CN108839082A

CN108839082A - A kind of tape-cutting machine of automatic damping decompression

Info

Publication number: CN108839082A
Application number: CN201810474222.5A
Authority: CN
Inventors: 李臣龙
Original assignee: Anhui Polytechnic University
Current assignee: Anhui Polytechnic University
Priority date: 2018-05-17
Filing date: 2018-05-17
Publication date: 2018-11-20
Anticipated expiration: 2038-05-17
Also published as: CN108839082B

Abstract

The invention discloses a kind of tape-cutting machines of automatic damping decompression, including pedestal, heat release hole, damper, workbench, transmission shaft, working face, vibrating detector and the first controller, damper includes No.1 transmission belt, first motor, No.1 shaft, No. two shafts, cam holder, No. two transmission belts, protect shell, knob transmission device, radiate transmission device, No.1 electric wire, second motor, No. two electric wires, electric power switch transmission device, power supply, depressurize transmission device, damping transmission device, the shock conditions of vibrating detector detection working face, first controller controls first motor by driving circuit according to shock conditions and carries out damping to tape-cutting machine.The present invention passes through being combined with each other of above-mentioned component, the cooperation between Detection & Controling; by increasing the mechanisms such as damping, decompression; and by way of detecting and controlling automatically; make tape-cutting machine at work; the effective amplitude for reducing vibration; the precision of cutting is improved, the service life of tape-cutting machine is protected.

Description

A kind of tape-cutting machine of automatic damping decompression

Technical field

The invention belongs to tape-cutting machine production technical fields, and in particular to a kind of tape-cutting machine of automatic damping decompression.

Background technique

During cutting ribbon, vibration when due to equipment work is excessive, easily makes the precision decline of cutting, easily Cause to cut it is unqualified, and equipment part be easy absent-mindedness, make equipment damage.

Summary of the invention

According to the above-mentioned deficiencies of the prior art, the purpose of the present invention is to propose to a kind of automatic damping decompression tape-cutting machine, with The prior art is solved in use, easily making the precision decline of cutting since vibration when equipment works is excessive, easily causing cutting not Qualification, and equipment part is easy the problem of relaxing, making equipment damage.

In order to solve the above-mentioned technical problem, the technical solution adopted by the present invention is：A kind of tape-cutting machine of automatic damping decompression, Including pedestal, heat release hole, damper, workbench, transmission shaft and working face, the pedestal is on the lower section of damper, pedestal Side is welded with damper bottom surface, and damper side is equipped with heat release hole, is equipped with working face above damper, damper and working face Bottom surface snapping, the top of working face are equipped with transmission shaft, working face and transmission shaft transition fit, and working face side is equipped with workbench, Both ends of the drive shaft is respectively positioned on above damper, and both ends of the drive shaft with damper snapping, weld with above damper by workbench lower section It connects, further includes vibrating detector and the first controller, vibrating detector is set to above damper, and the first controller is set to damper Side, vibrating detector is used to detect shock conditions when tape-cutting machine work, and the first controller is electrically connected with vibrating detector；

Damper includes No.1 transmission belt, first motor, No.1 shaft, No. two shafts, cam holder, No. two transmission belts, protects Protect shell, knob transmission device, heat dissipation transmission device, No.1 electric wire, the second motor, No. two electric wires, electric power switch transmission Device, power supply, decompression transmission device, damping transmission device, second controller, comparator and temperature monitoring, the first controller It is electrically connected by driving circuit with first motor, No.1 shaft is fixedly connected with the output shaft of first motor, and No.1 transmission belt is set There are two, one end of two No.1 transmission belts is respectively with one end snapping of No.1 shaft, and the other end of No.1 transmission belt is with two Number shaft snapping, there are two No. two shafts are set, with No. two shaft snappings, No. two transmission belt other ends are equal for No. two transmission belt one end With cam top of support snapping, two cam holders are set to the top of damping transmission device, and two cam holders are driven with damping and fill Top set face transition fit, damping transmission device lower section are equipped with decompression transmission device, and decompression transmission device side is driven equipped with knob Device, knob transmission device one end is through protection shell and protects shell side snapping, the knob transmission device other end and decompression Transmission device transition fit, the decompression transmission device other side are equipped with electric power switch transmission device, electric power switch transmission Device side is equipped with power supply, connect below electric power switch transmission device with No.1 electric wire one end, the No.1 electric wire other end and The connection of second motor, No. two electric wire one end connect to power supply, and No. two electric wire other ends are connected by second controller and the second motor It connects, second motor one end is connect with heat dissipation transmission device, and heat dissipation transmission device is through protection shell and heat release hole clearance fit, temperature It spends monitor and is set to damper inner cavity, temperature monitoring is connect by comparator with second controller；

Temperature monitoring is for the temperature in real-time monitoring damper, and the temperature value that will test is sent to comparator； The temperature value that comparator is used to will test is compared with preset temperature value, and comparison result is sent to the second control Device；Second controller is used to receive the comparison result of comparator transmission, and the rotation of the second motor is controlled according to comparison result.

Further, the damping transmission device includes No.1 mandril, junction piece, sliding bar, No.1 spring, No.1 pushing Bar, No. two springs, No. two down-pressed poles, No. three springs, fixed spring, supporting block and support rod, No.1 mandril are set to cam holder Lower section, No.1 mandril top both ends are welded with cam holder one end, and both ends are welded with sliding bar both ends respectively below No.1 mandril, Junction piece is equipped with two pieces, and two pieces of junction pieces are set on sliding bar, and junction piece and No.1 down-pressed pole one end are welded, No.1 down-pressed pole The other end and fixed spring two sides are welded, and there are two No.1 spring is set, two No.1 spring one ends are set under sliding bar both ends Side is welded with sliding bar both ends respectively, and No. two down-pressed poles, No.1 spring and No. two down-pressed poles are equipped with below the No.1 spring other end One end transition fit, No.1 spring lower section are additionally provided with No. three springs, and No.1 spring and No. three spring one ends weld, and No. three springs are set Have two, for two No. three spring other ends with support block welding, supporting block is equipped with two pieces, two pieces of supporting block sides respectively with branch The welding of strut one end, support rod run through fixed spring, and middle part is equipped with decompression transmission device below No. two down-pressed poles.

Further, the decompression transmission device includes No. two mandrils, No. three mandrils, No. four mandrils, motion bar, No. three bullets Spring, No. five mandrils, No. six mandrils, No. seven mandrils, No. eight mandrils, No. nine mandrils, No. two mandril one end and damping transmission device weld It connects, No. two mandril other ends are set to the top of No. three mandrils, and No. two mandrils and No. three mandril upper centers are welded, under No. three mandrils Fang Yiduan is equipped with No. four mandrils, and No. three mandrils and No. four mandril one end are welded, and the other end is equipped with No. nine mandrils below No. three mandrils, No. three mandrils and No. nine mandril one end are welded, and No. four mandril other ends are welded with No. five mandril one end, No. nine mandril other ends and No. six mandril one end welding, motion bar one end and knob transmission device weld, and the motion bar other end runs through No. nine mandrils and No. six The joint of mandril, No. four mandrils and No. five mandrils joint, motion bar and electric power switch transmission device one end weld, No. seven mandrils are integrated with motion bar, and No. seven mandrils are set to the joint with No. nine mandrils and No. six mandrils, No. seven tops Bar and No. eight mandril one end are welded, and No. eight mandril other ends and No. three spring one ends weld, and No. three spring other ends are set to No. four The joint of mandril and No. five mandrils.

Further, the knob transmission device includes fixing axle, knob, No. three shafts, No.1 threaded post, inclined-plane tooth Wheel, No. three transmission belts, No. four shafts, No.1 helical teeth and No. two helical teeth, described knob one end is through protection shell, knob and fixation The welding of axis left end, fixing axle right end are integrated with No. three shafts, No. three transmission belt one end and No. three shaft snappings, and No. three The transmission belt other end and No. four shafts are welded, and No. four shaft right ends are integrated with No.1 helical teeth left end, and No.1 helical teeth is right End is engaged with No. two helical teeth, is engaged below inclined-plane gear with No. two helical teeth, is engaged above inclined-plane gear with below No.1 threaded post, No.1 threaded post right end and decompression transmission device left end transition fit.

Further, the electric power switch transmission device includes No.1 resistance, No. four springs, No. two resistance, contact Plate, limit plate, pushing ram, No. ten mandrils, pushing ram left end middle part and decompression transmission device right end welding, pushing ram right end middle part It welds with No. ten mandril left ends, is welded in the middle part of No. ten mandril right ends and limit plate left end, welded on the left of limit plate right end and contact plate It connects, contact plate right side central is welded with No. four spring one ends, top and No. two resistance side transition fits, contact on the right side of contact plate Plate lower right-hand side and No.1 resistance side transition fit, No.1 resistance lower section are welded with No.1 electric wire one end.

Further, the heat dissipation transmission device includes radiator, No. three helical teeth, No. four helical teeth, No. five helical teeth, No.1 tooth Wheel, No. two threaded posts, No. four transmission belts, No. two gears, No. six helical teeth, No. three gears, No. four gears, No. seven helical teeth, No. five teeth Wheel, No. eight helical teeth, No. nine helical teeth and No. six gears, No. six helical teeth one end and the second motor weld, No. six helical teeth other ends and two The engagement of number gear, No. four transmission belt one end and No. two gear top snappings, No. four transmission belt other ends and No.1 gear top button It connects, No. two threaded posts is equipped with below No.1 gear, No.1 gear is engaged with No. two threaded posts, and No. two threaded post one end are oblique with No. seven Tooth welding, No. seven helical teeth are engaged with No. four gears, and No. five gears are engaged with No. four gears, are with No. three gears above No. five gears Integral structure, No. three gears are engaged with No. six gears, are integrated below No. six gears with No. nine helical teeth, No. nine helical teeth It is engaged with No. eight helical teeth, No. eight helical teeth are integrated with No. five helical teeth, and No. five helical teeth are engaged with No. four helical teeth, No. four helical teeth It is engaged with No. three helical teeth, No. three helical teeth one end and radiator weld, radiator and heat release hole clearance fit.

Present invention has the advantages that：Ribbon is placed on working face, passes through in the logical cutting using the present invention by user When ribbon is transported workbench cutting by transmission shaft, vibrating detector detects shock conditions and is sent to the first controller, First controller drives motor rotation by driving circuit, and motor is made under No.1 mandril by a series of transmission in damper Pressure, shrinks fixed spring, makes No.1 spring that No. two down-pressed poles be driven to push, make motion bar drive contact plate and No.1 resistance, No. two resistance, which connect, gives the power supply of the second motor, temperature and is sent to second controller in temperature monitoring real-time detection damper, Second controller controls the second motor by driving circuit, so that the second motor is driven radiator work, passes through the mutual of above-mentioned component It is combined, the cooperation of detection unit and controller, makes tape-cutting machine at work, the effective amplitude for reducing vibration, when making cutting Precision improve, and protect the service life of tape-cutting machine.

Detailed description of the invention

Content expressed by this specification attached drawing and the label in figure are briefly described below：

Fig. 1 is a kind of structural schematic diagram of the tape-cutting machine of automatic damping decompression of the present invention；

Fig. 2 is a kind of shock absorber structure schematic diagram of the tape-cutting machine of automatic damping decompression of the present invention；

Fig. 3 is a kind of shock absorber structure schematic diagram of the tape-cutting machine of automatic damping decompression of the present invention；

Fig. 4 is a kind of A enlarged structure schematic diagram of the tape-cutting machine of automatic damping decompression of the present invention；

Fig. 5 is a kind of B enlarged structure schematic diagram of the tape-cutting machine of automatic damping decompression of the present invention；

Fig. 6 is a kind of C enlarged structure schematic diagram of the tape-cutting machine of automatic damping decompression of the present invention.

Wherein, 1, pedestal, 2, heat release hole, 3, damper, 4, workbench, 5, transmission shaft, 6, working face, 7, vibration detection Device, the 8, first controller, 301, No.1 transmission belt, 302, No.1 shaft, 303, No. two shafts, 304, cam holder, 305, No. two Transmission belt, 306, protection shell, 307, knob transmission device, 30701, fixing axle, 30702, knob, 30703, No. three shafts, 30704, No.1 threaded post, 30705, inclined-plane gear, 30706, No. three transmission belts, 30707, No. four shafts, 30708, No.1 it is oblique Tooth, 30709, No. two helical teeth, 308, heat dissipation transmission device, 30801, radiator, 30802, No. three helical teeth, 30803, No. four tiltedly Tooth, 30804, No. five helical teeth, 30805, No.1 gear, 30806, No. two threaded posts, 30807, No. four transmission belts, 30808, No. two Gear, 30809, No. six helical teeth, 30810, No. three gears, 30811, No. four gears, 30812, No. seven helical teeth, 30813, No. five teeth Wheel, 30814, No. eight helical teeth, 30815, No. nine helical teeth, 30816, No. six gears, 309, No.1 electric wire, the 310, second motor, 311, No. two electric wires, 312, electric power switch transmission device, 31201, No.1 resistance, 31202, No. four springs, 31203, two Number resistance, 31204, contact plate, 31205, limit plate, 31206, pushing ram, 31207, No. ten mandrils, 313, power supply, 314, subtract Pressure transmission device, 31401, No. two mandrils, 31402, No. three mandrils, 31403, No. four mandrils, 31404, motion bar, 31405, three Number spring, 31406, No. five mandrils, 31407, No. six mandrils, 31408, No. seven mandrils, 31409, No. eight mandrils, 31410, No. nine Mandril, 315, damping transmission device, 31501, No.1 mandril, 31502, junction piece, 31503, sliding bar, 31504, No.1 bullet Spring, 31505, No.1 down-pressed pole, 31506, No. two springs, 31507, No. two down-pressed poles, 31508, No. three springs, 31509, fixation Spring, 31510, supporting block, 31511, support rod, 316, second controller, 317, comparator, 318, temperature monitoring, 319, First motor.

Specific embodiment

Below against attached drawing, by the description of the embodiment, for example related each component of a specific embodiment of the invention Shape, construction, the mutual alignment between each section and connection relationship, the effect of each section and working principle, manufacturing process and Operate with method etc., is described in further detail, to help those skilled in the art to inventive concept of the invention, technology Scheme has more complete, accurate and deep understanding.

As shown in Figure 1, a kind of tape-cutting machine of automatic damping decompression, including pedestal 1, heat release hole 2, damper 3, workbench 4, Transmission shaft 5, display 6, control key 7, indicator light 8, emergency cut-off key 9, console 10 and working face 6, the pedestal 1, which is set to, to be subtracted The lower section of device 3 is shaken, 1 top of pedestal is welded with 3 bottom surface of damper, and 3 side of damper is equipped with heat release hole 2, is equipped with above damper 3 The top of working face 6, the bottom surface snapping of damper 3 and working face 6, working face 6 is equipped with transmission shaft 5, working face 6 and transmission shaft 5 Transition fit, 6 side of working face are equipped with workbench 4, and 5 both ends of transmission shaft are respectively positioned on the top of damper 3,5 both ends of transmission shaft with 3 snapping of damper, the lower section of workbench 4 with welded above damper 3, further include vibrating detector 7 and the first controller 8, vibrate Detector 7 is set on damper 3, and the first controller 8 is set to the side of damper 3, and vibrating detector 7 is for detecting tape-cutting machine work Shock conditions when making, the first controller 8 are electrically connected with vibrating detector 7.

As shown in Fig. 2, damper 3 includes No.1 transmission belt 301,302, No. two first motor 309, No.1 shaft shafts 303,304, No. two transmission belts 305 of cam holder, protection shell 306, knob transmission device 307, heat dissipation transmission device 308, No.1 Electric wire 309,310, No. two electric wires 311 of the second motor, electric power switch transmission device 312, power supply 313, decompression transmission device 314, damping transmission device 315, second controller 316, comparator 317 and temperature monitoring 318, the first controller 8 pass through drive Dynamic circuit is electrically connected with first motor 319, and No.1 shaft 302 is fixedly connected with the output shaft of first motor 319, No.1 transmission belt 301 set there are two, respectively with one end snapping of No.1 shaft 302, No.1 transmission belt 301 is another for two 301 one end of No.1 transmission belt One end with No. two 303 snappings of shaft, there are two No. two shafts 303 are set, No. two 305 one end of transmission belt with No. two shafts 303 Snapping, No. two 305 other ends of transmission belt are with 304 top surface snapping of cam holder, and two cam holders 304 are set on damping transmission device 315 top, two cam holders 304 with 315 top surface transition fit of damping transmission device, are set below damping transmission device 315 There is decompression transmission device 314, decompression 314 side of transmission device is equipped with knob transmission device 307,307 one end of knob transmission device Through protection shell 306 and protection 306 side snapping of shell, 307 other end of knob transmission device and decompression 314 mistake of transmission device Cooperation is crossed, decompression 314 other side of transmission device is equipped with electric power switch transmission device 312, electric power switch transmission device 312 sides are equipped with power supply 313, and 312 lower section of electric power switch transmission device is connect with 309 one end of No.1 electric wire, No.1 electric wire 309 other ends are connect with the second motor 310, and No. two 311 one end of electric wire are connect with power supply 313, and No. two 311 other ends of electric wire pass through Second controller 316 is connect with the second motor 310, and 310 one end of the second motor is connect with heat dissipation transmission device 308, heat dissipation transmission Device 308 is set to 3 inner cavity of damper, temperature monitoring through protection shell 306 and 2 clearance fit of heat release hole, temperature monitoring 318 Device 318 is connect by comparator 317 with second controller 316.

Shock conditions when vibrating detector 7 works for real-time detection tape-cutting machine, and the information that will test is sent to First controller 8；First controller 8 is for comparing the shock conditions that vibrating detector 7 detects with preset shock conditions Compared with, and first motor 319 is controlled by driving circuit and is worked accordingly, in first motor 319 and then drive damper 3 The effect of damping decompression is realized in a series of transmission of mechanisms.

Temperature monitoring 318 is for the temperature in real-time monitoring damper 3, and the temperature value that will test is sent to and compares Device 317；The temperature value that comparator 317 is used to will test is compared with preset temperature value, and comparison result is sent to Second controller 316；Second controller 316 is used to receive the comparison result of the transmission of comparator 317, and is controlled according to comparison result The rotation of second motor 310.

As shown in figure 3, damping transmission device 315 includes No.1 mandril 31501, junction piece 31502, sliding bar 31503, one It is number spring 31504,31507, No. three springs 31508 of the down-pressed pole of spring 31506, two of No.1 down-pressed pole 31505, two, fixed Spring 31509, supporting block 31510 and support rod 31511, No.1 mandril 31501 are set to the lower section of cam holder 304, No.1 mandril 31501 tops both ends with 304 one end of cam holder weld, 31501 lower section both ends of No.1 mandril respectively with 31503 both ends of sliding bar Welding, junction piece 31502 are equipped with two pieces, and two pieces of junction pieces 31502 are set on sliding bar 31503, junction piece 31502 and No.1 The welding of 31505 one end of down-pressed pole, 31505 other end of No.1 down-pressed pole and 31509 two sides of fixed spring are welded, No.1 spring 31504 set there are two, two 31504 one end of No.1 spring be set to the lower section at 31503 both ends of sliding bar respectively with sliding bar 31503 Both ends welding, 31504 other end of No.1 spring lower section are equipped with No. two down-pressed poles 31507, No.1 spring 31504 and No. two down-pressed poles 31507 one end transition fits are additionally provided with No. three springs 31508, No.1 spring 31504 and No. three bullets below No.1 spring 31504 The welding of 31508 one end of spring, No. three springs 31508 are equipped with two, two No. three 31508 other ends of spring with supporting block 31510 Welding, supporting block 31510 are equipped with two pieces, and two pieces of 31510 sides of supporting block are welded with 31511 one end of support rod respectively, support rod 31511 run through fixed spring 31509, and No. two 31507 lower section middle parts of down-pressed pole are equipped with decompression transmission device 314.

As shown in figure 5, decompression transmission device 314 includes No. two mandrils of mandril 31402, four of mandril 31401, three 31403, the spring 31405, five of motion bar 31404, three mandril 31406, six mandril 31408, eight of mandril 31407, seven Number 31409, No. nine mandrils 31410 of mandril, No. two 31401 one end of mandril and damping transmission device 315 weld, No. two mandrils 31401 other ends are set to the top of No. three mandrils 31402, and No. two mandrils 31401 and No. three 31402 upper centers of mandril are welded, No. three 31402 lower section one end of mandril are equipped with No. four mandrils 31403, and No. three mandrils 31402 and No. four 31403 one end of mandril are welded, No. three 31402 lower section other ends of mandril are equipped with No. nine mandrils 31410, and No. three mandrils 31402 and No. nine 31410 one end of mandril are welded It connects, No. four 31403 other ends of mandril and No. five 31406 one end of mandril are welded, No. nine 31410 other ends of mandril and No. six mandrils The welding of 31407 one end, 31404 one end of motion bar and knob transmission device 307 weld, and 31404 other end of motion bar runs through No. nine The joint of mandril 31410 and No. six mandrils 31407, No. four mandrils 31403 and No. five mandrils 31406 joint, motion bar 31404 weld with 312 one end of electric power switch transmission device, and No. seven mandrils 31408 are integrated knot with motion bar 31404 Structure, No. seven mandrils 31408 are set to the joint with No. nine mandrils 31410 and No. six mandrils 31407, No. seven mandrils 31408 and eight The welding of number 31409 one end of mandril, No. eight 31409 other ends of mandril and No. three 31405 one end of spring welding, No. three springs 31405 The other end is set to the joint of No. four mandrils 31403 and No. five mandrils 31406.

As shown in figure 3, knob transmission device 307 includes fixing axle 30701, knob 30702, No. three shafts 30703, No.1 Threaded post 30704, the transmission belt 30706, four of inclined-plane gear 30705, three shaft 30707, No.1 helical teeth 30708 and No. two are tiltedly Tooth 30709, described 30702 one end of knob is welded through protection shell 306, knob 30702 and 30701 left end of fixing axle, fixed 30701 right end of axis is integrated with No. three shafts 30703, and No. three 30706 one end of transmission belt are detained with No. three shafts 30703 It connects, No. three 30706 other ends of transmission belt and No. four shafts 30707 are welded, No. four 30707 right ends of shaft and No.1 helical teeth 30708 Left end is integrated, and 30708 right end of No.1 helical teeth is engaged with No. two helical teeth 30709, the lower section of inclined-plane gear 30705 with No. two Helical teeth 30709 engages, the top of inclined-plane gear 30705 with engaged below No.1 threaded post 30704,30704 right end of No.1 threaded post With decompression 314 left end transition fit of transmission device.

As shown in fig. 6, electric power switch transmission device 312 includes the spring 31202, two of No.1 resistance 31201, four 31206, No. ten resistance 31203, contact plate 31204, limit plate 31205, pushing ram mandrils 31207, in 31206 left end of pushing ram Portion and decompression 314 right end of transmission device welding, 31206 right end of pushing ram middle part are welded with No. ten 31207 left ends of mandril, No. ten tops It is welded in the middle part of 31207 right end of bar and 31205 left end of limit plate, welds, connect on the left of 31205 right end of limit plate and contact plate 31204 31204 right side central of touch panel is welded with No. four 31202 one end of spring, 31204 right side top of contact plate and No. two resistance 31,203 1 Side transition fit, 31204 lower right-hand side of contact plate and 31201 side transition fit of No.1 resistance, 31201 lower section of No.1 resistance with The welding of 309 one end of No.1 electric wire.

As shown in Figure 3-4, heat dissipation transmission device 308 includes the helical teeth 30802, four of radiator 30801, three helical teeth 30803, No. five helical teeth 30804,30807, No. two gears of transmission belt of threaded post 30806, four of No.1 gear 30805, two 30808, No. six helical teeth 30812, five of gear 30811, seven of gear 30810, four of helical teeth 30809, three gears 30813, 30814, No. nine helical teeth 30815 of No. eight helical teeth and No. six gears 30816, No. six 30809 one end of helical teeth and the second motor 310 weld It connects, No. six 30809 other ends of helical teeth are engaged with No. two gears 30808, No. four 30807 one end of transmission belt and No. two gears 30808 Top surface snapping, No. four 30807 other ends of transmission belt and 30805 top surface snapping of No.1 gear are equipped with two below No.1 gear 30805 Number threaded post 30806, No.1 gear 30805 are engaged with No. two threaded posts 30806, No. two 30806 one end of threaded post with No. seven tiltedly Tooth 30812 welds, and No. seven helical teeth 30812 are engaged with No. four gears 30811, and No. five gears 30813 are nibbled with No. four gears 30811 It closes, No. five 30813 tops of gear are integrated with No. three gears 30810, No. three gears 30810 and No. six gears 30816 Engagement, No. six 30816 lower sections of gear are integrated with No. nine helical teeth 30815, No. nine helical teeth 30815 and No. eight helical teeth 30814 engagements, No. eight helical teeth 30814 are integrated with No. five helical teeth 30804, No. five helical teeth 30804 and No. four helical teeth 30803 engagements, No. four helical teeth 30803 are engaged with No. three helical teeth 30802, and No. three 30802 one end of helical teeth and radiator 30801 weld It connects, radiator 30801 and 2 clearance fit of heat release hole.

In using the present invention, the ribbon with cutting is placed on working face 6 by user, will be band-like by transmission shaft 5 Object transports the cutting of workbench 4, and vibrating detector 7 detects the shock conditions of working face 6, and the information that will test is sent to the One controller 8, the shock conditions that vibrating detector 7 detects are compared by the first controller 8 with preset shock conditions, and are led to Overdrive circuit controls the rotation of first motor 319 and carries out damping, first motor 319 and then drive No.1 shaft 303 to tape-cutting machine Rotation, No.1 shaft 303 drive No. two shafts 303 to rotate by No.1 conveyer belt 301, and No. two shafts 303 pass through No. two transmissions The rotation of 305 motorized cams frame 304 of band, pushes No.1 mandril 31501, and fixed spring 31509 is shunk, and makes No.1 spring 31504 It drives No. two down-pressed poles 31507 to push, motion bar 31404 is made to drive contact plate 31204 and 31201, No. two resistance of No.1 resistance 31203 connections, so that circuit is connected, the temperature in 318 real-time detection damper 3 of temperature monitoring, temperature monitoring 318 will be examined The temperature value measured is sent to comparator 317, and the temperature value and preset temperature value that comparator 317 will test are compared, If the temperature value detected is greater than or equal to preset temperature value, comparator 317 sends to second controller 316 and opens letter Number, 316 control circuit of second controller is powered to the second motor 310, makes the second motor 310 that radiator 30801 be driven to work.

The present invention is exemplarily described above in conjunction with attached drawing, it is clear that the present invention implements not by aforesaid way Limitation, as long as the improvement for the various unsubstantialities that the inventive concept and technical scheme of the present invention carry out is used, or without changing It is within the scope of the present invention into the conception and technical scheme of the invention are directly applied to other occasions.This hair Bright protection scope should be determined by the scope of protection defined in the claims.

Claims

1. a kind of tape-cutting machine of automatic damping decompression, including pedestal (1), heat release hole (2), damper (3), workbench (4), transmission Axis (5) and working face (6), the pedestal (1) are set to the lower section of damper (3), weld above pedestal (1) with damper (3) bottom surface It connects, damper (3) side is equipped with heat release hole (2), is equipped with working face (6) above damper (3), damper (3) and working face (6) Bottom surface snapping, the top of working face (6) is equipped with transmission shaft (5), working face (6) and transmission shaft (5) transition fit, working face (6) side is equipped with workbench (4), and transmission shaft (5) both ends are respectively positioned on above damper (3), and transmission shaft (5) both ends are and damper (3) snapping, workbench (4) lower section are welded with above damper (3), it is characterised in that：It further include vibrating detector (7) and first Controller (8), vibrating detector (7) are set to above damper (3), and the first controller (8) is set to the side of damper (3), vibration Dynamic detector (7) are used to detect shock conditions when tape-cutting machine work, and the first controller (8) is electrically connected with vibrating detector (7)；

Damper (3) includes No.1 transmission belt (301), first motor (319), No.1 shaft (302), No. two shafts (303), convex Wheel carrier (304), No. two transmission belts (305), protection shell (306), knob transmission device (307), heat dissipation transmission device (308), No.1 electric wire (309), the second motor (310), No. two electric wires (311), electric power switch transmission device (312), power supply (313), transmission device (314), damping transmission device (315), second controller (316), comparator (317) and temperature prison are depressurized It surveys device (318), the first controller (8) is electrically connected by driving circuit with first motor (319), No.1 shaft (302) and first The output shaft of motor (319) is fixedly connected, there are two No.1 transmission belt (301) is set, two No.1 transmission belt (301) one end difference With one end snapping of No.1 shaft (302), No.1 transmission belt (301) other end with No. two shaft (303) snappings, No. two shafts (303) there are two setting, No. two transmission belt (305) one end with No. two shaft (303) snappings, No. two transmission belt (305) other ends With cam holder (304) top surface snapping, two cam holders (304) are set on the top of damping transmission device (315), two cams For frame (304) with damping transmission device (315) top surface transition fit, damping transmission device (315) lower section is equipped with decompression transmission dress It sets (314), decompression transmission device (314) side is equipped with knob transmission device (307), and knob transmission device (307) one end is run through Protect shell (306) and protection shell (306) side snapping, knob transmission device (307) other end and decompression transmission device (314) transition fit, decompression transmission device (314) other side are equipped with electric power switch transmission device (312), and motor power is opened It closes transmission device (312) side and is equipped with power supply (313), electric power switch transmission device (312) lower section and No.1 electric wire (309) One end connection, No.1 electric wire (309) other end are connect with the second motor (310), No. two electric wire (311) one end and power supply (313) Connection, No. two electric wire (311) other ends are connect by second controller (316) with the second motor (310), the second motor (310) One end is connect with heat dissipation transmission device (308), and heat dissipation transmission device (308) is through protection shell (306) and heat release hole (2) gap Cooperation, temperature monitoring (318) are set to damper (3) inner cavity, and temperature monitoring (318) passes through comparator (317) and the second control Device (316) connection processed；

Temperature monitoring (318) is for the temperature in real-time monitoring damper (3), and the temperature value that will test is sent to and compares Device (317)；The temperature value that comparator (317) is used to will test is compared with preset temperature value, and comparison result is sent out It send to second controller (316)；Second controller (316) be used for receive comparator (317) transmission comparison result, and according to than Relatively result controls the rotation of the second motor (310).

2. a kind of tape-cutting machine of automatic damping decompression according to claim 1, it is characterised in that：The damping transmission device It (315) include No.1 mandril (31501), junction piece (31502), sliding bar (31503), No.1 spring (31504), No.1 pushing Bar (31505), No. two springs (31506), No. two down-pressed poles (31507), No. three springs (31508), fixed spring (31509), Supporting block (31510) and support rod (31511), No.1 mandril (31501) are set to the lower section of cam holder (304), No.1 mandril (31501) top both ends are welded with cam holder (304) one end, below No.1 mandril (31501) both ends respectively with sliding bar (31503) both ends are welded, and junction piece (31502) is equipped with two pieces, and two pieces of junction pieces (31502) are set on sliding bar (31503), Junction piece (31502) and No.1 down-pressed pole (31505) one end are welded, No.1 down-pressed pole (31505) other end and fixed spring (31509) two sides are welded, and there are two No.1 spring (31504) is set, two No.1 spring (31504) one end are set to sliding bar (31503) lower section at both ends is welded with sliding bar (31503) both ends respectively, and two are equipped with below No.1 spring (31504) other end Number down-pressed pole (31507), No.1 spring (31504) and No. two down-pressed pole (31507) one end transition fits, No.1 spring (31504) lower section is additionally provided with No. three springs (31508), and No.1 spring (31504) is welded with No. three spring (31508) one end, and three Number spring (31508) is equipped with two, and two No. three spring (31508) other ends are welded with supporting block (31510), supporting block (31510) two pieces are equipped with, two pieces of supporting block (31510) sides are welded with support rod (31511) one end respectively, support rod (31511) run through fixed spring (31509), middle part is equipped with decompression transmission device (314) below No. two down-pressed poles (31507).

3. a kind of tape-cutting machine of automatic damping decompression according to claim 1, it is characterised in that：The decompression transmission device It (314) include No. two mandrils (31401), No. three mandrils (31402), No. four mandrils (31403), motion bar (31404), No. three bullets Spring (31405), No. five mandrils (31406), No. six mandrils (31407), No. seven mandrils (31408), No. eight mandrils (31409), nine Number mandril (31410), No. two mandril (31401) one end and damping transmission device (315) are welded, and No. two mandrils (31401) are another End is set to the top of No. three mandrils (31402), and No. two mandrils (31401) are welded with No. three mandril (31402) upper centers, and No. three One end is equipped with No. four mandrils (31403) below mandril (31402), and No. three mandrils (31402) are welded with No. four mandril (31403) one end It connects, the other end is equipped with No. nine mandrils (31410), No. three mandrils (31402) and No. nine mandrils below No. three mandrils (31402) (31410) one end is welded, and No. four mandril (31403) other ends and No. five mandril (31406) one end are welded, No. nine mandrils (31410) other end and No. six mandril (31407) one end are welded, and motion bar (31404) one end and knob transmission device (307) are welded It connects, motion bar (31404) other end is through the joint of No. nine mandrils (31410) and No. six mandrils (31407), No. four mandrils (31403) with the joint of No. five mandrils (31406), motion bar (31404) and electric power switch transmission device (312) one end Welding, No. seven mandrils (31408) are integrated with motion bar (31404), and No. seven mandrils (31408) are set to and No. nine mandrils (31410) it is welded with the joint of No. six mandrils (31407), No. seven mandrils (31408) and No. eight mandril (31409) one end, eight Number mandril (31409) other end and No. three spring (31405) one end are welded, and No. three spring (31405) other ends are set to No. four tops The joint of bar (31403) and No. five mandrils (31406).

4. a kind of tape-cutting machine of automatic damping decompression according to claim 1 or 3, it is characterised in that：The knob transmission Device (307) includes fixing axle (30701), knob (30702), No. three shafts (30703), No.1 threaded post (30704), inclined-plane Gear (30705), No. three transmission belts (30706), No. four shafts (30707), No.1 helical teeth (30708) and No. two helical teeth (30709), described knob (30702) one end is welded through protection shell (306), knob (30702) and fixing axle (30701) left end Connect, fixing axle (30701) right end is integrated with No. three shafts (30703), No. three transmission belt (30706) one end with No. three Shaft (30703) snapping, No. three transmission belt (30706) other ends and No. four shafts (30707) are welded, No. four shafts (30707) Right end is integrated with No.1 helical teeth (30708) left end, and No.1 helical teeth (30708) right end is nibbled with No. two helical teeth (30709) It closes, is engaged below inclined-plane gear (30705) with No. two helical teeth (30709), inclined-plane gear (30705) top and No.1 threaded post (30704) lower section engagement, No.1 threaded post (30704) right end and decompression transmission device (314) left end transition fit.

5. a kind of tape-cutting machine of automatic damping decompression according to claim 1 or 3, it is characterised in that：The motor power Switch gearing device (312) includes No.1 resistance (31201), No. four springs (31202), No. two resistance (31203), contact plates (31204), limit plate (31205), pushing ram (31206), No. ten mandrils (31207), in the middle part of pushing ram (31206) left end with subtract The welding of transmission device (314) right end is pressed, is welded in the middle part of pushing ram (31206) right end with No. ten mandril (31207) left ends, No. ten tops It is welded in the middle part of bar (31207) right end and limit plate (31205) left end, on the left of limit plate (31205) right end and contact plate (31204) Welding, contact plate (31204) right side central are welded with No. four spring (31202) one end, top and two on the right side of contact plate (31204) Number resistance (31203) side transition fit, contact plate (31204) lower right-hand side and No.1 resistance (31201) side transition fit, It is welded below No.1 resistance (31201) with No.1 electric wire (309) one end.

6. a kind of tape-cutting machine of automatic damping decompression according to claim 1, it is characterised in that：The heat dissipation transmission device It (308) include radiator (30801), No. three helical teeth (30802), No. four helical teeth (30803), No. five helical teeth (30804), No.1 teeth Take turns (30805), No. two threaded posts (30806), No. four transmission belts (30807), No. two gears (30808), No. six helical teeth (30809), No. three gears (30810), No. four gears (30811), No. seven helical teeth (30812), No. five gears (30813), No. eight Helical teeth (30814), No. nine helical teeth (30815) and No. six gears (30816), No. six helical teeth (30809) one end and the second motor (310) weld, No. six helical teeth (30809) other ends engage with No. two gears (30808), No. four transmission belt (30807) one end and No. two gear (30808) top surface snappings, No. four transmission belt (30807) other ends and No.1 gear (30805) top surface snapping, No.1 No. two threaded posts (30806) are equipped with below gear (30805), No.1 gear (30805) is engaged with No. two threaded posts (30806), No. two threaded post (30806) one end are welded with No. seven helical teeth (30812), and No. seven helical teeth (30812) are nibbled with No. four gears (30811) It closes, No. five gears (30813) are engaged with No. four gears (30811), No. five gears (30813) tops and No. three gears (30810) It is integrated, No. three gears (30810) are engaged with No. six gears (30816), below No. six gears (30816) tiltedly with No. nine Tooth (30815) is integrated, and No. nine helical teeth (30815) are engaged with No. eight helical teeth (30814), No. eight helical teeth (30814) with No. five helical teeth (30804) are integrated, and No. five helical teeth (30804) are engaged with No. four helical teeth (30803), No. four helical teeth (30803) it is engaged with No. three helical teeth (30802), No. three helical teeth (30802) one end and radiator (30801) are welded, radiator (30801) with heat release hole (2) clearance fit.