CN205275453U - Automatic change double glazing cup capper - Google Patents
Automatic change double glazing cup capper Download PDFInfo
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- CN205275453U CN205275453U CN201520991482.1U CN201520991482U CN205275453U CN 205275453 U CN205275453 U CN 205275453U CN 201520991482 U CN201520991482 U CN 201520991482U CN 205275453 U CN205275453 U CN 205275453U
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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
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P40/00—Technologies relating to the processing of minerals
- Y02P40/50—Glass production, e.g. reusing waste heat during processing or shaping
- Y02P40/57—Improving the yield, e-g- reduction of reject rates
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Abstract
The utility model relates to a glass cup seals the processing equipment, and in particular to seals machine tool design with traditional technical manual glass cup that expects much and becomes easy operation, the automatic change double glazing cup capper of multimachine alone, correspond the compound die utensil that sets up including automatic jack catch with automatic jack catch at same axis location, automatic jack catch and compound die utensil set up on compound die utensil frame, and circular axostylus axostyle is connected to automatic jack catch, and power device and controlling means are connected to circular axostylus axostyle, automatic jack catch indicates to constitute by circular axostylus axostyle with the outer claw that a plurality of intervals are equal of circular axostylus axostyle around the circumference setting, the compound die utensil comprises last compound die and lower compound die, down the compound die setting is on compound die board down, by compound die seat down, compound die down, and lower compound die linkage power shaft, compound die synchronous machine seat stabilising arrangement, compound die motor component down, compound die synchronous machine seat stabilising arrangement comprises jugular sclerite and parallel even axle stabilizer bar down, down the compound die is provided with flame melting shower nozzle in compound die board front end lower part under.
Description
Technical field
The utility model relates to glass cylinder sealing processing units, technical requires that high manual glass cylinder sealing machine tool is designed to simple to operate, the automatization double-layer glass sealing machine of the many machines of people in particular to by traditional.
Background technology
Double-layer glass is as its name suggests, it is that glass cylinder is divided into two layers when making, heat insulation anti-scald effect can be played in use, the relative simple glass cup difficulty of his fabrication techniques, there is higher commodity value and potential technical value added, in production, full-automaticization of high efficiency or high automation are produced be our technological improvement direction such as number of patent application is CN201420639985 automatic double-layer glass cylinder sealing machine always, it relates to glass cylinder processor technical field, the junction of interior pawl main shaft and tailstock is provided with main shaft more changing device, one end of interior pawl main shaft is connected through tailstock with the first cylinder, the top relative position of counterdie is provided with patrix, the side of patrix is provided with hook head, the top hooking head is connected with rotary cylinder, the top of rotary cylinder is connected with connection post, connect and post is socketed with the 2nd spring, the front side of the 2nd spring is provided with baffle plate, hook head cylinder to be connected with mobile jib, another side hooking head is provided with strongback, strongback is provided with tack bolt, the rear side hooking head is provided with oil outlet, the bottom of oil outlet is provided with funnel and contains food tray. its novel structure, single double-layer glass of simple processes can be utilized, automation design, it is not necessary to high-quality skilled worker operates, reduces cost of labor, shipment rate height, in practical usage situations, but, when having occurred that naked light high temperature makes product, counterdie can under the working order of high temperature, counterdie and the phenomenon of coupling shaft frictional damping change occur, the major defect that the change along with temperature brings production is understood in such design. such design meeting is to the production of high speed, and when producing, yield rate and quality product bring defect.
Summary of the invention
The purpose of this utility model, is overcome coupling shaft frictional damping phenomenon in existing high temperature situation, it is to increase production rate, and still keeps high production quality in high-speed production situation.
The utility model is achieved through the following technical solutions: automatization double-layer glass sealing machine, comprise automatic claw and with the mould of automatic claw in the corresponding setting of same axial location, automatic claw and mould are arranged on mould frame, automatic claw connects circular axostylus axostyle, circular axostylus axostyle connecting power device and control device;
Described automatic claw is referred to form by the outer pawl that circular axostylus axostyle and some spacing of circumferentially arranging with circular axostylus axostyle are equal; Circular axostylus axostyle end arranges automatic claw motor, and central position, top arranges buffer substrate tablet, and buffer substrate tablet is made up of spring axle and top flat;
Described circular axostylus axostyle or automatically claw motor are provided with automatic claw linkage gear, the lower section of mould arranges mould linkage axostylus axostyle, the position that mould linkage axostylus axostyle mates automatic claw linkage gear linkage gear is also provided with linkage gear, it is connected by linkage chain between gear with gear, described linkage axostylus axostyle is also arranging linkage gear with lower conjunction mould linkage power shaft place, the linkage chain that linkage gear and mould linkage axostylus axostyle link between power shaft with lower conjunction mould again is connected, thus the lower mould linkage power shaft that closes of linkage carries out synchronized coaxial rotation, action edge of going forward side by side transmits,
Described mould is made up of upper conjunction mould and lower conjunction mould, described upper conjunction mould is made up of with being arranged on the linkage axle closing mould motor head end and be arranged on the wheel box closing mould motor side other upper conjunction mould motor, upper conjunction mould motor is arranged on conjunction stool, described linkage axle is also connected with patrix, described patrix is by the hook head that heals up, screw thread compacting axle, hook head lubrication fittings and patrix link span composition, patrix link span is connected on the linkage axle of conjunction mould, described healing up hooks head by hook head, hook head buffering cover, hook head connecting rod, hook head cylinder composition, hook headgear enters to hook top in head buffering cover and arranges buffer spring column, column is wound around buffer spring,
One end that described screw thread compacting axle is arranged on the end side of patrix link span and lower conjunction mould closes on, is made up of coaxial linkage tooth and screw thread pressing block, and screw thread pressing block is that right cylinder arranges some convex threads and recessed screw thread on the cylinder;
Described hook head lubrication fittings arranges and is made up of oil inlet pipe and oil box on the downside of patrix link span tail end;
Described lower conjunction mould is arranged on lower shuttering, by lower conjunction die holder, lower conjunction mould, lower conjunction mould linkage power shaft, lower conjunction mould synchronous machine seat stabilizing deyice, lower conjunction mould motor composition, lower conjunction die holder and automatic claw same axis correspondence position arrange lower conjunction mould, closing mould synchronous machine seat stabilizing deyice under the outer fit of lower conjunction mould, lower conjunction mould connects lower conjunction mould linkage power shaft;
Described lower conjunction die holder is square inner hollow in similar " # " or " two " character shape, the front plate of lower conjunction die holder run through arrange lower conjunction mould linkage power shaft perforation, linkage power shaft arranges lower conjunction mould bearing in boring a hole, front plate side is protruded lower conjunction die holder main body and is arranged stabilizing deyice wing plate, and stabilizing deyice wing plate arranges stabilizer bar perforation;
Described lower conjunction mould synchronous machine seat stabilizing deyice is made up of with parallel even axle stabilizer bar jugular sclerite, jugular sclerite is arranged on lower conjunction die holder front, jugular sclerite arranges neck hole and neck bore, lower conjunction mould linkage power shaft is walked wherein, also arranges tongued and grooved flanges sheet and blocks high temperature naked light, reduce bearing temperature before and after jugular sclerite, parallel even axle stabilizer bar and stabilizer bar perforation junction arrange stabilizer bar sleeve pipe, parallel even axle stabilizer bar walks stabilizer bar perforation and neck bore, and top is fixed in neck bore, links with jugular sclerite; Described tongued and grooved flanges sheet is divided into the front end flange sheet with anti-expansion sleeve one being arranged between jugular sclerite and automatic claw, and is fastened on the clamp flange sheet at rear portion, neck hole;
Described lower conjunction mould is provided with flame melting shower nozzle at lower shuttering front lower portion, described flame melting shower nozzle is arranged on flame melting shower nozzle adjustment track, described flame melting shower nozzle adjustment track is arranged on bottom lower shuttering, arrange flame melting shower nozzle adjustment track during lower shuttering is neat to move, flame melting shower nozzle adjustment track moves parallel both sides and arranges flame melting shower nozzle moving rail bar, flame melting shower nozzle moving rail bar arranges displaced block, erect to arranging linkage board between displaced block and displaced block, linkage board exposes the flame melting shower nozzle adjustment track place of movement and arranges flame melting shower nozzle, flame melting shower nozzle moves with linkage board, described linkage board at least also arranges a fine setting rail, fine setting rail forms by finely tuning motor and finely tune gangbar, fine setting rail setting parallel with flame melting shower nozzle moving rail bar,
Described lower conjunction mould linkage power shaft is from front to back by interior pawl, interior pawl bar, interior pawl linkage axle, lower conjunction mould power shaft forms, described interior pawl is by locking plate, locking plate substrate and the convex groove pipe composition of locking plate angle, some locking plates become circumferentially to be distributed on locking substrate, and wrap up the convex groove pipe of locking plate angle downwards, locking plate is trapezoidal plate, the convex groove pipe tail end of locking plate angle connects interior pawl linkage axle axle, interior pawl linkage axle shaft tail end is inserted in or spiral shell connects lower conjunction mould power shaft, interior pawl linkage axle is by counterdie linkage gear, before counterdie linkage gear is set, rear separation coupling shaft sheet forms, in rear separation coupling shaft sheet, insertion is lower closes mould linkage power shaft, pawl linkage axle in insertion in front separation coupling shaft sheet.
Link under power shaft is divided into master as preferred described lower conjunction mould and close mould linkage power shaft and anti-expansion axle, anti-expansion axle and main lower mould linkage power shaft junction of closing also are provided with anti-expansion sleeve, anti-expansion sleeve is arranged on interior pawl linkage axle and lower conjunction mould power shaft junction, the whole body arranges some fitting nuts, the diameter of the sleeve pipe of anti-expansion sleeve is greater than interior pawl linkage shaft diameter, the gap at least 1mm ~ 1cm of both fits, described anti-expansion axle or the main lower pipe body top closing mould linkage power shaft connection at least bifurcated be two sections of jurisdiction, the on position of fitting nut is corresponding with position, section of jurisdiction.
Arranging shuttering as preferred described mould, by slide rail, slide plate, some slide blocks with form, slide rail is set in parallel in both sides, lower conjunction die holder bottom, and slide rail arranges slide plate, and slide plate closes die holder under connecting, upper shuttering is arranged between lower shuttering and synchronous fin, lower shuttering arranges synchronous plate, synchronous plate arranges conjunction mould slide rail, slide rail arranges slide block, slide block connects slide rail bottom conjunction mould, also it is provided with under described mould platform and connects lower shuttering three body peer device, described three body peer devices are by the linkage axis arranging the linkage gear one below the automatic claw linkage gear being linked in mould linkage axostylus axostyle, in the axial trough of linkage axis, synchronous fork arm is set by upper down, synchronous fork arm connects synchronous shift sheet, synchronous shift sheet connects lower shuttering, synchronous shift sheet also arranges duration and degree of heating linkage piece and rotates nut, duration and degree of heating linkage piece vertically connects linkage board, rotate interspersed screw mandrel in nut, screw mandrel arranges end lead screw motor, and screw mandrel setting parallel with duration and degree of heating linkage piece.
As preferred described hook head by be divided into heal up hook and hook head location axle two portions form, both are connected by reseting leaf, heal up hook and hook head location axle between arrange before and after displacement rotating shaft.
Side as preferred described lower conjunction mould synchronous machine seat stabilizing deyice is protruded and arranges synchronous fin on the jugular sclerite in upper conjunction mould direction, synchronous fin is provided with technique axle, described technique axle is made up of spherical axle and hollow ball axle, spherical axle sleeve enters in hollow ball axle, in hollow ball axle at least 200 ~ 300 degree rotatable, spherical axle or the hollow ball axle of technique axle connect synchronous fin, spherical axle or hollow ball axle are arranged under the closing on of conjunction stool conjunction mould place, and upper conjunction mould and lower conjunction mould are connected by technique axle.
It is made up of spherical spindle nose and spherical axle axostylus axostyle as preferred described spherical axle, described hollow ball axle is made up of hollow head axle and fastening screw shaft, hollow out in described hollow head axle, it is provided with the axle core bore of equivalent spherical spindle nose size, fastening screw shaft is screwed onto on lower shuttering or upper shuttering, and spherical axle axostylus axostyle is welded on lower shuttering or upper shuttering.
Jugular sclerite as preferred described lower conjunction mould synchronous machine seat stabilizing deyice is made up of the Engaging-and-disengaging bearing of circle and bearing housing, the parallel even axle stabilizer bar at jugular sclerite rear is made up of the some fastening screws in groove side and groove side, bearing housing fit Engaging-and-disengaging bearing, bearing housing rear portion is also arranged and the union lever block of bearing housing one, union lever block arranges some screw holes, side, groove side arranges groove road, union lever block cutting ferrule Ru Cao road is also screwed onto in groove side by screw, jugular sclerite connects as one with parallel even axle stabilizer bar, mould linkage power shaft is closed under the Engaging-and-disengaging bearing fit of jugular sclerite, bearing housing top also arranges the patrix contact platform of place's plane.
It is made up of patrix motion axle, stable axis, electric motor clutch axle as preferred described linkage axle, described patrix motion axle top is provided with to drive and lacks mould, motor shaft torsion spring it is sheathed with outside described stable axis, it is provided with torsion spring in motor shaft torsion spring to be used for eliminating the gap because of patrix motor gear box gear with linkage bearing, hook first-born produce time hook action and sintering action, impression causes quality impairment, and electric motor clutch axle is provided with shaft coupling with the stable axis place of combining and is connected.
As between preferred described patrix and hook head lubrication fittings, glass cylinder locating fork is also set, glass cylinder locating fork drives cylinder to form by locating fork and locating fork, glass cylinder locating fork becomes 90 degree of crossing at right angles with interior pawl bar, the prong of locating fork is stuck in fore-aft travel on interior pawl bar, and the opposite direction of glass cylinder locating fork is also provided with oblique disengaging fork.
Rear side as preferred described hook head is provided with oil outlet, and the bottom of oil outlet is provided with funnel and contains food tray. Hook head and play lubrication by oil outlet oiling, prevent glass cylinder and hook head bonding, oil is finished the funnel that drops and contains food tray, funnel is contained food tray bottom and is provided with oil pipe, the oil used is flowed into fuel tank and carries out recycle, before and after patrix driven by motor patrix motion and drive hook head move up and down work, hook head cylinder drive hook head move back and forth, the effect of baffle plate is the effect preventing the direct combustion damage spring of flame.
The utility model compared with prior art, has following feature: power demand is few, can drive with multiple motor simultaneously, it is possible to only needing lower conjunction mould linkage electric machine control to produce and drive, upper conjunction mould electric machine control moves forward and backward, the lower die structure of many segmentations, can eliminate the high-temperature expansion dynamics that the power shaft that linked by lower conjunction mould in high temperature making processes brings, to alleviate the track deformation of the rotation of lower conjunction mould linkage power shaft, reduce or eliminate the product of inferior quality rate that production deformation brings, in order to reduce because upper conjunction mould motor and lower conjunction mould motor need working at high speed simultaneously when producing, advance, retreat and rotate, the stress that motor produces can form the very big degree of deviation, when particularly producing at a high speed, it is bigger that this kind of cooperation that is movable and that rotate can become error, after upper shuttering and lower shuttering are connected by spherical technique axle, can eliminate time two motors run and produce resonance, and adjustment stress correction of deviation can be coordinated, and both advanced in unison can be connected and retreat, and expand firm face by jugular sclerite transmitting vibrations, reduce vibration amplitude, parallel even axle stabilizer bar 1 can expand firm face and reduce vibration amplitude, 2 because interior pawl is more more high to the degree of eccentricity rotated of protracting, parallel even axle stabilizer bar can protract with interior pawl, reduce degree of eccentricity, design in the past does not have rock steady structure and jugular sclerite, this technology closes the gap that mould linkage power shaft needs extremely reduce between jugular sclerite under needing stable requirement, present situation is that this kind of gap can cause the linkage power shaft surface irregularity oxidation of lower conjunction mould because expanding with heat and contract with cold with oxidation etc. of burning repeatedly, lower conjunction mould linkage power shaft and the stuck or velocity of rotation decline of patrix linkage tooth can be caused, the decline of velocity of rotation can cause again and be made into quality and decrease in yield, cost of manufacture increases, and lower conjunction mould linkage power shaft can only be changed, after being improved to this technology, expand with heat and contract with cold and can be suppressed, and power transmission is more stable, the distance of lower conjunction mould linkage power shaft and jugular sclerite can close to the limit, closing mould linkage power shaft under jugular sclerite meeting break-in makes it keep smooth, the situation that velocity of rotation declines can not be caused when break-in when synchronous axial system at bearing again.
Accompanying drawing explanation
Fig. 1 one-piece construction vertical view
The automatic claw structure figure of Fig. 2
The automatic claw of Fig. 3 is connected structural representation with mould linkage axostylus axostyle
Fig. 4 closes mould one-piece construction figure
Fig. 5 upper die structure figure
Fig. 6 heals up hook head structure figure
Fig. 7 hook head structure figure
Mould one-piece construction figure is closed under Fig. 8
Mould synchronous machine seat stabilizing deyice figure is closed under Fig. 9
Mould upward view is closed under Figure 10
Mould linkage power shaft structure iron is closed under Figure 11
Pawl linkage axle and lower conjunction mould power shaft structure iron in Figure 12
Figure 13 hook head embodiment 2 structure iron
The spherical axle construction figure of Figure 14
Mould synchronous machine seat stabilizing deyice embodiment 2 figure is closed under Figure 15
Mould synchronous machine seat stabilizing deyice embodiment 2 stereographic map is closed under Figure 16
Mould synchronous machine seat stabilizing deyice embodiment 2 effective structure figure is closed under Figure 17
Figure 18 closes mode structure figure
Figure 19 tri-body peer device structure iron
Figure 20 tri-body peer device dissection surface figure.
Embodiment
Below by embodiment, by reference to the accompanying drawings, the technical solution of the utility model is described in further detail:
As shown in Figure 1, a kind of automatization double-layer glass sealing machine, comprise automatic claw 1 and with the mould 2 of automatic claw in the corresponding setting of same axial location, automatic claw and mould are arranged on mould frame 3, automatic claw connects circular axostylus axostyle, circular axostylus axostyle connecting power device and control device 4;
As Figure 2-3, by the outer pawl that circular axostylus axostyle 5 and some spacing of circumferentially arranging with circular axostylus axostyle are equal, described automatic claw refers to that 6 form; Circular axostylus axostyle end arranges automatic claw motor 7, and central position, top arranges buffer substrate tablet 8, and buffer substrate tablet is made up of spring axle 9 and top flat 10;
Described circular axostylus axostyle or automatically claw motor are provided with automatic claw linkage gear 11, the lower section of mould arranges mould linkage axostylus axostyle 12, the position that mould linkage axostylus axostyle mates automatic claw linkage gear linkage gear is also provided with linkage gear, it is connected by linkage chain 13 between gear with gear, described linkage axostylus axostyle is also arranging linkage gear with lower conjunction mould linkage power shaft place, the linkage chain that linkage gear and mould linkage axostylus axostyle link between power shaft with lower conjunction mould again is connected, thus the lower mould linkage power shaft that closes of linkage carries out synchronized coaxial rotation, action edge of going forward side by side transmits,
Such as Fig. 1 and Fig. 4-8, shown described mould is made up of upper conjunction mould 14 and lower conjunction mould 15, described upper conjunction mould is made up of with being arranged on the linkage axle 17 closing mould motor head end and be arranged on the wheel box 18 closing mould motor side other upper conjunction mould motor 16, upper conjunction mould motor is arranged on conjunction stool 19, described linkage axle is also connected with patrix 20, described patrix is by the hook 21 that heals up, screw thread compacting axle 22, hook head lubrication fittings 23 and patrix link span 24 form, patrix link span is connected on the linkage axle of conjunction mould, described healing up hooks head by hook head 25, hook head buffering cover 26, hook head connecting rod 27, hook head cylinder 28 to form, hook headgear enters to hook top in head buffering cover and arranges buffer spring column, column is wound around buffer spring,
One end that described screw thread compacting axle is arranged on the end side of patrix link span and lower conjunction mould closes on, is made up of coaxial linkage tooth 29 and screw thread pressing block 30, and screw thread pressing block is that right cylinder arranges some convex threads and recessed screw thread on the cylinder;
Described hook head lubrication fittings arranges and is made up of oil inlet pipe 31 and oil box 32 on the downside of patrix link span tail end;
As Figure 8-9, described lower conjunction mould is arranged on lower shuttering 33, by lower conjunction die holder 34, lower conjunction mould 35, lower conjunction mould linkage power shaft 36, lower conjunction mould synchronous machine seat stabilizing deyice 37, lower conjunction mould group of motors 38 one-tenth, lower conjunction die holder and automatic claw same axis correspondence position arrange lower conjunction mould, closing mould synchronous machine seat stabilizing deyice under the outer fit of lower conjunction mould, lower conjunction mould connects lower conjunction mould linkage power shaft;
Described lower conjunction die holder is square inner hollow in similar " # " or " two " character shape, the front plate 39 of lower conjunction die holder run through arrange lower conjunction mould linkage power shaft perforation 40, linkage power shaft arranges lower conjunction mould bearing 41 in boring a hole, front plate side is protruded lower conjunction die holder main body and is arranged stabilizing deyice wing plate 42, and stabilizing deyice wing plate arranges stabilizer bar perforation 43;
Described lower conjunction mould synchronous machine seat stabilizing deyice is made up of with parallel even axle stabilizer bar 45 jugular sclerite 44, jugular sclerite is arranged on lower conjunction die holder front, jugular sclerite arranges neck hole 46 and neck bore 47, lower conjunction mould linkage power shaft is walked wherein, also arranges tongued and grooved flanges sheet 48 and blocks high temperature naked light, reduce bearing temperature before and after jugular sclerite, parallel even axle stabilizer bar and stabilizer bar perforation junction arrange stabilizer bar sleeve pipe 49, parallel even axle stabilizer bar walks stabilizer bar perforation and neck bore, and top is fixed in neck bore, links with jugular sclerite; Described tongued and grooved flanges sheet is divided into the front end flange sheet 50 with anti-expansion sleeve one being arranged between jugular sclerite and automatic claw, and is fastened on the clamp flange sheet 51 at rear portion, neck hole;
As shown in Figure 10, described lower conjunction mould is provided with flame melting shower nozzle 52 at lower shuttering front lower portion, described flame melting shower nozzle is arranged in flame melting shower nozzle adjustment track 53, described flame melting shower nozzle adjustment track is arranged on bottom lower shuttering, flame melting shower nozzle adjustment track is set during lower shuttering is neat and moves 54, flame melting shower nozzle adjustment track moves parallel both sides and arranges flame melting shower nozzle moving rail bar 55, flame melting shower nozzle moving rail bar arranges displaced block 56, erect to arranging linkage board 57 between displaced block and displaced block, linkage board exposes the flame melting shower nozzle adjustment track place of movement and arranges flame melting shower nozzle, flame melting shower nozzle moves with linkage board, described linkage board at least also arranges a fine setting rail 58, fine setting rail forms by finely tuning motor 59 and finely tune gangbar 60, fine setting rail setting parallel with flame melting shower nozzle moving rail bar,
Such as Fig. 9, shown in 11, described lower conjunction mould linkage power shaft is from front to back by interior pawl 61, interior pawl bar 62, interior pawl linkage axle 63, lower conjunction mould power shaft 64 forms, described interior pawl is by locking plate 641, locking plate substrate 642 and the convex groove pipe 643 of locking plate angle form, some locking plates become circumferentially to be distributed on locking substrate, and wrap up the convex groove pipe of locking plate angle downwards, locking plate is trapezoidal plate, the convex groove pipe tail end of locking plate angle connects interior pawl linkage axle axle, interior pawl linkage axle shaft tail end is inserted in or spiral shell connects lower conjunction mould power shaft, interior pawl linkage axle is by counterdie linkage gear 65, before counterdie linkage gear is set, rear separation coupling shaft sheet 66 forms, in rear separation coupling shaft sheet, insertion is lower closes mould linkage power shaft, pawl linkage axle in insertion in front separation coupling shaft sheet.
Link under power shaft is divided into master as preferred described lower conjunction mould and close mould linkage power shaft 67 and anti-expansion axle 68, anti-expansion axle and main lower mould linkage power shaft junction of closing also are provided with anti-expansion sleeve 69, anti-expansion sleeve is arranged on interior pawl linkage axle and lower conjunction mould power shaft junction, the whole body arranges some fitting nuts, the diameter of the sleeve pipe of anti-expansion sleeve is greater than interior pawl linkage shaft diameter, the gap at least 1mm ~ 1cm of both fits, described anti-expansion axle or the main lower pipe body top closing mould linkage power shaft connection at least bifurcated be two sections of jurisdiction, the on position of fitting nut is corresponding with position, section of jurisdiction.
As shown in Figure 10,19, arranging shuttering as preferred described mould, by slide rail 94, slide plate 95, some slide blocks 96 with form, slide rail is set in parallel in both sides, lower conjunction die holder bottom, and slide rail arranges slide plate, and slide plate connects the lower slide plate slide rail 97 closed on die holder, upper shuttering is arranged between lower shuttering and synchronous fin, lower shuttering arranges synchronous plate 98, synchronous plate arranges conjunction mould slide rail 99, slide rail arranges slide block, slide block connects slide rail 100 bottom conjunction mould, also it is provided with under described mould platform and connects lower shuttering three body peer device 101, described three body peer devices are by the axis that links, synchronous fork arm, synchronous shift sheet, duration and degree of heating linkage piece forms, mould linkage shaft rod upper sleeve closes linkage axis 102, and linkage axis is arranged on the linkage gear below automatic claw linkage gear and its integrative-structure, by the upper synchronous fork arm 104 arranged down in the axial trough 103 of linkage axis, synchronous fork arm connects synchronous shift sheet 105, synchronous shift sheet connects lower shuttering, synchronous shift sheet also arranges duration and degree of heating linkage piece 106 and rotates nut 107, duration and degree of heating linkage piece vertically connects linkage board, rotate interspersed screw mandrel 108 in nut, screw mandrel arranges end lead screw motor 109, and screw mandrel setting parallel with duration and degree of heating linkage piece.
The effect of this structure is, under the driving of lead screw motor, can with in minimum power consumption linkage, counterdie, outer pawl, mould linkage axostylus axostyle, and under the operation of mould linkage axostylus axostyle drive-motor, carry out the rotation of uniform rate, overcome machine by outer pawl, patrix, counterdie is arranged to the advanced in unison retrogressing problem after isosceles triangle arrangement, and control at any time again in duration and degree of heating correspondence while synchronous operation, counterdie, position relation between outer pawl, can solve when being manufactured with end double-layer glass simultaneously, can heat in welding instantaneously, the problem of outer cup body, when being processed with end double-layer glass, outer pawl control outer cup, cup in the control of interior pawl, in duration and degree of heating scorification after cup still with high speed rotating when, also it is exactly fit outer cup in non-stop-machine situation, the interior cup of high temperature can heat the air of the intermediate gaps after inner cup and the outer cup fit, evaporate the steam between gap and get rid of certain air, process with regard to hooking head in the moment of this technique at once, duration and degree of heating 2 igniting are rapidly by interior outer cup cup mouth sealing-in, can overcome and need the undressed interior outer cup body of preheating in the past, and the situation that need for environment strictly controls.
As shown in figure 13, as preferred described hook head by be divided into heal up hook 70 and hook head location axle 71 two portions form, both are connected by reseting leaf 72, heal up and front and back displacement rotating shaft 73 is set between hook and hook head location axle, the function hooking head is kept with simpler mechanism, and elastic force can be kept to increase and to hook head camber, make it to make the bigger cup mouth of opening.
As shown in Fig. 9,14, side as preferred described lower conjunction mould synchronous machine seat stabilizing deyice is protruded and arranges synchronous fin 111 on the jugular sclerite in upper conjunction mould direction, synchronous fin is provided with technique axle 74, described technique axle is made up of spherical axle 75 and hollow ball axle 76, spherical axle sleeve enters in hollow ball axle, in hollow ball axle at least 200 ~ 300 degree rotatable, spherical axle or the hollow ball axle of technique axle connect synchronous fin, spherical axle or hollow ball axle are arranged under the closing on of conjunction stool conjunction mould place, and upper conjunction mould and lower conjunction mould are connected by technique axle.
As seen in figs. 15-17, it is made up of spherical spindle nose 77 and spherical axle axostylus axostyle 78 as preferred described spherical axle, described hollow ball axle is made up of hollow head axle 79 and fastening screw shaft 80, hollow out in described hollow head axle, it is provided with the axle core bore of equivalent spherical spindle nose size, fastening screw shaft is screwed onto on lower shuttering or upper shuttering, and spherical axle axostylus axostyle is welded on lower shuttering or upper shuttering. The combination of ball axle and jugular sclerite can make lower conjunction mould linkage power shaft operate in high speed state all the time, all the time angle can be kept to finely tune at upper and lower mould, when grabbing linkage outward, make full machine from pursuing firm property simply in the past, and cause multiple point to remain vibrations and put these, vibrations point can cause machinery breakdown point, design fine setting point can concentrate vibrations point, and eliminate part vibrations point with fine setting automatically, in addition, after this kind designs the synchronous machine seat stabilizing deyice increase stability described before cooperation, vibrations and the fine setting property of machine can be overcome completely.
Jugular sclerite as preferred described lower conjunction mould synchronous machine seat stabilizing deyice is made up of the Engaging-and-disengaging bearing 81 of circle and bearing housing 82, the parallel even axle stabilizer bar 83 at jugular sclerite rear is made up of the some fastening screws in groove side 84 and groove side, bearing housing fit Engaging-and-disengaging bearing, bearing housing rear portion is also arranged and the union lever block 85 of bearing housing one, union lever block arranges some screw holes, side, groove side arranges groove road, union lever block cutting ferrule Ru Cao road is also screwed onto in groove side by screw, jugular sclerite connects as one with parallel even axle stabilizer bar, mould linkage power shaft is closed under the Engaging-and-disengaging bearing fit of jugular sclerite, bearing housing top also arranges the patrix contact platform 86 of place's plane. this design can firmly be overlapped when using to stay and be closed mould linkage power shaft, upper 1 preferred function is realized with more simple and clear part, the stable lower point of suppon closing mould linkage power shaft is transferred on mobile less patrix simultaneously, the relatively front 1 design comparison simple and durable of structure again again, safeguarding that point is few, groove side can regulate the elasticity of parallel even axle stabilizer bar at any time with the design of fastening screw.
As shown in figure 18, it is made up of patrix motion axle 87, stable axis 88, electric motor clutch axle 89 as preferred described linkage axle, described patrix motion axle top is provided with to drive and lacks mould 90, it is sheathed with motor shaft torsion spring 91 outside described stable axis, it is provided with torsion spring in motor shaft torsion spring and linkage bearing electric machine clutch shaft is provided with shaft coupling 92 with the stable axis place of combining and is connected. Being used for eliminating because the gap of patrix motor gear box gear, hook action and sintering action gap hooks first-born producing after filling up time can be very tight, reduce impression and cause quality impairment.
As shown in Figure 8, as between preferred described patrix and hook head lubrication fittings, glass cylinder locating fork 93 is also set, glass cylinder locating fork drives cylinder to form by locating fork and locating fork, glass cylinder locating fork becomes 90 degree of crossing at right angles with interior pawl bar, the prong of locating fork is stuck in fore-aft travel on interior pawl bar, the position of cup in regulating so that it is the length of cup mouth after making with control, the opposite direction of glass cylinder locating fork is also provided with oblique disengaging fork 110, can control the position of cup and depart from interior pawl.
Rear side as preferred described hook head is provided with oil outlet, and the bottom of oil outlet is provided with funnel and contains food tray. Hook head and play lubrication by oil outlet oiling, prevent glass cylinder and hook head bonding, oil is finished the funnel that drops and contains food tray, funnel is contained food tray bottom and is provided with oil pipe, the oil used is flowed into fuel tank and carries out recycle, before and after patrix driven by motor patrix motion and drive hook head move up and down work, hook head cylinder drive hook head move back and forth, the effect of baffle plate is the effect preventing the direct combustion damage spring of flame.
Specific embodiment described herein is only to the present invention's spirit explanation for example. Described specific embodiment can be made various amendment or supplements or adopt similar mode to substitute by those skilled in the art, but can't deviate the spirit of the present invention or surmount the scope that appended claims defines.
Claims (10)
1. automatization double-layer glass sealing machine, comprise automatic claw (1) and with the mould (2) of automatic claw in the corresponding setting of same axial location, it is characterized in that: described automatic claw and mould are arranged on mould frame (3), automatic claw connects circular axostylus axostyle, circular axostylus axostyle connecting power device and control device (4);
By the outer pawl that circular axostylus axostyle (5) and some spacing of circumferentially arranging with circular axostylus axostyle are equal, described automatic claw refers to that (6) form; Circular axostylus axostyle end arranges automatic claw motor (7), and central position, top arranges buffer substrate tablet (8), and buffer substrate tablet has spring axle (9) and top flat (10) composition;
Described circular axostylus axostyle or automatically claw motor are provided with automatic claw linkage gear (11), the lower section of mould arranges mould linkage axostylus axostyle (12), the position that mould linkage axostylus axostyle mates automatic claw linkage gear linkage gear is also provided with linkage gear, it is connected by linkage chain (13) between gear with gear, described linkage axostylus axostyle is also arranging linkage gear with lower conjunction mould linkage power shaft place, and linkage gear and the linkage chain of mould linkage axostylus axostyle again and between lower conjunction mould linkage power shaft are connected;
Described mould is made up of upper conjunction mould (14) and lower conjunction mould (15), described upper conjunction mould is by upper conjunction mould motor (16) and is arranged on to close the linkage axle (17) of mould motor head end and be arranged on the wheel box (18) closed by mould motor side and forms, upper conjunction mould motor is arranged on conjunction stool (19), described linkage axle is also connected with patrix (20), described patrix hooks head (21) by healing up, screw thread compacting axle (22), hook head lubrication fittings (23) and patrix link span (24) composition, patrix link span is connected on the linkage axle of conjunction mould, described healing up hooks head by hook head (25), hook head buffering cover (26), hook head connecting rod (27), hook head cylinder (28) composition, hook headgear enters to hook top in head buffering cover and arranges buffer spring column, column is wound around buffer spring,
One end that described screw thread compacting axle is arranged on the end side of patrix link span and lower conjunction mould closes on, is made up of coaxial linkage tooth (29) and screw thread pressing block (30), and screw thread pressing block is that right cylinder arranges some convex threads and recessed screw thread on the cylinder;
Described hook head lubrication fittings is arranged oil inlet pipe (31) and oil box (32) composition on the downside of patrix link span tail end;
Described lower conjunction mould is arranged on lower shuttering (33), by lower conjunction die holder (34), lower conjunction mould (35), lower conjunction mould linkage power shaft (36), lower conjunction mould synchronous machine seat stabilizing deyice (37), lower conjunction mould group of motors (38) become, lower conjunction die holder and automatic claw same axis correspondence position arrange lower conjunction mould, closing mould synchronous machine seat stabilizing deyice under the outer fit of lower conjunction mould, lower conjunction mould connects lower conjunction mould linkage power shaft;
Described lower conjunction die holder is square inner hollow in similar " # " character shape, the front plate (39) of lower conjunction die holder run through arrange lower conjunction mould linkage power shaft perforation (40), linkage power shaft arranges lower conjunction mould bearing (41) in boring a hole, front plate side is protruded lower conjunction die holder main body and is arranged stabilizing deyice wing plate (42), and stabilizing deyice wing plate arranges stabilizer bar perforation (43);
Described lower conjunction mould synchronous machine seat stabilizing deyice is made up of with parallel even axle stabilizer bar (45) jugular sclerite (44), jugular sclerite is arranged on lower conjunction die holder front, jugular sclerite arranges neck hole (46) and neck bore (47), lower conjunction mould linkage power shaft is walked wherein, also arranging tongued and grooved flanges sheet (48) before and after jugular sclerite, parallel even axle stabilizer bar and stabilizer bar perforation junction arrange stabilizer bar sleeve pipe (49), and parallel even axle stabilizer bar walks stabilizer bar perforation and neck bore, top is fixed in neck bore, links with jugular sclerite; Described tongued and grooved flanges sheet is divided into the front end flange sheet (50) with anti-expansion sleeve one being arranged between jugular sclerite and automatic claw, and is fastened on the clamp flange sheet (51) at rear portion, neck hole;
Described lower conjunction mould is provided with flame melting shower nozzle (52) at lower shuttering front lower portion, described flame melting shower nozzle is arranged in flame melting shower nozzle adjustment track (53), described flame melting shower nozzle adjustment track is arranged on bottom lower shuttering, arrange flame melting shower nozzle adjustment track during lower shuttering is neat to move (54), flame melting shower nozzle adjustment track moves parallel both sides and arranges flame melting shower nozzle moving rail bar (55), flame melting shower nozzle moving rail bar arranges displaced block (56), erect to arranging linkage board (57) between displaced block and displaced block, linkage board exposes the flame melting shower nozzle adjustment track place of movement and arranges flame melting shower nozzle, flame melting shower nozzle moves with linkage board, described linkage board at least also arranges a fine setting rail (58), fine setting rail forms by finely tuning motor (59) and finely tune gangbar (60), fine setting rail setting parallel with flame melting shower nozzle moving rail bar,
Described lower conjunction mould linkage power shaft by after preposition by interior pawl (61), interior pawl bar (62), interior pawl linkage axle (63), lower conjunction mould power shaft (64) forms, described interior pawl, by locking plate (641), locking plate substrate (642) and convex groove pipe (643) composition of locking plate angle, some locking plates become circumferentially to be distributed on locking substrate, and wrap up the convex groove pipe of locking plate angle downwards, locking plate is trapezoidal plate, the convex groove pipe tail end of locking plate angle connects interior pawl linkage axle axle, interior pawl linkage axle shaft tail end is inserted in or spiral shell connects lower conjunction mould power shaft, interior pawl linkage axle is by counterdie linkage gear (65), before counterdie linkage gear is set, rear separation coupling shaft sheet (66) forms, in rear separation coupling shaft sheet, insertion is lower closes mould linkage power shaft, pawl linkage axle in insertion in front separation coupling shaft sheet.
2. automatization double-layer glass sealing machine according to claim 1, it is characterized in that: described lower conjunction mould linkage power shaft is divided into main lower conjunction mould linkage power shaft (67) and anti-expansion axle (68), anti-expansion axle and main lower mould linkage power shaft junction of closing also are provided with anti-expansion sleeve (69), anti-expansion sleeve is arranged on interior pawl linkage axle and lower conjunction mould power shaft junction, the whole body arranges some fitting nuts, the diameter of the sleeve pipe of anti-expansion sleeve is greater than interior pawl linkage shaft diameter, the gap at least 1mm ~ 1cm of both fits, described anti-expansion axle or the main lower pipe body top closing mould linkage power shaft connection at least bifurcated be two sections of jurisdiction, the on position of fitting nut is corresponding with position, section of jurisdiction.
3. automatization double-layer glass sealing machine according to claim 1, it is characterized in that: described mould arranges shuttering, by slide rail (94), slide plate (95), some slide blocks (96) with form, slide rail is set in parallel in both sides, lower conjunction die holder bottom, arranging slide plate on slide rail, slide plate connects the slide plate slide rail (97) on lower conjunction die holder, upper shuttering is arranged between lower shuttering and synchronous fin, lower shuttering arranges synchronous plate (98), synchronous plate arranges conjunction mould slide rail (99), slide rail arranges slide block, slide block connects slide rail (100) bottom conjunction mould, also it is provided with under described mould platform and connects lower shuttering three body peer device (101), described three body peer devices are by the axis that links, synchronous fork arm, synchronous shift sheet, duration and degree of heating linkage piece forms, mould linkage shaft rod upper sleeve closes linkage axis (102), and linkage axis is arranged on the linkage gear below automatic claw linkage gear and its integrative-structure, by the upper synchronous fork arm (104) arranged down in the axial trough (103) of linkage axis, synchronous fork arm connects synchronous shift sheet (105), synchronous shift sheet connects lower shuttering, synchronous shift sheet also arranges duration and degree of heating linkage piece (106) and rotates nut (107), duration and degree of heating linkage piece vertically connects linkage board, rotate interspersed screw mandrel (108) in nut, screw mandrel arranges end lead screw motor (109), and screw mandrel setting parallel with duration and degree of heating linkage piece.
4. automatization double-layer glass sealing machine according to claim 1, it is characterized in that: described hook head by be divided into the hook that heals up (70) and hook head location axle (71) two portions form, both are connected by reseting leaf (72), displacement rotating shaft (73) before and after arranging between hook and hook head location axle of healing up.
5. automatization double-layer glass sealing machine according to claim 1, it is characterized in that: the side of described lower conjunction mould synchronous machine seat stabilizing deyice is protruded and arranged synchronous fin (111) on the jugular sclerite in upper conjunction mould direction, synchronous fin is provided with technique axle (74), described technique axle is made up of spherical axle (75) and hollow ball axle (76), spherical axle sleeve enters in hollow ball axle, in hollow ball axle at least 200 ~ 300 degree rotatable, the spherical axle of technique axle or hollow ball axle connect the synchronous fin of jugular sclerite, spherical axle or hollow ball axle are arranged under the closing on of conjunction stool conjunction mould place, upper conjunction mould and lower conjunction mould are connected by technique axle.
6. automatization double-layer glass sealing machine according to claim 5, it is characterized in that: described spherical axle is made up of spherical spindle nose (77) and spherical axle axostylus axostyle (78), described hollow ball axle is made up of hollow head axle (79) and fastening screw shaft (80), hollow out in described hollow head axle, it is provided with the axle core bore of equivalent spherical spindle nose size, fastening screw shaft is screwed onto on lower shuttering or upper shuttering, and spherical axle axostylus axostyle is welded on lower shuttering or upper shuttering.
7. automatization double-layer glass sealing machine according to claim 1 or 5, it is characterized in that: the jugular sclerite of described lower conjunction mould synchronous machine seat stabilizing deyice is made up of the Engaging-and-disengaging bearing (81) of circle and bearing housing (82), the parallel even axle stabilizer bar (83) at jugular sclerite rear is made up of the some parbuckle screws in groove side (84) and groove side, bearing housing fit Engaging-and-disengaging bearing, also arrange and the union lever block (85) of bearing housing one after bearing housing, union lever block arranges some screw holes, side, groove side arranges groove road, union lever block cutting ferrule Ru Cao road is also screwed onto in groove side by screw, jugular sclerite connects as one with parallel even axle stabilizer bar, mould linkage power shaft is closed under the Engaging-and-disengaging bearing fit of jugular sclerite, bearing housing top also arranges patrix contact platform (86) of place's plane.
8. automatization double-layer glass sealing machine according to claim 1, it is characterized in that: described linkage axle is made up of patrix motion axle (87), stable axis (88), electric motor clutch axle (89), described patrix motion axle top is provided with to drive and lacks mould (90), motor shaft torsion spring (91) it is sheathed with outside described stable axis, being provided with torsion spring and linkage bearing in motor shaft torsion spring, electric motor clutch axle is provided with shaft coupling (92) and is connected with the stable axis place of combining.
9. automatization double-layer glass sealing machine according to claim 1, it is characterized in that: glass cylinder locating fork (93) is also set between described patrix and hook head lubrication fittings, glass cylinder locating fork drives cylinder to form by locating fork and locating fork, glass cylinder locating fork becomes 90 degree of crossing at right angles with interior pawl bar, the prong of locating fork is stuck in fore-aft travel on interior pawl bar, and the opposite direction of glass cylinder locating fork is also provided with oblique disengaging fork (110).
10. automatization double-layer glass sealing machine according to claim 1, it is characterized in that: the rear side of described hook head is provided with oil outlet, the bottom of oil outlet is provided with funnel and contains food tray, before and after patrix driven by motor patrix motion and drive hook head move up and down work, hook head cylinder drive hook head move back and forth.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520991482.1U CN205275453U (en) | 2015-09-03 | 2015-12-04 | Automatic change double glazing cup capper |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520700240 | 2015-09-03 | ||
| CN2015207002402 | 2015-09-03 | ||
| CN201520991482.1U CN205275453U (en) | 2015-09-03 | 2015-12-04 | Automatic change double glazing cup capper |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205275453U true CN205275453U (en) | 2016-06-01 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520991482.1U Expired - Fee Related CN205275453U (en) | 2015-09-03 | 2015-12-04 | Automatic change double glazing cup capper |
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| Country | Link |
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| CN (1) | CN205275453U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105330137A (en) * | 2015-09-03 | 2016-02-17 | 刘晨 | Automated capping machine for double layer glasses |
| CN106830648A (en) * | 2017-03-14 | 2017-06-13 | 宁波北仑翰鑫新能源科技有限公司 | Full-automatic glass cup bonding machine |
| CN108383363A (en) * | 2018-05-25 | 2018-08-10 | 宁波北仑翰鑫新能源科技有限公司 | The rim of a cup sealing machine of double-layer glass |
-
2015
- 2015-12-04 CN CN201520991482.1U patent/CN205275453U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105330137A (en) * | 2015-09-03 | 2016-02-17 | 刘晨 | Automated capping machine for double layer glasses |
| CN106830648A (en) * | 2017-03-14 | 2017-06-13 | 宁波北仑翰鑫新能源科技有限公司 | Full-automatic glass cup bonding machine |
| CN108383363A (en) * | 2018-05-25 | 2018-08-10 | 宁波北仑翰鑫新能源科技有限公司 | The rim of a cup sealing machine of double-layer glass |
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| C14 | Grant of patent or utility model | ||
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160601 Termination date: 20181204 |