CN209140513U - A kind of numerically control grinder of superhard cutting blade - Google Patents

Abstract

The utility model provides a kind of numerically control grinder of superhard cutting blade, including lathe, host electronic box, spindle box, measuring system, CCD detection system and oil fog recycling system；Host electronic box is located at the left side of lathe, is equipped with temperature-adjusting device in the host electronic box；The rear end of sliding seat is equipped with sliding rail third driving motor, for driving the movement of sliding seat；It is equipped with vertical shaft system on the right side of lathe, the workbench of disk with a scale is equipped with above vertical shaft system, is equipped with rotary knife base above dial, CCD detection system is set to the rear end of workbench, workbench is equipped with sealing cover, and mist of oil pipe is equipped at the top of outer cover, and oil fog recycling system is connect by mist of oil pipe with outer cover.Thermostatic setting; automatically adjust the temperature in host electronic box; the temperature in host electronic box is set to prevent from overheating in suitable range or be subcooled; it plays a very good protection to the electronic component in host; the service efficiency and accuracy for improving electronic component, improve the service life of host electronic box.

Description

A kind of numerically control grinder of superhard cutting blade

Technical field

The utility model relates to the numerically control grinder technical field of superhard cutting blade, especially a kind of numerical control of superhard cutting blade Grinding machine.

Background technique

The numerically control grinder of superhard cutting blade is the lathe for carrying out grinding to workpiece surface using grinding tool.Most of mill Bed is to carry out grinding using high-speed rotating grinding wheel, and a small number of is using other grinding tools such as oilstone, abrasive band and free abrasive It is processed, such as honing machine, superfinisher, abrasive belt grinding machine, grinder and polishing machine.The numerically control grinder of superhard cutting blade There are digital control plain surface grinding machine, numerical control centerless grinding machine, numerical control internal-external circle grinding machine, numerical control vertical universal grinder, CNC jig grinding machine, number again Control form grinder etc..

The numerically control grinder processing of superhard cutting blade needs to use coolant liquid, and there are a recycling to recycle for coolant liquid Process, used coolant liquid needs reuse after being filtered, the coolant circulation unit effect that existing grinding machine itself carries Fruit is bad, influences tool sharpening quality, in some instances it may even be possible to lead to the reduction of lathe service life, and the filtering of its papery used The service life of device only has some months, needs to be replaced in a short time, increases manpower and financial resources cost, and existing superhard The numerically control grinder coolant circulation unit of blade not set cooling device mostly, so that after the processing of coolant liquid filtration, purification directly It is transmitted back in the coolant liquid conveying device in the numerically control grinder of superhard cutting blade, so that the cooling effect that coolant liquid reaches Fruit is poor, as Chinese Patent Application No. be CN201320293320.1 propose " the numerically control grinder coolant liquid of superhard cutting blade is net Makeup is set ", the numerically control grinder coolant purification system of superhard cutting blade has and will affect grinding essence well in this application file The iron filings of degree are isolated, and coolant liquid can be made to recycle.But the device fails inside the numerically control grinder to superhard cutting blade Electronic component plays cooling and protective effect, the damage too high or too low for temperature for be easy to causeing electronic component and seriously affects electronics The service life of element.

Utility model content

There is provided that a kind of automation is cooling, control is smart the purpose of the utility model is to overcome the above-mentioned insufficient of the prior art Really, the numerical control grinding for the superhard cutting blade that high degree of automation, grinding accuracy are high, avoid interference from human factor that from capable of improving service life Bed.

The technical solution of the utility model is: a kind of numerically control grinder of superhard cutting blade, including lathe, host electronic box, master Axle box, measuring system, CCD detection system and oil fog recycling system；The host electronic box is located at the left side of lathe, the host electricity Temperature-adjusting device is equipped in case；The lathe is equipped with sliding rail, and the sliding rail is equipped with sliding seat, and the spindle box passes through spiral shell Bolt, which is fixed on, is fixedly provided with measuring system, the sliding seat with the middle part on the matched sliding seat of sliding rail, the sliding seat front end Rear end be equipped with sliding rail third driving motor, for driving the movement of sliding seat；Vertical shaft system is equipped on the right side of the lathe, it is described It is equipped with the workbench of disk with a scale above vertical shaft system, is equipped with rotary knife base above dial, the CCD detection system is set to The rear end of workbench, the workbench are equipped with sealing cover, are equipped with mist of oil pipe, the oil fog recycling system at the top of the outer cover It is connect by mist of oil pipe with outer cover.

Further, the temperature-adjusting device includes evaporator, valve, capillary, condenser and compressor, the evaporation Device one end is connect by delivery pipe with capillary, and by delivery pipe connecting valve, valve is connected by delivery pipe to be compressed the other end Machine, the compressor are connect by delivery pipe with condenser, and refrigerant is equipped in the delivery pipe；It is equipped in the host electronic box Temperature inductor, the temperature inductor are connect with temperature-adjusting device, the refrigeration or heating of A.T.C regulating device, The temperature inductor is connect with display screen.

Further, the refrigerant is freon, is equipped with insulating layer, the capillary and delivery pipe outside the delivery pipe For copper pipe.

Further, the valve is solenoid operated four-way valve, and the solenoid operated four-way valve includes solenoid pilot valve, four ports, valves Door capillary and main valve, valve capillary one end are connect with port, and the other end is connect with solenoid pilot valve, and the electromagnetism is led It is set on main valve to valve, the port is connect with delivery pipe.

Further, the spindle box includes support, grinding spindle, the first driving motor, the second driving motor, abrasive grinding wheel With grinding spindle driving cylinder, the support is fixed on sliding seat, and the support is equipped with fixed column, the fixed column top Equipped with the first driving motor, it is equipped with through-hole in the fixed column, is equipped with grinding spindle in the through-hole, the grinding spindle Left and right end is respectively equipped with the second driving motor and abrasive grinding wheel, and grinding spindle driving cylinder is additionally provided in the fixed column and is located at grinding Main shaft lower end, and be flexibly connected with grinding spindle, the grinding spindle driving cylinder is driven grinding by the driving of the first driving motor The movement of main shaft, for abrasive grinding wheel by the driving of the second driving motor, the right side of the fixed column is equipped with waterproof bulkhead.

Further, the vertical shaft system is equipped with vertical shaft motor, and the tool apron is rotated by vertical shaft motor drive operational platform；Institute Stating tool apron is pneumatic tool apron, and knife bar is equipped with pneumatic clamp, is equipped with reset valve on the left of the tool apron；It is upper in the sealing cover Wall is equipped with headlamp.

Further, the CCD detection system includes fixed focus objective lens, graticle, varifocus objective, CCD camera and mounting base, The mounting base is fixed on lathe, and the mounting base is equipped with movable guiding rail, and the movable guiding rail is equipped with fixed focus objective lens, The opposite top for being set to tool apron of the fixed focus objective lens, the two sides of the fixed focus objective lens are equipped with headlamp, the fixed focus objective lens with point The lower end connection of plate is drawn, the end on the graticle connects varifocus objective, is equipped with CCD camera, institute above the varifocus objective It states CCD camera and optical signal is converted into electric signal, the video inputs of monitor, monitor are connected to through video output terminal It converts electrical signals into optical signals display screen again to show, the CCD camera is fixed on the column in vertical shaft system, described CCD camera side is equipped with regulating rod.

Further, the measuring system includes measuring system driving cylinder, touch type detecting head, probe, measurement drive shaft, surveys Mounting base and measurement fixing seat are measured, the measuring system driving cylinder is fixed on sliding seat by measuring fixing seat, the measurement System drive cylinder is flexibly connected with one end of measurement drive shaft, driving band of the measuring system driving cylinder by the second driving motor Dynamic measurement drive shaft activity, the other end connection measurement mounting base of the measurement drive shaft, the fixed survey of touch type detecting head It measures in mounting base, is detachably connected probe below the touch type detecting head；The acquisition of the touch type detecting head data is by aobvious The control of display screen.

Further, the oil fog recycling system includes by-pass filtration storehouse, two-stage precipitation storehouse, coolant liquid isolation water tank and outlet air Storehouse, by-pass filtration storehouse one end connect with mist of oil pipe and communicate, and the other end is connect with two-stage precipitation storehouse, the two-stage precipitation storehouse Lower part is equipped with coolant liquid isolation water tank circulation, and two-stage precipitation storehouse top is equipped with wind chamber, is equipped with filter device in the wind chamber, Blower is additionally provided in the wind chamber.

Further, be additionally provided with dresser on the spindle box, the dresser include fixing seat, protecting seat, Cylinder chamber, minitype pneumatic motor, gear-box, grinding wheel guard, grinding wheel and finishing grinding wheel transmission shaft, the fixing seat and protecting seat It is fixedly connected, the fixing seat is fixedly connected with the sliding seat by support, and the protecting seat right end is equipped with gear-box, the gear It is equipped with the gear connecting with minitype pneumatic motor in case, cylinder chamber is equipped with below the minitype pneumatic motor, the gear is under Gear on finishing grinding wheel transmission shaft one end of side matches, and the finishing grinding wheel transmission shaft other end is equipped with grinding wheel, the sand Grinding wheel guard, control of the minitype pneumatic motor by display screen are provided on the outside of wheel.

The utility model has a characteristic that compared with prior art

1, thermostatic setting automatically adjusts the temperature in host electronic box, is closing the temperature in host electronic box In suitable range, prevents from overheating or be subcooled, play a very good protection to the electronic component in host, improve electronic component Service efficiency and accuracy, improve the service life of host electronic box.

2, the setting of on-line measurement system, CCD detection system and dresser makes when being ground to cutter, energy More preferably reach intelligent automaticization, reduce human intervention, guarantees consistency and stability when grinding, human factor is avoided to cause Unstability and inconsistency.

3, touch type detecting head is high-accuracy, highly sensitive gauge head, realizes and measures on line, effectively raises production efficiency, It reduces and thinks error, can ensure that the precision of 0.001mm using high-precision linear grating.

4, oil fog recycling system, the mist of oil that generates is handled when to grinding, liquid after filtering flow into coolant liquid every It is recycled after case, substantially increases utilization rate, reduce the pollution to environment.

It is further described below in conjunction with detailed construction of the drawings and specific embodiments to the utility model.

Detailed description of the invention

Fig. 1-is the structural schematic diagram of the numerically control grinder of superhard cutting blade；

Fig. 2-is the top partial view diagram of the numerically control grinder of the superhard cutting blade in Fig. 1；

Fig. 3-is the enlarged diagram of the part A in Fig. 1；

Work flow diagram when Fig. 4-is the thermostatic refrigeration in the utility model；

Work flow diagram when Fig. 5-is the thermostatic heating in the utility model；

Fig. 6-is the valve mechanism schematic diagram in Fig. 4 or Fig. 5；

Fig. 7-is the structural schematic diagram of the measuring system in Fig. 1；

Fig. 8-is the structural schematic diagram of the spindle box in Fig. 1；

Water tank, 2-two-stage precipitation storehouses, 3-blowers, 4-wind chambers, 5-by-pass filtration storehouses, 6-oil are isolated in 1-coolant liquid Mist pipe, 7-outer covers, the 8-the first driving motor, 9-reset valves, the 10-the second driving motor, 11-measuring system driving cylinders, 12-sliding rails, 13-workbench, 14-host electronic boxs, 15-lathes, 16-vertical shaft systems, 17-knife bars, 18-pneumatic clamps, 19-fixed focus objective lens, 20-cylinder chambers, 21-minitype pneumatic motors, 22-gear-boxes, 23-graticles, 24-finishing grinding wheels pass Moving axis, 25-grinding wheel guards, 26-grinding wheels, 27-protecting seats, 28-fixing seats, 29-touch type detecting heads, 30-probes, 31-compressors, 32-condensers, 33-capillaries, 34-valves, 35-delivery pipes, 36-evaporators, 37-valve capillarys Pipe, 38-main valves, 39-solenoid pilot valves, 40-ports, 41-measurement mounting bases, 42-measurement drive shafts, 43-measurements are solid Reservation, 44-waterproof bulkheads, 45-grinding spindles, 46-abrasive grinding wheels, 47-grinding spindle driving cylinders, 48-supports, 49- Fixed column, 50-tool aprons, 51-CCD detection systems, 52-measuring systems, 53-third driving motors.

Specific embodiment

Embodiment 1

As shown in Fig. 1-8: a kind of numerically control grinder of superhard cutting blade, including lathe 15, host electronic box 14, spindle box, survey Amount system 52, CCD detection system 51 and oil fog recycling system；Host electronic box 14 is located at the left side of lathe 15, in host electronic box 14 Equipped with temperature-adjusting device；Lathe 15 be equipped with sliding rail 12, sliding rail 12 be equipped with sliding seat, spindle box be bolted on Middle part on the matched sliding seat of sliding rail 12, sliding seat front end are fixedly provided with measuring system 52, and the rear end of sliding seat is equipped with sliding rail 12 third driving motors 53, for driving the movement of sliding seat；Vertical shaft system 16,16 top of vertical shaft system are equipped on the right side of lathe 15 Workbench equipped with disk with a scale, dial top is equipped with rotary knife base 50, after CCD detection system 51 is set to workbench 13 End, workbench 13 are equipped with sealing cover 7, mist of oil pipe 6 are equipped at the top of outer cover 7, and oil fog recycling system passes through mist of oil pipe 6 and outer cover 7 connections.

Temperature-adjusting device includes evaporator 36, valve 34, capillary 33, condenser 32 and compressor 31, evaporator 36 One end is connect by delivery pipe 35 with capillary 33, and the other end passes through delivery pipe by 35 connecting valve 34 of delivery pipe, valve 34 35 connect compressors 31, compressor 31 are connect by delivery pipe 35 with condenser 32, and refrigerant is equipped in delivery pipe 35；Host electricity Temperature inductor is equipped in case 14, temperature inductor is connect with temperature-adjusting device, the refrigeration of A.T.C regulating device Or heating, temperature inductor connect with display screen, and by the detection of temperature inductor, temperature data shows the temperature in host electronic box 14 Show the case where capable of getting information about temperature in host electronic box 14 on a display screen, effectively prevents the temperature in host electronic box 14 Heat or supercooling are spent, supercooling and supercooling can all make the reaction of electronic component in host electronic box 14 slow or damage；Display screen is set to master 14 top of electromechanical box, facilitates operation.

Host electronic box 14 can also be arranged to it is closed can prevent mist of oil from polluting to electronic component, in host electronic box 14 Temperature-adjusting device can also be passed through in workbench 13 by delivery pipe 35, to the temperature in workbench 13 play it is cooling or Heating effect can effectively save the loss of the energy.

Refrigerant in delivery pipe 35 is freon, is equipped with insulating layer, capillary 33 and delivery pipe 35 outside delivery pipe 35 Be conducive to the conduction and heat dissipation of heat for copper pipe.

Valve 34 is solenoid operated four-way valve, and solenoid operated four-way valve includes 39, four ports 40, valve capillaries 37 of solenoid pilot valve With main valve 38,37 one end of valve capillary is connect with port 40, and the other end is connect with solenoid pilot valve 39, the solenoid pilot valve 39 are set on main valve 38, and port 40 is connect with delivery pipe 35, and thermostatic refrigeration mode (such as Fig. 4) and heating are (as schemed 5).

Spindle box includes support 48, grinding spindle 45, the first driving motor 8, the second driving motor 10,46 and of abrasive grinding wheel Grinding spindle driving cylinder 47, support 48 are fixed on sliding seat, and support 48 is equipped with fixed column 49, are equipped at the top of fixed column 49 First driving motor 8；It is equipped with through-hole in fixed column 49, grinding spindle 45, the left and right end point of grinding spindle 45 are equipped in through-hole It She You not the second driving motor 10 and abrasive grinding wheel 46；It is additionally provided with grinding spindle driving cylinder 47 in fixed column 49 and is located at grinding spindle 45 lower ends, and be flexibly connected with grinding spindle 45, grinding spindle driving cylinder 47 is driven grinding master by the driving of the first driving motor 8 The movement of axis 45, while grinding spindle 45 can be made to swing up and down or revolve with respect to lathe 15 with 47 supporting point of grinding spindle driving cylinder It turns a work dynamic；Abrasive grinding wheel 46 by the second driving motor 10 driving, the second driving motor 10 be set to grinding spindle 45 left end, when When grinding spindle 45 is swung up and down, while balance can be played the role of to grinding spindle 45；The right side of fixed column 49 is equipped with waterproof Partition 44, the water mist that waterproof bulkhead 44 generates when to processing for barrier, prevents water mist from causing to damage to the equipment in spindle box It is bad, it improves service life.

Tool apron 50 is pneumatic tool apron 50, and knife bar 17 is equipped with pneumatic clamp 18, and energy quick tool setting tool is replaced.Tool apron 50 Left side is equipped with reset valve 9, and the angles and positions of tool apron 50 are adjusted by reset valve 9, and the lower part of tool apron 50 is equipped with angle dial, For correcting and adjusting tool apron 50；Vertical shaft system 16 is equipped with vertical shaft motor, and tool apron 50 is revolved by vertical shaft motor drive operational platform 13 Turn, when processing to cutter, the rotation of tool apron 50 is rotated by the driving of column motor to required angle, and close to grinding Grinding wheel 46, abrasive grinding wheel 46 are ground cutter by the driving of the second driving motor 10.

CCD detection system 51 includes fixed focus objective lens 19, graticle 23, varifocus objective, CCD camera and mounting base, described Mounting base is fixed on lathe 15, and the mounting base is equipped with movable guiding rail, and movable guiding rail is equipped with fixed focus objective lens 19, fixed-focus The opposite top for being set to tool apron 50 of object lens 19, the two sides of fixed focus objective lens 19 are equipped with headlamp and pass through when detecting to cutter The irradiation of headlamp provides light source, improves the detection accuracy to cutter and looks after condition；Under fixed focus objective lens 19 and graticle 23 End connects, and the end on graticle 23 connects varifocus objective, is equipped with CCD camera above varifocus objective, CCD camera is optical signal It is converted into electric signal, the video inputs of monitor are connected to through video output terminal, monitor converts electrical signals into light again Signal is shown that the CCD camera side is equipped with regulating rod by display screen, and regulating rod obtains image for adjusting CCD camera Clarity and varifocus objective focal length.

The polycrystalline diamond or boron nitride cutter of on-line grinding are illuminated through 15 headlamp of lathe, will by fixed focus objective lens 19 Fixed times of the size of tool tip is amplified, and is imaged on accurate graticle 23, which can measure nose radius size, Then by varifocus objective, point of a knife picture and 23 groove of graticle, zoom is amplified on the CCD photosensitive surface of CCD camera together, Optical signal is converted into electric signal by CCD, the video inputs of monitor is connected to through video output terminal, monitor is again telecommunications Number being converted into optical signals display screen shows, can be estimated by the image on display screen and obtain nose radius size.

Measuring system 52 includes measuring system driving cylinder 11, touch type detecting head 29, probe 30, measurement drive shaft 42, surveys Mounting base 41 and measurement fixing seat 49 are measured, measuring system driving cylinder 11 is fixed on sliding seat by measuring fixing seat 49, is measured System drive cylinder 11 is flexibly connected with one end of measurement drive shaft 42, and the measuring system driving cylinder 11 is by the second driving motor 10 Driving drive the measurement activity of drive shaft 42, the other end connection measurement mounting base 41 of measurement drive shaft 42, touch type detecting head In 29 fixed measurement mounting bases 41, probe 30 is detachably connected below touch type detecting head 29；29 data of touch type detecting head Acquisition is detected the touch type in measuring system 52 by measuring system driving cylinder 11 when measurement by the control and display of display screen First 29 stretch out, and cutter, which rotates to contact with the probe 30 of 29 lower section of touch type detecting head by vertical shaft, to be measured, system after measurement It is automatic to calculate tool dimension difference, number is delivered to display screen, by the control of display screen after being measured, makes touch type detecting head 29 return to origin, and vertical shaft system 16, which automatically controls, further processes tool dimension using abrasive grinding wheel 46.

Oil fog recycling system includes by-pass filtration storehouse 5, two-stage precipitation storehouse 2, coolant liquid isolation water tank 1 and wind chamber 4, mist of oil Recovery system can operate in different modes, and mist of oil recover start-up operation steam, mist of oil pass through outer cover 7 after starting automatic mode Recovered overhead channel sucks recover, and steam, mist of oil enter recover by-pass filtration storehouse 5 and carry out greasy dirt, water mist separation filtering, water Mist enters two-stage precipitation storehouse 2 and carries out water, gas separation, and gas is filtered after taste removal through the blower 3 in wind chamber 4 by active carbon from outlet air Mouth discharge；Water, oil are discharged into coolant liquid isolation water tank 1 through discharge outlet after precipitation, and water, the oil of water tank 1 is isolated in coolant liquid Cooling cycle utilizes when being ground for abrasive grinding wheel 46 to cutter, runs at high speed generated grease to realize to equipment The side of the separation of mist, workbench 13 is additionally provided with drainpipe, for cooling when abrasive grinding wheel 26 is ground cutter to be discharged The connection of water tank 1 is isolated with coolant liquid and is collected simultaneously cooling water for water, drainpipe, and recycling again reduces the dirt to environment The pollution and damage of dye and reduction to the components of numerically-controlled machine tool 15.

Upper wall in sealing cover 7 is equipped with headlamp, for observe on workbench 13 to tool sharpening the case where, simultaneously The detection of detection and CCD to cutter provides illumination visual condition, improves the precision of detection, when to workbench 13 carry out cleaning and Illumination condition is provided when maintenance.

Embodiment 2

26 trimmer of grinding wheel is additionally provided on spindle box, 26 trimmer of grinding wheel includes fixing seat 28, protecting seat 27, cylinder chamber 20, minitype pneumatic motor 21, gear-box 22, grinding wheel guard 25, grinding wheel 26 and finishing grinding wheel transmission shaft 24, fixing seat 28 and guarantor Guard housing 27 is fixedly connected, and 27 right end of protecting seat is equipped with gear-box 22, is equipped in gear-box 22 and to be connect with minitype pneumatic motor 21 Gear, is equipped with cylinder chamber 20 below minitype pneumatic motor 21, the gear on finishing 24 one end of grinding wheel transmission shaft of gear and lower section Match, finishing 24 other end of grinding wheel transmission shaft is equipped with grinding wheel 26, and the outside of grinding wheel 26 is provided with grinding wheel guard 25, miniature gas Motor 21 is moved by the control of display screen, 26 trimming device of grinding wheel makes abrasive grinding wheel 46 keep adding for the finishing to abrasive grinding wheel 46 The requirement in working hour, effectively raises working efficiency.

The utility model controls each system and component when processing to cutter, through display screen, is provided with simultaneously Measuring system 52, CCD detection system 51,26 trimmer of grinding wheel and mist of oil return system, make the grinding to cutter it is more intelligent, from Dynamicization, when grinding, can be such that the amount of feed of abrasive grinding wheel 46 is consistent, while make the invariable precision of product, improve product Stability and working efficiency, reduce the pollution to environment.

The above is specific embodiment of the present utility model, but the protection scope of the utility model is not limited to this, It is any to be familiar with those skilled in the art within the technical scope disclosed by the utility model, technical side according to the present utility model Case and its design are subject to equivalent substitution or change, should all cover within the protection scope of the utility model claims.

Claims (10)

1. a kind of numerically control grinder of superhard cutting blade, which is characterized in that including lathe, host electronic box, spindle box, measuring system, CCD detection system and oil fog recycling system；The host electronic box is located at the left side of lathe, is equipped with temperature tune in the host electronic box Regulating device；The lathe is equipped with sliding rail, and the sliding rail is equipped with sliding seat, and the spindle box is bolted on and sliding rail Middle part on matched sliding seat, the sliding seat front end are fixedly provided with measuring system, and the rear end of the sliding seat is equipped with sliding rail Third driving motor, for driving the movement of sliding seat；It is equipped with vertical shaft system on the right side of the lathe, is set above the vertical shaft system There is the workbench of disk with a scale, rotary knife base is equipped with above dial, the CCD detection system is set to the rear end of workbench, The workbench is equipped with sealing cover, is equipped with mist of oil pipe at the top of the outer cover, the oil fog recycling system by mist of oil pipe with Outer cover connection.

2. the numerically control grinder of superhard cutting blade according to claim 1, which is characterized in that the temperature-adjusting device includes Evaporator, valve, capillary, condenser and compressor, described evaporator one end are connect by delivery pipe with capillary, the other end By delivery pipe connecting valve, valve is connect by delivery pipe with condenser by delivery pipe connect compressor, the compressor, Refrigerant is equipped in the delivery pipe；Temperature inductor is equipped in the host electronic box, the temperature inductor and temperature are adjusted Device connection, the refrigeration or heating of A.T.C regulating device, the temperature inductor are connect with display screen.

3. the numerically control grinder of superhard cutting blade according to claim 2, which is characterized in that the refrigerant is freon, Insulating layer is equipped with outside the delivery pipe, the capillary and delivery pipe are copper pipe.

4. the numerically control grinder of superhard cutting blade according to claim 2 or 3, which is characterized in that the valve is electromagnetism four Port valve, the solenoid operated four-way valve include solenoid pilot valve, four ports, valve capillary and main valve, the valve capillary one End is connect with port, and the other end is connect with solenoid pilot valve, and the solenoid pilot valve is set on main valve, the port and delivery pipe Connection.

5. the numerically control grinder of superhard cutting blade according to claim 1, which is characterized in that the spindle box include support, Grinding spindle, the first driving motor, the second driving motor, abrasive grinding wheel and grinding spindle driving cylinder, the support are fixed at On sliding seat, the support is equipped with fixed column, and the first driving motor is equipped at the top of the fixed column, is equipped in the fixed column Through-hole is equipped with grinding spindle in the through-hole, and the left and right end of the grinding spindle is respectively equipped with the second driving motor and grinding Grinding wheel is additionally provided with grinding spindle driving cylinder in the fixed column and is located at grinding spindle lower end, and is flexibly connected with grinding spindle, institute It states grinding spindle driving cylinder and is driven the movement for driving grinding spindle by the first driving motor, abrasive grinding wheel is by the second driving motor Driving, the right side of the fixed column is equipped with waterproof bulkhead.

6. the numerically control grinder of superhard cutting blade according to claim 1 or 2, which is characterized in that set in the vertical shaft system There is vertical shaft motor, the tool apron is rotated by vertical shaft motor drive operational platform；The tool apron is pneumatic tool apron, and knife bar is equipped with pneumatic Pressing plate, the tool apron left side are equipped with reset valve；Upper wall in the sealing cover is equipped with headlamp.

7. the numerically control grinder of superhard cutting blade according to claim 1 or 2, which is characterized in that the CCD detection system packet Fixed focus objective lens, graticle, varifocus objective, CCD camera and mounting base are included, the mounting base is fixed on lathe, the peace It filling seat and is equipped with movable guiding rail, the movable guiding rail is equipped with fixed focus objective lens, and the fixed focus objective lens are set to the top of tool apron relatively, The two sides of the fixed focus objective lens are equipped with headlamp, and the lower end of the fixed focus objective lens and graticle connects, the end on the graticle Varifocus objective is connected, is equipped with CCD camera above the varifocus objective, optical signal is converted into electric signal by the CCD camera, The video inputs of monitor are connected to through video output terminal, monitor converts electrical signals into optical signals again and shows screen display Show, the CCD camera is fixed on the column in vertical shaft system, and the CCD camera side is equipped with regulating rod.

8. the numerically control grinder of superhard cutting blade according to claim 1 or 2, which is characterized in that the measuring system includes Measuring system driving cylinder, touch type detecting head, probe, measurement drive shaft, measurement mounting base and measurement fixing seat, the measurement system System driving cylinder is fixed on sliding seat by measuring fixing seat, one end activity of the measuring system driving cylinder and measurement drive shaft Connection, the measuring system driving cylinder are driven measurement drive shaft activity, the measurement drive shaft by the driving of the second driving motor Other end connection measurement mounting base, in the fixed measurement mounting base of touch type detecting head, the touch type detecting head lower section It is detachably connected probe；Control of the acquisition of the touch type detecting head data by display screen.

9. the numerically control grinder of superhard cutting blade according to claim 1 or 2, which is characterized in that the oil fog recycling system Including by-pass filtration storehouse, two-stage precipitation storehouse, coolant liquid isolation water tank and wind chamber, by-pass filtration storehouse one end and mist of oil Guan Lian It connects and communicates, the other end is connect with two-stage precipitation storehouse, and two-stage precipitation storehouse lower part is equipped with coolant liquid isolation water tank circulation, second level Settling banker top is equipped with wind chamber, and filter device is equipped in the wind chamber, is additionally provided with blower in the wind chamber.

10. the numerically control grinder of superhard cutting blade according to claim 1 or 5, which is characterized in that also set on the spindle box There is dresser, the dresser includes fixing seat, protecting seat, cylinder chamber, minitype pneumatic motor, gear-box, grinding wheel Protective cover, grinding wheel and finishing grinding wheel transmission shaft, the fixing seat are fixedly connected with protecting seat, and the fixing seat passes through support and cunning Dynamic seat is fixedly connected, and the protecting seat right end is equipped with gear-box, is equipped with the tooth connecting with minitype pneumatic motor in the gear-box Wheel, the minitype pneumatic motor lower section are equipped with cylinder chamber, the gear of the gear and lower section modified on grinding wheel transmission shaft one end Match, the finishing grinding wheel transmission shaft other end is equipped with grinding wheel, is provided with grinding wheel guard on the outside of the grinding wheel, described micro- Control of the type air motor by display screen.