CN212681492U - Improved mechanical upper wheel gluing assembly - Google Patents
Improved mechanical upper wheel gluing assembly Download PDFInfo
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- CN212681492U CN212681492U CN202020905173.9U CN202020905173U CN212681492U CN 212681492 U CN212681492 U CN 212681492U CN 202020905173 U CN202020905173 U CN 202020905173U CN 212681492 U CN212681492 U CN 212681492U
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Abstract
The utility model discloses a subassembly is glued to modified mechanical type upper wheel, the subassembly is glued to the upper wheel and is included roller bracket, respectively rotatory installation in roller bracket's brush rubber roll and transition roller, the cooperation is glued in brush rubber roll and transition roller roll-in biography, the top or the lateral part of transition roller are provided with and store up gluey cavity, the well lower part of storing up gluey cavity is provided with out glues the notch, the subassembly is glued to the upper wheel and still is provided with out gluey volume adjustment mechanism, it glues a volume adjustment mechanism including accuse and adjusts drive arrangement to go out, accuse is glued the piece and is installed between out gluey notch and transition roller, the first side of accuse gluey piece is connected in out gluey notch, the second side of accuse gluey piece is provided with accuse portion of gluing, accuse is glued the portion and is kept away from or is close to the cooperation towards the roll surface of transition roller and is formed out gluey clearance. The glue outlet gap is adjusted in size, so that glue outlet adjustment is realized, the adjustment precision is high, the glue outlet amount is stable, and the gluing quality and the product quality are improved.
Description
Technical Field
The utility model belongs to the technical field of cross gluey equipment technique and specifically relates to a subassembly is crossed to modified mechanical type upper wheel.
Background
The existing sole structure is often provided with two or more layers, the adjacent sole layers are bonded by hot melting or glue, and the glue bonding is the combination means with the widest applicability and can be suitable for the combination between the sole layers made of different materials.
In the prior art, a brush type sole gluing machine exists, glue is instilled and brushed on the adhesive surface of a sole material according to a program through a glue injecting device and a brush device which are arranged on the gluing machine, so that automatic gluing of the sole material is realized. However, the sole gluing machine of the brush type has long gluing period and low production efficiency, and the bristles are easy to fall off to cause workpiece pollution; in the prior art, a rolling type glue coating device is also provided, and the rolling type glue coating device brushes the roll of the glue coating surface of the workpiece through a roller attached with water-based glue so as to coat the glue on the workpiece. However, the roller type has the defects of unstable glue supply amount, uneven glue adhesion on the surface of the roller, uneven thickness of a glue layer, poor bonding quality of shoe materials and high defective rate.
SUMMERY OF THE UTILITY MODEL
Aiming at the defects in the prior art, the utility model aims to provide an improved mechanical upper wheel gluing assembly, which improves the stability of glue supply and the glue adhesion quality of a glue brushing roller; the regulation and control of the glue yield are realized, and the glue brushing requirement of different workpieces is met; the adjustment precision of the glue discharging amount is improved, and the accidental dropping of the water-based glue in the glue brushing process is avoided.
In order to realize the purpose, the utility model discloses the technical scheme who adopts is: the utility model provides a subassembly is glued to modified mechanical type upper wheel, the subassembly is glued to the upper wheel includes roller bracket, respectively rotatory installation in roller bracket's brush rubber roll and transition roller, brush rubber roll passes gluey cooperation with transition roller roll, the top or the lateral part of transition roller are provided with and store up gluey cavity, the well lower part of storing up gluey cavity is provided with out gluey notch, the subassembly is glued to the upper wheel still is provided with out gluey volume adjustment mechanism, it glues volume adjustment mechanism including accuse and adjusts drive arrangement to go out, accuse is glued the piece and is installed between a gluey notch and transition roller, the first side of accuse gluey piece is connected in a gluey notch, the second side of accuse gluey piece is provided with accuse gluey portion, accuse gluey portion is kept away from towards the roll surface of transition roller or is close to the cooperation and is formed out gluey clearance, accuse gluey portion or. The glue outlet gap is adjusted in size, so that glue outlet adjustment is realized, the adjustment precision is high, the glue outlet amount is stable, and the gluing quality and the product quality are improved.
In a further technical scheme, the glue control piece comprises a glue control rod, the glue control rod is rotatably arranged on the roller support, a rotating shaft of the glue control rod is parallel to a rotating shaft of the transition roller, a circular arc-shaped movable connection part is formed on one side of the glue control rod, which is close to the glue outlet notch, and the movable connection part movably abuts against the outer side of the glue outlet notch; one side of the glue control rod close to the transition roller is formed with a glue control surface, and the glue control surface is in clearance fit with the roller surface of the transition roller to form a glue outlet gap; the glue control rod is in transmission connection with the adjusting driving device so as to realize adjustment of the rotation angle of the glue control surface and adjustment of the size of the glue outlet gap.
In a further technical scheme, accuse is glued the piece and is included a accuse offset plate, and accuse offset plate extends the setting towards the both ends direction of transition roller respectively, and the topside pin joint of accuse offset plate is in going out gluey notch, and the medial surface of accuse offset plate forms out gluey clearance with the roll surface clearance fit of transition roller. The glue control plate is in transmission connection with the adjusting driving device so as to realize adjustment of the swing angle of the glue control plate and adjustment of the size of the glue outlet gap.
In a further technical scheme, accuse is glued the piece and is included a accuse offset plate, and accuse offset plate extends the setting towards the both ends direction of transition roller respectively, and accuse offset plate sliding connection is in going out gluey notch or roller support, and the slip direction of accuse offset plate sets up towards the transition roller, and the base of accuse offset plate is kept away from or is close to the cooperation towards the roll surface of transition roller and is formed out gluey clearance. The glue control plate is in transmission connection with the adjusting driving device so as to realize adjustment of sliding displacement of the glue control plate and adjustment of size of the glue outlet gap.
In further technical scheme, accuse glue piece includes that one is the accuse capsule that warp the setting, and accuse capsule is fixed and is gone out between gluey notch and the transition roller, and accuse capsule extends the setting towards the both ends direction of transition roller respectively. One side of the capsule control close to the glue outlet notch is connected to the glue outlet notch, and the surface of the capsule control close to the transition roller is far away from or close to the roller surface of the transition roller to form a glue outlet gap; the capsule control device is provided with an inflation inlet for inflating and deflating gas or liquid, and the adjusting driving device comprises an adjusting pump which is communicated with the inflation inlet so as to realize the adjustment of the deformation quantity of the capsule control device and the adjustment of the size of the glue outlet gap.
In a further technical scheme, the glue storage chamber is positioned above the transition roller, the top of the glue storage chamber is provided with an upper opening for filling water-based glue in an open manner, the upper opening is covered with a top cover, and the top of the top cover is provided with a lifting lug for carrying; go out the notch of gluing and set up in the bottom that stores up gluey cavity, go out both sides rigid coupling respectively around the notch of gluing and have a notch baffle, these two notch baffles set up towards the middle direction slope of the notch of gluing respectively or the setting of bending. The front side and the rear side of the transition roller are respectively provided with a glue control part, and glue control parts of the two glue control parts respectively form glue outlet gaps with different sizes with the roller surface gap of the transition roller during glue brushing.
In a further technical scheme, a first glue control rod and a second glue control rod are arranged below the two notch baffles respectively and are rotatably arranged on the roller bracket respectively. A first movable joint part is formed on the upper part of the first glue control rod and movably abutted against the outer side of the notch baffle positioned on the front side, a first glue control surface is formed on the inner side of the lower part of the first glue control rod and extends along the axial direction of the first glue control rod, and the first glue control surface is in clearance fit with the roller surface of the transition roller to form a first glue outlet gap; and a second movable joint part is formed on the upper part of the second glue control rod and movably abutted against the outer side of the notch baffle positioned on the rear side, a second glue control surface is formed on the inner side of the lower part of the second glue control rod and extends along the axial direction of the second glue control rod, and the second glue control surface is in clearance fit with the roller surface of the transition roller to form a second glue outlet gap. When the glue is brushed, the tangential direction of the top point of the transition roller is forward, and the glue outlet gap I is larger than the glue outlet gap II; when the glue is brushed, the tangential direction of the top point of the transition roller is backward, and the glue outlet gap II is larger than the glue outlet gap I.
In a further technical scheme, the adjusting and driving device comprises a glue control rod rotation adjusting device which comprises a front rotation adjusting device and a rear rotation adjusting device. The front rotary adjusting device is provided with a front connecting rod and a front adjusting longitudinal rod, the first end of the front connecting rod is fixedly connected to the end part of the first glue control rod, the front side of the roller support is provided with a threaded hole, the middle upper part of the front adjusting longitudinal rod is formed with an adjusting thread, the front adjusting longitudinal rod is connected to the threaded hole through the adjusting thread, the bottom of the front adjusting longitudinal rod is pivoted with the second end of the front connecting rod, and the top of the front adjusting longitudinal rod is provided with a front adjusting turntable; the rear rotary adjusting device is provided with a rear connecting rod and a rear adjusting longitudinal rod, the first end of the rear connecting rod is fixedly connected to the end of the glue control rod II, the rear side of the roller support is provided with another threaded hole, the middle upper portion of the rear adjusting longitudinal rod is formed with adjusting threads, the rear adjusting longitudinal rod is connected to the threaded hole through adjusting threads, the bottom of the rear adjusting longitudinal rod is pivoted with the second end of the rear connecting rod, and the top of the rear adjusting longitudinal rod is provided with a rear adjusting turntable.
In a further technical scheme, the glue brushing roller comprises a roller shaft and a roller sleeve made of a silica gel material, the outer surface of the roller shaft is sleeved with the roller sleeve in an elastic mode, the roller shaft is matched with the roller sleeve in a circumferential positioning mode, and the left end and the right end of the roller shaft are respectively connected to the corresponding side portions of the roller support in a rotating mode. The roller bracket is provided with a roller driving motor, and the transition roller and the roller shaft are respectively connected with the roller driving motor in a transmission way; the roller surface of the upper part of the transition roller is in clearance fit with the first glue control surface and the second glue control surface respectively, the roller surface of one side of the transition roller, which is close to the glue brushing roller, is in rolling fit with the outer surface of the roller sleeve, and a relative speed difference is formed between the connected roller surfaces of the transition roller and the roller sleeve.
In a further technical scheme, the rolling matching scheme between the transition roller and the roller sleeve is one of the following two schemes:
1) the transition roller and the roller sleeve rotate in the same direction.
2) The transition roller and the roller sleeve rotate in opposite directions, and a speed difference exists between the linear speed of the roller surface of the transition roller and the linear speed of the roller surface of the roller sleeve.
After the structure is adopted, compared with the prior art, the utility model the advantage that has is: the utility model forms a glue outlet gap through the gap between the glue control piece and the transition roller, so as to realize the regulation and control of the glue outlet amount and has high regulation precision; the stability of glue supply amount and the glue adhesion quality of the glue brushing roller are improved, the uneven thickness of a glue layer is avoided, and the gluing quality and the product quality are improved; the regulation precision of the glue yield is improved, the accidental dripping of the water-based glue is avoided, the pollution to shoe materials and gluing equipment is avoided, the glue material is saved, and the enterprise profit is improved.
Drawings
The present invention will be further explained with reference to the drawings and examples.
Fig. 1 is a schematic structural diagram of the present invention.
Fig. 2 is a schematic structural diagram of a right side view angle of the present invention.
Fig. 3 is a schematic view of the left side of the view of the present invention.
Fig. 4 is a schematic structural view of the glue control rod of the present invention.
In the figure:
11-roller support, 12-glue storage chamber, 1201-top cover, 1202-lifting ear, 1203-notch baffle, 13-freezing plate, 14-glue control rod, 1401-movable joint part, 1402-glue control surface, 1403-plugging sleeve, 141-glue control rod I, 1411-movable joint part I, 1412-glue control surface I, 1413-front connecting rod, 1414-front adjusting longitudinal rod, 1415-front adjusting turntable, 142-glue control rod II, 1421-movable joint part II, 1422-glue control surface II, 1423-rear connecting rod, 1424-rear adjusting longitudinal rod, 1425-rear adjusting turntable, 15-transition roller, 16-brushing roller, 161-roller shaft, 162-roller sleeve and 17-roller driving motor.
Detailed Description
The following are only preferred embodiments of the present invention, and the protection scope of the present invention is not limited thereby.
The utility model provides a subassembly is glued to improved mechanical type upper wheel, as shown in fig. 1 to 4, the subassembly is glued to the upper wheel includes roller support 11, respectively rotatory installation is in roller support 11 brush gluey roller 16 and transition roller 15, brush gluey roller 16 passes gluey cooperation with transition roller 15 roll-in, the top or the lateral part of transition roller 15 are provided with stores up gluey chamber 12, the well lower part of storing up gluey chamber 12 is provided with out gluey notch, the subassembly is glued to the upper wheel still is provided with out gluey volume adjustment mechanism, it glues the volume adjustment mechanism including accuse and regulation drive arrangement to go out gluey, accuse is glued the piece and is installed between a gluey notch and transition roller 15, the first side of accuse is connected in a gluey notch, the second side of accuse is provided with accuse gluey portion, accuse is glued the portion and is kept away from or is close to the cooperation towards the roll surface of transition roller 15 and is formed out gluey clearance, accuse is glued the portion or.
Preferably, the glue control member comprises a glue control rod 14, the glue control rod 14 is rotatably mounted on the roller support 11, the rotating shaft of the glue control rod 14 is parallel to the rotating shaft of the transition roller 15, a circular arc-shaped loose joint portion 1401 is formed on one side of the glue control rod 14 close to the glue outlet notch, and the loose joint portion 1401 movably abuts against the outer side of the glue outlet notch; a glue control surface 1402 is formed on one side of the glue control rod 14 close to the transition roller 15, and the glue control surface 1402 is in clearance fit with the roller surface of the transition roller 15 to form a glue outlet gap; the glue control rod 14 is in transmission connection with an adjusting driving device to realize adjustment of the rotation angle of the glue control surface 1402 and adjustment of the size of the glue outlet gap. Glue control rod 14 is a replacement component of a front-back adjustment structure, and two opposite sides below glue control rod 14 are respectively formed with a glue control surface 1402 so as to meet the assembly requirements of front mounting and rear mounting. Two ends of the glue control rod 14 are respectively sleeved with a plugging sleeve 162, and the upper part and the lower part of the plugging sleeve 162 are respectively connected with the glue outlet groove opening and the transition roller 15, so that the limitation of the glue outlet width is realized, and the excessive dripping and leakage of the water-based glue are prevented. The rod type glue control structure has the advantages of accurate glue control, stable glue output, low failure rate and convenient maintenance.
The applicant further provides a plate-type adjusting structure, specifically, the glue control member includes a glue control plate, the glue control plate extends towards two ends of the transition roller 15, the top edge of the glue control plate is pivoted to the glue outlet, and the inner side surface of the glue control plate is in clearance fit with the roller surface of the transition roller 15 to form a glue outlet gap. The glue control plate is in transmission connection with the adjusting driving device so as to realize adjustment of the swing angle of the glue control plate and adjustment of the size of the glue outlet gap.
The applicant also provides another plate type adjusting structure, specifically, the glue control member includes a glue control plate, the glue control plate extends towards two ends of the transition roller 15 respectively, the glue control plate is connected to the glue outlet slot or the roller support 11 in a sliding manner, the sliding direction of the glue control plate is arranged towards the transition roller 15, the bottom edge of the glue control plate is far away from or close to the roller surface of the transition roller 15 to form a glue outlet gap, and the glue control plate is connected to the adjusting driving device in a transmission manner so as to realize adjustment of sliding displacement of the glue control plate and size adjustment of the glue outlet gap.
The applicant also provides a deformation bag type adjusting structure, specifically, the glue control part comprises a glue control bag in deformation arrangement, the glue control bag is fixed between the glue outlet notch and the transition roller 15, the glue control bag extends towards two ends of the transition roller 15 respectively, one side of the glue control bag close to the glue outlet notch is connected to the glue outlet notch, and the surface of the bag body of the glue control bag close to the transition roller 15 is far away from or close to the roller surface of the transition roller 15 to form a glue outlet gap; the capsule control device is provided with an inflation inlet for inflating and deflating gas or liquid, and the adjusting driving device comprises an adjusting pump which is communicated with the inflation inlet so as to realize the adjustment of the deformation quantity of the capsule control device and the adjustment of the size of the glue outlet gap.
Specifically, the glue storage chamber 12 is located above the transition roller 15, an upper opening for filling water-based glue is arranged at the top of the glue storage chamber 12 in an open manner, a top cover 1201 is arranged on the upper opening in a covering manner, and a lifting lug 1202 for carrying is arranged at the top of the top cover 1201; go out the notch of gluing and offer the bottom of storing up gluey chamber 12, go out both sides rigid coupling respectively around the notch of gluing and have a notch baffle 1203, these two notch baffles 1203 respectively towards the middle direction of going out the notch of gluing and bend the setting to form the downward notch of gluing that narrows gradually. The outer sides of the two notch baffles 1203 are respectively fixedly connected with a freezing plate 13 connected with a freezer for discharging high-temperature water-based glue and cooling the glue so as to meet the requirement of gluing viscosity of a roller brush and ensure that the glue passing work is smoothly carried out. The front side and the rear side of the transition roller 15 are respectively provided with a glue control part, and glue control parts of the two glue control parts respectively form glue outlet gaps with different sizes with the roller surface gap of the transition roller 15 during glue brushing. The structure forms glue outlet gaps with different sizes through gaps between the glue control pieces on the front side and the back side and the transition roller 15, and the principle is that one side with larger glue outlet gaps is used as a glue output side, and glue is rolled and transferred out from the glue outlet gaps on the side; the side that the play clearance is great is regarded as the glue and is retrieved the side, and unnecessary glue rolls over by the play clearance of this side and returns, avoids causing the excessive water-based glue hourglass, guarantees to cross the smooth brush of gluey subassembly and glues simultaneously, avoids the water-based glue hourglass to pollute shoes material and shoes material conveying mechanism to avoid brush gluey roller rubberizing excess, lead to excessive brush to glue and the damage of shoes material.
Specifically, a first glue control rod 141 and a second glue control rod 142 are respectively arranged below the two notch baffles 1203, and the first glue control rod 141 and the second glue control rod 142 are respectively rotatably mounted on the roller bracket 11. A first movable joint part 1411 is formed at the upper part of the first glue control rod 141, the first movable joint part 1411 movably abuts against the outer side of the notch baffle 1203 positioned at the front side, a first glue control surface 1412 is formed at the inner side of the lower part of the first glue control rod 141, the first glue control surface 1412 extends along the axial direction of the first glue control rod 141, and the first glue control surface 1412 is in clearance fit with the roller surface of the transition roller 15 to form a first glue outlet clearance; a second loose joint part 1421 is formed on the upper part of the second glue control rod 142, the second loose joint part 1421 movably abuts against the outer side of the notch baffle 1203 located on the rear side, a second glue control surface 1422 is formed on the inner side of the lower part of the second glue control rod 142, the second glue control surface 1422 extends along the axial direction of the second glue control rod 142, and the second glue control surface 1422 is in clearance fit with the roller surface of the transition roller 15 to form a second glue outlet gap. When the glue is brushed, the tangential direction of the top point of the transition roller 15 is forward, and the glue outlet gap I is larger than the glue outlet gap II; when the glue is brushed, the tangential direction of the top point of the transition roller 15 is backward, and the glue outlet gap II is larger than the glue outlet gap I. This structure provides the regulation structure of constituteing by accuse glue stick one 141 and accuse glue stick two 142 respectively, forms a one-way endless waterborne and glues transition transmission structure with the transition roller 15 of corotation towards the place ahead, guarantees to cross the smooth brush of gluey subassembly and glues simultaneously, avoids waterborne glue water clock to pollute shoes material and shoes material conveying mechanism to avoid the rubberizing of brush glue roller excessive, lead to excessive brush glue and the damage of shoes material.
Specifically, the adjusting driving device comprises a glue control rod rotation adjusting device, the glue control rod rotation adjusting device comprises a front rotation adjusting device and a rear rotation adjusting device, the front rotation adjusting device is provided with a front connecting rod 1413 and a front adjusting longitudinal rod 1414, a first end of the front connecting rod 1413 is fixedly connected to the end of the first glue control rod 141, a threaded hole is formed in the front side of the roller support 11, an adjusting thread is formed in the middle upper portion of the front adjusting longitudinal rod 1414, the front adjusting longitudinal rod 1414 is connected to the threaded hole through the adjusting thread, the bottom of the front adjusting longitudinal rod 1414 is pivoted with a second end of the front connecting rod 1413, and a front adjusting turntable 1415 is arranged at the top of the front adjusting longitudinal rod 1414; the back rotation adjusting device is provided with a back connecting rod 1423 and a back adjusting longitudinal rod 1424, a first end of the back connecting rod 1423 is fixedly connected to the end of the glue control rod two 142, the back side of the roller support 11 is provided with another threaded hole, an adjusting thread is formed on the middle upper portion of the back adjusting longitudinal rod 1424, the back adjusting longitudinal rod 1424 is connected to the threaded hole through the adjusting thread, the bottom of the back adjusting longitudinal rod 1424 is pivoted with a second end of the back connecting rod 1423, and a back adjusting turntable 1425 is arranged at the top of the back adjusting longitudinal rod 1424. The rotation angles of the first glue control rod 141 and the second glue control rod 142 are independently adjusted through the front rotation adjusting device and the rear rotation adjusting device respectively. And the size of the gap between the first glue outlet gap and the second glue outlet gap is independently adjusted by combining the gluing speed and the gluing amount of the workpiece, so that the gluing production requirement is met.
Specifically, a compression spring is sleeved on each of the front adjusting longitudinal bar 1414 and the rear adjusting longitudinal bar 1424, the top end of the compression spring is movably connected to the roller bracket 11, and the bottom end of the compression spring abuts against the convex portions of the front adjusting longitudinal bar 1414 and the rear adjusting longitudinal bar 1424. The compression springs can increase the twisting resistance of the front adjustment dial 1415 and the rear adjustment dial 1425, and during operation, increase the twisting feedback, thereby increasing the adjustment accuracy.
Preferably, the front adjusting turntable 1415 and the rear adjusting turntable 1425 are respectively engraved with scales for identifying the rotation angle of the first glue control rod 141 and the second glue control rod 142, or the gap size of the first glue outlet gap and the gap size of the second glue outlet gap, so as to further improve the adjustment accuracy and the adjustment convenience, and an operator can select and adjust the gap size of the first glue outlet gap and the second glue outlet gap through the scales, so that quantitative adjustment can be performed on a specific workpiece, a debugging process is omitted, the gluing period is further shortened, and the production efficiency is improved.
Specifically, the glue brushing roller 16 comprises a roller shaft 161 and a roller sleeve 162 made of a silica gel material, the roller sleeve 162 is elastically sleeved on the outer surface of the roller shaft 161, the roller shaft 161 is circumferentially positioned and matched with a sleeve hole of the roller sleeve 162, and the left end and the right end of the roller shaft 161 are respectively rotatably connected to the corresponding side parts of the roller bracket 11. The roller bracket 11 is provided with a roller driving motor 17, and the transition roller 15 and the roller shaft 161 are respectively connected with the roller driving motor 17 in a transmission way; the roller surface of the upper part of the transition roller 15 is in clearance fit with the first glue control surface 1412 and the second glue control surface 1422 respectively, the roller surface of one side of the transition roller 15 close to the glue brushing roller 16 is in roller press fit with the outer surface of the roller sleeve 162, and a relative speed difference exists between the connected roller surfaces of the transition roller 15 and the roller sleeve 162.
Specifically, the roll-fit scheme between the transition roll 15 and the roll sleeve 162 is one of the following two schemes:
1) the transition roll 15 and the roll mantle 162 rotate in the same direction.
2) The transition roll 15 and the roll sleeve 162 rotate in opposite directions, and there is a speed difference between the linear speed of the roll surface of the transition roll 15 and the linear speed of the roll surface of the roll sleeve 162.
In this embodiment, the first roller press-fit scheme has been adopted, the direction of rotation of transition roller 15 and roller shell 162 is the same promptly, the meeting between transition roller 15 and the roller shell 162 is personally submitted opposite linear velocity and is carried out the roll-in cooperation, it is sufficient to guarantee the glue adhesion volume of the roll surface of roller shell 162, avoid leaking the brush, the condition of empty brush takes place, guarantee to cross gluey work and go on smoothly, can in time retrieve unnecessary glue simultaneously, avoid the waterborne to glue to take place to shift and drip, pollute shoes material and shoes material conveying mechanism, save the glue material, the profit of the enterprise is improved.
As shown in fig. 1 to 3, the positive direction of the X axis is the right side, and the negative direction of the X axis is the left side; the positive direction of the Y axis is the front side, and the negative direction of the Y axis is the rear side; the positive direction of the Z axis is upward, and the negative direction of the Z axis is downward.
The above description is only for the preferred embodiment of the present invention, and for those skilled in the art, there are variations on the detailed description and the application scope according to the idea of the present invention, and the content of the description should not be construed as a limitation to the present invention.
Claims (10)
1. The utility model provides a subassembly is glued to improved mechanical type upper wheel, the subassembly is glued to the upper wheel includes roller bracket (11), respectively rotatory installation in brush glue roller (16) and transition roller (15) of roller bracket (11), brush glue roller (16) and transition roller (15) roll-in pass glue cooperation, the top or the lateral part of transition roller (15) are provided with and store up gluey cavity (12), the well lower part of storing up gluey cavity (12) is provided with out gluey notch, its characterized in that: the upper wheel glue passing assembly is also provided with a glue outlet amount adjusting mechanism, the glue outlet amount adjusting mechanism comprises a glue control piece and an adjusting driving device, the glue control piece is arranged between the glue outlet notch and the transition roller (15), the first side of the glue control piece is connected with the glue outlet notch, the second side of the glue control piece is provided with a glue control part, the glue control part is far away from or close to the roller surface of the transition roller (15) to form a glue outlet gap,
the glue control part or the glue control piece is connected with the adjusting driving device.
2. The improved mechanical wheel-coating assembly of claim 1, wherein: the glue control piece comprises a glue control rod (14), the glue control rod (14) is rotatably arranged on the roller support (11), the rotating shaft of the glue control rod (14) is parallel to the rotating shaft of the transition roller (15),
one side of the glue control rod (14) close to the glue outlet notch is formed with a circular arc-shaped movable connecting part (1401), and the movable connecting part (1401) movably abuts against the outer side of the glue outlet notch;
a glue control surface (1402) is formed on one side, close to the transition roller (15), of the glue control rod (14), and the glue control surface (1402) is in clearance fit with the roller surface of the transition roller (15) to form the glue outlet gap;
the glue control rod (14) is in transmission connection with the adjusting driving device so as to realize adjustment of the rotating angle of the glue control surface (1402) and adjustment of the size of the glue outlet gap.
3. The improved mechanical wheel-coating assembly of claim 1, wherein: the glue control piece comprises a glue control plate, the glue control plate extends towards the two ends of the transition roller (15) respectively, the top edge of the glue control plate is pivoted to the glue outlet groove opening, the inner side surface of the glue control plate is in clearance fit with the roller surface of the transition roller (15) to form the glue outlet clearance,
the glue control plate is in transmission connection with the adjusting driving device so as to realize adjustment of the swing angle of the glue control plate and adjustment of the size of the glue outlet gap.
4. The improved mechanical wheel-coating assembly of claim 1, wherein: the glue control piece comprises a glue control plate, the glue control plate extends towards the two ends of the transition roller (15) respectively, the glue control plate is connected with the glue outlet groove opening or the roller bracket (11) in a sliding manner, the sliding direction of the glue control plate is arranged towards the transition roller (15), the bottom edge of the glue control plate is far away from or close to the roller surface of the transition roller (15) to form the glue outlet gap,
the glue control plate is in transmission connection with the adjusting driving device so as to realize adjustment of sliding displacement of the glue control plate and adjustment of size of the glue outlet gap.
5. The improved mechanical wheel-coating assembly of claim 1, wherein: the glue control piece comprises a deformable glue control capsule which is fixed between the glue outlet notch and the transition roller (15), the glue control capsule extends towards the two ends of the transition roller (15) respectively,
one side of the capsule control close to the glue outlet notch is connected to the glue outlet notch, and the surface of the capsule control close to the transition roller (15) is far away from or close to the roller surface of the transition roller (15) to form the glue outlet gap;
the capsule control device is provided with an inflation inlet for inflating and deflating gas or liquid, and the adjusting driving device comprises an adjusting pump which is communicated with the inflation inlet so as to realize the adjustment of the deformation quantity of the capsule control device and the adjustment of the size of the glue outlet gap.
6. An improved mechanical wheel-coating assembly as claimed in any one of claims 1 to 5, wherein: the glue storage chamber (12) is positioned above the transition roller (15), the top of the glue storage chamber (12) is provided with an upper opening for filling water-based glue in an open manner, the upper opening is covered with a top cover (1201), and the top of the top cover (1201) is provided with a lifting lug (1202) for carrying by hand; the glue outlet notch is arranged at the bottom of the glue storage chamber (12), the front side and the rear side of the glue outlet notch are respectively fixedly connected with a notch baffle plate (1203), the two notch baffle plates (1203) are respectively arranged in an inclined way or in a bending way towards the middle direction of the glue outlet notch,
the front side and the rear side of the transition roller (15) are respectively provided with the glue control parts, and the glue control parts of the two glue control parts respectively form glue outlet gaps with different sizes with the roller surface gap of the transition roller (15) during glue brushing.
7. The improved mechanical wheel-coating assembly of claim 6, wherein: a first glue control rod (141) and a second glue control rod (142) are respectively arranged below the two notch baffles (1203), the first glue control rod (141) and the second glue control rod (142) are respectively rotatably arranged on the roller bracket (11),
a first movable joint part (1411) is formed at the upper part of the first glue control rod (141), the first movable joint part (1411) movably abuts against the outer side of the notch baffle (1203) positioned at the front side, a first glue control surface (1412) is formed at the inner side of the lower part of the first glue control rod (141), the first glue control surface (1412) extends along the axial direction of the first glue control rod (141), and the first glue control surface (1412) is in clearance fit with the roller surface of the transition roller (15) to form a first glue outlet gap;
a second loose joint part (1421) is formed at the upper part of the second glue control rod (142), the second loose joint part (1421) movably abuts against the outer side of the notch baffle (1203) positioned at the rear side, a second glue control surface (1422) is formed at the inner side of the lower part of the second glue control rod (142), the second glue control surface (1422) extends along the axial direction of the second glue control rod (142), the second glue control surface (1422) is in clearance fit with the roller surface of the transition roller (15) to form a second glue outlet clearance,
when the glue is brushed, the tangential direction of the top point of the transition roller (15) is forward, and the glue outlet gap I is larger than the glue outlet gap II; when the glue is brushed, the tangential direction of the top point of the transition roller (15) is backward, and the glue outlet gap II is larger than the glue outlet gap I.
8. An improved mechanical wheel-coating assembly as claimed in claim 7, wherein: the adjusting driving device comprises a glue control rod rotation adjusting device which comprises a front rotation adjusting device and a rear rotation adjusting device,
the front rotation adjusting device is provided with a front connecting rod (1413) and a front adjusting longitudinal rod (1414), the first end of the front connecting rod (1413) is fixedly connected to the end part of the glue control rod I (141), the front side of the roller support (11) is provided with a threaded hole, the middle upper part of the front adjusting longitudinal rod (1414) is formed with an adjusting thread, the front adjusting longitudinal rod (1414) is connected to the threaded hole through the adjusting thread, the bottom of the front adjusting longitudinal rod (1414) is pivoted with the second end of the front connecting rod (1413), and the top of the front adjusting longitudinal rod (1414) is provided with a front adjusting turntable (1415);
the rear rotation adjusting device is provided with a rear connecting rod (1423) and a rear adjusting longitudinal rod (1424), the first end of the rear connecting rod (1423) is fixedly connected to the end of the second glue control rod (142), the rear side of the roller support (11) is provided with another threaded hole, an adjusting thread is formed in the middle upper portion of the rear adjusting longitudinal rod (1424), the rear adjusting longitudinal rod (1424) is connected to the threaded hole through the adjusting thread, the bottom of the rear adjusting longitudinal rod (1424) is pivoted with the second end of the rear connecting rod (1423), and a rear adjusting turntable (1425) is arranged at the top of the rear adjusting longitudinal rod (1424).
9. An improved mechanical wheel-coating assembly as set forth in claim 8, wherein: the rubber brushing roller (16) comprises a roller shaft (161) and a roller sleeve (162) made of silica gel materials, the roller sleeve (162) is elastically sleeved on the outer surface of the roller shaft (161), the roller shaft (161) is matched with the roller sleeve (162) in a circumferential positioning manner, the left end and the right end of the roller shaft (161) are respectively connected with the corresponding side parts of the roller bracket (11) in a rotating manner,
the roller support (11) is provided with a roller driving motor (17), and the transition roller (15) and the roller shaft (161) are respectively connected with the roller driving motor (17) in a transmission way;
the roller surface of the upper part of the transition roller (15) is in clearance fit with the first glue control surface (1412) and the second glue control surface (1422) respectively, the roller surface of one side, close to the glue brushing roller (16), of the transition roller (15) is in roller press fit with the outer surface of the roller sleeve (162), and a relative speed difference exists between the connected roller surfaces of the transition roller (15) and the roller sleeve (162).
10. An improved mechanical wheel-coating assembly as claimed in claim 9, wherein: the roll-press matching scheme between the transition roll (15) and the roll sleeve (162) is selected from one of the following two schemes,
1) the rotation directions of the transition roller (15) and the roller sleeve (162) are the same;
2) the rotating directions of the transition roller (15) and the roller sleeve (162) are opposite, and a speed difference exists between the linear speed of the roller surface of the transition roller (15) and the linear speed of the roller surface of the roller sleeve (162).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020905173.9U CN212681492U (en) | 2020-05-26 | 2020-05-26 | Improved mechanical upper wheel gluing assembly |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020905173.9U CN212681492U (en) | 2020-05-26 | 2020-05-26 | Improved mechanical upper wheel gluing assembly |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN212681492U true CN212681492U (en) | 2021-03-12 |
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ID=74889832
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202020905173.9U Active CN212681492U (en) | 2020-05-26 | 2020-05-26 | Improved mechanical upper wheel gluing assembly |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN212681492U (en) |
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2020
- 2020-05-26 CN CN202020905173.9U patent/CN212681492U/en active Active
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Effective date of registration: 20220525 Address after: 343700 Jiangxi longzhan Machinery Manufacturing Co., Ltd., Pioneer Park, Taihe Industrial Park, Ji'an City, Jiangxi Province Patentee after: JIANGXI LONGZEN MACHINERY MANUFACTURING CO.,LTD. Address before: 2 / F, No.36, Gongye East Road, Songshanhu high tech Industrial Development Zone, Dongguan, Guangdong 523000 Patentee before: DONGGUAN BLUESKY INTELLIGENT EQUIPMENT Co.,Ltd. |
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