CN206311042U - A kind of motor production line rotating shaft diameter of axle covers inspection frock - Google Patents

Abstract

The utility model discloses a kind of motor production line inspection frock is covered with the rotating shaft diameter of axle, including frock body, the frock body is mainly and is made up of base, pillar, crossbeam, limiting plate, transverse slat, baffle plate, back-moving spring, contiguous block, cross bar, pull bar, pressing plate；The bottom of the frock body sets base, the top of base sets pillar, crossbeam is arranged on pillar, the top of pillar sets limiting plate, and the bottom of pillar sets transverse slat, back-moving spring is set on transverse slat, the middle part of crossbeam sets contiguous block, the end of contiguous block sets cross bar, and the other end of cross bar sets pull bar, and the bottom of pull bar sets pressing plate；The utility model overall structure is simple, small volume, convenient to carry; and it is very convenient when use, it is to avoid it is direct to cover inspection using the mode for holding bearing, it is effectively protected the palm of the hand; more facilitate when staff is worked, it is to avoid hand is injured, and improves operating efficiency.

Description

A kind of motor production line rotating shaft diameter of axle covers inspection frock

Technical field

The utility model is related to detection means, and specifically a kind of motor production line rotating shaft diameter of axle covers inspection frock.

Background technology

In the prior art, with the device of polytype monitoring diameter of axle change, for example, having diameter of axle section mechanical open Pass type, photoelectric sensing type, laser detection type etc., these detection means are mostly with section as detection object.

Although the testing result of such diameter of axle testing equipment is all relatively more accurate, electricity when motor is manufactured The rotating shaft of machine needs for carrying out covering inspection again, because in order to avoid the rotating shaft of motor product motor after producer is transported to Installation to fan blade is impacted, and axle is occurred and is slightly installed situation about not entering, therefore can be in life during motor makes Rotating shaft in producing line to each motor carries out set inspection using bearing, it is to avoid the situation that axle is not installed slightly, therefore such set Checking device does not need point-device countershaft to be detected, only needs to enter using bearing holder (housing, cover), existing set inspection work Dress is to hold bearing by employee to carry out set inspection, but efficiency is very low when inspection is covered, and is turned when set is examined every time Axle can all push up the palm of the hand, and the injury to the palm of the hand is very big, for a long time set inspection, the palm of the hand can unusual pain, it is therefore very inconvenient.

Utility model content

The purpose of this utility model is to provide a kind of motor production line rotating shaft diameter of axle set inspection frock, to solve the above-mentioned back of the body The problem proposed in scape technology.

To achieve the above object, the utility model provides following technical scheme：

A kind of motor production line rotating shaft diameter of axle covers inspection frock, including frock body, and the frock body is mainly the bottom of by Seat, pillar, crossbeam, limiting plate, transverse slat, baffle plate, back-moving spring, contiguous block, cross bar, pull bar, pressing plate, handrail, fix bar structure Into；The bottom of the frock body sets base, and the base is cast iron quality, and the top of the base sets pillar, described It is fixedly connected between pillar and base, crossbeam is arranged on the pillar, be slidably connected between the crossbeam and pillar, crossbeam can Slided up and down on pillar, the top of the pillar sets limiting plate, passes through between the limiting plate and the top of pillar Be screwed connection, and the bottom of the pillar sets transverse slat, and fixed welding, is set on the transverse slat between the transverse slat and pillar Back-moving spring, is fixedly connected, between the top of back-moving spring and the bottom of crossbeam between the bottom of the back-moving spring and transverse slat It is fixedly connected, the middle part of the crossbeam sets contiguous block, is fixedly connected between the contiguous block and crossbeam, the end of the contiguous block Portion sets cross bar, is fixedly connected between the end of cross bar and contiguous block, and the other end of cross bar sets pull bar, the pull bar and cross bar Between be fixedly connected, the bottom of pull bar sets pressing plate, and the crossbeam is mainly and is made up of through hole, ball, installed part, bearing； The two ends of shown crossbeam set through hole, and the middle part of the crossbeam sets a groove, and the inside of groove sets installed part, the peace Connected by screw threads for fastening between piece installing and the groove of crossbeam, the inside of the installed part sets bearing, the bearing and installation Interference fit between part.

As further program of the utility model：The pillar is cylindrical-shaped structure.

As the utility model further scheme：The cross bar is strip structure.

As the utility model further scheme：The transverse slat is disc-shaped structure.

As the utility model further scheme：The surrounding of the transverse slat sets baffle plate, the baffle plate and transverse slat it Between be fixedly connected.

As the utility model further scheme：The frock body sets handrail, the bottom and base of handrail it Between be fixedly connected.

As the utility model further scheme：The inner side of the handrail sets fix bar, the end of fix bar with It is fixedly connected between base.

As the utility model further scheme：The handrail is convex structure, and handrail sets two, in frock The both sides of body respectively set one, and space is set between two handrails.

As the utility model further scheme：The inwall of the through hole sets ball, and the ball is embedded in logical The inwall in hole.

Compared with prior art, the beneficial effects of the utility model are：The utility model is by setting crossbeam and pressing Plate, staff drives the decline of crossbeam by being pressed against in pressing plate, and crossbeam passes through back-moving spring when staff leaves pressing plate Effect reset, setting the mode that is fixedly connected between transverse slat and crossbeam of back-moving spring strengthens its stability, it is to avoid reset bullet The elastic force of spring is excessive, and displacement is excessive when causing crossbeam to reset causes frock to be damaged, and the utility model overall structure is simple, body Product is small, convenient to carry and very convenient when use, it is to avoid direct to cover inspection using the mode for holding bearing, effectively The palm of the hand is protected, is more facilitated when staff is worked, it is to avoid hand is injured, and improves operating efficiency.

Brief description of the drawings

Fig. 1 is the structural representation of motor production line rotating shaft diameter of axle set inspection frock.

Fig. 2 is the left view of motor production line rotating shaft diameter of axle set inspection frock.

Fig. 3 is the structural representation of motor production line rotating shaft diameter of axle set inspection frock middle cross beam.

In figure：1- bases, 2- pillars, 3- crossbeams, 4- limiting plates, 5- transverse slats, 6- baffle plates, 7- back-moving springs, 8- contiguous blocks, 9- cross bars, 10- pull bars, 11- pressing plate, 12- handrails, 13- fix bars, 14- through holes, 15- balls, 16- installed parts, 17- bearings.

Specific embodiment

The technical scheme of this patent is described in more detail with reference to specific embodiment.

Fig. 1-3 are referred to, a kind of motor production line rotating shaft diameter of axle covers inspection frock, including frock body, the frock sheet Body is mainly by base 1, pillar 2, crossbeam 3, limiting plate 4, transverse slat 5, baffle plate 6, back-moving spring 7, contiguous block 8, cross bar 9, pull bar 10th, pressing plate 11, handrail 12, fix bar 13 are constituted；The bottom of the frock body sets base 1, and the base 1 is cast iron material Matter, the top of the base 1 sets pillar 2, is fixedly connected between the pillar 2 and base 1, and the pillar 2 is cylindric knot Structure, is arranged crossbeam 3 on the pillar 2, be slidably connected between the crossbeam 3 and pillar 2, and crossbeam 3 can be carried out on pillar 2 Lower slider, the top of the pillar 2 sets limiting plate 4, the company of being threadably secured between the limiting plate 4 and the top of pillar 2 Connect, the position of crossbeam 3 is defined by the effect of limiting plate 4, it is to avoid crossbeam 3 slides the end of the pillar 2 that excessively jumps out, institute The bottom for stating pillar 2 sets transverse slat 5, and fixed welding, sets back-moving spring 7 between the transverse slat 5 and pillar 2 on the transverse slat 5, It is fixedly connected between the bottom of the back-moving spring 7 and transverse slat 5, it is fixed between the top of back-moving spring 7 and the bottom of crossbeam 3 to connect Connect, strengthen its stability by way of it will be fixedly connected between back-moving spring 7 and transverse slat 5 and crossbeam 3, it is to avoid back-moving spring 7 Elastic force it is excessive, displacement is excessive when causing crossbeam 3 to reset causes frock to be damaged, and the middle part of the crossbeam 3 sets contiguous block 8, it is fixedly connected between the contiguous block 8 and crossbeam 3, the end of the contiguous block 8 sets cross bar 9, and the cross bar 9 is strip Structure, is fixedly connected between the end of cross bar 9 and contiguous block 8, and the other end of cross bar 9 sets pull bar 10, the pull bar 10 and horizontal stroke It is fixedly connected between bar 9, the bottom of pull bar 10 sets pressing plate 11, and staff drives crossbeam 3 by being pressed against in pressing plate 11 Decline, crossbeam 3 is resetted by the effect of back-moving spring 7 when staff leaves pressing plate 11.

The crossbeam 3 is mainly made up of through hole 14, ball 15, installed part 16, bearing 17；The two ends of shown crossbeam 3 set Through hole 14 is put, the effect by through hole 14 will be set between crossbeam 3 and pillar 2, and the inwall of the through hole 14 sets ball 15, institute The inwall that ball 15 is embedded in through hole 14 is stated, by the sliding capability between the effect enhancing crossbeam 3 and pillar 2 of ball 15, institute The middle part for stating crossbeam 3 sets a groove, and the inside of groove sets installed part 16, the groove of the installed part 16 and crossbeam 3 it Between connected by screw threads for fastening, the inside of the installed part 16 sets bearing 17, interference between the bearing 17 and installed part 16 Coordinate, set inspection is carried out by the countershaft of bearing 17.

The transverse slat 5 is disc-shaped structure, and the surrounding of transverse slat 5 sets baffle plate 6, fixed between the baffle plate 6 and transverse slat 5 to connect Connect, crossbeam 3 needs to be properly added some lubricating oil when 2 enterprising line slip of pillar, by the effect of transverse slat 5 and baffle plate 6 Avoid oil leakage.

The frock body sets handrail 12, is fixedly connected between the bottom of the handrail 12 and base 1, by handrail 12 Effect facilitate the placement of staff's arm when work, the inner side of the handrail 12 sets fix bar 13, fix bar It is fixedly connected between 13 end and base 1, is supported handrail 12 by the effect of fix bar 13.

The handrail 12 is convex structure, and handrail 12 sets two, and one, two is respectively set in the both sides of frock body Space is set between handrail 12, the rise and fall of cross bar 9 are facilitated by space.

The better embodiment to this patent is explained in detail above, but this patent is not limited to above-mentioned embodiment party Formula, in the ken that one skilled in the relevant art possesses, can also be on the premise of this patent objective not be departed from Make a variety of changes.

Claims (9)

1. a kind of motor production line rotating shaft diameter of axle covers inspection frock, including frock body, the frock body be mainly by base, Pillar, crossbeam, limiting plate, transverse slat, baffle plate, back-moving spring, contiguous block, cross bar, pull bar, pressing plate, handrail, fix bar are constituted； The bottom of the frock body sets base, and the base is cast iron quality, it is characterised in that the top of the base sets branch Post, is fixedly connected between the pillar and base, and crossbeam is arranged on the pillar, is slidably connected between the crossbeam and pillar, The top of the pillar sets limiting plate, and connection, the pillar are threadably secured between the limiting plate and the top of pillar Bottom transverse slat is set, fixed welding, sets back-moving spring, the back-moving spring between the transverse slat and pillar on the transverse slat Bottom and transverse slat between be fixedly connected, be fixedly connected between the top of back-moving spring and the bottom of crossbeam, in the crossbeam Portion sets contiguous block, is fixedly connected between the contiguous block and crossbeam, and the end of the contiguous block sets cross bar, the end of cross bar It is fixedly connected between contiguous block, the other end of cross bar sets pull bar, is fixedly connected between the pull bar and cross bar, the bottom of pull bar Portion sets pressing plate, and the crossbeam is mainly and is made up of through hole, ball, installed part, bearing；The two ends of shown crossbeam set logical Hole, the middle part of the crossbeam sets a groove, and the inside of groove sets installed part, between the installed part and the groove of crossbeam Connected by screw threads for fastening, the inside of the installed part sets bearing, interference fit between the bearing and installed part.

2. the motor production line according to claim 1 rotating shaft diameter of axle covers inspection frock, it is characterised in that the pillar is round Column structure.

3. the motor production line according to claim 1 rotating shaft diameter of axle covers inspection frock, it is characterised in that the cross bar is long List structure.

4. the motor production line according to claim 1 rotating shaft diameter of axle covers inspection frock, it is characterised in that the transverse slat is round Disk-like structure.

5. inspection frock is covered according to any described motor production line rotating shaft diameter of axle of claim 1 or 2, it is characterised in that described The surrounding of transverse slat sets baffle plate, is fixedly connected between baffle plate and transverse slat.

6. the motor production line according to claim 1 rotating shaft diameter of axle covers inspection frock, it is characterised in that the frock body Handrail is set, is fixedly connected between the bottom of handrail and base.

7. motor production line according to claim 6 with the rotating shaft diameter of axle cover inspection frock, it is characterised in that the handrail it is interior Side sets fix bar, is fixedly connected between the end of fix bar and base.

8. the motor production line according to claim 6 rotating shaft diameter of axle covers inspection frock, it is characterised in that the handrail is round Arc structure, handrail sets two, and one is respectively set in the both sides of frock body, and space is set between two handrails.

9. motor production line according to claim 1 with the rotating shaft diameter of axle cover inspection frock, it is characterised in that the through hole it is interior Wall sets ball, and the ball is embedded in the inwall of through hole.