CN100423922C - Regeneration pretreatment machine for silica gel plastic bottle - Google Patents
Regeneration pretreatment machine for silica gel plastic bottle Download PDFInfo
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- CN100423922C CN100423922C CNB2006100481562A CN200610048156A CN100423922C CN 100423922 C CN100423922 C CN 100423922C CN B2006100481562 A CNB2006100481562 A CN B2006100481562A CN 200610048156 A CN200610048156 A CN 200610048156A CN 100423922 C CN100423922 C CN 100423922C
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- bottle
- silica gel
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- loop bar
- telescoping cylinder
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W30/00—Technologies for solid waste management
- Y02W30/50—Reuse, recycling or recovery technologies
- Y02W30/62—Plastics recycling; Rubber recycling
Abstract
The silica gel plastic bottle regenerating pre-treatment machine for pre-treating waste bottle in high efficiency includes a pedestal, a multi-site circulator and a multifunctional device. The multi-site circulator has turntable, grooved wheel mechanism, clamping head and rotation mechanism. The multifunctional device includes a bottle holder with clamping cylinder and lever, a polisher, a bottle head cutter, a residual silica gel pushing out unit, a bottle unloading unit with loosening roller, roller frame, unloading cylinder and push rod board, and a driver.
Description
Technical field
The present invention relates to the silica gel plastic bottle reclaiming and handle preceding clear bottle pre-part reason facility, belong to silica gel plastic bottle preliminary treatment facility technology field.
Background technology
Plastic bottle silica gel is widely used cement product in adnornment industry etc., bottle 22 is straight-tube shape as shown in Figure 9, the tube front end has tiny bottle neck, tail end to have at the bottom of the plunger 29, moves ahead at the bottom of utilizing the roof pressure utensil that docks with cylindrical shell to force plunger during use, just the glue of thickness is extruded by bottle neck.Bottled silica gel product consumption is big, and the empty plastic bottle after the use is extensively reclaimed, and forms new raw materials for plastics production after melting processing.Usually have cull in the plastic bottle that reclaims, also have name of product, the trade mark of lacquer print on the bottle face, picture and text such as operation instruction could melting regeneration after these all get and dispose earlier.For a long time, manual work mode is adopted in the removing in advance of cull and lacquer print picture and text always, workload is big, labour intensity height, operating efficiency are low, and the very difficult cull of thoroughly clearing out of, the normal timely melting that therefore influences plastic bottle in enormous quantities is handled, and for this reason, must develop the mechanical facility that is applicable to that cull and lacquer print picture and text are removed in advance.
Summary of the invention
Technical problem to be solved by this invention provides a kind of regeneration pretreatment machine for silica gel plastic bottle, to abandon the operation of the clear bottle of backward craft.
The alleged problem of the present invention realizes with following technical scheme:
A kind of regeneration pretreatment machine for silica gel plastic bottle, organic block 31 in the formation, multistation EGR and bottling tightens, polish, cut a bottle head, top remaining glue, pine and block and unload bottle and drive unit, wherein:
Gripping mechanism is made up of chucking telescoping cylinder 34, lever 35, the quantity of lever 35 is consistent with dop 3, be distributed on the card of butt plate 2-1, one end of each lever 35 connects with card platform 8 couplings of tensioner loop bar 6 right-hand members, the expansion link of the corresponding chucking of other end telescoping cylinder 34, and the cylinder body of chucking telescoping cylinder is fixed in the sheave dish 2-2 outside;
Push rod telescoping cylinder 40 in the top remaining glue device is positioned at the sheave dish 2-2 outside, the push rod 7 in the corresponding top remaining glue station of its expansion link place dop;
Pine card unload bottle by the pine card roll 41, roll frame 42, unload bottle telescoping cylinder 43, pusher plate is formed, the pine card rolls on the 41 rotation back-up roller framves 42, the corresponding pine card of the face that rolls unloads the self-locking spring slice 14 on bottle station place dop, unloading bottle telescoping cylinder 43 settles and is positioned at the sheave dish 2-2 outside and corresponding pine card unloads a bottle station, the quantity of pusher plate is consistent with dop 3, the body of rod 44 in the pusher plate is uniform along the plate edge of rotating disk 1, and expansion link, the push pedal on the other end 45 that one end correspondence is unloaded bottle telescoping cylinder 43 snaps in the root of tensioner loop bar left end conical surface cover 24 in the dop;
Spinning motor 46, circulation revoluting motor 47 in the drive unit are placed in respectively on the support 31, and respectively with the multistation EGR in rotation power shaft 21, dial 2-3 be in transmission connection.
Above-mentioned regeneration pretreatment machine for silica gel plastic bottle, described lever 35 is the shift fork shape, be placed in by shift fork seat 66 on the card of butt plate 2-1, card platform 8 couplings of the shift fork of one end and tensioner loop bar 6 right-hand members are abutted against, the handle pole pair of the other end should tighten the expansion link of telescoping cylinder 34.
Above-mentioned regeneration pretreatment machine for silica gel plastic bottle, described top remaining glue work station point is three, by cut the bottle station after the order ranking.
Above-mentioned regeneration pretreatment machine for silica gel plastic bottle, described rotating disk 1 and butt plate 2-1 are affixed at interval by a plurality of bars 4 that socket, and described expansion tightening wheel 13 is placed in and sockets on the bar 4.
Above-mentioned regeneration pretreatment machine for silica gel plastic bottle, described the rise slit 16 of contracting is spiral slit, and the retaining cylindrical hole and the cylinder table 25 of coupling arranged between the left end of described tensioner loop bar 6 and the push rod 7.
The retaining hole of described coupling, platform are cylindrical hole and cylinder table 25.
Above-mentioned regeneration pretreatment machine for silica gel plastic bottle, described tensioner self-locking spring slice 14 is a ratchet, ratchet is articulated in by bearing pin on the pole face of tensioner loop bar 6, spring leaf 15 is arranged below the ratchet.
For improving the automatic and mechanical degree, above-mentioned regeneration pretreatment machine for silica gel plastic bottle is set up pay-off in constituting, hopper 50 is arranged in the pay-off, conveyer belt 51, and bottling telescoping cylinder 68, conveyer belt 51 is around on feed hopper bottom and the oblique upper, following belt wheel 52,53, going up wherein has a bottle head around the zone face both sides, bottle tail baffle 55,56, go up around mounting plate 57 is arranged under the zone face, down around bottom plate 63 is arranged under the zone face, whole around the scraper plate 54 that is intervally arranged on the zone face, the bottle of leakage groove 58 is arranged on the zone face between the adjacent scraper plate, there is the bottleneck 59 of leakage mounting plate plate face top, bottling telescoping cylinder 68 is positioned at rotating disk 1 outside, tensioner loop bar 6 in the corresponding chucking of its expansion link station place dop 3, the upper end of discharge groove 61 is connected with the conveying zone face of pile warp upper belt-wheel 52, the lower end is between bottling telescoping cylinder 68 and tensioner loop bar 6, circulation revoluting motor 47 in following belt wheel 53 and the rotating driving device is in transmission connection, and bottling telescoping cylinder 68 is fixed on the frame 31.
Above-mentioned regeneration pretreatment machine for silica gel plastic bottle, described discharge groove 61 is a flat drum shape, the nozzle of upper end is connected with the conveying zone face of pile warp upper belt-wheel 52, and there is the bottleneck of going out 71 both sides at the bottom of the tube of lower end, has on the expansion link of described bottling telescoping cylinder 68 and the last barrel 72 that goes out the bottleneck coupling.
Above-mentioned regeneration pretreatment machine for silica gel plastic bottle is set up overhead gage 62 above described bottle first speed plate 55 and bottle tail baffle 56.
Above-mentioned pre-regeneration pretreatment machine for silica gel plastic bottle is set up below described leakage bottleneck 59 and is connect bottle bucket 60, and connecing on the bottle bucket 60 has approaching channel 65.
Above-mentioned regeneration pretreatment machine for silica gel plastic bottle, described upper and lower belt wheel 52,53 is supported on the belt wheel frame, the belt wheel frame is made up of back and front supporting 80,81 and middle brace 67, described hopper 50 is made up of left and right sides headwall 82, back bucket wall 83 and diapire, the diapire seat supports on 81 in the back, left and right sides headwall 83 is connected with two braces, 82 couplings, described bottle head, bottle tail baffle 55,56, mounting plate 57, overhead gage 62 are separately fixed in the brace 82, and the two ends of described bottom plate 63 are connected with back and front supporting 80,81 respectively.
The present invention has following characteristics:
1. utilize multistation EGR arrangement dop and realize the rotation of dop and the revolution that circulates, with it is core, the corresponding work station point coupling that respectively circulates on it being provided with bottling and tighten, polish, cut a bottle head, top remaining glue, the loose devices such as unloading bottle that blocks, make the present invention can the mechanization operating type finish the removing operation of silica gel plastics bottle, realized purpose of the present invention;
2. the dop in the multistation EGR adopts the sleeve structure form, the compact conformation profile is little, function setting is many, the design of free-wheeling system has made full use of between dop and the space between dish, the Geneva mechanism of finishing the circulation revolution is easy to realize that with the rotating disk of settling dop perfectly combination is docked, each functional part scientific arrangement is reasonable, in conjunction with tight, can finish every function action reliably, and reserved rational position and space for other supporting setting the in the preliminary treatment facility, make the preliminary treatment facility possess advanced in performance, also have the little characteristics of compact conformation volume under the prerequisite of high efficiency;
3. the conveying device of setting up can realize the automatic orientation screening to bottle, makes the automatic and mechanical degree of preliminary treatment facility obtain further improving and improving;
The suitable removing preliminary treatment facility of the present invention as silica gel plastic bottle etc.
Description of drawings
Fig. 1 is an isometric front view of the present invention;
Fig. 2 is Fig. 1 multistation EGR stereogram;
Fig. 3 is the left view of Fig. 1 turntable 1;
Fig. 4 is a double-wheel-disc left view among Fig. 1;
Fig. 5 is a double-wheel-disc right view among Fig. 1;
Fig. 6 is a double-wheel-disc right stereogram among Fig. 1;
Fig. 7 is a multistation EGR integral right view;
Fig. 8 is dop 3 three-dimensional views among Fig. 1;
Fig. 9 is dop 3 cutaway views;
Figure 10 is a tensioner loop bar structure chart;
Figure 11 is an A-A profile among Figure 10;
Figure 12 is the pay-off stereogram of setting up;
Figure 13 is the pay-off vertical view;
Figure 14 is the stereogram after pay-off is removed hopper and conveyer belt;
Figure 15 is the local amplification plan view of conveyer belt zone face.
The parts label is respectively in the accompanying drawing: 1-rotating disk, 2-1--butt plate, 2-2--sheave dish, the 2-3-dial, the 2-4-dial axis, 2-5-radial slot, 2-6-evagination circular arc, concave arc in the 2-7-, the 3-dop, 4-sockets, the 5-overcoat, 6-tensioner loop bar, the 7-push rod, 8-Ka Tai, 9-rolling bearing, the 10-driving pulley, the 11-synchronous pulley, 12-is with synchronously, the 13-expansion tightening wheel, the 14-self-locking spring slice, 15-spring leaf, the 16-slit of rising of contracting, 17,18, the 73-return spring, 19, the 20-axially outer end, 21-rotation power shaft, 22-bottle, 23-conical surface bar, 24-conical surface cover, the 25-cylinder table, at the bottom of the 29-plunger, the 30-distribution circle, the 31-support, 32, the 33-bearing block, 34-tightens telescoping cylinder, 35-lever, the 36-roller of polishing, the 37-drive motors, 38-cuts cutter shaft, 39-cutting blade, 40-push rod telescoping cylinder, 41-pine card rolls, and 42-rolls frame, and 43-unloads a bottle telescoping cylinder, the 44-body of rod, the 45-push pedal, 46-spinning motor, 47-circulation revoluting motor, 48,49,69, the 70-belt pulley, the 50-hopper, the 51-conveyer belt, the 52-upper belt-wheel, belt wheel under the 53-, the 54-scraper plate, 55-bottle first speed plate, 56-bottle tail baffle, the 57-mounting plate, 58-leaks the bottle groove, 59-leaks bottleneck, 60-connects the bottle bucket, the 61-discharge groove, the 62-overhead gage, the 63-lower baffle plate, the 64-wheel shaft, the 65-approaching channel, the 66-lever seat, 74-dial axle.
The specific embodiment
Still consult accompanying drawing 1,2,3,4,5.Dop 3 along the distribution circle on Fig. 2 turntable 1 30 uniformly at intervals, a plurality of shapes of all layouting are for becoming a plurality of work station points, in the illustrated embodiment 8 stations, being followed successively by bottling chucking station A, polishing station B, cutting a bottle station C, top remaining glue station D, a secondary top remaining glue station E, three top remaining glue station F, pine cards unload a bottle station G, transition station H, it is owing to the cull that once is difficult to thoroughly eject in the bottle 22 that top remaining glue has been arranged three stations, so top remaining glue adopts the multistation setting.Bottling tightens, polishes, cuts the bottle head, top remaining glue, secondary top remaining glue, three top remaining glues, pine cards unload bottle and settle by the locus design of corresponding work station point successively.8 dops 3 are in respectively in the processing procedure of different station at one time, and when the rotary body circulation public affairs that rotating disk 1 and double-wheel-disc are formed turned around, 8 bottles on 8 dops experienced whole 8 procedures one by one.
Consult Fig. 1,2,3,4,5,6,7,8,9,10,11.When dop 3 is in bottling chucking station A, the expansion link of chucking telescoping cylinder 34 moves to right by the tensioner loop bar 6 in lever 35, the card platform 8 pulling overcoats 5, conical surface cover 24 is made a forcible entry into tensioner slit, lower edge 16 spreadings conical surface bar 23, rises and is stuck on the dop 3 being sleeved on bottle 22 on the conical surface cover 24.Self-locking spring slice 14 when tensioner loop bar 6 moves to right on the pole face moves to right thereupon, self-locking spring slice 14 was exposed to outside overcoat 5 right sides and upsprings automatically when tensioner put in place, tensioner loop bar 6 is locked on the tensioner position after moving to right, bottle 22 on the dop is unloaded between bottle station G to the pine card at bottling chucking station A keep gripping orientation always.
Consult Fig. 1,2,3,4,7.Same dop 3 is finished bottling chucking back when revolving round the sun polishing station B with the rotary body circulation by bottling chucking station A, bottle 22 on the conical surface cover 24 not only rotation but also simultaneously with sanding apparatus in polishing roller 36 CONTACT WITH FRICTION of rotating, bottle 22 lip-deep lacquer print picture and text are just disposed by friction.The drive motors 37 of polishing roller 36 is in transmission connection by the roll shaft of belt pulley 48,49 and belt and polishing roller 36.
Still consult Fig. 1,2,3,5,7.Next dop 3 is forwarded to by polishing station B circulation and cuts a bottle station C, the just in time corresponding bottle of the rotary cutter sheet 39 of this position 22 front cutting positions, and the front end of the bottle 22 of rotation and circulation revolution just is cut blade 39 and cuts away.38 rotations of cutting cutter shaft are supported on the support 31, the one end is settled cutting blade 39, the other end is in transmission connection by shaft coupling and drive motors 37, motor pulley 48 is settled and is positioned on the cutting cutter shaft 38, belt is swung 49 and is positioned on the roll shaft of polishing roller 36 polishing roller 36 and cutting blade 39 common drive motors 37.
Consult Fig. 1,2,3,5,7.Dop 3 is a top remaining glue station of pile warp D, secondary top remaining glue station E, three top remaining glue station F subsequently, the piston rod of three push rod telescoping cylinders 40 is the push rod 7 in the roof pressure dop 3 successively, can guarantee at the bottom of the plunger in the bottle 22 29 by roof pressure to bottle front end extreme position, thoroughly remove cull in the bottle outlet.Push rod in the dop 3,7 resets under back-moving spring 18 effects after the piston rod withdrawal of push rod telescoping cylinder 40.
Still consult Fig. 1,2,3,5,7,9.Dop 3 is recycled to the pine card and unloads a bottle station G subsequently, self-locking spring slice 14 rolls 41 the face that rolls with the pine card that is placed in this station place and touches in the rotation process, self-locking spring slice 14 rolls under 41 effects at the pine card and imbeds in the tensioner loop bar 6 under the effect, and tensioner loop bar 6 just automatically resets under return spring 17 effects.Unclamp the bottle 22 on the conical surface cover 24, then, the expansion link that unloads bottle telescoping cylinder 43 is overhanging, and the body of rod 44 that drives in the pusher plate moves to left, be stuck in push pedal 45 that the conical surface overlaps 24 roots just with bottle 22 by pushing on the conical surface cover 24, under return spring 73 effects, reset afterwards.So far, finish a multistation circulation.
Consult Fig. 1,2,3.Spinning motor 46 in the drive unit is placed in rotating disk 1 left side, be in transmission connection by the rotation power shaft 21 in shaft coupling and rotating disk 1 axially outer end 19, then by driving pulley 10, synchronous pulley 11, be with 12 synchronously, expansion tightening wheel 13 drives 8 each dop 3 rotation; Circulation revoluting motor 47 is placed in dial 2-3 right side, rotates by the dial 2-3 in the dial axle 74 driver slot wheel mechanisms.
Consult Figure 12,13,14,15.In the pay-off of setting up, upper belt-wheel 52 is positioned at belt wheel 53 oblique uppers down, and conveyer belt 51 forms tilting conveying endless belt around upper and lower belt wheel.Spacing between the adjacent scraper plate 54 and the diameter of bottle coupling, the leakage bottle groove 58 on the zone face also are the rectangle that mates with bottle.The length of the leakage bottleneck 59 of mounting plate 57 plate faces top is less than the length of leaking bottle groove 58 and near bottle tail baffle 56 sides.The two ends of bottom plate 63 and back and front supporting 80,81 are affixed.
Consult Figure 12,13,14.When the discharge groove 61 in the pay-off is flat drum shape, the nozzle that the upper end is connected with the conveying zone face of pile warp upper belt-wheel 52 is inlet, at the bottom of the tube of lower end both sides go out in the bottleneck 71 one the last barrel 72 on corresponding bottling telescoping cylinder 68 expansion links, conical surface of tensioner loop bar 6 left ends in another corresponding bottling chucking station A dop 3 overlaps 24.
Still consult Figure 12,13,14,15.The overhead gage of setting up in the pay-off 62 is formed the cavity that only can hold a bottle with bottle head, bottle tail baffle 55,56.Connecing a bottle that approaching channel 65 on the bottle bucket 60 is used for connecing bottle bucket 60 draws and sends out.
Still consult Fig. 1,2,12,13,14,15.The course of work of pay-off is: when the wheel shaft 64 of belt wheel 53 rotated under spinning motor 46 drove by belt pulley 69,70, tilting conveying endless belt coat operation, bottle is scraped in the coupling cavity of getting between adjacent scraper plate in scraper plate 54 generals on the zone face, the hopper, when bottle advances to bottle head, bottle tail baffle 55,56 places with conveyer belt by standard ground place container cavity that bottle head, bottle tail and overhead gage 62 form, and the rectangle of corresponding cavity bottom leak a bottle groove 58, be subjected to lifting of mounting plate 57 plate faces this moment, bottle can not come out by leaking the bottle groove; Continue up, when leaking the leakage bottleneck 59 of bottle groove 58 corresponding bottom plate 63 plate faces tops, the bottle that is misplaced that bottle head is corresponding to leak bottleneck 59 has a down dip in the effect of bottle head end cull gravity and enters Lou bottleneck 59, fall and connect in the bottle bucket 60 through leaking bottleneck, and the corresponding bottle of just putting that leaks bottleneck 59 of bottle tail still keeps poised state under the effect of bottle head end cull gravity, be able to smoothly by leaking bottleneck 59, also slide into its lower end place down by laggard people's flat drum shape discharge groove 61, the expansion link of telescoping cylinder 68 of bottling this moment is overhanging, last barrel 72 enters discharge groove 61 by the bottleneck 71 that goes out of correspondence, by the going out that bottleneck ejects and its top is installed on the conical surface cover 24 of tensioner loop bar 6 left ends of opposite side always, just beginning into afterwards, the people of back tightens operation with the bottle of discharge groove lower end.Last barrel 72 double as separated material effect simultaneously intercepts back one bottle above the discharge groove lower end when it adorns last bottle on the top, treats that the top dress finishes just to allow next bottle to enter by the position, top after returning.When the bottle in the discharge groove 61 row is full, can will make unnecessary bottle under the lifting of bottom plate 14 plate faces, return hopper 50 around the lower belt surface of conveyer belt.Like this, just, the directed screening of having realized bottle send dress.
Telescoping cylinders such as the bottling among the present invention, chucking, top remaining glue can adopt pneumatic linear actuator or liquid cylinder, and the startup operation of each telescoping cylinder etc. can be controlled by positions such as travel switch induction components and parts device.
Claims (10)
1. a regeneration pretreatment machine for silica gel plastic bottle is characterized in that, organic block in the formation [31], multistation EGR and bottling tightens, polish, cut a bottle head, top remaining glue, pine and block and unload bottle and drive unit, wherein:
Rotating disk [1] is arranged in the multistation EGR, Geneva mechanism, dop [3] and free-wheeling system, butt plate in the double-wheel-disc in the Geneva mechanism [2-1] is affixed at interval with rotating disk [1], sheave dish [2-2] is in transmission connection with dial [2-3], the axially outer end [19] of rotating disk [1] and sheave dish [2-2], [20] respectively by bearing block [32], [33] be supported on the support [31], dop [3] along the distribution circle [30] on rotating disk [1] card uniformly at intervals, a plurality of all layouting forms a plurality of work station points, each dop [3] is by overcoat [5], be arranged in the tensioner loop bar [6] of overcoat, the push rod [7] that is arranged in the tensioner loop bar is formed, overcoat [5] is supported on the rotating disk [1] by rolling bearing [9] rotation, conical surface bar [23] and conical surface cover [24] for mating between the left end of tensioner loop bar [6] and the overcoat [5], conical surface cover [24] is gone up the slit [16] of rising of contracting spaced apart, tensioner loop bar [6] right-hand member has the Ka Tai [8] that draws the usefulness that rises, self-locking spring slice [14] is arranged on the pole face, push rod [7] right-hand member is supported on the wheel disc [2], driving pulley in the free-wheeling system [10] is placed on the interior rotation power shaft [21] of axially outer end [19], synchronous pulley [11] is placed on the overcoat [5] one by one, expansion tightening wheel [13] is placed in the gap, interval between the adjacent synchronous pulley [11] one by one, synchronously the two ends of band [12] synchronous pulley of pile warp symmetry side successively behind the pile warp driving pulleys [10] respectively, dock behind the expansion tightening wheel;
Gripping mechanism is made up of chucking telescoping cylinder [34], lever [35], the quantity of lever [35] is consistent with dop [3], be distributed on the card of butt plate [2-1], one end of each lever [35] connects with Ka Tai [8] coupling of tensioner loop bar [6] right-hand member, the expansion link of the other end corresponding chucking telescoping cylinder [34], and the cylinder body of chucking telescoping cylinder is fixed in sheave dish [2-2] outside;
Polishing roller [36] rotation in the sanding apparatus is supported on the conical surface cover [24] of tensioner loop bar left end in rotating disk [1] outside, the corresponding polishing of the roll surface station place dop, and drive motors [37] is fixed on the support [31], is in transmission connection with polishing roller [36];
Cutting cutter shaft [38] rotation of cutting in bottle head unit is supported on rotating disk [1] outside, and the cutting blade on it [39] correspondence is cut conical surface cover [24] outer end of tensioner loop bar left end in the bottle station place dop, and cutting cutter shaft [38] is in transmission connection with drive motors [37];
Push rod telescoping cylinder [40] in the top remaining glue device is positioned at sheave dish [2-2] outside, the push rod [7] in the corresponding top remaining glue station of its expansion link place dop;
The pine card unloads bottle and rolls [41] by the pine card, roll frame [42], unload a bottle telescoping cylinder [43], pusher plate is formed, the pine card rolls on [41] the rotation back-up roller framves [42], the corresponding pine card of the face that rolls unloads the self-locking spring slice [14] on bottle station place dop, unloading a bottle telescoping cylinder [43] settles and to be positioned at sheave dish [2-2] outside and corresponding pine card unloads a bottle station, the quantity of pusher plate is consistent with dop [3], the body of rod in the pusher plate [44] is uniform along the plate edge of rotating disk [1], and one end correspondence is unloaded the expansion link of a bottle telescoping cylinder [43], push pedal on the other end [45] snaps in the root of tensioner loop bar left end conical surface cover [24] in the dop;
Spinning motor in the drive unit [46], circulation revoluting motor [47] are placed in respectively on the support [31], and respectively with the multistation EGR in rotation power shaft [21], dial [2-3] be in transmission connection.
2. regeneration pretreatment machine for silica gel plastic bottle according to claim 1, it is characterized in that, described lever [35] is the shift fork shape, be placed on the card of butt plate [2-1] by shift fork seat [66], Ka Tai [8] coupling of the shift fork of one end and tensioner loop bar [6] right-hand member is abutted against, the handle pole pair of the other end should tighten the expansion link of telescoping cylinder [34].
3. regeneration pretreatment machine for silica gel plastic bottle according to claim 2 is characterized in that, described top remaining glue work station point is three, by cut the bottle station after the order ranking.
4. regeneration pretreatment machine for silica gel plastic bottle according to claim 3 is characterized in that, described rotating disk [1] and butt plate [2-1] are affixed at interval by a plurality of bars [4] that socket, and described expansion tightening wheel [13] is placed in and sockets on the bar [4].
5. regeneration pretreatment machine for silica gel plastic bottle according to claim 4 is characterized in that, described contracting rises by slit [16] for spiral slit, and the retaining cylindrical hole and the cylinder table [25] of coupling arranged between the left end of described tensioner loop bar [6] and the push rod [7].
6. regeneration pretreatment machine for silica gel plastic bottle according to claim 5 is characterized in that, described tensioner self-locking spring slice [14] is a ratchet, and ratchet is articulated in by bearing pin on the pole face of tensioner loop bar [6], spring leaf [15] is arranged below the ratchet.
7. according to claim 1,2,3,4,5 or 6 described regeneration pretreatment machine for silica gel plastic bottle, it sets up pay-off in constituting, hopper [50] is arranged in the pay-off, conveyer belt [51] and bottling telescoping cylinder [68], conveyer belt [51] is around on feed hopper bottom and the oblique upper, following belt wheel [52], [53], going up wherein has a bottle head around the zone face both sides, bottle tail baffle [55], [56], go up around mounting plate [57] is arranged under the zone face, down around bottom plate [63] is arranged under the zone face, whole around the scraper plate that is intervally arranged on the zone face [54], the bottle of leakage groove [58] is arranged on the zone face between the adjacent scraper plate, there is leakage bottleneck [59] mounting plate plate face top, bottling telescoping cylinder [68] is positioned at rotating disk [1] outside, tensioner loop bar [6] in the corresponding bottling chucking station place's dop of its expansion link [3], the upper end of discharge groove [61] is connected with the conveying zone face of pile warp upper belt-wheel [52], the lower end is positioned between bottling telescoping cylinder [68] and the tensioner loop bar [6], circulation revoluting motor [47] in following belt wheel [53] and the rotating driving device is in transmission connection, and bottling telescoping cylinder [68] is fixed on the frame [31].
8. regeneration pretreatment machine for silica gel plastic bottle according to claim 7, it is characterized in that, described discharge groove [61] is a flat drum shape, the nozzle of upper end is connected with the conveying zone face of pile warp upper belt-wheel [52], there is the bottleneck of going out [71] both sides at the bottom of the tube of lower end, have on the expansion link of described bottling telescoping cylinder [68] and the last barrel [72] that goes out the bottleneck coupling.
9. regeneration pretreatment machine for silica gel plastic bottle according to claim 8 is characterized in that, sets up overhead gage [62] in the top of described bottle first speed plate [55] and bottle tail baffle [56].
10. regeneration pretreatment machine for silica gel plastic bottle according to claim 9 is characterized in that, sets up in described leakage bottleneck [59] below and connects bottle bucket [60], and connecing on the bottle bucket [60] has approaching channel [65].
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2006100481562A CN100423922C (en) | 2006-08-18 | 2006-08-18 | Regeneration pretreatment machine for silica gel plastic bottle |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2006100481562A CN100423922C (en) | 2006-08-18 | 2006-08-18 | Regeneration pretreatment machine for silica gel plastic bottle |
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| CN1911624A CN1911624A (en) | 2007-02-14 |
| CN100423922C true CN100423922C (en) | 2008-10-08 |
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| CNB2006100481562A Expired - Fee Related CN100423922C (en) | 2006-08-18 | 2006-08-18 | Regeneration pretreatment machine for silica gel plastic bottle |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101973089B (en) * | 2010-08-18 | 2012-12-26 | 河北科技大学 | Silica gel cylinder sorting device |
| CN105729519A (en) * | 2016-03-04 | 2016-07-06 | 天津工业大学 | Cutting and grinding machine for red rubber seal blanks |
| CN107283863B (en) * | 2017-08-07 | 2019-02-01 | 胡海明 | A kind of manufacture device of waste plastic bottle regeneration twisted strip |
| CN108789978B (en) * | 2018-05-31 | 2020-10-20 | 重庆工业职业技术学院 | Processing technology for plastic part |
| CN109909035B (en) * | 2019-03-08 | 2021-05-14 | 深圳开瑞环保科技有限公司 | Remove abandonment oil drum recovery processing equipment that acute angle was collected |
| CN111516181B (en) * | 2020-04-03 | 2021-10-26 | 苏州爱柯基科技有限公司 | Glass glues shell recovery unit |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1158783A (en) * | 1996-03-05 | 1997-09-10 | 艾因工程技术股份有限公司 | Resin material recovered from industrial wastes of plastic film, method and apparatus for recovering resin material from industrial wastes of plastic film |
| CN1344608A (en) * | 2000-09-19 | 2002-04-17 | 富士胶片株式会社 | Cyclic use of plastic products and method and apparatus for cleaning and crushing plastic |
-
2006
- 2006-08-18 CN CNB2006100481562A patent/CN100423922C/en not_active Expired - Fee Related
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1158783A (en) * | 1996-03-05 | 1997-09-10 | 艾因工程技术股份有限公司 | Resin material recovered from industrial wastes of plastic film, method and apparatus for recovering resin material from industrial wastes of plastic film |
| CN1344608A (en) * | 2000-09-19 | 2002-04-17 | 富士胶片株式会社 | Cyclic use of plastic products and method and apparatus for cleaning and crushing plastic |
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|---|---|
| CN1911624A (en) | 2007-02-14 |
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