CN203355970U - Automatic glue spreading device - Google Patents
Automatic glue spreading device Download PDFInfo
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- CN203355970U CN203355970U CN 201320374010 CN201320374010U CN203355970U CN 203355970 U CN203355970 U CN 203355970U CN 201320374010 CN201320374010 CN 201320374010 CN 201320374010 U CN201320374010 U CN 201320374010U CN 203355970 U CN203355970 U CN 203355970U
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Abstract
The utility model discloses an automatic glue spreading device which comprises a feeding system, a glue spreading system and a control system; the control system controls the feeding system and the glue spreading system to work; the glue spreading system comprises a glue spreading roller and a material transferring roller, wherein the glue spreading roller and the material transferring roller are arranged up and down in parallel and are controlled to rotate by the control system; a mucilage glue mold matched with a glue spreading area of a product to be spread with glue is arranged on the glue spreading roller in a detachable manner; a mucilage glue body is arranged in the mucilage glue mold; the product to be spread with glue is conveyed to a position between the glue spreading roller and the material transferring roller by the feeding system; the mucilage glue body in the mucilage glue can spread glue on the product to be spread with glue as the glue spreading roller rotates. The mucilage glue mold provided with the mucilage glue is arranged on the glue spreading roller and matched with the glue spreading area of the product to be spread with glue in shape, so that when the product to be spread with glue is conveyed to the glue spreading system by the feeding system, the mucilage glue mold is accurately contacted with the glue spreading area, and then accurate glue spreading can be accomplished; the whole process is controlled by the control system, so that automatic glue spreading can be realized, the glue spreading speed can be increased, and the glue spreading accuracy can be improved.
Description
Technical field
The utility model relates to the automatic glue spreading device technical field.
Background technology
Glue spreader claims again coating machine, spreading machine, automatic glue sprayer etc., is mainly used in liquid glue is coated in to a kind of plant equipment on textile, carton or leather surface.
Existing glue spreader has a variety of styles, for example, Chinese patent literature CN102698922A discloses a kind of " automatic glue spreaders ", it comprises frame, is provided with glue spreader, scraper and deflector roll on described frame, and described glue spreader and deflector roll drive by motor, and glue spreader and guide roller axis are to being parallel to each other, glue spreader is positioned at the deflector roll below, and described glue spreader below also is provided with the hopper that holds sizing material, and described hopper is connected with the sizing material bucket by conveying pipeline.Although this glue spreader can accelerate gluing speed to a certain extent, this class glue spreader can only be treated the gluing product surface and carry out large-area glue coated, for the irregular product in gluing zone, can't realize accurate gluing.Packing box as shown in Figure 1, packing box in this figure is deployed condition, this packing box comprises tabular body 100, there is through hole 200 on body 100, in order to make packing box reach certain effect (if the interior product of transparent packing chest), paste cellophane papers at through hole 200 places or other has the plate-shaped body of perspective function, and, when pasting cellophane paper or other and there is the plate-shaped body of perspective function, only need to get final product at peripheral gluing zone 300 gluings that arrange of through hole 200.If adopt existing glue spreader to carry out gluing to the product of this structure, owing on this series products, thering is through-hole structure, and the gluing zone is also irregular, therefore in the gluing process, easily make the transmission mechanism or frame of glue below through hole falls into, not only waste glue, also affect follow-up use.Mostly still adopt at present manual application glue for this situation, complicated operation so not only, labour intensity is high, and easily glue is coated to beyond the gluing zone during manual gluing, causes the glue waste and pastes inaccurate problem.
The utility model content
The purpose of this utility model, be to provide a kind of automatic glue spreading device, and its inequality has the large tracts of land gluing function of existing glue spreader, can also be to the accurate gluing of the irregular Realization of Product of gluing area.
Another purpose of the present utility model, be to provide a kind of automatic glue spreading device, and it can improve gluing speed, reduces the glue loss.
For reaching above-mentioned purpose, the utility model by the following technical solutions:
A kind of automatic glue spreading device comprises:
Feed system, for treating the transmission of gluing product;
Coating system, carry out gluing for the gluing product for the treatment of that feed system is transmitted;
Control system, for controlling the running of feed system and coating system;
Described coating system comprises glue spreader and the transfer roller be arranged in parallel up and down, described glue spreader and transfer roller are arranged on the carriage direction of described feed system, on described glue spreader, detachable is provided with the viscose glue mould matched with the gluing zone for the treatment of the gluing product, lay the viscose glue body for gluing in described viscose glue mould, describedly treat that the gluing product is sent between described glue spreader and described transfer roller by described feed system, the viscose glue body in described viscose glue mould is treated the gluing product along with described glue spreader rotates and is carried out gluing.
By the carriage direction in feed system, glue spreader and transfer roller are set, and be provided with the viscose glue mould of viscose glue body on glue spreader, place the viscose glue body in the viscose glue mould, and the shape of viscose glue mould matches with the gluing zone for the treatment of the gluing product, controlling feed system when control system will be when the gluing product be transported between glue spreader and transfer roller, control system is also controlled glue spreader simultaneously and is rotated, make the viscose glue mould start to contact with the gluing zone, glue spreader is rotated further, the viscose glue mould contacts one by one with relevant position, gluing zone, can realize treating the accurate gluing of gluing product.
Described viscose glue body is sponge, is soaked with glue in sponge.The viscose glue body is not limited to sponge and immerses glue, can also immerse glue for other carriers, as long as can realize gluing.
Described viscose glue body can also be solid gum.
As a kind of preferred version of automatic glue spreading device, described glue spreader one side arranges the benefit rubber roll, and described benefit rubber roll one side joint touch arranges the colloid storing unit.
By the benefit rubber roll is set, after can making the viscose glue body consumption in the viscose glue mould on glue spreader, real-time being supplemented of energy, guarantee normally carrying out of gluing work.
When not needing gluing is carried out in irregular gluing zone, the viscose glue mould can be disassembled from glue spreader, by mending rubber roll, glue spreader is mended to glue in real time like this, then treat gluing Realization of Product large tracts of land gluing.
A kind of preferred version as automatic glue spreading device, also comprise frame, on described frame, power set are set, the output shaft of described power set is connected with described glue spreader, described transfer roller, described benefit rubber roll respectively by the Synchronous Transmission assembly, realize the synchronous rotation of described glue spreader, described transfer roller, described benefit rubber roll with the drive by described power set and Synchronous Transmission assembly, described power set are connected with described control system, to control described power set work by described control system.
By power set are set, and power set are connected with glue spreader, transfer roller, benefit rubber roll by different Synchronous Transmission assemblies, rotate when can realize glue spreader, transfer roller, benefit rubber roll, guarantee the synchronism of rotating.
As a kind of preferred version of automatic glue spreading device, described feed system comprises the first pay-off and the second pay-off that is arranged at upper rack.
Described the first pay-off comprises at least two the first conveyer belts, and each described first conveyer belt carries out transmission by the first driving wheel and the first driven pulley.
Described the second pay-off comprises at least two the second conveyer belts, and each described second conveyer belt carries out transmission by the second driving wheel and the second driven pulley.
Described the first driving wheel is connected with described power set by described synchronous transmission device with the second driving wheel.
By power set are connected with the second driving wheel with the first driving wheel by the Synchronous Transmission assembly again, when can realize the first driving wheel and the second driving wheel, rotate, and also realize the rotation of synchronizeing of the first driving wheel, the second driving wheel and glue spreader, transfer roller, benefit rubber roll, guarantee the synchronism of rotating.
Further, described power set are motor, and described motor adopts the 1.5W three phase electric machine, and the output of motor also arranges frequency converter, and described frequency converter is connected with described control system, to realize the controlled of the speed of service, each working portion are regulated more convenient.
The power set of the power set of control the first driving wheel and the second driving wheel, control glue spreader all are connected with control system, in order to utilize the unified rotating speed of setting of control system, make feed system can coordinate coating system, be that feed system will be when the gluing product be delivered to coating system, viscose glue mould on glue spreader starts to contact with the gluing zone for the treatment of the gluing product, and, along with sending into of feed system, the viscose glue mould completes the gluing work to the gluing zone.
A kind of preferred version as automatic glue spreading device, between described the first driving wheel and the first driven pulley, gripper shoe is set, described the first conveyer belt is arranged at the periphery of described the first driving wheel, gripper shoe and the first driven pulley, and described gripper shoe is fixed on frame by back shaft.
The setting of gripper shoe is in order to support the transmission of the first conveyer belt, guarantees transmission accuracy.
Preferably, described the first pay-off comprises four the first conveyer belts, and four the first conveyer belts are set in parallel, and each described first conveyer belt carries out transmission by the first driving wheel and the first driven pulley.
Preferably, described the second pay-off comprises two the second conveyer belts, and two the second conveyer belts are set in parallel, and each described second conveyer belt carries out transmission by the second driving wheel and the second driven pulley.
As a kind of preferred version of automatic glue spreading device, be provided for guaranteeing to treat the stopping means that the gluing product surface is smooth on described the second pay-off.
A kind of preferred version as automatic glue spreading device, described stopping means comprises position-limited rack, described position-limited rack is fixedly connected with frame, at least two gag lever posts that be arranged in parallel on described position-limited rack, and the position limiting slide block that described gag lever post arranges by two ends and described position-limited rack are flexibly connected.
Preferably, described stopping means comprises the gag lever post that the six roots of sensation is parallel to each other, and every gag lever post two ends all arrange described position limiting slide block.
A kind of preferred version as automatic glue spreading device, between described two the second conveyer belts, auxiliary support bar is set, described auxiliary support bar is parallel to described the second conveyer belt, and the upper surface of described auxiliary support bar is higher than the upper surface of described the second conveyer belt, on described the second driving-belt, be uniformly distributed at least two for pull described treat the gluing product draw the material hook.
Preferably, between two described the second conveyer belts, a described auxiliary support bar at least is set.
Be more preferably, between two described the second conveyer belts, four described auxiliary support bars be set.
Preferably, be uniformly distributed three described material hooks that draw on described the second conveyer belt, the described material hook that draws moves a distance of positions (distance of positions equals the girth of the second conveyer belt of 1/3rd), corresponding glue spreader rotates one week, to realize the viscose glue mould on glue spreader, with the gluing zone for the treatment of the gluing product, accurately contacts.
A kind of preferred version as automatic glue spreading device, on described the first conveyer belt, aggregate-storing system also is set, described aggregate-storing system comprises storage rack and Lifting Device, and described storage rack supports a described end for the treatment of the gluing product, and described Lifting Device supports the described other end for the treatment of the gluing product.
A kind of preferred version as automatic glue spreading device, described Lifting Device comprises material ejection cylinder and the ejector beam be arranged in frame, one end of described ejector beam is connected with the piston rod end of material ejection cylinder, the other end is placed in the bottom for the treatment of the gluing product, and described material ejection cylinder is connected with described control system.
The contrast prior art, the beneficial effects of the utility model are: the viscose glue mould that is provided with the viscose glue body by detachable on glue spreader, and the shape of viscose glue mould matches with the gluing zone for the treatment of the gluing product, make when the gluing product is transported to coating system by feed system, the viscose glue mould accurately contacts with the gluing zone, completes accurate gluing, whole process is controlled by control system, realize automatic pasting, promoted gluing speed, increased the gluing precision.
The accompanying drawing explanation
Fig. 1 is the expansion schematic diagram for the treatment of the packing box of cementing;
Fig. 2 is the described schematic flow sheet from the cardon adhesive dispenser of the present embodiment;
The structural representation that Fig. 3 is the described automatic glue spreading device of the present embodiment;
Fig. 4 treats the first view of gluing product on the first pay-off;
Fig. 5 treats the second view of gluing product on the first pay-off;
Fig. 6 treats gluing product the third view on the first pay-off;
Fig. 7 treats the four kind view of gluing product on the first pay-off;
Fig. 8 treats the first view of gluing product on the second pay-off;
Fig. 9 treats the second view of gluing product on the second pay-off;
Figure 10 treats gluing product the third view on the second pay-off;
Figure 11 treats the four kind view of gluing product on the second pay-off;
Figure 12 treats the schematic top plan view of gluing product on the second pay-off;
The assembling schematic diagram that Figure 13 is transfer roller and viscose glue mould;
Figure 14 is the schematic diagram of transfer roller after turning an angle in Figure 13.
In Fig. 1:
100, body; 200, through hole; 300, gluing zone.
In Fig. 2～14:
1, frame;
2, feed system;
21, the first pay-off; 211, the first conveyer belt; 212, the first driving wheel; 213, the first driven pulley; 214, gripper shoe; 215, back shaft;
22, the second pay-off; 221, the second conveyer belt; 222, the second driving wheel; 223, the second driven pulley; 224, auxiliary support bar; 225, stopping means; 2251, gag lever post; 2252, position-limited rack; 2253, position limiting slide block;
3, coating system; 31, glue spreader, 32, transfer roller; 33, viscose glue mould; 34, viscose glue body; 35, mend rubber roll; 36, colloid storing unit;
4, aggregate-storing system; 41, storage rack; 42, Lifting Device; 421, material ejection cylinder; 422, ejector beam;
5, control system;
6, treat the gluing product; 61, body; 62, through hole; 63, gluing zone.
7, draw the material hook.
The specific embodiment
Further illustrate the technical solution of the utility model below in conjunction with accompanying drawing and by the specific embodiment
A kind of automatic glue spreading device shown in the present embodiment is for accurate gluing is carried out in irregular gluing zone, and as shown in figure 12, this treats that gluing product 6 comprises tabular body 61, has through hole 62 on body 61, in the peripheral gluing zone 63 arranged of through hole 62.Gluing zone 63 is not limited to illustrated rectangular box-like, can also be other any shape.
As shown in Figure 2,3, 4, a kind of automatic glue spreading device shown in the present embodiment, comprise frame 1, set gradually from left to right feed system 2 and coating system 3 on frame 1, feed system 2 is for treating the transmission of gluing product 6, coating system 3 carries out gluing for the gluing product 6 for the treatment of that feed system 2 is transmitted, left end top in feed system 2 arranges aggregate-storing system 4, control system 5 also is set in addition on frame 1, and control system 5 is for controlling the automatic running of feed system 2, coating system 3 and aggregate-storing system 4.
Wherein, feed system 2 comprises the first pay-off 21 and the second pay-off 22 that is arranged at frame 1 top.
The first pay-off 21 comprises four the first conveyer belts 211, these four the first conveyer belts 211 be arranged in parallel mutually, and the upper surface of four the first conveyer belts 211 is all on a horizontal plane, each first conveyer belt 211 carries out transmission by the first driving wheel 212 and the first driven pulley 213, the first driving wheel 212 is connected with frame 1 with bearing by axle, one end of axle is connected with the output shaft of power set with Timing Belt by synchronizing wheel, power set are motor herein, motor is connected with control system, so that control system is controlled machine operation, and then drive the first driving wheel 212 and rotate, the first driving wheel 212 drives the first conveyer belt 211 and the first driven pulley 213 rotates.
The periphery that gripper shoe 214, the first conveyer belts 211 are arranged at the first driving wheel 212, gripper shoe 214 and the first driven pulley 213 is set between the first driving wheel 212 and the first driven pulley 213, and gripper shoe 214 is fixed on frame 1 by back shaft 215.The setting of gripper shoe 214 is in order to support the transmission of the first conveyer belt 211, guarantees transmission accuracy.
The right-hand member of the first pay-off 21 arranges the second pay-off 22, the second pay-off 22 comprises two the second conveyer belts 221 that are arranged in parallel, and the upper surface of two the second conveyer belts 221 is all on a horizontal plane, each second conveyer belt 221 carries out transmission by the second driving wheel 222 and the second driven pulley 223, the second driving wheel 222 is connected with frame 1 with bearing by axle, one end of axle is connected with the output shaft of power set with Timing Belt by synchronizing wheel, power set are motor herein, motor is connected with control system, and then drive the second driving wheel 222 and rotate, the second driving wheel 222 drives the second conveyer belt 221 and the second driven pulley 223 rotates.
Be provided for guaranteeing to treat the stopping means 225 of gluing product 6 surfacings on the second pay-off 22, stopping means 225 comprises position-limited rack 2252, the six roots of sensation that be arranged in parallel on position-limited rack 2252 gag lever post 2251, the position limiting slide block 2253 that gag lever post 2251 arranges by two ends is flexibly connected with position-limited rack 2252, when needs are adjusted the spacing between each gag lever post 2251, only need to adjust the position of position limiting slide block 2253 on position-limited rack 2252 and get final product.
Between two the second conveyer belts 221, four auxiliary support bars 224 are set, auxiliary support bar 224 is parallel to the second conveyer belt 221, and the upper surface of auxiliary support bar 224 is higher than the upper surface of the second conveyer belt 221, when when gluing product 6 is sent to the second pay-off 22 place by the first conveyer belt 211, treat that gluing product 6 does not directly contact with the second conveyer belt 221, but supported by auxiliary support bar 224.
On the second driving-belt 221, be uniformly distributed three for pull treat gluing product 6 draw material hook 7, draw material hook 7 with draw material between hook 7 apart from the girth that equals 1/3rd second driving-belts 221.
On glue spreader 31, detachable is provided with the viscose glue mould 33 matched with the gluing zone 63 for the treatment of gluing product 6, lay the viscose glue body 34 for gluing in viscose glue mould 33, treat that gluing product 6 is sent between glue spreader 31 and transfer roller 32 by the second pay-off 22, the viscose glue body 34 in viscose glue mould 33 is treated gluing product 6 along with glue spreader 31 rotates and is carried out gluing.By the carriage direction in feed system, glue spreader 31 and transfer roller 32 are set, and be provided with the viscose glue mould 33 of viscose glue body 34 on glue spreader 31, and the shape of viscose glue mould 33 matches with the gluing zone 63 for the treatment of gluing product 6, controlling feed system 2 when control system 5 will be when gluing product 6 be transported between glue spreader 31 and transfer roller 32, control system 5 is also controlled glue spreader 31 simultaneously and is rotated, make viscose glue mould 33 start to contact with gluing zone 63, glue spreader 31 is rotated further, viscose glue mould 33 contacts one by one with 63 relevant positions, gluing zone, can realize treating the accurate gluing of gluing product 6.
One group of deceleration changement is set between Timing Belt and synchronizing wheel, to realize glue spreader 31, transfer roller 32 and commutation and the deceleration of mending rubber roll 35, finally reach and make each draw material hook 7 to move a distance of positions (distance of positions herein equals the girth of the second driving-belt 221 of 1/3rd), glue spreader 31 just rotates one week on year-on-year basis, guarantees to treat the gluing zone 63 of gluing product 6 and the each compound accuracy of viscose glue mould 33.
In the present embodiment, viscose glue body 34 is sponge, is soaked with glue in sponge.
Mend rubber roll 35 1 side joint touches colloid storing unit 36 is set, by arranging, mend rubber roll 35, after can making viscose glue body 34 consumption in the viscose glue mould 33 on glue spreader 31, real-time being supplemented of energy, guarantee normally carrying out of gluing work.
Aggregate-storing system 4 is arranged at the first pay-off 21 top left ends of feed system 2, aggregate-storing system 4 comprises storage rack 41 and Lifting Device 42, storage rack 41 supports an end for the treatment of gluing product 6, Lifting Device 42 supports the other end for the treatment of gluing product 6, Lifting Device 42 comprises material ejection cylinder 421 and the ejector beam 422 be arranged in frame 1, one end of ejector beam 422 is connected with the piston rod end of material ejection cylinder 421, and the other end is placed in the bottom for the treatment of gluing product 6, and material ejection cylinder 41 is connected with control system 5.
The course of work is as follows:
The first step: as shown in Figure 4 the gluing product 6 for the treatment of of stacked placement is positioned in aggregate-storing system 4, an end for the treatment of the gluing product is positioned on storage rack 41, the other end is positioned on the ejector beam 422 of Lifting Device 42, ejector beam 422 under original state will treat that gluing product 6 ejects on the first pay-off 21, make to treat that gluing product 6 does not contact with the first conveyer belt 211;
Second step: according to position and the shape in the gluing zone 63 for the treatment of gluing product 6, choose corresponding viscose glue mould 33, and viscose glue mould 33 bolts are fixed in to the relevant position of glue spreader 31;
The 3rd step: power-on, make control system 5 control motor and cylinder operation, as shown in Figure 5, the piston rod that control system 5 is controlled material ejection cylinder 421 moves downward, piston rod drives ejector beam 422 and moves downward, and makes undermostly to treat that gluing product 6 contacts with the first conveyer belt 211;
The 4th step: as shown in Figure 6, due to the first conveyer belt 211 and the undermost rubbing action for the treatment of gluing product 6, control system 5 is controlled the first conveyer belts 211 and is treated that by undermost gluing product 6 drags storage rack 41 away from;
The 5th step: as shown in Figure 7, the first conveyer belt 211 continues motion, treat that by undermost gluing product 6 breaks away from the stacked gluing product 6 for the treatment of, then the piston rod of control system control material ejection cylinder 421 moves upward, and then make piston rod drive ejector beam 422 to move upward, make now to be positioned at and undermostly treat that gluing product 6 separates with the first conveyer belt 211;
The 6th step: as shown in Figure 8, the first pay-off 21 will treat that gluing product 6 is sent in the second pay-off 22 from the interior isolated bottom of aggregate-storing system 4, and the 2251 pairs of bottoms of gag lever post by stopping means 225 to treat that gluing product 6 carries out spacing, now the gluing product 6 for the treatment of of the bottom is supported by auxiliary support bar 224, with the second conveyer belt 221, does not directly contact;
The 7th step: as shown in Figure 9, when first draw the material hook 7 touch the bottom until gluing product 6 time, the second conveyer belt 221 utilization of the second pay-off 22 draw material hook 7 by the bottom when an end of gluing product 6 is sent between transfer roller 32 and glue spreader 31, viscose glue body 34 beginnings in the viscose glue mould 33 on glue spreader 31 start to contact with the gluing zone 63 for the treatment of gluing product 6 of the bottom;
The 8th step, as shown in figure 10, the second conveyer belt 221 of the second pay-off 22 continues the gluing product 6 for the treatment of of the bottom is sent between transfer roller 32 and glue spreader 31, viscose glue body 34 in viscose glue mould on glue spreader 31 33 gradually with gluing zone 63 comprehensive engagements for the treatment of gluing product 6, now the gluing product 6 for the treatment of of time bottom is sent in the second pay-off 22 by the first pay-off 21, and supported by auxiliary support bar 224, with the second conveyer belt 221, directly do not contact;
The 9th step: as shown in figure 11, after gluing until gluing product 6 zone 63 comprehensive engagements of the viscose glue body 34 in viscose glue mould 33 and the bottom, to treat that by transfer roller 32 gluing product 6 sends, enter next procedure, now second draw material hook 7 also to move to time bottom treat gluing product 6 places, and the gluing product 6 for the treatment of of inferior bottom is sent to coating system 3 places, carry out continuous gluing work according to above-mentioned steps successively.
Annotate: whole process is a continuous process, stacked treat that gluing product 6 followed a slice by a slice send aggregate-storing system 4, then enter coating system 3 by feed system 2 successively and carry out gluing.
Know-why of the present utility model has below been described in conjunction with specific embodiments.These are described is in order to explain principle of the present utility model, and can not be interpreted as by any way the restriction to the utility model protection domain.Explanation based on herein, those skilled in the art does not need to pay performing creative labour can associate other specific embodiment of the present utility model, within these modes all will fall into protection domain of the present utility model.
Claims (10)
1. an automatic glue spreading device, is characterized in that, comprising:
Feed system, for treating the transmission of gluing product;
Coating system, carry out gluing for the gluing product for the treatment of that feed system is transmitted;
Control system, for controlling the running of feed system and coating system;
Described coating system comprises glue spreader and the transfer roller be arranged in parallel up and down, described glue spreader and transfer roller are arranged on the carriage direction of described feed system, the detachable viscose glue mould matched with the gluing zone for the treatment of the gluing product that is provided with on described glue spreader, lay the viscose glue body for gluing in described viscose glue mould, describedly treat that the gluing product is sent between described glue spreader and described transfer roller by described feed system, the viscose glue body in described viscose glue mould is treated the gluing product along with described glue spreader rotates and is carried out gluing.
2. automatic glue spreading device according to claim 1, is characterized in that, described glue spreader one side arranges the benefit rubber roll, and described benefit rubber roll one side joint touch arranges the colloid storing unit.
3. automatic glue spreading device according to claim 2, it is characterized in that, also comprise frame, on described frame, power set are set, the output shaft of described power set is connected with described glue spreader, described transfer roller, described benefit rubber roll respectively by the Synchronous Transmission assembly, realize the synchronous rotation of described glue spreader, described transfer roller, described benefit rubber roll with the drive by described power set and Synchronous Transmission assembly, described power set are connected with described control system, to control described power set work by described control system.
4. automatic glue spreading device according to claim 3, is characterized in that, described feed system comprises the first pay-off and the second pay-off that is arranged at upper rack;
Described the first pay-off comprises at least two the first conveyer belts, and each described first conveyer belt carries out transmission by the first driving wheel and the first driven pulley;
Described the second pay-off comprises at least two the second conveyer belts, and each described second conveyer belt carries out transmission by the second driving wheel and the second driven pulley;
Described the first driving wheel is connected with described power set by described synchronous transmission device with the second driving wheel.
5. automatic glue spreading device according to claim 4, it is characterized in that, between described the first driving wheel and the first driven pulley, gripper shoe is set, described the first conveyer belt is arranged at the periphery of described the first driving wheel, gripper shoe and the first driven pulley, and described gripper shoe is fixed on frame by back shaft.
6. automatic glue spreading device according to claim 4, is characterized in that, is provided for guaranteeing to treat the stopping means that the gluing product surface is smooth on described the second pay-off.
7. automatic glue spreading device according to claim 6, it is characterized in that, described stopping means comprises position-limited rack, described position-limited rack is fixedly connected with frame, at least two gag lever posts, the position limiting slide block that described gag lever post arranges by two ends and the flexible connection of described position-limited rack be arranged in parallel on described position-limited rack.
8. according to the described automatic glue spreading device of claim 4～7 any one, it is characterized in that, between described two the second conveyer belts, auxiliary support bar is set, described auxiliary support bar is parallel to described the second conveyer belt, and the upper surface of described auxiliary support bar is higher than the upper surface of described the second conveyer belt, on described the second driving-belt, be uniformly distributed at least two for pull described treat the gluing product draw the material hook.
9. according to the described automatic glue spreading device of claim 4～7 any one, it is characterized in that, on described the first conveyer belt, aggregate-storing system also is set, described aggregate-storing system comprises storage rack and Lifting Device, described storage rack supports a described end for the treatment of the gluing product, and described Lifting Device supports the described other end for the treatment of the gluing product.
10. automatic glue spreading device according to claim 9, it is characterized in that, described Lifting Device comprises material ejection cylinder and the ejector beam be arranged in frame, one end of described ejector beam is connected with the piston rod end of material ejection cylinder, the other end is placed in the bottom for the treatment of the gluing product, and described material ejection cylinder is connected with described control system.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320374010 CN203355970U (en) | 2013-06-26 | 2013-06-26 | Automatic glue spreading device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320374010 CN203355970U (en) | 2013-06-26 | 2013-06-26 | Automatic glue spreading device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203355970U true CN203355970U (en) | 2013-12-25 |
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ID=49803792
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320374010 Expired - Fee Related CN203355970U (en) | 2013-06-26 | 2013-06-26 | Automatic glue spreading device |
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| Country | Link |
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| CN (1) | CN203355970U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103350051A (en) * | 2013-06-26 | 2013-10-16 | 东莞美驰图实业有限公司 | Automatic glue spreading device |
| CN106947842A (en) * | 2017-04-18 | 2017-07-14 | 温州职业技术学院 | Leather surface scrapes colloid system |
-
2013
- 2013-06-26 CN CN 201320374010 patent/CN203355970U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103350051A (en) * | 2013-06-26 | 2013-10-16 | 东莞美驰图实业有限公司 | Automatic glue spreading device |
| CN106947842A (en) * | 2017-04-18 | 2017-07-14 | 温州职业技术学院 | Leather surface scrapes colloid system |
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Granted publication date: 20131225 Termination date: 20180626 |