fig. 9 is the structural representation of lower casing draw runner in the lower casing mechanism of the provided plastic packaging capsule machine of present pre-ferred embodiments；
Figure 10 is the exploded view of present pre-ferred embodiments provided plastic packaging capsule machine Zhong Xia powder mechanism；
Figure 11 is the exploded view of press-powder mechanism in the provided plastic packaging capsule machine of present pre-ferred embodiments；
Figure 12 is the exploded view of plastic package mechanism in the provided plastic packaging capsule machine of present pre-ferred embodiments；
Figure 13 is the exploded view of present pre-ferred embodiments provided plastic packaging capsule machine Zhong Chu capsule mechanism.
Detailed description of the invention
In order to make the purpose of the present invention, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein is only in order to explain the present invention, is not intended to limit the present invention.
Refer to Fig. 1, Fig. 2, a kind of plastic packaging capsule machine 10 that present pre-ferred embodiments provides is possible not only to prepare the capsule as plastic material, can also preparing the capsule of stainless steel, it can be prepared according to the demand of user in use and deposits the capsule particle equipped with powder material.Specifically, the plastic packaging capsule machine 10 of the present embodiment includes shell mechanism 100, inside is fixed with upper bracket 110 and lower carriage 120 (referring to Fig. 3), and it is installed on the rotating disk mechanism 200 on lower carriage 120, it is sequentially arranged at the milling mechanism 300 on upper bracket 110, lower casing mechanism 400, Xia Fen mechanism 500, plastic package mechanism 700.Being appreciated that the plastic packaging capsule machine 10 of the present embodiment can adopt funnel to replace milling mechanism 300 to use, so this plastic packaging capsule machine 10 is in use, needs directly to add in funnel powder material.
Act in order to ensure via Xia Fen mechanism 500, powder material can fill the cavity volume of full capsule shells, the plastic packaging capsule machine 10 of the present embodiment is additionally arranged a press-powder mechanism 600, and wherein, described press-powder mechanism 600 is arranged on the position of position, hole, 500 times powder places of Xia Fen mechanism.The molding powder capsule machine 10 of the present embodiment still further comprises out capsule mechanism 800, discharges in plastic packaging capsule machine for the capsule particle that will prepare.
Internal structure with regard to plastic packaging capsule machine shown in the present embodiment 10 is described further below.
Referring to Fig. 4, described shell mechanism 100 includes the shell 101 being provided with grid window, it is preferable that described grid window is shutter 102 so that this plastic packaging capsule machine 10 operationally, is dispelled the heat by shutter 102.Shell 101 installs a panel 103 away from the side on ground, and opposite side is provided with bottom 104, wherein, arranges a plastic packaging dust cover 105, for carrying out dust-proof to molding powder mechanism 700 the described shell 101 one of them corner dismountable in contiguous panel 103 side.The top of described bottom 104 is equipped with four symmetrically arranged support columns 106, and described support column 106 fixes with upper bracket 110 and lower carriage 120, is used for supporting upper and lower support (110,120).Described panel 103 is equipped with for controlling the control keypad 107 that this plastic packaging capsule machine 10 is operated so that this plastic packaging capsule machine 10 is controlled by this control keypad 107 by user when using this plastic packaging capsule machine 10.It is appreciated that, Based Intelligent Control template 108 is also included in described shell mechanism 100, for coordinating milling mechanism 300 within this plastic packaging capsule machine 10, lower casing mechanism 400, Xia Fen mechanism 500, press-powder mechanism 600, plastic package mechanism 700 in use, it is operated with the program of " under lower casing of milling, powder press-powder plastic packaging goes out capsule ".
Refer to Fig. 5, described rotating disk mechanism 200 includes offering, the traffic cycle 201 of position, 4 holes, traffic cycle overlap 202 and for driving traffic cycle 201 interval to rotate the electric machine assembly 210 of position, a hole, namely, this electric machine assembly 210 drives traffic cycle 201 to carry out interval rotation in units of position, hole, in other words, traffic cycle 201 is carried out interval rotation by this electric machine assembly 210 in units of 90 °.Position, the hole places that described traffic cycle set 202 is embedded at traffic cycle 201, and overlap 202 at this traffic cycle and offer a containing cavity away from the side of traffic cycle, it being used for holding capsule shells, wherein said traffic cycle 201 is to be assemblied on lower carriage 120.It is appreciated that, the plastic packaging capsule machine 10 of the present embodiment is in use, can be overlapped by traffic cycle and on 202, offer the capsule shells choosing different size size for the containing cavity size holding capsule shells, namely, the plastic packaging capsule machine 10 of the present embodiment in use, can by reaching to prepare the capsule particle of different size size to the displacement of traffic cycle set 202.Described rotating disk mechanism 200 in use, drives traffic cycle set 202 to carry out compartment rotation by traffic cycle 201, makes the capsule particle being positioned at traffic cycle set 202 be operated with the program of " under lower casing, powder press-powder plastic packaging goes out capsule " successively.
In order to realize being driven traffic cycle 201 in units of the above-mentioned electric machine assembly 210 position, hole on traffic cycle 201 rotating, described electric machine assembly 210 specifically includes big coil motor 211, main floral disc 212 and main pulling axis 213, is connected with deep bid rotating shaft 214 and bearing 215 between wherein said main floral disc 212 and traffic cycle 201.Described big coil motor 211 is fixed on lower carriage 120 by deep bid electric machine support 216.In the present embodiment, described main pulling axis 213 is connected with big coil motor 211 by main floral disc 212, make this electric machine assembly 210 operationally, arranged by the structure of main pulling axis 213 and main floral disc 212, realizing big coil motor 211 drives main pulling axis 213 that traffic cycle 201 is stirred, wherein said main pulling axis 213 is often stirred once, and traffic cycle 201 will follow rotation 90 °.
Refer to Fig. 6, described milling mechanism 300 includes milling assembly 310, storage powder funnel 320 and for connecting the powder delivery mouth 330 of mill assembly 310 and storage powder funnel 320, wherein said storage powder funnel 320 is positioned adjacent to the position at described traffic cycle 201 place, specifically, the top of one of them lower powder hole position 511 that this storage powder funnel 320 is arranged in Xia Fen mechanism 500 on lower powder rotating disk 510, it is appreciated that the lower powder hole position 511 storing up powder funnel 320 place is not lower powder rotating disk 510 and position, traffic cycle 201 equitant hole.This milling mechanism 300 in use, is directly placed to one of them lower powder hole position 511 of lower powder rotating disk 510 under gravity by this milling mechanism 300 powder material after milled.
Described assembly 310 of milling is the mechanism for granular material is milled, it specifically includes support 311 of milling, motor 312 of milling, funnel 313 and be located at the upper and lower cutter group (314,315) of funnel 313 both sides, motor 312 of milling in the present embodiment is located at and is milled in support 311, and this motor 312 of milling is connected with the upper and lower cutter group (314,315) of funnel 313 both sides, it is used for driving upper and lower cutter group (314, the 315) effect of milling to granular material.Owing to being provided with two for the cutter group of effect that granular material is milled in the present embodiment, it is respectively arranged on the both sides of funnel 313, and so granular material can be milled by this assembly 310 of milling fully.Wherein it is located at the lower cutter group 315 on the downside of funnel 313 and includes wind sheet 3151, this wind sheet 3151 rotates for one in company with the lower cutter head 3152 in lower cutter group 315 in use, so can being blown into storage powder funnel 320 from powder delivery mouth 330 via the assembly 310 of milling powder material after milled.In order to leak preventing powder material from milling assembly 310 from this, the position that this assembly 310 of milling abuts against at funnel 313 and support 311 of milling is provided with a rustless steel back-up ring 316, the motor 312 and mill and be provided with a sealing ring 317 between support 311 of milling.
In order to avoid forming accumulation via the milled rear powder material of assembly 310 of milling at storage powder funnel 320, the storage powder funnel 320 of the present embodiment is additionally provided with a powder allocation sheet 323 being connected with powder allocation motor 322, wherein powder allocation motor 322 is fixed on the storage powder filler cap 321 that storage powder funnel 320 is provided with away from side, ground, and the rotation of powder allocation motor 322 can.It is appreciated that arranging a storage powder filler cap 321 on storage powder funnel 320 is so possible to prevent the leakage of powder material.
From the foregoing, it will be observed that the plastic packaging capsule machine 10 of the present embodiment is in use, it is possible to do not set milling mechanism 300.Specifically, referring to Fig. 7, for adding the charging mechanism 300-2 of powder material in this plastic packaging capsule machine 10, it includes funnel 310-2, vibrating motor 320-2 and for being covered on the filler cap 330-2 on funnel 310-2 peristome.Being appreciated that described funnel 312-2 part is stretched out from the shell 101 of shell mechanism 100, its available filler cap 330-2 of part stretching out shell 101 simply covers.The lower powder hole position 511 of one end of described funnel 310-2 near floor level powder rotating disk 510 lower to Xia Fen mechanism 500 is connected, in order to added to by powder material in funnel 310-2 in the lower powder hole position 511 of lower powder rotating disk 510.Described vibrating motor 320-2 is fixed on the circumferential part of funnel 310-2 by support 321-2, make this charging mechanism 300-2 operationally, vibrating motor 320-2 drives funnel 310-2 vibrations, assists the powder material being positioned at funnel 310-2 to drop to the lower powder hole position 511 of lower powder rotating disk 510.
In order to prevent powder material from leaking from the opening part at funnel 310-2 two ends, the present embodiment arranges a shockproof sealing ring 340-2 at funnel 310-2 away from the opening part on ground, and wherein this shockproof sealing ring 340-2 is fixed on the shell 101 of shell mechanism 100；And another opposite end of this funnel 310-2 is set up one and is set with a fixed seal ring 350-2, and with its by spacing for funnel 310-2 on lower powder disk cover.
Referring to Fig. 8, described lower casing mechanism 400 includes the lower casing straight tube 410 for depositing capsule shells and for controlling the lower shell component 420 that capsule shells is transferred.In described lower casing mechanism 400, lower casing straight tube 410 part for depositing capsule shells stretches out the panel 103 of shell mechanism 100, and arranges a lower casing straight tube lid 411 on panel 103.Make this lower casing mechanism 400 in use, it is possible to adopt the mode of turnover to open lower casing straight tube lid 411, to complete lower casing mechanism 400 is mended and the effect of capsule shells.
Described lower shell component 420 includes lower casing support 421, lower casing draw runner 422, lower casing connecting rod 423, upper and lower strut 424, lower casing rotating shaft 425 and for the lower casing gear train 426 driving lower casing rotating shaft 425 to rotate and lower shell motor 427；Wherein, described lower casing gear train 426 includes two intermeshing lower casing gears, and it is fixed on lower casing gear stand 428 by bearing, shell motor 427 is wherein descended to be also secured on lower casing gear stand 428, and be connected with one of them lower casing gear, and another lower casing gear is connected with lower casing rotating shaft 425, so this lower shell motor 427 is controlled by lower casing gear train 426 and drives lower casing rotating shaft 425 to rotate.One end of described lower casing connecting rod 423 is connected with lower casing draw runner 422, the other end is fixed on lower casing rotating shaft 425 by upper and lower strut 424, make this lower shell component 420 operationally, by the rotation of lower casing rotating shaft 425, drive lower casing draw runner 422 to carry out pull back and forth on lower casing support 421.The parts being used for capsule shells is carried out selectivity position-limiting action in described lower shell component 420 are lower casing draw runner 422, refer to Fig. 9, the two opposite sides of described lower casing draw runner 422 wall within it are provided with lower web plate 4221 and upper gusset 4222, wherein said lower web plate 4221 is arranged on the side of lower casing draw runner 422 near floor level, upper gusset 4222 is arranged on another opposite side of lower casing draw runner 422 inwall, and setting straggly between lower web plate 4221 and upper gusset 4222.The spacing being appreciated that in described lower casing draw runner 422 between two inwalls is greater than the external diameter of capsule shells, and the external diameter being smaller than capsule shells edge part between the lower web plate 4221 being oppositely arranged on two side and upper gusset 4222, for capsule shells is carried out spacing.So this lower shell component 420 is operationally, the capsule shells that its lower casing straight tube 410 internal memory is placed with is in when moving back and forth of lower casing draw runner 422, its capsule shells being arranged in lower casing straight tube 410 exit position place can drop on the position, hole of traffic cycle 201 from the lower section of gusset 4222 lower casing draw runner 422, namely drops from lower web plate 4221 in the position that lower casing draw runner 422 inwall is covering；And second capsule shells at contiguous exit position place in lower casing straight tube 410, it can be stopped by the upper gusset 4222 on lower casing draw runner 422 inwall.So this lower shell component 420 is achieved that the effect transferred successively of capsule shells in lower casing straight tube 410, i.e. lower casing draw runner 422 can transfer the capsule shells being positioned at lower casing straight tube 410 one by one so that it is enters into the position, hole at traffic cycle 201 place.
Referring to Figure 10, described Xia Fen mechanism 500 is for putting pulverous material dosing underground into capsule shells, and it upwards partly stretches out from the panel 103 of shell mechanism 100, and is fitted with lower powder disk cover 501 to seal.Specifically, described Xia Fen mechanism 500 includes lower powder rotating disk 510 and for stirring the shifting component 520 that lower powder rotating disk 510 rotates, described lower powder rotating disk 510 offers at least 2 lower powder hole positions 511, one of them lower powder hole position 511 overlaps with the position, hole on traffic cycle 201, another is used for connecting storage powder funnel 320 and is connected, so this Xia Fen mechanism can realize being pointed to the capsule shells at position place, traffic cycle 201 hole by the rotation of lower powder rotating disk 510 and quantitatively adds the effect of powder, and the lower powder rotating disk 510 of the present embodiment is preferably selected and offered 4 lower powder hole positions 511.Owing to the lower powder hole position 511 in this lower powder rotating disk 510 overlaps with the position, hole in traffic cycle 201, it is appreciated that, this plastic packaging capsule machine 10 is in use, its traffic cycle 201 with lower powder rotating disk 510 operationally, is that the capsule shells that this Xia Fen mechanism 500 is pointed in position, traffic cycle 201 hole carries out adding powder program when both are in overlap condition.So, this plastic packaging capsule machine 10 is by the rotation of powder rotating disk 510 lower in Xia Fen mechanism 500 with traffic cycle 201, regulate lower powder hole position 511 and traffic cycle 201 mesopore position equitant time in lower powder rotating disk 510, namely achieve this Xia Fen mechanism 500 and quantitatively add the effect of powder.
Described shifting component 520 specifically includes the lower powder pulling axis 521 for driving lower powder rotating disk 510 to carry out rotating, lower powder gear 522 and lower pink blossom dish 523, described lower pink blossom dish 523 is connected with lower pink blossom dish 523 by lower powder rotating shaft 524, described lower powder gear 522 is fixed with lower powder pulling axis 521, preferably, realize by the arc surface that contacts at it offers an inclined-plane between lower powder gear 522 with lower powder pulling axis 521.Described lower powder gear 522 is meshed with the gear structure on traffic cycle 201 circumferential part in rotating disk mechanism 200 again so that this Xia Fen mechanism 500 operationally provides power by means of rotating disk mechanism 200.Operationally, lower powder gear 522 drives lower powder pulling axis 521 to rotate to such shifting component 520, and now, lower pink blossom dish 523 followed by rotation, and realizes the rotation to lower powder rotating disk 510 by lower powder rotating shaft 524；Described lower powder rotating disk 510 preferentially offers 4 lower powder hole positions 511 so that this lower powder pulling axis 521 is often stirred once, and lower powder rotating disk 510 rotates 90 °.
Refer to Figure 11, described press-powder mechanism 600 is provided in Xia Fen mechanism 500 and descends the lower powder hole position 511 of powder rotating disk 510 and the equitant position, position, hole of traffic cycle 201, it includes press-powder block 601, press-powder connecting rod 602, press-powder rotating shaft 603 and press-powder gear 604 and powder moulding electric 605, press-powder block 601 is fixed on by latch 606 in one end of described press-powder connecting rod 602, other end connecting rod pin 607 is connected with press-powder rotating shaft 603, make this press-powder mechanism 600 operationally, powder moulding electric 605 is by driving press-powder gear 604 to rotate to drive on press-powder block 601 carries out, under move back and forth, so that the powder material put in capsule shells fills full capsule shells.
Described plastic package mechanism 700 is that film is heat-sealed in the peristome of capsule shells, and to realize the sealing function depositing the capsule shells equipped with powder material, the plastic packaging capsule machine of the present embodiment preferably employs plastic foil and capsule shells is sealed.Referring to Figure 12, described molding powder mechanism 700 includes wound membrane assembly 710, makes its press mold assembly 720 being connected in capsule shells for depressing the film on wound membrane assembly 710 and for the heat-generating disc 730 being heat-sealed in by the film in wound membrane assembly 710 in capsule shells and serrated knife 740.Wherein, described heat-generating disc 730 is the side being set in serrated knife 740 near floor level, and carries out spacing with screw 734.
Specifically, described wound membrane assembly 710 includes two left socles be arrangeding in parallel 711 and right support 712 and is vertical at 4 spools 713 at left and right support (711,712) interval and two wound membrane cylinders 714.Defining contiguous Xia Fen mechanism 500 1 side stand in described wound membrane assembly 710 is left socle 711, then the support of another opposite side is right support 712.It is appreciated that above-mentioned press-powder mechanism 600 is mounted on left socle 711.One of them is be connected to a left side equipped with the wound membrane cylinder 714 of film, right support (711, 712) between, one end of another wound membrane cylinder 714 is embedded on left socle 711 or right support 712, the other end is connected with the press-powder gear 604 of press-powder mechanism 600, namely, the power that another wound membrane cylinder 714 rotates is provided with press-powder gear 604, and the film on two wound membrane cylinders 714 is pile warp is located at a left side, right support (711, 712) 4 spools 713 in, it is appreciated that, in above-mentioned 4 spools 713, the line of two 2 spools 713 of contiguous serrated knife 730 is parallel to the position, hole of traffic cycle 201, the film for fluid sealant softgel shell is made to be laid in capsule shells, namely, it is easy to the press mold effect of press mold assembly 720.
Described press mold assembly 720 includes plastic packaging motor 721, plastic packaging rotating shaft 722, plastic packaging eccentric 723, plastic packaging axle 724 and the fixing seat 726 of serrated knife support 725 and serrated knife for fixing serrated knife 730, described plastic packaging motor 721 is affixed on left socle 711 or right support 712, and be connected with plastic packaging eccentric 723 with plastic packaging rotating shaft 722, make this press mold assembly 720 operationally, by the rotation of plastic packaging motor 721, plastic packaging eccentric 723 is driven to rotate.One end of described plastic packaging axle 724 is fixed in the annular portion of plastic packaging eccentric 723, the other end is connected through serrated knife support 725 and with the fixing seat 726 of serrated knife, wherein said plastic packaging axle 724 is set with a plastic packaging spring 727 in the side of adjacent teeth knife support 725, for assisting plastic packaging eccentric 723 to provide plastic packaging axle 724 to be returned to the power of initial position.Such plastic packaging axle 724 operationally, followed by the rotation of plastic packaging eccentric 723, moves back and forth up and down, i.e. drive serrated knife 730 and heat-generating disc 740 be capsule shells toward lower pressed film until film is fitted.
In order to ensure this plastic package mechanism 700 operationally, film can be laid in capsule shells can peristome, the plastic package mechanism 700 of the present embodiment is additionally arranged a press mold circle 750, described press mold circle 750 is fixed on serrated knife 730 by limited screw 735, it is appreciated that, operationally, in wound membrane assembly 710, film is that laminating press mold circle 750 is arranged to this plastic package mechanism 700.The plastic package mechanism 700 of the present embodiment also sets up a temperature controller 760 between serrated knife 730 and heat-generating disc 740, for controlling the temperature that heat-generating disc 740 acts on film, it is ensured that film can be heat-sealed in the edge of capsule shells peristome.
Go out capsule mechanism 800 described in being appreciated that to have been emitted by capsule particle from the position, hole of traffic cycle 201 for having sealed capsule particle via plastic package mechanism 700.Refer to Figure 13, described in go out capsule mechanism 800, including push rod cam 810, push rod 820, jacking block 830 and capsule push rod 840, one end of described push rod 820 is connected with push rod cam 810, and the other end is fixed on jacking block 830.Wherein, described push rod 820 is set with a compression spring 850, provides, with assistant ejector pin cam 810, the active force that push rod 820 resets.Described push rod cam 810 is to be connected with lower casing rotating shaft 425, promotes the active force of capsule particle outward for providing this to go out capsule mechanism 800.Described capsule push rod 840 is through the lower casing draw runner 422 in lower shell component 420 and lower casing connecting rod 423, for providing this to go out the active force that capsule particle is released by capsule mechanism 800.
Being appreciated that this plastic packaging capsule machine 10 in use, traffic cycle 201 rotates with position, the hole program of " under lower casing, powder press-powder plastic packaging goes out capsule ", and this requires to cooperate when specific works startup work for each mechanism realizing above-mentioned work process.The present embodiment is in order to solve above-mentioned technical problem, it is respectively provided with microswitch in lower casing mechanism 400, Xia Fen mechanism 500, press-powder mechanism 600 and plastic package mechanism 700, wherein microswitch is connected with Based Intelligent Control template 108, and reaches this plastic packaging capsule machine 10 overall work by the signal transmission between microswitch and Based Intelligent Control template 108.Wherein the microswitch 430 in lower casing mechanism 400 is arranged on lower casing support 421 one end away from lower casing draw runner 422, and it is touched by lower casing draw runner 422；Microswitch 530 in Xia Fen mechanism 500 is fixed in lower powder rotating shaft 524 by fine motion slide block 540 and fine motion connecting rod 550, and drives the fine motion slide block 540 guiding slip on fine motion chute 560 to touch by lower powder rotating shaft 524；Microswitch 610 in press-powder mechanism 600 is located on lower powder disk cover 501 press-powder block 601 above, and is touched by the up and down motion of press-powder block 601；Microswitch 770 in plastic package mechanism 700 is located on serrated knife support 725, and is touched by the up and down motion of serrated knife 740.
The plastic packaging capsule machine 10 of the present embodiment is before use, it is necessary first to is equipped with a number of capsule shells in lower casing straight tube 410, and assembles sufficient amount of film in the wound membrane assembly 710 of plastic package mechanism 700.It is when specific works, first pass through milling mechanism 300 and granular material is milled into powder material, and the powder material milled is blown in storage powder funnel 320, it is appreciated that in the lower powder hole position 511 that the powder material being blown in storage powder funnel 320 can enter into powder rotating disk 510 down in Xia Fen mechanism 500 under gravity.nullLower casing mechanism 400 starts transfers a Kong Weizhong to traffic cycle 201 by one of them capsule shells in lower casing straight tube 410，Remaining capsule shells is then withstood by lower casing draw runner 422，When putting in place Deng lower casing draw runner 422，It actuates microswitch 430，And signal is transferred to Based Intelligent Control template 108，Then outgoing signal is used for controlling big coil motor 411 and starts，Big coil motor 411 stirs main floral disc 212 by main pulling axis 213，Wherein main pulling axis 213 rotates a circle and stirs main floral disc 212 half-twist，Namely，Traffic cycle 201 rotates position, a hole，Now the gear structure on traffic cycle 201 circumferential part also rotates 90 ° and drives lower powder gear 522 to turn around，With under the powder pulling axis 521 lower pink blossom dish 523 of drive that turns around rotate a lower powder hole position 511，The lower powder hole position 511 being loaded with powder material is turned to this lower powder rotating disk 510 and position place, traffic cycle 201 equitant hole，And quantitative powder amount is fallen to the capsule shells being positioned at position place, traffic cycle 201 hole from lower powder hole position 511.Lower powder pulling axis 521 touches microswitch 530 when rotating a circle, and transmitted by the signal of Based Intelligent Control template 108, controlling powder moulding electric 605 to start, powder moulding electric 605 rotates through the switching of press-powder gear 604, press-powder rotating shaft 603 and press-powder connecting rod 602 and carrys out the powder that the downward compacting of driving pressure powder agglomates 601 falls in capsule shells；Wherein, press-powder block 601 touches microswitch 610 and transmits a signal to Based Intelligent Control template 108 when return, for controlling being again started up of traffic cycle 201.From the foregoing, it will be observed that press-powder gear 604 is in the process rotated, one of them wound membrane cylinder 714 can be driven to rotate, for film on another wound membrane cylinder 714 is pulled through certain length, i.e. achieve the membrane effect of this plastic package mechanism 700.nullWhen position, hole in described traffic cycle 201 rotates to the 3rd position, hole，Plastic packaging motor 721 starts，Drive the tooth equipped with heat-generating disc 740 to 730 toward lower pressed film by press mold assembly 720，Until film againsts the edge of capsule shells peristome，Sealed by heat-generating disc 740，Afterwards again toward lower pressed film，Serrated knife is made to act on the outer edge of capsule shells，Cut off film，Then return，And the serrated knife 730 risen can touch microswitch 770，And again rotated by the signal transmission control traffic cycle 201 of Based Intelligent Control template 108，And the capsule particle that plastic packaging is good is forwarded to out the position at capsule mechanism 800 place，Push rod cam 810 rotates together along with lower casing rotating shaft 425，And drive jacking block 830 to move upward by push rod 820，Capsule particle is ejected from the position, hole of traffic cycle 201，Then released by capsule push rod 840.Below 10 1 cycle operations of this plastic packaging capsule machine are just completed.
The plastic packaging capsule machine of the present invention, arranged by rational structure and cooperating between internal each mechanism, achieve, with capsule, powder material is carried out automatic packaging, and the preparation of different size capsule particle can be realized by the displacement that traffic cycle is overlapped, it meets people in daily life, different demands to capsule product, also reduce people simultaneously and use the cost of capsule product.
The foregoing is only presently preferred embodiments of the present invention, not in order to limit the present invention, all any amendment, equivalent replacement and improvement etc. made within the spirit and principles in the present invention, should be included within protection scope of the present invention.
Claims (10)
1. a plastic packaging capsule machine, is used for preparing capsule particle, it is characterised in that: this plastic packaging capsule machine includes,
Rotating disk mechanism, it includes offering the traffic cycle of position, 4 holes, traffic cycle set and the electric machine assembly for driving traffic cycle interval to rotate, described traffic cycle set is embedded at the position, hole of traffic cycle, and offers a containing cavity at this traffic cycle set away from the side of traffic cycle, is used for holding capsule shells；
Lower casing mechanism, including for depositing the lower casing straight tube of capsule shells and for controlling the lower shell component that capsule shells is transferred, described lower casing straight tube is located at the top of one of them position, hole of described traffic cycle；
Xia Fen mechanism, including lower powder rotating disk and for stirring the shifting component of lower powder turntable rotation, described lower powder rotating disk offers at least 2 lower powder hole positions, and one of them lower powder hole position overlaps with the position, hole on traffic cycle；
Plastic package mechanism, including wound membrane assembly, make its press mold assembly being covered in capsule shells for depressing the film on wound membrane assembly and for the heat-generating disc being heat-sealed in capsule shells by the film in wound membrane assembly and serrated knife, described heat-generating disc is set in the side of serrated knife near floor level, and carries out spacing with screw.
2. a plastic packaging capsule machine as claimed in claim 1, it is characterised in that: this plastic packaging capsule machine farther includes milling mechanism, and described milling mechanism includes milling assembly, storage powder funnel and for connecting the powder delivery mouth of mill assembly and storage powder funnel；Wherein, described storage powder funnel is positioned adjacent to the position at traffic cycle place, described assembly of milling is Powdered for being milled into by granular material, it includes support of milling, motor of milling, funnel and be located at the upper and lower cutter group of funnel both sides, wherein it is located in the lower cutter group on the downside of funnel and is equipped with wind sheet, for storage powder funnel will be blown into via upper and lower cutter group powder material after milled from powder delivery mouth；Described storage powder funnel is provided with storage powder filler cap from the side away from described Xia Fen mechanism, and described storage powder filler cap is provided with interconnective powder allocation motor and powder allocation sheet, and wherein said powder allocation sheet extends down in storage powder funnel.
3. a plastic packaging capsule machine as claimed in claim 1, it is characterized in that: this plastic packaging capsule machine farther includes press-powder mechanism, it includes press-powder block, press-powder connecting rod, press-powder rotating shaft and powder moulding electric and two intermeshing press-powder gears, press-powder block is fixed on by latch in one end of described press-powder connecting rod, other end connecting rod pin is connected with press-powder rotating shaft, described press-powder rotating shaft is connected with one of them press-powder gear, and another press-powder gear is fixed on the shaft of powder moulding electric；Making this press-powder mechanism operationally, described powder moulding electric drives press-powder block to carry out upper and lower moving back and forth by press-powder rotating shaft and press-powder connecting rod.
4. a plastic packaging capsule machine as claimed in claim 1, it is characterised in that: described electric machine assembly includes big coil motor, main floral disc and main pulling axis, is connected with deep bid rotating shaft and bearing between wherein said main floral disc and traffic cycle；Described main pulling axis is connected with big coil motor by main floral disc so that this electric machine assembly operationally, stirred by the described main pulling axis of deep bid driven by motor, and wherein said main pulling axis is often stirred once by traffic cycle, and traffic cycle rotates 90 °.
5. a plastic packaging capsule machine as claimed in claim 1, it is characterised in that: described lower shell component includes lower casing support, lower casing draw runner, lower casing connecting rod, upper and lower strut, lower casing rotating shaft and for the lower casing gear train driving lower casing rotating shaft to rotate and lower shell motor；One end of described lower casing connecting rod is connected with lower casing draw runner, and the other end is fixed on lower casing rotating shaft by upper and lower strut so that this lower shell component operationally, by the rotation of lower casing rotating shaft, drives lower casing draw runner to carry out pull back and forth on lower casing support；Being provided with lower web plate and upper gusset on the two opposite sides of described lower casing draw runner wall within it, wherein said lower web plate is arranged on the side of lower casing draw runner near floor level setting straggly with upper gusset.
6. a plastic packaging capsule machine as claimed in claim 1, it is characterized in that: described shifting component includes the lower powder pulling axis rotated for driving lower powder rotating disk to carry out, lower powder gear and lower pink blossom dish, described lower pink blossom dish is connected with lower pink blossom dish by lower powder rotating shaft, described lower powder gear and lower powder pulling axis are fixed, make this shifting component operationally, under described lower powder gear driven, powder pulling axis rotates, and realizes the rotation to lower powder rotating disk by lower pink blossom dish；Offering 4 lower powder hole positions on described lower powder rotating disk so that this lower powder pulling axis is often stirred once, lower powder rotating disk rotates 90 °.
7. the plastic packaging capsule machine as described in claim 1 or 3, it is characterized in that: described wound membrane assembly includes the left and right support that be arranged in parallel and 4 spools being vertical at left and right spacer support frame place and two wound membrane cylinders, one end of one of them wound membrane cylinder is embedded wherein on a support, the other end is connected with the press-powder gear of press-powder mechanism, make this wound membrane assembly operationally, drive 4 spools of film pile warp in one of them wound membrane cylinder to be wound on another wound membrane cylinder by rotating of press-powder gear.
8. a plastic packaging capsule machine as claimed in claim 1, it is characterized in that: described press mold assembly includes plastic packaging motor, plastic packaging rotating shaft, plastic packaging eccentric, plastic packaging axle and the fixing seat of serrated knife support and serrated knife for fixing serrated knife, it is connected with plastic packaging rotating shaft between described plastic packaging motor with plastic packaging eccentric, make this press mold assembly operationally, by the rotation of plastic packaging motor, plastic packaging eccentric is driven to rotate；One end of described plastic packaging axle is fixed in the eccentric annular portion of plastic packaging, and the other end runs through serrated knife support and is connected with the fixing seat of serrated knife, and wherein said plastic packaging axle is set with a plastic packaging spring in the side of adjacent teeth knife support.
9. a plastic packaging capsule machine as claimed in claim 1, it is characterised in that: this plastic package mechanism farther includes press mold circle, and described press mold circle is fixed on serrated knife by limited screw and is equipped with the side of heat-generating disc；Described plastic package mechanism arranges a temperature controller between serrated knife and heat-generating disc, for controlling the temperature of heat-generating disc.
10. the plastic packaging capsule machine as described in claim 1 or 5, it is characterized in that: this plastic packaging capsule machine farther includes out capsule mechanism, it includes push rod cam, push rod, jacking block and capsule push rod, one end of described push rod is connected with push rod cam, the other end is fixed on jacking block, and described push rod position between push rod cam and jacking block is also set with a compression spring；Described capsule push rod is through the lower casing draw runner of lower shell component and lower casing connecting rod, for providing the axial direction along capsule to release the active force of capsule.
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| CN105115353B (en) * | 2015-08-25 | 2017-05-17 | 军鹏特种装备股份公司 | Portable automatic bullet pressing machine |
| CN111772482A (en) * | 2020-06-12 | 2020-10-16 | 深圳拓邦股份有限公司 | Motor control method and device of full-automatic coffee machine |
| CN112471898B (en) * | 2020-11-18 | 2022-12-23 | 山东大树生命健康科技有限公司 | Coffee powder scattering device for manufacturing milk tea |
| CN114452218B (en) * | 2022-02-15 | 2024-03-08 | 安徽乐然堂药业有限公司 | Lucid ganoderma life-prolonging capsule packaging technology and packaging mechanism thereof |
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| MX9201401A (en) * | 1991-03-28 | 1993-01-01 | Huhtamaeki Yhthymae Oy | EQUIPMENT FOR FILLING CAPSULES. |
| US6832542B2 (en) * | 2001-03-23 | 2004-12-21 | Nestec S.A. | Method and device for preparing a hot beverage |
| CN100427057C (en) * | 2006-08-02 | 2008-10-22 | 昆明四创药业有限公司 | Method for filling multiple materials to capsules and equipment therefor |
| CN203483675U (en) * | 2013-09-24 | 2014-03-19 | 浙江飞云科技有限公司 | Rotary table device for capsule medicine powder filling machine |
| CN203829326U (en) * | 2014-05-15 | 2014-09-17 | 广东逸舒制药有限公司 | Centre combined installation type full-automatic hard capsule filling machine |
| CN204105749U (en) * | 2014-09-23 | 2015-01-21 | 黄龙国 | A kind of plastic packaging capsule machine |
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