CN209887391U - Diamond tool sand feeding micro-finishing device capable of detecting in real time - Google Patents

Abstract

The utility model provides a little whole device of sand on diamond instrument that can real-time detection, diamond instrument, workstation including the gyration structural formula and locating real-time detection subassembly and last little whole subassembly of sand on the workstation, the real-time detection subassembly includes: the display screen, the digital magnifying microscope and the light source are fixedly arranged on the universal telescopic bracket, and the output end of the digital magnifying microscope is connected with the input end of the display screen; the sanding micro-finishing assembly comprises a clamping assembly, a radial trimming assembly and an axial trimming assembly, wherein the radial trimming assembly can perform trimming along the radial direction of the diamond tool, the axial trimming assembly can perform trimming along the axial direction of the diamond tool, the clamping assembly clamps the diamond tool, and the radial trimming assembly and the axial trimming assembly are arranged opposite to the clamping assembly.

Description

A diamond tool sand fine-adjustment device capable of real-time detection

technical field

The utility model relates to the technical field of manufacture of superhard abrasive tools, in particular to a sand micro-adjustment device for diamond tools capable of real-time detection.

Background technique

Due to its excellent and stable physical and chemical properties, diamond makes diamond tools an indispensable and effective tool for processing hard and brittle materials. The diamond tool prepared by the brazing process has become a new type of diamond tool product due to its large holding force for diamond, high diamond exposure, strong sharpness and long life in actual operation. At present, in actual production, brazing diamond tools need to be sanded and fine-tuned, and the sand-loaded fine-tuning refers to slightly dressing the diamond particles after the diamond tools are sanded. The sanding and micro-finishing process of brazed diamond tools is mainly completed by manual operation, which leads to the unstable diamond shape and contour of the produced diamond tools, and the surface quality of the workpiece after processing is poor, and long-term. The sanding and micro-adjustment will cause great damage to the workers' eyesight. Among the diamond tools, the diamond tools with rotary structure are more common, so it is of great significance to realize the mechanized sanding and fine-tuning of the rotary structure diamond tools to ensure that the produced brazed diamond tools have stable diamond contour.

In view of this, the inventor has conducted in-depth research on the requirements of the sanding and micro-finishing process of the rotary structure diamond tool, and this case came into being.

Utility model content

The purpose of the present utility model is to provide a diamond tool sand fine-tuning device capable of real-time detection, so as to realize the mechanized sand fine-tuning of the rotary structure diamond tool.

In order to achieve the above purpose, the utility model adopts the following technical solutions:

A diamond tool sanding and micro-finishing device capable of real-time detection, comprising a diamond tool with a rotary structure, a workbench, a real-time detection component and a sand-loading micro-finishing component arranged on the workbench, and the real-time detection component includes: display screen, digital magnifying microscope, light source and universal telescopic bracket, the universal telescopic bracket is fixed on the worktable, and the display screen, the digital magnifying microscope and the light source are fixed on the universal telescopic bracket On the bracket, the output end of the digital magnifying microscope is connected to the input end of the display screen; the upper sand fine-tuning assembly includes a clamping assembly and a radial trimming assembly capable of trimming along the radial direction of the diamond tool and an axial trimming assembly capable of trimming along the axial direction of the diamond tool, the clamping assembly clamps the diamond tool, the radial trimming assembly and the axial trimming assembly are both connected with the clamp Component-relative settings.

Further, the radial trimming assembly includes a radial motor, a radial mounting seat and a radial trimming block, the radial motor and the radial mounting seat are fixed on the worktable, and the radial The mounting seat is connected to the radial motor, a radial sliding block capable of moving back and forth along the radial direction of the diamond tool is mounted on the radial mounting seat, and the radial dressing block is fixed on the radial to the slider.

Further, the axial trimming assembly includes an axial motor, an axial mounting seat and an axial trimming block, the axial motor and the axial mounting seat are fixed on the worktable, and the axial The mounting seat is connected to the axial motor, an axial sliding block capable of moving back and forth along the axial direction of the diamond tool is installed on the axial mounting seat, and the axial dressing block is fixed on the shaft to the slider.

Further, the clamping assembly includes a moving track, a lifting and moving chassis with a lifting movable station, a clamping motor and a universal chuck, the moving track is fixed on the worktable, and the lifting and moving chassis is slidably connected to the moving track, the clamping motor is fixed on the lifting and moving chassis, the universal chuck is connected to the output shaft of the clamping motor, and the universal chuck clamps the diamond tool.

Further, the lifting and moving chassis includes a fixed end and a movable end that can be turned relative to each other, a connecting part is provided between the movable end and the fixed end, and the movable end is relative to the fixed end at the center of the connecting part. The fixed end is turned over, the fixed end is connected to the moving track, and the movable end is provided with the clamping motor.

Further, the connecting portion includes a driving gear rotatably connected to the fixed end, a driven gear fixedly connected to the movable end, and a rotating shaft that can be rotatably connected to the fixed end and the movable end, respectively. The fixed end and the movable end are hinged through the rotating shaft, the driving gear meshes with the driven gear, and the driving gear is connected with a motor.

Further, the display screen, the digital magnifying microscope and the light source are fixed on the universal telescopic bracket, and the universal telescopic bracket includes a vertical rod, an upper fixed end and a lower fixed end, and the vertical rod fixed on the worktable, the display screen is fixed on the upper fixed end, the digital magnifying microscope is fixed on the lower fixed end, and the light source ring is set at the outer shell of the digital magnifying microscope .

Further, the upper end of the vertical rod is sleeved with an upper movable lock block, and one end of the upper movable lock block is fixed with an upper cross bar that is perpendicular to the vertical rod and can rotate relative to the upper movable lock block, The upper fixed end is located on the upper cross rod, the lower end of the vertical rod is sleeved with a lower movable lock block, the lower movable lock block is interspersed with a lower cross rod perpendicular to the vertical rod, and the upper movable lock block is inserted. Both the lock block and the lower movable lock block are provided with a locking structure for fixing itself on the vertical rod, and the lower movable lock block is also provided with a locking structure for fixing the lower cross rod. The lower fixed end is connected to the lower cross bar.

Further, one end of the lower cross bar is sleeved with an end movable lock block, the lower end of the end movable lock block is fixed with an adjustment rod parallel to the vertical rod, and the lower end of the adjustment rod is sleeved with There is an adjustment movable lock block, and a lifting device is arranged on the adjustment movable lock block; the lifting device includes a lifting rod parallel to the adjustment rod and movably connected with the adjustment movable lock block, and is perpendicular to the lifting rod A clamping rod provided and fixed on the upper end of the lifting rod, the clamping rod is provided with a clamp for clamping the digital magnifying microscope, the clamping end of the clamp is the lower fixed end, the lifting A rack is fixed on the opposite side of the rod and the adjustment movable lock block, and a gear meshed with the rack is arranged on the adjustment movable lock block, and the adjustment movable lock block and the lifting rod pass through the The rack and the gear are movably connected, and the lifting device further includes an adjustment knob arranged on the adjustment movable lock block, and the adjustment knob rotates synchronously with the gear.

Further, it also includes an electronic computer, the display screen is electrically connected to the electronic computer, the input end of the light source is connected to the output end of the electronic computer; the radial trimming assembly and the axial trimming assembly are connected to the A fixing plate is also arranged between the working platforms, the radial trimming assembly and the axial trimming assembly are fixedly connected to the fixing plate, and the fixing plate is fixedly connected to the working platform.

By adopting the above technical scheme, a diamond tool sanding and fine-tuning device of the present invention capable of real-time detection can perform real-time detection and display on the working area of the diamond tool by setting a real-time detection component, and the sand-loading The working area is trimmed; the diamond tool sanding and fine-tuning device capable of real-time detection of the utility model is adopted, which is convenient to operate when the diamond tool is sanded and fine-tuned, and the digital magnifying microscope detection image is displayed on the display screen, which is more convenient for observation. , which is conducive to improving the accuracy of sanding and fine-tuning, and also realizes the mechanized sanding and fine-tuning of rotary structure diamond tools.

Description of drawings

Fig. 1 is the structural representation of the utility model;

Fig. 2 is the structural schematic diagram of the sand-loading micro-finishing component of the present invention;

Fig. 3 is the sectional structure schematic diagram of the lifting and moving chassis of the utility model;

4 is a schematic structural diagram of a real-time detection component of the present invention;

FIG. 5 is a schematic structural diagram of another angle of the real-time detection assembly of the present invention.

Label description:

Diamond Tool 1 Workbench 2

Display screen 31 Digital magnifying microscope 32

Light source 33 Universal telescopic bracket 34

Pole 341 Bump 3411

Upper movable lock block 342 Upper cross bar 343

Lower movable lock block 344 Lower cross bar 345

End movable lock block 346 Adjustment lever 347

Adjusting the movable lock block 348 Lifting device 349

Lifting rod 3491 Clamping rod 3492

Adjustment knob 3493

Clamping assembly 41 Moving track 411

Lifting mobile chassis 412

Fixed end 4121 Active end 4122

Drive gear 4123 Driven gear 4124

Clamping Motor 413

Universal collet 414 Radial dressing kit 42

Radial Motor 421 Radial Mount 422

Radial Dressing Block 423 Axial Dressing Assembly 43

Axial motor 431 Axial mount 432

Axial dressing block 433

Fixed plate 5

Detailed ways

In order to further explain the technical solutions of the present utility model, the present utility model will be described in detail below with reference to the accompanying drawings and specific embodiments.

The utility model is a diamond tool sand fine adjustment device capable of real-time detection, as shown in Figs. The micro-adjustment component and the real-time detection component include: a display screen 31, a digital magnifying microscope 32, a light source 33 and a universal telescopic bracket 34, the universal telescopic bracket 34 is fixed on the worktable 2, the display screen 31, the digital magnifying microscope 32 and the light source 33 is fixed on the universal telescopic support 34, and the output end of the digital magnifying microscope 32 is connected to the input end of the display screen 31; The radial trimming assembly 42 and the axial trimming assembly 43 capable of trimming along the axial direction of the diamond tool 1, the clamping assembly 41 clamps the diamond tool 1, and both the radial trimming assembly 42 and the axial trimming assembly 43 are clamped with The components 41 are arranged relative to each other.

The utility model relates to a diamond tool sanding and fine-tuning device capable of real-time detection. By setting a real-time detection component, the working area of the diamond tool 1 can be detected and displayed in real time. The area is trimmed; it is convenient to operate when the diamond tool 1 is sanded and trimmed using a diamond tool sand trimming device capable of real-time detection of the present utility model, and it is more convenient to display the detection image of the digital magnifying microscope 32 through the display screen 31 The observation is beneficial to improve the accuracy of sanding and fine-tuning, and at the same time, it also realizes the mechanized sanding and fine-tuning of the diamond tool 1 with a rotary structure.

A fixing plate 5 is also provided between the radial trimming assembly 42 and the axial trimming assembly 43 and the table 2 , the radial trimming assembly 42 and the axial trimming assembly 43 are fixedly connected to the fixing plate 5 , and the fixing plate 5 is fixed to the table 2 connect.

The setting of the fixing plate 5 facilitates the overall disassembly of the radial trimming assembly 42 and the axial trimming assembly 43; at the same time, it can also avoid the wear of the worktable 2 when the radial trimming assembly 42 and the axial trimming assembly 43 are disassembled, and improve the work efficiency. The service life of Taiwan 2;

The radial trimming assembly 42 includes a radial motor 421, a radial mounting seat 422 and a radial trimming block 423. The radial motor 421 and the radial mounting seat 422 are fixed on the fixing plate 5, and the radial mounting seat 422 is connected to the radial mounting seat 422. On the housing of the electric motor 421 , a radial sliding block capable of moving back and forth along the radial direction of the diamond tool 1 is mounted on the radial mounting seat 422 , and the radial dressing block 423 is fixed on the radial sliding block.

The axial trimming assembly 43 includes an axial motor 431, an axial mounting seat 432 and an axial trimming block 433. The axial motor 431 and the axial mounting seat 432 are fixed on the fixing plate 5, and the axial mounting seat 432 is connected to the shaft. On the housing of the electric motor 431 , an axial sliding block capable of moving back and forth along the axial direction of the diamond tool 1 is mounted on the axial mounting seat 432 , and the axial trimming block 433 is fixed on the axial sliding block.

Preferably, a conventional lead screw nut assembly is installed on the radial mounting seat 422, wherein the radial slider is fixed on the nut; the axial mounting seat 432 is also mounted with a conventional lead screw nut assembly, wherein the axial sliding block is also mounted on the conventional lead screw nut assembly. The block is fixed on the nut.

The clamping assembly 41 includes a moving rail 411, a lifting moving base 412 with a lifting movable station, a clamping motor 413 and a universal chuck 414. The moving rail 411 is fixed on the worktable 2, and the lifting moving base 412 is slidably connected to the on the moving track 411. The lifting and moving chassis 412 includes a fixed end 4121 and a movable end 4122 that can be turned relative to each other. A connecting portion is provided between the movable end 4122 and the fixed end 4121. Connected to the moving track 411, the movable end 4122 is provided with a clamping motor 413. The connecting part includes a driving gear 4123 that is rotatably connected to the fixed end 4121, a driven gear 4124 that is fixedly connected to the movable end 4122, and a rotating shaft that can be rotatably connected to the fixed end 4121 and the movable end 4122 respectively. The fixed end 4121 and the movable end 4122 pass through The shaft is hinged. The driving gear 4123 meshes with the driven gear 4124, and a conventional motor is connected to the driving gear 4123.

After the motor connected to the driving gear 4123 is powered on, it drives the driving gear 4123 to rotate, and the driving gear 4123 further transmits the power to the driven gear 4124. Because the driven gear 4124 is fixedly connected with the movable end 4122, the driven gear 4124 rotates and drives the movable end 4122 at the same time. Synchronized rotation. The movable end 4122 can be turned over relative to the fixed end 4121 with the connecting portion as the center.

The clamping motor 413 is fixed on the lifting and moving chassis 412 , the universal chuck 414 is connected to the output shaft of the clamping motor 413 , and the universal chuck 414 clamps the diamond tool 1 .

By adjusting the flip angle and position of the movable end 4122 of the lifting and moving chassis 412 , the angle and position of the clamping electric output shaft relative to the table 2 are further adjusted, thereby adjusting the flip angle and position of the diamond tool 1 . In order to facilitate real-time detection of the contours of different angles and different poses in the working area of the diamond tool 1 . By adjusting the position of the lifting and moving chassis 412 on the moving track 411, the position of the clamping electric output shaft relative to the worktable 2 is further adjusted, thereby adjusting the position of the universal chuck 414 relative to the radial trimming assembly 42 and the axial trimming assembly 43. position to meet the needs of real-time inspection of diamond tools 1 of different lengths.

The display screen 31 , the digital magnifying microscope 32 and the light source 33 are fixed on the universal telescopic bracket 34 . The universal telescopic bracket 34 includes a vertical rod 341 , an upper fixed end 4121 and a lower fixed end 4121 , and the vertical rod 341 is fixed on the workbench 2 On the top, the display screen 31 is fixed on the upper fixed end 4121 , the digital magnifying microscope 32 is fixed on the lower fixed end 4121 , and the light source 33 is arranged around the casing of the digital magnifying microscope 32 . A bump 3411 extends outward from the connection between the vertical rod 341 and the workbench 2 . The bump 3411 can increase the contact area between the vertical rod 341 and the workbench 2 to improve the connection stability between the vertical rod 341 and the workbench 2 .

The upper end of the vertical rod 341 is sleeved with an upper movable lock block 342, one end of the upper movable lock block 342 is fixed with an upper cross rod 343 that is perpendicular to the vertical rod 341 and can rotate relative to the upper movable lock block 342, and the upper fixed end 4121 is located at on the upper cross bar 343. The upper movable locking block 342 is provided with a locking structure for fixing itself on the vertical rod 341 .

By rotating the upper bar 343 around the vertical bar 341, the display screen 31 can be rotated around the vertical bar 341; by sliding up and down around the vertical bar 341, the display screen 31 can be moved up and down along the vertical bar 341. ; By rotating the upper cross bar 343 relative to the upper movable lock block 342, the display screen 31 itself is turned over.

The lower end of the vertical rod 341 is sleeved with a lower movable lock block 344, and the lower movable lock block 344 is interspersed with a lower cross bar 345 perpendicular to the vertical rod 341. Locking structure, the lower movable lock block 344 is also provided with a locking structure for fixing the lower cross bar 345 , and the lower fixed end 4121 is connected to the lower cross bar 345 .

The digital magnifying microscope 32 rotates around the vertical rod 341 by rotating the lower cross bar 345 around the vertical rod 341; Moving up and down.

One end of the lower cross bar 345 is sleeved with an end movable lock block 346, the lower end of the end movable lock block 346 is fixed with an adjustment rod 347 parallel to the vertical rod 341, and the lower end of the adjustment rod 347 is sleeved with an adjustment movable lock block 348, a lifting device 349 is provided on the adjusting movable lock block 348.

The lifting device 349 includes a lifting rod 3491 parallel to the adjusting rod 347 and movably connected to the adjusting movable lock block 348, and a clamping rod 3492 vertically arranged with the lifting rod 3491 and fixed on the upper end of the lifting rod 3491. The clamping rod 3492 is provided with A conventional clamp for clamping the digital magnifying microscope 32, and the clamping end of the clamp is the lower fixed end. A rack is fixed on the side of the lifting rod 3491 opposite to the adjusting movable lock block 348, and the adjusting movable lock block 348 is provided with a gear meshing with the rack. The adjusting movable lock block 348 and the lifting rod 3491 pass through the rack and the gear. Active connection. The lifting device 349 also includes an adjusting knob 3493 which is arranged on the adjusting movable locking block 348 and rotates synchronously with the gear.

By rotating the adjusting knob 3493, the gear is driven to rotate, and then through the transmission of the gear and the rack, the rotation of the adjusting knob 3493 is converted into the up and down movement of the lifting rod 3491, that is, the lifting movement of the clamping rod 3492.

The adjustable distance of the digital magnifying microscope 32 is increased through the connection of the lower cross bar 345, the adjusting rod 347, the adjusting movable locking block 348 and the lifting device 349; the lifting device 349 is set, and the operator can rotate the adjusting knob 3493 to realize The digital magnifying microscope 32 follows the lift rod 3491 to perform a fine adjustment function when it moves up and down.

Therefore, the use of the universal telescopic bracket 34 can realize the expansion and contraction of the digital magnifying microscope 32 in an angle of 360° in space, and can adjust the ascending and descending position and posture of the digital magnifying microscope 32 .

The real-time detection of the diamond tool sand fine-adjusting device of the present invention further comprises an electronic computer, the display screen 31 is electrically connected to the electronic computer, and the input end of the light source 33 is connected to the output end of the electronic computer.

During real-time detection: first install the diamond tool 1 on the universal chuck 414, and then adjust the universal telescopic bracket 34 so that the digital magnifying microscope 32 is just located in the working area of the diamond tool 1; profile, and transmit the information to the display screen 31, the electronic computer connected with the display screen 31 can analyze the information detected by the digital magnifying microscope 32, and measure the points, lines, circles, distances, angles, etc. of the diamond tool 1 element, real-time display of measurement data, to provide real-time monitoring guidance for sand fine-tuning on diamond tool 1.

When correcting the diamond tool 1 , the position of the radial dressing block 423 is controlled by the radial motor 421 to adjust the relative position of the radial dressing block 423 and the working area of the diamond tool 1 . After the clamping motor 413 is started to drive the diamond tool 1 to rotate, the radial trimming block 423 is gradually approached to the working area of the diamond tool 1, and the radial trimming block 423 will gradually polish the working area of the diamond tool 1, so as to realize the diameter of the diamond tool 1. Trim in the direction.

The position of the axial trimming block 433 is controlled by the axial motor 431 to adjust the relative position of the axial trimming block 433 and the working area of the diamond tool 1. After the clamping motor 413 is activated to drive the diamond tool 1 to rotate, the axial trimming block is 433 is gradually approaching the working area of the diamond tool 1 , and the axial dressing block 433 will gradually grind the working area of the diamond tool 1 to realize the dressing of the diamond tool 1 in the axial direction.

The present utility model has been described in detail above in conjunction with the accompanying drawings, but the embodiments of the present utility model are not limited to the above-mentioned embodiments. Those skilled in the art can make various modifications to the present utility model according to the prior art, which all belong to the present utility model. scope of protection.

Claims (10)

1. a diamond tool sand micro-finishing device capable of real-time detection, is characterized in that: comprise the diamond tool of rotary structure type, workbench and be located in the real-time detection assembly on described workbench and sand micro-finishing assembly, described The real-time detection component includes: a display screen, a digital magnifying microscope, a light source and a universal telescopic bracket, the universal telescopic bracket is fixed on the worktable, and the display screen, the digital magnifying microscope and the light source are fixed On the universal telescopic bracket, the output end of the digital magnifying microscope is connected to the input end of the display screen; the sand upper micro-finishing component includes a clamping component and can be carried out along the radial direction of the diamond tool. Dressed radial dressing assembly and axial dressing assembly capable of dressing along the axial direction of the diamond tool, the clamping assembly holding the diamond tool, the radial dressing assembly and the axial dressing The components are arranged opposite to the clamping components. 2 . The diamond tool sand fine-tuning device capable of real-time detection according to claim 1 , wherein the radial dressing assembly comprises a radial motor, a radial mounting seat and a radial dressing block, 2 . The radial motor and the radial mounting seat are fixed on the worktable, the radial mounting seat is connected to the radial motor, and the diamond tool is mounted on the radial mounting seat. The radial sliding block moves back and forth in the radial direction, and the radial trimming block is fixed on the radial sliding block. 3. A kind of diamond tool upper sand micro-finishing device capable of real-time detection according to claim 1, characterized in that: the axial dressing assembly comprises an axial motor, an axial mounting seat and an axial dressing block, the The axial motor and the axial mounting seat are fixed on the worktable, and the axial mounting seat is connected to the axial motor, and the axial mounting seat is mounted with a diamond tool capable of being along the The axial sliding block moves back and forth in the axial direction, and the axial trimming block is fixed on the axial sliding block. 4. A diamond tool sand fine-tuning device capable of real-time detection according to claim 1, characterized in that: the clamping assembly comprises a moving rail, a lifting moving chassis with a lifting movable station, a clamping motor and a universal chuck, the moving track is fixed on the worktable, the lifting and moving chassis is slidably connected to the moving track, and the clamping motor is fixed on the lifting and moving chassis, so The universal chuck is connected to the output shaft of the clamping motor, and the universal chuck clamps the diamond tool. 5 . The diamond tool sand fine-tuning device capable of real-time detection according to claim 4 , wherein the lifting and moving chassis comprises a fixed end and a movable end that can be turned over relative to each other, and the movable end is connected to the movable end. 6 . A connecting portion is arranged between the fixed ends, the movable end is turned over relative to the fixed end at the center of the connecting portion, the fixed end is connected to the moving track, and the clamping motor is arranged on the movable end. 6 . The real-time detection device for sanding on diamond tools according to claim 5 , wherein the connecting portion comprises a driving gear rotatably connected to the fixed end and fixedly connected to the movable end. 7 . The driven gear, and a rotating shaft that can be rotatably connected with the fixed end and the movable end, respectively, the fixed end and the movable end are hinged through the rotating shaft, and the driving gear is meshed with the driven gear. , the driving gear is connected with a motor. 7 . The diamond tool sanding micro-adjustment device capable of real-time detection according to claim 1 , wherein the display screen, the digital magnifying microscope and the light source are fixed on the universal telescopic bracket. 8 . Above, the universal telescopic support includes a vertical pole, an upper fixed end and a lower fixed end, the vertical pole is fixed on the worktable, the display screen is fixed on the upper fixed end, and the digital zoom The microscope is fixed on the lower fixed end, and the light source ring is set on the casing of the digital magnifying microscope. 8 . The diamond tool sanding micro-adjustment device capable of real-time detection according to claim 7 , wherein the upper end of the vertical rod is sleeved with an upper movable lock block, and one end of the upper movable lock block is fixedly installed. 9 . There is an upper cross bar that is perpendicular to the vertical rod and can be rotated relative to the upper movable lock block, the upper fixed end is located on the upper cross rod, and the lower end of the vertical rod is sleeved with a lower movable lock block, The lower movable lock block is interspersed with a lower cross bar that is perpendicular to the vertical rod, and both the upper movable lock block and the lower movable lock block are provided with a locking mechanism that fixes itself on the vertical rod. The lower movable lock block is further provided with a locking structure for fixing the lower cross bar, and the lower fixed end is connected to the lower cross bar. 9 . The diamond tool sanding micro-adjustment device capable of real-time detection according to claim 8 , wherein one end of the lower cross bar is sleeved with an end movable lock block, and the end movable lock block The lower end of the adjusting rod is fixed with an adjustment rod parallel to the vertical rod, the lower end of the adjustment rod is sleeved with an adjustment movable lock block, and a lifting device is provided on the adjustment movable lock block; A lifting rod that is parallel to the adjusting rod and movably connected to the adjusting movable lock block, and a clamping rod that is vertically arranged with the lifting rod and fixed to the upper end of the lifting rod, and the clamping rod is provided with a clamping device. The clamp of the digital magnifying microscope, the clamping end of the clamp is the lower fixed end, a rack is fixed on the opposite side of the lifting rod and the adjustment movable lock block, and the adjustment movable lock block is provided with a rack. A gear meshing with the rack, the adjusting movable lock block and the lifting rod are movably connected through the rack and the gear, and the lifting device further comprises an adjustment block arranged on the adjusting movable lock block knob, and the adjustment knob rotates synchronously with the gear. 10. A diamond tool sand fine-tuning device capable of real-time detection according to claim 1, characterized in that: further comprising an electronic computer, the display screen is electrically connected to the electronic computer, and the input end of the light source is The output end of the electronic computer is connected; a fixing plate is also arranged between the radial trimming assembly and the axial trimming assembly and the worktable, and the radial trimming assembly and the axial trimming assembly are fixedly connected to On the fixing plate, the fixing plate is fixedly connected with the working table.

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