CN204914570U - Ultrasonic wave melts cutter with tape pattern centering function - Google Patents
Ultrasonic wave melts cutter with tape pattern centering function Download PDFInfo
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- CN204914570U CN204914570U CN201520526410.XU CN201520526410U CN204914570U CN 204914570 U CN204914570 U CN 204914570U CN 201520526410 U CN201520526410 U CN 201520526410U CN 204914570 U CN204914570 U CN 204914570U
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Abstract
The utility model relates to an ultrasonic wave melts the cutter, and it is used for cutting off continuous tape according to the length of confirming to it is right through the ultrasonic wave the fracture of the tape that the quilt was cut off fuses, its characterized in that: the ultrasonic wave melt the cutter include frame workstation (100), in advance send ware (200), material feeding unit (300), cutting device (400), silo slide part (500), eccentric wheel device (600), hold up material device (700), response adjusting device (800), work or material rest device (900), controlling means (1000), ultrasonic wave melting welding device (3000) and tape to convert into device (4000). The utility model discloses an useful technological effect that the ultrasonic wave melts the cutter lies in that degree of automation is high, production efficiency is high, mode is many, and the complete integration of function that has the multi -section now machine is on a machine.
Description
Technical field
The technical field (B26D1/00) running through the cutting of workpiece that it is feature that the utility model relates to cutting element itself or its motion, wherein, described workpiece is such as fiber tape or non-woven fabrics tape, or the tape that hot-melting material is made.
The utility model also relates to the ultrasonic wave processing technology field (D06M10/00) of tape.The utility model particularly relates to ultrasonic welding technique field (B23K20/10).
Particularly, the utility model particularly relates to that ultrasonic wave is molten cuts machine, and it for being cut off by the length determined by continuous print tape, and is fused by the fracture of ultrasonic wave to described cut-off tape.
Background technology
Strip material containing Chemical fiber component is for all very familiar clothes case and bag footwear industry, and great majority all have employed cool to cut or earnestly at home at present.Only a few adopts ultrasonic wave to cut, and cut for cool, the product raw edge that it cuts out, earnestly its product cut out is with rough focus, touches up very needle-holding hand.Ultrasonic wave domestic is at present cut, its function singleness, or just singly cuts, or is exactly that centering is cut, moreover is also two patterns, cuts length, centering is cut.
The open cutter sweep of patent document CN1194675A has a cutting knife (12), and this cutter is with its wedge shape edge of a knife (22) and the acting in conjunction of an anvil (14).Cutting knife (12) is connected with a ultrasonic vibrator (10).Cutting fabric (6) changes as required thickness (D) optimum apjustment can be carried out to make ultrasonic unit, cutting knife (12) has the cross section (a of a variation along its edge of a knife (22), b, c), cutting knife (12) and/or anvil should do such adjustment, namely can be always cutting knife (12) cross section (a, b, c) that the fabric thickness (D) determined provides applicable.
Patent document CN1094344A discloses the device of a kind of cutting or welding of belt, its driving link comprises one and has piezoelectric element, be divided into the vibration transmitter of multistage part, and one makes the acoustic energy produced in vibration transmitter strengthen and pass to the tip oscillator of band through tip.Strong in order to obtain a kind of function, the structure of volume compact, the present invention proposes tip oscillator to be directly contained on a piezoelectric element, the relative opposite side of this piezoelectric element is only equipped with a reverse section of vibration transmitter.These three parts are pressed together mutually, form a sub-assembly.Wherein oppositely the axial length of section is less than or equal to 1/8 of effective wave length of sound, and total axial length of sub-assembly is less than or equal to 3/4 (Fig. 4) of wave length of sound.
Patent document CN204125785U discloses the cutting of a kind of ultrasonic wave silk ribbon and beats limit device, be made up of wide silk ribbon grey cloth passage, ultrasonic wave press-roller device and ribbon rolling device successively, described wide silk ribbon grey cloth passage is formed by two cylinders (1) are side by side up and down, and gap length between two cylinders (1) is adjustable; Described ultrasonic wave press-roller device is made up of ultrasonic wave pressure roller shaft (2) and cylinder (3), described ultrasonic wave pressure roller shaft (2) is arranged on the rear portion of wide silk ribbon grey cloth passage, and is provided with cylinder (3) directly over the two ends of described ultrasonic wave pressure roller shaft (2); Described ribbon rolling device is made up of rotating shaft (7) and motor B (8), and described rotating shaft (7) is arranged on the axle center of motor B (8).
It is still the direction that those skilled in the art make great efforts that high, that production efficiency is high, mode of operation the is many new type ultrasonic of research and development automaticity melts the machine of cutting.
Utility model content
For this reason, the utility model proposes that ultrasonic wave is molten cuts machine, it solves the single technical problem of the mode of operation of existing machine, and its automaticity is high, production efficiency is high, mode of operation is many, and its advantage is the function of existing for multi-section machine to merge completely on a machine.
For this reason, the purpose of this utility model is that proposition ultrasonic wave is molten and cuts machine, it is for cutting off continuous print tape by the length determined, and fused by the fracture of ultrasonic wave to described cut-off tape, it is characterized in that: described ultrasonic wave is molten cuts that machine comprises frame workbench, sends on device, pay-off, shearing device, hopper slideway parts, eccentric wheel apparatus, hold up materials device, induction adjusting device, material rest device, control device, ultrasonic wave fusion welding device and tape device for folding;
Described frame workbench can support and lay described device and parts;
Described material rest device can lay described continuous print tape;
Described eccentric wheel apparatus can be made in order from described material rest device described continuous print tape out, and changes the longitudinal tension force of described continuous print tape, be beneficial to described continuous print tape enter described in send on device;
Described send on device can enter at described continuous print tape described in hold up materials device before described continuous print tape is flattened in advance;
Described materials device of holding up can correct lateral attitude when described continuous print tape runs in described hopper slideway parts;
Described hopper slideway parts can allow described continuous print tape lie low and move ahead wherein, so that described induction adjusting device detects the pattern on described continuous print tape;
Described induction adjusting device can detect the position of the pattern on described continuous print tape;
Described pay-off can determine that the tape section of length is sent described in described shearing device;
Described continuous print tape can be cut into the described tape section determining length by described shearing device;
Described ultrasonic wave fusion welding device by the described fracture fusion determining the tape section of length, can eliminate burr;
By described, described tape device for folding can determine that the tape section of length carries out turning back and fitting together;
Described control device can control each device and the parts collaborative work that described ultrasonic wave melts the machine of cutting;
According to the traffic direction of described tape, be placed in device described frame workbench successively from upstream to downstream and parts have: described eccentric wheel apparatus, described in send on device, described in hold up materials device, described hopper slideway parts, described pay-off, described shearing device;
Materials device and described hopper slideway nearby components is held up described in described induction adjusting device is installed in;
Described ultrasonic wave fusion welding device is installed in immediately below described shearing device;
Described control device is installed on described frame workbench and the person that is positioned in handled easily carries out the position that operates;
The main movement that described continuous print tape melts in the machine of cutting at described ultrasonic wave is as follows: described continuous print tape is guided to described eccentric wheel apparatus from described material rest device, then through sending on device, then through holding up materials device, then run in hopper slideway parts, then pay-off is arrived, then shearing device is sent to, in described shearing device, described continuous print tape is cut off by the described length determined, the fracture of described cut-off tape is fused by described ultrasonic wave fusion welding device simultaneously;
Described control device controls by following five kinds of mode of operations that described ultrasonic wave is molten cuts machine:
Singly cut pattern: described continuous print tape is cut into the described tape section determining length by described shearing device simply;
Pattern centering lockout mode: described continuous print tape is cut into the described tape section determining length by described shearing device, and described induction adjusting device ensures to determine that the pattern in the tape section of length is positioned at position placed in the middle described;
Pattern is cut to line: described induction adjusting device detects the mark line on described continuous print tape, and described shearing device is cut into the described tape section determining length according to the mark line on described continuous print tape;
Amount to the pattern of cutting: by described, described tape device for folding determines that the tape section of length is turned back and fits together, and described continuous print tape is cut into the described tape section determining length by described shearing device;
Pattern centering amounts to the pattern of cutting: described induction adjusting device ensures to determine that the pattern in the tape section of length is positioned at position placed in the middle described, and by described, described tape device for folding determines that the tape section of length is half-and-half turned back and fits together, further, described continuous print tape is cut into the described tape section determining length by described shearing device.
The Advantageous Effects that ultrasonic wave of the present utility model melts the machine of cutting is that automaticity is high, production efficiency is high, mode of operation is many, the function of existing for multi-section machine is merged completely on a machine.
Accompanying drawing explanation
With reference to accompanying drawing, feature of the present utility model, advantage and characteristic are able to better understanding, in accompanying drawing by the description of detailed description of the invention hereafter:
Fig. 1: ultrasonic wave of the present utility model melts the three-dimensional view of the preferred embodiment of the machine of cutting;
Ultrasonic wave shown in Fig. 2: Fig. 1 melts another three-dimensional view of the machine of cutting;
Ultrasonic wave shown in Fig. 3: Fig. 1 melts the three-dimensional view of the frame workbench 100 of the machine of cutting;
Ultrasonic wave shown in Fig. 4: Fig. 1 melts another three-dimensional view of the frame workbench 100 of the machine of cutting;
Ultrasonic wave shown in Fig. 5: Fig. 1 melts the three-dimensional view sending on device 200 of the machine of cutting;
Ultrasonic wave shown in Fig. 6: Fig. 1 melts another three-dimensional view sending on device 200 of the machine of cutting;
Ultrasonic wave shown in Fig. 7: Fig. 1 melts the three-dimensional view of the pay-off 300 of the machine of cutting;
Ultrasonic wave shown in Fig. 8: Fig. 1 melts another three-dimensional view of the pay-off 300 of the machine of cutting;
Ultrasonic wave shown in Fig. 9: Fig. 1 melts the three-dimensional view of the shearing device 400 of the machine of cutting;
Ultrasonic wave shown in Figure 10: Fig. 1 melts another three-dimensional view of the shearing device 400 of the machine of cutting;
Ultrasonic wave shown in Figure 11: Fig. 1 melts the three-dimensional view of the hopper slideway parts 500 of the machine of cutting;
Ultrasonic wave shown in Figure 12: Fig. 1 melts another three-dimensional view of the hopper slideway parts 500 of the machine of cutting;
Ultrasonic wave shown in Figure 13: Fig. 1 melts the three-dimensional view of the eccentric wheel apparatus 600 of the machine of cutting;
Ultrasonic wave shown in Figure 14: Fig. 1 melts another three-dimensional view holding up materials device 700 of the machine of cutting;
Ultrasonic wave shown in Figure 15: Fig. 1 melts the three-dimensional view of the induction adjusting device 800 of the machine of cutting;
Ultrasonic wave shown in Figure 16: Fig. 1 melts another three-dimensional view of the induction adjusting device 800 of the machine of cutting;
Ultrasonic wave shown in Figure 17: Fig. 1 melts the three-dimensional view of the material rest device 900 of the machine of cutting;
Ultrasonic wave shown in Figure 18: Fig. 1 melts the three-dimensional view of the control device 1000 of the machine of cutting;
Ultrasonic wave shown in Figure 19: Fig. 1 melts another three-dimensional view of the control device 1000 of the machine of cutting;
Ultrasonic wave shown in Figure 20: Fig. 1 melts the three-dimensional view of the ultrasonic wave fusion welding device 3000 of the machine of cutting;
Ultrasonic wave shown in Figure 21: Fig. 1 melts another three-dimensional view of the ultrasonic wave fusion welding device 3000 of the machine of cutting;
Ultrasonic wave shown in Figure 22: Fig. 1 melts the three-dimensional view of the tape device for folding 4000 of the machine of cutting;
Ultrasonic wave shown in Figure 23: Fig. 1 melts another three-dimensional view of the ultrasonic wave fusion welding device 3000 of the machine of cutting.
In the drawings, same or similar element uses same figure notation, and different elements uses different figure notations, wherein:
The traffic direction melted in the machine of cutting at ultrasonic wave by tape defines " upstream " and " downstream ".
The length direction of described tape is defined as " longitudinal direction ", and the width of described tape is defined as " transverse direction ", and the direction perpendicular to the principal plane of described frame workbench 100 is defined as " vertical ".
Detailed description of the invention
See figures.1.and.2, machine is cut according to the ultrasonic wave of specific embodiment of the utility model is molten, it is for cutting off continuous print tape by the length determined, and fused by the fracture of ultrasonic wave to described cut-off tape, it is characterized in that: described ultrasonic wave is molten cuts that machine comprises frame workbench 100, sends on device 200, pay-off 300, shearing device 400, hopper slideway parts 500, eccentric wheel apparatus 600, hold up materials device 700, induction adjusting device 800, material rest device 900, control device 1000, ultrasonic wave fusion welding device 3000 and tape device for folding 4000.Alternatively, described frame workbench 100 is the shape of basic cuboid, can be made up of metal material or wood materials.
Described frame workbench 100 can support and lay described device and parts.As shown in Figure 1, describedly send on the side that device 200 and described eccentric wheel apparatus 600 are placed in described frame workbench 100, described pay-off 300, shearing device 400, hopper slideway parts 500, hold up materials device 700, induction adjusting device 800 and tape device for folding 4000 to be placed on the principal plane of described frame workbench 100.As shown in Figure 2, material rest device 900 and ultrasonic wave fusion welding device 3000 are placed in inside the cavity of described frame workbench 100.
Described material rest device 900 can lay described continuous print tape.As shown in Figure 2, described continuous print tape is coiled in described material rest device 900, is similar to the coiled fashion of cinefilm.
Described eccentric wheel apparatus 600 can be made in order from described material rest device 900 described continuous print tape out, and changes the longitudinal tension force of described continuous print tape, be beneficial to described continuous print tape enter described in send on device 200.As shown in the figures 1 and 2, described eccentric wheel apparatus 600 utilizes eccentric motion principle, allow the tape of continuously motion time and tensioning, time and loosen, thus can ensure that described continuous print tape has enough surpluses on moving line, avoid mechanical disorder, ensure precise cutting.
Described send on device 200 can enter at described continuous print tape described in hold up materials device 700 before described continuous print tape is flattened in advance.As shown in the figures 1 and 2, the described device 200 that sends on is at described eccentric wheel apparatus 600 with describedly hold up between materials device 700, the described wheel 206 that sends on clamps described continuous print tape with the colored roller A205 that shakes, thus block or the pulsating motion of described continuous print tape that buffering causes because of described eccentric wheel apparatus, make described continuous print tape can enter evenly described in hold up in materials device 700.
Described materials device 700 of holding up can correct lateral attitude when described continuous print tape runs in described hopper slideway parts 500.As Fig. 1 or 2, shown in, described in hold up materials device 700 in the described downstream sending on device 200, and be positioned at the upstream of described hopper slideway parts 500.Described materials device 700 of holding up, in the vertical position with continuous print tape described in lateral adjustments, ensure that described continuous print tape runs with can pressing close to the ramp surface of hopper slideway parts 500.Preferably, send on device 200 described and describedly hold up between materials device 700, described continuous print tape has the tape surplus section taken the shape of the letter U, described U-shaped tape surplus section naturally droops, thus the pulsating motion having blocked described continuous print tape is completely to the described tape transmission holding up materials device 700 and downstream thereof.
Described hopper slideway parts 500 can allow described continuous print tape lie low and move ahead wherein, so that described induction adjusting device 800 detects the pattern on described continuous print tape.As shown in the figures 1 and 2, described hopper slideway parts 500 are longitudinally placed on the principal plane of described frame workbench 100, hold up the upstream of the downstream of materials device 700, described pay-off 300 described in being positioned at, described induction adjusting device 800 is positioned on described hopper slideway parts 500 or side.
Described induction adjusting device 800 can detect the position of the pattern on described continuous print tape.As shown in the figures 1 and 2, described induction adjusting device 800 is placed in top or its longitudinal edge side of described hopper slideway parts 500.The color mark sensor 807 of described induction adjusting device 800 can move longitudinally on chute pipe 803, to regulate the relative position of described color mark sensor 807 and described continuous print tape.
Described pay-off 300 can determine that the tape section of length is sent described in described shearing device 400.As Fig. 1,2, shown in 7 and 8, described pay-off 300 is positioned at described hopper slideway parts 500 downstream, described shearing device 400 upstream.Described control device 1000 controls the feeding campaign of described pay-off 300.
Described continuous print tape can be cut into the described tape section determining length by described shearing device 400.As Fig. 1,2, shown in 7 and 8, described control device 1000 controls the cut-out campaign of described shearing device 400, its by described determine the movement velocity of length and described continuous print tape calculate break time every.
Described ultrasonic wave fusion welding device 3000 by the described fracture fusion determining the tape section of length, can eliminate burr.As shown in Figure 2, described ultrasonic wave fusion welding device 3000 is arranged in the cavity of described frame workbench 100, hands over and is positioned at immediately below described shearing device 400, arranges that described ultrasonic wave is melted cuts machine compact conformation like this.
By described, described tape device for folding 4000 can determine that the tape section of length carries out turning back and fitting together.As Fig. 1,2, shown in 22 and 23, described tape device for folding 4000 is positioned at described shearing device 400 side, and the lower folder 4008 of described tape device for folding 4000 can move near the cutting knife 402 of described shearing device 400.
Described control device 1000 can control each device and the parts collaborative work that described ultrasonic wave melts the machine of cutting.As Fig. 1,2, shown in 18 and 19, described control device 1000 is installed on the principal plane of described frame workbench 100, operates each button safely with handled easily person.Described control device 1000 is electrically connected with described device 200, described pay-off 300, described shearing device 400, described eccentric wheel apparatus 600, described induction adjusting device 800 and the described ultrasonic wave fusion welding device 3000 of sending on.
With reference to Fig. 1 or 2, according to the traffic direction of described tape, be placed in device described frame workbench 100 successively from upstream to downstream and parts have: described eccentric wheel apparatus 600, described in send on device 200, described in hold up materials device 700, described hopper slideway parts 500, described pay-off 300, described shearing device 400.
Hold up described in described induction adjusting device 800 is installed near materials device 700 and described hopper slideway parts 500.
Described ultrasonic wave fusion welding device 3000 is installed in immediately below described shearing device 400.
Described control device 1000 is installed on described frame workbench 100 and the person that is positioned in handled easily carries out the position that operates.
Be understandable that, the position relationship of each device and parts can have multiple modification, and therefore, the change of the position relationship that those skilled in the art make without the need to creative work is all within protection domain of the present utility model.Such as, described control device 1000 can be the form of keyboard, and is arranged on draw back plate, like this, to complete and after machine startup, described control device 1000 can be retracted into the place that operator can not touch, thus avoids maloperation completely at optimum configurations such as mode of operations.When parameters such as needs change mode of operations, described control device 1000 can be drawn out.
The main movement that described continuous print tape melts in the machine of cutting at described ultrasonic wave is as follows: described continuous print tape is guided to described eccentric wheel apparatus 600 from described material rest device 900, then through sending on device 200, then through holding up materials device 700, then run in hopper slideway parts 500, then pay-off 300 is arrived, then shearing device 400 is sent to, in described shearing device 400, described continuous print tape is cut off by the described length determined, the fracture of described cut-off tape is fused by described ultrasonic wave fusion welding device 3000 simultaneously.
Be understandable that, control device 1000 melts each device in the machine of cutting by means of electronic circuit to ultrasonic wave and parts carry out motion control, and above-mentioned motion is only basic motion, in fact, more movement relation can be had because described ultrasonic wave melts the difference of the mode of operation of the machine of cutting.Such as, amounting in the pattern of cutting, the motion of turning back that tape device for folding 4000 carries out described continuous print tape.Color mark sensor 807 the vertically moving on chute pipe 803 of induction adjusting device 800.
Described control device 1000 controls by following five kinds of mode of operations that described ultrasonic wave is molten cuts machine:
Singly cut pattern: described continuous print tape is cut into the described tape section determining length by described shearing device 400 simply;
Pattern centering lockout mode: described continuous print tape is cut into the described tape section determining length by described shearing device 400, and described induction adjusting device 800 ensures to determine that the pattern in the tape section of length is positioned at position placed in the middle described;
Pattern is cut to line: described induction adjusting device 800 detects the mark line on described continuous print tape, and described shearing device 400 is cut into the described tape section determining length according to the mark line on described continuous print tape;
Amount to the pattern of cutting: by described, described tape device for folding 4000 determines that the tape section of length is turned back and fits together, and described continuous print tape is cut into the described tape section determining length by described shearing device 400;
Pattern centering amounts to the pattern of cutting: described induction adjusting device 800 ensures to determine that the pattern in the tape section of length is positioned at position placed in the middle described, and by described, described tape device for folding 4000 determines that the tape section of length is half-and-half turned back and fits together, further, described continuous print tape is cut into the described tape section determining length by described shearing device 400.
Be understandable that, singly cutting pattern, pattern centering lockout mode, cutting in pattern three kinds of mode of operations line, described tape device for folding 4000 is in off working state, this is because do not need to turn back to tape.Singly cutting in pattern, induction adjusting device 800 is in off working state, only need by the speed of service of described continuous print tape and break time interval can calculate required tape section measured length really.In all five kinds of mode of operations, described ultrasonic wave fusion welding device 3000 can both fuse the fracture of described cut-off tape, thus reduces burr.Alternatively, amounting to the pattern of cutting, pattern centering amounts in the pattern of cutting two kinds of mode of operations, by described, described ultrasonic wave fusion welding device 3000 can determine that two free ends of the tape section of length merge, many and form tape ring.
Described " length determined " refers to the length required for semi-finished product tape, because according to different semi-finished product, its physical length can be different.
Ultrasonic wave of the present utility model melts the machine of cutting breaks the single common fault of the mode of operation of existing machine, its automaticity is high, production efficiency is high, mode of operation is many, this is equivalent to the function of existing for multi-section machine to merge completely on a machine, a large amount of saving production cost and plant area.
Alternatively, described frame workbench 100 can be that integrally casting is shaping, such as, be made of cast iron, or pass through injection moulding integrated molding by engineering plastics.Preferably, described frame workbench 100 is splits, is made up of multiple component or parts.
More preferably, as shown in Figures 3 and 4, described frame workbench 100 comprises platen 101, frame 102, first base plate 106 and discharging opening 108; Described platen 101 is positioned on described frame 102, melts device or the parts of the machine of cutting for supporting and install described ultrasonic wave; Described first base plate 106 is positioned on described platen 101, for settling described hopper slideway parts 500; Described frame 102 can be separated into multiple cavity, for settling speed regulator 104 and ultrasonic wave cabinet 105; By described, described discharging opening 108 is for determining that the tape section of length transports out that described ultrasonic wave is molten cuts machine.Such configuration can use a large amount of industrial standard parts and industry profile, saves manufacturing cost.
Alternatively, as shown in Figure 3, in the cavity of described frame 102, being also mounted with filter 103, melting the source of the gas of each pneumatic linear actuator of the machine of cutting for purifying ultrasonic wave.Described frame 102 also comprises material folding head lower plate 107, itself and tape device for folding 4000 with the use of, realize turning back to tape.Described discharging opening 108 is for exporting the described tape section determining length machined.
As illustrated in Figures 5 and 6, describedly send on that device 200 comprises the second base plate 201, sends on side plate A202, sends on side plate B203, pinch roller fixed mount 204, the colored roller A205 that shakes, send on wheel 206, extension spring 207, send on wheel shaft A208, send on wheel shaft B214, regulate stator 209, catch locating shaft A210, stator locating shaft A211, motor cabinet A212 and stepper motor A213, wherein, send on wheel 206 described in described stepper motor A213 drives to rotate, thus drive and send on wheel 206 and the described tape shaken between colored roller A205 is vacillated dynamic downwards described.Be understandable that, the described device 200 that sends on can be made up of other structure, send on device such as and comprise upper clip and lower clamping piece, wherein, described upper clip and lower clamping piece clamp tape, longitudinally moving forward one determines distance, then unclamp tape, and get back to initial position, reclamp tape, repeat this to clamp, move, unclamp action, realize the transfer to tape.
Preferably, as shown in FIG. 7 and 8, described pay-off 300 comprises motor cabinet B301, stepper motor B302, bottom plate 303, shake colored roller B304, shake colored roller C305, support column 306, material wheel handle 307, roller fixed plate A 308, roller fixed head B309, removable wheel plate 310, upper mounted plate 311, lengthened coupling 312, lower Internal baffle 313, internal stop 315 on bearing B314, material wheel locating dowel 316, locking plate 317 and material wheel spring 318, wherein, the colored roller B304 that shakes described in described stepper motor B302 drives rotates, thus drive and vacillate dynamic downwards at described colored roller B304 and the tape shaken between colored roller C305 of shaking.Such configuration structure is compact, controls accurately.
As shown in Figures 9 and 10, described shearing device 400 comprises Cutter apron fixed head 401, cutting knife 402, cutting knife cylinder fixed block 403, Cutter apron 404, bearing C405, the sliding rod 406 of cutting knife, cylinder A407, cylinder cover 408, baffle 409, nylon hinge 410, cylinder B411, material mouth compression bar 412, cylinder holder A413, cylinder holder B414.The position relationship of each component of described shearing device 400 and annexation are see the patent application CN201520131822.3 of Fig. 9 and 10 and same applicant.
Preferably, as shown in FIG. 11 and 12, described hopper slideway parts 500 comprise runner gripper shoe 501, runner plate base plate 502, locating shaft side plate 503, rib locating shaft B504, plate washer 505, fixed cover 506, sensing chip holder B507, sensing chip holder A508, sensing chip fixed leg 509, cantilever spring 510, fixing induction guide wheel 511, insulation board 513, insulated column 514 and bakelite dielectric pin 515.The position relationship of each component of described hopper slideway parts 500 and annexation are see Figure 11 and 12.Alternatively, described hopper slideway parts 500 comprise at least one runner.Preferably, described hopper slideway parts 500 comprise two parallel runners, two parallel tapes can be transported to described shearing device 400, thus significantly improve production efficiency.
Preferably, as shown in figure 13, described eccentric wheel apparatus 600 comprises eccentric wheel rib A601, eccentric wheel rib B602, eccentric wheel pillar 603, eccentric wheel axle 604, eccentric wheel case 605, eccentric wheel fixed base plate 606, eccentric wheel fixed side F607, eccentric wheel fixed side E608, eccentric wheel fixed side D609, motor C610 and elasticity shaft joint B611, wherein, described motor C610 drives eccentric wheel axle 604 to rotate, thus drives the described continuous print tape surrounded on described eccentric wheel pillar 603 to downstream movement.The position relationship of each component of described eccentric wheel apparatus 600 and annexation are see Figure 13.The position relationship of each component of described eccentric wheel apparatus 600 and annexation are see Figure 13.
Preferably, as shown in figure 14, hold up materials device 700 to comprise described in and hold up belting 701, hold up stock column 702 and hold up material adjustment sheet 703.Described hold up each component of materials device 700 position relationship and annexation see Figure 14.
As shown in figs, preferably, described induction adjusting device 800 comprises slide trough support A801, slide trough support B802, chute pipe 803, induction fixed arm 804, light sensation adjustment fixing plate A805, light sensation adjustment fixing plate B806, color mark sensor 807 and steel ruler 808.Described color mark sensor 807 can move on described chute pipe 803, thus as required, regulates the relative position of described color mark sensor 807 and described hopper slideway parts 500.Described induction fixed arm 804 is L shape, thus makes the described color mark sensor 807 be fixed on described induction fixed arm 804 can be positioned at the top of described hopper slideway parts 500.The position relationship of each component of described induction adjusting device 800 and annexation are see Figure 15 and 16.
As shown in Fig. 2 and 17, preferably, described material rest device 900 is positioned in the below of the platen 101 of described frame workbench 100, and is positioned at the cavity of frame 102.
As shown in figure 18, preferably, described control device 1000 comprise control cabinet stay pipe 1001, control box column pivoted housing 1002, start button 1003, install bin after plate 1004, install bin 1005, superly cut button 1006, put and move back button 1012, pause button 1013, stop button 1014 into button 1007, single shaft step motion controller 1008, emergent stopping 1009, gauge tap 1010, timer 1011, point.
As shown in figs 20 and 21, preferably, the sub-flange 3001 of described ultrasonic wave fusion welding device 3000 involving vibrations, wave welding head of ultrasonic wave 3002, bolt 3003.The position relationship of each component of described ultrasonic wave fusion welding device 3000 and annexation are see Figure 20 and 21, and the patent application CN201520131822.3 of same applicant.
As depicted in figures 22 and 23, described tape device for folding 4000 comprises: base plate D4001, linear drives module 4002, cylinder D4003, cylinder E4004, flake joint 4005, loading plate 4006, upper folder 4007, lower folder 4008, line slideway B4009 and upper folder fixed head 4010.Lower folder 4008 is fixing, and the top plane of wave welding head of ultrasonic wave 3002 and the upper plane of lower folder 4008 are located in the same horizontal plane; Upper folder 4007 is movable, the folding of folder 4007 in cylinder D4003 control; Cylinder E4004 drives the module 4003-4008 that turns back to move on linear drives module 4002, so that lower folder 4008 is near described shearing device 400, and then implements the operation of turning back to tape.The position relationship of each component of described tape device for folding 4000 and annexation are see the patent application CN201520131822.3 of described tape device for folding 4000 and same applicant.
The advantage that ultrasonic wave of the present utility model melts the machine of cutting is that automaticity is high, production efficiency is high, mode of operation is many, the function of existing for multi-section machine is merged completely on a machine.
Patent document CN1261568A, CN1298781A, CN2573141Y, CN101394798A, CN201683070U, CN201783978U, CN202043678U, CN202985615U, CN202934623U, CN103958136A, CN103433948A, CN103433964A, CN203485218U, CN103962583A, CN104433004A, CN104475872A, CN204125785U, CN204151564U, CN204417905U, CN104711843A, CN1094344A, CN1191503A, CN1194675A discloses the part relevant to the invention, element, parts or device, therefore, the part do not mentioned in this article, structural relation between element and parts, position relationship, active force relation, movement relation, energy relationship, momentum relationship etc. all can refer to the above-mentioned patent document quoted and understand.Thus the technology contents of the described patent document quoted herein becomes a part for present patent application file.In case of need, all patent documents announced in the technical field involved by the invention all can provide prior art reference to present patent application.
More than describe the preferred of the invention or specific embodiment in detail.Should be appreciated that those skilled in the art just can make many modifications and variations according to the design concept of the invention without the need to creative work.Therefore; all technical staff in the art pass through the available technical scheme of logical analysis, reasoning, or a limited experiment on the basis of existing technology according to the design concept of the invention, all should within the scope of the invention and/or by the determined protection domain of claims.
Claims (10)
1. ultrasonic wave is molten cuts machine, it is for cutting off continuous print tape by the length determined, and fused by the fracture of ultrasonic wave to described cut-off tape, it is characterized in that: described ultrasonic wave is molten to be cut machine and comprise frame workbench (100), send on device (200), pay-off (300), shearing device (400), hopper slideway parts (500), eccentric wheel apparatus (600), hold up materials device (700), induction adjusting device (800), material rest device (900), control device (1000), ultrasonic wave fusion welding device (3000) and tape device for folding (4000),
Described device and parts be supported and be laid to described frame workbench (100) can;
Described material rest device (900) can lay described continuous print tape;
Described eccentric wheel apparatus (600) can be made in order from described material rest device (900) described continuous print tape out, and changes the longitudinal tension force of described continuous print tape, be beneficial to described continuous print tape enter described in send on device (200);
Described send on device (200) can enter at described continuous print tape described in hold up before materials device (700) described continuous print tape flattened in advance;
Described materials device (700) of holding up can correct the lateral attitude of described continuous print tape in described hopper slideway parts (500) during operation;
Described hopper slideway parts (500) can allow described continuous print tape lie low and move ahead wherein, so that described induction adjusting device (800) detects the pattern on described continuous print tape;
Described induction adjusting device (800) can detect the position of the pattern on described continuous print tape;
Described pay-off (300) can determine that the tape section of length is sent described in described shearing device (400);
Described continuous print tape can be cut into the described tape section determining length by described shearing device (400);
Described ultrasonic wave fusion welding device (3000) by the described fracture fusion determining the tape section of length, can eliminate burr;
By described, described tape device for folding (4000) can determine that the tape section of length carries out turning back and fitting together;
Described control device (1000) can control each device and the parts collaborative work that described ultrasonic wave melts the machine of cutting;
According to the traffic direction of described tape, be placed in device described frame workbench (100) successively from upstream to downstream and parts have: described eccentric wheel apparatus (600), described in send on device (200), described in hold up materials device (700), described hopper slideway parts (500), described pay-off (300), described shearing device (400);
Hold up near materials device (700) and described hopper slideway parts (500) described in described induction adjusting device (800) is installed in;
Described ultrasonic wave fusion welding device (3000) is installed in immediately below described shearing device (400);
Described control device (1000) is installed in the position that the upper and person that is positioned in handled easily of described frame workbench (100) carries out operating;
The main movement that described continuous print tape melts in the machine of cutting at described ultrasonic wave is as follows: described continuous print tape is guided to described eccentric wheel apparatus (600) from described material rest device (900), then through sending on device (200), then through holding up materials device (700), then run in hopper slideway parts (500), then pay-off (300) is arrived, then shearing device (400) is sent to, in described shearing device (400), described continuous print tape is cut off by the described length determined, the fracture of described cut-off tape is fused by described ultrasonic wave fusion welding device (3000) simultaneously,
Described control device (1000) controls by following five kinds of mode of operations that described ultrasonic wave is molten cuts machine:
Singly cut pattern: described continuous print tape is cut into the described tape section determining length by described shearing device (400) simply;
Pattern centering lockout mode: described continuous print tape is cut into the described tape section determining length by described shearing device (400), and described induction adjusting device (800) ensures to determine that the pattern in the tape section of length is positioned at position placed in the middle described;
Pattern is cut to line: described induction adjusting device (800) detects the mark line on described continuous print tape, and described shearing device (400) is cut into the described tape section determining length according to the mark line on described continuous print tape;
Amount to the pattern of cutting: by described, described tape device for folding (4000) determines that the tape section of length is turned back and fits together, and described continuous print tape is cut into the described tape section determining length by described shearing device (400);
Pattern centering amounts to the pattern of cutting: described induction adjusting device (800) ensures to determine that the pattern in the tape section of length is positioned at position placed in the middle described, and by described, described tape device for folding (4000) determines that the tape section of length is half-and-half turned back and fits together, further, described continuous print tape is cut into the described tape section determining length by described shearing device (400).
2. ultrasonic wave according to claim 1 is molten cuts machine, it is characterized in that: described frame workbench (100) comprises platen (101), frame (102), the first base plate (106) and discharging opening (108);
Described platen (101) is positioned on described frame (102), melts device or the parts of the machine of cutting for supporting and install described ultrasonic wave;
Described first base plate (106) is positioned on described platen (101), for settling described hopper slideway parts (500);
Described frame (102) can be separated into multiple cavity, for settling speed regulator (104) and ultrasonic wave cabinet (105);
By described, described discharging opening (108) is for determining that the tape section of length transports out that described ultrasonic wave is molten cuts machine.
3. ultrasonic wave according to claim 1 is molten cuts machine, it is characterized in that: described in send on device (200) and comprise the second base plate (201), send on side plate A(202), send on side plate B(203), pinch roller fixed mount (204), shake colored roller A(205), send on wheel (206), extension spring (207), send on wheel shaft A(208), send on wheel shaft B(214), regulate stator (209), catch locating shaft A(210), stator locating shaft A(211), motor cabinet A(212) and stepper motor A(213), wherein, described stepper motor A(213) drive described in send on wheel (206) rotation, thus drive be positioned at described in send on wheel (206) and the described colored roller A(205 that shakes) between tape vacillate dynamic downwards.
4. ultrasonic wave according to claim 1 is molten cuts machine, it is characterized in that: described pay-off (300) comprises motor cabinet B(301), stepper motor B(302), bottom plate (303), shake colored roller B(304), shake colored roller C(305), support column (306), material wheel handle (307), roller fixed plate A (308), roller fixed head B(309), removable wheel plate (310), upper mounted plate (311), lengthened coupling (312), lower Internal baffle (313), bearing B(314) upper internal stop (315), material wheel locating dowel (316), locking plate (317) and material wheel spring (318), wherein, described stepper motor B(302) drive described in shake colored roller B(304) rotate, thus drive at the described colored roller B(304 that shakes) and the colored roller C(305 that shakes) between tape vacillate dynamic downwards.
5. ultrasonic wave according to claim 1 is molten cuts machine, it is characterized in that: described hopper slideway parts (500) comprise runner gripper shoe (501), runner plate base plate (502), locating shaft side plate (503), rib locating shaft B(504), plate washer (505), fixed cover (506), sensing chip holder B(507), sensing chip holder A(508), sensing chip fixed leg (509), cantilever spring (510), fixing induction guide wheel (511), insulation board (513), insulated column (514) and bakelite dielectric pin (515).
6. ultrasonic wave according to claim 1 is molten cuts machine, it is characterized in that: described eccentric wheel apparatus (600) comprises eccentric wheel rib A(601), eccentric wheel rib B(602), eccentric wheel pillar (603), eccentric wheel axle (604), eccentric wheel case (605), eccentric wheel fixed base plate (606), eccentric wheel fixed side F(607), eccentric wheel fixed side E(608), eccentric wheel fixed side D(609), motor C(610) and elasticity shaft joint B(611), wherein, described motor C(610) drive eccentric wheel axle (604) to rotate, thus drive the described continuous print tape surrounded on described eccentric wheel pillar 603 to downstream movement.
7. ultrasonic wave according to claim 1 is molten cuts machine, it is characterized in that: described in hold up materials device (700) to comprise to hold up belting (701), hold up stock column (702) and hold up and expect adjustment sheet (703).
8. ultrasonic wave according to any one of claim 1 to 7 is molten cuts machine, it is characterized in that: described induction adjusting device (800) comprises slide trough support A(801), slide trough support B(802), chute pipe (803), induction fixed arm (804), light sensation adjustment fixing plate A(805), light sensation adjustment fixing plate B(806), color mark sensor (807) and steel ruler (808).
9. ultrasonic wave according to any one of claim 1 to 7 is molten cuts machine, it is characterized in that: described material rest device (900) is positioned in the below of the platen (101) of described frame workbench (100), and is positioned at the cavity of frame (102).
10. ultrasonic wave according to any one of claim 1 to 7 is molten cuts machine, it is characterized in that: described tape device for folding (4000) comprising: base plate D(4001), linear drives module (4002), cylinder D(4003), cylinder E(4004), flake joint (4005), vehicle-mounted plate (4006), upper folder (4007), lower folder (4008), line slideway B(4009) and upper folder fixed head (4010).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520526410.XU CN204914570U (en) | 2015-07-18 | 2015-07-18 | Ultrasonic wave melts cutter with tape pattern centering function |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520526410.XU CN204914570U (en) | 2015-07-18 | 2015-07-18 | Ultrasonic wave melts cutter with tape pattern centering function |
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| CN204914570U true CN204914570U (en) | 2015-12-30 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106493780A (en) * | 2016-11-02 | 2017-03-15 | 浙江高领新能源科技有限公司 | A kind of oilless air compressor encapsulant automatic cutting equipment |
| CN108789643A (en) * | 2018-07-16 | 2018-11-13 | 南通秋鼎线带有限公司 | A kind of adhesive tape side position bonding cutting mechanism |
-
2015
- 2015-07-18 CN CN201520526410.XU patent/CN204914570U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106493780A (en) * | 2016-11-02 | 2017-03-15 | 浙江高领新能源科技有限公司 | A kind of oilless air compressor encapsulant automatic cutting equipment |
| CN108789643A (en) * | 2018-07-16 | 2018-11-13 | 南通秋鼎线带有限公司 | A kind of adhesive tape side position bonding cutting mechanism |
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