CN206173215U - Cutting equipment is used in production of nanometer glass - Google Patents

Abstract

The utility model relates to a cutting equipment especially relates to a cutting equipment is used in production of nanometer glass. The to -be -solved technical problem of the utility model is to provide a cutting equipment is used in production of nanometer glass that convenient operation, energy consumption hang down, the cutting is even. In order to solve the technical problem, the utility model provides a such cutting equipment is used in production of nanometer glass is including left side frame, bottom plate, place platform, rocking handle, circular gear, first pivot, primary shaft bearing, first rack, first slide rail, first slider, ejector pin etc. The left side welding of bottom plate top has a left side frame, and the mode of bottom plate top right side through bolted connection is connected with places the platform, and left side frame right side lower part is connected with primary shaft bearing and first slide rail through bolted connection's mode. The utility model discloses an electric putter drives the sector gear swing, and sector gear drives the downstream of second rack, has realized the up -and -down motion of blade, through the cooperation of second motor with lead screw, nut.

Description

A kind of nano-glass production cutting equipment

Technical field

The utility model is related to a kind of cutting equipment, more particularly to a kind of nano-glass production cutting equipment.

Background technology

Nano-glass refers to that its interior tissue obtains structure control, is formed with from 1nm or so to hundreds of nanometers tissue size Specific glass material.This structure control, can control glass blank on atom or molecular level（Mother metal）Structure, Can form ultramicron, or another material of dispersion formation wherein in inside glass（Heterogeneous phase）.By this Structure control is planted, while nano-glass can be made to keep its glass performance, its totally different machine of many same simple glasses is assigned again The new attribute such as tool characteristic and optical characteristics.Nano-glass is mainly used in glass curtain wall, luxurious hotel, hotel, office building, private The heat-insulation and heat-preservation and antiultraviolet of family's house, exhibition room, automobile, train, aircraft etc.；Petrochemical industry, electric industry building, metal smelt, The insulation of the plurality of devices of various industries such as medical weaving, shipbuilding papermaking；Can also be used for computer floor, radar shielding protection Area etc. completely cuts off far infrared and needs to shield the place of electromagnetic wave, prevents the intrusion of external electromagnetic ripple and causes the mistake of electronic equipment Difference, the leakage of security information and human body is damaged.

Cutting is a kind of physical action.The cutting of narrow sense refers to by object with sharp weapon such as knives（Such as food, timber hardness compared with Low object）Cut；The cutting of broad sense refers to utilize instrument, and object is made object in pressure or high temperature by such as lathe, flame Effect is lower to be disconnected.Cutting plays the role of important in the production, life of people.

Need to cut it after the completion of nano-glass production, to meet the demand of different field, current nanometer glass Glass cutter sweep haves the shortcomings that cumbersome, energy consumption is big, it is uneven to cut, therefore needs a kind of easy to operate, consumption of research and development badly Energy is low, cut uniform nano-glass production cutting equipment.

Utility model content

（1）The technical problem to be solved

The utility model is in order to overcome current nano-glass cutter sweep to have that cumbersome, energy consumption is big, cutting not Uniform shortcoming, the technical problems to be solved in the utility model is to provide that a kind of easy to operate, energy consumption is low, cutting is uniformly received Rice glass production cutting equipment.

（2）Technical scheme

In order to solve the above-mentioned technical problem, the utility model provides such a nano-glass production cutting equipment, Include left frame, base plate, mounting table, rocking handle, circular gear, first rotating shaft, first bearing seat, the first tooth bar, the first slide rail, One sliding block, push rod, pushing block, sleeve, elastic component, second bearing seat, the first fixed plate, the first motor, the second fixed plate, the second tooth Article, the second sliding block, the second slide rail, the 3rd fixed plate, top board, guide pin bushing, nut, guide pillar, fix bar, swing seat, electric pushrod, hinge Relay part, sector gear, big belt pulley, flat belt, the second rotating shaft, blade, briquetting, the second motor, 3rd bearing seat, screw mandrel, Mobile bar, fourth bearing seat and small belt pulley, base plate top left side are welded with left frame, and base plate top right side is bolted Mode is connected with mounting table, and the mode that left frame lower right side is bolted is connected with first bearing seat and the first slide rail, the One bearing seat is connected with first rotating shaft in the first slide rail lower section, the bearing in first bearing seat by way of interference is connected, Circular gear is connected with first rotating shaft by way of flat key is connected, first rotating shaft front side is welded with rocking handle, on the first slide rail Slidingtype is connected with the first sliding block, and the mode that the first sliding block lower end is bolted is connected with the first tooth bar, the first tooth bar with Circular gear is engaged, and the first tooth bar right-hand member is welded with push rod, and push rod right-hand member is welded with pushing block, and pushing block is located at mounting table top left side And with mounting table top contact, left frame upper end is welded with top board, and the mode that top board bottom is bolted from front to back is successively The second motor, 3rd bearing seat and fourth bearing seat are connected with, the bearing on 3rd bearing seat and fourth bearing seat passes through interference The mode of connection is connected with screw mandrel, and the output shaft on rear side of the second motor is connected by shaft coupling with screw mandrel front end, is passed through on screw mandrel The mode of threaded connection is connected with nut, and nut coordinates with screw mandrel, and guide pillar is welded between 3rd bearing seat and fourth bearing seat, Guide pillar is located at screw mandrel lower section, and guide pin bushing is cased with guide pillar, and guide pin bushing coordinates with guide pillar gap, is connected by pole between guide pin bushing and nut Connect, guide pin bushing lower end is welded with the 3rd fixed plate, the mode that the 3rd fixed plate bottom left is bolted is connected with the second cunning Rail, the 3rd fixed plate bottom right is welded with fix bar and swing seat, and fix bar is located at swing seat left side, and swing seat lower end passes through Hinge member is hingedly connected with electric pushrod, and fix bar lower end is hingedly connected with sector gear, electric pushrod by hinge member Lower end is articulated and connected by hinge member with sector gear upper end, and slidingtype is connected with the second sliding block on the second slide rail, and second slides The mode that block right-hand member is bolted is connected with the second tooth bar, and the second tooth bar is engaged with sector gear, the weldering of the second tooth bar lower end The second fixed plate is connected to, the first fixed plate is welded with the middle of the second fixed plate bottom, the first fixed plate right side is bolted Mode be connected with the first motor and second bearing seat, the first motor is located at second bearing seat top, defeated on the right side of the first motor Shaft is connected with big belt pulley by shaft coupling, and the bearing in second bearing seat is connected with second turn by way of interference is connected Axle, the second rotating shaft middle part is connected with small belt pulley by way of flat key is connected, and is wound between small belt pulley and big belt pulley flat Belt, the mode that the second rotating shaft right-hand member is bolted is connected with blade, and the first fixed plate lower end is welded with sleeve, in sleeve Portion is connected with elastic component by way of linking up with connection, and the elastic component other end is connected with mobile bar by way of linking up with connection, Mobile bar lower end is welded with briquetting.

Preferably, also include shield, the mode that the second motor periphery is connected by screw is connected with shield, shield it is vertical Shape is cuboid, and the length of shield is 10cm, and the width of shield is 15cm, and the height of shield is 20cm.

Preferably, also including rubber sleeve, rocking handle gluing is connected to rubber sleeve, and the material of rubber sleeve is top-quality rubber, rubber Tackling is flexible, and the three-dimensional shape of rubber sleeve is cylindrical, a diameter of 3cm of rubber sleeve, and the length of rubber sleeve is 5cm.

Preferably, rubber blanket is also included, briquetting lower end is glued rubber blanket, the three-dimensional shape of rubber blanket is cuboid, The length of rubber blanket is 10cm, and rubber blanket width is 8cm, and the thickness of rubber blanket is 4cm, and the thickness of rubber blanket is two points of jacking block One of.

Preferably, placing box is also included, left frame right side central is connected with placing box by the connected mode of bolt, is placed The three-dimensional shape of case is cuboid, and the length of placing box is 15cm, and the width of placing box is 20cm, and the height of placing box is 25cm。

Preferably, reinforcement is also included, reinforcement is welded between top board and left frame, reinforcement upper end is fixed on top board On bottom, reinforcement lower end is fixed on left frame right flank, top board, reinforcement and left framework triangularity, the thickness of reinforcement It is 3cm.

Preferably, elastic component is spring, and the length of spring is 20cm, and the three-dimensional shape of spring is cylindrical screw shape, spring External diameter be 5cm, the internal diameter of spring is 4.5cm, and the material of spring is irony, and the surface of spring is coated with zinc.

Preferably, the first motor and the second motor are servomotor, and the rated power of servomotor is 0.6KW, servo electricity The rated voltage of machine is 220V, and the rated current of servomotor is 2.5A, and the rated moment of servomotor is 2N.m, servomotor Rated speed be 3000rpm.

Preferably, hinge member includes rotary shaft and fastening lid, and swing seat lower end is provided with logical with electric pushrod upper end Hole, rotary shaft is connected through swing seat lower end and the through hole of electric pushrod upper end, fastening lid with rotation shaft rear end interference；Fix bar Lower end and sector gear right-hand member are provided with through hole, rotary shaft through fix bar lower end and sector gear right-hand member through hole, fastening lid with The interference connection of rotation shaft rear end；Electric pushrod upper end is provided with through hole with sector gear upper end, and rotary shaft is passed through on electric pushrod End and the through hole of sector gear upper end, fastening lid are connected with rotation shaft rear end interference.

Operation principle：When needing to cut nano-glass, be positioned over nano-glass on mounting table by staff And nano-glass is located at pushing block right side, and starting the first motor, the first motor drives big belt pulley to rotate, and big belt pulley is by flat Belt drive small belt pulley is rotated, and small belt pulley drives blade rotation by the second rotating shaft, and control electric pushrod elongation is electronic to push away Bar promotes sector gear counter-clockwise swing, sector gear to promote the second tooth bar to move downward, the connection of its lower end of the second rack drives Device is moved downward, and after briquetting is contacted with nano-glass, is fixed nano-glass in elastic component elastic force effect lower lock block, when After blade is contacted with nano-glass, blade cuts to nano-glass, now controls electric pushrod stop motion.Control second Motor is rotated clockwise, the second motor drive screw mandrel rotate clockwise, screw mandrel drive nut back motion, nut drive guide pin bushing to After move, guide pin bushing drives its lower end connection device to move backward, and blade is cut backward, after the completion of nano-glass cutting, The first motor and the second motor stalls, control electric pushrod are controlled to shorten, electric pushrod promotes sector gear to put clockwise Dynamic, sector gear promotes the second tooth bar to move upwards, and it descends end connection device to move upwards to the second rack drives, when blade is returned to After elemental height, electric pushrod stop motion is controlled.Staff rotates clockwise rocking handle, and rocking handle is driven by first rotating shaft to be justified Shape gear is rotated clockwise, and circular gear promotes the first tooth bar to move right, and the first tooth bar promotes pushing block to transport to the right by push rod Dynamic, pushing block promotes nano-glass to move right, and staff can adjust the width of nano-glass cutting by rocking handle, adjust Stop operating rocking handle after, repeats aforesaid operations, can carry out nano-glass cutting operation next time.

Because also including shield, the mode that the second motor periphery is connected by screw is connected with shield, the solid of shield Cuboid is shaped as, the length of shield is 10cm, and the width of shield is 15cm, and the height of shield is 20cm, and shield can protect rotation Rotating motor, extends the service life of electric rotating machine.

Because also including rubber sleeve, rocking handle gluing is connected to rubber sleeve, and the material of rubber sleeve is top-quality rubber, rubber tackling Flexible, the three-dimensional shape of rubber sleeve is cylindrical, a diameter of 3cm of rubber sleeve, and the length of rubber sleeve is 5cm, rubber sleeve energy Play anti-skidding effect.

Because also including rubber blanket, briquetting lower end is glued rubber blanket, and the three-dimensional shape of rubber blanket is cuboid, rubber The length of pad is 10cm, and rubber blanket width is 8cm, and the thickness of rubber blanket is 4cm, the thickness of rubber blanket be jacking block two/ One, rubber blanket can make nano-glass fix more firm, improve the precision of cutting.

Because also including placing box, left frame right side central is connected with placing box, placing box by the connected mode of bolt Three-dimensional shape be cuboid, the length of placing box is 15cm, and the width of placing box is 20cm, and the height of placing box is 25cm, Placing box interior energy places common tool, facilitates the maintenance of equipment.

Because also including reinforcement, reinforcement is welded between top board and left frame, reinforcement upper end is fixed on top board bottom In portion, reinforcement lower end is fixed on left frame right flank, top board, reinforcement and left framework triangularity, and the thickness of reinforcement is 3cm, reinforcement can strengthen stabilization of equipment performance.

Because elastic component is spring, the length of spring is 20cm, and the three-dimensional shape of spring is cylindrical screw shape, outside spring Footpath is 5cm, and the internal diameter of spring is 4.5cm, and the material of spring is irony, and the surface of spring is coated with zinc, and the stretch range of spring is big, It is not easy to be pulled off, spring materials corrosion resistance is strong, it is not easy to get rusty, so the service life of elastic component can be extended.

Because the first motor and the second motor are servomotor, the rated power of servomotor is 0.6KW, servomotor Rated voltage is 220V, and the rated current of servomotor is 2.5A, and the rated moment of servomotor is 2N.m, the volume of servomotor Rotating speed is determined for 3000rpm, and anti-overload ability is strong, and high speed performance is good, can be precisely controlled its rotating speed.

Because hinge member includes rotary shaft and fastening lid, swing seat lower end is provided with through hole with electric pushrod upper end, Rotary shaft is connected through swing seat lower end and the through hole of electric pushrod upper end, fastening lid with rotation shaft rear end interference；Under fix bar End is provided with through hole with sector gear right-hand member, and rotary shaft passes through the through hole of fix bar lower end and sector gear right-hand member, fastening lid and rotation The interference connection of rotating shaft rear end；Electric pushrod upper end is provided with through hole with sector gear upper end, and rotary shaft passes through electric pushrod upper end With the through hole of sector gear upper end, fastening lid with rotation shaft rear end interference be connected, the hinge member flexible swinging makes making for device It is longer with the life-span.

（3）Beneficial effect

The utility model drives sector gear to swing by electric pushrod, and sector gear drives the second tooth bar to move downward, The up and down motion of blade is realized, by the second motor and screw mandrel, the cooperation of nut, moving forward and backward for blade is realized, operated It is convenient, moreover it is possible to the regulation of nano-glass cutting width is realized by rocking handle, it is practical.

Brief description of the drawings

Fig. 1 is the first main structure diagram of the present utility model.

Fig. 2 is second main structure diagram of the present utility model.

Fig. 3 is the third main structure diagram of the present utility model.

Fig. 4 is the first right side structural representation of the present utility model.

Fig. 5 is second right side structural representation of the present utility model.

Fig. 6 is the dimensional structure diagram of the utility model hinge member.

Mark in accompanying drawing for：The left framves of 1-, 2- base plates, 3- mounting tables, 4- rocking handles, 5- circular gears, 6- first rotating shafts, 7- First bearing seat, the tooth bars of 8- first, the slide rails of 9- first, the sliding blocks of 10- first, 11- push rods, 12- pushing blocks, 13- sleeves, 14- elasticity Part, 15- second bearing seats, the fixed plates of 16- first, the motors of 17- first, the fixed plates of 18- second, the tooth bars of 19- second, 20- second Sliding block, the slide rails of 21- second, the fixed plates of 22- the 3rd, 23- top boards, 24- guide pin bushings, 25- nuts, 26- guide pillars, 27- fix bars, 28- Swing seat, 29- electric pushrods, 30- hinge members, 301- rotary shafts, 302- fastening lids, 31- sector gears, 32- big belt pulleys, 33- flat belts, the rotating shafts of 34- second, 35- blades, 36- briquettings, the motors of 37- second, 38- 3rd bearings seat, 39- screw mandrels, 40- is moved Lever, 41- fourth bearings seat, 42- small belt pulleys, 43- shields, 44- rubber sleeves, 45- rubber blankets, 46- placing boxes, 47- strengthens Muscle.

Specific embodiment

The utility model is further described with reference to the accompanying drawings and examples.

Embodiment 1

A kind of nano-glass production cutting equipment, as shown in figures 1 to 6, includes left frame 1, base plate 2, mounting table 3, rocking handle 4th, circular gear 5, first rotating shaft 6, first bearing seat 7, the first tooth bar 8, the first slide rail 9, the first sliding block 10, push rod 11, pushing block 12nd, sleeve 13, elastic component 14, second bearing seat 15, the first fixed plate 16, the first motor 17, the second fixed plate 18, the second tooth bar 19th, the second sliding block 20, the second slide rail 21, the 3rd fixed plate 22, top board 23, guide pin bushing 24, nut 25, guide pillar 26, fix bar 27, pendulum Dynamic seat 28, electric pushrod 29, hinge member 30, sector gear 31, big belt pulley 32, flat belt 33, the second rotating shaft 34, blade 35th, briquetting 36, the second motor 37,3rd bearing seat 38, screw mandrel 39, mobile bar 40, fourth bearing seat 41 and small belt pulley 42, bottom The top left side of plate 2 is welded with left frame 1, and the mode that the top right side of base plate 2 is bolted is connected with mounting table 3, the right side of left frame 1 The mode that bottom is bolted is connected with the slide rail 9 of first bearing seat 7 and first, and first bearing seat 7 is located under the first slide rail 9 Side, the bearing in first bearing seat 7 is connected with first rotating shaft 6 by way of interference is connected, and is connected by flat key in first rotating shaft 6 The mode for connecing is connected with circular gear 5, and the front side of first rotating shaft 6 is welded with rocking handle 4, and slidingtype is connected with first on the first slide rail 9 Sliding block 10, the mode that the lower end of the first sliding block 10 is bolted is connected with the first tooth bar 8, and the first tooth bar 8 is nibbled with circular gear 5 Close, the right-hand member of the first tooth bar 8 is welded with push rod 11, the right-hand member of push rod 11 is welded with pushing block 12, and pushing block 12 is located at the top left side of mounting table 3 And with the top contact of mounting table 3, the upper end of left frame 1 is welded with top board 23, the side that the bottom of top board 23 is bolted from front to back Formula is connected with the second motor 37,3rd bearing seat 38 and fourth bearing seat 41,3rd bearing seat 38 and fourth bearing seat 41 in turn On bearing be connected with screw mandrel 39 by way of interference is connected, the output shaft of the rear side of the second motor 37 passes through shaft coupling and screw mandrel 39 front ends connect, and the mode being connected through a screw thread on screw mandrel 39 is connected with nut 25, and nut 25 coordinates with screw mandrel 39,3rd bearing Guide pillar 26 is welded between seat 38 and fourth bearing seat 41, guide pillar 26 is located at the lower section of screw mandrel 39, guide pin bushing 24 is cased with guide pillar 26, leads Set 24 coordinates with the gap of guide pillar 26, is connected by pole between guide pin bushing 24 and nut 25, and the lower end of guide pin bushing 24 is welded with the 3rd fixation Plate 22, the mode that the bottom left of the 3rd fixed plate 22 is bolted is connected with the second slide rail 21, the bottom of the 3rd fixed plate 22 Right side is welded with fix bar 27 and swing seat 28, and fix bar 27 is located at the left side of swing seat 28, and the lower end of swing seat 28 passes through articulated section Part 30 is hingedly connected with electric pushrod 29, and the lower end of fix bar 27 is hingedly connected with sector gear 31 by hinge member 30, electronic The lower end of push rod 29 is articulated and connected by hinge member 30 with the upper end of sector gear 31, and slidingtype is connected with second on the second slide rail 21 Sliding block 20, the mode that the right-hand member of the second sliding block 20 is bolted is connected with the second tooth bar 19, the second tooth bar 19 and sector gear 31 engagements, the lower end of the second tooth bar 19 is welded with the second fixed plate 18, and the second fixed plate 18 is welded with the first fixed plate in the middle of bottom 16, the mode that the right side of the first fixed plate 16 is bolted is connected with the first motor 17 and second bearing seat 15, the first motor 17 are located at the top of second bearing seat 15, and the output shaft on the right side of the first motor 17 is connected with big belt pulley 32, second by shaft coupling Bearing on bearing block 15 is connected with the second rotating shaft 34 by way of interference is connected, and the middle part of the second rotating shaft 34 is connected by flat key Mode be connected with small belt pulley 42, flat belt 33, the right-hand member of the second rotating shaft 34 are wound between small belt pulley 42 and big belt pulley 32 The mode being bolted is connected with blade 35, and the lower end of the first fixed plate 16 is welded with sleeve 13, and the inside of sleeve 13 is by hanging The mode of hook connects is connected with elastic component 14, and the other end of elastic component 14 is connected with mobile bar 40 by way of linking up with connection, moves The lower end of lever 40 is welded with briquetting 36.

Shield 43 is also included, the mode that the periphery of the second motor 37 is connected by screw is connected with shield 43, shield 43 Three-dimensional shape is cuboid, and the length of shield 43 is 10cm, and the width of shield 43 is 15cm, and the height of shield 43 is 20cm.

Also include rubber sleeve 44, the gluing of rocking handle 4 is connected to rubber sleeve 44, and the material of rubber sleeve 44 is top-quality rubber, rubber Set 44 has elasticity, and the three-dimensional shape of rubber sleeve 44 is cylindrical, a diameter of 3cm of rubber sleeve 44, and the length of rubber sleeve 44 is 5cm。

Rubber blanket 45 is also included, the lower end of briquetting 36 is glued rubber blanket 45, the three-dimensional shape of rubber blanket 45 is cuboid, The length of rubber blanket 45 is 10cm, and the width of rubber blanket 45 is 8cm, and the thickness of rubber blanket 45 is 4cm, and the thickness of rubber blanket 45 is top / 2nd of block.

Placing box 46 is also included, the right side central of left frame 1 is connected with placing box 46, placing box by the connected mode of bolt 46 three-dimensional shape is cuboid, and the length of placing box 46 is 15cm, and the width of placing box 46 is 20cm, the height of placing box 46 It is 25cm.

Reinforcement 47 is also included, reinforcement 47 is welded between top board 23 and left frame 1, the upper end of reinforcement 47 is fixed on top On the bottom of plate 23, the lower end of reinforcement 47 is fixed on the right flank of left frame 1, and top board 23, reinforcement 47 and left frame 1 are triangle, The thickness of reinforcement 47 is 3cm.

Elastic component 14 is spring, and the length of spring is 20cm, and the three-dimensional shape of spring is cylindrical screw shape, the external diameter of spring It is 5cm, the internal diameter of spring is 4.5cm, and the material of spring is irony, and the surface of spring is coated with zinc.

First motor 17 and the second motor 37 are servomotor, and the rated power of servomotor is 0.6KW, servomotor Rated voltage is 220V, and the rated current of servomotor is 2.5A, and the rated moment of servomotor is 2N.m, the volume of servomotor Rotating speed is determined for 3000rpm.

Hinge member 30 includes rotary shaft 301 and fastening lid 302, and the lower end of swing seat 28 is opened with the upper end of electric pushrod 29 There is through hole, rotary shaft 301 passes through the through hole of the lower end of swing seat 28 and the upper end of electric pushrod 29, after fastening lid 302 and rotary shaft 301 End interference connection；The lower end of fix bar 27 is provided with through hole with the right-hand member of sector gear 31, and rotary shaft 301 is through the lower end of fix bar 27 and fans The through hole of the right-hand member of shape gear 31, fastening lid 302 is connected with the rear end interference of rotary shaft 301；The upper end of electric pushrod 29 and sector gear 31 upper ends are provided with through hole, and rotary shaft 301 passes through the through hole of the upper end of electric pushrod 29 and the upper end of sector gear 31, fastening lid 302 It is connected with the rear end interference of rotary shaft 301.

Operation principle：When needing to cut nano-glass, be positioned over nano-glass on mounting table 3 by staff And nano-glass is located at the right side of pushing block 12, and starting the first motor 17, the first motor 17 drives big belt pulley 32 to rotate, big belt Wheel 32 drives small belt pulley 42 to rotate by flat belt 33, and small belt pulley 42 is rotated by the second rotating shaft 34 with cutting blade 35, control Electric pushrod processed 29 extends, and electric pushrod 29 promotes the counter-clockwise swing of sector gear 31, sector gear 31 to promote the second tooth bar 19 Move downward, the second tooth bar 19 drives its lower end connection device to move downward, after briquetting 36 is contacted with nano-glass, in elasticity The elastic force of part 14 effect lower lock block 36 fixes nano-glass, after blade 35 is contacted with nano-glass, 35 pairs of nanometer glass of blade Glass is cut, and now controls the stop motion of electric pushrod 29.The second motor 37 is controlled to rotate clockwise, the second motor 37 drives Screw mandrel 39 is rotated clockwise, and screw mandrel 39 drives nut 25 to move backward, and nut 25 drives guide pin bushing 24 to move backward, and guide pin bushing 24 drives Its lower end connection device is moved backward, and blade 35 is cut backward, after the completion of nano-glass cutting, controls the first motor 17 Stopped operating with the second motor 37, control electric pushrod 29 shortens, electric pushrod 29 promotes the clockwise oscillation of sector gear 31, fan Shape gear 31 promotes the second motion upwards of tooth bar 19, and the second tooth bar 19 drives its lower end connection device to move upwards, when blade 35 After returning to elemental height, the stop motion of electric pushrod 29 is controlled.Staff rotates clockwise rocking handle 4, and rocking handle 4 passes through first turn Axle 6 drives circular gear 5 to rotate clockwise, and circular gear 5 promotes the first tooth bar 8 to move right, and the first tooth bar 8 passes through push rod 11 Pushing block 12 is promoted to move right, pushing block 12 promotes nano-glass to move right, and staff can adjust a nanometer glass by rocking handle 4 The width of glass cutting, stop operating rocking handle 4 after the completion of adjustment, repeats aforesaid operations, can carry out nano-glass cutting next time Operation.

Because also including shield 43, the mode that the periphery of the second motor 37 is connected by screw is connected with shield 43, shield 43 three-dimensional shape is cuboid, and the length of shield 43 is 10cm, and the width of shield 43 is 15cm, and the height of shield 43 is 20cm, shield 43 can protect electric rotating machine, extend the service life of electric rotating machine.

Because also including rubber sleeve 44, the gluing of rocking handle 4 is connected to rubber sleeve 44, and the material of rubber sleeve 44 is top-quality rubber, Rubber sleeve 44 has elasticity, and the three-dimensional shape of rubber sleeve 44 is cylinder, a diameter of 3cm of rubber sleeve 44, the length of rubber sleeve 44 It is 5cm to spend, and rubber sleeve 44 can play anti-skidding effect.

Because also including rubber blanket 45, the lower end of briquetting 36 is glued rubber blanket 45, and the three-dimensional shape of rubber blanket 45 is length Cube, the length of rubber blanket 45 is 10cm, and the width of rubber blanket 45 is 8cm, and the thickness of rubber blanket 45 is 4cm, the thickness of rubber blanket 45 Degree is 1/2nd of jacking block, and rubber blanket 45 can make nano-glass fix more firm, improves the precision of cutting.

Because also including placing box 46, the right side central of left frame 1 is connected with placing box 46, puts by the connected mode of bolt The three-dimensional shape of case 46 is put for cuboid, the length of placing box 46 is 15cm, and the width of placing box 46 is 20cm, placing box 46 Highly it is 25cm, the interior energy of placing box 46 is placed common tool, facilitates the maintenance of equipment.

Because also including reinforcement 47, reinforcement 47 is welded between top board 23 and left frame 1, the upper end of reinforcement 47 is fixed On the bottom of top board 23, the lower end of reinforcement 47 is fixed on the right flank of left frame 1, and top board 23, reinforcement 47 and left frame 1 constitute triangle Shape, the thickness of reinforcement 47 is 3cm, and reinforcement 47 can strengthen stabilization of equipment performance.

Because elastic component 14 is spring, the length of spring is 20cm, and the three-dimensional shape of spring is cylindrical screw shape, spring External diameter is 5cm, and the internal diameter of spring is 4.5cm, and the material of spring is irony, and the surface of spring is coated with zinc, the stretch range of spring Greatly, it is not easy to be pulled off, spring materials corrosion resistance is strong, it is not easy to get rusty, so the service life of elastic component 14 can be extended.

Because the first motor 17 and the second motor 37 are servomotor, the rated power of servomotor is 0.6KW, servo electricity The rated voltage of machine is 220V, and the rated current of servomotor is 2.5A, and the rated moment of servomotor is 2N.m, servomotor Rated speed be 3000rpm, anti-overload ability is strong, and high speed performance is good, can be precisely controlled its rotating speed.

Because hinge member 30 includes rotary shaft 301 and fastening lid 302, the lower end of swing seat 28 and the upper end of electric pushrod 29 Through hole is provided with, rotary shaft 301 passes through the through hole of the lower end of swing seat 28 and the upper end of electric pushrod 29, fastening lid 302 and rotary shaft 301 rear end interference connections；The lower end of fix bar 27 is provided with through hole with the right-hand member of sector gear 31, and rotary shaft 301 is passed through under fix bar 27 End and the through hole of the right-hand member of sector gear 31, fastening lid 302 are connected with the rear end interference of rotary shaft 301；The upper end of electric pushrod 29 and fan The upper end of shape gear 31 is provided with through hole, and rotary shaft 301 is fastened through the upper end of electric pushrod 29 and the through hole of the upper end of sector gear 31 Lid 302 is connected with the rear end interference of rotary shaft 301, the flexible swinging of hinge member 30, makes the service life of device longer.

Embodiment described above only expresses preferred embodiment of the present utility model, and its description is more specific and detailed, But therefore can not be interpreted as the limitation to the utility model the scope of the claims.It should be pointed out that common for this area For technical staff, without departing from the inventive concept of the premise, some deformations, improvement can also be made and substituted, these are all Belong to protection domain of the present utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.

Claims (9)

1. a kind of nano-glass production cutting equipment, it is characterised in that include left frame（1）, base plate（2）, mounting table（3）、 Rocking handle（4）, circular gear（5）, first rotating shaft（6）, first bearing seat（7）, the first tooth bar（8）, the first slide rail（9）, first slide Block（10）, push rod（11）, pushing block（12）, sleeve（13）, elastic component（14）, second bearing seat（15）, the first fixed plate（16）, One motor（17）, the second fixed plate（18）, the second tooth bar（19）, the second sliding block（20）, the second slide rail（21）, the 3rd fixed plate （22）, top board（23）, guide pin bushing（24）, nut（25）, guide pillar（26）, fix bar（27）, swing seat（28）, electric pushrod（29）、 Hinge member（30）, sector gear（31）, big belt pulley（32）, flat belt（33）, the second rotating shaft（34）, blade（35）, briquetting （36）, the second motor（37）, 3rd bearing seat（38）, screw mandrel（39）, mobile bar（40）, fourth bearing seat（41）And small belt pulley （42）, base plate（2）Top left side is welded with left frame（1）, base plate（2）The mode that top right side is bolted is connected with placement Platform（3）, left frame（1）The mode that lower right side is bolted is connected with first bearing seat（7）With the first slide rail（9）, first Bearing block（7）Positioned at the first slide rail（9）Lower section, first bearing seat（7）On bearing be connected with the by way of interference is connected One rotating shaft（6）, first rotating shaft（6）On flat key connect by way of be connected with circular gear（5）, first rotating shaft（6）Weld front side It is connected to rocking handle（4）, the first slide rail（9）Upper slidingtype is connected with the first sliding block（10）, the first sliding block（10）Lower end is connected by bolt The mode for connecing is connected with the first tooth bar（8）, the first tooth bar（8）With circular gear（5）Engagement, the first tooth bar（8）Right-hand member is welded with Push rod（11）, push rod（11）Right-hand member is welded with pushing block（12）, pushing block（12）Positioned at mounting table（3）Top left side and and mounting table （3）Top contact, left frame（1）Upper end is welded with top board（23）, top board（23）The mode that bottom is bolted from front to back It is connected with the second motor in turn（37）, 3rd bearing seat（38）With fourth bearing seat（41）, 3rd bearing seat（38）With the 4th axle Bearing（41）On bearing interference connect by way of be connected with screw mandrel（39）, the second motor（37）The output shaft of rear side passes through Shaft coupling and screw mandrel（39）Front end connects, screw mandrel（39）On the mode that is connected through a screw thread be connected with nut（25）, nut（25） With screw mandrel（39）Coordinate, 3rd bearing seat（38）With fourth bearing seat（41）Between be welded with guide pillar（26）, guide pillar（26）It is located at Screw mandrel（39）Lower section, guide pillar（26）On be cased with guide pin bushing（24）, guide pin bushing（24）With guide pillar（26）Gap coordinates, guide pin bushing（24）With nut （25）Between by pole connect, guide pin bushing（24）Lower end is welded with the 3rd fixed plate（22）, the 3rd fixed plate（22）Bottom left The mode being bolted is connected with the second slide rail（21）, the 3rd fixed plate（22）Bottom right is welded with fix bar（27）With Swing seat（28）, fix bar（27）Positioned at swing seat（28）Left side, swing seat（28）Lower end passes through hinge member（30）The company of being hinged It is connected to electric pushrod（29）, fix bar（27）Lower end passes through hinge member（30）It is hingedly connected with sector gear（31）, it is electronic to push away Bar（29）Lower end passes through hinge member（30）With sector gear（31）Upper end is articulated and connected, the second slide rail（21）Upper slidingtype connection There is the second sliding block（20）, the second sliding block（20）The mode that right-hand member is bolted is connected with the second tooth bar（19）, the second tooth bar （19）With sector gear（31）Engagement, the second tooth bar（19）Lower end is welded with the second fixed plate（18）, the second fixed plate（18）Bottom The first fixed plate is welded with the middle of portion（16）, the first fixed plate（16）The mode that right side is bolted is connected with the first motor （17）And second bearing seat（15）, the first motor（17）Positioned at second bearing seat（15）Top, the first motor（17）Right side it is defeated Shaft is connected with big belt pulley by shaft coupling（32）, second bearing seat（15）On bearing interference connect by way of connect There is the second rotating shaft（34）, the second rotating shaft（34）Middle part is connected with small belt pulley by way of flat key is connected（42）, small belt pulley （42）With big belt pulley（32）Between be wound with flat belt（33）, the second rotating shaft（34）The mode that right-hand member is bolted is connected with Blade（35）, the first fixed plate（16）Lower end is welded with sleeve（13）, sleeve（13）It is internal to be connected by way of linking up with connection Flexible part（14）, elastic component（14）The other end is connected with mobile bar by way of linking up with connection（40）, mobile bar（40）Under End is welded with briquetting（36）.

2. a kind of nano-glass production cutting equipment according to claim 1, it is characterised in that also include shield （43）, the second motor（37）The mode that periphery is connected by screw is connected with shield（43）, shield（43）Three-dimensional shape for length Cube, shield（43）Length be 10cm, shield（43）Width be 15cm, shield（43）Height be 20cm.

3. a kind of nano-glass production cutting equipment according to claim 1, it is characterised in that also including rubber sleeve （44）, rocking handle（4）Gluing is connected to rubber sleeve（44）, rubber sleeve（44）Material be top-quality rubber, rubber sleeve（44）With elasticity, Rubber sleeve（44）Three-dimensional shape for cylinder, rubber sleeve（44）A diameter of 3cm, rubber sleeve（44）Length be 5cm.

4. a kind of nano-glass production cutting equipment according to claim 1, it is characterised in that also include rubber blanket （45）, briquetting（36）Lower end is glued rubber blanket（45）, rubber blanket（45）Three-dimensional shape be cuboid, rubber blanket（45）Length It is 10cm to spend, rubber blanket（45）Width is 8cm, rubber blanket（45）Thickness be 4cm, rubber blanket（45）Thickness be the two of jacking block / mono-.

5. a kind of nano-glass production cutting equipment according to claim 1, it is characterised in that also include placing box （46）, left frame（1）Right side central is connected with placing box by the connected mode of bolt（46）, placing box（46）Three-dimensional shape be Cuboid, placing box（46）Length be 15cm, placing box（46）Width be 20cm, placing box（46）Height be 25cm.

6. a kind of nano-glass production cutting equipment according to claim 1, it is characterised in that also include reinforcement （47）, top board（23）With left frame（1）Between be welded with reinforcement（47）, reinforcement（47）Upper end is fixed on top board（23）Bottom On, reinforcement（47）Lower end is fixed on left frame（1）On right flank, top board（23）, reinforcement（47）With left frame（1）Constitute triangle Shape, reinforcement（47）Thickness be 3cm.

7. a kind of nano-glass production cutting equipment according to claim 1, it is characterised in that elastic component（14）It is bullet Spring, the length of spring is 20cm, and the three-dimensional shape of spring is cylindrical screw shape, and the external diameter of spring is 5cm, and the internal diameter of spring is 4.5cm, the material of spring is irony, and the surface of spring is coated with zinc.

8. a kind of nano-glass production cutting equipment according to claim 1, it is characterised in that the first motor（17）With Second motor（37）It is servomotor, the rated power of servomotor is 0.6KW, and the rated voltage of servomotor is 220V, is watched The rated current of motor is taken for 2.5A, the rated moment of servomotor is 2N.m, and the rated speed of servomotor is 3000rpm.

9. a kind of nano-glass production cutting equipment according to claim 1, it is characterised in that hinge member（30）Bag Rotary shaft is included（301）And fastening lid（302）, swing seat（28）Lower end and electric pushrod（29）Upper end is provided with through hole, rotation Axle（301）Through swing seat（28）Lower end and electric pushrod（29）The through hole of upper end, fastening lid（302）With rotary shaft（301）Afterwards End interference connection；Fix bar（27）Lower end and sector gear（31）Right-hand member is provided with through hole, rotary shaft（301）Through fix bar（27） Lower end and sector gear（31）The through hole of right-hand member, fastening lid（302）With rotary shaft（301）Rear end interference connection；Electric pushrod （29）Upper end and sector gear（31）Upper end is provided with through hole, rotary shaft（301）Through electric pushrod（29）Upper end and sector Wheel（31）The through hole of upper end, fastening lid（302）With rotary shaft（301）Rear end interference connection.