CN108515391A - A kind of non-destructive testing device in manufacturing process - Google Patents

Abstract

The invention discloses the non-destructive testing devices in a kind of manufacturing process, including fixed bottom plate, the fixed bottom plate upper surface is provided with the numerical control cabinet for being integrated with formula structure, a clamp body is provided in the clip groove, the middle position of the clamp body upper surface is fixedly connected with a tapered shaft, it is set with an expansion sleeve on the upside of the tapered shaft, left end inside the processing space is fixedly installed a hobboing cutter module, and the left end of the telescopic rod is pierced by the left end wall of extendable room and telescopic chute and is fixedly connected with across a ranging detection device.In present invention work, slot segmentation ensure that expansion sleeve being capable of uniform swell around, it ensures alignment, ensure that the required precision in process, adjust automatically measurement angle, ensure the accuracy of measured value, in measurement process, without removing the workpiece in processing, avoids repeated clamping and cause bad tooth phenomenon, rapidoprint is saved, the controllability of technique is increased.

Description

A kind of non-destructive testing device in manufacturing process

Technical field

The present invention relates to process control field, the non-destructive testing device in specially a kind of manufacturing process.

Background technology

Currently, in the field of Gear Processing, gear hobbing is a most important link, directly affect subsequent handling into Row, and in hobbing process, because the influence of machine tool accuracy and temperature can make changing across ranging for gear hobbing, at this moment just need It remeasures across ranging then according to across ranging adjustment programme, and is difficult to settle at one go during adjusting, be required for a step one The slowly debugging of step and after hobbing clamping, due to measure ball, is needed to remove workpiece from fixture and is measured, because weighing The case where folder can cause rotten tooth and forge a knife is reassembled, the underproof workpiece of general measure can not also repeat processing test, waste money Source, and also have and do not remove the mode that workpiece measures, all to smear butter on amount ball, the amount of making ball is adsorbed in the flank of tooth, this kind Measurement method operating difficulties, and measure inaccurate..

Invention content

The purpose of the present invention is to provide the non-destructive testing devices in a kind of manufacturing process, to solve in above-mentioned background technology The problem of proposition.

To achieve the above object, the present invention provides the following technical solutions：A kind of non-destructive testing device in manufacturing process, packet Include fixed bottom plate, the fixed bottom plate upper surface is provided with the numerical control cabinet for being integrated with formula structure, in the numerical control cabinet Portion is provided with a processing space, and clip groove is provided on the right side of the processing space lower end wall, one is provided in the clip groove The lower end of clamp body, the clamp body cylindroid is provided with an annular bearing plate, the clip groove cylindrical wall and annular bearing plate An annular load-bearing slot is provided at corresponding position, the middle position of clip groove lower end wall is provided with a rotation space, described Rotation space is internally provided with a rotary electric machine, and rotary electric machine upper end be connected by power has a rotation axis, the rotation axis Upper end passes through the upper end wall of rotation space and is fixedly connected on the center position of clamp body lower face, the clamp body upper surface Middle position be fixedly connected with a tapered shaft, be set with an expansion sleeve on the upside of the tapered shaft, the expansion sleeve passes through it The cone tank of lower end is connected with tapered shaft, and the middle position inside the clamp body is provided with a hydraulic cavities, the liquid Pressure intracavitary is provided with a torsional stop, and the center position of the torsional stop upper surface is provided with a hydraulic lifting arm, the hydraulic pressure Elevating lever sequentially passes through upper end wall, tapered shaft and the expansion sleeve of hydraulic cavities and is fixedly connected with a lower platen, the processing space Internal left end is fixedly installed a hobboing cutter module, is arranged at the processing space right end wall and the position of tapered shaft sustained height There is a telescopic chute, a retractable wagon is fixedly installed inside the telescopic chute, the retractable wagon is internally provided with a flexible sky Between, the middle position of the extendable room right end wall is provided with a recirculation hole, the centre position of numerical control cabinet right side Place is fixedly connected with a pulsometer, and the recirculation hole connection pulsometer and extendable room, the extendable room are internally provided with one Sealing plate, the center position of the sealing plate left side are fixedly connected with telescopic rod, and the left end of the telescopic rod is pierced by flexible The left end wall and telescopic chute in space and it is fixedly connected with across a ranging detection device, across the ranging detection device includes fixing The upper and lower ends of block, the fixed block left side are symmetrically arranged with a connecting plate, the connecting plate and fixed block of the upper and lower ends Connection space inside common clamping formation, the connection space is internally provided with an angle-regulating block extended to the left, described The middle position of connection space right end wall is provided with a driving groove, and driving sky is provided in the lower end wall of the driving groove Between, the driving space interior is fixedly installed a driving motor, and driving motor upper end be connected by power has a transmission shaft, The upper end of the transmission shaft passes through the upper end wall in driving space and is fixedly connected with a transmission gear, and the transmission gear, which is located at, to be passed In dynamic slot, and the left end of the transmission gear is pierced by driving groove and is connected with the left side of angle-regulating block, the connection Spatially the left end of lower end wall is symmetrically arranged with an arcuate rotation plate, the angle-regulating block upper and lower ends and arcuate rotation plate pair An arcuate rotation slot is provided at the position answered, the arcuate rotation plate is connected with arcuate rotation slot, the angular adjustment Block is internally provided with the measuring flume of an opening to the left and up and down, and the rear and front end of the measuring flume right end wall is symmetrically arranged with One transmission space is connected to by a through hole between the rear and front end transmission space, is both provided with inside the transmission space One drive pulley, is provided with a rotary shaft in the through hole, the rear and front end of the rotary shaft respectively with the biography of rear and front end Movable belt pulley is fixedly connected, and the middle position fixing sleeve of the rotary shaft axis body is connected to a rotation gear, the through hole cylindricality A power space extended to the right is provided at wall position corresponding with rotation gear, the right side of power space front bulkhead is solid Surely it is provided with a power motor, the rear end be connected by power of the power motor has a motor mandrel, the rear end of the motor mandrel It is fixedly connected with the aft bulkhead rotary type in power space, the middle position fixing sleeve of motor mandrel's axis body is connected to a rotation The right end of gear, the left end and rotation gear of the rotate gear is connected, and the left side of end wall is symmetrical before and after the measuring flume It is provided with a regulating tank, the regulating tank is internally provided with an adjusting rod, the adjusting club shaft middle position screw thread socket There is an internal thread belt wheel, being provided with an annular at regulating tank cylindrical wall position corresponding with internal thread belt wheel adjusts space, The annular adjusts space right end and is both provided with a transmission hole, and the right end of the transmission hole is connected to transmission space, the transmission hole It is inside provided with a driving belt, the driving belt drive connection internal thread belt wheel and drive pulley, the adjusting rod axis body leans on One end of nearly measuring flume is symmetrically set with a limiting plate, regulating tank cylindrical wall left and right ends position corresponding with limiting plate The place of setting is provided with limit sliding chutes, and the end set that the adjusting rod is located at measuring flume has a dismountable inductive probe.

Preferably, the upside circle distribution of the expansion sleeve cylindroid has multiple slot segmentations, the tensioner cover material choosing With the preferable material of elasticity, the diameter of the tapered shaft upper surface is more than the diameter of cone tank upper end wall, the tapered shaft lower end The diameter in face is more than the diameter of end section under cone tank, the taper surface of the tapered shaft and the tapered wall clearance fit of cone tank.

Preferably, the right end of the angle-regulating block is arc-shaped rack, the circular arc of the angle-regulating block right end, Center position of the center of circle of arcuate rotation plate and arcuate rotation slot all clamped by the inductive probe of left and right ends, the arc turn The arc length of movable plate is less than the arc length of arcuate rotation slot.

Preferably, the inductive probe can incude the position relationship of two flank of tooth while measuring across ranging, to Control the work of power motor and driving motor.

Compared with prior art, the beneficial effects of the invention are as follows：In present invention work, gear blank part is sleeved on tensioner Set is outer, and under the drive of hydraulic cavities, hydraulic lifting arm declines, and lower platen also declines therewith, to drive expansion sleeve to move down, Under the mating reaction of tapered shaft and cone tank, expansion sleeve spreading around, to tensioner workpiece, wherein slot segmentation ensure that Expansion sleeve being capable of uniform swell around, it is ensured that alignment ensure that the required precision in process, the work of torsional stop With being limitation hydraulic lifting arm rotation, the stability in process ensure that, in gear hobbing debugging process, without removing workpiece, Lathe carries out keeping the parameter in process controllable to obtain accurate measured value across the measurement of ranging, passing through air pressure automatically Pump control sealing plate is moved to the left, and sealing plate drives across ranging detection device to be moved to the left, and the gear after processing enters measuring flume, When center position clamped by the inductive probe of left and right ends is aligned with blank central axes, power motor work passes through electricity Machine mandrel drives rotate gear and the rotation of rotary teeth wheel, to drive internal thread by rotary shaft, drive pulley and driving belt Belt wheel rotates, meanwhile, the cooperation of limiting plate and limit sliding chutes limits the rotation of adjusting rod, effect of the adjusting rod in screw thread belt wheel Under, realize that movement in the front-back direction, inductive probe can incude the position relationship of two flank of tooth while measuring across ranging, to The work for controlling power motor and driving motor drives angle-regulating block to surround clamped by the inductive probe of both ends by transmission gear Center position rotation, arcuate rotation plate slides in arcuate rotation slot, ensure that point midway will not be with the tune of angle It saves and changes, the inductive probe of left and right ends is made symmetrically to be distributed in the both sides of institute's workpieces processing central axes, so as to adjust Measurement angle ensures the accuracy of measured value, in measurement process, without removing the workpiece in processing, avoids repeated clamping And bad tooth phenomenon is caused, rapidoprint is saved, the controllability of technique is increased.

Description of the drawings

Fig. 1 is the main structure diagram of the non-destructive testing device entirety complete section in a kind of manufacturing process of the present invention；

Fig. 2 is the front view structure signal of across ranging detection device complete section in the non-destructive testing device in a kind of manufacturing process of the present invention Figure；

Fig. 3 is the overlooking structure diagram of angle-regulating block complete section in the non-destructive testing device in a kind of manufacturing process of the present invention；

Fig. 4 is the main structure diagram of expansion sleeve in the non-destructive testing device in a kind of manufacturing process of the present invention.

Specific implementation mode

Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete Site preparation describes, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other Embodiment shall fall within the protection scope of the present invention.

- 4 are please referred to Fig.1, a kind of embodiment provided by the invention：A kind of non-destructive testing device in manufacturing process, including Fixed bottom plate 1,1 upper surface of fixed bottom plate is provided with the numerical control cabinet 2 for being integrated with formula structure, the numerical control cabinet 2 It is internally provided with a processing space 3, clip groove 4 is provided on the right side of 3 lower end wall of the processing space, is set in the clip groove 4 Be equipped with a clamp body 5, the lower end of 5 cylindroid of the clamp body is provided with an annular bearing plate 6,4 cylindrical wall of the clip groove with An annular load-bearing slot 7 is provided at 6 corresponding position of annular bearing plate, the middle position of 4 lower end wall of clip groove is provided with one Rotation space 8, the rotation space 8 are internally provided with a rotary electric machine 9, and 9 upper end be connected by power of the rotary electric machine has one turn The upper end of moving axis 10, the rotation axis 10 passes through the upper end wall of rotation space 8 and is fixedly connected on the center of 5 lower face of clamp body At position, the middle position of 5 upper surface of the clamp body is fixedly connected with a tapered shaft 11,11 upside suit of the tapered shaft There is an expansion sleeve 12, the expansion sleeve 12 is connected by the cone tank 13 of its lower end with tapered shaft 11, in the clamp body 5 The middle position in portion is provided with a hydraulic cavities 14, is provided with a torsional stop 15 in the hydraulic cavities 14, on the torsional stop 15 The center position of end face is provided with a hydraulic lifting arm 16, and the hydraulic lifting arm 16 sequentially passes through the upper end of hydraulic cavities 14 Wall, tapered shaft 11 and expansion sleeve 12 and it is fixedly connected with a lower platen 17, the left end inside the processing space 3 is fixedly installed It is provided with a telescopic chute 19, institute at one hobboing cutter module 18,3 right end wall of the processing space and the position of 11 sustained height of tapered shaft It states and is fixedly installed a retractable wagon 20 inside telescopic chute 19, the retractable wagon 20 is internally provided with an extendable room 21, institute The middle position for stating 21 right end wall of extendable room is provided with a recirculation hole 22, the centre position of 2 right side of numerical control cabinet Place is fixedly connected with a pulsometer 23, and the recirculation hole 22 is connected to pulsometer 23 and extendable room 21, in the extendable room 21 Portion is provided with a sealing plate 24, and the center position of 24 left side of the sealing plate is fixedly connected with telescopic rod 25, described flexible The left end of bar 25 is pierced by the left end wall of extendable room 21 and telescopic chute 19 and is fixedly connected with across a ranging detection device 26, described Across ranging detection device 26 includes fixed block 27, and the upper and lower ends of 27 left side of the fixed block are symmetrically arranged with a connecting plate 28, connecting plate 28 and the connection space 29 inside fixed block 27 jointly clamping formation, the connection space of the upper and lower ends 29 are internally provided with an angle-regulating block 30 extended to the left, and the middle position of 29 right end wall of the connection space is provided with one Driving groove 31 is provided with a driving space 32,32 inside fixed setting of the driving space in the lower end wall of the driving groove 31 There are a driving motor 33,33 upper end be connected by power of the driving motor to there is a transmission shaft 34, the upper end of the transmission shaft 34 to pass through It drives the upper end wall in space 32 and is fixedly connected with a transmission gear 35, the transmission gear 35 is located in driving groove 31, and institute The left end for stating transmission gear 35 is pierced by driving groove 31 and is connected with the left side of angle-regulating block 30, the connection space 29 The left end of upper and lower end wall is symmetrically arranged with an arcuate rotation plate 36,30 upper and lower ends of the angle-regulating block and arcuate rotation plate 36 An arcuate rotation slot 37 is provided at corresponding position, the arcuate rotation plate 36 is connected with arcuate rotation slot 37, described Angle-regulating block 30 is internally provided with the measuring flume 38 of an opening to the left and up and down, 38 right end wall of the measuring flume it is front and back Both ends are symmetrically arranged with a transmission space 39, are connected to by a through hole 40 between the rear and front end transmission space 39, described It is both provided with a drive pulley 41 inside transmission space 39, a rotary shaft 42, the rotary shaft are provided in the through hole 40 42 rear and front end is fixedly connected with the drive pulley of rear and front end 41 respectively, and the middle position of 42 axis body of the rotary shaft is solid Surely it is socketed with a rotation gear 43, being provided with one at 40 cylindrical wall of through hole position corresponding with rotation gear 43 prolongs to the right The power space 44 stretched is fixedly installed a power motor 45, the power motor on the right side of 44 front bulkhead of power space 45 rear end be connected by power has a motor mandrel 46, the rear end of the motor mandrel 46 and the aft bulkhead rotary type in power space 44 It is fixedly connected, the middle position fixing sleeve of 46 axis body of the motor mandrel is connected to a rotate gear 47, the rotate gear 47 The right end of left end and rotation gear 43 be connected, be symmetrically arranged with a regulating tank on the left of end wall before and after the measuring flume 38 48, the regulating tank 48 is internally provided with an adjusting rod 49, and 49 body of rod middle position screw thread of the adjusting rod is socketed in one Screw thread belt wheel 50 is provided with an annular at 48 cylindrical wall of regulating tank position corresponding with internal thread belt wheel 50 and adjusts space 51, the annular adjusts 51 right end of space and is both provided with a transmission hole 52, and the right end of the transmission hole 52 is connected to transmission space 39, A driving belt 53,53 drive connection internal thread belt wheel 50 of the driving belt and drive pulley are provided in the transmission hole 52 41,49 axis body of the adjusting rod is symmetrically set with a limiting plate 54,48 column of the regulating tank close to one end of measuring flume 38 Limit sliding chutes 55 are provided at the position corresponding with limiting plate 54 of shape wall left and right ends, the adjusting rod 49 is located at measuring flume 38 End set has a dismountable inductive probe 56.

Valuably, the upside circle distribution of 12 cylindroid of the expansion sleeve has multiple slot segmentations 121,12 material of the expansion sleeve Material selects the preferable material of elasticity, the diameter of 11 upper surface of the tapered shaft to be more than the diameter of 13 upper end wall of cone tank, the cone The diameter of 11 lower face of shape axis is more than the diameter of 13 times end sections of cone tank, taper surface and the cone tank 13 of the tapered shaft 11 Tapered wall clearance fit.Its effect is, under the drive of hydraulic cavities 14, hydraulic lifting arm 16 declines, and lower platen 17 is also under Drop, to drive expansion sleeve 12 to move down, under the mating reaction of tapered shaft 11 and cone tank 13, expansion sleeve 12 rises around It opens, to tensioner workpiece, wherein slot segmentation 121 ensure that expansion sleeve 12 being capable of uniform swell around, it is ensured that coaxial Property, it ensure that the required precision in process, the effect of torsional stop 15 is that limitation hydraulic lifting arm 16 rotates, and ensure that processing Stability in the process.

Valuably, the right end of the angle-regulating block 30 is arc-shaped rack, the circular arc of 30 right end of the angle-regulating block , arcuate rotation plate 36 and arcuate rotation slot 37 center position of the center of circle all clamped by left and right ends inductive probe 56, institute The arc length for stating arcuate rotation plate 36 is less than the arc length of arcuate rotation slot 37.Its effect is to drive angle tune by transmission gear 35 Locking nub 30 surrounds the center position rotation clamped by both ends inductive probe 56, and arcuate rotation plate 36 is sliding in arcuate rotation slot 37 It is dynamic, it ensure that point midway will not change with the adjusting of angle, the inductive probe 56 of left and right ends made symmetrically to divide Cloth ensure that the accuracy of measurement in the both sides of institute's workpieces processing central axes.

Valuably, the inductive probe 56 can incude the position relationship of two flank of tooth while measuring across ranging, to The work of power motor 45 and driving motor 33 is controlled, effect is can to pass through the work of power motor 45 and driving motor 33 Make, adjusts measurement angle, ensure the accuracy of measured value.

Specifically used mode：In present invention work, gear blank part is sleeved on outside expansion sleeve 12, in the band of hydraulic cavities 14 Under dynamic, hydraulic lifting arm 16 declines, and lower platen 17 also declines therewith, to drive expansion sleeve 12 to move down, in tapered shaft 11 Under mating reaction with cone tank 13, the spreading around of expansion sleeve 12, to tensioner workpiece, wherein slot segmentation 121, which ensure that, to rise Fixed 12 being capable of uniform swell around, it is ensured that alignment ensure that the required precision in process, torsional stop 15 Effect is that limitation hydraulic lifting arm 16 rotates, and the stability in process is ensure that, in gear hobbing debugging process, without removing work Part, lathe carry out keeping the parameter in process controllable to obtain accurate measured value across the measurement of ranging, passing through automatically Pulsometer 23 controls sealing plate 24 and is moved to the left, and sealing plate 24 drives across ranging detection device 26 to be moved to the left, the tooth after processing Wheel enters measuring flume 38, dynamic when the center position clamped by the left and right ends inductive probe 56 is aligned with blank central axes Force motor 45 works, and drives rotate gear 47 and rotation gear 43 to rotate by motor mandrel 46, to by rotary shaft 42, pass Movable belt pulley 41 and driving belt 53 drive internal thread belt wheel 50 to rotate, meanwhile, the cooperation limitation of limiting plate 54 and limit sliding chutes 55 The rotation of adjusting rod 49, adjusting rod 49 realize that movement in the front-back direction, inductive probe 56 exist under the action of screw thread belt wheel 50 The position relationship that two flank of tooth can be incuded while measuring across ranging, to control the work of power motor 45 and driving motor 33 Make, the center position for driving angle-regulating block 30 to surround clamped by both ends inductive probe 56 by transmission gear 35 rotates, arc The sliding in arcuate rotation slot 37 of shape rotor plate 36, ensure that point midway will not change with the adjusting of angle, makes The inductive probe 56 of left and right ends is symmetrically distributed in the both sides of institute's workpieces processing central axes, so as to adjust measurement angle, ensures The accuracy of measured value, without removing the workpiece in processing, avoids repeated clamping and causes rotten tooth and show in measurement process As occurring, rapidoprint is saved, the controllability of technique is increased.

It is obvious to a person skilled in the art that invention is not limited to the details of the above exemplary embodiments, Er Qie In the case of without departing substantially from spirit or essential attributes of the invention, the present invention can be realized in other specific forms.Therefore, no matter From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the present invention is by appended power Profit requires rather than above description limits, it is intended that all by what is fallen within the meaning and scope of the equivalent requirements of the claims Variation is included within the present invention, and any reference signs in the claims should not be construed as limiting the involved claims.

Claims (4)

1. the non-destructive testing device in a kind of manufacturing process, including fixed bottom plate, it is characterised in that：The fixed bottom plate upper surface It is provided with the numerical control cabinet for being integrated with formula structure, the numerical control cabinet is internally provided with a processing space, and the processing is empty Between be provided with clip groove on the right side of lower end wall, a clamp body, the lower end of the clamp body cylindroid are provided in the clip groove It is provided with an annular bearing plate, the clip groove cylindrical wall is provided with an annular load-bearing at position corresponding with annular bearing plate The middle position of slot, clip groove lower end wall is provided with a rotation space, and the rotation space is internally provided with a rotary electric machine, Rotary electric machine upper end be connected by power has a rotation axis, the upper end of the rotation axis to pass through upper end wall and the fixation of rotation space It is connected to the center position of clamp body lower face, the middle position of the clamp body upper surface is fixedly connected with a taper Axis, the tapered shaft upside are set with an expansion sleeve, and the expansion sleeve is connected by the cone tank of its lower end with tapered shaft, Middle position inside the clamp body is provided with a hydraulic cavities, and a torsional stop, the anti-rotation are provided in the hydraulic cavities The center position of plate upper surface is provided with a hydraulic lifting arm, the hydraulic lifting arm sequentially pass through hydraulic cavities upper end wall, Tapered shaft and expansion sleeve and it is fixedly connected with a lower platen, the left end inside the processing space is fixedly installed a hobboing cutter mould A telescopic chute is provided at block, the processing space right end wall and the position of tapered shaft sustained height, the telescopic chute inside is solid Surely it is provided with a retractable wagon, the retractable wagon is internally provided with an extendable room, the centre of the extendable room right end wall A recirculation hole is provided at position, the middle position of numerical control cabinet right side is fixedly connected with a pulsometer, the stream Through-hole is connected to pulsometer and extendable room, and the extendable room is internally provided with a sealing plate, in the sealing plate left side It is fixedly connected with telescopic rod at heart position, the left end of the telescopic rod is pierced by the left end wall of extendable room and telescopic chute and fixed connects It is connected to across a ranging detection device, across the ranging detection device includes fixed block, the upper and lower ends of the fixed block left side It is symmetrically arranged with a connecting plate, the connection space inside being formed, institute is clamped in connecting plate and the fixed block of the upper and lower ends jointly It states connection space and is internally provided with an angle-regulating block extended to the left, the middle position setting of the connection space right end wall There is a driving groove, a driving space is provided in the lower end wall of the driving groove, the driving space interior is fixedly installed one Driving motor, driving motor upper end be connected by power have a transmission shaft, the upper end of the transmission shaft to pass through the upper of driving space End wall and it is fixedly connected with a transmission gear, the transmission gear is located in driving groove, and the left end of the transmission gear is pierced by Driving groove is simultaneously connected with the left side of angle-regulating block, and the left end of end wall is symmetrically arranged with an arc above and below the connection space Shape rotor plate, the angle-regulating block upper and lower ends are provided with an arcuate rotation slot, institute at position corresponding with arcuate rotation plate It states arcuate rotation plate and arcuate rotation slot to be connected, the angle-regulating block is internally provided with an opening to the left and up and down Measuring flume, the rear and front end of the measuring flume right end wall is symmetrically arranged with a transmission space, the rear and front end transmission space Between be connected to by a through hole, be both provided with a drive pulley inside the transmission space, one be provided in the through hole The rear and front end of rotary shaft, the rotary shaft is fixedly connected with the drive pulley of rear and front end respectively, the rotary shaft axis body Middle position fixing sleeve is connected to a rotation gear, and the through hole cylindrical wall is provided with one at position corresponding with rotation gear The power space extended to the right is fixedly installed a power motor, the power motor on the right side of the front bulkhead of the power space Rear end be connected by power have a motor mandrel, the rear end of the motor mandrel is fixed with the aft bulkhead rotary type in power space to be connected It connects, the middle position fixing sleeve of motor mandrel's axis body is connected to a rotate gear, the left end of the rotate gear and rotation The right end of gear is connected, and is symmetrically arranged with a regulating tank before and after the measuring flume on the left of end wall, inside the regulating tank It is provided with an adjusting rod, the adjusting club shaft middle position screw thread is socketed with an internal thread belt wheel, the regulating tank cylindricality It is provided with an annular at wall position corresponding with internal thread belt wheel and adjusts space, the annular adjusts space right end and is both provided with one The right end of transmission hole, the transmission hole is connected to transmission space, and a driving belt, the driving belt are provided in the transmission hole Drive connection internal thread belt wheel and drive pulley, the adjusting rod axis body are symmetrically set with a limit close to one end of measuring flume Position plate, is provided with limit sliding chutes, the adjusting rod position at the position corresponding with limiting plate of regulating tank cylindrical wall left and right ends There is a dismountable inductive probe in the end set of measuring flume.

2. the non-destructive testing device in a kind of manufacturing process according to claim 1, it is characterised in that：The tensioner sleeve column The upside circle distribution in shape face has multiple slot segmentations, the preferable material of the expansion sleeve material selection elasticity, on the tapered shaft The diameter of end face is more than the diameter of cone tank upper end wall, and the diameter of the tapered shaft lower face is more than the straight of end section under cone tank Diameter, the taper surface of the tapered shaft and the tapered wall clearance fit of cone tank.

3. the non-destructive testing device in a kind of manufacturing process according to claim 1, it is characterised in that：The angular adjustment The right end of block is arc-shaped rack, and the center of circle of the circular arc of the angle-regulating block right end, arcuate rotation plate and arcuate rotation slot is all In the center position clamped by the inductive probe of left and right ends, the arc length of the arcuate rotation plate is less than the arc of arcuate rotation slot It is long.

4. the non-destructive testing device in a kind of manufacturing process according to claim 1, it is characterised in that：The inductive probe The position relationship that two flank of tooth can be incuded while measuring across ranging, to control the work of power motor and driving motor.