CN100577404C - Paper cup machine - Google Patents
Paper cup machine Download PDFInfo
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- CN100577404C CN100577404C CN200710164545A CN200710164545A CN100577404C CN 100577404 C CN100577404 C CN 100577404C CN 200710164545 A CN200710164545 A CN 200710164545A CN 200710164545 A CN200710164545 A CN 200710164545A CN 100577404 C CN100577404 C CN 100577404C
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Abstract
The invention discloses a paper cup machine, which is characterized in that: a multi-position divided turnplate is provided with a main divided turnplate (5) and an auxiliary divided turnplate (25); A sending bottom station (8), a rolling bottom station (10) and a cup bottom knurling station (14) are arranged at the main divided turnplate; a cup cut flanging station and a cup-produced station (24) are arranged on the auxiliary divided turnplate. The paper cup machine is characterized by simple structure, fast production speed and high qualification rate of the products.
Description
[technical field]
What the present invention relates to is a kind of improvement invention of dixie cup machine.
[background technology]
The dixie cup machine is a special equipment of producing Disposable paper cup, dixie cup manufacturing process comprise paper feeding and cut, cup moulding and take off cup, send cup, cup end moulding, send the end, the volume end, the cup end annular knurl, rim of a cup crimping, go out operation such as cup, the cup end moulding of existing dixie cup machine, send the end, the volume end, cup end annular knurl, rim of a cup crimping, go out operation such as cup and finish by three multistation calibration rotating disks and corresponding mechanism coordination respectively, calibration rotating disk number is many like this, complex structure, institute take up space big, and its cost is also high.Have the cup moulding of dixie cup machine now and take off cup mechanism and comprise that bonding mould of cup and cup collude, the cup scraps of paper are bonded into cup on the bonding mould of cup, colluded to pull down by cup then and enter next process from the bonding mould of cup, but, because cup is tighter with the bonding mould applying of cup when adhesion-molded on the bonding mould of cup, when cup colluded cup pulled down, that the cup edge is drawn easily was bad, waste product rate is high.The dixie cup cup is pulled to and send cup mechanism subsequently, leading above the glass holder, the small end of dixie cup cup is led glass holder because the effect upset of gravity falls into, on this moment multistation calibration rotating disk cup mould of relevant position with lead glass holder and aim at, dixie cup cup freely falling body falls into a glass mould, next, station dial intermittently rotates, and carries out later operation, the above-mentioned glass mode of sending, because dixie cup cup upset falls into and leads glass holder and dixie cup cup freely falling body falls into a glass mould, all by the gravity effect, so speed slowly, efficient is low; And the dixie cup cup often can not fall into a glass mould well, when multistation calibration dial rotation subsequently, the dixie cup cup with lead glass holder and bump against, produce the phenomenon that cup, dixie cup cup damage.The cup end of existing dixie cup machine is shaped and send the end is to finish at two different stations of dixie cup machine multistation calibration rotating disk, at first the cup end forming station at multistation calibration rotating disk is shaped, be pushed in the in type dixie cup cup with the cup end after sending bottom bar to be shaped in the basic skill or training position of sending of multistation calibration rotating disk then, because the cup end of existing dixie cup machine is shaped, send the end to finish at different station respectively, structure is not compact.Existing glass of end annular knurl mechanism, comprise installing rack, annular knurl pattern, knurled wheel, slide block, push rod, drive, cam, installing rack is fixed on the hoistable platform, installing rack is connected with the annular knurl pattern, annular knurl pattern and the coaxial setting of knurled wheel, and knurled wheel is located on the slide block, slide block has the cavity on band inclined-plane, the inclined-plane of push rod upper end matches with it, and the push rod lower end is connected with drive, and cam is connected with push rod by connecting rod; At the bottom of carrying out glass during annular knurl, hoistable platform arrives operating position (cup annular knurl position, the end), the cup end, fall into the annular knurl pattern, the cup end, contact with the annular knurl pattern, at this moment, cam action promotes push rod upwards by connecting rod, and the inclined-plane of push rod upper end promotes slide block, knurled wheel on the slide block is pushed up to annular knurl pattern one side, annular knurl position at the bottom of the extruding dixie cup cup, the gap between annular knurl pattern and the knurled wheel directly influences squeeze pressure, and knurled wheel is under the drive of drive subsequently, rotate around annular knurl pattern center, annular knurl at the bottom of finishing glass, still, the shortcoming that this mechanism exists is: 1. cam is not easy to adjust, the adjustment position deviation of cam directly influences the gap length between annular knurl pattern and the knurled wheel, excesssive gap or too small will exert an influence to the squeeze pressure at the bottom of the dixie cup cup, influences the annular knurl quality; 2. for satisfy carry out glass at the bottom of during annular knurl, just in time fall into the annular knurl pattern at the bottom of the cup when hoistable platform arrives the operating position, also to adjust hoistable platform.Existing cup end annular knurl mechanism and rim of a cup crimping mechanism are installed on the same hoistable platform, before annular knurl at the bottom of the cup and rim of a cup crimping, hoistable platform rises, the cup end annular knurl mechanism with rim of a cup crimping mechanism respectively with multistation calibration rotating disk on the dixie cup cup at the bottom of contact with rim of a cup, annular knurl and rim of a cup crimping at the bottom of carrying out subsequently glass, owing to rim of a cup different height is arranged at the bottom of the dixie cup cup, the stroke of hoistable platform will satisfy the height greater than dixie cup at least, so stroke is big, speed is slow, and cup end annular knurl mechanism and rim of a cup crimping mechanism install at same hoistable platform, the hoistable platform load is heavy, and the noise that works together is big, take.
In sum, existing dixie cup machine exists complex structure, volume is big, cost is high, speed of production is slow, product percent of pass is low defective.
[summary of the invention]
In view of the problem that present known technology exists, the technical problem to be solved in the present invention is to be to provide a kind of simple in structure, speed of production is fast, product percent of pass is high dixie cup machine.
For solving the problems of the technologies described above, the present invention takes following technical scheme to finish:
A kind of dixie cup machine, comprise paper feeding and cutting mechanism, cup moulding and take off cup mechanism, send cup mechanism, multistation calibration rotating disk, transmission mechanism, multistation calibration rotating disk comprises and send the basic skill or training position, volume basic skill or training position, cup end annular knurl station, rim of a cup crimping station, go out a glass station, it is characterized in that: described multistation calibration rotating disk is provided with two of main calibration rotating disk and secondary calibration rotating disks, describedly send the basic skill or training position, volume basic skill or training position, cup end annular knurl station is located on the main calibration rotating disk, described rim of a cup crimping station, going out a glass station is located on the secondary calibration rotating disk, be provided with in the described basic skill or training of sending position and send end mechanism, annular knurl mechanism at the bottom of described cup end annular knurl station is provided with glass is provided with rim of a cup crimping mechanism at described rim of a cup crimping station; Described cup moulding and take off cup mechanism and comprise that the bonding mould of cup, cup collude, cup colludes the both sides of being located at the bonding mould of cup, and big distolateral being provided with of the bonding mould of described cup pushes away cup device, and the described cup device that pushes away comprises and pushes away a glass plate, cylinder, pushes away glass plate and is connected with cylinder; The described cup mechanism that send comprises support, upset glass holder, push pedal, push rod, gear, tooth bar, the trip shaft and the support of upset glass holder flexibly connect, one end of trip shaft is provided with gear, the wheel and rack engagement, push pedal is located at the below of upset glass holder, and be connected with push rod, push rod is connected with described transmission mechanism with tooth bar.
Describedly send end mechanism to comprise to send bottom bar, the described end mechanism that send also comprises guider, finishing die, last cutting die, following cutting die, push rod, described finishing die, last cutting die, the coaxial setting up and down of following cutting die, described guider comprises the upper plate of upper and lower settings, following cutting die installing plate, lower plate, on, be provided with guide pillar between the lower plate, and be fixed together by guide pillar, described upper plate is fixedlyed connected with last cutting die with described finishing die, fixedly connected with following cutting die in described cutting die installing plate down upper end, fixedly connected with push rod in the lower end, push rod is connected with described transmission mechanism, described cutting die installing plate down also is provided with guide pin bushing, described guide pin bushing and guide pillar cooperate, and the described bottom bar that send passes finishing die, last cutting die, in the middle of the following cutting die, and be connected with described transmission mechanism.
Described glass of end annular knurl mechanism comprises knurled wheel, annular knurl pattern, push rod, slide block, drive, installing rack, hoistable platform, installing rack is fixed on the hoistable platform, the last inner chamber of described installing rack is provided with guide pin bushing moving up and down, guide pin bushing is connected by guide pillar with installing rack, guide pillar is provided with spring, and the upper end of guide pin bushing is equipped with described annular knurl pattern; The lower inner cavity of guide pin bushing inner chamber and installing rack is connected with by bearing respectively and overlaps and trap, be slidingly connected by feather key between the upper and lower cover, on be arranged with spacer ring, last set upper side mask has a chute, described slide block can slide in this chute, described slide block has the cavity on band inclined-plane and is provided with the side opening of holder, little spring, and holder is close to the interior circle of spacer ring under the effect of little spring, and upper end of slide block is connected with described knurled wheel by bearing; Described push rod passes and overlaps and trap, and the push rod upper end has an inclined-plane that matches with the slide block cavity, and the push rod lower end is connected with described drive, and the push rod lower end is provided with the compression spring, and drive is connected with the lower end of trapping again; Described annular knurl pattern upside also is provided with limited block.
Annular knurl mechanism has hoistable platform at the described cup end, and described rim of a cup crimping mechanism has hoistable platform, independent respectively setting of hoistable platform of the hoistable platform of described cup end annular knurl mechanism and described rim of a cup crimping mechanism.
Because this dixie cup machine only establishes main calibration rotating disk and two multistation calibration of secondary calibration rotating disk rotating disk, so simple in structure, volume is little, cost is low.Because the cup moulding of this dixie cup machine and take off cup mechanism and have the cup device of pushing away, before cup colludes action, glass plate that pushes away that pushes away cup device at first promotes the dixie cup cup, dixie cup cup pine is enclosed within on the bonding mould of cup, and cup colludes action then, the dixie cup cup is pulled down from the bonding mould of cup enter next process, because it is bigger to push away the contact-making surface of glass plate and dixie cup cup, can not damage, reduce waste product rate, improve the qualification rate of product the cup edge.Because the cup mechanism that takes off of this dixie cup machine is provided with the upset glass holder, when the cup that is taken off cup mechanism when the dixie cup cup colludes and advances the upset glass holder, tooth bar moves downward under the driving of transmission mechanism, driven gear rotates 90 °, promptly dixie cup cup half-twist, just in time be positioned on the station dial cup mould under, at this moment push rod moves upward under the driving of transmission mechanism, promoting push pedal upwards shifts the dixie cup cup onto on glass mould, finish and send a glass operation, this send a glass mode to adopt mechanical system to implement, send glass speed soon, can not fall cup, so speed of production is fast, product percent of pass is high.Because the end mechanism that send of this dixie cup machine has finishing die, upward cutting die, cutting die and coaxial setting up and down down, under the effect of transmission mechanism, push rod can promote down cutting die upwards by guider, cooperate with last cutting die finish glass at the bottom of blanking, send bottom bar to move upward then, pushing away unfashioned cup is shaped by finishing die at the end, send bottom bar to continue upwards, the cup that will be shaped is delivered in the dixie cup cup at an end, so this dixie cup machine send end mechanism just to finish the work that the cup end is shaped and send the end simultaneously at same station (promptly main calibration rotating disk send basic skill or training position), makes the compact conformation of dixie cup machine.Because the cup end annular knurl mechanism of this dixie cup machine is provided with limited block at annular knurl pattern upside, the setting height(from bottom) of this limited block satisfies when annular knurl pattern upper end contacts with limited block, just in time falls into the annular knurl pattern at the bottom of the dixie cup cup, coincide with the annular knurl pattern; When hoistable platform continues to rise, the drive push rod rises, and the annular knurl pattern has stopped rising, the push rod upper end promotes slide block like this, and knurled wheel is pushed up to annular knurl pattern one side, so only need adjust the adjustable height of hoistable platform, just can adjust the gap between annular knurl pattern and the knurled wheel, satisfy knurled wheel with suitable pressure extrusion dixie cup cup at the bottom of, effectively guaranteed the annular knurl quality, so this annular knurl mechanism has easy to adjust, the measured advantage of annular knurl matter.The cup end annular knurl mechanism and the rim of a cup crimping mechanism of this dixie cup machine have separate hoistable platform, cup end annular knurl mechanism hoistable platform load is light, and its stroke only need satisfy greater than the height at the bottom of the cup, and stroke dwindles greatly, so operating rate improves greatly, and little, the using electricity wisely of the noise that works together.
In sum, adopt the dixie cup machine of technique scheme, have characteristics simple in structure, that speed of production is fast, product percent of pass is high.
[description of drawings]
The present invention has following accompanying drawing:
Fig. 1 is a structural representation of the present invention
Fig. 2 is that the A of Fig. 1 is to the sectional perspective view
Fig. 3 is for cup moulding of the present invention and take off the cup mechanism structural representation
Fig. 4 is the cup mechanism structural representation that send of the present invention
Fig. 5 is the end mechanism structure schematic diagram that send of the present invention
Fig. 6 is a cup end annular knurl mechanism structural representation of the present invention
[specific embodiment]
Accompanying drawing has been represented technical scheme of the present invention and embodiment, further describes each relevant details and operation principle thereof of embodiment below more in conjunction with the accompanying drawings.
With reference to accompanying drawing 1,2, this dixie cup machine comprise paper feeding and cutting mechanism 1, cup moulding and take off cup mechanism 2, send cup mechanism 3, main calibration rotating disk 5, secondary calibration rotating disk 25, transmission mechanism 27.Main calibration rotating disk is provided with ten stations successively, promptly send glass station 4, stop station 6, send basic skill or training position 8, preheat station 9, volume basic skill or training position 10, again heating station 13, cup end annular knurl station 14, stop station 17, unload glass station 12, stop station 26; Secondary calibration rotating disk is provided with five stations successively, promptly connect glass station 23, stop station 18, the pre-crimping station 21 of rim of a cup, rim of a cup again crimping station 22, go out cup 24 stations, glass station 23 that connects that unloads glass station 12 and secondary calibration rotating disk of main calibration rotating disk overlaps, be provided with at above-mentioned corresponding station and send end mechanism 7, roller bottom mechanism 11, cup end annular knurl mechanism 15, rim of a cup crimping mechanism 20, above-mentioned each mechanism is connected with described transmission mechanism respectively with major and minor calibration rotating disk.
With reference to accompanying drawing 3, the cup moulding of this dixie cup machine and take off cup mechanism 2 and comprise that the bonding mould 34 of cup, cup collude 35, push away cup device, described cup colludes the both sides of being located at the bonding mould of cup, the described cup device that pushes away comprises and pushes away glass plate 33, cylinder 29, described cylinder block is fixed on the air cylinder fixed plate 30, guide plate 31 is installed on the piston rod of cylinder, and with described to push away glass plate 33 affixed, glass working face that pushes away that pushes away glass plate is divided into the big end of the bonding mould of cup both sides to guide plate by guide pillar 32.
With reference to accompanying drawing 4, the cup mechanism 3 that send of this dixie cup machine comprises support 42, upset glass holder 41, push pedal 43, push rod 44, gear 38, tooth bar 37, described support is fixed on a side of frame, the trip shaft 39 of described upset glass holder is installed in the endoporus of described support, one end of described trip shaft is provided with gear, the wheel and rack engagement, described push pedal is located at the below of described upset glass holder, and is connected with described transmission mechanism 27 by push rod.
With reference to accompanying drawing 5, the sending end mechanism 7 to comprise finishing die 48, go up cutting die 49 of this dixie cup machine, down cutting die 50, baffle plate 46, guider, push rod 58, send bottom bar 47, described finishing die, go up cutting die, cutting die coaxial setting up and down down; Described guider comprises the upper plate 45 of upper and lower settings, following cutting die installing plate 53, lower plate 57, described upper plate, be provided with guide pillar 55 between the lower plate, and be fixed together by guide pillar, described lower plate 57 is fixed on the workbench 28 of dixie cup machine, described upper plate 45 is fixed with described baffle plate 46, baffle plate is fixedlyed connected with last cutting die with the finishing die that is fixed together, fixedly connected with following cutting die 50 in described cutting die installing plate 53 upper ends down, the lower end is equipped with adapter sleeve 56, adapter sleeve is fixedlyed connected with described push rod 58, push rod is connected with described transmission mechanism 27, also is provided with guide pin bushing 54 on the described following cutting die installing plate, and described guide pin bushing and guide pillar cooperate; Described following cutting die installing plate top is provided with pressing plate 51, is provided with spring 52 between following cutting die installing plate and the pressing plate, and the described bottom bar 47 that send passes in the middle of finishing die, last cutting die, the following cutting die, and is connected with described transmission mechanism 27.
With reference to accompanying drawing 6, the cup end annular knurl mechanism 15 of this dixie cup machine, comprise knurled wheel 60, annular knurl pattern 61, push rod 76, slide block 62, drive 75, installing rack 74, hoistable platform 16, installing rack is fixed on the hoistable platform 16, hoistable platform 16 is connected with transmission mechanism 27 by guide rod 78, and the last inner chamber of installing rack is provided with guide pin bushing 63 moving up and down, and guide pin bushing is connected by guide pillar 68 with installing rack, guide pillar is provided with spring 67, and the upper end of guide pin bushing is equipped with annular knurl pattern 61; The lower inner cavity of guide pin bushing inner chamber and installing rack is connected with cover 70 and traps 72 by bearing respectively, be slidingly connected by feather key 71 between the upper and lower cover, on be arranged with spacer ring 69, last set upper side mask has a chute 66, described slide block 62 can slide in this chute, described slide block has the cavity on band inclined-plane and is provided with the side opening of holder 65, little spring 64, and holder is close to the interior circle of spacer ring 69 under the effect of little spring, and upper end of slide block is connected with described knurled wheel 60 by bearing; Described push rod 76 passes cover 70 and traps 72, push rod upper end has an inclined-plane that matches with the slide block cavity, the push rod lower end gland 77 that is threaded, gland is fixing with the drive 75 that is threaded in 72 lower ends of trapping, and is provided with compression spring 73 between push rod lower end, the gland upper end; Described annular knurl pattern 61 upsides also are provided with limited block 59, and the setting height(from bottom) of this limited block satisfies when annular knurl pattern upper end contacts with limited block, just in time coincide with the annular knurl pattern at the bottom of the dixie cup cup.
With reference to accompanying drawing 1, annular knurl mechanism has hoistable platform 16 at the bottom of this dixie cup machine cup, and rim of a cup crimping mechanism has hoistable platform 19, and hoistable platform 16 and hoistable platform 19 are independent respectively to be provided with.
During the work of dixie cup machine, the dixie cup roll web is through cutting into the cup scraps of paper, the cup scraps of paper are bonded into cup on the bonding mould of cup, at this moment, the cylinder action, cylinder piston rod pushes away glass plate and promotes tightly to be enclosed within dixie cup cup on the bonding mould of cup, the dixie cup cup is moved to the bonding mould small end of cup, so the dixie cup cup is enclosed within on the bonding mould of cup with regard to pine, at this moment cup colludes action, the dixie cup cup is pulled down from the bonding mould of cup, cup colludes the dixie cup cup is advanced in the horizontally disposed upset glass holder of axis, this hour rack moves downward under the driving of transmission mechanism, the driven gear glass holder that will overturn clockwise rotates 90 °, promptly dixie cup cup half-twist, just in time be positioned at main calibration rotating disk and send a glass station, at this moment push rod moves upward under the driving of transmission mechanism, promoting push pedal shifts the dixie cup cup onto in the cup mould of main calibration rotating disk, main then calibration rotating disk is made calibration and is rotated under the drive of transmission mechanism, secondary calibration rotating disk is also done corresponding calibration rotation simultaneously, under the cooperation of each mechanism, finish the production procedure of whole dixie cup.Sending the basic skill or training position, the special-purpose paper of dixie cup passes between last cutting die and pressing plate, push rod is under the effect of transmission mechanism, promoting down by adapter sleeve, the cutting die installing plate makes progress, thereby cutting die and pressing plate are upwards under promoting, pressing plate is pressed in the cutting die lower surface with the tensioning of dixie cup dedicated paper, at this moment, push rod continues to move upward, and following cutting die contacts with last cutting die cutting edge, blanking at the bottom of finishing glass, send bottom bar to move upward under the effect of transmission device then, pushing away unfashioned cup and entering finishing die in the end, a cup end, be shaped in finishing die, send bottom bar to continue upwards, the dixie cup cup is sent at the cup end that will be shaped.Annular knurl station at the bottom of the dixie cup cup, carry out annular knurl at the bottom of the dixie cup cup before, hoistable platform begins to rise, and runs into limited block when annular knurl pattern upper end, falls into the annular knurl pattern at the bottom of the dixie cup cup, just in time coincide with the annular knurl pattern; Hoistable platform continues to rise, the drive push rod rises, and the annular knurl pattern has stopped rising, and the push rod upper end promotes slide block like this, knurled wheel is pushed up to annular knurl pattern one side, knurled wheel and annular knurl pattern are in eccentric state, when hoistable platform arrives the extreme higher position, knurled wheel with suitable pressure extrusion dixie cup cup at the bottom of, at this moment drive begins to be driven, drive traps, go up cover, slide block, drives knurled wheel then and rotates around annular knurl pattern center, annular knurl at the bottom of finishing glass.
In sum, adopt the paper cup making machine of technique scheme, have simple in structure, speed of production fast, produce The advantage that the product qualification rate is high will be subjected to user's welcome and applied widely.
Claims (4)
1. dixie cup machine, comprise paper feeding and cutting mechanism (1), cup moulding and take off cup mechanism (2), send cup mechanism (3), multistation calibration rotating disk, transmission mechanism (27), multistation calibration rotating disk comprises and send basic skill or training position (8), volume basic skill or training position (10), cup end annular knurl station (14), rim of a cup crimping station, go out a glass station (24), it is characterized in that: described multistation calibration rotating disk is provided with (25) two of main calibration rotating disk (5) and secondary calibration rotating disks, the described basic skill or training position (8) of sending, volume basic skill or training position (10), cup end annular knurl station (14) is located on the main calibration rotating disk, described rim of a cup crimping station, going out a glass station (24) is located on the secondary calibration rotating disk, be provided with in the described basic skill or training of sending position (8) and send end mechanism (7), annular knurl mechanism (15) at the bottom of described cup end annular knurl station (14) is provided with glass is provided with rim of a cup crimping mechanism (20) at described rim of a cup crimping station; Described cup moulding and take off cup mechanism (2) and comprise that the bonding mould of cup (34), cup collude (35), cup colludes the both sides of being located at the bonding mould of cup, big distolateral being provided with of the bonding mould of described cup pushes away cup device, and the described cup device that pushes away comprises and pushes away a glass plate (33), cylinder (29), pushes away glass plate and is connected with cylinder; The described cup mechanism (3) that send comprises support (42), upset glass holder (41), push pedal (43), push rod (44), gear (38), tooth bar (37), the trip shaft (39) of upset glass holder flexibly connects with support, one end of trip shaft is provided with gear, the wheel and rack engagement, push pedal is located at the below of upset glass holder, and be connected with push rod, push rod is connected with described transmission mechanism with tooth bar.
2. a kind of dixie cup machine as claimed in claim 1, it is characterized in that: describedly send end mechanism (7) to comprise to send bottom bar (47), the described end mechanism that send also comprises guider, finishing die (48), last cutting die (49), following cutting die (50), push rod (58), described finishing die, last cutting die, the coaxial setting up and down of following cutting die, described guider comprises the upper plate (45) of upper and lower settings, following cutting die installing plate (53), lower plate (57), on, be provided with guide pillar (55) between the lower plate, and be fixed together by guide pillar, described upper plate is fixedlyed connected with last cutting die with described finishing die, fixedly connected with following cutting die in described cutting die installing plate down upper end, fixedly connected with push rod in the lower end, push rod is connected with described transmission mechanism (27), described cutting die installing plate down also is provided with guide pin bushing (54), described guide pin bushing and guide pillar cooperate, the described bottom bar (47) that send passes finishing die, last cutting die, in the middle of the following cutting die, and be connected with described transmission mechanism (27).
3. a kind of dixie cup machine as claimed in claim 1, it is characterized in that: described cup end annular knurl mechanism (15) comprises knurled wheel (60), annular knurl pattern (61), push rod (76), slide block (62), drive (75), installing rack (74), hoistable platform (16), installing rack is fixed on the hoistable platform, the last inner chamber of described installing rack (74) is provided with guide pin bushing moving up and down (63), guide pin bushing is connected by guide pillar (68) with installing rack, guide pillar is provided with spring (67), and the upper end of guide pin bushing is equipped with described annular knurl pattern (61); The lower inner cavity of guide pin bushing inner chamber and installing rack (74) is connected with cover (70) and trap (72) by bearing respectively, be slidingly connected by feather key (71) between the upper and lower cover, on be arranged with spacer ring (69), last set upper side mask has a chute (66), described slide block (62) can slide in this chute, described slide block has the cavity on band inclined-plane and is provided with the side opening of holder (65), little spring (64), holder is close to the interior circle of spacer ring (69) under the effect of little spring, slide block (62) upper end is connected with described knurled wheel (60) by bearing; Described push rod (76) passes cover (70) and trap (72), push rod upper end has an inclined-plane that matches with the slide block cavity, the push rod lower end is connected with described drive (75), and the push rod lower end is provided with compression spring (73), and drive (75) is connected with (72) lower end of trapping again; Described annular knurl pattern (61) upside also is provided with limited block (59).
4. a kind of dixie cup machine as claimed in claim 1, it is characterized in that: described glass of end annular knurl mechanism has hoistable platform (16), described rim of a cup crimping mechanism has hoistable platform (19), independent respectively setting of hoistable platform of the hoistable platform of described cup end annular knurl mechanism and described rim of a cup crimping mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200710164545A CN100577404C (en) | 2007-12-05 | 2007-12-05 | Paper cup machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200710164545A CN100577404C (en) | 2007-12-05 | 2007-12-05 | Paper cup machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101181826A CN101181826A (en) | 2008-05-21 |
| CN100577404C true CN100577404C (en) | 2010-01-06 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN200710164545A Active CN100577404C (en) | 2007-12-05 | 2007-12-05 | Paper cup machine |
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| CN (1) | CN100577404C (en) |
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| CN101780724B (en) * | 2009-12-26 | 2012-12-26 | 戴道金 | Paper cup machine |
| CN103935071B (en) * | 2014-04-03 | 2016-07-13 | 瑞安市胜利机械有限公司 | A kind of dixie cup tongue shaped device of paper cup making machine |
| CN105058868A (en) * | 2015-07-29 | 2015-11-18 | 瑞安市明国机械有限公司 | Cup body turning mechanism of fully-automatic paper cup forming machine |
| CN105015037A (en) * | 2015-08-14 | 2015-11-04 | 昆山拉古那机械科技有限公司 | High-speed paper cup machine |
| CN105965964B (en) * | 2016-07-07 | 2018-06-29 | 浙江森盟包装有限公司 | A kind of annular knurl for paper cup covers processes assembly |
| CN108454171A (en) * | 2018-02-05 | 2018-08-28 | 海宁诚达机械有限公司 | A kind of paper cup cylinder retracting device |
| CN108688236A (en) * | 2018-05-23 | 2018-10-23 | 浙江庞度环保科技有限公司 | The cup body bonder of paper cup making machine |
| CN108749114A (en) * | 2018-05-23 | 2018-11-06 | 浙江庞度环保科技有限公司 | The bottom of a cup bonder of paper cup making machine |
| CN111761875B (en) * | 2019-09-28 | 2024-11-12 | 浙江新德宝机械有限公司 | Rolling assembly |
| CN113619191B (en) * | 2021-07-04 | 2023-06-13 | 浙江新德宝机械有限公司 | Paper container forming machine |
| CN113619193A (en) * | 2021-07-30 | 2021-11-09 | 浙江新发现机械制造有限公司 | Pull cup type cup falling device |
| CN114643744B (en) * | 2022-04-15 | 2023-09-26 | 浙江新德宝机械有限公司 | Paper cup machine mouth rolling mechanism |
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| 一种分布式纸杯成型机控制系统的设计. 袁璐敏等.微型机与应用，第2001年第10期. 2001 |
| 一种分布式纸杯成型机控制系统的设计. 袁璐敏等.微型机与应用，第2001年第10期. 2001 * |
| 新一代纸杯成型机. 李海兵.中国包装，第2002年第4期. 2002 |
| 新一代纸杯成型机. 李海兵.中国包装，第2002年第4期. 2002 * |
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| CN101181826A (en) | 2008-05-21 |
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Assignee: ZheJiang New DeBao Machinery Co., Ltd. Assignor: Dai Daojin Contract record no.: 2010330002009 Denomination of invention: Paper cup machine Granted publication date: 20100106 License type: Exclusive License Open date: 20080521 Record date: 20100929 |
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Effective date of registration: 20160919 Address after: 325200, 23, Wansheng Road, furniture base, light industrial base, Wanquan County, Pingyang, Zhejiang Patentee after: ZheJiang New DeBao Machinery Co., Ltd. Address before: 325200 Zhejiang Province, Ruian City Lake Building 4 unit 2802 room Patentee before: Dai Daojin |