CN204866369U - Area passes two -sided machine of glue of crossing of album inner core sheet of gluing axle - Google Patents
Area passes two -sided machine of glue of crossing of album inner core sheet of gluing axle Download PDFInfo
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- CN204866369U CN204866369U CN201520459072.2U CN201520459072U CN204866369U CN 204866369 U CN204866369 U CN 204866369U CN 201520459072 U CN201520459072 U CN 201520459072U CN 204866369 U CN204866369 U CN 204866369U
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- axle
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- rubber block
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Abstract
The utility model discloses an area passes two -sided machine of glue of crossing of album inner core sheet of gluing axle, including frame, rubberizing axle, down glue the axle, go up optical axis, optical axis down, the silica gel axle drives the inner core sheet and moves with gluing the shaft fit down, the rubber coating thickness of inner core sheet upper surface is adjusted in the axial plane and the axial plane cooperation of rubberizing axle of going up the optical axis, down the rubber coating thickness of inner core sheet lower surface is adjusted with gluing the cooperation of axle axial plane down to the optical axis axial plane, and lower optical axis lower part is equipped with to pass glues the axle, glues the right -hand member of axle down and is connected with power unit, passes to glue an axle lower part and set and glue the box, pass a pinacoidal diameter of gluing spool be less than under the pinacoidal diameter of optical axis, the rubberizing axle on, the pinacoidal both ends of optical axis face be equipped with the fender offset plate, a left side keeps off the outer terminal surface of offset plate and is equipped with the overflow launder, can realize that the inner core sheet is two -sided gluey excessively, cross glue the back and directly paste goods such as photograph, the intensity of labour of reduction, improvement work efficiency, economic benefits and social are obvious.
Description
Technical field
The utility model relates to photographic goods equipment technical field, particularly relates to a kind of album inner core sheet material double-side glue coating machine with passing glue axle.
Background technology
Album inner core sheet material of the prior art is in process, its two-sided employing silicon paper is pasted, main technique is first coated in by pressure sensitive adhesive on single silicon paper, after be transferred on inner core sheet material, need the silicon paper of both sides to open to throw away when follow-up use, thus cause the waste of great manpower and resource, because photograph album heart web gauge is less, cannot recycle, cause the great wasting of resources, such as a photograph album is substantially all more than ten pages, the silicon paper so wasted just has 20, there is family more than 10,000 in domestic photograph album processing factory, every every day is average more than 50, namely every silicon paper that every day, wave was destroyed is more than 1000, amount to the silicon paper of waste every day more than 1,000 ten thousand, about 7,500,000 square metres, calculate according to 70 grams every square metre, the waste paper thrown away about every day just has more than 500 tons, amount to RMB more than 4,000,000 yuan of every days, because the destruction and pollution of also causing environment cannot be reclaimed, can only fall as garbage disposal, economic benefit and social benefit are all poor.
Utility model content
The purpose of this utility model is exactly the problems referred to above existed for solving prior art, provides a kind of album inner core sheet material double-side glue coating machine with passing glue axle; The utility model mechanism is compact, can realize crossing glue to album inner core sheet material is two-sided simultaneously, direct bonded album inner core after crossing glue, silicon paper can not be re-used, thus the silicon paper on inner core sheet material two sides can be cancelled, reduce the labour intensity of operator, greatly improve the efficiency of work, there is great economic benefit and social benefit, be suitable for PUR and hot-fusible pressure-sensitive adhesive, in below illustrating, PUR and hot-fusible pressure-sensitive adhesive are referred to as PUR.
The technical scheme of the utility model technical solution problem is:
A kind of album inner core sheet material double-side glue coating machine with passing glue axle, comprise frame, gluing axle, lower glue axle, upper optical axis, lower optical axis, described frame comprises the vertical center web of the left and right sides, i.e. left connecting plate, right connecting plate, described left connecting plate, right connecting plate is connected by horizontal brace rod, described horizontal brace rod is provided with many in the position of the upper, middle and lower of frame, described gluing axle coordinates with lower glue axle and drives inner core sheet material to move, described gluing axle, the two ends of lower glue axle respectively with left connecting plate, connect on rear side of the top of right connecting plate, gluing axle is on the top of lower glue axle, the two ends of described upper optical axis are in the front side of gluing axle, respectively with left connecting plate, right connecting plate connects, the axial plane of upper optical axis coordinates with the axial plane of gluing axle the rubberization thickness regulating inner core sheet top surface, described lower optical axis is positioned at the front downside of lower glue axle, the two ends of lower optical axis respectively with left connecting plate, right connecting plate connects, described lower optical axis axial plane coordinates with lower glue axle axial plane the rubberization thickness regulating inner core sheet material lower surface, described lower optical axis bottom is provided with and passes glue axle, the right-hand member of described lower glue axle is connected with actuating unit, by actuating unit driven rotary, lower glue axle drives gluing axle, lower optical axis rotates, gluing axle drives upper optical axis to rotate, described biography glue axle is by lower optical axis driven rotary, pass glue axle bottom and be provided with lower glue box, plate of heating is provided with in the bottom of lower glue box, the axial plane passing glue axle is immersed in the PUR of lower glue box, the length that lower glue box is passing glue axle axis coordinates with the axial plane length passing glue axle, make the axial plane length of biography glue axle can all be immersed in the PUR in lower glue box, the position of lower glue axle axial plane Up Highway UHW is provided with horizontal paper feed plate, and paper feed plate is connected with left connecting plate, right connecting plate respectively by the cardboard support that enters at two ends, the diameter of the axial plane of described biography glue axle is less than the diameter of lower optical axis axial plane,
At gluing axle axial plane, the both ends of the surface of upper optical axis axial plane are respectively equipped with left rubber block, right rubber block, described left rubber block, the top of right rubber block is respectively equipped with two rubber block connecting holes, left rubber block bottom is provided with left groove, the bottom of right rubber block is provided with right groove, spout hole is provided with near lower position between two rubber block connecting holes, at left rubber block, the outer face of right rubber block is respectively equipped with the overflow launder be connected with spout hole, overflow launder bottom is corresponding with lower glue box, described left rubber block is fixed on left connecting plate, right rubber block is fixed on right connecting plate, described left rubber block is connected with one end of left rubber block axle by one of them rubber block connecting hole, another rubber block connecting hole empty set is on long rubber block axle, right rubber block is connected with one end of right rubber block axle by one of them rubber block connecting hole, another rubber block connecting hole empty set is on long rubber block axle, the other end of described left rubber block axle is connected with left connecting plate, the other end of right rubber block axle is connected with right connecting plate, the two ends of described long rubber block axle respectively with left connecting plate, right connecting plate connects, described left groove coordinates with the spindle nose at gluing axle two ends, right groove coordinates with the spindle nose at upper optical axis two ends, the left end face of gluing axle axial plane, its right end face respectively with the left end face of upper optical axis, its right end face is concordant, the inner face of left rubber block respectively with the left end face of gluing axle axial plane position, the left end face smooth contact of upper optical axis axial plane position coordinates, the inner face of right rubber block respectively with its right end face of gluing axle axial plane position, the its right end face smooth contact of upper optical axis axial plane position coordinates, coordinated by smooth contact and form sealing surface, PUR is avoided to leak from contact mating surface, because the left end face of gluing axle axial plane, its right end face are concordant with the left end face of upper optical axis, its right end face respectively, be subject to the restriction of rubber block, PUR is merely able to fill to the angle, top between gluing axle axial plane and upper optical axis axial plane, ensure to store enough PURs in angle, top, to supply the amount of the glue required for gluing, only have when liquid level is higher than overfall height, unnecessary volume PUR is excessive from overfall,
The center of lower glue axle, lower optical axis, gluing axle, upper optical axis is respectively equipped with axially extending bore, is respectively equipped with the heating tube axially placed in axially extending bore; Lower glue axle, lower optical axis, gluing axle, on the left end of optical axis be respectively equipped with heating tube gripper shoe, heating tube gripper shoe is connected with left connecting plate, lower glue axle, lower optical axis, gluing axle, on optical axis axially extending bore in right-hand member be provided with polytetrafluoroethylene (PTFE) axle sleeve by interference fit, the inner hole of heating tube and axle sleeve, heating tube to be supported in inner hole of shaft sleeve and can to relatively rotate with axle sleeve and lower glue axle, lower optical axis, gluing axle, upper optical axis, simultaneously can in axial relative movement, because expanded by heating own is out of shape when avoiding heating tube to work; Heating tube is connected with power supply, is provided with temperature sensor at lower glue axle, gluing axle axial plane, and temperature sensor support is on long rubber block axle, and the contact of temperature sensor contacts with lower glue axle, gluing axle axial plane, and guarantee is heated accurate, controlled, to meet gluing requirement.
Rotate when motor rotarily drives lower glue axle, when lower glue axle drives lower optical axis to rotate, lower optical axis drives and passes the rotation of glue axle, on the axial plane that PUR in lower glue box is delivered to lower optical axis naturally by the end face passing glue axle and end face, PUR on lower optical axis end face is delivered to the end of lower glue axle axial plane-mm naturally, the PUR of lower Jiao Zhouduanmianchu is delivered to the end face of gluing axle naturally, again because gluing axle and upper optical axis extrude quantitative gluing, so the glue naturally transmitted is deposited in the angle between gluing axle and upper optical axis naturally, guarantee to meet the glue consumption of inner core sheet material roller coating.
Gluing axle, on optical axis left end face, its right end face position be respectively equipped with that film is scraped on a left side, film is scraped on the right side, left end face, its right end face position of lower optical axis are respectively equipped with lower optical axis and scrape film, are wiped off by unnecessary PUR from spindle nose surface.Film is scraped on a left side, the right side is scraped film and is supported on horizontal brace rod.
The two ends of described biography glue axle respectively with left biography glue axle side plate, right biography glue axle side plate connects, described left biography glue axle side plate, right biography glue axle side plate is respectively equipped with lower optical axis connecting hole, pass glue axle connecting hole, slip gag lever post connecting hole, left biography glue axle side plate, right biography glue axle side plate is sleeved on lower optical axis respectively by lower optical axis connecting hole, be sleeved on slip gag lever post by slip gag lever post connecting hole, the two ends of slip gag lever post are supported on left connecting plate respectively, in the horizontal long slot bore of the adjustable water mean place of right connecting plate, the two ends passing glue axle coordinate with biography glue axle connecting hole, be supported on and pass in glue axle connecting hole, instantly optical axis in the horizontal direction adjusting position time, slip gag lever post moves horizontally in horizontal long slot bore, pass glue axle side plate along with moving horizontally, thus drive biography glue axle to move horizontally, the bottom of described lower glue box is connected with height and position adjustment structure.
The active length of described lower optical axis axial plane is less than the active length-mm of lower glue axle axial plane, the active length of described lower glue axle axial plane is less than the active length-mm of gluing axle axial plane, gluing axle axial plane is identical with upper optical axis axial plane axial length, and namely the both ends of the surface of gluing axle axial plane are concordant with the both ends of the surface of upper optical axis axial plane.
Described lower optical axis right-hand member is provided with driving gear, and the right-hand member passing glue axle is provided with driven gear, and driving gear engages with driven gear, and the sliding bearing sleeve that the two ends passing glue axle make respectively by copper material is connected with left biography glue axle side plate, right biography glue axle side plate.
Described actuating unit comprises buncher, described buncher output shaft is provided with drive sprocket, and the right-hand member of lower glue axle is provided with driven sprocket, and buncher is located at the lower inside of right connecting plate, the output shaft of buncher is through right connecting plate, and described drive sprocket is connected with driven sprocket by chain.
The left end of described gluing axle is provided with gear one, the left end of lower glue axle is provided with gear two, the left end of upper optical axis is provided with gear three, the left end of lower optical axis is provided with gear four, described gear two, gear three engage with gear one respectively, gear two engages with gear four, and the outside of left connecting plate is located at respectively by described gear one, gear two, gear three, gear four.
Described left connecting plate, right connecting plate comprise the flexible connection block on top respectively, described gluing axle, upper optical axis are connected with flexible connection block, described flexible connection block one end is hinged with the front side of the lower fixing part of left connecting plate, right connecting plate respectively by bearing pin, adjustment back-up block is provided with at the rear side of lower fixing part, be provided with vertically disposed adjustment screw at adjustment back-up block, the end of described adjustment screw contacts with the bottom being flexibly connected block, the two ends of described upper optical axis are connected with the first horizontal position adjusting structure respectively, the two ends of lower optical axis are connected with the second horizontal position adjusting structure respectively, described first horizontal position adjusting structure, second horizontal position adjusting structure at two ends respectively with left connecting plate, right connecting plate connects, described left connecting plate, right connecting plate is respectively equipped with and the first horizontal position adjusting structure, the first horizontal long slot bore that second horizontal position adjusting structure is corresponding, second horizontal long slot bore, make the first horizontal position adjusting structure, second horizontal position adjusting structure can move in the horizontal direction.
Be connected with offside door outside described left connecting plate, the outside of right connecting plate is connected with offside door.Frame lower front is provided with lower Qianmen, is provided with Qian Zhongmen on top, lower Qianmen, and lower Qianmen is rotated around the vertical rotation axis in outside, and front middle door rotates around the horizontal rotating shaft of downside.
The bottom of described lower glue box is connected with height and position adjustment structure.
The beneficial effects of the utility model:
1. the utility model mechanism is compact, can realize crossing glue to album inner core sheet material is two-sided, after drying and processing continuous later, directly the goods such as photograph are pasted after crossing glue, silicon paper can not be recycled, thus the silicon paper on inner core sheet material two sides and all processes of silicon paper production and processing can be cancelled, reduce the labour intensity of operator, greatly improve the efficiency of work, there is great economic benefit and social benefit.
Adopt lower glue box simultaneously and pass colloid system and PUR is delivered to lower glue axle and gluing axle, PUR is supplied respectively to replace upper and lower two the glue boxes of employing of the prior art, overcome technological parameter and technical process control complexity that in prior art, this confession glue mode exists, easily occur the defect of quality instability.
2. adopt buncher, the progress according to subsequent treatment work can adjust feed speed in time, and operating efficiency is high.
3. improve meshed transmission gear, reliable transmission is high, accuracy is high, ensures that gluing is even.
4. be provided with position adjustment structure by the two ends of upper optical axis, lower optical axis to connect, connecting plate is provided with long slot bore, can conveniently regulate the wheelbase matched, and ensures that coating thickness is evenly moderate, guarantees the smooth of follow-up photos.Lower glue box is connected with height and position adjustment structure, is convenient to adjustment, controls coating thickness, keep thickness uniformity.
The diameter simultaneously passing the axial plane of glue axle is less than the diameter of lower optical axis axial plane, pass to lower glue axle with adopting lower optical axis axial plane band glue in prior art, then play glue axle to be delivered to by PUR compared with the working method of gluing axle, the radial dimension of lower optical axis can be reduced, thus reduce the size of lower glue box and left connecting plate, right connecting plate and integral installation structure, make more compact structure.Pass glue axle axial dimension smaller simultaneously, can easily close to the inside bottom of lower glue box, make full use of the PUR of bottom, the PUR avoiding in prior art the inside bottom of the lower glue box of the working method that lower optical axis axial plane band glue passes to lower glue axle, PUR is delivered to gluing axle by the lower glue axle existence adopting diameter large can not make full use of, the PUR of bottom is owing to for a long time need not in bottom, time has been grown and can lose efficacy, loses and paste the problem of performance, and the waste problem caused.Simultaneously less owing to passing glue Axial and radial size, centrifugal force is little can ensure that as far as possible many PURs are delivered to optical axis by contact, ensures glue axle gluing axle under enough PURs, ensure that the coating quality of product.
5. play in the axially extending bore at the center of glue axle, lower optical axis, gluing axle, upper optical axis and be provided with heating tube, heating tube is connected with power supply, temperature sensor is provided with at lower glue axle, gluing axle, instantly when there is deviation in the temperature on glue axle, gluing axle surface and the temperature of PUR and the temperature of process stipulation, under the control of the controller, power supply connects heating tube, is provided with in the bottom of lower glue box plate of heating, PUR is kept to be in the temperature range of process stipulation, to ensure the stability of product quality.On buncher top, lower glue box bottom is provided with drip tray, on the motor avoid the liquid such as PUR, rinse water to trickle, being splashed to bottom and electrical equipment, ensures the safety of equipment and operating personnel.
6. be provided with offside door, offside door, lower Qianmen, Qian Zhongmen, ensure that sealing is reliable, avoid the quality flaw that dust impurity pollution causes, ensure product quality.
7. coordinated with the left end face of gluing axle axial plane position, the left end face smooth contact of upper optical axis axial plane position respectively by the inner face of left rubber block, the inner face of right rubber block coordinates with its right end face of gluing axle axial plane position, its right end face smooth contact of upper optical axis axial plane position respectively, coordinates formation sealing surface, avoids PUR to leak from contact mating surface by smooth contact; Left rubber block, right rubber block are respectively equipped with spout hole vertically, are respectively equipped with in the outer face of left rubber block, right rubber block the overflow launder be connected with spout hole, overflow launder bottom is corresponding with lower glue box.Because the left end face of gluing axle axial plane, its right end face are concordant with the left end face of upper optical axis, its right end face respectively, be subject to the restriction of rubber block, PUR is merely able to fill to the upper gap between gluing axle axial plane and upper optical axis axial plane, only have when liquid level is higher than overfall height to supply gluing axle, PUR is just excessive from overfall, ensure in upper gap, store enough PURs, thus ensure that top has sufficient PUR supply, guarantee coating quality.
Accompanying drawing explanation
Fig. 1 is structural representation Fig. 1 of the present utility model;
Fig. 2 is front view of the present utility model;
Fig. 3 is the left view of Fig. 2;
Fig. 4 is the right view of Fig. 2;
Fig. 5 is the top view of Fig. 1;
Fig. 6 is structural representation Fig. 2 of the present utility model;
Fig. 7 is structural representation Fig. 3 of the present utility model.
Detailed description of the invention
In order to understand the utility model better, explain embodiment of the present utility model in detail below in conjunction with accompanying drawing.
As shown in Figures 1 to 7, a kind of album inner core sheet material double-side glue coating machine with passing glue axle, comprise frame, gluing axle 16, lower glue axle 17, upper optical axis 15, lower optical axis 14, described frame comprises the vertical center web of the left and right sides, i.e. left connecting plate 31, right connecting plate 32, described left connecting plate 31, right connecting plate 32 is connected by horizontal brace rod 2, described horizontal brace rod 2 is provided with many in the position of the upper, middle and lower of frame, described gluing axle 16 coordinates with lower glue axle 17 and drives inner core sheet material to move, described gluing axle 16, the two ends of lower glue axle 17 respectively with left connecting plate 31, connect on rear side of the top of right connecting plate 32, gluing axle 16 is on the top of lower glue axle 17, the two ends of described upper optical axis 15 are in the front side of gluing axle 16, respectively with left connecting plate 31, right connecting plate 32 connects, the axial plane of upper optical axis 15 coordinates with the axial plane of gluing axle 16 rubberization thickness regulating inner core sheet top surface, described lower optical axis 14 is positioned at the front downside of lower glue axle 17, the two ends of lower optical axis 14 respectively with left connecting plate 31, right connecting plate 32 connects, described lower optical axis 14 axial plane coordinates with lower glue axle 17 axial plane the rubberization thickness regulating inner core sheet material lower surface, described lower optical axis bottom is provided with and passes glue axle 60, the right-hand member of described lower glue axle 17 is connected with actuating unit, by actuating unit driven rotary, lower glue axle 17 drives gluing axle 16, lower optical axis 14 rotates, gluing axle 16 drives upper optical axis 15 to rotate, described biography glue axle 60 is by lower optical axis driven rotary, pass glue axle 60 bottom and be provided with lower glue box 3, plate of heating is provided with in the bottom of lower glue box 3, the axial plane passing glue axle 60 is immersed in the PUR of lower glue box 3, the length that lower glue box 3 is passing glue axle axis coordinates with the axial plane length passing glue axle, make the axial plane length of biography glue axle 60 can all be immersed in the PUR in lower glue box 3, the position of lower glue axle 17 axial plane Up Highway UHW is provided with horizontal paper feed plate, and paper feed plate is connected with left connecting plate 31, right connecting plate 32 respectively by the cardboard support that enters at two ends, the diameter of the axial plane of described biography glue axle is less than the diameter of lower optical axis axial plane.
At gluing axle 16 axial plane, the both ends of the surface of upper optical axis 15 axial plane are respectively equipped with left rubber block 51, right rubber block 52, described left rubber block 51, the top of right rubber block 52 is respectively equipped with two rubber block connecting holes, left rubber block 51 bottom is provided with left groove, the bottom of right rubber block 52 is provided with right groove, spout hole 56 is provided with near lower position between two rubber block connecting holes, at left rubber block 51, the outer face of right rubber block 52 is respectively equipped with the overflow launder 57 be connected with spout hole, overflow launder bottom is corresponding with lower glue box, described left rubber block is fixed on left connecting plate, right rubber block is fixed on right connecting plate, described left rubber block 51 is connected with one end of left rubber block axle 58 by one of them rubber block connecting hole, another rubber block connecting hole empty set is on long rubber block axle 90, right rubber block 52 is connected with one end of right rubber block axle 59 by one of them rubber block connecting hole, another rubber block connecting hole empty set is on long rubber block axle 90, the other end of described left rubber block axle is connected with left connecting plate 31, the other end of right rubber block axle is connected with right connecting plate 32, the two ends of described long rubber block axle respectively with left connecting plate 31, right connecting plate 32 connects, described left groove coordinates with the spindle nose at gluing axle two ends, right groove coordinates with the spindle nose at upper optical axis two ends, the left end face 161 of gluing axle 16 axial plane, its right end face 162 respectively with the left end face 151 of upper optical axis 15, its right end face 152 is concordant, the inner face of left rubber block 51 respectively with the left end face 161 of gluing axle 16 axial plane position, left end face 151 smooth contact of upper optical axis axial plane position coordinates, the inner face of right rubber block 52 respectively with its right end face 162 of gluing axle 16 axial plane position, its right end face 152 smooth contact of upper optical axis 15 axial plane position coordinates, coordinated by smooth contact and form sealing surface, PUR is avoided to leak from contact mating surface, because the left end face 161 of gluing axle 16 axial plane, its right end face 162 are concordant with the left end face 151 of upper optical axis 15, its right end face 152 respectively, be subject to the restriction of rubber block, PUR is merely able to fill to the angle, top between gluing axle 16 axial plane and upper optical axis axial plane, ensure to store enough PURs in angle, top, to supply the amount of the glue required for gluing, only have when liquid level is higher than overfall height, unnecessary volume PUR is excessive from overfall.
Rotate when motor rotarily drives lower glue axle 17, when lower glue axle 17 drives lower optical axis 14 to rotate, lower optical axis 14 drives biography glue axle 60 to rotate, on the axial plane that PUR in lower glue box 3 is delivered to lower optical axis naturally by the end face passing glue axle 60 and end face, PUR on lower optical axis end face is delivered to the end of lower glue axle 17 axial plane 5-10mm naturally, the PUR of lower glue axle 17 end is delivered to the end face of gluing axle naturally, again because gluing axle and upper optical axis extrude quantitative gluing, so the glue naturally transmitted is deposited in the angle between gluing axle and upper optical axis naturally, guarantee to meet the glue consumption of inner core sheet material roller coating.
Gluing axle 16, on optical axis 15 left end face, its right end face position be respectively equipped with that film 53 is scraped on a left side, film 54 is scraped on the right side, the left end face of lower optical axis 14, its right end face position are respectively equipped with lower optical axis and scrape film 55, are wiped off by unnecessary PUR from spindle nose surface.Film 53 is scraped on a left side, the right side is scraped film 54 and is supported on horizontal brace rod 2.
The two ends of described biography glue axle 60 respectively with left biography glue axle side plate 64, right biography glue axle side plate 61 connects, described left biography glue axle side plate 64, right biography glue axle side plate 61 is respectively equipped with lower optical axis connecting hole, pass glue axle connecting hole, slip gag lever post connecting hole, left biography glue axle side plate 61, right biography glue axle side plate 64 is sleeved on lower optical axis respectively by lower optical axis connecting hole, be sleeved on slip gag lever post 62 by slip gag lever post connecting hole, the two ends of slip gag lever post 62 are supported on left connecting plate 31 respectively, in the horizontal long slot bore 63 of the adjustable water mean place of right connecting plate 32, the two ends passing glue axle 60 coordinate with biography glue axle connecting hole, be supported on and pass in glue axle connecting hole, instantly optical axis in the horizontal direction adjusting position time, slip gag lever post moves horizontally in horizontal long slot bore, pass glue axle side plate along with moving horizontally, thus drive biography glue axle to move horizontally.The bottom of described lower glue box is connected with height and position adjustment structure 12.
The center of lower glue axle 17, lower optical axis 14, gluing axle 16, upper optical axis 15 is respectively equipped with axially extending bore, is respectively equipped with the heating tube 70 axially placed in axially extending bore, at lower glue axle, lower optical axis, gluing axle, the left end of upper optical axis is respectively equipped with heating tube gripper shoe 71, heating tube gripper shoe 71 is connected with left connecting plate 31, at lower glue axle 17, lower optical axis 14, gluing axle 16, right-hand member in the axially extending bore of upper optical axis 15 is provided with polytetrafluoroethylene (PTFE) axle sleeve by interference fit, the inner hole of heating tube 70 and axle sleeve, heating tube 70 to be supported in inner hole of shaft sleeve and with axle sleeve and lower glue axle 17, lower optical axis 14, gluing axle 16, upper optical axis 15 can relatively rotate, simultaneously can in axial relative movement, because expanded by heating own is out of shape when avoiding heating tube to work.Heating tube is connected with power supply, be provided with temperature sensor 80 at lower glue axle, gluing axle axial plane, temperature sensor 80 is supported on long rubber block axle 90, and the contact of temperature sensor 80 contacts with lower glue axle, gluing axle axial plane, it is accurate, controlled that guarantee is heated, to meet gluing requirement.Gluing axle 16 and on the top of optical axis 15 be provided with top cover labyrinth 91, top cover labyrinth is provided with exhaust outlet 92, and described top cover labyrinth 91 is articulated and connected with upper rack, controls to open wide and close by telescopic shaft 93.
The active length of described lower optical axis 14 axial plane is less than the active length 5-10mm of lower glue axle 17 axial plane, the active length of described lower glue axle 17 axial plane is less than the active length 5-10mm of gluing axle 16 axial plane, gluing axle 16 axial plane is identical with upper optical axis axial plane 151 axial length, and namely the both ends of the surface 161 of gluing axle 16 axial plane are concordant with the both ends of the surface 151 of upper optical axis axial plane.
Described lower optical axis 14 right-hand member is provided with driving gear 141, the right-hand member passing glue axle 60 is provided with driven gear 601, driving gear 141 engages with driven gear 601, and the sliding bearing sleeve that the two ends passing glue axle make respectively by copper material is connected with left biography glue axle side plate 64, right biography glue axle side plate 61.
Described actuating unit comprises buncher, described buncher output shaft is provided with drive sprocket 21, the right-hand member of lower glue axle 17 is provided with driven sprocket 22, buncher 24 is located at the lower inside of right connecting plate, the output shaft of buncher 24 is through right connecting plate, and described drive sprocket 21 is connected with driven sprocket 22 by chain.
The left end of described gluing axle 16 is provided with gear 1, the left end of lower glue axle 17 is provided with gear 2 13, the left end of upper optical axis is provided with gear 3 18, the left end of lower optical axis is provided with gear 4 20, described gear 2 13, gear 3 18 engage with gear 1 respectively, gear 2 13 engages with gear 4 20, and the outside of left connecting plate 31 is located at respectively by described gear 1, gear 2 13, gear 3 18, gear 4 20.
Described left connecting plate 31, right connecting plate 32 comprises the flexible connection block 81 on top respectively, described gluing axle 15, upper optical axis 16 is connected with flexible connection block 81, described flexible connection block one end by bearing pin 83 respectively with left connecting plate 31, the front side of the lower fixing part of right connecting plate 32 is hinged, be provided with at the rear side of lower fixing part and regulate back-up block 84, vertically disposed adjustment screw 82 is provided with at adjustment back-up block 84, the end of described adjustment screw 82 contacts with the bottom being flexibly connected block 81, the distance between gluing axle and lower glue axle is regulated by adjustment screw, to adapt to the inner core sheet thickness requirement of different-thickness, the two ends of described upper optical axis 15 are connected with the first horizontal position adjusting structure 6 respectively, the two ends of lower optical axis are connected with the second horizontal position adjusting structure 7 respectively, described first horizontal position adjusting structure 6, second horizontal position adjusting structure 7 at two ends respectively with left connecting plate 31, right connecting plate 32 connects, described left connecting plate 31, right connecting plate 32 is respectively equipped with and the first horizontal position adjusting structure, the first horizontal long slot bore that second horizontal position adjusting structure is corresponding, second horizontal long slot bore, make the first horizontal position adjusting structure, second horizontal position adjusting structure can move in the horizontal direction.
Be connected with offside door 37 outside described left connecting plate, the outside of right connecting plate is connected with offside door 38.Frame lower front is provided with lower Qianmen 39, and door 40 in before top, lower Qianmen 39 is provided with, lower Qianmen 39 is rotated around the vertical rotation axis in outside, and front middle door 40 rotates around the horizontal rotating shaft of downside.
Utility model works principle:
Gluing machine operationally, the axial plane passing glue axle immerses in the PUR of lower glue box, because PUR has certain viscosity under technological temperature, pass glue axle axial plane and PUR is delivered to lower optical axis axial plane and end face, PUR is delivered to lower glue axle and forms gap with lower glue axle by lower optical axis axial plane, to control the glue-spread of bottom, PUR is delivered to gluing axle by lower glue axle, to be extruded with lower glue axle by lower optical axis and coordinate, unnecessary PUR is expressed in the lower glue box of bottom, coordinated with gluing axle by upper optical axis, to control top glue-spread, unnecessary PUR is from left rubber block 51, the overfall natural back flow of right rubber block 52 is in lower glue box, due to the left end face 161 of gluing axle 16 axial plane, its right end face 162 respectively with the left end face 151 of upper optical axis 15, its right end face 152 is concordant, be subject to the restriction of rubber block, PUR is merely able to fill to the upper gap between gluing axle 16 axial plane and upper optical axis axial plane, ensure in upper gap, store enough PURs, form a naturally stable cyclic process.
By reference to the accompanying drawings the detailed description of the invention of utility model is described although above-mentioned; but the restriction not to the utility model protection domain; on the basis of the technical solution of the utility model, those skilled in the art do not need to pay various amendment or distortion that creative work can make still within protection domain of the present utility model.
Claims (10)
1. the album inner core sheet material double-side glue coating machine with passing glue axle, comprise frame, gluing axle, lower glue axle, upper optical axis, lower optical axis, it is characterized in that, described frame comprises the left connecting plate of the left and right sides, right connecting plate, described left connecting plate, right connecting plate is connected by horizontal brace rod, described horizontal brace rod is provided with many in the position of the upper, middle and lower of frame, described gluing axle coordinates with lower glue axle and drives inner core sheet material to move, described gluing axle, the two ends of lower glue axle respectively with left connecting plate, connect on rear side of the top of right connecting plate, gluing axle is on the top of lower glue axle, the two ends of described upper optical axis are in the front side of gluing axle, respectively with left connecting plate, right connecting plate connects, the axial plane of upper optical axis coordinates with the axial plane of gluing axle the rubberization thickness regulating inner core sheet top surface, described lower optical axis is positioned at the front downside of lower glue axle, the two ends of lower optical axis respectively with left connecting plate, right connecting plate connects, described lower optical axis axial plane coordinates with lower glue axle axial plane the rubberization thickness regulating inner core sheet material lower surface, described lower optical axis bottom is provided with and passes glue axle, the right-hand member of described lower glue axle is connected with actuating unit, by actuating unit driven rotary, lower glue axle drives gluing axle, lower optical axis rotates, gluing axle drives upper optical axis to rotate, described biography glue axle is by lower optical axis driven rotary, pass glue axle bottom and be provided with lower glue box, plate of heating is provided with in the bottom of lower glue box, the axial plane passing glue axle is immersed in the PUR of lower glue box, the length that lower glue box is passing glue axle axis coordinates with the axial plane length passing glue axle, make the axial plane length of biography glue axle can all be immersed in the PUR in lower glue box, the position of lower glue axle axial plane Up Highway UHW is provided with horizontal paper feed plate, and paper feed plate is connected with left connecting plate, right connecting plate respectively by the cardboard support that enters at two ends,
The diameter of the axial plane of described biography glue axle is less than the diameter of lower optical axis axial plane;
At gluing axle axial plane, the both ends of the surface of upper optical axis axial plane are respectively equipped with left rubber block, right rubber block, described left rubber block, the top of right rubber block is respectively equipped with two rubber block connecting holes, left rubber block bottom is provided with left groove, the bottom of right rubber block is provided with right groove, spout hole is provided with near lower position between two rubber block connecting holes, at left rubber block, the outer face of right rubber block is respectively equipped with the overflow launder be connected with spout hole, overflow launder bottom is corresponding with lower glue box, described left rubber block is fixed on left connecting plate, right rubber block is fixed on right connecting plate, described left rubber block is connected with one end of left rubber block axle by one of them rubber block connecting hole, another rubber block connecting hole empty set is on long rubber block axle, right rubber block is connected with one end of right rubber block axle by one of them rubber block connecting hole, another rubber block connecting hole empty set is on long rubber block axle, the other end of described left rubber block axle is connected with left connecting plate, the other end of right rubber block axle is connected with right connecting plate, the two ends of described long rubber block axle respectively with left connecting plate, right connecting plate connects, described left groove coordinates with the spindle nose at gluing axle two ends, right groove coordinates with the spindle nose at upper optical axis two ends, the left end face of gluing axle axial plane, its right end face respectively with the left end face of upper optical axis, its right end face is concordant, the inner face of left rubber block respectively with the left end face of gluing axle axial plane position, the left end face smooth contact of upper optical axis axial plane position coordinates, the inner face of right rubber block respectively with its right end face of gluing axle axial plane position, the its right end face smooth contact of upper optical axis axial plane position coordinates, coordinated by smooth contact and form sealing surface, PUR is avoided to leak from contact mating surface,
The center of lower glue axle, lower optical axis, gluing axle, upper optical axis is respectively equipped with axially extending bore, is respectively equipped with the heating tube axially placed in axially extending bore, at lower glue axle, lower optical axis, gluing axle, the left end of upper optical axis is respectively equipped with heating tube gripper shoe, heating tube gripper shoe is connected with left connecting plate, at lower glue axle, lower optical axis, gluing axle, right-hand member in the axially extending bore of upper optical axis is provided with polytetrafluoroethylene (PTFE) axle sleeve by interference fit, the inner hole of heating tube and axle sleeve, heating tube to be supported in inner hole of shaft sleeve and with axle sleeve and lower glue axle, lower optical axis, gluing axle, upper optical axis can relatively rotate, simultaneously can in axial relative movement, heating tube is connected with power supply, at lower glue axle, gluing axle axial plane is provided with temperature sensor, temperature sensor support is on long rubber block axle, the contact of temperature sensor and lower glue axle, gluing axle axial plane contacts.
2. band as claimed in claim 1 passes the album inner core sheet material double-side glue coating machine of glue axle, it is characterized in that, described left rubber block is connected with one end of left rubber block axle by one of them rubber block connecting hole, another rubber block connecting hole empty set is on long rubber block axle, right rubber block is connected with one end of right rubber block axle by one of them rubber block connecting hole, another rubber block connecting hole empty set is on long rubber block axle, the other end of described left rubber block axle is connected with left connecting plate, the other end of right rubber block axle is connected with right connecting plate, the two ends of described long rubber block axle respectively with left connecting plate, right connecting plate connects.
3. band as claimed in claim 1 passes the album inner core sheet material double-side glue coating machine of glue axle, it is characterized in that, the two ends of described biography glue axle respectively with left biography glue axle side plate, right biography glue axle side plate connects, described left biography glue axle side plate, right biography glue axle side plate is respectively equipped with lower optical axis connecting hole, pass glue axle connecting hole, slip gag lever post connecting hole, left biography glue axle side plate, right biography glue axle side plate is sleeved on lower optical axis respectively by lower optical axis connecting hole, be sleeved on slip gag lever post by slip gag lever post connecting hole, the two ends of slip gag lever post are supported on left connecting plate respectively, in the horizontal long slot bore of the adjustable water mean place of right connecting plate, the two ends passing glue axle coordinate with biography glue axle connecting hole, be supported on and pass in glue axle connecting hole,
The bottom of described lower glue box is connected with height and position adjustment structure.
4. band as claimed in claim 1 passes the album inner core sheet material double-side glue coating machine of glue axle, it is characterized in that, the active length of described lower optical axis axial plane is less than the active length 5-10mm of lower glue axle axial plane, the active length of described lower glue axle axial plane is less than the active length 5-10mm of gluing axle axial plane, gluing axle axial plane is identical with upper optical axis axial plane axial length, and the both ends of the surface of gluing axle axial plane are concordant with the both ends of the surface of upper optical axis axial plane; When lower glue axle rotates, lower glue axle drives lower optical axis to rotate, lower optical axis drives and passes the rotation of glue axle, on the axial plane that PUR in lower glue box is delivered to lower optical axis naturally by the end face passing glue axle and end face, PUR on lower optical axis end face is delivered to the end of lower glue axle axial plane 5-10mm naturally, the PUR of lower Jiao Zhouduanmianchu is delivered to the end face of gluing axle naturally, and gluing axle and upper optical axis extrude quantitative gluing, and the glue naturally transmitted is deposited in the angle between gluing axle and upper optical axis naturally.
5. band as claimed in claim 1 passes the album inner core sheet material double-side glue coating machine of glue axle, it is characterized in that, described lower optical axis right-hand member is provided with driving gear, the right-hand member passing glue axle is provided with driven gear, driving gear engages with driven gear, and the sliding bearing sleeve that the two ends passing glue axle make respectively by copper material is connected with left biography glue axle side plate, right biography glue axle side plate.
6. band as claimed in claim 1 passes the album inner core sheet material double-side glue coating machine of glue axle, it is characterized in that, gluing axle, on optical axis left end face, its right end face position be respectively equipped with that film is scraped on a left side, film is scraped on the right side, the left end face of lower optical axis, its right end face position are respectively equipped with lower optical axis and scrape film, and film is scraped on a left side, the right side is scraped film and is supported on horizontal brace rod.
7. band as claimed in claim 1 passes the album inner core sheet material double-side glue coating machine of glue axle, it is characterized in that, described actuating unit comprises buncher, described buncher output shaft is provided with drive sprocket, the right-hand member of lower glue axle is provided with driven sprocket, buncher is located at the lower inside of right connecting plate, and the output shaft of buncher is through right connecting plate, and described drive sprocket is connected with driven sprocket by chain.
8. band as claimed in claim 1 passes the album inner core sheet material double-side glue coating machine of glue axle, it is characterized in that, the left end of described gluing axle is provided with gear one, the left end of lower glue axle is provided with gear two, the left end of upper optical axis is provided with gear three, and the left end of lower optical axis is provided with gear four, and described gear two, gear three engage with gear one respectively, gear two engages with gear four, and the outside of left connecting plate is located at respectively by described gear one, gear two, gear three, gear four.
9. band as claimed in claim 1 passes the album inner core sheet material double-side glue coating machine of glue axle, it is characterized in that, described left connecting plate, right connecting plate comprise the flexible connection block on top respectively, described gluing axle, upper optical axis are connected with flexible connection block, described flexible connection block one end is hinged with the front side of the lower fixing part of left connecting plate, right connecting plate respectively by bearing pin, adjustment back-up block is provided with at the rear side of lower fixing part, be provided with vertically disposed adjustment screw at adjustment back-up block, the end of described adjustment screw contacts with the bottom being flexibly connected block;
The two ends of described upper optical axis are connected with the first horizontal position adjusting structure respectively, the two ends of lower optical axis are connected with the second horizontal position adjusting structure respectively, described first horizontal position adjusting structure, second horizontal position adjusting structure at two ends respectively with left connecting plate, right connecting plate connects, described left connecting plate, right connecting plate is respectively equipped with and the first horizontal position adjusting structure, the first horizontal long slot bore that second horizontal position adjusting structure is corresponding, second horizontal long slot bore, make the first horizontal position adjusting structure, second horizontal position adjusting structure can move in the horizontal direction.
10. band as claimed in claim 1 passes the album inner core sheet material double-side glue coating machine of glue axle, it is characterized in that, be connected with offside door outside described left connecting plate, the outside of right connecting plate is connected with offside door, frame lower front is provided with lower Qianmen, be provided with Qian Zhongmen on top, lower Qianmen, lower Qianmen is rotated around the vertical rotation axis in outside, and front middle door rotates around the horizontal rotating shaft of downside; Gluing axle and on the top of optical axis be provided with top cover labyrinth, top cover labyrinth is provided with exhaust outlet, and described top cover labyrinth and upper rack are articulated and connected, and control to open wide and close by telescopic shaft.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520459072.2U CN204866369U (en) | 2015-06-30 | 2015-06-30 | Area passes two -sided machine of glue of crossing of album inner core sheet of gluing axle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520459072.2U CN204866369U (en) | 2015-06-30 | 2015-06-30 | Area passes two -sided machine of glue of crossing of album inner core sheet of gluing axle |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204866369U true CN204866369U (en) | 2015-12-16 |
Family
ID=54810800
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520459072.2U Expired - Fee Related CN204866369U (en) | 2015-06-30 | 2015-06-30 | Area passes two -sided machine of glue of crossing of album inner core sheet of gluing axle |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204866369U (en) |
-
2015
- 2015-06-30 CN CN201520459072.2U patent/CN204866369U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20151216 Termination date: 20180630 |