CN204936246U - Wire belt process units - Google Patents
Wire belt process units Download PDFInfo
- Publication number
- CN204936246U CN204936246U CN201520508224.3U CN201520508224U CN204936246U CN 204936246 U CN204936246 U CN 204936246U CN 201520508224 U CN201520508224 U CN 201520508224U CN 204936246 U CN204936246 U CN 204936246U
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- China
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- steel wire
- viscose glue
- glue portion
- wheel
- contact roller
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Abstract
The utility model relates to adhesive tape production field, specifically provides a kind of wire belt process units.This device comprises pedestal and is installed on the adhesive tape mounting pulley to be processed of pedestal, peel off wheel, wheel installed by steel wire, steel wire guide member, first group of contact roller, viscose glue portion Superposition unit, release liners delivery wheel, laminating wheel, wire belt reel, adhesive tape mounting pulley to be processed is provided with the adhesive tape to be processed comprising the first release liners and viscose glue portion, peel off wheel and be provided with peeling member, steel wire is installed wheel and is provided with steel wire, release liners delivery wheel is provided with the second release liners, first release liners and viscose glue portion are peeled off by peeling member mutually, the viscose glue portion be stripped out and the steel wire guided by steel wire guide member converge mutually be incorporated in converge after to compress through first group of contact roller and bond, viscose glue portion after bonding and steel wire are after viscose glue portion Superposition unit, viscose glue portion wrapped wire obtains the superimposed viscose glue portion of steel wire, superimposed for steel wire viscose glue portion and the second release liners fit and obtain wire belt by laminating wheel.
Description
Technical field
The utility model relates to adhesive tape production field, in particular to a kind of wire belt process units.
Background technology
Usually need to use the adhesive tape with steel wire in automotive field, but there is not the adhesive tape that existing equipment or device produce this steel wire preferably in the market, most of manufacturer produces by being manually pressed onto in adhesive tape by steel wire, causes production efficiency lower.This shows, in prior art, lack the device can producing wire belt expeditiously.
Utility model content
The purpose of this utility model is to provide a kind of wire belt process units, to improve in prior art the problem lacking and can produce the device of wire belt expeditiously.
The utility model is achieved in that
A kind of wire belt process units, comprise pedestal and the adhesive tape mounting pulley to be processed being installed on described pedestal, peel off wheel, wheel installed by steel wire, steel wire guide member, first group of contact roller, viscose glue portion Superposition unit, release liners delivery wheel, laminating wheel, wire belt reel, described adhesive tape mounting pulley to be processed is provided with adhesive tape to be processed, described adhesive tape to be processed comprises the first release liners and viscose glue portion, the both sides in described viscose glue portion are the sticking mucilage glue surface of tool, described stripping wheel is provided with peeling member, described steel wire is installed wheel and is provided with steel wire, the central shaft of each contact roller in described first group of contact roller is all parallel to first direction, described release liners delivery wheel is provided with the second release liners, first release liners of the adhesive tape to be processed from described adhesive tape mounting pulley to be processed is peeled off with viscose glue portion by described peeling member mutually, the described viscose glue portion be stripped out with guided by described steel wire guide member from described steel wire, the steel wire of taking turns is installed and converges mutually, described viscose glue portion after converging and described steel wire compress through described first group of contact roller and bond, described viscose glue portion after bonding and described steel wire are after described viscose glue portion Superposition unit, described viscose glue portion wraps up described steel wire and obtains the superimposed viscose glue portion of steel wire, superimposed for described steel wire viscose glue portion fits with described second release liners from described release liners delivery wheel and obtains wire belt by described laminating wheel.
Further, described first group of contact roller comprises the first contact roller, second contact roller, 3rd contact roller and the 4th contact roller, the application point that described first contact roller carries out compressing bonding to described steel wire and described both viscose glue portions is the first compression point, the application point that described second contact roller carries out compressing bonding to described steel wire and described both viscose glue portions is the second compression point, the application point that described 3rd contact roller carries out compressing bonding to described steel wire and described both viscose glue portions is the 3rd compression point, the application point that described 4th contact roller carries out compressing bonding to described steel wire and described both viscose glue portions is the 4th compression point, described first compresses point, described second compresses point, described 3rd compress point and described 4th compress put at the most alternate compression point be placed in same straight line.Same straight line is not in because the first contact roller, the second contact roller, the 3rd contact roller and the 4th contact roller carry out compressing three compression points often adjacent in the compression point of bonding to both steel wire and viscose glue portion separately, so each contact roller can apply relatively large active force at the compression point place of its correspondence to both steel wire and viscose glue portion, to guarantee that steel wire and viscose glue portion can hold tightly together.
Further, described viscose glue portion Superposition unit comprises at least one superimposedly takes turns, described at least one superimposed take turns in each superimposed central shaft of taking turns be parallel to described first direction, described each superimposed part acting on the described viscose glue portion bonded with described steel wire of taking turns is constructed to V-shaped groove, and the described viscose glue portion bonded with described steel wire is placed in mode away from the side of described V-shaped groove through described V-shaped groove with described steel wire.Due to superimposed this V-shaped groove structure of taking turns, the mode that the viscose glue portion bonded with steel wire is placed in away from the side of V-shaped groove with steel wire passes through this V-shaped groove, the part that viscose glue portion and steel wire bond can be in the bottom of V-shaped groove, viscose glue portion is away from side superimposed bonding under the effect of two sides of this V-shaped groove of this V-shaped groove simultaneously, is wrapped in viscose glue portion to make steel wire.
Further, described superimposed number of taking turns is two, increases superimposed number of taking turns and steel wire can be guaranteed to be wrapped in viscose glue portion.
Further, described wire belt process units also comprises the second group of contact roller superimposed for described steel wire viscose glue portion compressed, and described second group of contact roller is arranged at described superimposedly to take turns between described laminating wheel on described pedestal.Second group of contact roller may be used for superimposed for steel wire viscose glue portion to compress, thus guarantees that steel wire is closely wrapped in viscose glue portion.
Further, described second group of contact roller comprises four contact rollers, described four contact rollers central shaft separately is all parallel to second direction, described second direction is perpendicular to described first direction, described four contact rollers are respectively the 5th contact roller, 6th contact roller, 7th contact roller and the 8th contact roller, gap between described 5th contact roller and described 6th contact roller is less than or equal to the external diameter of described steel wire, described 5th contact roller and described 6th both contact rollers are the 5th compress point by described gap to the application point that the superimposed viscose glue portion of described steel wire compresses, described 7th contact roller is the 6th compression point to the application point that the superimposed viscose glue portion of described steel wire compresses, described 8th contact roller is the 7th compression point to the application point that the superimposed viscose glue portion of described steel wire compresses, described 5th compresses point, described 6th compression point and the described 7th compresses the compression point mediated in point and is placed in outside all the other a two compressions straight line limited.In the process that the superimposed viscose glue portion of steel wire is compressed, the 5th contact roller be close to mutually and the 6th contact roller are compressed the superimposed viscose glue portion of steel wire by above-mentioned gap, in addition because the 5th compression point, the 6th compresses point and the 7th compression point is not in same straight line, so the 7th contact roller and the 8th contact roller also can apply relatively large active force to steel wire superimposed viscose glue portion, to guarantee to compress the superimposed viscose glue portion of steel wire preferably.
Further, described wire belt process units also comprises: the deflecting roller acting on the superimposed viscose glue portion of described steel wire, described deflecting roller is placed between described second group of contact roller and described laminating wheel on described pedestal, and the central shaft of described deflecting roller is parallel to described first direction.Due to through superimposed take turns with second group of contact roller after, the mucilage glue surface in steel wire superimposed viscose glue portion is in the plane vertical with the mucilage glue surface in superimposed viscose glue portion before, so for the ease of superimposed for steel wire viscose glue portion and the second release liners are fitted, deflecting roller can be used to be changed into by the mucilage glue surface in superimposed for steel wire viscose glue portion and to be in the plane parallel with the mucilage glue surface in superimposed viscose glue portion before.
Further, described wire belt process units is also included in the positioning unit described pedestal is placed between described deflecting roller and described laminating wheel.Positioning unit can prevent the superimposed viscose glue portion positioning of the steel wire after turning to, and to aim at fit together to make the superimposed viscose glue portion of the steel wire after turning to the second release liners.
Further, described positioning unit comprises the first locating wheel, second locating wheel and the 3rd locating wheel, described first locating wheel, the central shaft of each locating wheel in described second locating wheel and described 3rd locating wheel is all parallel to described first direction, the application point of described first locating wheel to the superimposed viscose glue portion of described steel wire is the first anchor point, the application point of described second locating wheel to the superimposed viscose glue portion of described steel wire is the second anchor point, the application point of described 3rd locating wheel to the superimposed viscose glue portion of described steel wire is the 3rd anchor point, described first anchor point, the anchor point mediated in described second anchor point and described 3rd anchor point is placed in outside the straight line that all the other two anchor points limit.Therefore, the first locating wheel, the second locating wheel and the 3rd locating wheel can clamp the superimposed viscose glue portion of steel wire preferably, prevent the superimposed viscose glue portion of steel wire from before arrival laminating wheel, positioning occurring.
Further, described wire belt process units also comprises: on described pedestal, be placed in described steel wire install first directional wheel of taking turns between described steel wire guide member; Described pedestal is placed in described adhesive tape mounting pulley to be processed and described stripping take turns between the second directional wheel; And the 3rd directional wheel be placed on described pedestal between described release liners delivery wheel and described laminating wheel, wherein said first directional wheel, described second directional wheel and described 3rd directional wheel central shaft separately are all parallel to described first direction.First directional wheel can guide the steel wire arrival steel wire guide member installing wheel from steel wire, second directional wheel can guide the adhesive tape to be processed from adhesive tape mounting pulley to be processed to arrive and peel off wheel, 3rd directional wheel can guide the second release liners from release liners delivery wheel to arrive laminating wheel, thus contributes to wire belt process units and produce.
The beneficial effect that the utility model realizes: the wire belt process units that the utility model embodiment provides comprises pedestal and is installed on the adhesive tape mounting pulley to be processed of pedestal, peel off wheel, wheel installed by steel wire, steel wire guide member, first group of contact roller, viscose glue portion Superposition unit, release liners delivery wheel, laminating wheel, wire belt reel, adhesive tape mounting pulley to be processed is provided with adhesive tape to be processed, adhesive tape to be processed comprises the first release liners and viscose glue portion, the both sides in this viscose glue portion are the sticking mucilage glue surface of tool, peel off wheel and be provided with peeling member, steel wire is installed wheel and is provided with steel wire, the central shaft of each contact roller in first group of contact roller is all parallel to first direction, release liners delivery wheel is provided with the second release liners, first release liners of the adhesive tape to be processed from adhesive tape mounting pulley to be processed is peeled off with viscose glue portion by peeling member mutually, the viscose glue portion be stripped out with guided by steel wire guide member from steel wire, the steel wire of taking turns is installed and converges mutually, viscose glue portion after converging and steel wire compress through first group of contact roller and bond, viscose glue portion after bonding and steel wire are after viscose glue portion Superposition unit, viscose glue portion wrapped wire obtains the superimposed viscose glue portion of steel wire, superimposed for steel wire viscose glue portion fits with the second release liners from release liners delivery wheel and obtains wire belt by laminating wheel.When using this wire belt process units, just steel wire can be driven by rotating the wire belt reel being wound with wire belt, adhesive tape to be processed and the second release liners are advanced towards the direction at wire belt reel place, at steel wire, in the process that adhesive tape to be processed and the second release liners are advanced, peel off wheel the first release liners of adhesive tape to be processed is peeled off mutually with viscose glue portion, steel wire and the viscose glue portion separated are bonded together by first group of contact roller, viscose glue portion Superposition unit makes the viscose glue portion bonded with steel wire carry out superimposed to obtain the superimposed viscose glue portion of steel wire in the mode of wrapping up this steel wire, superimposed for steel wire viscose glue portion and the second release liners fit to obtain wire belt by laminating wheel, the last wire belt obtained is wound onto on wire belt reel.As can be seen here, this wire belt process units can produce wire belt expeditiously.
Accompanying drawing explanation
Fig. 1 shows the schematic structure of the wire belt process units that the first embodiment of the present utility model provides;
Fig. 2 is the partial schematic enlarged drawing of the part A in the wire belt process units shown in Fig. 1;
Fig. 3 is that schematic diagram is put in the position of first group of contact roller in the wire belt process units that provides of the first embodiment of the present utility model;
Fig. 4 is the superimposed schematic cross sectional view of taking turns in the wire belt process units that provides of the first embodiment of the present utility model;
Fig. 5 shows the schematic structure of the wire belt process units that the second embodiment of the present utility model provides;
Fig. 6 is that schematic diagram is put in the position of second group of contact roller in the wire belt process units that provides of the second embodiment of the present utility model;
Fig. 7 is that schematic diagram is put in the position of positioning unit in the wire belt process units that provides of the second embodiment of the present utility model.
Wherein, Reference numeral gathers as follows: pedestal 101, adhesive tape mounting pulley 102 to be processed, peel off wheel 103, wheel 104 installed by steel wire, steel wire guide member 105, first group of contact roller 106, viscose glue portion Superposition unit 107, release liners delivery wheel 108, laminating wheel 109, first release liners 110, viscose glue portion 111, steel wire 112, peeling member 113, first contact roller 114, second contact roller 115, 3rd contact roller 116, 4th contact roller 117, first superimposedly takes turns 118, second superimposedly takes turns 119, second release liners 120, wire belt reel 121, second group of contact roller 122, deflecting roller 123, positioning unit 124, first directional wheel 125, second directional wheel 126, 3rd directional wheel 127, 5th contact roller 128, 6th contact roller 129, 7th contact roller 130, 8th contact roller 131, first locating wheel 132, second locating wheel 133, 3rd locating wheel 134.
Detailed description of the invention
In view of lacking the problem can producing the device of wire belt expeditiously in prior art, the present inventor visualizes a kind of wire belt process units.The wire belt process units that the utility model embodiment provides comprises pedestal and is installed on the adhesive tape mounting pulley to be processed of pedestal, peel off wheel, wheel installed by steel wire, steel wire guide member, first group of contact roller, viscose glue portion Superposition unit, release liners delivery wheel, laminating wheel, wire belt reel, adhesive tape mounting pulley to be processed is provided with adhesive tape to be processed, adhesive tape to be processed comprises the first release liners and viscose glue portion, the both sides in this viscose glue portion are the sticking mucilage glue surface of tool, peel off wheel and be provided with peeling member, steel wire is installed wheel and is provided with steel wire, the central shaft of each contact roller in first group of contact roller is all parallel to first direction, release liners delivery wheel is provided with the second release liners, first release liners of the adhesive tape to be processed from adhesive tape mounting pulley to be processed is peeled off with viscose glue portion by peeling member mutually, the viscose glue portion be stripped out with guided by steel wire guide member from steel wire, the steel wire of taking turns is installed and converges mutually, viscose glue portion after converging and steel wire compress through first group of contact roller and bond, viscose glue portion after bonding and steel wire are after viscose glue portion Superposition unit, viscose glue portion wrapped wire obtains the superimposed viscose glue portion of steel wire, superimposed for steel wire viscose glue portion fits with the second release liners from release liners delivery wheel and obtains wire belt by laminating wheel.When using this wire belt process units, just steel wire can be driven by rotating the wire belt reel being wound with wire belt, adhesive tape to be processed and the second release liners are advanced towards the direction at wire belt reel place, at steel wire, in the process that adhesive tape to be processed and the second release liners are advanced, peel off wheel the first release liners of adhesive tape to be processed is peeled off mutually with viscose glue portion, steel wire and the viscose glue portion separated are bonded together by first group of contact roller, viscose glue portion Superposition unit makes the viscose glue portion bonded with steel wire carry out superimposed to obtain the superimposed viscose glue portion of steel wire in the mode of wrapping up this steel wire, superimposed for steel wire viscose glue portion and the second release liners fit to obtain wire belt by laminating wheel, the last wire belt obtained is wound onto on wire belt reel.As can be seen here, this wire belt process units can produce wire belt expeditiously.
Also by reference to the accompanying drawings the utility model embodiment is described in further detail below by specific embodiment.
Fig. 1 shows the schematic structure of the wire belt process units that the first embodiment of the present utility model provides.Refer to Fig. 1, this wire belt process units comprises pedestal 101 and is arranged at the following parts of pedestal 101: adhesive tape mounting pulley 102 to be processed; Peel off wheel 103; Wheel 104 installed by steel wire; Steel wire guide member 105; First group of contact roller 106; Viscose glue portion Superposition unit 107; Release liners delivery wheel 108; Laminating wheel 109; And wire belt reel 121.
Adhesive tape mounting pulley 102 to be processed is provided with adhesive tape to be processed, and this adhesive tape to be processed can be double faced adhesive tape, and it width comprising the first release liners 110 and viscose glue portion 111, first release liners 110 equals the width in viscose glue portion 111.The both sides in viscose glue portion 111 are mucilage glue surface, and that is, the both sides in viscose glue portion 111 all have viscosity.First release liners 110 of adhesive tape to be processed and viscose glue portion 111 peel off mutually peeling off wheel 103 place.Steel wire is installed wheel 104 and is provided with steel wire 112.Steel wire guide member 105 guides the steel wire 112 installing wheel 104 from steel wire and the viscose glue portion 111 separated to converge, and preferably, steel wire 112 is directed to the middle position of the horizontal direction of the side mucilage glue surface in viscose glue portion 111.First group of contact roller 106 is for compressing bonding by the steel wire 112 from steel wire guide member 105 with the viscose glue portion 111 separated.
Fig. 2 is the partial schematic enlarged drawing of the part A in the wire belt process units shown in Fig. 1.Refer to Fig. 2, peel off wheel 103 and be provided with the peeling member 113 the first release liners 110 of the adhesive tape to be processed from adhesive tape mounting pulley 102 to be processed peeled off with viscose glue portion 111 phase.In a kind of detailed description of the invention, peeling member 113 can be blade, and this blade is placed between the first release liners 110 of adhesive tape to be processed with viscose glue portion 111 the first release liners 110 to be peeled off with viscose glue portion 111 phase.In the embodiment shown in figure 2, peeling member 113 is configured to make its longitudinal direction consistent with the longitudinal direction in viscose glue portion 111, but in other embodiments, peeling member 113 can also be configured to the longitudinal direction making its longitudinal direction perpendicular to viscose glue portion 111.
As shown in Figure 2, steel wire guide member 105 can have the shape that is similar to syringe and converge with the viscose glue portion 111 separated with guiding steel wire 112 exactly, but steel wire guide member 105 can also be stopper slot or other suitable structures, detailed description of the invention of the present utility model is not as limit.
Continue to consult Fig. 2, can find out that the central shaft of each contact roller that first group of contact roller 106 comprises in the first contact roller 114, second contact roller 115, the 3rd contact roller 116 and the 4th contact roller 117, first group of contact roller 106 is all parallel to first direction.The application point that both first contact roller 114 pairs steel wire 112 and viscose glue portion 111 carry out compressing bonding is the first compression point, the application point that both second contact roller 115 pairs steel wire 112 and viscose glue portion 111 carry out compressing bonding is the second compression point, the application point that both 3rd contact roller 116 pairs steel wire 112 and viscose glue portion 111 carry out compressing bonding is the 3rd compress point, the application point that both 4th contact roller 117 pairs steel wire 112 and viscose glue portion 111 carry out compressing bonding is the 4th compress point, first compresses point, second compresses point, 3rd compress point and the 4th compress put at the most alternate compression point be placed in same straight line, that is, first compresses point, second compresses point, 3rd compresses three compression points adjacent in point and the 4th compression point is not in same straight line, make each contact roller in first group of contact roller 106 can apply relatively large active force at the compression point place of its correspondence to both steel wire 112 and viscose glue portion 111, thus guarantee that steel wire 112 and viscose glue portion 111 can hold tightly together.For the ease of understanding the relative position of each contact roller in first group of contact roller 106, schematic diagram is put in the position that Fig. 3 shows each contact roller in first group of contact roller 106.In addition, as depicted in figs. 1 and 2, each contact roller in first group of contact roller 106 can adjust relative to the position of pedestal 101, steel wire 112 can be held tightly together with viscose glue portion 111 when making steel wire 112 and viscose glue portion 111 slightly bending by each contact roller in first group of contact roller 106, thus ensure that steel wire 112 can not rupture due to severe bends.Each contact roller in first group of contact roller 106 can have identical size, but each contact roller in first group of contact roller 106 also can be of different sizes; In addition, first group of contact roller 106 can also comprise the contact roller of more or less number, and detailed description of the invention of the present utility model is not as limit.
The viscose glue portion Superposition unit 107 of wire belt process units carries out superimposed for making the viscose glue portion 111 bonded with steel wire 112 in the mode of wrapped wire 112, to obtain the superimposed viscose glue portion of steel wire.In a kind of detailed description of the invention, viscose glue portion Superposition unit 107 can comprise first superimposedly takes turns 118 and second and superimposedly takes turns 119, first superimposed take turns 118 and second superimposed 119 respective central shafts of taking turns be parallel to first direction.First superimposedly takes turns 118 and second and superimposedly takes turns each superimposed part acting on the viscose glue portion 111 bonded with steel wire 112 of taking turns in 119 and be constructed to V-shaped groove.For illustration purposes, illustrated in Fig. 4 first superimposed take turns 118 schematic cross sectional view.Mode away from the side of each superimposed V-shaped groove of taking turns is placed in through this V-shaped groove with steel wire 112 in the viscose glue portion 111 bonded with steel wire 112, the part that viscose glue portion 111 and steel wire 112 bond is in the bottom of this V-shaped groove, viscose glue portion 111 is away from side superimposed bonding under the effect of two sides of this V-shaped groove of this V-shaped groove simultaneously, to make steel wire 112 be wrapped in viscose glue portion 111, thus obtain the superimposed viscose glue portion of steel wire.Particularly, the width in the superimposed viscose glue portion of steel wire is narrower than the width in viscose glue portion 111, and the both sides in the superimposed viscose glue portion of this steel wire are also mucilage glue surface, and the side that the both sides mucilage glue surface in the superimposed viscose glue portion of steel wire is not bonded by viscose glue portion 111 is formed.By first superimposed take turns 118 with the second superimposed mucilage glue surface of taking turns 119 steel wire obtained superimposed viscose glue portion be in superimposed before the vertical plane of the mucilage glue surface in viscose glue portion 111.Angle between first superimposed two sides of taking turns the V-shaped groove of 118 can equal the angle between second superimposed two sides of taking turns the V-shaped groove of 119, but the angle between first superimposed two sides of taking turns the V-shaped groove of 118 can also be less than the angle between second superimposed two sides of taking turns the V-shaped groove of 119, to guarantee that viscose glue portion 111 can superimposedly bond away from the side of each superimposed V-shaped groove of taking turns.As shown in Figure 1, first superimposedly takes turns 118 and second and superimposedly takes turns 119 adjustable relative to the position of pedestal 101, thus provides higher flexibility ratio for the production of wire belt.In addition, viscose glue portion Superposition unit 107 can also comprise the superimposed of one or more takes turns, and detailed description of the invention of the present utility model is not as limit.
The release liners delivery wheel 108 of wire belt process units is provided with the second release liners 120.The second release liners 120 from release liners delivery wheel 108 fits at laminating wheel 109 place and the superimposed viscose glue portion of steel wire, thus obtains wire belt.Laminating wheel 109 can be I-beam wheel.Due to the second release liners 120 with by viscose glue portion Superposition unit 107, superimposed for steel wire superimposed obtained for viscose glue portion 111 viscose glue portion is fitted, so the width of the second release liners 120 is preferably narrower than the width of the first release liners 110.
The wire belt reel 121 of wire belt process units is for reeling to the wire belt obtained at laminating wheel 109 place.Wire belt reel 121 can by manually rotating.In a kind of detailed description of the invention, wire belt process units can also comprise the motor be connected to provide power to wire belt reel 121 with wire belt reel 121, that is, wire belt reel 121 can also be driven to rotate by motor.
When using this wire belt process units, just steel wire 112 can be driven by rotating the wire belt reel 121 being wound with wire belt, adhesive tape to be processed and the second release liners 120 are advanced towards the direction at wire belt reel 121 place, thus drive adhesive tape mounting pulley 102 to be processed, peel off wheel 103, wheel 104 installed by steel wire, first group of contact roller 106, first superimposedly takes turns 118, second superimposedly takes turns 119, release liners delivery wheel 108 and laminating wheel 109 rotate, in the process, peel off wheel 103 first release liners 110 of adhesive tape to be processed to be peeled off with viscose glue portion 111 phase, steel wire 112 and the viscose glue portion 111 separated can be bonded together by first group of contact roller 106, viscose glue portion Superposition unit 107 can make the viscose glue portion 111 bonded with steel wire 112 carry out superimposed to obtain the superimposed viscose glue portion of steel wire in the mode of wrapping up this steel wire 112, superimposed for steel wire viscose glue portion and the second release liners 120 can fit to obtain wire belt by laminating wheel 109, the last wire belt obtained is wound onto on wire belt reel 121.As can be seen here, this wire belt process units can produce wire belt expeditiously.
Fig. 5 shows the schematic structure of the wire belt process units that the second embodiment of the present utility model provides.The difference of the wire belt process units that the second embodiment provides and the wire belt process units that the first embodiment provides mainly is: the wire belt process units that the second embodiment provides also comprises second group of contact roller 122, deflecting roller 123, positioning unit 124, first directional wheel 125, second directional wheel 126 and the 3rd directional wheel 127.The remainder of the wire belt process units that the second embodiment provides is similar to the appropriate section of the wire belt process units that the first embodiment provides, the detailed description therefore will omitted these parts hereinafter.Identical part is represented in the first embodiment and the second embodiment with identical Reference numeral.
As shown in Figure 5, second group of contact roller 122, deflecting roller 123 and positioning unit 124 are placed in successively between viscose glue portion Superposition unit 107 and laminating wheel 109 on pedestal 101.Second group of contact roller 122 is compressed for the superimposed viscose glue portion of steel wire will obtained by viscose glue portion Superposition unit 107, thus prevents steel wire superimposed viscose glue portion from may the problem of incomplete superimposed bonding occur, and makes it possible to the quality improving wire belt.Second group of contact roller 122 comprises the 5th contact roller 128, the 6th contact roller 129, the 7th contact roller 130 and the 8th contact roller 131.The central shaft of each contact roller in second group of contact roller 122 is all parallel to second direction, second direction perpendicular to the first direction mentioned in the first embodiment so that compress the superimposed viscose glue portion of the steel wire obtained by viscose glue portion Superposition unit 107.Gap between 5th contact roller 128 and the 6th contact roller 129 is less than or equal to the external diameter of steel wire 112, both 5th contact roller 128 and the 6th contact roller 129 are the 5th compress point by above-mentioned gap to the application point that the superimposed viscose glue portion of steel wire compresses, the application point that the 7th superimposed viscose glue portion of contact roller 130 pairs steel wire compresses is the 6th compression point, the application point that the 8th superimposed viscose glue portion of contact roller 131 pairs steel wire compresses is the 7th compression point, 5th compresses point, 6th compression point and the 7th compresses the compression point mediated in point and is placed in outside all the other a two compressions straight line limited, that is, 5th compresses point, 6th compression point and the 7th compresses point and is not in same straight line.For the ease of understanding the relative position of each contact roller in second group of contact roller 122, schematic diagram is put in the position that Fig. 6 shows each contact roller in second group of contact roller 122.In the process compressed the superimposed viscose glue portion of steel wire, the 5th contact roller 128 be close to mutually and the 6th contact roller 129 are compressed the superimposed viscose glue portion of steel wire by above-mentioned gap; In addition, because the 5th compression point, the 6th compression point and the 7th compress point and be not in same straight line, so the 7th contact roller 130 and the 8th contact roller 131 also can apply relatively large active force to steel wire superimposed viscose glue portion, to guarantee to compress the superimposed viscose glue portion of steel wire preferably.As shown in Figure 5, each contact roller in second group of contact roller 122 also can adjust relative to the position of pedestal 101, and each contact roller in second group of contact roller 122 can be compressed the superimposed viscose glue portion of steel wire when making steel wire superimposed viscose glue portion slightly bending.Each contact roller in second group of contact roller 122 can have identical size, but each contact roller in second group of contact roller 122 also can be of different sizes; In addition, second group of contact roller 122 can also comprise the contact roller of more or less number, and detailed description of the invention of the present utility model is not as limit.
After viscose glue portion Superposition unit 107 and second group of contact roller 122, the mucilage glue surface in steel wire superimposed viscose glue portion is in the plane vertical with the mucilage glue surface in superimposed viscose glue portion 111 before, and the binding face of the second release liners 120 is in the plane parallel with the mucilage glue surface in superimposed viscose glue portion 111 before.For the ease of superimposed for steel wire viscose glue portion and the second release liners 120 are fitted, the deflecting roller 123 that central shaft is parallel to first direction the mucilage glue surface in superimposed for steel wire viscose glue portion can be changed into be in superimposed before the parallel plane of the mucilage glue surface in viscose glue portion 111.Deflecting roller 123 can be I-beam wheel or other suitable parts.
Positioning unit 124 can prevent the superimposed viscose glue portion positioning of the steel wire after turning to, and can to aim at fit together to make the superimposed viscose glue portion of the steel wire after turning to the second release liners 120.As shown in Figure 5, the central shaft that positioning unit 124 comprises each locating wheel in the first locating wheel 132, second locating wheel 133 and the 3rd locating wheel 134, first locating wheel 132, second locating wheel 133 and the 3rd locating wheel 134 is all parallel to above-mentioned first direction.The application point in the first superimposed viscose glue portion of locating wheel 132 pairs steel wire is the first anchor point, the application point in the second superimposed viscose glue portion of locating wheel 133 pairs steel wire is the second anchor point, the application point in the 3rd superimposed viscose glue portion of locating wheel 134 pairs steel wire is the 3rd anchor point, the anchor point mediated in first anchor point, the second anchor point and the 3rd anchor point is placed in outside the straight line of all the other two anchor points restrictions, that is, the first anchor point, the second anchor point and the 3rd anchor point are not in same straight line.For the ease of understanding the relative position of each locating wheel in positioning unit 124, schematic diagram is put in the position that Fig. 7 shows each locating wheel in positioning unit 124.In the case, the first locating wheel 132, second locating wheel 133 and the 3rd locating wheel 134 can clamp the superimposed viscose glue portion of steel wire preferably, prevent the superimposed viscose glue portion of steel wire from before arrival laminating wheel 109, positioning occurring.As shown in Figure 5, the first locating wheel 132, second locating wheel 133 and the 3rd locating wheel 134 all can adjust relative to the position of pedestal 101.
First directional wheel 125 is placed in steel wire and installs between wheel 104 and steel wire guide member 105 on pedestal 101, so that guide the steel wire 112 from steel wire installation wheel 104 to arrive steel wire guide member 105; Second directional wheel 126 is placed in adhesive tape mounting pulley 102 to be processed and peels off between wheel 103 on pedestal 101, so that guide the adhesive tape to be processed from adhesive tape mounting pulley 102 to be processed to arrive peel off wheel 103; 3rd directional wheel 127 is placed between release liners delivery wheel 108 and laminating wheel 109 on pedestal 101, so that guide the second release liners 120 from release liners delivery wheel 108 to arrive laminating wheel 109.
The wire belt process units that second embodiment provides is the improvement of the wire belt process units that the first embodiment provides.When the wire belt process units that use second embodiment provides, except the function that the wire belt process units provided except realizing the first embodiment realizes, second group of contact roller 122, deflecting roller 123, positioning unit 124, first directional wheel 125, second directional wheel 126 and the 3rd directional wheel 127 can also be driven to rotate by rotating the wire belt reel 121 being wound with wire belt, make to compress the superimposed viscose glue portion of steel wire, turn to and positioning action in the process, thus the quality of produced wire belt can be improved.
For above-mentioned first embodiment and the second embodiment, in the process of wire belt process units work, peel off superimposed 118, second superimposed 119, second group of contact roller 122, deflecting roller 123, positioning unit 124, laminating wheel 109, first directional wheel 125, second directional wheel 126 and the 3rd directional wheel 127 of taking turns of taking turns of wheel 103, first group of contact roller 106, first also can not rotate, detailed description of the invention of the present utility model is not as limit.
The wire belt process units that the utility model embodiment provides comprises pedestal and is installed on the adhesive tape mounting pulley to be processed of pedestal, peel off wheel, wheel installed by steel wire, steel wire guide member, first group of contact roller, viscose glue portion Superposition unit, release liners delivery wheel, laminating wheel, wire belt reel, adhesive tape mounting pulley to be processed is provided with adhesive tape to be processed, adhesive tape to be processed comprises the first release liners and viscose glue portion, the both sides in this viscose glue portion are the sticking mucilage glue surface of tool, peel off wheel and be provided with peeling member, steel wire is installed wheel and is provided with steel wire, the central shaft of each contact roller in first group of contact roller is all parallel to first direction, release liners delivery wheel is provided with the second release liners, first release liners of the adhesive tape to be processed from adhesive tape mounting pulley to be processed is peeled off with viscose glue portion by peeling member mutually, the viscose glue portion be stripped out with guided by steel wire guide member from steel wire, the steel wire of taking turns is installed and converges mutually, viscose glue portion after converging and steel wire compress through first group of contact roller and bond, viscose glue portion after bonding and steel wire are after viscose glue portion Superposition unit, viscose glue portion wrapped wire obtains the superimposed viscose glue portion of steel wire, superimposed for steel wire viscose glue portion fits with the second release liners from release liners delivery wheel and obtains wire belt by laminating wheel.When using this wire belt process units, just steel wire can be driven by rotating the wire belt reel being wound with wire belt, adhesive tape to be processed and the second release liners are advanced towards the direction at wire belt reel place, at steel wire, in the process that adhesive tape to be processed and the second release liners are advanced, peel off wheel the first release liners of adhesive tape to be processed is peeled off mutually with viscose glue portion, steel wire and the viscose glue portion separated are bonded together by first group of contact roller, viscose glue portion Superposition unit makes the viscose glue portion bonded with steel wire carry out superimposed to obtain the superimposed viscose glue portion of steel wire in the mode of wrapping up this steel wire, superimposed for steel wire viscose glue portion and the second release liners fit to obtain wire belt by laminating wheel, the last wire belt obtained is wound onto on wire belt reel.As can be seen here, the wire belt process units that the utility model embodiment provides can produce wire belt expeditiously.
The foregoing is only preferred embodiment of the present utility model, be not limited to the utility model, for a person skilled in the art, the utility model can have various modifications and variations.All within spirit of the present utility model and principle, any amendment done, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.It should be noted that: represent similar terms in similar label and letter accompanying drawing below, therefore, once be defined in an a certain Xiang Yi accompanying drawing, then do not need to define further it and explain in accompanying drawing subsequently.
In description of the present utility model, it should be noted that, term " " center ", " on ", D score, " left side ", " right side ", " vertically ", " level ", " interior ", orientation or the position relationship of the instruction such as " outward " are based on orientation shown in the drawings or position relationship, or this utility model product orientation of usually putting or position relationship when using, only the utility model and simplified characterization for convenience of description, instead of indicate or imply that the device of indication or element must have specific orientation, with specific azimuth configuration and operation, therefore can not be interpreted as restriction of the present utility model.In addition, term " first ", " second ", " the 3rd " etc. only for distinguishing description, and can not be interpreted as instruction or hint relative importance.
In description of the present utility model, also it should be noted that, unless otherwise clearly defined and limited, term " setting ", " installation ", " being connected ", " connection " should be interpreted broadly, and such as, can be fixedly connected with, also can be removably connect, or connect integratedly; Can be mechanical connection, also can be electrical connection; Can be directly be connected, also indirectly can be connected by intermediary, can be the connection of two element internals.For the ordinary skill in the art, concrete condition the concrete meaning of above-mentioned term in the utility model can be understood.
Claims (10)
1. a wire belt process units, it is characterized in that, comprise pedestal and be installed on described pedestal adhesive tape mounting pulley to be processed, peel off wheel, steel wire install wheel, steel wire guide member, first group of contact roller, viscose glue portion Superposition unit, release liners delivery wheel, laminating wheel, wire belt reel
Described adhesive tape mounting pulley to be processed is provided with adhesive tape to be processed, described adhesive tape to be processed comprises the first release liners and viscose glue portion, the both sides in described viscose glue portion are the sticking mucilage glue surface of tool, described stripping wheel is provided with peeling member, described steel wire is installed wheel and is provided with steel wire, the central shaft of each contact roller in described first group of contact roller is all parallel to first direction, and described release liners delivery wheel is provided with the second release liners
First release liners of the adhesive tape to be processed from described adhesive tape mounting pulley to be processed is peeled off with viscose glue portion by described peeling member mutually, the described viscose glue portion be stripped out with guided by described steel wire guide member from described steel wire, the steel wire of taking turns is installed and converges mutually, described viscose glue portion after converging and described steel wire compress through described first group of contact roller and bond, described viscose glue portion after bonding and described steel wire are after described viscose glue portion Superposition unit, described viscose glue portion wraps up described steel wire and obtains the superimposed viscose glue portion of steel wire, superimposed for described steel wire viscose glue portion fits with described second release liners from described release liners delivery wheel and obtains wire belt by described laminating wheel.
2. wire belt process units according to claim 1, it is characterized in that, described first group of contact roller comprises the first contact roller, second contact roller, 3rd contact roller and the 4th contact roller, the application point that described first contact roller carries out compressing bonding to described steel wire and described both viscose glue portions is the first compression point, the application point that described second contact roller carries out compressing bonding to described steel wire and described both viscose glue portions is the second compression point, the application point that described 3rd contact roller carries out compressing bonding to described steel wire and described both viscose glue portions is the 3rd compression point, the application point that described 4th contact roller carries out compressing bonding to described steel wire and described both viscose glue portions is the 4th compression point, described first compresses point, described second compresses point, described 3rd compress point and described 4th compress put at the most alternate compression point be placed in same straight line.
3. wire belt process units according to claim 1, it is characterized in that, described viscose glue portion Superposition unit comprises at least one superimposedly takes turns, described at least one superimposed take turns in each superimposed central shaft of taking turns be parallel to described first direction, described each superimposed part acting on the described viscose glue portion bonded with described steel wire of taking turns is constructed to V-shaped groove, and the described viscose glue portion bonded with described steel wire is placed in mode away from the side of described V-shaped groove through described V-shaped groove with described steel wire.
4. wire belt process units according to claim 3, is characterized in that, described superimposed number of taking turns is two.
5. wire belt process units according to claim 3, it is characterized in that, described wire belt process units also comprises the second group of contact roller superimposed for described steel wire viscose glue portion compressed, and described second group of contact roller is arranged at described superimposedly to take turns between described laminating wheel on described pedestal.
6. wire belt process units according to claim 5, it is characterized in that, described second group of contact roller comprises four contact rollers, described four contact rollers central shaft separately is all parallel to second direction, described second direction is perpendicular to described first direction, described four contact rollers are respectively the 5th contact roller, 6th contact roller, 7th contact roller and the 8th contact roller, gap between described 5th contact roller and described 6th contact roller is less than or equal to the external diameter of described steel wire, described 5th contact roller and described 6th both contact rollers are the 5th compress point by described gap to the application point that the superimposed viscose glue portion of described steel wire compresses, described 7th contact roller is the 6th compression point to the application point that the superimposed viscose glue portion of described steel wire compresses, described 8th contact roller is the 7th compression point to the application point that the superimposed viscose glue portion of described steel wire compresses, described 5th compresses point, described 6th compression point and the described 7th compresses the compression point mediated in point and is placed in outside all the other a two compressions straight line limited.
7. wire belt process units according to claim 6, it is characterized in that, described wire belt process units also comprises: the deflecting roller acting on the superimposed viscose glue portion of described steel wire, described deflecting roller is placed between described second group of contact roller and described laminating wheel on described pedestal, and the central shaft of described deflecting roller is parallel to described first direction.
8. wire belt process units according to claim 7, is characterized in that, described wire belt process units is also included in the positioning unit described pedestal is placed between described deflecting roller and described laminating wheel.
9. wire belt process units according to claim 8, it is characterized in that, described positioning unit comprises the first locating wheel, second locating wheel and the 3rd locating wheel, described first locating wheel, the central shaft of each locating wheel in described second locating wheel and described 3rd locating wheel is all parallel to described first direction, the application point of described first locating wheel to the superimposed viscose glue portion of described steel wire is the first anchor point, the application point of described second locating wheel to the superimposed viscose glue portion of described steel wire is the second anchor point, the application point of described 3rd locating wheel to the superimposed viscose glue portion of described steel wire is the 3rd anchor point, described first anchor point, the anchor point mediated in described second anchor point and described 3rd anchor point is placed in outside the straight line that all the other two anchor points limit.
10. wire belt process units according to claim 1, is characterized in that, described wire belt process units also comprises: on described pedestal, be placed in described steel wire install first directional wheel of taking turns between described steel wire guide member; Described pedestal is placed in described adhesive tape mounting pulley to be processed and described stripping take turns between the second directional wheel; And the 3rd directional wheel be placed on described pedestal between described release liners delivery wheel and described laminating wheel, wherein said first directional wheel, described second directional wheel and described 3rd directional wheel central shaft separately are all parallel to described first direction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520508224.3U CN204936246U (en) | 2015-07-14 | 2015-07-14 | Wire belt process units |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520508224.3U CN204936246U (en) | 2015-07-14 | 2015-07-14 | Wire belt process units |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204936246U true CN204936246U (en) | 2016-01-06 |
Family
ID=55003699
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520508224.3U Withdrawn - After Issue CN204936246U (en) | 2015-07-14 | 2015-07-14 | Wire belt process units |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204936246U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104960199A (en) * | 2015-07-14 | 2015-10-07 | 重庆谢氏胶粘制品有限公司 | Steel wire adhesive tape producing device |
-
2015
- 2015-07-14 CN CN201520508224.3U patent/CN204936246U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104960199A (en) * | 2015-07-14 | 2015-10-07 | 重庆谢氏胶粘制品有限公司 | Steel wire adhesive tape producing device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160106 Effective date of abandoning: 20170630 |