CN207973777U - A kind of heat treatment safe type laser Equipment for Heating Processing with high accuracy - Google Patents

Abstract

The utility model is related to a kind of heat treatment safe type laser Equipments for Heating Processing with high accuracy,Including pedestal,Work box,Aeration tank,Control box and dedusting mechanism,Quantitative mechanism is equipped in aeration tank,Dedusting mechanism includes anti-electrostatic unit,Pumping cells and filter element,Quantitative mechanism includes mixing pit,Exhaust pipe,Air pump and several air admission units,Heat treatment safe type laser Equipment for Heating Processing with high accuracy,Pass through dedusting mechanism,Dust granule in working environment can be removed as far as possible,Dust granule is prevented to be attached on the eyeglass of the laser thermal processing apparatus,Avoid eyeglass impaired,Moreover,Pass through quantitative mechanism,The laser thermal processing apparatus the remaining mixed gas used in the past can will be extracted out in air storage chamber,Prevent the ratio of the various gases in the indoor mixed gas of gas storage not right,To prevent, the power of the laser thermal processing apparatus from reducing or DC voltage is excessively high,Extend the service life of the laser thermal processing apparatus.

Description

A kind of heat treatment safe type laser Equipment for Heating Processing with high accuracy

Technical field

The utility model is related to laser thermal processing apparatus field, more particularly to a kind of heat treatment safe type laser with high accuracy Equipment for Heating Processing.

Background technology

Laser heat treatment, also referred to as laser quenching or laser transformation hardening are quickly to scan workpiece with high energy laser beam, make Illuminated metal or alloy surface temperature is increased to transformation temperature or more with the speed that is exceedingly fast, when laser beam leaves illuminated position, Due to conduction of heat, the matrix in cold conditions keeps it cooling rapidly and carries out self-quench hardening, obtains relatively fine hardened layer group It knits, hardness is generally greater than conventional quenching hardness, and laser thermal processing apparatus is the metal heat treatmet based on laser heat treatment technology Equipment.

Existing laser thermal processing apparatus generally uses gas laser transmitter, and gas laser transmitter is needed according to conjunction Suitable ratio fill mixed gas do laser occur carrier, but due to can be remained in gas laser transmitter and gas ducting with The preceding mixed gas used easily causes the ratio of the various gases in mixed gas not right, leads to existing laser heat treatment The power of equipment reduces or DC voltage is excessively high, influences the service life of existing laser thermal processing apparatus, moreover, due to Dust granule in air can be attached on the eyeglass of existing laser thermal processing apparatus, caused eyeglass impaired, caused the eyeglass longevity Life reduces, therefore requirement of the existing laser thermal processing apparatus to the quantity of the dust granule in working environment is very high.

Utility model content

The technical problems to be solved in the utility model is：For overcome the deficiencies in the prior art, a kind of heat treatment essence is provided Spend high safe type laser Equipment for Heating Processing.

Technical solution adopted by the utility model to solve its technical problems is：A kind of heat treatment is with high accuracy safety-type sharp Photothermal treatment equipment, including pedestal, work box, aeration tank, control box and dedusting mechanism, the work box are fixed on the upper of pedestal Side, the aeration tank are fixed on the top of work box, and PLC is equipped in the control box, quantitative mechanism is equipped in the aeration tank, It is equipped with laser emitter in the work box, air storage chamber is equipped in the laser emitter, the air storage chamber connects with quantitative mechanism It connects；

The dedusting mechanism includes anti-electrostatic unit, pumping cells and filter element, and the anti-electrostatic unit and pumping cells are set It sets in pedestal, the filter element is arranged in control box；

The anti-electrostatic unit includes drive component, exhaust tube, dust removing tube and two electrodes, one end of the exhaust tube and work Make case connection, the other end of the exhaust tube is connected to dust removing tube, and two electrodes are separately fixed at the both sides of dust removing tube；

The driving component includes first motor, driving wheel and two wobble components, and the first motor is passed with driving wheel Dynamic connection, two wobble components are separately positioned on the both sides of first motor；

The wobble component includes fixed rope, fixed pulley, oscillating rod and briquetting, and one end setting of the fixed rope is driving The other end of the periphery of wheel, the fixed rope is fixedly connected with oscillating rod, and the fixed rope bypasses fixed pulley, the oscillating rod Hinged with pedestal at center, the briquetting is fixedly connected with oscillating rod, and the briquetting and electrode are against, the oscillating rod and bottom The hinged place of seat is equipped with torsionspring；

The pumping cells include the second motor, turntable, rotating bar, sliding bar, piston and compressed pipe, second motor It is sequentially connected with turntable, one end of the rotating bar and the separate circle centre position of turntable are hinged, the other end and cunning of the rotating bar One end of lever is hinged, and the other end of the sliding bar is fixedly connected with the piston, and the piston is arranged in compressed pipe, the pressure The draw is connected to close to one end of the second motor with dust removing tube, one end of separate second motor of the compressed pipe and filter element Connection；

The filter element includes filtering ponds, third motor, several paddles and drying tube, and the filtering ponds connect with compressed pipe Logical, each paddle is sequentially fixed at from top to bottom on the output shaft of third motor, and the third motor is sequentially connected with paddle, described Filtering ponds are connected to by drying tube with the inside of work box, and active oxidation Al filler, the filtering ponds are equipped in the drying tube It is interior to be full of dedusting liquid；

The quantitative mechanism includes mixing pit, exhaust pipe, air pump and several air admission units, and gas is equipped in the mixing pit Sensor, the gas sensor and air pump are electrically connected with PLC, and each air admission unit is connect with mixing pit, the mixing pit with One end of exhaust pipe is connected to, and the other end of the exhaust pipe is connected to the external of aeration tank, one end of the air pump and exhaust pipe Connection, the other end of the air pump be connected to air storage chamber, and the exhaust pipe is interior equipped with the second valve and third valve, and described second Between mixing pit and air pump, the third valve is arranged in the side of the separate mixing pit of air pump valve；

The air admission unit includes storage box and air inlet pipe, and the storage box is connected to one end of air inlet pipe, the air inlet The other end of pipe is connected to mixing pit, and the first valve and flowmeter are equipped in the air inlet pipe, and the first valve setting is being flowed The top of gauge, first valve and flowmeter are electrically connected with PLC.

Preferably, in order to extend the service life of fixed rope, the fixed rope is nylon rope.

Preferably, in order to enhance dust removing effects, the bottom in the filtering ponds is equipped with air sparger, the air point Cloth device is connected to compressed pipe.

Preferably, in order to enhance dust removing effects, the inner wall of the filtering ponds is equipped with several baffles.

Preferably, in order to accurately control the folding of the first valve, the second valve and third valve, first valve, Second valve and third valve are solenoid valve.

Preferably, in order to enable first motor, the second motor and third motor can precise and stable work for a long time, institute It is servo motor to state first motor, the second motor and third motor.

Preferably, in order to enhance mixing effect, the paddle is six leaf paddles.

Preferably, in order to enhance sealing effect, the surrounding of the piston is equipped with rubber seal.

Preferably, in order to reduce noise, the air pump is centrifugal air pump.

Preferably, in order to avoid impaired when briquetting and electrode collide, the making material of the briquetting is rubber.

The utility model has the beneficial effects that heat treatment safe type laser Equipment for Heating Processing with high accuracy, passes through dedusting Dust granule in working environment can as far as possible be removed, dust granule is prevented to be attached to the laser thermal processing apparatus by mechanism Eyeglass on, avoid eyeglass impaired, compared with existing dedusting mechanism, the dedusting speed of the dedusting mechanism, dust removing effects Preferably, moreover, by quantitative mechanism, the laser thermal processing apparatus can will it is remaining in air storage chamber before the mixing that uses Gas is extracted out, prevents the ratio of the various gases in the indoor mixed gas of gas storage not right, to prevent the laser heat treatment from setting Standby power reduces or DC voltage is excessively high, extends the service life of the laser thermal processing apparatus, with existing quantitative mechanism phase Than the air inlet adjustment amount of the quantitative mechanism is more accurate.

Description of the drawings

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

Fig. 1 is the structural schematic diagram of the heat treatment safe type laser Equipment for Heating Processing with high accuracy of the utility model；

Fig. 2 is that the structure of the anti-electrostatic unit of the heat treatment safe type laser Equipment for Heating Processing with high accuracy of the utility model is shown It is intended to；

Fig. 3 is that the structure of the pumping cells of the heat treatment safe type laser Equipment for Heating Processing with high accuracy of the utility model is shown It is intended to；

Fig. 4 is that the structure of the filter element of the heat treatment safe type laser Equipment for Heating Processing with high accuracy of the utility model is shown It is intended to；

Fig. 5 is that the structure of the quantitative mechanism of the heat treatment safe type laser Equipment for Heating Processing with high accuracy of the utility model is shown It is intended to；

In figure：1. pedestal, 2. work boxs, 3. aeration tanks, 4. control boxs, 5. laser emitters, 6. air storage chambers, 7. pumpings Pipe, 8. dust removing tubes, 9. electrodes, 10. first motors, 11. driving wheels, 12. fixed ropes, 13. fixed pulleys, 14. oscillating rods, 15. pressures Block, 16. second motors, 17. turntables, 18. rotating bars, 19. sliding bars, 20. pistons, 21. compressed pipes, 22. filtering ponds, 23. is empty Gas distributor, 24. baffles, 25. third motors, 26. paddles, 27. drying tubes, 28. storage boxes, 29. air inlet pipe, 30. first valves Door, 31. flowmeters, 32. blending bins, 33. gas sensors, 34. exhaust pipes, 35. second valves, 36. third valves, 37. gas Pump.

Specific implementation mode

The utility model is described in further detail presently in connection with attached drawing.These attached drawings are simplified schematic diagram, Only illustrate the basic structure of the utility model in a schematic way, therefore it only shows composition related with the utility model.

As shown in Figure 1, a kind of heat treatment safe type laser Equipment for Heating Processing with high accuracy, including pedestal 1, work box 2, fill Gas tank 3, control box 4 and dedusting mechanism, the work box 2 are fixed on the top of pedestal 1, and the aeration tank 3 is fixed on work box 2 Top, PLC is equipped in the control box 4, quantitative mechanism is equipped in the aeration tank 3, being equipped with laser in the work box 2 sends out Emitter 5, the laser emitter 5 is interior to be equipped with air storage chamber 6, and the air storage chamber 6 is connect with quantitative mechanism；

The dedusting mechanism includes anti-electrostatic unit, pumping cells and filter element, and the anti-electrostatic unit and pumping cells are set It sets in pedestal 1, the filter element is arranged in control box 4；

As shown in Fig. 2, the anti-electrostatic unit includes drive component, exhaust tube 7, dust removing tube 8 and two electrodes 9, the pumping One end of tracheae 7 is connected to work box 2, and the other end of the exhaust tube 7 is connected to dust removing tube 8, and two electrodes 9 are separately fixed at The both sides of dust removing tube 8；

The driving component includes first motor 10, driving wheel 11 and two wobble components, the first motor 10 with drive Driving wheel 11 is sequentially connected, and two wobble components are separately positioned on the both sides of first motor 10；

The wobble component includes fixed rope 12, fixed pulley 13, oscillating rod 14 and briquetting 15, one end of the fixed rope 12 It is arranged in the periphery of driving wheel 11, the other end of the fixed rope 12 is fixedly connected with oscillating rod 14, and the fixed rope 12 bypasses Fixed pulley 13, hinged with pedestal 1 at the center of the oscillating rod 14, the briquetting 15 is fixedly connected with oscillating rod 14, the pressure The hinged place of block 15 and electrode 9 against, the oscillating rod 14 and pedestal 1 is equipped with torsionspring；

As shown in figure 3, the pumping cells include the second motor 16, turntable 17, rotating bar 18, sliding bar 19, piston 20 With compressed pipe 21, second motor 16 is sequentially connected with turntable 17, one end of the rotating bar 18 and the separate circle of turntable 17 It is hinged at the heart, the other end of the rotating bar 18 is hinged with one end of sliding bar 19, the other end and piston of the sliding bar 19 20 are fixedly connected, the piston 20 be arranged in compressed pipe 21, the compressed pipe 21 close to the second motor 16 one end with remove Dirt pipe 8 is connected to, and one end far from the second motor 16 of the compressed pipe 21 is connect with filter element；

As shown in figure 4, the filter element includes filtering ponds 22, third motor 25, several paddles 26 and drying tube 27, institute It states filtering ponds 22 to be connected to compressed pipe 21, each paddle 26 is sequentially fixed at from top to bottom on the output shaft of third motor 25, described Third motor 25 is sequentially connected with paddle 26, and the filtering ponds 22 are connected to by drying tube 27 with the inside of work box 2, described dry It is equipped with active oxidation Al filler in dry pipe 27, is full of dedusting liquid in the filtering ponds 22；

Pumping cells work, and the rotation of 16 driving disc 17 of the second motor allows rotating bar 18 that sliding bar 19 is driven to move back and forth, So that piston 20 moves back and forth in compressed pipe 21, the dust laden air in work box 2 is pumped into dust removing tube 8 or will be in dust removing tube 8 Dust laden air enter filtering ponds 22, dust laden air initially enters dust removing tube 8, and two electrodes 9 are powered, in two electrodes 9 wherein One electrode 9 is positively charged, another electrode 9 is negatively charged so that generate strong electrostatic field between two electrodes 9, and air molecule meeting It can encounter grit when electronics marches on towards anode for cation and electronics in electrostatic field ionization and keep grit negatively charged, so that Grit is adsorbed at positively charged electrode 9, anti-electrostatic unit work, and first motor 10, which drives driving wheel 11 to tighten fixed rope 12, to be made Oscillating rod 14 and briquetting 15 far from electrode 9, then first motor 10 powers off, and torsionspring is by 15 turns of oscillating rod 14 and briquetting It is dynamic, hit electrode 9 so that the dust on electrode 9 falls off, and after rough dusting, dust laden air enters filtering ponds 22, and filtering is single Member work, third motor 25 drive paddle 26 to rotate so that dust laden air is uniformly mixed with dedusting liquid so that dedusting liquid is to dust-laden Air carries out further dedusting, and the air after dedusting flows into work box 2 after the drying of drying tube 27.

By dedusting mechanism, which can remove the dust granule in working environment as far as possible, prevent Only dust granule is attached on the eyeglass of the laser thermal processing apparatus, avoids eyeglass impaired, should compared with existing dedusting mechanism The dedusting speed of dedusting mechanism, better dust removal effect.

As shown in figure 5, the quantitative mechanism includes mixing pit 32, exhaust pipe 34, air pump 37 and several air admission units, it is described Gas sensor 33 is equipped in mixing pit 32, the gas sensor 33 and air pump 37 be electrically connecteds with PLC, each air admission unit and Mixing pit 32 connects, and the mixing pit 32 is connected to one end of exhaust pipe 34, the other end and the aeration tank 3 of the exhaust pipe 34 Outside connection, one end of the air pump 37 are connected to exhaust pipe 34, and the other end of the air pump 37 is connected to air storage chamber 6, described The second valve 35 and third valve 36 are equipped in exhaust pipe 34, second valve 35 between mixing pit 32 and air pump 37, The third valve 36 is arranged in the side of the separate mixing pit 32 of air pump 37；

The air admission unit includes storage box 28 and air inlet pipe 29, and the storage box 28 is connected to one end of air inlet pipe 29, The other end of the air inlet pipe 29 is connected to mixing pit 32, and the first valve 30 and flowmeter 31, institute are equipped in the air inlet pipe 29 It states the first valve 30 to be arranged in the top of flowmeter 31, first valve 30 and flowmeter 31 are electrically connected with PLC.

Wherein different high-pure gas is stored in several storage boxes 28.

Before work, PLC controls air pump 37 and works, and third valve 36 is opened, and remaining gas in air storage chamber 6 is extracted out, The second valve 35 is closed simultaneously, and the ratio for the gas that PLC adds as needed controls the time that each first valve 29 is opened, and passes through Flowmeter 31 accurately records aeration quantity, and when aeration quantity is met the requirements, PLC controls the first valve 29 and closes, and each gas is mixing Mixing in pond 32, when operating, PLC controls air pump 37 and works, and the mixed gas in mixing pit 32 is pressed into air storage chamber 6.

By quantitative mechanism, the laser thermal processing apparatus can will it is remaining in air storage chamber 6 before the mixed gas that uses Extraction, prevents the ratio of the various gases in the mixed gas in air storage chamber 6 not right, to prevent the laser thermal processing apparatus Power reduces or DC voltage is excessively high, extends the service life of the laser thermal processing apparatus, should compared with existing quantitative mechanism The air inlet adjustment amount of quantitative mechanism is more accurate.

Preferably, in order to extend the service life of fixed rope 12, the fixed rope 12 is nylon rope.

Preferably, in order to enhance dust removing effects, the bottom in the filtering ponds 22 is equipped with air sparger 23, the sky Gas distributor 23 is connected to compressed pipe 21.Air-flow in compressed pipe 21 can be divided into multiply little airflow by air sparger 23, be increased The contact area for adding air and dedusting liquid, to enhance dust removing effects.

Preferably, in order to enhance dust removing effects, the inner wall of the filtering ponds 22 is equipped with several baffles 24.24 energy of baffle It enough avoids occurring whirlpool in filtering ponds 22, extends rise time of the dust laden air in dedusting liquid, to enhance dust removing effects.

Preferably, in order to accurately control the folding of the first valve 30, the second valve 35 and third valve 36, described first Valve 30, the second valve 35 and third valve 36 are solenoid valve.

Preferably, in order to enable first motor 10, the second motor 16 and third motor 25 can be precise and stable for a long time Work, the first motor 10, the second motor 16 and third motor 25 are servo motor.

Preferably, in order to enhance mixing effect, the paddle 26 is six leaf paddles.

Preferably, in order to enhance sealing effect, the surrounding of the piston 20 is equipped with rubber seal.

Preferably, in order to reduce noise, the air pump 37 is centrifugal air pump.

Preferably, in order to avoid impaired when briquetting 15 and electrode 9 collide, the making material of the briquetting 15 is rubber.

The operation principle of heat treatment safe type laser Equipment for Heating Processing with high accuracy：When dedusting mechanism is run, pumping is single Member work, is pumped into dust removing tube 8 by the dust laden air in work box 2 or the dust laden air in dust removing tube 8 is entered filtering ponds 22, quiet Electric unit works so that the dust on electrode 9 falls off, and after rough dusting, dust laden air enters filtering ponds 22, filter element Work so that dedusting liquid carries out further dedusting to dust laden air, in addition, when quantitative mechanism is run, before work, by air storage chamber Remaining gas extraction in 6, while the second valve 35 is closed, the ratio for the gas that PLC adds as needed controls each first valve 29 times opened, and aeration quantity is accurately recorded by flowmeter 31, when aeration quantity is met the requirements, PLC controls the first valve 29 close, and the mixing in mixing pit 32 of each gas, when operating, PLC controls air pump 37 and works, by the gaseous mixture in mixing pit 32 Body is pressed into air storage chamber 6.

Compared with prior art, heat treatment safe type laser Equipment for Heating Processing with high accuracy can by dedusting mechanism Dust granule in working environment is removed as far as possible, dust granule is prevented to be attached on the eyeglass of the laser thermal processing apparatus, Avoid eyeglass impaired, compared with existing dedusting mechanism, the dedusting speed of the dedusting mechanism, better dust removal effect, not only In this way, by quantitative mechanism, which the remaining mixed gas used in the past can will take out in air storage chamber 6 Go out, prevent the ratio of the various gases in the mixed gas in air storage chamber 6 not right, to prevent the work(of the laser thermal processing apparatus Rate reduces or DC voltage is excessively high, extends the service life of the laser thermal processing apparatus, and compared with existing quantitative mechanism, this is fixed The air inlet adjustment amount of measuring mechanism is more accurate.

It is enlightenment, through the above description, related work people with the above-mentioned desirable embodiment according to the utility model Member can carry out various changes and amendments in the range of without departing from this item utility model technological thought completely.This item is real It is not limited to the contents of the specification with novel technical scope, it is necessary to which its technology is determined according to right Property range.

Claims (10)

1. a kind of heat treatment safe type laser Equipment for Heating Processing with high accuracy, which is characterized in that including pedestal (1), work box (2), aeration tank (3), control box (4) and dedusting mechanism, the work box (2) are fixed on the top of pedestal (1), the aeration tank (3) it is fixed on the top of work box (2), PLC is equipped in the control box (4), quantitative mechanism is equipped in the aeration tank (3), It is equipped with laser emitter (5) in the work box (2), air storage chamber (6), the air storage chamber are equipped in the laser emitter (5) (6) it is connect with quantitative mechanism；

The dedusting mechanism includes anti-electrostatic unit, pumping cells and filter element, and the anti-electrostatic unit and pumping cells setting exist In pedestal (1), the filter element setting is in control box (4)；

The anti-electrostatic unit includes drive component, exhaust tube (7), dust removing tube (8) and two electrodes (9), the exhaust tube (7) One end is connected to work box (2), and the other end of the exhaust tube (7) is connected to dust removing tube (8), and two electrodes (9) are fixed respectively Both sides in dust removing tube (8)；

The driving component includes first motor (10), driving wheel (11) and two wobble components, the first motor (10) with Driving wheel (11) is sequentially connected, and two wobble components are separately positioned on the both sides of first motor (10)；

The wobble component includes fixed rope (12), fixed pulley (13), oscillating rod (14) and briquetting (15), the fixed rope (12) One end be arranged in the periphery of driving wheel (11), the other end of the fixed rope (12) is fixedly connected with oscillating rod (14), described Fixed rope (12) bypasses fixed pulley (13), is hinged with pedestal (1) at the center of the oscillating rod (14), the briquetting (15) and pendulum Lever (14) is fixedly connected, and the briquetting (15) and electrode (9) are against the hinged place with pedestal (1) of the oscillating rod (14) Equipped with torsionspring；

The pumping cells include the second motor (16), turntable (17), rotating bar (18), sliding bar (19), piston (20) and pressure The draw (21), second motor (16) are sequentially connected with turntable (17), one end and the turntable (17) of the rotating bar (18) Hinged far from circle centre position, the other end of the rotating bar (18) is hinged with one end of sliding bar (19), the sliding bar (19) The other end is fixedly connected with piston (20), the piston (20) setting in compressed pipe (21), the compressed pipe (21) it is close One end of second motor (16) is connected to dust removing tube (8), one end of separate second motor (16) of the compressed pipe (21) and mistake Filter unit connection；

The filter element includes filtering ponds (22), third motor (25), several paddles (26) and drying tube (27), the filtering Pond (22) is connected to compressed pipe (21), and each paddle (26) is sequentially fixed at from top to bottom on the output shaft of third motor (25), institute It states third motor (25) and paddle (26) to be sequentially connected, the filtering ponds (22) are interior by drying tube (27) and work box (2) Portion is connected to, and active oxidation Al filler is equipped in the drying tube (27), is full of dedusting liquid in the filtering ponds (22)；

The quantitative mechanism includes mixing pit (32), exhaust pipe (34), air pump (37) and several air admission units, the mixing pit (32) gas sensor (33) is equipped in, the gas sensor (33) and air pump (37) are electrically connected with PLC, each air admission unit It is connect with mixing pit (32), the mixing pit (32) is connected to one end of exhaust pipe (34), the other end of the exhaust pipe (34) External with aeration tank (3) is connected to, and one end of the air pump (37) is connected to exhaust pipe (34), the other end of the air pump (37) It is connected to air storage chamber (6), the second valve (35) and third valve (36), second valve is equipped in the exhaust pipe (34) (35) between mixing pit (32) and air pump (37), separate mixing pit of third valve (36) setting in air pump (37) (32) side；

The air admission unit includes storage box (28) and air inlet pipe (29), and the storage box (28) and one end of air inlet pipe (29) connect Logical, the other end of the air inlet pipe (29) be connected to mixing pit (32), the air inlet pipe (29) it is interior equipped with the first valve (30) and Flowmeter (31), first valve (30) are arranged in the top of flowmeter (31), first valve (30) and flowmeter (31) it is electrically connected with PLC.

2. being heat-treated safe type laser Equipment for Heating Processing with high accuracy as described in claim 1, which is characterized in that the fixation (12) are restricted as nylon rope.

3. being heat-treated safe type laser Equipment for Heating Processing with high accuracy as described in claim 1, which is characterized in that the filtering Bottom in pond (22) is equipped with air sparger (23), and the air sparger (23) is connected to compressed pipe (21).

4. being heat-treated safe type laser Equipment for Heating Processing with high accuracy as described in claim 1, which is characterized in that the filtering The inner wall in pond (22) is equipped with several baffles (24).

5. being heat-treated safe type laser Equipment for Heating Processing with high accuracy as described in claim 1, which is characterized in that described first Valve (30), the second valve (35) and third valve (36) are solenoid valve.

6. being heat-treated safe type laser Equipment for Heating Processing with high accuracy as described in claim 1, which is characterized in that described first Motor (10), the second motor (16) and third motor (25) are servo motor.

7. being heat-treated safe type laser Equipment for Heating Processing with high accuracy as described in claim 1, which is characterized in that the paddle (26) it is six leaf paddles.

8. being heat-treated safe type laser Equipment for Heating Processing with high accuracy as described in claim 1, which is characterized in that the piston (20) surrounding is equipped with rubber seal.

9. being heat-treated safe type laser Equipment for Heating Processing with high accuracy as described in claim 1, which is characterized in that the air pump (37) it is centrifugal air pump.

10. being heat-treated safe type laser Equipment for Heating Processing with high accuracy as described in claim 1, which is characterized in that the pressure The making material of block (15) is rubber.