CN101121445A - Tea-water separating type paper teacup forming combined machine - Google Patents
Tea-water separating type paper teacup forming combined machine Download PDFInfo
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- CN101121445A CN101121445A CNA2007101614335A CN200710161433A CN101121445A CN 101121445 A CN101121445 A CN 101121445A CN A2007101614335 A CNA2007101614335 A CN A2007101614335A CN 200710161433 A CN200710161433 A CN 200710161433A CN 101121445 A CN101121445 A CN 101121445A
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Abstract
The present invention discloses a forming machine set of a paper teacup of separated tea and water, including a forming machine of a monolayer lining cup and a forming machine of a monolayer external cup with a pipeline mechanism arranged between the two forming machines to feed the external cup. A sieve pore mechanism of the cup bottom, an external cup sucking and putting mechanism, a cup feeding mechanism of a turnplate and a tea adding mechanism are arranged on the forming machine of the lining cup. A platform of a lower model is provided with a cup ringing mechanism of a slide bar and an edge curling mechanism of double layer. The teacup produced by the present invention has two layers, the cup bottom of the lining cup provided with the sieve pores and the external cup used to contain the tea. The two layers are rolled together and connected at the cup mouth. The present invention has the advantages of separated tea and water, a solid cup wall, heat insulation, convenience and practicality.
Description
Technical field:
The present invention relates to a kind of tea-water separating type paper teacup forming combined machine.
Background technology:
Mostly the dixie cup that uses on the market is individual layer over the years, mainly comprises the cup and the cup end, and cup and cup end heat are rolled envelope and formed, and rim of a cup generally is provided with crimping, and this kind dixie cup is very hot after brewing with boiling water, and its cup is soft and not solid.When having tea, have part after tealeaves brews with boiling water in the cup and float in the upper strata or the middle level, often have tealeaves when having tea in the mouth with common dixie cup, allow the people feel very uncomfortable, it is bad again to swallow tealeaves, and it is plain again and unhygienic to tell tealeaves, so there is defective in this teacup.Simultaneously, the make-up machine of making the individual layer dixie cup comprises that mainly cup sealing mechanism, cup end cutting mechanism, cup, a cup bear building-up close curl up mechanism, a cup end of mechanism and cup end heat and roll sealing mechanism, and said mechanism is finished the production process of individual layer dixie cup by doing the intermittent box that intermittently rotates by the transmission device drive cycle.This make-up machine function singleness can not be produced the double-ply paper tea cup.
Summary of the invention:
Technical matters to be solved by this invention overcomes the deficiencies in the prior art exactly, and the structure of paper tea cup is made up of inside and outside two-layer cup.Add being placed with an amount of tealeaves in the outer cup, the liner cup is shorter than outer cup, and dashes in the cup baseplane sieve aperture is arranged, and plays the effect of filtering tea, and connects without glue at inside and outside two rim of a cup places, adopts the double-deck crimping that merges of rim of a cup.Not only playing captive joint can also increase the hardness of rim of a cup.Design this Fabricating machinery by this, provide a kind of structure uniqueness to possess that tea filters, the tea-water separating type paper teacup forming combined machine manufacturing line of practical and convenient, heat insulation non-scald on hand.
The present invention solves the problems of the technologies described above the technical scheme that is adopted: this kind tea-water separating type paper teacup forming combined machine, comprise the outer cup forming machine of individual layer liner cup forming machine and individual layer, interior cup, outer cup forming machine includes the cup sealing mechanism, cup end cutting mechanism, cup and body bear building-up close mechanism and the cup end heat mechanism of curling up, sealing mechanism is rolled at the cup end, go out cup mechanism, and drive by transmission device by intermittent box, the outer cup forming machine of individual layer is provided with rim of a cup crimping mechanism, also be provided with the outer cup mechanism of ducting between described liner cup forming machine and the outer cup forming machine, it is characterized in that: described this machine also comprises at the bottom of the liner cup cup towards sieve aperture mechanism, described liner cup forming machine is provided with puts a glass detent mechanism, wherein put glass detent mechanism below be provided with suction cup mechanism and rotating disk send cup mechanism, on rotating disk send cup mechanism, also be provided with to add and put tealeaves mechanism, also be provided with jack rod sleeve cup mechanism and double seam mechanism on the counterdie platform below rotating disk send cup mechanism, on the liner cup forming machine, also be provided with and unload cup mechanism and unload a glass pipeline.
Comprise frame pin, lower bolster, following punch die and guide pillar towards sieve aperture mechanism at the bottom of the described liner cup cup; pass through punch slide plate connection top board and cylinder, cylinder axle sleeve on the guide pillar; the cylinder axis cover connects cylinder axis and is passed down through top board endoporus connection punch slide plate; the punch slide plate connects upper punch die holder, punch die successively, takes off material spring, stripper plate and locating dowel pin; described punch slide plate periphery is provided with guide pin bushing, guide pin bushing sliding block joint guide pillar, and the punch slide plate moves up and down.
The described glass detent mechanism of putting comprises and blocks a glass bar, puts cup, upper cylinder, lower cylinder, goes up cup hook and following glass hook, block glass bar upper end and put cup and enclose and be connected, and the convex surface of hypomere vertically downward with put cup 21 and be connected, the lower end of blocking glass bar is distributed in the interior week that puts cup, a seat wall of putting cup is provided with upper cylinder and lower cylinder, and the piston rod of upper cylinder and lower cylinder passes the seat wall of putting cup and cup hook and following glass hook are set thereon and locatees with a glass work outward and cooperate.
Described suction cup mechanism comprises suction nozzle, aspirate tube, slide plate, pulley, cam and cam drive mechanism thereof, described suction nozzle is arranged on the aspirate tube, aspirate tube is captiveed joint with slide plate by the counterdie platform, and cam makes the slide plate connection that moves up and down by pulley when working.
Described rotating disk send and comprises on the cup mechanism and put a glass ring, cup sending disk, turning cylinder, suction nozzle and push rod, described cup sending disk is set in the connection that fixes on the turning cylinder, put the cup ring and be arranged on the side face of cup sending disk, turning cylinder drives intermittently rotation by the output shaft on the intermittent box by transmission device; Described jack rod sleeve cup mechanism comprises push rod, push rod spring, tip-lever support, and push rod and tip-lever support axially flexibly connect, and is provided with push rod spring between push rod and tip-lever support, and tip-lever support is captiveed joint with the counterdie platform and moved up and down with slide plate; Described suction nozzle and push rod place described two endoporus of putting the cup ring also to do periodic motion up and down respectively and finish suction cup and a set of cups action.
Described adding put tealeaves mechanism and comprises axle bed captive joint frame, little axle is by the bearing axle bed that is rotationally connected, little axle epimere connects leaf disk and power wheel by the plate washer endoporus, 2 above charging holes of described leaf disk periphery distribution, being provided with the metering circle in the hole is covered by cover plate, described leaf disk is arranged on the top of cup sending disk, power wheel is in transmission connection by driving band, described pipeline end opening is downward vertically on the charging hole side face of leaf disk, pipeline connects cover and Tea caddy, the synchronous discontinuous running of described leaf disk and cup sending disk on upwards connecting successively.
Described rim of a cup double seam mechanism comprises and cap, the counterdie platform, the die holder nut, die shoe, the joint cover, spring perch, spring core, the crimping spring, the Rolldown hem mould, last curling die, paw, sprocket wheel, pull bar and revolving cup cover, described die shoe is captiveed joint with the counterdie platform by the die holder nut, cam makes the Rolldown hem mould follow slide plate by pulley and moves up and down, the described curling die of going up is in axial sliding connection interior cover, holder mould spring, the cup mold shaft, the cup die body holds by the cup mold shaft and flexibly connects upward cup mould assembly of cup mold shaft composition, passing rotating disk outer circumference surface endoporus upper bolster uniform separately and on the rotating disk on the cup mould assembly on each is connected, upper bolster captive joint rotating disk, the claw of described paw passes the upper bolster endoporus and is connected with last curling die gap, described paw promotes to go up curling die through the swing-bar mechanism motion and moves up and down, described sprocket wheel captive joint rotor axis, rotor axis is by the die holder bearing die shoe that is rotationally connected, described sliding sleeve sliding block joint rotor axis, described sliding sleeve is located by screw, be provided with compression spring between described sliding sleeve and the rotor axis, pull bar passes rotor axis endoporus upper end and is connected with sliding sleeve, described revolving cup cover radially slides the connection sliding sleeve, by the motor-driven sprocket wheel that rolls sealing mechanism at the bottom of the cup, cup outside revolving cup cover fit, liner cup and interior cup die body thereof turn round mutually and carry out work.
The invention has the beneficial effects as follows: because the paper tea cup structure that this invention is produced is two-layer inside and outside being provided with, dash at the bottom of the liner cup cup sieve aperture is arranged, add tealeaves in the outer cup, and merge the crimping captive joint, have tea separation, hard, the heat insulation non-scald on hand of wall of cup, advantage such as convenient and practical at double-deck rim of a cup place.At the online single-part stationery cup forming machine that is divided into the outer cup of machine I production, machine II production liner cup of the moulding of making paper tea cup.Link together by the outer cup mechanism of ducting, punch mechanism at the bottom of setting up on the liner cup forming machine glass, and set up inhale put outer cup mechanism, rotating disk send cup mechanism, adds and put tealeaves mechanism, jack rod sleeve cup mechanism and double seam mechanism, has structure advanced person, advantage of high production efficiency.
Description of drawings:
The present invention has following accompanying drawing:
Fig. 1 is the structure cross-sectional schematic of tea separation type paper tea cup;
Fig. 2 is the structural representation of tea-water separating type paper teacup forming combined machine of the present invention;
Fig. 3 is the A-A cutaway view of Fig. 2;
Fig. 4 is the B-B cutaway view of Fig. 2;
Fig. 5 is the sectional structure scheme drawing of the cup of the present invention end towards sieve aperture mechanism;
Fig. 6 is the sectional structure scheme drawing of double seam of the present invention mechanism;
Fig. 7 is the crimping cutaway view Amplified image of Fig. 6 double seam mechanism;
Among the figure: I; outer cup forming machine II; liner cup forming machine III; the outer cup mechanism 1 of ducting; frame pin 2; lower bolster 3; following punch die 4; guide pillar 5; punch slide plate 6; guide pin bushing 7; top board 8; cylinder 9; cylinder axle sleeve 10; upper punch die holder 11; punch die 12; take off material spring 13; stripper plate 14; locating dowel pin 15; cup base stock 16; put cup circle 17; outer cup 18; block glass bar 19; upper cylinder 20; last cup hook 21; put cup 22; lower cylinder 23; following cup hook 24; suction nozzle 25; aspirate tube 26; send cup ring 27; cup sending disk 28; turning cylinder 29; intermittent box 30; cam 31; pulley 32; slide plate 33; counterdie platform 34; tip-lever support 35; push rod spring 36; push rod 37; transfer dish 38; tealeaves 39; liner cup 40; last cup mould assembly 41; rotating disk 42; cup sealing mechanism 43; send a glass base stock mechanism 44; cup end cutting mechanism 45; cup and body bear building-up close mechanism 46; the cup end heat mechanism 47 of curling up; sealing mechanism 48 is rolled at the cup end; go out cup mechanism 49; unload cup mechanism 50; unload glass pipeline 51; swing-bar mechanism 52; axle bed 53; bearing 54; little axle 55; plate washer 56; leaf disk 57; metering circle 58; power wheel 59; running belt 60; pipeline 61; on connect the cover 62; Tea caddy 63; finished product cup 64; and cap 65; die holder nut 66; die shoe 67; joint cover 68; spring perch 69; fuse 70; spring 71; Rolldown hem mould 72; last curling die 73; interior cover 74; holder mould spring 75; cup mold shaft 76; upper bolster 77; paw 78; the cup mold shaft holds 79; cup die body 80; revolving cup cover 81; sliding sleeve 82; pull bar 83; screw 84; compression spring 85; die holder bearing 86; rotor axis 87; sprocket wheel
The specific embodiment:
Below in conjunction with drawings and Examples the present invention is described further:
As shown in the figure, this kind tea-water separating type paper teacup forming combined machine, comprise the outer cup forming machine I of individual layer liner cup forming machine II and individual layer, interior cup, outer cup forming machine includes cup sealing mechanism 42, cup end cutting mechanism 44, cup and body bear building-up close mechanism 45 and the cup end heat mechanism 46 of curling up, sealing mechanism 47 is rolled at the cup end, go out cup mechanism 48, and drive by transmission device by intermittent box 29, the outer cup forming machine I of individual layer is provided with rim of a cup crimping mechanism, also be provided with the outer cup mechanism III of ducting between described liner cup forming machine II and the outer cup forming machine I, this mechanism adopts the online technical characterictic of hollow dixie cup moulding.Comprise frame pin 1, lower bolster 2, following punch die 3 and guide pillar 4 towards sieve aperture mechanism at the bottom of the described liner cup cup; guide pillar 4 upper ends connect top boards 7 and cylinder 8, cylinder axle sleeve 9 by punch slide plate 5; cylinder axle sleeve 9 connects cylinder axis and is passed down through top board 7 endoporus connection punch slide plate 5; the punch slide plate connects upper punch die holder 10, punch die 11 successively, takes off material spring 12, stripper plate 13 and locating dowel pin 14; described punch slide plate 5 peripheries are provided with guide pin bushing 6, guide pin bushing 6 sliding block joint guide pillars 4, and punch slide plate 5 moves up and down.Described this machine also comprises at the bottom of the liner cup cup towards sieve aperture mechanism, described liner cup forming machine II is provided with puts a glass detent mechanism, wherein put glass detent mechanism below be provided with suction cup mechanism and rotating disk send cup mechanism, on rotating disk send cup mechanism, also be provided with to add and put tealeaves mechanism, also be provided with jack rod sleeve cup mechanism and double seam mechanism on the counterdie platform 33 below rotating disk send cup mechanism, on liner cup forming machine II, also be provided with and unload cup mechanism 49 and unload glass pipeline 50.
The described glass detent mechanism of putting comprises and blocks glass bar 18, puts cup 21, upper cylinder 19, lower cylinder 22, goes up cup hook 20 and following glass hook 23, block glass bar 18 upper ends and put cup circle 16 and be connected, and the convex surface of hypomere vertically downward with put cup 21 and be connected, the lower end of blocking glass bar 18 is distributed in the interior week that puts cup 21, a seat wall of putting cup 21 is provided with upper cylinder 19 and lower cylinder 22, and the piston rod of upper cylinder 19 and lower cylinder 22 passes the seat wall of putting cup 21 and cup hook 20 is set thereon and following glass hook 23 is located with glass 17 works outward and cooperated.
Described suction cup mechanism comprises suction nozzle 24, aspirate tube 25, slide plate 32, pulley 31, cam 30 and cam drive mechanism thereof, described suction nozzle 24 is arranged on the aspirate tube 25, aspirate tube 25 is captiveed joint with slide plate 32 by counterdie platform 33, and cam 30 makes slide plate 32 connection that moves up and down by pulley 31 when working.
Described rotating disk send and comprises on the cup mechanism and put cup ring 26, cup sending disk 27, turning cylinder 28, suction nozzle 24 and push rod 36, described cup sending disk 27 is set in the connection that fixes on the turning cylinder 28, put cup ring 26 and be arranged on the side face of cup sending disk 27, turning cylinder 28 drives intermittently rotation by the output shaft on the intermittent box 29 by transmission device; Described jack rod sleeve cup mechanism comprises push rod 36, push rod spring 35, tip-lever support 34, push rod 36 is in axial sliding connection with tip-lever support 34, be provided with push rod spring 35 between push rod 36 and tip-lever support 34, tip-lever support 34 is captiveed joint with counterdie platform 33 and is moved up and down with slide plate 32; Suction nozzle 24 and push rod 36 place described two endoporus of putting cup ring 26 also to do periodic motion up and down respectively and finish suction cup and a set of cups action.
Described adding put tealeaves mechanism and comprises axle bed 52 captive joint frame II, little axle 54 is by bearing 53 axle bed 52 that is rotationally connected, little axle 54 epimeres connect leaf disk 56 and power wheel 58 by plate washer 55 endoporus, 2 above charging holes of described leaf disk 56 peripheries distribution, being provided with metering circle 57 in the hole is covered by cover plate, described leaf disk 56 is arranged on the top of cup sending disk 27, power wheel 58 is in transmission connection by driving band 59, described pipeline 60 end openings are downward vertically on the charging hole side face of leaf disk 56, pipeline 60 connects cover 61 and Tea caddy 62 on upwards connecting successively, described leaf disk 56 and cup sending disk 27 synchronous discontinuous runnings;
Described rim of a cup double seam mechanism comprises and cap 64, counterdie platform 33, die holder nut 65, die shoe 66, joint cover 67, spring perch 68, spring core 69, crimping spring 70, Rolldown hem mould 71, go up curling die 72, paw 77, sprocket wheel 87, pull bar 82 and revolving cup cover 80, described die shoe 66 is captiveed joint with counterdie platform 33 by die holder nut 65, and cam 30 makes Rolldown hem mould 71 follow slide plate 32 by pulley 31 and moves up and down; The described curling die 72 of going up is in axial sliding connection interior cover 73, holder mould spring 74, cup mold shaft 75, cup die body 79 holds 78 by the cup mold shaft and flexibly connects upward cup mould assembly 40 of cup mold shaft 75 compositions, cup mould assembly 40 upper ends are passed rotating disk 41 outer circumference surface endoporus upper bolster 76 uniform separately and on the rotating disk 41 and are connected on each, upper bolster 76 captive joint rotating disks 41, the claw of described paw 77 passes upper bolster 76 endoporus and is connected with last curling die 72 gaps, and described paw 77 promotes to go up curling die 72 through swing-bar mechanism 51 motions and moves up and down; Described sprocket wheel 87 captive joint rotor axis 86, rotor axis 86 is by die holder bearing 85 die shoe 66 that is rotationally connected, described sliding sleeve 81 sliding block joint rotor axis 86, described sliding sleeve 81 is by screw 83 location, be provided with compression spring 84 between described sliding sleeve 81 and the rotor axis 86, pull bar 82 passes rotor axis 86 endoporus upper end and is connected with sliding sleeve 81, described revolving cup cover 80 radially slides and connects sliding sleeve 81, by the motor-driven sprocket wheel 87 that rolls sealing mechanism 47 at the bottom of the cup, cup 17, liner cup 39 and interior cup die body 79 thereof turn round mutually and carry out work outside revolving cup overlaps 80 fits;
On liner cup forming machine II, also be provided with unloading cup mechanism 49 and unloading glass pipeline 50 of paper tea cup, also adopt the online pipeline of hollow dixie cup moulding to unload the technical characterictic of cup mechanism.
Its working process is as follows: the cup base stock of liner cup send cut out set up in the mechanism glass at the bottom of towards sieve aperture mechanism; the cylinder 8 of this mechanism; make cylinder 8 work through the air pump air feed; pushing the upper punch die holder 10 that is contained under the punch slide plate 5 moves down; punch die 11 withstands paper tape near down above the punch die 3; continue to move down through punch die 11; the lower surface edge of a knife of punch die 11 breaks through in each hole that paper tape enters down punch die 3 separately; cut off paper scrap; the bounce of moving on punch die 11 through taking off material spring 12 makes stripper plate 13 deviate from punch die 11 to the paper tape that is washed into sieve aperture; through sending glass base stock mechanism 43 work, back and forth moved last time separately later on cutting mechanism 44 work at the bottom of offering towards the paper tape of sieve aperture glass.
The cup sending disk 27 that described intermittent box 29 drives on the turning cylinder 28 turns round intermittently, the right on the cup sending disk 27 is put and is aimed at 17 one-tenth concentric lines of outer cup on cup ring 26 endoporus, under have suction nozzle 24 to connect aspirate tubes 25, aspirate tube is connected with counterdie platform 33 by transverse arm, make on the aspirate tube 25 that connects on the counterdie platform 33 through the rotation of cam 30 and to move lofty perch, simultaneously the air pump air feed makes and is contained in the following glass hook of putting on the cup 21 23 of lower cylinder 22 pullings and unclamps outer glass 17 that saves down, and then move under holding cup by suction nozzle 24 in aspirate tube 25 upper ends, outer cup 17 is placed in the cup ring 26, drive cup sending disk 27 and rotating disk 41 synchronous discontinuous runnings by intermittent box 29, outer cup 17 on the cup sending disk 27 is rested in the discharge opening position of adding the plate washer 55 of putting tealeaves mechanism, outer cup 17 below tealeaves 38 in the metering circle 57 on the leaf disk 56 is aimed on the cup sending disk 27, its tealeaves falls to being placed in the outer cup 17 of cup sending disk 27 by plate washer 55 discharge openings, simultaneously leaf disk 56 in addition to metering enclose 57 top align with tube, 60 end openings and become concentric line in static state, tealeaves in the Tea caddy is added by metering circle 57 to be placed in the leaf disk, described add put tealeaves mechanism leaf disk 56 by intermittent box 29 transmission devices drive with cup sending disk 27 run-in synchronisms intermittently, the back is for sliding cup sleeve machine structure work.Leaf disk 56 and cup sending disk 27 synchronous translocations intermittently repeat last action.
Described cam 30 continues rotation, by moving on pulley 31 and counterdie platform 33 and the push rod 36, push rod 36 holds up the outside that outer cup 17 upwards is enclosed within liner cup 39, play the power-assisted effect of roof pressure by the bounce-back descriscent push rod 36 of push rod spring 35, make that the outer cup that is inserted in 17 is fastening not to be fallen down, work for double seam mechanism.Move on the described counterdie platform 33 and inhale two new elements of putting outer cup 17, push rod 36 hypanthiums simultaneously, cup sending disk 27 and leaf disk 56, rotating disk 41 synchronous translocation again intermittently repeats last action subsequently.
Described double seam mechanism is finished by three actions: one, by the motor-driven of rolling sealing mechanism 47 at the bottom of the cup, make and then rotation of revolving cup cover 80 by sprocket wheel 87, rotor axis 86, compression spring 84, sliding sleeve 81, drive rotating disk 41 discontinuous runnings through intermittent box 29, making, the cup mould of the inside and outside cup of fit rests on double seam mechanism position.
Two, through cam 30 rotation connect successively by roller 31 slide plate 32, counterdie platform 33, die shoe 66 and Rolldown hem mould 71 thereof on move lofty perch, make the and then rotation mutually of dixie cup on the revolving cup cover 80 tight a set of cups die bodys 79, the crimping groove epipharynx of Rolldown hem mould 71 entangles the outer wall suitable for reading of outer cup 17 simultaneously.Compression spring 84 is the run up outer cup 17 of glass holder 80 fits, the fit power-assisted effect of liner cup 39 on cup die body 79, pull bar 82 is held sliding sleeve 81 at rotor axis 86 endoporus, sliding sleeve with between rotor axis 86 is connected by screw 83 axial location, make the sliding sleeve 81 liftoff slips of narrow spacing up and down.
Three, the motion that follows swing-bar mechanism 51 closely makes when curling die 72 is displaced downwardly to control position in paw 77 promotions, the semicircle groove inner edge contact of last curling die 72 is lip on the liner cup 39 that rotates, lip edge suitable for reading is outwards rolled up at the die cavity inner edge, through last curling die 72 continue move down, interior cup lipped joint touches outer glass 17 the cup lip that is rolled into half and follows in the groove of downward curling die 71 to curls inward, through progressively moving down of last curling die 72, make the rim of a cup lip of liner cup 39 be wrapped in outer cup lip in die cavity up and down with nearly circle that arrived multireel less, the warp die cavity of curling die up and down fastens, after being rolled into the double-deck rim of a cup of hollow annular of similar two-tube merging, upper and lower mould is got back to original position separately, repeats last action later on again.
Tea separation type paper tea cup through the finished product cup 63 of the action of above-mentioned each mechanism processing also on cup mould assembly 40 on the rotating disk 41, connect down station by swing-bar mechanism 51, go out cup mechanism 48 work and finished product cup 63 is taken off be placed on the transfer dish 37 supply and unload cup mechanism 49 and unload glass pipeline 50 whole actions of finishing of working.
Claims (7)
1. tea-water separating type paper teacup forming combined machine, comprise the outer cup forming machine of individual layer liner cup forming machine and individual layer, interior cup, outer cup forming machine includes the cup sealing mechanism, cup end cutting mechanism, cup and body bear building-up close mechanism and the cup end heat mechanism of curling up, sealing mechanism is rolled at the cup end, go out cup mechanism, and drive by transmission device by intermittent box, the outer cup forming machine of individual layer is provided with rim of a cup crimping mechanism, also be provided with the outer cup mechanism of ducting between described liner cup forming machine and the outer cup forming machine, it is characterized in that: described this machine also comprises at the bottom of the liner cup cup towards sieve aperture mechanism, described liner cup forming machine is provided with puts a glass detent mechanism, wherein put glass detent mechanism below be provided with suction cup mechanism and rotating disk send cup mechanism, on rotating disk send cup mechanism, also be provided with to add and put tealeaves mechanism, also be provided with jack rod sleeve cup mechanism and double seam mechanism on the counterdie platform below rotating disk send cup mechanism, on the liner cup forming machine, also be provided with and unload cup mechanism and unload a glass pipeline.
2. a kind of tea-water separating type paper teacup forming combined machine according to claim 1; it is characterized in that comprising frame pin (1) towards sieve aperture mechanism at the bottom of the described liner cup cup; lower bolster (2); following punch die (3) and guide pillar (4); guide pillar (4) upper end connects top board (7) and cylinder (8) by punch slide plate (5); cylinder axle sleeve (9); cylinder axle sleeve (9) connects cylinder axis and is passed down through top board (7) endoporus connection punch slide plate (5); the punch slide plate connects upper punch die holder (10) successively; punch die (11); take off material spring (12); stripper plate (13) and locating dowel pin (14); described punch slide plate (5) periphery is provided with guide pin bushing (6); guide pin bushing (6) sliding block joint guide pillar (4), punch slide plate (5) moves up and down.
3. tea-water separating type paper teacup forming combined machine according to claim 1, it is characterized in that: put a glass detent mechanism and comprise and block a glass bar (18), put cup (21), upper cylinder (19), lower cylinder (22), last cup hook (20) and following glass hook (23), block a glass bar (18) upper end and put cup and enclose (16) and be connected, and the convex surface of hypomere vertically downward with put cup (21) and be connected, the lower end of blocking a glass bar (18) is distributed in the interior week that puts cup (21), a seat wall of putting cup (21) is provided with upper cylinder (19) and lower cylinder (22), and the piston rod of upper cylinder (19) and lower cylinder (22) passes the seat wall of putting cup (21) and cup hook (20) and following glass hook (23) are set thereon and locatees with glass (a 17) work outward and cooperate.
4. tea-water separating type paper teacup forming combined machine according to claim 1, it is characterized in that: suction cup mechanism comprises suction nozzle (24), aspirate tube (25), slide plate (32), pulley (31), cam (30) and cam drive mechanism thereof, described suction nozzle (24) is arranged on the aspirate tube (25), aspirate tube (25) is captiveed joint with slide plate (32) by counterdie platform (33), and cam (30) makes slide plate (32) connection that moves up and down by pulley (31) when working.
5. according to claim 1 or 4 described tea-water separating type paper teacup forming combined machines, it is characterized in that: rotating disk send and comprises on the cup mechanism that putting cup encircles (26), cup sending disk (27), turning cylinder (28), suction nozzle (24) and push rod (36), described cup sending disk (27) is set in the connection that fixes on the turning cylinder (28), put cup ring (26) and be arranged on the side face of cup sending disk (27), turning cylinder (28) drives intermittently rotation by the output shaft on the intermittent box (29) by transmission device; Described jack rod sleeve cup mechanism comprises push rod (36), push rod spring (35), tip-lever support (34), push rod (36) is in axial sliding connection with tip-lever support (34), be provided with push rod spring (35) between push rod (36) and tip-lever support (34), tip-lever support (34) is captiveed joint with counterdie platform (33) and is moved up and down with slide plate (32); Described suction nozzle (24) and push rod (36) place described two endoporus of putting cup ring (26) also to do periodic motion up and down respectively and finish suction cup and a set of cups action.
6. tea-water separating type paper teacup forming combined machine according to claim 1, it is characterized in that: add and put tealeaves mechanism and comprise axle bed (52) captive joint frame ∏, little axle (54) is by bearing (53) axle bed (52) that is rotationally connected, little axle (54) epimere connects leaf disk (56) and power wheel (58) by plate washer (55) endoporus, 2 above charging holes of described leaf disk (56) periphery distribution, being provided with metering circle (57) in the hole is covered by cover plate, described leaf disk (56) is arranged on the top of cup sending disk (27), power wheel (58) is in transmission connection by driving band (59), described pipeline (60) end opening is downward vertically on the charging hole side face of leaf disk (56), pipeline (60) connects cover (61) and Tea caddy (62) on upwards connecting successively, described leaf disk (56) and the synchronous discontinuous running of cup sending disk (27).
7. tea-water separating type paper teacup forming combined machine according to claim 1, it is characterized in that: rim of a cup double seam mechanism comprises and cap (64), counterdie platform (33), die holder nut (65), die shoe (66), joint cover (67), spring perch (68), spring core (69), crimping spring (70), Rolldown hem mould (71), last curling die (72), paw (77), sprocket wheel (87), pull bar (82) and revolving cup cover (80), described die shoe (66) is captiveed joint with counterdie platform (33) by die holder nut (65), cam (30) makes Rolldown hem mould (71) follow slide plate (32) by pulley (31) and moves up and down, the described curling die (72) of going up is in axial sliding connection interior cover (73), holder mould spring (74), cup mold shaft (75), cup die body (79) holds (78) by the cup mold shaft and flexibly connects cup mould assembly (40) on cup mold shaft (75) composition, passing rotating disk (41) outer circumference surface endoporus upper bolster (76) uniform separately and on the rotating disk (41) on the cup mould assembly (40) on each is connected, upper bolster (76) captive joint rotating disk (41), the claw of described paw (77) passes upper bolster (76) endoporus and is connected with last curling die (72) gap, and described paw (77) promotes to go up curling die (72) through swing-bar mechanism (51) motion and moves up and down; Described sprocket wheel (87) captive joint rotor axis (86), rotor axis is by die holder bearing (85) die shoe (66) that is rotationally connected, described sliding sleeve (81) sliding block joint rotor axis (86), described sliding sleeve (81) is by screw (83) location, be provided with compression spring (84) between described sliding sleeve (81) and the rotor axis (86), pull bar (82) passes rotor axis (86) endoporus upper end and is connected with sliding sleeve (81), described revolving cup cover (80) radially slides and connects sliding sleeve (81), by the motor-driven sprocket wheel (87) that rolls sealing mechanism (47) at the bottom of the cup, cup (17) outside revolving cup cover (80) fit, liner cup (39) and interior cup die body (79) thereof turn round mutually and carry out work.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2007101614335A CN101121445B (en) | 2007-09-21 | 2007-09-21 | Tea-water separating type paper teacup forming combined machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2007101614335A CN101121445B (en) | 2007-09-21 | 2007-09-21 | Tea-water separating type paper teacup forming combined machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101121445A true CN101121445A (en) | 2008-02-13 |
| CN101121445B CN101121445B (en) | 2010-11-24 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2007101614335A Expired - Fee Related CN101121445B (en) | 2007-09-21 | 2007-09-21 | Tea-water separating type paper teacup forming combined machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101121445B (en) |
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102653103A (en) * | 2012-02-21 | 2012-09-05 | 瑞安市胜利机械有限公司 | Cup bottom paper cutting and delivering mechanism of high-speed paper cup machine |
| CN102658882A (en) * | 2012-04-27 | 2012-09-12 | 浙江瑞大机械有限公司 | Equipment for quantificationally canning tea leaves in disposable drink cup |
| CN104351286A (en) * | 2014-11-13 | 2015-02-18 | 安徽多元食品机械制造有限公司 | Egg tart skin production system |
| CN106347767A (en) * | 2016-10-25 | 2017-01-25 | 温州市途麦机械有限公司 | Multifunctional coffee dual-line filling machine |
| CN106956466A (en) * | 2016-01-08 | 2017-07-18 | 上海鑫域纸杯有限公司 | Double-layer paper cup preparation facilities |
| CN107098004A (en) * | 2016-05-13 | 2017-08-29 | 浙江神翌机械有限公司 | A kind of level grabs glass system and its application method automatically |
| CN112537077A (en) * | 2020-11-02 | 2021-03-23 | 安徽省万美纸塑有限公司 | Disposable paper cup forming device |
| CN114670490A (en) * | 2022-04-13 | 2022-06-28 | 浙江新德宝机械有限公司 | Double-layer paper cup forming machine |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201080016Y (en) * | 2007-08-17 | 2008-07-02 | 黄友总 | Tea water separating type paper teacup forming combined machine |
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2007
- 2007-09-21 CN CN2007101614335A patent/CN101121445B/en not_active Expired - Fee Related
Cited By (12)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102653103A (en) * | 2012-02-21 | 2012-09-05 | 瑞安市胜利机械有限公司 | Cup bottom paper cutting and delivering mechanism of high-speed paper cup machine |
| CN102653103B (en) * | 2012-02-21 | 2014-10-22 | 瑞安市胜利机械有限公司 | Cup bottom paper cutting and delivering mechanism of high-speed paper cup machine |
| CN102658882A (en) * | 2012-04-27 | 2012-09-12 | 浙江瑞大机械有限公司 | Equipment for quantificationally canning tea leaves in disposable drink cup |
| CN104351286A (en) * | 2014-11-13 | 2015-02-18 | 安徽多元食品机械制造有限公司 | Egg tart skin production system |
| CN104351286B (en) * | 2014-11-13 | 2017-01-25 | 安徽多元食品机械制造有限公司 | egg tart skin production system |
| CN106956466A (en) * | 2016-01-08 | 2017-07-18 | 上海鑫域纸杯有限公司 | Double-layer paper cup preparation facilities |
| CN107098004A (en) * | 2016-05-13 | 2017-08-29 | 浙江神翌机械有限公司 | A kind of level grabs glass system and its application method automatically |
| CN106347767A (en) * | 2016-10-25 | 2017-01-25 | 温州市途麦机械有限公司 | Multifunctional coffee dual-line filling machine |
| CN112537077A (en) * | 2020-11-02 | 2021-03-23 | 安徽省万美纸塑有限公司 | Disposable paper cup forming device |
| CN112537077B (en) * | 2020-11-02 | 2024-05-24 | 安徽省万美纸塑有限公司 | Disposable paper cup forming device |
| CN114670490A (en) * | 2022-04-13 | 2022-06-28 | 浙江新德宝机械有限公司 | Double-layer paper cup forming machine |
| CN114670490B (en) * | 2022-04-13 | 2024-02-06 | 浙江新德宝机械有限公司 | Double-layer paper cup forming machine |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101121445B (en) | 2010-11-24 |
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Assignee: Rui'an City Victory Machinery Co., Ltd. Assignor: Huang Youzong Contract record no.: 2011330000313 Denomination of invention: Tea-water separating type paper teacup forming combined machine Granted publication date: 20101124 License type: Exclusive License Open date: 20080213 Record date: 20110420 |
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