CN103862844B - A kind of wapperijaw bottle printing equipment bottle inlet pretreatment unit - Google Patents
A kind of wapperijaw bottle printing equipment bottle inlet pretreatment unit Download PDFInfo
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- CN103862844B CN103862844B CN201410139894.2A CN201410139894A CN103862844B CN 103862844 B CN103862844 B CN 103862844B CN 201410139894 A CN201410139894 A CN 201410139894A CN 103862844 B CN103862844 B CN 103862844B
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Abstract
The invention discloses a kind of wapperijaw bottle printing equipment bottle inlet pretreatment unit, it is characterized in that, the bottle inlet transfer device comprising bottle inlet conveying device, bottle preheating apparatus and be arranged between the two; Described bottle inlet conveying device, comprise a horizontally disposed belt conveyor, belt conveyor bottle-delivery end top has bottle baffle plate; Described preheating apparatus, comprise and horizontally disposedly preheat bottle erecting bed, described preheating above bottle erecting bed has a thermal chimney, preheat bottle erecting bed both sides to be provided with and to preheat clamping transfer device, described bottle inlet transfer device, comprises the sucker that sucker installing rack is arranged with two horizontal alignment be arranged on bottom sucker installing rack.The present invention can realize the bottle inlet auto arrangement of bottle, adjustment alignment, and the function such as preheat process before printing, has automaticity high, easy to adjust, the smooth and easy advantage such as reliably of bottle transport process.
Description
Technical field
The present invention relates to a kind of bottle screen printing technique, especially a kind of wapperijaw bottle printing equipment bottle inlet pretreatment unit.
Background technology
Wapperijaw bottle is a kind of body cross section ovalize, the askew a kind of bottle to side of nozzle segment, is called for short wapperijaw when the bottle of liquor of this kind of bottle is sold, and deeply likes by drinking pal due to its moulding uniqueness.
When bottle is produced, generally need on bottle, arrange the contents such as pattern, trade mark and company-information, in prior art, be generally adopt the mode sintered after applique on body to obtain, technics comparing is complicated and cost is larger.
Silk
wire markbrush be by silk fabrics, synthetic fabrics or
woven wirestretch tight on screen frame, adopt manual carve paint film or
photochemistrythe method of plate-making makes
screen printing forme.Belong to porous printing, it and flat stamping,
convex print, gravure is called as four large printing processes together.In prior art, also there is part adopts the mode of serigraphy to realize bottle surface-treated technology, the preparation method of a kind of Tao Ce bottle with stamp such as disclosed in China's number of patent application 201310347244.2, and a kind of glass and ceramic printing process etc. disclosed in China's number of patent application 200510001853.8.But all unexposed concrete mode of printing in these prior aries, in prior art, serigraphy conventional method is people's manual operations printing, inefficiency, and existing screen printing apparatus is generally for plastic bottle design, can not be applicable to the use of wapperijaw bottle.
Therefore applicant considers to design a kind of screen printing apparatus being exclusively used in wapperijaw bottle, wherein need to consider design bottle inlet pretreatment unit, realize the functions such as the preheat process before the bottle inlet auto arrangement of bottle, adjustment alignment and printing.
Summary of the invention
For above-mentioned the deficiencies in the prior art, the technical problem to be solved in the present invention is, how to provide a kind of automaticity high, can realize the bottle inlet auto arrangement of bottle, adjustment alignment, and the wapperijaw bottle printing equipment bottle inlet pretreatment unit of preheat process function before printing.
In order to solve the problems of the technologies described above, in the present invention, have employed following technical scheme:
A kind of wapperijaw bottle printing equipment bottle inlet pretreatment unit, is characterized in that, the bottle inlet transfer device comprising bottle inlet conveying device, bottle preheating apparatus and be arranged between the two;
Described bottle inlet conveying device, comprise a horizontally disposed belt conveyor, the leather belt roller at belt conveyor two ends is arranged in frame also by belt motor driven rotary, both sides, belt conveyor top are provided with limiting plate along Belt Length direction horizontal-extending, and belt conveyor bottle-delivery end top has bottle baffle plate;
Described preheating apparatus, comprise and horizontally disposedly preheat bottle erecting bed, preheat uniform intervals on bottle erecting bed and be provided with several and bottle mounting groove that is bottle side surface form fit, described preheating above bottle erecting bed has a thermal chimney, thermal chimney outlet for and corresponding rectangular-shaped of bottle length and just bottle mounting groove being arranged downwards, thermal chimney upper end is communicated with the intake stack being provided with internal fan, and thermal chimney inside is provided with electrothermal module;
Preheat bottle erecting bed both sides to be provided with and to preheat clamping transfer device, the described clamping transfer device that preheats comprises the first grip block and the second grip block that are horizontally placed on and preheat bottle erecting bed both sides, first grip block and the second grip block bottom are hinged on the grip block rocking arm of two couples interlock of below separately, above first grip block, an elastic strip for clamping is convexed to form accordingly to the side of bottle mounting groove, on second grip block, the opposite side correspondence of each bottle mounting groove corresponding is provided with row's gripper cylinder, each gripper cylinder telescopic arm is just arranging bottle mounting groove direction and telescopic arm front end is being provided with a columniform rubber base, rubber base front end has eccentric setting to be had for the fixing bottle neck jack of wapperijaw bottle bottle neck insertion, grip block rocking arm can drive rubber base to swing to the correspondence position of next bottle mounting groove from the correspondence position of a bottle mounting groove when swinging,
Described bottle inlet transfer device, comprise the sucker that sucker installing rack is arranged with two horizontal alignment be arranged on bottom sucker installing rack, two suckers are connected with pumped vacuum systems by tracheae, sucker installing rack is arranged at the belt conveyor bottle-delivery end of bottle inlet conveying device and the position preheated between bottle erecting bed bottle-inlet end of preheating apparatus, sucker installing rack lower end is fastened on a sucker rocking arm, in the bottle mounting groove that sucker rocking arm and the interlock of grip block rocking arm can lean on when being arranged so that it swings sucker to be transported to from the belt conveyor bottle-delivery end suction of bottle inlet conveying device by bottle to preheat bottle erecting bed bottle-inlet end.
In the present invention, in bottle inlet conveying device, belt conveyor is adopted to realize bottle inlet, operative can be beneficial to like this bottle is lain be put on belt conveyor and realize bottle inlet, then spacing by limiting plate and bottle baffle plate, make bottle to arrive after end auto arrangement good position on belt conveyor along belt conveyor, to facilitate the transfer operation of follow-up bottle inlet transfer device, make bottle enter flow production line swimmingly.Described preheating apparatus operationally, by intake stack air intake, then distinguished and admirable heated by electrothermal module after from thermal chimney outlet just bottle is blown out, drying is carried out to bottle surface, its heating arrangement is simple, dry reliably convenient and swift, realize wind-heat in the process that bottle progressively shifts in bottle mounting groove and heat up, the normal movement of bottle on streamline can not be affected.Described preheat clamping transfer device work time, first grip block and the second grip block rocker arm body on the lower drives and does front-rear reciprocation movement, when the first grip block and the second grip block fall within rear bottle mounting groove correspondence position, the telescopic arm that can control gripper cylinder stretches out, bottle is made to be held between the rubber base of the second grip block and the rubber strip of the first grip block, when the first grip block and the second grip block are driven to front bottle mounting groove correspondence position by rocker arm body, the telescopic arm controlling gripper cylinder is retracted, realize the synchronous great-jump-forward flow forward of bottle in bottle mounting groove like this.In this process, one end at the bottom of wine bottle is fixed by the elastic strip on the first grip block, and bottle bottle neck one end is inserted into the bottle neck jack internal fixtion of the rubber base on the second grip block, realizes the clamping of bottle, makes it clamp very reliable, ensures the smooth and easy of bottle flowing transfer.In described bottle transfer device, have employed two suckers arranged side by side, mode by vacuum engagement realizes the transfer of bottle, structure simply and very efficient and convenient, sucker is connected with pumped vacuum systems by tracheae, improve sucker the suction-combining force by pumped vacuum systems to vacuumize mode during adhesive, guarantee that bottle adhesive is reliable and can not fall down in transfer process.Like this, this programme can the auto arrangement bottle inlet of bottle and preheat process, and achieve streamlined and produce, automaticity is high.
As optimization, described belt conveyor both sides are also provided with bottle width limit adjusting mechanism, described bottle width limit adjusting mechanism comprises at least two pairs of gripper shoes being vertically arranged on belt conveyor both sides, gripper shoe lower, transverse runs through and is connected with an adjusting screw(rod), one end that adjusting screw(rod) is positioned at (outside refers to deviate from the side in belt direction) outside gripper shoe has an adjustment handle, the threaded one end that adjusting screw(rod) is positioned at gripper shoe is connected and is being fixed under belt conveyor on methods, rack hold-down nut, gripper shoe top is bent to form installation portion to belt conveyor direction, installation portion offers horizontally disposed draw-in groove towards the side of belt conveyor, limiting plate is fixed in draw-in groove.
After such optimization, can lean on the spacing between bottle width limit adjusting mechanism adjustment limiting plate, the bottle making it adapt to different in width uses, and guarantees the gradate of bottle on belt conveyor.Specifically, during adjustment, regulating handle by rotating, by the position of the cooperation adjustment gripper shoe of adjusting screw(rod) and hold-down nut, and then the position of limiting plate can be regulated, realizing width adjusting, there is structure simple, and feature easy to adjust.Further, described gripper shoe installation portion also has the vertical trip bolt arranged, the slide installation portion that runs through above draw-in groove screw thread of trip bolt upper end is screwed in the installation portion below draw-in groove.Like this, the limiting plate clamping in it can be fixed by the draw-in groove on gripper shoe installation portion by the trip bolt that spins, avoid loosening, guarantee that limiting plate is reliably spacing.Again further, adjusting screw(rod) is also connected with a locking nut, gripper shoe bottom is at locking nut and regulate between handle; After such adjustment, locking nut can be leaned on to lock, avoid loosening, guarantee to regulate reliably.
As optimization, in the middle part of described belt conveyor, top is also provided with bottle cleaning mechanism, and bottle cleaning mechanism comprises a bristle fixed block be fixed on above belt conveyor, and extended downwards below bristle fixed block have row and bristle corresponding to belt width.
Like this, can clean bottle surface better, remove dust impurity, be beneficial to following process.
As optimization, the belt conveyor side at described bottle baffle plate place is also provided with the detection probe whether put in place for detecting bottle.Like this, confirmation signal can be provided for the startup of follow-up mechanism, guarantee that the control of streamline is connected smooth and easy.
As optimization, each bottle mounting groove inner surface preheated on bottle erecting bed is respectively symmetrically arranged with a pair rubber shock-absorbing along its length near two ends place protruding.
Like this, bottle, when preheating the transfer of bottle erecting bed and dropping in bottle mounting groove, collision free and producing can be beated or damaged, is reduced noise, guarantee the smooth and easy of bottle movement.
As optimization, described preheating clamps in transfer device, on first grip block, correspondence preheats bottle erecting bed bottle-inlet end first bottle mounting groove position and is provided with a rotary cylinder, and this rotary cylinder output revolving shaft is horizontally disposed with and is fixed with a rotation clamping disk vertically arranged, the rubber base rotated on the second just right grip block of clamping disk is rotatable setting.
After such optimization, during device work, when detecting that bottle left and right directions is not pair, rotary cylinder can be controlled and rotate, by rotating clamping disk and the rotation of corresponding rotation rubber seat to bottle turn-over, to guarantee that the surface of the follow-up printing of bottle is required surface.The corresponding bottle bottle neck place, bottle position that detection mode can lean against a procedure arranges detection probe and carries out detection and judge that whether bottle left and right directions is correct.
As optimization, the slide bar that described sucker installing rack comprises a pair and the belt conveyor of bottle inlet conveying device be arranged in parallel, slide bar is provided with an installation frame, the clamping part of installation frame upper end to be clamped in slidably on slide bar and clamping screw can be leaned on to lock, installation frame lower end is fixedly installed a rotary cylinder, and the output revolving shaft of this rotary cylinder arranges straight down and be fixedly connected with a horizontally disposed sucker installing plate on output revolving shaft, sucker is arranged on below sucker installing plate.
After such optimization, installation frame can lean on clamping part to slide on slide bar and adjust front and back position, enable sucker below it adjust position and bottle body medium position correspondence, such sucker can be in better attracted position by adjustment, guarantees the reliability of adhesive.Can be locked by clamping screw after installation frame adjustment.Sucker installing plate is arranged on a rotary cylinder in addition, during device work, after bottle is by sucker adhesive, if when detecting that bottle fore-and-aft direction is not pair in advance, this rotary cylinder can be controlled rotate, and then change bottle fore-and-aft direction, to guarantee that the fore-and-aft direction of the follow-up printed patterns of bottle is for direction accurately.The corresponding bottle bottle neck place, bottle position that detection mode can lean against belt conveyor end arranges detection probe and carries out detection and judge that whether bottle fore-and-aft direction is correct.Realize Automated condtrol better.
In sum, the present invention can realize the bottle inlet auto arrangement of bottle, adjustment alignment, and the function such as preheat process before printing, has automaticity high, easy to adjust, the smooth and easy advantage such as reliably of bottle transport process.
Accompanying drawing explanation
Fig. 1 is that the present invention is from the structural representation overlooking direction.
Fig. 2 is the side view of independent bottle inlet transfer device part-structure in Fig. 1.
Fig. 3 is the front view of independent bottle width limit adjusting mechanism part-structure in Fig. 1.
Detailed description of the invention
Below in conjunction with accompanying drawing, the present invention is described in further detail.
Shown in following Fig. 1-Fig. 3, a kind of wapperijaw bottle printing equipment bottle inlet pretreatment unit, the bottle inlet transfer device comprising bottle inlet conveying device, bottle preheating apparatus and be arranged between the two;
Described bottle inlet conveying device, comprise a horizontally disposed belt conveyor 1, the leather belt roller at belt conveyor 1 two ends is arranged in frame also by belt motor driven rotary, both sides, belt conveyor 1 top are provided with limiting plate 2 along Belt Length direction horizontal-extending, and belt conveyor 1 bottle-delivery end top has bottle baffle plate 3;
Described preheating apparatus, comprise and horizontally disposedly preheat bottle erecting bed 4, preheat uniform intervals on bottle erecting bed 4 and be provided with several and bottle mounting groove 5 that is bottle side surface form fit, described preheating above bottle erecting bed 4 has a thermal chimney 6, thermal chimney 6 export for and corresponding rectangular-shaped of bottle length and just bottle mounting groove 5 being arranged downwards, thermal chimney 6 upper end is communicated with the intake stack 7 being provided with internal fan, and thermal chimney 6 inside is provided with electrothermal module 8;
Preheat bottle erecting bed 4 both sides to be provided with and to preheat clamping transfer device, the described clamping transfer device that preheats comprises the first grip block 9 and the second grip block 10 being horizontally placed on and preheating bottle erecting bed 4 both sides, on the grip block rocking arm that two couple that first grip block 9 and the second grip block 10 bottom are hinged on below separately links, (specifically described interlock can be fixed on a horizontal rotating shaft separately by two pairs of rocking arms, two rotating shafts can realize synchronous interaction by parallelogram linkage), on first grip block, 9 convex to form an elastic strip 11 for clamping accordingly in the face of the side of bottle mounting groove, on second grip block 10, the opposite side correspondence of each bottle mounting groove corresponding is provided with row's gripper cylinder 12, each gripper cylinder 12 telescopic arm is just arranging bottle mounting groove 5 direction and is being provided with a columniform rubber base 13 in telescopic arm front end, rubber base 13 front end has eccentric setting to be had for the fixing bottle neck jack 14 of wapperijaw bottle bottle neck insertion, grip block rocking arm can drive rubber base 13 to swing to the correspondence position of next bottle mounting groove from the correspondence position of a bottle mounting groove when swinging,
Described bottle inlet transfer device, comprise the sucker 15 that sucker installing rack is arranged with two horizontal alignment be arranged on bottom sucker installing rack, two suckers 15 are connected with pumped vacuum systems by tracheae 16, sucker installing rack is arranged at the belt conveyor bottle-delivery end of bottle inlet conveying device and the position preheated between bottle erecting bed bottle-inlet end of preheating apparatus, sucker installing rack lower end is fastened on a sucker rocking arm, in the bottle mounting groove that sucker rocking arm and the interlock of grip block rocking arm can lean on when being arranged so that it swings sucker to be transported to from the belt conveyor bottle-delivery end suction of bottle inlet conveying device by bottle to preheat bottle erecting bed bottle-inlet end.Wherein, the slide bar 17 that described sucker installing rack comprises a pair and the belt conveyor of bottle inlet conveying device be arranged in parallel, slide bar 17 is provided with an installation frame 18, the clamping part of installation frame 18 upper end to be clamped in slidably on slide bar 17 and clamping screw 19 can be leaned on to lock, installation frame 18 lower end is fixedly installed a rotary cylinder 20, and the output revolving shaft of this rotary cylinder 20 arranges straight down and be fixedly connected with a horizontally disposed sucker installing plate 21 on output revolving shaft, sucker 15 is arranged on below sucker installing plate 21.
Wherein, described belt conveyor both sides are also provided with bottle width limit adjusting mechanism, described bottle width limit adjusting mechanism comprises at least two pairs of gripper shoes 22 being vertically arranged on belt conveyor 1 both sides, gripper shoe 22 lower, transverse runs through and is connected with an adjusting screw(rod) 23, one end that adjusting screw(rod) 23 is positioned at (outside refers to deviate from the side in belt direction) outside gripper shoe has an adjustment handle 24, the threaded one end that adjusting screw(rod) 23 is positioned at gripper shoe 22 is connected and is being fixed on a hold-down nut 26 on belt conveyor 1 time methods, rack 25, gripper shoe 22 top is bent to form installation portion to belt conveyor direction, installation portion offers horizontally disposed draw-in groove towards the side of belt conveyor, limiting plate 2 is fixed in draw-in groove.During concrete enforcement, described gripper shoe installation portion also has the vertical trip bolt 27 arranged, the slide installation portion that runs through above draw-in groove screw thread of trip bolt 27 upper end is screwed in the installation portion below draw-in groove.During concrete enforcement, adjusting screw(rod) 23 is also connected with a locking nut 28, gripper shoe 22 bottom is at locking nut 28 and regulate between handle 24.
Wherein, in the middle part of described belt conveyor, top is also provided with bottle cleaning mechanism, and bottle cleaning mechanism comprises a bristle fixed block 29 be fixed on above belt conveyor, and extended downwards below bristle fixed block 29 have row and bristle corresponding to belt width.
Wherein, belt conveyor 1 side at described bottle baffle plate 3 place is also provided with the detection probe 30 whether put in place for detecting bottle.
Wherein, each bottle mounting groove 5 inner surface preheated on bottle erecting bed is respectively symmetrically arranged with a pair rubber shock-absorbing projection 31 near two ends place along its length.
Wherein, described preheating clamps in transfer device, on first grip block, correspondence preheats bottle erecting bed bottle-inlet end first bottle mounting groove position and is provided with a rotary cylinder 32, and this rotary cylinder 32 output revolving shaft is horizontally disposed with and is fixed with a rotation clamping disk 33 vertically arranged, the rubber base rotated on the second just right grip block of clamping disk is rotatable setting.
Before the work of above-mentioned wapperijaw bottle printing equipment bottle inlet pretreatment unit, first carrying out adjustment to equipment, to guarantee that it can work smooth and easy, first, itself and processed bottle width suitable size can be made by adjustment bottle width limit adjusting mechanism, during concrete adjustment, regulating handle by rotating, by the position of the cooperation adjustment gripper shoe of adjusting screw(rod) and hold-down nut, and then the position of limiting plate can be regulated.After adjustment, the limiting plate clamping in it can be fixed by the draw-in groove on gripper shoe installation portion by the trip bolt that spins, avoid loosening, guarantee that limiting plate is reliably spacing; Then locking nut can be leaned on to be locked by adjusting screw(rod), avoid loosening, guarantee reliable.Secondly, can adjust the installation frame front and back position in bottle transfer device again, concrete slip on slide bar by clamping part adjusts front and back position, sucker below it is enable to adjust position and bottle body medium position correspondence, such sucker can be in better attracted position by adjustment, guarantees the reliability of adhesive.Can be locked by clamping screw after installation frame adjustment.
After adjustment, in bottle inlet conveying device, belt conveyor is adopted to realize bottle inlet, by operative bottle lain to be put on belt conveyor and realize bottle inlet, in bottle inlet process, bottle lies low placement, and the bristle by bottle cleaning mechanism cleans bottle surface, removes dust impurity.Bottle is blocked by bottle baffle plate after arriving end, forms end to end auto arrangement, to facilitate the transfer operation of follow-up bottle inlet transfer device, makes bottle enter flow production line swimmingly.
After the detection probe of bottle block place belt side edge detects that bottle puts in place, signal is sent to control system, control bottle transfer device to start, have employed two suckers arranged side by side in bottle transfer device, mode by vacuum engagement realizes the transfer of bottle, and simply and very efficient and convenient, sucker is connected with pumped vacuum systems by tracheae structure, improve sucker the suction-combining force by pumped vacuum systems to vacuumize mode during adhesive, guarantee that bottle adhesive is reliable and can not fall down in transfer process.In bottle transfer device, sucker installing plate is arranged on a rotary cylinder simultaneously, during device work, after bottle is by sucker adhesive, if when detecting that bottle fore-and-aft direction is not pair in advance, this rotary cylinder can be controlled rotate, and then change bottle fore-and-aft direction, to guarantee that the fore-and-aft direction of the follow-up printed patterns of bottle is for direction accurately.The corresponding bottle bottle neck place, bottle position that detection mode can lean against belt conveyor end arranges detection probe and carries out detection and judge that whether bottle fore-and-aft direction is correct.Realize Automated condtrol better.
The bottle of belt conveyor end to be transferred in preheating apparatus and is placed in and preheats in bottle erecting bed first bottle mounting groove by bottle transfer device successively, then bottle clamps by preheating clamping transfer device and realizes shifting preheating in each bottle mounting groove arranged side by side on bottle erecting bed preheating on bottle erecting bed, described preheat clamping transfer device work time, first grip block and the second grip block rocker arm body on the lower drives and does front-rear reciprocation movement, when the first grip block and the second grip block fall within rear bottle mounting groove correspondence position, the telescopic arm that can control gripper cylinder stretches out, bottle is made to be held between the rubber base of the second grip block and the rubber strip of the first grip block, when the first grip block and the second grip block are driven to front bottle mounting groove correspondence position by rocker arm body, the telescopic arm controlling gripper cylinder is retracted, realize the synchronous great-jump-forward flow forward of bottle in bottle mounting groove like this.In this process, one end at the bottom of wine bottle is fixed by the elastic strip on the first grip block, and bottle bottle neck one end is inserted into the bottle neck jack internal fixtion of the rubber base on the second grip block, realizes the clamping of bottle, makes it clamp very reliable, ensures the smooth and easy of bottle flowing transfer.Meanwhile, the rubber shock-absorbing arranged in bottle mounting groove is protruding, makes bottle when preheating the transfer of bottle erecting bed and dropping in bottle mounting groove better, collision free and producing can to beat or damaged, reduces noise, guarantee the smooth and easy of bottle movement.In addition, when preheating the work of clamping transfer device, when detecting that bottle left and right directions is not pair, the rotary cylinder preheated in clamping transfer device can also be controlled rotate, rotation rubber seat by rotating clamping disk and correspondence rotates bottle turn-over, to guarantee that the surface of the follow-up printing of bottle is required surface.The corresponding bottle bottle neck place, bottle position that detection mode can lean against a procedure arranges detection probe and carries out detection and judge that whether bottle left and right directions is correct.
In preheating apparatus, when preheating clamping transfer device clamping bottle and realizing mobile, thermal chimney works simultaneously, by intake stack air intake, then distinguished and admirable heated by electrothermal module after from thermal chimney outlet just bottle is blown out, drying is carried out to bottle surface, its heating arrangement is simple, dry reliably convenient and swift, realize wind-heat in the process that bottle progressively shifts in bottle mounting groove and heat up, the normal movement of bottle on streamline can not be affected.In addition, during concrete enforcement, thermal chimney can be arranged on thermal chimney rocking bar, thermal chimney rocking bar and the interlock of grip block rocking arm are arranged, make to be clamped in moving process when bottle, thermal chimney is synchronously upwards removed, and after bottle drops into bottle mounting groove, thermal chimney synchronously moves down near bottle just blowing hot-air.Like this, when thermal chimney can be made dry, outlet is adjacent with bottle nearer to improve drying effect, and thermal chimney can not interfere the normal operation of bottle to be moved simultaneously.
In sum, above-mentioned wapperijaw bottle printing equipment bottle inlet pretreatment unit, can realize the bottle inlet auto arrangement of bottle, adjustment alignment, and the function such as preheat process before printing, have automaticity high, easy to adjust, the smooth and easy advantage such as reliably of bottle transport process.
Claims (7)
1. a wapperijaw bottle printing equipment bottle inlet pretreatment unit, is characterized in that, the bottle inlet transfer device comprising bottle inlet conveying device, bottle preheating apparatus and be arranged between the two;
Described bottle inlet conveying device, comprise a horizontally disposed belt conveyor, the leather belt roller at belt conveyor two ends is arranged in frame also by belt motor driven rotary, both sides, belt conveyor top are provided with limiting plate along Belt Length direction horizontal-extending, and belt conveyor bottle-delivery end top has bottle baffle plate;
Described preheating apparatus, comprise and horizontally disposedly preheat bottle erecting bed, preheat uniform intervals on bottle erecting bed and be provided with several and bottle mounting groove that is bottle side surface form fit, described preheating above bottle erecting bed has a thermal chimney, thermal chimney outlet for and corresponding rectangular-shaped of bottle length and just bottle mounting groove being arranged downwards, thermal chimney upper end is communicated with the intake stack being provided with internal fan, and thermal chimney inside is provided with electrothermal module;
Preheat bottle erecting bed both sides to be provided with and to preheat clamping transfer device, the described clamping transfer device that preheats comprises the first grip block and the second grip block that are horizontally placed on and preheat bottle erecting bed both sides, first grip block and the second grip block bottom are hinged on the grip block rocking arm of two couples interlock of below separately, above first grip block, an elastic strip for clamping is convexed to form accordingly to the side of bottle mounting groove, on second grip block, the opposite side correspondence of each bottle mounting groove corresponding is provided with row's gripper cylinder, each gripper cylinder telescopic arm is just arranging bottle mounting groove direction and telescopic arm front end is being provided with a columniform rubber base, rubber base front end has eccentric setting to be had for the fixing bottle neck jack of wapperijaw bottle bottle neck insertion, grip block rocking arm can drive rubber base to swing to the correspondence position of next bottle mounting groove from the correspondence position of a bottle mounting groove when swinging,
Described bottle inlet transfer device, comprise the sucker that sucker installing rack is arranged with two horizontal alignment be arranged on bottom sucker installing rack, two suckers are connected with pumped vacuum systems by tracheae, sucker installing rack is arranged at the belt conveyor bottle-delivery end of bottle inlet conveying device and the position preheated between bottle erecting bed bottle-inlet end of preheating apparatus, sucker installing rack lower end is fastened on a sucker rocking arm, in the bottle mounting groove that sucker rocking arm and the interlock of grip block rocking arm can lean on when being arranged so that it swings sucker to be transported to from the belt conveyor bottle-delivery end suction of bottle inlet conveying device by bottle to preheat bottle erecting bed bottle-inlet end.
2. wapperijaw bottle printing equipment bottle inlet pretreatment unit as claimed in claim 1, it is characterized in that, described belt conveyor both sides are also provided with bottle width limit adjusting mechanism, described bottle width limit adjusting mechanism comprises at least two pairs of gripper shoes being vertically arranged on belt conveyor both sides, gripper shoe lower, transverse runs through and is connected with an adjusting screw(rod), adjusting screw(rod) one end be positioned at outside gripper shoe has one and regulates handle, the threaded one end that adjusting screw(rod) is positioned at gripper shoe is connected and is being fixed under belt conveyor on methods, rack hold-down nut, gripper shoe top is bent to form installation portion to belt conveyor direction, installation portion offers horizontally disposed draw-in groove towards the side of belt conveyor, limiting plate is fixed in draw-in groove.
3. wapperijaw bottle printing equipment bottle inlet pretreatment unit as claimed in claim 1, it is characterized in that, in the middle part of described belt conveyor, top is also provided with bottle cleaning mechanism, bottle cleaning mechanism comprises a bristle fixed block be fixed on above belt conveyor, and extended downwards below bristle fixed block have row and bristle corresponding to belt width.
4. wapperijaw bottle printing equipment bottle inlet pretreatment unit as claimed in claim 1, it is characterized in that, the belt conveyor side at described bottle baffle plate place is also provided with the detection probe whether put in place for detecting bottle.
5. wapperijaw bottle printing equipment bottle inlet pretreatment unit as claimed in claim 1, is characterized in that, each bottle mounting groove inner surface preheated on bottle erecting bed is respectively symmetrically arranged with a pair rubber shock-absorbing along its length near two ends place protruding.
6. wapperijaw bottle printing equipment bottle inlet pretreatment unit as claimed in claim 1, it is characterized in that, described preheating clamps in transfer device, on first grip block, correspondence preheats bottle erecting bed bottle-inlet end first bottle mounting groove position and is provided with a rotary cylinder, and this rotary cylinder output revolving shaft is horizontally disposed with and is fixed with a rotation clamping disk vertically arranged, the rubber base rotated on the second just right grip block of clamping disk is rotatable setting.
7. wapperijaw bottle printing equipment bottle inlet pretreatment unit as claimed in claim 1, it is characterized in that, the slide bar that described sucker installing rack comprises a pair and the belt conveyor of bottle inlet conveying device be arranged in parallel, slide bar is provided with an installation frame, the clamping part of installation frame upper end to be clamped in slidably on slide bar and clamping screw can be leaned on to lock, installation frame lower end is fixedly installed a rotary cylinder, and the output revolving shaft of this rotary cylinder arranges straight down and be fixedly connected with a horizontally disposed sucker installing plate on output revolving shaft, sucker is arranged on below sucker installing plate.
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| CN201410139894.2A CN103862844B (en) | 2014-04-09 | 2014-04-09 | A kind of wapperijaw bottle printing equipment bottle inlet pretreatment unit |
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| CN201410139894.2A CN103862844B (en) | 2014-04-09 | 2014-04-09 | A kind of wapperijaw bottle printing equipment bottle inlet pretreatment unit |
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| CN110143045B (en) * | 2019-06-11 | 2020-12-15 | 滁州建祺电器配件有限公司 | Flat screen printing machine |
| CN112842194A (en) * | 2020-12-28 | 2021-05-28 | 永康市茶邦工贸有限公司 | Control method of full-automatic cup washing machine |
| CN114833157B (en) * | 2021-02-01 | 2023-06-30 | 安徽海思达机器人有限公司 | Winebottle clamping mechanism and outer surface cleaning device for same |
| CN113154745B (en) * | 2021-03-11 | 2024-08-20 | 盈加科技(深圳)有限公司 | Wine fresh-keeping device |
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|---|---|---|---|---|
| DK153816C (en) * | 1986-10-21 | 1989-02-13 | Colgate Palmolive Co | PACKAGING CONTAINER AND PROCEDURE FOR APPLYING PRESSURE ON A FLAT OF SUCH A CONTAINER |
| JPH08174915A (en) * | 1994-12-27 | 1996-07-09 | I T W Dynamic Kk | Method for printing braille dot |
| JP2001328826A (en) * | 2000-05-18 | 2001-11-27 | Toyo Ceramics Kk | Method for producing glass vessel |
| CN1436656A (en) * | 2002-02-06 | 2003-08-20 | 俞国栋 | Automatic plastic container forming machine |
| CN2619776Y (en) * | 2003-05-13 | 2004-06-09 | 杨文镛 | Circulation system for drawing shaper |
| CN2754867Y (en) * | 2004-10-11 | 2006-02-01 | 昌盛达机械(浙江)有限公司 | Automatic bottle blower |
| DE102006001204C5 (en) * | 2006-01-10 | 2015-06-18 | Khs Gmbh | Method for labeling bottles or similar containers and labeling machine for carrying out the method |
-
2014
- 2014-04-09 CN CN201410139894.2A patent/CN103862844B/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| CN103862844A (en) | 2014-06-18 |
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