CN108907910A

CN108907910A - A kind of impulse generator

Info

Publication number: CN108907910A
Application number: CN201810858427.3A
Authority: CN
Inventors: 黄政
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-07-31
Filing date: 2018-07-31
Publication date: 2018-11-30

Abstract

The invention discloses a kind of impulse generators, including work box and the cooling water tank being arranged in the work box, drive cavity is equipped in the work box, the belt pulley chamber being located on the downside of the drive cavity is equipped in the work box, the polishing chamber being located on the right side of the drive cavity is equipped in the work box, the drive cavity bottom wall rotation is equipped with lower end and extends into the belt pulley chamber and the first rotating shaft with the rotation connection of belt pulley bottom of chamber wall, the first bevel gear for being fixedly connected on the first rotating shaft upper end is equipped in the drive cavity, the second shaft with the rotation connection of the drive cavity or so wall is equipped in the drive cavity, the second bevel gear engaged with the first bevel gear is fixed in second shaft, the first gear being fixed in second shaft on the right side of the second bevel gear.

Description

A kind of impulse generator

Technical field

The present invention relates to industrial technical field, specifically a kind of impulse generator.

Background technique

Cutter is as tool common in daily life, and the generation of abrasion is inevitable, the Knite sharpness after abrasion Decline, causes working efficiency to reduce, and generally scraps the cutter of abrasion in tradition, causes to waste, if cutter is polished, Common people have no this skill, and operating process is relatively complicated, time-consuming and laborious, it is difficult to which realization utilizes the maintenance of cutter again, deposits In larger drawback, need to improve.

Summary of the invention

Deficiency in view of the above technology, the invention proposes a kind of impulse generators.

The present invention is a kind of impulse generator, including work box and the cooling water tank being arranged in the work box, institute It states and is equipped with drive cavity in work box, be equipped with the belt pulley chamber being located on the downside of the drive cavity, the work box in the work box In be equipped with the polishing chamber being located on the right side of the drive cavity, drive cavity bottom wall rotation is equipped with lower end and extends into the belt pulley chamber And the first rotating shaft with the rotation connection of belt pulley bottom of chamber wall, it is equipped in the drive cavity and is fixedly connected on the first rotating shaft The first bevel gear of upper end, is equipped with the second shaft with the rotation connection of the drive cavity or so wall in the drive cavity, and described the It is fixed with the second bevel gear engaged with the first bevel gear in two shafts, is fixed in second shaft positioned at institute The first gear on the right side of second bevel gear is stated, is equipped with and is rotatablely connected with the drive cavity right wall and positioned at described in the drive cavity Third shaft on the upside of second shaft is fixed with the second gear engaged with the first gear, institute in the third shaft It states the rotation of drive cavity right wall and is equipped with and be located on the upside of the third shaft and right end extends into the 4th shaft in the polishing chamber, institute It states and is fixed with third gear in the 4th shaft, the drive cavity right wall, which is rotatably assorted, the 5th shaft, and the 5th shaft is left End is fixed with the 4th gear engaged with the third gear, and the 4th gear left side is fixed with the first splined shaft, The drive cavity left wall is rotatably connected to the 6th shaft, and the 6th shaft right end is fixed with the 5th gear, the drive cavity In be equipped with and the drive cavity or so wall rotation connection and the 7th shaft that is located on the upside of the 6th shaft, the 7th shaft On be fixed with the 6th gear engaged with the 5th gear, be fixed in the 7th shaft positioned at the 6th gear The third hand tap gear in left side, the drive cavity roof rotation are equipped with eight revolution axis, and the eight revolution axis lower end is fixed with and institute The 4th bevel gear for stating third hand tap gear engagement, the be fixed on the eight revolution axis on the upside of the 4th bevel gear One belt pulley, the drive cavity left wall are provided through the second spline housing of rotation connection, slide and match in second spline housing The second splined shaft for having right end to extend into the drive cavity is closed, the second splined shaft left end is fixed with and described second 7th gear of gear engagement, the right side are fixed with the first spline housing, and second splined shaft is equipped with positioning case, Second splined shaft left end is equipped with fixed turntable, is fixed with joystick on the outside of the fixed turntable left side.

Further technical solution is equipped with the through-hole that the second splined shaft extends through in the positioning case, sets in the through-hole There is a positioning plate for being rotationally connected with second splined shaft, it is symmetrical above and below in the positioning case to be equipped with sliding cavity, the sliding cavity Equipped with the first sliding block, the sliding cavity right wall sliding, which is equipped with, to be located on the right side of first sliding block and slides with described first for left wall sliding The second sliding block that block right side is slidably connected, first sliding block, the second sliding block are set far from the fixation of second splined shaft side There is reset spring, the reset spring other end is fixedly connected on inner wall on the outside of the sliding cavity.

Further technical solution is equipped with the third belt pulley being fixedly connected with the first rotating shaft in the belt pulley chamber, Wall rotation in the belt pulley bottom of chamber is equipped with the 9th shaft that upper end extends into the polishing chamber, be equipped in the belt pulley chamber with The 4th belt pulley that 9th shaft is fixedly connected and is connect with the third belt pulley by belt is set in the polishing chamber There is the first screw rod for being fixedly connected on the 9th shaft upper end, has been threadedly engaged the first feed box, institute on first screw rod It states the first feed box upper surface and is fixedly connected with supporting plate, the supporting plate is slidably connected with the polishing chamber front/rear end.

Further technical solution is equipped in the polishing chamber and is fixedly connected with the 5th belt pulley with the 4th shaft, institute It states polishing chamber left wall and is equipped with the first sliding groove that front and back extends, be slidably fitted with the first sliding block with holes in the first sliding groove, it is described First sliding block right end face transfer with holes is dynamic to be connected with the tenth shaft, is fixed with the 6th belt pulley, institute in the tenth shaft It states polishing chamber left wall and is equipped with the second sliding slot for being located at and extending on the upside of the first sliding groove and up and down, lower wall turns in the second sliding slot It is dynamic to be connected with the second screw rod that upper end extends into the drive cavity, it has been threadedly engaged the second feed box on second screw rod, The rotation of second feed box right side is equipped with the 11st shaft, and the 7th belt pulley the is fixedly connected in the 11st shaft Seven belt pulleys, the 7th belt pulley, the 5th belt pulley, the 6th belt pulley are connected by belt, are equipped in the drive cavity solid Surely the second belt pulley for being connected to second screw rod upper end and being connect with first belt pulley by belt, the polishing chamber In be equipped with the first mill bar for being fixedly connected on the tenth shaft and being located on the upside of the supporting plate, fixation is equipped in the polishing chamber The second mill bar for being connected to the 4th shaft and being located on the upside of the supporting plate, the polishing chamber right wall, which runs through to be equipped with, puts tool bore.

Further technical solution, is fixed in the 4th shaft on the right side of the 5th belt pulley, described second The 8th belt pulley on the left of mill bar, is equipped with water storage cavity in the cooling water tank, the water storage cavity roof be equipped with it is perforative up and down plus Water hole, the water storage cavity bottom wall, which runs through, is equipped with the first apopore, is equipped in the water storage cavity and rotates with the water storage cavity or so wall The control shaft of connection, the control shaft left end extend in the polishing chamber and are fixedly connected with the 9th belt pulley, and the described 9th Belt pulley is connect with the 8th belt pulley by belt, and the control shaft is located at the water storage cavity segment and is equipped with and described first Corresponding second apopore of apopore.

Further technical solution, pulse speed measuring device is equipped in the drive cavity, and the pulse speed measuring device includes fixing It is connected to the rack of the drive cavity right wall, the drive cavity right wall is equipped with the laser generator positioned at the frame underside, institute It states the rotation of drive cavity right wall and is equipped with the short axle for being located at the downside, the left end is fixed with the band engaged with the 4th gear Hole gear, the rack lower end surface are fixed with the impulse generator positioned at the left side, and the fixation of work box left side is set There is the display being electrically connected with the impulse generator.

Further technical solution, the work box right side be fixed be located at it is described put it is on the outside of tool bore and symmetrical above and below Fixed block, the fixed block screw-internal thread fit have clamping bar.

The beneficial effects of the invention are as follows：

When start-up operation, the cutter polished will be needed to be placed on the supporting plate, shakes the joystick and drive second spline Axis rotation, the second splined shaft rotation drive the rotation, and the rotation drives the second gear rotation, second tooth Wheel rotation drives the first gear rotation, and the first gear drives the rotation of the second shaft, and the second shaft rotation drives The second bevel gear rotation, the second bevel gear rotation drive the first bevel gear rotation, and the first bevel gear turns Dynamic to drive the first rotating shaft rotation, the first rotating shaft rotation drives the third pulley rotation, the third belt pulley Rotation drives the 4th pulley rotation, and the 4th pulley rotation drives first screw rod to rotate, and described first Bar rotation drives first feed box to rise, and the first feed box rising drives the supporting plate to rise and cutter is risen to conjunction Suitable height, rotates the clamping bar clamp-on tool right end at this time；

According to the of different size of cutter, need to adjust the spacing between mill, second splined shaft is pushed at this time, by the positioning Plate is pushed between first sliding block and second sliding block, described at this time to engage with the 5th gear, it is clockwise or The joystick is shaken counterclockwise, and described to drive the 5th gear rotation, the 5th gear drives the 6th gear to turn Dynamic, the 6th gear drives the 7th shaft rotation, and the 7th shaft drives the third hand tap gear rotation, and described the Third hand tap gear band moves the 4th bevel gear rotation, and the 4th bevel gear drives the eight revolution axis rotation, the eight revolution Axis drives first pulley rotation, and first belt pulley drives second pulley rotation, second belt pulley Second screw rod is driven to rotate, second screw rod drives second feed box to rise or fall, second feed box The 7th belt pulley is driven to rise or fall, the 7th belt pulley drives the 6th belt pulley to move forward or back, thus Realize adjustment spacing；

When starting polishing, second splined shaft is pushed, the positioning plate is pushed on the right side of the through-hole, at this time described and institute It states the 5th gear to be disengaged from, first spline housing and first splined shaft cooperate, and shake the joystick, the drive The first spline housing rotation, first spline housing drive the first splined shaft rotation, and first splined shaft drives institute The rotation of the 4th gear is stated, the 4th gear drives the third gear rotation, and the third gear drives the 4th shaft Rotation, the 4th shaft drive the 5th pulley rotation, and the 5th belt pulley drives the 6th belt pulley, described 7th pulley rotation, the 4th shaft, the tenth shaft drive first mill bar, second mill bar rotation to start Polishing, the 4th shaft drive the 8th pulley rotation, and the 8th pulley rotation drives the 9th belt pulley Rotation, the 9th pulley rotation drive the control shaft rotation, and the control shaft rotation makes second apopore and institute It states the first apopore intermittent communication and realizes cooling；

At the same time, the unlatching, the 4th gear drive the rotation, and the laser of the sending passes through the Kong Xun on described Ring is radiated on the impulse generator, and the optical signal received is converted to pulse signal input and calculated by the impulse generator Machine carries out that revolving speed is calculated, and gained revolving speed real-time display is on described, to realize the real-time display of revolving speed；

Present apparatus mechanism is simple, using simplicity, it can be achieved that the polishing of cutter, and realizes revolving speed by the setting of impulse generator Real-time monitoring and display, revolving speed appropriate is inputted according to the material of cutter, avoids revolving speed is too fast from making tool damage, while supporting plate With being movably arranged so that this device is adapted to the cutter of different in width, different-thickness for mill bar, labour is greatlyd save, is saved About cost improves the service life of cutter.

Detailed description of the invention

It, below will be to embodiment or existing in order to illustrate more clearly of inventive embodiments or technical solution in the prior art Attached drawing needed in technical description is briefly described, it should be apparent that, the accompanying drawings in the following description is only to invent Some embodiments for those of ordinary skill in the art without creative efforts, can also basis These attached drawings obtain other attached drawings.

Fig. 1 is a kind of overall structure diagram of impulse generator of the invention.

Fig. 2 is structural schematic diagram at A in Fig. 1.

Fig. 3 is the structural schematic diagram in Fig. 1 at B-B.

Specific embodiment

All features disclosed in this specification or disclosed all methods or in the process the step of, in addition to mutually exclusive spy Other than sign and/or step, it can combine in any way.

This specification（Including any accessory claim, abstract and attached drawing）Disclosed in any feature, except non-specifically chatting State, can it is equivalent by other or have similar purpose alternative features replaced.That is, unless specifically stated, each feature is An example in a series of equivalent or similar characteristics.

As shown in Figure 1-3, a kind of impulse generator of apparatus of the present invention, including work box 10 and setting are in the work Cooling water tank 21 in case 10 is equipped with drive cavity 11 in the work box 10, is equipped in the work box 10 and is located at the transmission The belt pulley chamber 50 of the downside of chamber 11 is equipped with the polishing chamber 19 for being located at 11 right side of drive cavity, the biography in the work box 10 Dynamic 11 bottom wall of chamber rotation be equipped with lower end extend into the belt pulley chamber 50 and with 50 bottom wall of belt pulley chamber rotation connection the One shaft 51 is equipped with the first bevel gear 52 for being fixedly connected on 51 upper end of first rotating shaft, the biography in the drive cavity 11 It is equipped with the second shaft 45 being rotatablely connected with 11 or so the wall of drive cavity in dynamic chamber 11, is fixed in second shaft 45 The second bevel gear 53 engaged with the first bevel gear 52 is fixed in second shaft 45 positioned at the second cone tooth The first gear 47 on 53 right side of wheel is equipped in the drive cavity 11 and described the is rotatablely connected and be located at 11 right wall of drive cavity The third shaft 42 of the upside of two shaft 45 is fixed with the second tooth engaged with the first gear 47 in the third shaft 42 Wheel 48,11 right wall of the drive cavity rotation is equipped with positioned at 42 upside of third shaft and right end extends into the polishing chamber 19 The 4th shaft 41, be fixed with third gear 43 in the 4th shaft 41,11 right wall of drive cavity, which is rotatably assorted, Five shafts 70,70 left end of the 5th shaft are fixed with the 4th gear 44 engaged with the third gear 43, and the described 4th 44 left side of gear is fixed with the first splined shaft 46, and 11 left wall of drive cavity is rotatably connected to the 6th shaft 63, and described Six shafts, 63 right end is fixed with the 5th gear 60, is equipped in the drive cavity 11 and is rotatablely connected with 11 or so the wall of drive cavity And it is located at the 7th shaft 14 of 63 upside of the 6th shaft, it is fixed with and the 5th gear 60 in the 7th shaft 14 6th gear 15 of engagement is fixed with the third hand tap gear positioned at 15 left side of the 6th gear in the 7th shaft 14 65,11 roof of the drive cavity rotation is equipped with eight revolution axis 13, and 13 lower end of eight revolution axis is fixed with bores with the third The 4th bevel gear 67 that gear 65 engages is fixed with the positioned at 67 upside of the 4th bevel gear on the eight revolution axis 13 One belt pulley 12,11 left wall of drive cavity are provided through the second spline housing 69 of rotation connection, second spline housing 69 In be sliding combined with the second splined shaft 58 that right end extends into the drive cavity 11,58 left end of the second splined shaft is fixed Equipped with the 7th gear 55 engaged with the second gear 48,55 right side is fixed with the first spline housing 56, described Second splined shaft 58 is equipped with positioning case 61, and 58 left end of the second splined shaft is equipped with fixed turntable 68, the fixed turntable 68 Joystick 88 is fixed on the outside of left side.

Valuably or illustratively, wherein the through-hole 80 that the second splined shaft 58 extends through is equipped in the positioning case 61, It is equipped in the through-hole 80 and is rotationally connected with the positioning plate 35 of second splined shaft 58, it is symmetrical above and below in the positioning case 61 to set There is sliding cavity 82,82 left wall of the sliding cavity sliding is equipped with the first sliding block 59, and 82 right wall of the sliding cavity sliding, which is equipped with, is located at institute The second sliding block 64 stating 59 right side of the first sliding block and being slidably connected with 59 right side of the first sliding block, first sliding block 59, Second sliding block 64 is fixed with reset spring 83 far from 58 side of the second splined shaft, and 83 other end of reset spring is fixed It is connected to the 82 outside inner wall of sliding cavity.

Valuably or illustratively, wherein be equipped in the belt pulley chamber 50 and be fixedly connected with the first rotating shaft 51 Third belt pulley 49,50 bottom wall of the belt pulley chamber rotation are equipped with the 9th shaft 38 that upper end extends into the polishing chamber 19, It is equipped in the belt pulley chamber 50 and is fixedly connected with the 9th shaft 38 and is connect with the third belt pulley 49 by belt The 4th belt pulley 37, be equipped in the polishing chamber 19 and be fixedly connected on the first screw rod 72 of 38 upper end of the 9th shaft, institute It states and has been threadedly engaged the first feed box 36 on the first screw rod 72,36 upper surface of the first feed box is fixedly connected with supporting plate 34, The supporting plate 34 is slidably connected with 19 front/rear end of polishing chamber.

Valuably or illustratively, wherein be equipped with the be fixedly connected with the 4th shaft 41 in the polishing chamber 19 Five belt pulleys 66, polishing 19 left wall of chamber are equipped with the first sliding groove 40 that front and back extends, are slidably installed in the first sliding groove 40 There is the first sliding block 73 with holes, the first 73 right end face transfer of sliding block with holes, which is moved, is connected with the tenth shaft 39, and the described ten turn The 6th belt pulley 29 is fixed on axis 39,19 left wall of polishing chamber is equipped on the upside of the first sliding groove 40 and upper downward The second sliding slot 18 stretched, lower wall is rotatably connected to second that upper end extends into the drive cavity 11 in the second sliding slot 18 Bar 17, has been threadedly engaged the second feed box 20 on second screw rod 17, and 20 right side of the second feed box rotation is equipped with the 11 shafts 24 are fixedly connected with the 7th belt pulley 25 of the 7th belt pulley, the 7th belt pulley in the 11st shaft 24 25, the 5th belt pulley 66, the 6th belt pulley 29 are connected by belt, are equipped in the drive cavity 11 and are fixedly connected on described second 17 upper end of screw rod and the second belt pulley 16 being connect with first belt pulley 12 by belt are equipped in the polishing chamber 19 solid Surely it is connected to the tenth shaft 39 and is located at the first mill bar 32 of 34 upside of supporting plate, be equipped with and fix in the polishing chamber 19 It is connected to the 4th shaft 41 and is located at the second mill bar of 34 upside of supporting plate, 19 right wall of polishing chamber, which runs through to be equipped with, puts Tool bore 31.

Valuably or illustratively, wherein be fixed in the 4th shaft 41 right positioned at the 5th belt pulley 66 The 8th belt pulley 30 on the left of side, second mill bar, water storage cavity 22 is equipped in the cooling water tank 21, and the water storage cavity 22 pushes up Wall is equipped with upper and lower perforative water inlet 23, and 22 bottom wall of water storage cavity, which runs through, is equipped with the first apopore 75, in the water storage cavity 22 Equipped with the control shaft 27 being rotatablely connected with 22 or so the wall of water storage cavity, 27 left end of control shaft extends to the polishing chamber 19 In and be fixedly connected with the 9th belt pulley 26, the 9th belt pulley 26 is connect with the 8th belt pulley 30 by belt, institute It states control shaft 27 and is located at 22 part of water storage cavity equipped with second apopore 28 corresponding with first apopore 75.

Valuably or illustratively, wherein pulse speed measuring device, the pulse speed measuring device are equipped in the drive cavity 11 Rack 90 including being fixedly connected on 11 right wall of drive cavity, 11 right wall of drive cavity, which is equipped with, is located at 90 downside of rack Laser generator 62,11 right wall of drive cavity rotation is equipped with the short axle 76 for being located at 62 downside, and 76 left end is fixed Equipped with the perforated gear 57 engaged with the 4th gear 44,90 lower end surface of rack is fixed with positioned at 62 left side Impulse generator 89,10 left side of work box are fixed with the display 77 being electrically connected with the impulse generator 89.

Valuably or illustratively, wherein 10 right side of work box, which is fixed with, is located at described put on the outside of tool bore 31 And fixed block 95 symmetrical above and below, 95 screw-internal thread fit of fixed block have clamping bar 96.

Under original state, second apopore 28 is not connected to first apopore 75, and described 55 and described second Gear 48 engages, and the positioning plate 35 is located at 80 left side of through-hole.

When start-up operation, the cutter polished will be needed to be placed on the supporting plate 34, shake the joystick 88 drive it is described The rotation of second splined shaft 58, the rotation of the second splined shaft 58 drive 55 rotation, and 55 rotation drives second tooth 48 rotation of wheel, the rotation of second gear 48 drive the first gear 47 to rotate, and the first gear 47 drives the second shaft 45 rotations, the rotation of the second shaft 45 drive the second bevel gear 53 to rotate, and the rotation of second bevel gear 53 drives institute The rotation of first bevel gear 52 is stated, the rotation of first bevel gear 52 drives the first rotating shaft 51 to rotate, the first rotating shaft 51 Rotation drives the third belt pulley 49 to rotate, and the rotation of third belt pulley 49 drives the 4th belt pulley 37 rotation, institute Stating the rotation of the 4th belt pulley 37 drives first screw rod 72 to rotate, and the rotation of the first screw rod 72 drives first feed box 36 rise, and first feed box 36, which rises, drives the rising of supporting plate 34 that cutter is risen to proper height, rotate institute at this time State 96 clamp-on tool right end of clamping bar.

According to the of different size of cutter, need to adjust the spacing between mill, second splined shaft 58 is pushed at this time, by institute Positioning plate 35 is stated to be pushed between first sliding block 59 and second sliding block 64, at this time described 55 with the 5th gear 60 The joystick 88 is shaken in engagement clockwise or counter-clockwise, and described 55 drive the 5th gear 60 rotation, the 5th tooth Wheel 60 drives the 6th gear 15 rotation, and the 6th gear 15 drives the 7th shaft 14 to rotate, the 7th shaft 14 drive the third hand tap gear 65 to rotate, and the third hand tap gear 65 drives the 4th bevel gear 67 to rotate, and the described 4th Bevel gear 67 drives the eight revolution axis 13 to rotate, and the eight revolution axis 13 drives first belt pulley 12 to rotate, and described the One belt pulley 12 drives second belt pulley 16 to rotate, and second belt pulley 16 drives second screw rod 17 to rotate, institute Stating the second screw rod 17 drives second feed box 20 to rise or fall, and second feed box 20 drives the 7th belt pulley 25 rise or fall, and the 7th belt pulley 25 drives the 6th belt pulley 29 to move forward or back, to realize adjustment spacing.

When starting polishing, second splined shaft 58 is pushed, the positioning plate 35 is pushed to 80 right side of through-hole, this Shi Suoshu 55 is disengaged from the 5th gear 60, and first spline housing 56 cooperates with first splined shaft 46, is shaken The joystick 88, described 55 drive first spline housing 56 to rotate, and first spline housing 56 drives first spline Axis 46 rotates, and first splined shaft 46 drives the 4th gear 44 to rotate, and the 4th gear 44 drives the third tooth 43 rotation of wheel, the third gear 43 drive the 4th shaft 41 to rotate, and the 4th shaft 41 drives the 5th belt 66 rotation of wheel, the 5th belt pulley 66 drive the 6th belt pulley 29, the 7th belt pulley 25 to rotate, and described 4th turn Axis 41, the tenth shaft 39 drive first mill bar 32, second mill bar rotation to start to polish, the 4th shaft 41 The 8th belt pulley 30 is driven to rotate, the 8th belt pulley 30 rotation drives the 9th belt pulley 26 rotation, and described the The rotation of nine belt pulleys 26 drives the control shaft 27 to rotate, and the rotation of control shaft 27 makes second apopore 28 and described the One apopore, 75 intermittent communication realizes cooling.

At the same time, it described 62 opens, the 4th gear 44 drives 57 rotation, and described 62 laser issued pass through Hole circulation on described 57 is radiated on the impulse generator 89, and the impulse generator 89 converts the optical signal received It inputs computer for pulse signal to carry out that revolving speed is calculated, gained revolving speed real-time display is on described 77, to realize revolving speed Real-time display.

The beneficial effects of the invention are as follows：

The basic principles, main features and advantages of the present invention have been shown and described above.The technology of the industry Personnel are it should be appreciated that the present invention is not limited to the above embodiments, and what is described in the above embodiment and the description is only the present invention Principle, without departing from the spirit and scope of the present invention, various changes and improvements may be made to the invention, these variation and Improvement is both fallen in claimed invention.The claimed scope of the invention is by appended claims and its equivalent circle It is fixed.

Claims

1. a kind of impulse generator, including work box and the cooling water tank being arranged in the work box, it is characterised in that：Institute It states and is equipped with drive cavity in work box, be equipped with the belt pulley chamber being located on the downside of the drive cavity, the work box in the work box In be equipped with the polishing chamber being located on the right side of the drive cavity, drive cavity bottom wall rotation is equipped with lower end and extends into the belt pulley chamber And the first rotating shaft with the rotation connection of belt pulley bottom of chamber wall, it is equipped in the drive cavity and is fixedly connected on the first rotating shaft The first bevel gear of upper end, is equipped with the second shaft with the rotation connection of the drive cavity or so wall in the drive cavity, and described the It is fixed with the second bevel gear engaged with the first bevel gear in two shafts, is fixed in second shaft positioned at institute The first gear on the right side of second bevel gear is stated, is equipped with and is rotatablely connected with the drive cavity right wall and positioned at described in the drive cavity Third shaft on the upside of second shaft is fixed with the second gear engaged with the first gear, institute in the third shaft It states the rotation of drive cavity right wall and is equipped with and be located on the upside of the third shaft and right end extends into the 4th shaft in the polishing chamber, institute It states and is fixed with third gear in the 4th shaft, the drive cavity right wall, which is rotatably assorted, the 5th shaft, and the 5th shaft is left End is fixed with the 4th gear engaged with the third gear, and the 4th gear left side is fixed with the first splined shaft, The drive cavity left wall is rotatably connected to the 6th shaft, and the 6th shaft right end is fixed with the 5th gear, the drive cavity In be equipped with and the drive cavity or so wall rotation connection and the 7th shaft that is located on the upside of the 6th shaft, the 7th shaft On be fixed with the 6th gear engaged with the 5th gear, be fixed in the 7th shaft positioned at the 6th gear The third hand tap gear in left side, the drive cavity roof rotation are equipped with eight revolution axis, and the eight revolution axis lower end is fixed with and institute The 4th bevel gear for stating third hand tap gear engagement, the be fixed on the eight revolution axis on the upside of the 4th bevel gear One belt pulley, the drive cavity left wall are provided through the second spline housing of rotation connection, slide and match in second spline housing The second splined shaft for having right end to extend into the drive cavity is closed, the second splined shaft left end is fixed with and described second 7th gear of gear engagement, the right side are fixed with the first spline housing, and second splined shaft is equipped with positioning case, Second splined shaft left end is equipped with fixed turntable, is fixed with joystick on the outside of the fixed turntable left side.

2. a kind of impulse generator according to claim 1, it is characterised in that：The second splined shaft is equipped in the positioning case The through-hole extended through, is equipped with the positioning plate for being rotationally connected with second splined shaft in the through-hole, in the positioning case on Under be symmetrically arranged with sliding cavity, the sliding cavity left wall sliding is equipped with the first sliding block, and the sliding cavity right wall sliding, which is equipped with, is located at institute State the second sliding block being slidably connected on the right side of the first sliding block and with first sliding block right side, first sliding block, the second sliding block It is fixed with reset spring far from second splined shaft side, the reset spring other end is fixedly connected on the sliding cavity Outside inner wall.

3. a kind of impulse generator according to claim 1, it is characterised in that：It is equipped in the belt pulley chamber and described the The third belt pulley that one shaft is fixedly connected, the rotation of belt pulley bottom of chamber wall are equipped with that upper end extends into the polishing chamber Nine shafts are equipped in the belt pulley chamber and are fixedly connected with the 9th shaft and are connect with the third belt pulley by belt The 4th belt pulley, be equipped in the polishing chamber and be fixedly connected on the first screw rod of the 9th shaft upper end, described first The first feed box is threadedly engaged on bar, first feed box upper surface is fixedly connected with supporting plate, and the supporting plate is beaten with described Mill chamber front/rear end is slidably connected.

4. a kind of impulse generator according to claim 1, it is characterised in that：In the polishing chamber be equipped be fixedly connected with 5th belt pulley of the 4th shaft, the polishing chamber left wall is equipped with the first sliding groove that front and back extends, in the first sliding groove It is slidably fitted with the first sliding block with holes, the first sliding block right end face transfer with holes, which is moved, is connected with the tenth shaft, and the described tenth It is fixed with the 6th belt pulley in shaft, the polishing chamber left wall is equipped with for being located on the upside of the first sliding groove and extending up and down Two sliding slots, lower wall is rotatably connected to the second screw rod that upper end extends into the drive cavity in the second sliding slot, and described second The second feed box has been threadedly engaged on screw rod, second feed box right side, which rotates, is equipped with the 11st shaft, and the described 11st The 7th belt pulley of the 7th belt pulley is fixedly connected in shaft, the 7th belt pulley, the 5th belt pulley, the 6th belt pulley pass through Belt connects, and is equipped in the drive cavity and is fixedly connected on second screw rod upper end and passes through belt with first belt pulley Second belt pulley of connection is equipped with for being fixedly connected on the tenth shaft and being located on the upside of the supporting plate in the polishing chamber One mill bar, it is described polishing chamber in be equipped be fixedly connected on the 4th shaft and be located at the supporting plate on the upside of the second mill bar, institute State polishing chamber right wall run through be equipped with put tool bore.

5. a kind of impulse generator according to claim 1, it is characterised in that：It is fixed with and is located in 4th shaft The 8th belt pulley on the right side of 5th belt pulley, on the left of second mill bar is equipped with water storage cavity in the cooling water tank, described Water storage cavity roof is equipped with upper and lower perforative water inlet, and the water storage cavity bottom wall, which runs through, is equipped with the first apopore, in the water storage cavity Equipped with the control shaft being rotatablely connected with the water storage cavity or so wall, the control shaft left end extends in the polishing chamber and fixed It is connected with the 9th belt pulley, the 9th belt pulley is connect with the 8th belt pulley by belt, and the control shaft is located at institute Water storage cavity segment is stated equipped with the second apopore corresponding with first apopore.

6. a kind of impulse generator according to claim 1, it is characterised in that：Pulse is equipped in the drive cavity to test the speed dress It sets, the pulse speed measuring device includes the rack for being fixedly connected on the drive cavity right wall, and the drive cavity right wall, which is equipped with, to be located at The laser generator of the frame underside, the drive cavity right wall rotation are equipped with the short axle positioned at the downside, and the left end is solid Fixed to be equipped with the perforated gear engaged with the 4th gear, the rack lower end surface is fixed with the pulse hair positioned at the left side Raw device, the work box left side are fixed with the display being electrically connected with the impulse generator.

7. a kind of impulse generator according to claim 1, it is characterised in that：The work box right side is fixed with position Fixed block on the outside of tool bore and symmetrical above and below is put in described, the fixed block screw-internal thread fit has clamping bar.