CN208847821U - A kind of permasyn morot fault detection means - Google Patents

Abstract

The utility model relates to a kind of permasyn morot fault detection means, including supporting mechanism, testing agency, installing mechanism, take-up mechanism, protection mechanism, non-slip mat, fixing groove and mounting plate, the protection mechanism is set to side of the testing agency far from take-up mechanism, the non-slip mat is installed on the outside of supporting mechanism, the fixing groove is set to the deep one end of supporting mechanism, the mounting plate is set to the side for having fixing groove of supporting mechanism, the permasyn morot fault detection means multimeter and speed sensor are all set in the detection device, same detection device has both a variety of detections, when using the device, directly whether failure and circuit break down the speed of detection permanent magnet synchronous motor, a kind of detection device multiple use, the detection device can only not only detect one kind, repeated detection is not needed , employee work number is reduced, employee work frequency is reduced, keeps inspection more regular, more comprehensively.

Description

A kind of permasyn morot fault detection means

Technical field

The present invention relates to detection device technology field, specially a kind of permasyn morot fault detection means.

Background technique

Magneto alternator needs a D.C. magnetic field, and generates this magnetic field to realize the conversion of energy DC current, the referred to as exciting current of generator, it is actually a kind of alternating current generator to permanent magnet synchronous motor, and stator operation is The alternating current of three differences, and rotor is then permanent magnet, but the maximum advantage of this motor is exactly alternating current energy by straight Stream provides, and can thus be accurately controlled to motor, and solve brush bring life problems, existing permanent magnetism Synchronous generator work a period of time is easy to produce failure later, does not set now for magneto alternator fault detection means There is perfect detection system, present detection device can only detect one kind, need repeated detection, and employee is repeated as many times work Make, increase the working frequency of employee, detection device type is more, and often missing inspection, which is looked into or checked, is excessively easy to appear carelessness, institute With we have proposed a kind of permasyn morot fault detection means, in order to solve the problems, such as to propose among the above.

Summary of the invention

The purpose of the present invention is to provide a kind of permasyn morot fault detection means, to solve above-mentioned background technique The existing of proposition can only detect one kind, need repeated detection, and employee, which is repeated as many times, to work, and increase the work frequency of employee Rate, detection device type is more, and often the problem of being excessively easy to appear carelessness is looked into or checks in missing inspection.

To achieve the above object, the invention provides the following technical scheme: a kind of permasyn morot fault detection means, Including supporting mechanism (1), testing agency (2), installing mechanism (3), take-up mechanism (4), protection mechanism (5), non-slip mat (6), consolidate Determine slot (7) and mounting plate (8), one end of the supporting mechanism (1) is connected with testing agency (2), and testing agency (2) and support It is provided with installing mechanism (3), is provided with testing agency (2) above the take-up mechanism (4), and admission machine between mechanism (1) It is provided with below structure (4) installing mechanism (3), the protection mechanism (5) is set to testing agency (2) far from take-up mechanism (4) Side, the non-slip mat (6) is installed on the outside of supporting mechanism (1), and it is remote that the fixing groove (7) is set to supporting mechanism (1) Excentric one end, the mounting plate (8) are set to the side for having fixing groove (7) of supporting mechanism (1).

Further, the supporting mechanism (1) includes idler wheel (11), pedestal (12), fixer compression bar (13), the first installation Slot (14), hydraulic motion bar (15), the first fixed link (16) and holding rod (17) are provided with idler wheel on the right side of the pedestal (12) (11), and pedestal (12) is fixed with fixer compression bar (13) far from the side of idler wheel (11), and the fixer compression bar (13) is separate The side at pedestal (12) center is provided with the first mounting groove (14), and the fixer compression bar (13) sets far from the side of pedestal (12) It is equipped with hydraulic motion bar (15), and hydraulic motion bar (15) is connected by the first fixed link (16) with holding rod (17), described the One fixed link (16) is set to the side of hydraulic motion bar (15) far from fixer compression bar (13).

Further, the testing agency (2) includes detection mounting base (21), transformer (22), electric wire (23), multimeter (24), one end of red test pencil (25) and black meter pen (26), detection mounting base (21) is connected with the first fixed link (16), and is examined It surveys mounting base (21) to be provided with holding rod (17) far from the one end of the first fixed link (16), the transformer (22) is set to detection peace One end that seat (21) contain holding rod (17) is filled, and transformer (22) same plane is provided with multimeter (24), the transformer (22) one end far from holding rod (17) connects live wire (23), and the red test pencil (25) and black meter pen (26) are set side by side, and red Test pencil (25) is set to the side of red test pencil (25) far from detection mounting base (21) center.

Further, the installing mechanism (3) includes mounting bar (31), sliding groove (32), mounting rack (33), fastening bolt (34), permanent magnet synchronous motor (35), shaft (36), speed sensor (37), installation set (38), erection joint (39), second live The side of lever (310), the second fixed link (311) and the second mounting groove (312), the mounting bar (31) is fixed with fixed hydraulic Bar (13), and mounting bar (31) is equipped with mounting rack (33) far from the side of fixer compression bar (13), the mounting rack (33) Lower section is provided with sliding groove (32), and the sliding groove (32) is set to the side of pedestal (12) far from idler wheel (11), the fastening Bolt (34) is connected by permanent magnet synchronous motor (35) with mounting rack (33), and permanent magnet synchronous motor (35) is set to mounting rack (33) it far from the side of sliding groove (32), is fixedly connected between the shaft (36) and permanent magnet synchronous motor (35), and shaft (36) it is set to the middle part of permanent magnet synchronous motor (35), the deep side of the shaft (36) is provided with speed sensor (37), and speed sensor (37) is provided with installation set (38) far from the side of shaft (36), and the installation set (38) passes through peace Joint (39) is connected with the second motion bar (310), and the second motion bar (310) by the second fixed link (311) and is fixed Hydraulic stem (13) is connected, and second mounting groove (312) is fixed on the second fixed link (311) deep side.

Further, the take-up mechanism (4) includes the second mounting blocks (41), connecting rod (42) and limit plate (43), institute It states the second mounting blocks (41) and is embedded in the side that detection mounting base (21) contains the first fixed link (16), and the second mounting blocks (41) It is connected by connecting rod (42) with limit plate (43), the limit plate (43) passes through the second mounting blocks (41), connecting rod (42) It is rotation connection between detection mounting base (21).

Further, the protection mechanism (5) includes the first motion bar (51), the first connecting tube (52), the second connecting tube (53), the connecting rod with through-hole (54), support rod (55) and the connecting rod (56) with card slot, first motion bar (51) It is set to the side that detection mounting base (21) contains holding rod (17), and the one of separate detection mounting base (21) of the first motion bar (51) End is connected by the first connecting tube (52) with the first motion bar (51), and first connecting tube (52) passes through the first motion bar (51) it is connected with the second connecting tube (53), the connecting rod (54) with through-hole is set between the second connecting tube (53), The connecting rod (56) with card slot is set between the first connecting tube (52), and the support rod (55) is set to card slot Connecting rod (56) far from detection mounting base (21) center side.

Further, the fixing groove (7) includes card slot (701), fixture block (702), rotating bar (703) and handle (704), The fixture block (702) is provided with rotating bar (703) far from the side of card slot (701), and the card slot (701) passes through fixture block (702) It is rotation connection between rotating bar (703), and rotating bar (703) is fixed with handle (704) far from the one end of fixture block (702).

Further, the mounting plate (8) includes through-hole (801) and hinge (802), and the through-hole (801) is close to fixed The side of hydraulic stem (13) is provided with hinge (802).

Further, the installation set (38) include mounting hole (381), the first fixture block (382), the second fixture block (383) and The side of first mounting blocks (384), the mounting hole (381) is fixed with the first fixture block (382), and the first fixture block (382) is separate The side of mounting hole (381) is provided with the second fixture block (383), side of second fixture block (383) far from the first fixture block (382) It is fixed with the first mounting blocks (384).

Further, the connecting rod (54) includes cavity (541), by motion block (542), spring (543) and shield (544), it is equipped in the middle part of the cavity (541) by motion block (542), it is described to pass through spring (543) and support by motion block (542) Bar (55) is connected, and the shield (544) is set to the side far from spring (543) center.

Compared with prior art, the beneficial effects of the present invention are:

1, stretching structure is formed between fixer compression bar and hydraulic motion bar, and stretching structure is provided with four groups altogether, according to Detect the size of different permanent magnet synchronous motors, can telescopic hydraulic motion bar up and down, be applicable in hydraulic motion bar and different permanent magnetism The size of synchronous motor.

2, to be slidably connected between mounting rack and sliding groove, and the length scale of sliding groove is big greater than the length of mounting rack Small, mounting rack is that individually mounting rack is disassembled when installing permanent magnet synchronous motor, be mounted directly permanent magnet synchronous electric by individual Machine facilitates installation permanent magnet synchronous motor.

3, multimeter and speed sensor are all set in the detection device, and same detection device has both a variety of detections, are made When with the device, directly detecting the speed of permanent magnet synchronous motor, whether failure and circuit break down, a kind of detection device Multiple use, the detection device can only not only detect one kind, not need repeated detection, reduce employee work number, reduction person Work working frequency keeps inspection more regular, more comprehensively.

4, the contour structures of mounting blocks, connecting rod and limit plate are " work ", and mounting blocks, connecting rod and limit plate and detection It is rotational structure between mounting base, since electric wire is directly managed above limit plate, when twitching electric wire, limit plate is pacified in detection Rotation below seat is filled, facilitates lineation, containing electric wire is also very convenient, and the device electric wire will not be made excessively in disorder.

5, stretching structure is formed between the second motion bar and the second fixed link, and stretching structure is provided with two groups altogether, and stretches Axis of spindle is symmetrical about turning for shrinking structure, and the second motion bar and the second fixed link is adjusted according to the size of permanent magnet synchronous motor Between total length, press the second motion bar, the second motion bar is directly accommodated on the inside of the second fixed link, is adjusted so as to realize Save the size of length.

6, spring, directly constitute stretching structure by motion block and shield, motion block is pressed in pressing, by motion block pressure effect Under, spring and shield compression are driven, can make to press block and be directly buckled in inside cavities, facilitates installation support rod.

7, the first motion bar, the first connecting tube, the second connecting tube, the connecting rod with through-hole, support rod and have card slot Connecting rod be independent individual, directly combined and spliced when spliced, when transport, separately transports, convenient transportation, when storage Separately storage.

8, the radius of non-slip mat is greater than the radius of holding rod, hand be held in non-slip mat drag the detection device it is mobile when, will not go out The phenomenon that now breakking away.

9, rotating bar forms rotational structure by card slot, fixture block and fixing groove, and the angle of rotational structure be 0-90 ° it Between, and there are two card slot is arranged altogether, handle is rotated clockwise, handle is directly buckled on the card slot being parallel to the horizontal plane, fixed Handle, handle and when horizontal plane, through-hole can be directly buckled on the outside of handle, and when handle is parallel to the horizontal plane, handle can be with Mounting plate is limited, guarantees that mounting plate will not shake, plays the role of limiting mounting plate.

10, mounting plate is by forming rotational structure between hinge and supporting mechanism, and the inside of the through-hole on the inside of mounting plate Size matches with the outer dimension of handle, is rotatablely installed plate, the through-hole on the inside of mounting plate is directly buckled on handle, by mounting plate Fix, it is easy to operate, facilitate fixation.

Detailed description of the invention

Fig. 1 is schematic view of the front view of the present invention.

Fig. 2 is side structure schematic view of the present invention.

Fig. 3 is installation set structural schematic diagram of the present invention.

Fig. 4 is fixed slot configurations schematic diagram of the present invention.

Fig. 5 is fixing groove cross section structure schematic diagram of the present invention.

Fig. 6 is velocity response flowage structure schematic diagram of the present invention.

Fig. 7 is partial enlargement structural representation at A in Fig. 1 of the present invention.

Fig. 8 is partial enlargement structural representation at B in Fig. 1 of the present invention.

In figure: 1, supporting mechanism, 11, idler wheel, 12, pedestal, 13, fixer compression bar, the 14, first mounting groove, 15, hydraulic work Lever, the 16, first fixed link, 17, holding rod, 2, testing agency, 21, detection mounting base, 22, transformer, 23, electric wire, 24, general-purpose Table, 25, red test pencil, 26, black meter pen, 3, installing mechanism, 31, mounting bar, 32, sliding groove, 33, mounting rack, 34, fastening bolt, 35, permanent magnet synchronous motor, 36, shaft, 37, speed sensor, 38, installation set, 381, mounting hole, the 382, first fixture block, 383, Second fixture block, the 384, first mounting blocks, 39, erection joint, the 310, second motion bar, the 311, second fixed link, the 312, second peace Tankage, 4, take-up mechanism, the 41, second mounting blocks, 42, connecting rod, 43, limit plate, 5, protection mechanism, the 51, first motion bar, 52, the first connecting tube, the 53, second connecting tube, 54, the connecting rod with through-hole, 541, cavity, 542, press motion block, 543, spring, 544, shield, 55, support rod, 56, the connecting rod with card slot, 6, non-slip mat, 7, fixing groove, 701, card slot, 702, fixture block, 703, rotating bar, 704, handle, 8, mounting plate, 801, through-hole, 802, hinge.

Specific embodiment

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 description, 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.

Fig. 1-6 is please referred to, the present invention provides a kind of technical solution: a kind of permasyn morot fault detection means, packet Supporting mechanism 1, testing agency 2, installing mechanism 3, take-up mechanism 4, protection mechanism 5, non-slip mat 6, fixing groove 7 and mounting plate 8 are included, One end of the supporting mechanism 1 is connected with testing agency 2, and installing mechanism 3 is provided between testing agency 2 and supporting mechanism 1, The top of the take-up mechanism 4 is provided with testing agency 2, and the lower section of take-up mechanism 4 is provided with installing mechanism 3, the protection Mechanism 5 is set to side of the testing agency 2 far from take-up mechanism 4, and the non-slip mat 6 is installed on the outside of supporting mechanism 1, described Fixing groove 7 is set to the deep one end of supporting mechanism 1, and what the mounting plate 8 was set to supporting mechanism 1 has fixing groove 7 Side.

Preferably, the supporting mechanism 1 include idler wheel 11, it is pedestal 12, fixer compression bar 13, the first mounting groove 14, hydraulic Motion bar 15, the first fixed link 16 and holding rod 17, the right side of the pedestal 12 is provided with idler wheel 11, and pedestal 12 is far from idler wheel 11 Side be fixed with fixer compression bar 13, the fixer compression bar 13 is provided with the first mounting groove far from the side at 12 center of pedestal 14, the fixer compression bar 13 is provided with hydraulic motion bar 15 far from the side of pedestal 12, and hydraulic motion bar 15 passes through first Fixed link 16 is connected with holding rod 17, and first fixed link 16 is set to one of hydraulic motion bar 15 far from fixer compression bar 13 Side.

Preferably, the testing agency 2 includes detection mounting base 21, transformer 22, electric wire 23, multimeter 24, red test pencil 25 and black meter pen 26, one end of the detection mounting base 21 is connected with the first fixed link 16, and detects mounting base 21 far from first One end of fixed link 16 is provided with holding rod 17, and the transformer 22 is set to the detection one end of mounting base 21 containing holding rod 17, and 22 same plane of transformer is provided with multimeter 24, and the transformer 22 connects live wire 23 far from one end of holding rod 17, described Red test pencil 25 and black meter pen 26 are set side by side, and red test pencil 25 is set to one of red test pencil 25 far from detection 21 center of mounting base Side.

Preferably, the installing mechanism 3 is same including mounting bar 31, sliding groove 32, mounting rack 33, fastening bolt 34, permanent magnetism Walk motor 35, shaft 36, speed sensor 37, installation set 38, erection joint 39, the second motion bar 310, the second fixed link 311 With the second mounting groove 312, the side of the mounting bar 31 is fixed with fixer compression bar 13, and mounting bar 31 is far from fixer compression bar 13 side is equipped with mounting rack 33, and the lower section of the mounting rack 33 is provided with sliding groove 32, and the sliding groove 32 is set to bottom 12 sides far from idler wheel 11 of seat, the fastening bolt 34 is connected by permanent magnet synchronous motor 35 with mounting rack 33, and permanent magnetism Synchronous motor 35 is set to side of the mounting rack 33 far from sliding groove 32, is solid between the shaft 36 and permanent magnet synchronous motor 35 Fixed connection, and shaft 36 is set to the middle part of permanent magnet synchronous motor 35, the deep side of the shaft 36 is provided with speed Inductor 37, and speed sensor 37 is provided with installation set 38 far from the side of shaft 36, the installation set 38 is connect by installation First 39 are connected with the second motion bar 310, and the second motion bar 310 is connected by the second fixed link 311 with fixer compression bar 13 It connects, second mounting groove 312 is fixed on the deep side of the second fixed link 311.

Preferably, the take-up mechanism 4 includes the second mounting blocks 41, connecting rod 42 and limit plate 43, second installation Block 41 is embedded in detection side of the mounting base 21 containing the first fixed link 16, and the second mounting blocks 41 pass through connecting rod 42 and limit Plate 43 is connected, and the limit plate 43 is by being rotation connection between the second mounting blocks 41, connecting rod 42 and detection mounting base 21.

Preferably, the protection mechanism 5 includes the first motion bar 51, the first connecting tube 52, the second connecting tube 53, has and lead to Connecting rod 54, support rod 55 and the connecting rod 56 with card slot in hole, first motion bar 51 are set to detection mounting base 21 Side containing holding rod 17, and the one end of the first motion bar 51 far from detection mounting base 21 is living by the first connecting tube 52 and first Lever 51 is connected, and first connecting tube 52 is connected by the first motion bar 51 with the second connecting tube 53, described with logical The connecting rod 54 in hole is set between the second connecting tube 53, the connecting rod 56 with card slot be set to the first connecting tube 52 it Between, the support rod 55 is set to side of the connecting rod 56 with card slot far from detection 21 center of mounting base.

Preferably, the fixing groove 7 includes card slot 701, fixture block 702, rotating bar 703 and handle 704, the fixture block 702 Side far from card slot 701 is provided with rotating bar 703, and the card slot 701 passes through between fixture block 702 and rotating bar 703 as rotation Connection, and rotating bar 703 is fixed with handle 704 far from one end of fixture block 702.

Preferably, the mounting plate 8 includes through-hole 801 and hinge 802, and the through-hole 801 is close to fixer compression bar 13 Side is provided with hinge 802.

Preferably, the installation set 38 includes mounting hole 381, the first fixture block 382, the second fixture block 383 and the first mounting blocks 384, the side of the mounting hole 381 is fixed with the first fixture block 382, and the first fixture block 382 is arranged far from the side of mounting hole 381 There is the second fixture block 383, second fixture block 383 is fixed with the first mounting blocks 384 far from the side of the first fixture block 382.

Preferably, the connecting rod 54 includes cavity 541, presses motion block 542, spring 543 and shield 544, the cavity 541 middle part is equipped with by motion block 542, described to be connected by spring 543 with support rod 55 by motion block 542, the shield 544 are set to the side far from 543 center of spring.

When specifically used, rotating handle 704 counterclockwise first, rotating handle 704 drives fixture block 702 and rotating bar 703 to exist The rotation of the inside of fixing groove 7 and card slot 701, handle 704 is directly buckled in 701 inside of card slot with horizontal plane, by mounting plate 8 It is rotated by hinge 802, separates through-hole 801 with handle 704, by mounting rack 33 directly under the disassembly of the inside of sliding groove 32 Come, then install permanent magnet synchronous motor 35 with mounting rack 33 by fastening bolt 34, drives permanent magnetism same mounting rack 33 Step motor 35 is mounted on 32 top of sliding groove again, and mounting plate 8 is directly buckled in the outside of handle 704, rotates clockwise 90 °, The stretching structure formed using fixer compression bar 13 and hydraulic motion bar 15, four groups of simultaneous retractables make the red test pencil of multimeter 24 25 and black meter pen 26 can be connected directly between on permanent magnet synchronous motor 35, then adjust the second motion bar 310 and the second fixed link 311 total length makes speed sensor 37 and installation set 38 be directly installed on the outside of shaft 36, the second motion bar during this 310 and second the stretching structure that is formed of fixed link 311 generate deformation, installed according to the radius of different permanent magnet synchronous motors 35 different The speed sensor 37 and installation set 38 of size will be mounted in erection joint 39, installation set between the other end of installation set 38 38 are constituted for two half circular arcs, therefore are installed between installation set 38, are by the first mounting blocks 384 directly by the first card Block 382 and the second fixture block 383 are buckled in 381 inside of mounting hole, installation are completed, by the first motion bar 51, the first connecting tube 52, second Connecting tube 53, cavity 541, presses motion block 542, spring 543, shield 544, support rod 55 and band at the connecting rod 54 with through-hole There is the connecting rod 56 of card slot to be spliced, support rod 55 is directly buckled in the connecting rod of the card slot of the connecting rod 56 of card slot during this 56 outside is pressed by motion block 542, and deformation occurs simultaneously for spring 543 and shield 544, installs support rod 55 smoothly, opens When beginning to detect, one end of transformer 22 is connected with external power supply, the other end of transformer 22 is same by electric wire 23 and permanent magnetism Step motor 35 is connected, by the red test pencil 25 of multimeter 24 and black meter pen 26 respectively with the connection circuit phase of permanent magnet synchronous motor 35 Connection, during taking out line, electric wire 23 drives limit plate 43 and the second mounting blocks 41 to pacify in detection in the outside of connecting rod 42 It is rotated on the inside of dress seat 21, limit plate 43 is facilitated directly to arrange electric wire 23, after detection is good, hand is placed in non-slip mat 6, drags holding rod 17, under the drive of idler wheel 11, which starts to move, and is moved easily, easy to operate.

It should be noted that, in this document, the terms "include", "comprise" or its any other variant are intended to non-row His property includes, so that the process, method, article or equipment for including a series of elements not only includes those elements, and And further include other elements that are not explicitly listed, or further include for this process, method, article or equipment institute it is intrinsic Element.

Used herein a specific example illustrates the principle and implementation of the invention, the explanation of above example Method and its core concept of the invention are merely used to help understand, the above is only a preferred embodiment of the present invention, are answered When pointing out due to the finiteness of literal expression, and objectively there is unlimited specific structure, for the common skill of the art For art personnel, without departing from the principle of the present invention, several improvement, retouching or variation can also be made, can also incited somebody to action Above-mentioned technical characteristic is combined in the right way；These improve retouching, variation or combination, or the not improved structure by invention Think and technical solution directly applies to other occasions, is regarded as protection scope of the present invention.

Claims (10)

1. a kind of permasyn morot fault detection means, including supporting mechanism (1), testing agency (2), installing mechanism (3), Take-up mechanism (4), protection mechanism (5), non-slip mat (6), fixing groove (7) and mounting plate (8), it is characterised in that: the support machine One end of structure (1) is connected with testing agency (2), and installing mechanism (3) are provided between testing agency (2) and supporting mechanism (1), It is provided with testing agency (2) above the take-up mechanism (4), and is provided with installing mechanism (3) below take-up mechanism (4), The protection mechanism (5) is set to the side of testing agency (2) far from take-up mechanism (4), and the non-slip mat (6) is installed on support The outside of mechanism (1), the fixing groove (7) are set to supporting mechanism (1) deep one end, mounting plate (8) setting In the side for having fixing groove (7) of supporting mechanism (1).

2. a kind of permasyn morot fault detection means according to claim 1, it is characterised in that: supporting mechanism It (1) include idler wheel (11), pedestal (12), fixer compression bar (13), the first mounting groove (14), hydraulic motion bar (15), first solid Fixed pole (16) and holding rod (17) are provided with idler wheel (11) on the right side of the pedestal (12), and pedestal (12) is far from idler wheel (11) Side is fixed with fixer compression bar (13), and the fixer compression bar (13) is provided with the first peace far from the side at pedestal (12) center Tankage (14), the fixer compression bar (13) is provided with hydraulic motion bar (15) far from the side of pedestal (12), and hydraulic activity Bar (15) is connected by the first fixed link (16) with holding rod (17), and first fixed link (16) is set to hydraulic motion bar (15) far from the side of fixer compression bar (13).

3. a kind of permasyn morot fault detection means according to claim 1, it is characterised in that: testing agency It (2) include detecting mounting base (21), transformer (22), electric wire (23), multimeter (24), red test pencil (25) and black meter pen (26), One end of detection mounting base (21) is connected with the first fixed link (16), and detects mounting base (21) far from the first fixed link (16) one end is provided with holding rod (17), and the transformer (22) is set to one that detection mounting base (21) contains holding rod (17) End, and transformer (22) same plane is provided with multimeter (24), the transformer (22) connects far from the one end of holding rod (17) Live wire (23), the red test pencil (25) and black meter pen (26) are set side by side, and red test pencil (25) is set to red test pencil (25) far Side from detection mounting base (21) center.

4. a kind of permasyn morot fault detection means according to claim 1 or 3, it is characterised in that: fitting machine Structure (3) includes mounting bar (31), sliding groove (32), mounting rack (33), fastening bolt (34), permanent magnet synchronous motor (35), shaft (36), speed sensor (37), installation set (38), erection joint (39), the second motion bar (310), the second fixed link (311) and The side of second mounting groove (312), the mounting bar (31) is fixed with fixer compression bar (13), and mounting bar (31) is far from fixed The side of hydraulic stem (13) is equipped with mounting rack (33), is provided with sliding groove (32), the cunning below the mounting rack (33) Dynamic slot (32) are set to the side of pedestal (12) far from idler wheel (11), and the fastening bolt (34) passes through permanent magnet synchronous motor (35) It is connected with mounting rack (33), and permanent magnet synchronous motor (35) is set to the side of mounting rack (33) far from sliding groove (32), institute It states to be fixedly connected between shaft (36) and permanent magnet synchronous motor (35), and shaft (36) is set to permanent magnet synchronous motor (35) Middle part, the deep side of the shaft (36) are provided with speed sensor (37), and speed sensor (37) is far from shaft (36) side is provided with installation set (38), and the installation set (38) passes through erection joint (39) and the second motion bar (310) phase Connection, and the second motion bar (310) is connected by the second fixed link (311) with fixer compression bar (13), second installation Slot (312) is fixed on the second fixed link (311) deep side.

5. a kind of permasyn morot fault detection means according to claim 1, it is characterised in that: take-up mechanism It (4) include the second mounting blocks (41), connecting rod (42) and limit plate (43), second mounting blocks (41) are embedded in detection installation Seat (21) contains the side of the first fixed link (16), and the second mounting blocks (41) are connected by connecting rod (42) with limit plate (43) It connects, the limit plate (43) is by being rotation connection between the second mounting blocks (41), connecting rod (42) and detection mounting base (21).

6. a kind of permasyn morot fault detection means according to claim 1, it is characterised in that: protection mechanism It (5) include the first motion bar (51), the first connecting tube (52), the second connecting tube (53), the connecting rod (54) with through-hole, support Bar (55) and connecting rod (56) with card slot, first motion bar (51) are set to detection mounting base (21) and contain holding rod (17) side, and the one end of the first motion bar (51) far from detection mounting base (21) is living with first by the first connecting tube (52) Lever (51) is connected, and first connecting tube (52) is connected by the first motion bar (51) with the second connecting tube (53), institute It states the connecting rod (54) with through-hole to be set between the second connecting tube (53), the connecting rod (56) with card slot is set to Between first connecting tube (52), the support rod (55) is set to the connecting rod (56) with card slot far from detection mounting base (21) The side at center.

7. a kind of permasyn morot fault detection means according to claim 1, it is characterised in that: the fixing groove It (7) include card slot (701), fixture block (702), rotating bar (703) and handle (704), the fixture block (702) is far from card slot (701) Side be provided with rotating bar (703), the card slot (701) pass through between fixture block (702) and rotating bar (703) for rotation company It connects, and rotating bar (703) is fixed with handle (704) far from the one end of fixture block (702).

8. a kind of permasyn morot fault detection means according to claim 1, it is characterised in that: the mounting plate It (8) include through-hole (801) and hinge (802), the through-hole (801) is provided with hinge close to the side of fixer compression bar (13) (802).

9. a kind of permasyn morot fault detection means according to claim 4, it is characterised in that: the installation set It (38) include mounting hole (381), the first fixture block (382), the second fixture block (383) and the first mounting blocks (384), the mounting hole (381) side is fixed with the first fixture block (382), and the first fixture block (382) is provided with second far from the side of mounting hole (381) Fixture block (383), second fixture block (383) are fixed with the first mounting blocks (384) far from the side of the first fixture block (382).

10. a kind of permasyn morot fault detection means according to claim 6, it is characterised in that: the connection Bar (54) includes cavity (541), by motion block (542), spring (543) and shield (544), and the middle part of the cavity (541) is pacified Equipped with by motion block (542), described to be connected by spring (543) with support rod (55) by motion block (542), the shield (544) it is set to the side far from spring (543) center.