TWM572828U - Manufacturing device for producing embossed tapes with various widths - Google Patents

Abstract

A manufacturing device for producing embossed tapes of various widths, comprising a calendering unit, an embossing unit, a cooling unit, a winding unit and a drawing unit, the stretching unit having a first driving group and a second unit a driving set and a pair of widened belt sets, a variable first spacing formed between the first pivoting ends of the widened belt sets, and a second pivotal end of the widened belt sets forming a first Two spacings, the second spacing is not less than the first spacing, and when a pair of first pivoting seats that operate the widening unit are relatively far apart from each other, an original width of a blank and a finished width of a blanket may be substantially Equally, when the first pivoting seats that operate the widening unit are relatively close to each other, the original width of the blank is smaller than the finished width of the adhesive. The production method and the manufacturing device can achieve the purpose of producing embossed tapes of various widths.

Description

Manufacturing device for producing embossed tapes of various widths

The present invention relates to an embossed tape, and more particularly to a manufacturing device for producing embossed tapes of various widths.

The existing tape embossing device is disposed downstream of an extruder and includes a calendering unit capable of calendering the billet extruded from the extruder, and a pressure located downstream of the calendering unit and capable of embossing the billet a flower unit, a cooling unit located downstream of the embossing unit and capable of cooling the blank of the embossed pattern and shaping the blank into the adhesive tape, and a roll located downstream of the cooling unit and capable of reeling the adhesive tape Take the unit. Similar structures are disclosed in TW Bulletin Nos. 201968, 434282, 420632, and the like.

Although the existing tape embossing device can form a pattern on the surface of the tape, due to the use requirements, the tape must use an extruder having different width specifications to press different width dimensions, and then with different width specifications of the tape embossing device. Embossing, that is, when the width specification of the tape to be manufactured is smaller than the width specification of the embossing device of the tape, the tape embossing device can be used for manufacturing, when the width specification of the tape to be manufactured is larger than that of the existing tape embossing device. In the case of the width specification, the manufacturer must purchase a production line of a larger width specification, which increases the manufacturing cost and requires a larger plant space.

The existing tape embossing device is disposed downstream of an extruder and includes a calendering unit capable of calendering the billet extruded from the extruder, and a pressure located downstream of the calendering unit and capable of embossing the billet a flower unit, a cooling unit located downstream of the embossing unit and capable of cooling the blank of the embossed pattern and shaping the blank into the adhesive tape, and a roll located downstream of the cooling unit and capable of reeling the adhesive tape Take the unit. Similar structures are disclosed in TW Bulletin Nos. 201968, 434282, 420632, and the like.

Although the existing tape embossing device can form a pattern on the surface of the tape, due to the use requirements, the tape must use an extruder having different width specifications to press different width dimensions, and then with different width specifications of the tape embossing device. Embossing, so manufacturers must purchase different sizes of production lines, which will increase manufacturing costs and require more plant space.

Accordingly, it is an object of the present invention to provide a manufacturing apparatus for producing a plurality of embossed tapes which can be changed in a production path by a simple configuration.

Therefore, the novel manufacturing apparatus for producing embossed tapes of various widths is suitable for processing a blank into a blank, the manufacturing apparatus comprising a calendering unit, an embossing unit, a cooling unit, a take-up unit and a drawing width Unit, the calendering unit may calender the billet, the embossing unit is located downstream of the calendering unit in a machine direction, and the billet may be embossed, the embossing unit comprising a first embossing set, and a second embossing group, the cooling unit is located downstream of the embossing unit along the processing direction, and can cool the blank of the embossed pattern and shape the blank into the adhesive tape, the cooling unit having an inlet a material end, and a first embossing group of the embossing unit mounted on the front side of the feeding end, the winding unit is along a processing end opposite to the feeding end and engaging the discharging end of the winding unit The processing direction is located downstream of the cooling unit, and the tape can be wound up. The drawing unit is located downstream of the rolling unit along the processing direction and can widen the rolled billet. The drawing unit has an adjacent Pressure a first end of the unit, a second end opposite the first end in the machining direction, a first drive group corresponding to the first end, a second drive group corresponding to the second end, and a pair a wide belt group extending from the first end to the second end, the second embossing group being mounted between the second end and the feeding end of the cooling unit, the first driving group having a base and a setting a first guide rail extending from the base and extending along a transverse direction perpendicular to the machining direction, and a pair of first pivot joints slidably sleeved on the first guide rail, the second drive group having a support frame a second rail disposed on the support frame and extending along the transverse axis, and a pair of second pivot sockets slidably sleeved on the second rail, each of the widened belt sets having a pivotal connection a first pivoting end of the corresponding first pivoting seat, and a second pivoting end opposite to the first pivoting end and pivotally connected to the corresponding second pivoting seat, the widened belt set Forming a first spacing between the first pivoting ends that is variable corresponding to the transverse axis, and the second pivoting ends Forming a second spacing corresponding to the transverse axis, the second spacing is not less than the first spacing, the first pivoting seats can be relatively far apart from each other or approach each other, the first pivoting seats being relatively far apart The first embossing unit is disposed between the first embossing unit and the first embossing unit, and the cooling unit and the winding unit form a first a processing path, when the first pivoting seats are relatively close, the first embossing group is away from the rolling unit, the rolling unit, the stretching unit, the second embossing group, the cooling unit, the volume The taking unit forms a second processing path.

The effect of the present invention is that the first pivoting seats utilizing the widening unit can be relatively far apart from each other or approach each other, and the first and second pivoting ends of the first and second pivoting ends of the widened belt sets The gap can be changed, the first processing path can be used to produce a tape with a smaller product width, and the second processing path can be used to produce a tape with a larger product width, the manufacturing equipment is relatively simple, the manufacturing cost can be reduced, and the plant space can be saved.

Referring to FIG. 1 to FIG. 4, an embodiment of the present invention for producing a plurality of widths of embossed tape manufacturing apparatus 100 is suitable for processing a blank 1 into a tape 1', which is an extruder (as existing) The manufacturing apparatus 100 includes a calendering unit 10, an embossing unit 20, a cooling unit 30, a take-up unit 40, a widening unit 50, and a machine table 60.

The calendering unit 10 has a plurality of calendering rolls 11 which are capable of calendering the billet 1 which is extruded from the extruder.

The embossing unit 20 is located downstream of the calendering unit 11 along a processing direction X, and can emboss the billet 1 which has been calendered. The embossing unit 20 has a first pressure mounted on the front side of the cooling unit 30. The flower set 21, and a second embossing set 22 mounted between the widening unit 50 and the cooling unit 30.

The cooling unit 30 is located downstream of the embossing unit 20 along the processing direction X, and has a feeding end 31, a discharge end 31 opposite to the feeding end 31 in the processing direction X and engaging the discharge end of the winding unit 40. 32, and a plurality of cooling runners 33 disposed between the feed end 31 and the discharge end 32 along the machining direction X. The cooling runners 33 can introduce a cooling fluid and can be applied to the embossed pattern. The blank 1 is cooled, and the blank 1 is shaped into the adhesive 1'. The first embossing set 21 is mounted upstream of the feed end 31.

The take-up unit 40 is located downstream of the cooling unit 30 along the processing direction X and is coupled to the rear side of the discharge end 32 to receive the adhesive tape 1'.

The drawing unit 50 is located downstream of the rolling unit 10 along the processing direction X and can widen the rolled billet 1 and has a first end 51 adjacent to the calendering unit 10 and a direction along the processing direction. X is opposite to the second end 52 of the first end 51, a first driving group 53 corresponding to the first end 51, a second driving group 54 corresponding to the second end 52, and a pair by the first The end 51 extends to the widened belt set 55 of the second end 52, and a heated roller wheel between the widened belt set 55 and the second end 52 and capable of heating the blank 1 after the widening operation Group 56. The second embossing set 22 is mounted between the second end 52 and the feed end 31 of the cooling unit 30.

The first driving group 53 has a base 530 disposed on the ground, a pair of first rails 531 disposed on the base 530 and extending along a transverse axis Y perpendicular to the machining direction X, and a pair of slidably sleeved a first pivoting seat 532 of the first rail 531, a first lead screw 533 extending along the transverse axis Y and axially disposed on the base 530, and a first one capable of driving the rotation of the first lead screw 533 Drive 534. The first lead screw 533 is a double guide screw.

The second driving group 54 has a support frame 540 disposed on the ground, a second guide rail 541 disposed on the top of the support frame 540 and extending along the transverse axis Y, and a pair of slidably sleeved on the second guide rail. a second pivoting seat 542 of the 541, a second lead screw 543 extending along the transverse axis Y and axially disposed on the second rail 541, and a second driving member 544 for driving the rotation of the second lead screw 543 . The second lead screw 543 is a double guide screw.

Each of the wide belt sets 55 has a first pivoting end 551 pivotally connected to the corresponding first pivoting seat 532, a first pivoting end 551 opposite to the first pivoting end 551 and pivotally connected to the corresponding second pivoting end a second pivoting end 552 of the seat 542, and a pair of widened pulleys 553 disposed between the first pivoting end 551 and the second pivoting end 552, forming a first between the first pivoting ends 551 Corresponding to the first spacing w1 of the variable transverse axis Y, the first driving member 534 is activated to make the first pivoting seats 532 relatively close (see FIG. 6 and FIG. 7) or relatively far away (see FIG. 3 and FIG. 4) and changing the first pitch w1. A second spacing w2 corresponding to the transverse axis Y is formed between the second pivoting ends 552. The second spacing w2 is not less than the first spacing w1. The second pivoting seats 542 are relatively close or relatively far apart and change the second spacing w2.

The machine table 60 extends along the machining direction X and is mounted for positioning the first embossing group 21, the cooling unit 30, and the winding unit 40. The machine table 60 has a plurality of rollers 61 for dragging.

In order to further understand the functions, technical means, and expected effects of the cooperation of the various components of the present invention, it is to be noted that the following is a more in-depth and specific understanding of the present invention.

As shown in FIG. 1 to FIG. 4, the first pivoting seats 532 of the drawing unit 50 of the manufacturing apparatus 100 for producing various widths of the embossing tapes of the present invention are relatively far away. At this time, the machine table 60 and the mounting are performed. The first embossing group 21 on the machine table 60, the cooling unit 30, and the winding unit 40 are dragged together in the opposite direction of the machining direction X, and the first embossing group 21 is coupled to the downstream of the rolling unit 10 and The first pedestal unit 50 is disposed above the cooling unit 30, and the rolling unit 10 and the first embossing unit 21, the cooling unit 30, and the winding unit are disposed. 40 forms a first processing path.

Therefore, when the blank 1 is along the first processing path, and sequentially passes through the rolling operation of the rolling unit 10, the embossing operation of the first embossing group 21, the cooling setting operation of the cooling unit 30, and the After the winding of the take-up unit 40, the tape 1' can be obtained. 3 and FIG. 4, when the first pivoting seats 532 of the widening unit 50 are relatively far apart, the second spacing w2 formed between the second pivoting ends 552 and the first spacing w1 are substantially equal.

When the tape 1' is to be made into a larger width specification, the operator uses the machine 60 to function as the rollers 61, first the machine 60 and the first embossing set 21 mounted on the machine table 60. The cooling unit 30 and the winding unit 40 are dragged together along the machining direction X, and a distance is formed between the rolling unit 10 and the first embossing group 21, and the drawing unit 50 is interposed between the rolling Between the unit 10 and the cooling unit 30, and then, as shown in FIG. 6 and FIG. 7, the first driving member 534 is restarted and the first pivoting seats 532 of the widening unit 50 are relatively close, and The first spacing w1 is made smaller, such that the first spacing w1 corresponds to the width of the blank 1 after the rolling unit 10 is rolled, the rolling unit 10, the stretching unit 50, the second embossing group 22, The cooling unit 30 and the winding unit 40 form a second processing path.

In other words, as shown in FIG. 6 and FIG. 7 , the operator activates the first driving member 534 to make the first pivoting seats 532 relatively close and the first spacing w1 to be smaller, so that the first driving is widened. A first pitch w1 corresponding to the billet 1 after rolling of the calendering unit 10 is formed between the first pivot ends 551 of the belt set 55. Then, according to the width requirement of the embossed tape to be manufactured, the second driving member 544 can be activated to make the second pivoting seats 542 relatively close to or relatively far apart and change the second spacing w2, then the embryo The material 1 is along the second processing path, and sequentially passes through the rolling operation of the rolling unit 10, the drawing unit 50 stretches the rolled blank 1 and the embossing of the second embossing group 20 After the cooling and setting operation of the cooling unit 30 and the winding of the winding unit 40, the tape 1' having a larger width specification can be obtained.

Therefore, the manufacturing apparatus 100 for producing embossed tapes of various widths can be relatively close or away from each other by using the first pivoting seats 532 of the widening unit 50, and the first spacing w1 can be changed. In a state where the first pivoting seat 532 is relatively far away, the machine 60 and the first embossing group 21 mounted on the machine table 60, the cooling unit 30, and the winding unit 40 are dragged together along the machining direction X. Shifting, and forming a distance between the rolling unit 10 and the first embossing group 21, and then operating the first pivoting seats 532 relatively close, and the first end 51 of the widening unit 50 is connected to Downstream of the calendering unit 10, the production path can be changed, and the first processing path can be used to produce a tape 1' having a smaller product width, and the second processing path is used to produce a tape 1' having a larger product width, and the manufacturing equipment is relatively simple. That is, the embossed tape 1' of different widths can be produced by using one set of production equipment, and the embossed tape can be manufactured when the width specification of the tape to be manufactured is smaller than the width specification of the manufacturing apparatus 100 of the embossed tape. Device 100 to manufacture, when When the width specification of the tape to be manufactured is larger than the width specification of the manufacturing apparatus 100 of the embossed tape, it is only necessary to first pull the machine 60, and then adjust the first pitch w1 and the second pitch w2 according to manufacturing requirements, and the manufacturer does not need to Adding production lines of different width specifications can reduce manufacturing costs without occupying plant space.

In summary, the novel manufacturing device for producing embossed tapes of various widths can produce embossed tapes 1' of different widths by using one set of production equipment, which can reduce manufacturing cost, save plant space, and can achieve the purpose of the novel. .

However, the above is only the embodiment of the present invention, and when it is not possible to limit the scope of the present invention, all the simple equivalent changes and modifications according to the scope of the patent application and the contents of the patent specification are still This new patent covers the scope.

1‧‧‧Bullet

1'‧‧‧ tape

10‧‧‧ Calendering unit

11‧‧‧Rolling roller

20(20')‧‧‧ embossing unit

21(21')‧‧‧ embossing roller

30‧‧‧Cooling unit

31‧‧‧Cooling runner

40‧‧‧Winding unit

50‧‧‧Drawing unit

51‧‧‧ first end

52‧‧‧ second end

53‧‧‧ Widened roller set

54‧‧‧heating roller set

55‧‧‧Support frame

60‧‧‧ machine

61‧‧‧Roller

X‧‧‧Processing direction

Other features and effects of the present invention will be apparent from the following description of the drawings, wherein: FIG. 1 is a front view plan view of an embodiment of the present invention for producing a plurality of widths of embossed tape. FIG. 2 is a partial enlarged view of FIG. 1 , showing a front view combination view of a widened unit; FIG. 3 is a top plan view of FIG. 1; FIG. A partially enlarged schematic view showing that a first pitch formed between a pair of first pivot ends of the widened unit and a second pitch formed between a pair of second pivot ends are substantially equal; FIG. 5 is one of the embodiments. FIG. 6 is a top plan view of FIG. 5; and FIG. 7 is a partial enlarged view of FIG. 6 illustrating the first pivot end of the widened unit The first spacing formed is less than the second spacing formed between the second pivoting ends.

Claims (4)

A manufacturing device for producing embossed tapes of various widths, suitable for processing a blank into the tape, the manufacturing device comprising: a calendering unit for calendering the blank; an embossing unit located along a processing direction Downstream of the calendering unit, the billet may be embossed, the embossing unit comprises a first embossing set, and a second embossing set; a cooling unit located downstream of the embossing unit in the machine direction, And cooling the blank of the embossed pattern, and shaping the blank into the adhesive tape, the cooling unit has a feeding end, and a processing edge is opposite to the feeding end and engaging the winding a discharge end of the unit, the first embossing unit of the embossing unit is mounted on the front side of the feeding end; a take-up unit located downstream of the cooling unit along the processing direction to reel the tape; and a widening unit Locating in the processing direction downstream of the rolling unit and capable of widening the rolled billet, the stretching unit having a first end adjacent to the calendering unit and a first end opposite to the first end in the machine direction First a first driving group corresponding to the first end, a second driving group corresponding to the second end, and a pair of widened belt sets extending from the first end to the second end, the second pressure The flower group is installed between the second end and the feed end of the cooling unit, the first drive group has a base, a first guide rail disposed on the base and extending along a transverse axis perpendicular to the machining direction And a pair of first pivoting seats slidably sleeved on the first rail, the second driving group has a supporting frame, a second rail disposed on the supporting frame and extending along the transverse axis, and a pair of second pivoting seats slidably sleeved on the second rail, each of the widened belt sets having a first pivoting end pivotally connected to the corresponding first pivoting seat, and a opposite to the first a pivoting end and a second pivoting end of the corresponding second pivoting seat, wherein the first pivoting ends of the widened belt sets form a variable corresponding to the transverse axis a first spacing, a second spacing corresponding to the transverse axis is formed between the second pivoting ends, the second spacing is not less than The first pivoting seat can be relatively far apart from each other or approach each other. When the first pivoting seats are relatively far apart, the first embossing group is coupled to the downstream of the rolling unit and is disposed at Between the first pivoting seat, the rolling unit and the first embossing group, the cooling unit, and the winding unit form a first processing path. When the first pivoting seats are relatively close, the first The embossing group is away from the rolling unit, and the rolling unit, the stretching unit, the second embossing group, the cooling unit, and the winding unit form a second processing path. The apparatus for manufacturing a plurality of widths of embossed tape according to claim 1, further comprising a machine table extending in the machine direction, and for the first embossing group, the cooling unit, the winding unit Mounting and positioning, the machine has a plurality of rollers for dragging, and when the first pivoting seats of the widening unit are relatively far apart from each other, the machine drives the first embossing group, the cooling unit, and the winding a reverse displacement of the unit to the processing direction, and the first embossing group is coupled to the downstream of the rolling unit, the stretching unit is disposed above the cooling unit, and the first pivoting seats of the widening unit are opposite to each other When approaching, the machine drives the first embossing group, the cooling unit, and the winding unit to be displaced in the machining direction, and the cooling unit is coupled to the downstream of the second embossing group. The apparatus for manufacturing a plurality of widths of embossed tape according to claim 1, wherein the first driving group of the widening unit further has a first lead screw extending along the transverse axis and axially disposed on the base. And a first driving member mounted on the base and driving the rotation of the first lead screw, the first guiding screw is a double-guide screw, and the first pivoting socket is screwed to the first guiding screw, and the first driving screw is started. The first driving member can relatively close or relatively away from the first pivoting seat and change the first spacing, and the second driving group further has a second axis extending along the transverse axis and axially disposed on the supporting frame a lead screw, and a second driving member mounted on the support frame and driving the second lead screw to rotate, the second lead screw is a double guide screw, and the second pivot socket is screwed to the second lead screw The second driving member is activated to make the second pivoting seats relatively close to or relatively far apart and change the second spacing. The apparatus for manufacturing a plurality of widths of embossed tape according to claim 1, wherein the widening unit further has a gap between the widened belt set and the second embossed group and can be subjected to the widening operation The heating roller set in which the billet is heated.