CN107356616B - Temperature measurement type hub flaw detection system and method - Google Patents

Temperature measurement type hub flaw detection system and method Download PDF

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Publication number
CN107356616B
CN107356616B CN201710167586.4A CN201710167586A CN107356616B CN 107356616 B CN107356616 B CN 107356616B CN 201710167586 A CN201710167586 A CN 201710167586A CN 107356616 B CN107356616 B CN 107356616B
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failure information
communication failure
switch communication
controller
switch
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CN107356616A (en
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王啸东
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Nanjing Institute of Railway Technology
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Nanjing Institute of Railway Technology
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    • G—PHYSICS
    • G01—MEASURING; TESTING
    • G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
    • G01N23/00—Investigating or analysing materials by the use of wave or particle radiation, e.g. X-rays or neutrons, not covered by groups G01N3/00 – G01N17/00, G01N21/00 or G01N22/00
    • G01N23/02—Investigating or analysing materials by the use of wave or particle radiation, e.g. X-rays or neutrons, not covered by groups G01N3/00 – G01N17/00, G01N21/00 or G01N22/00 by transmitting the radiation through the material
    • G01N23/04—Investigating or analysing materials by the use of wave or particle radiation, e.g. X-rays or neutrons, not covered by groups G01N3/00 – G01N17/00, G01N21/00 or G01N22/00 by transmitting the radiation through the material and forming images of the material
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L67/00—Network arrangements or protocols for supporting network services or applications
    • H04L67/01—Protocols
    • H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
    • G—PHYSICS
    • G01—MEASURING; TESTING
    • G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
    • G01N2223/00—Investigating materials by wave or particle radiation
    • G01N2223/30—Accessories, mechanical or electrical features
    • G01N2223/308—Accessories, mechanical or electrical features support of radiation source
    • G—PHYSICS
    • G01—MEASURING; TESTING
    • G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
    • G01N2223/00—Investigating materials by wave or particle radiation
    • G01N2223/30—Accessories, mechanical or electrical features
    • G01N2223/33—Accessories, mechanical or electrical features scanning, i.e. relative motion for measurement of successive object-parts
    • G01N2223/3303—Accessories, mechanical or electrical features scanning, i.e. relative motion for measurement of successive object-parts object fixed; source and detector move
    • G—PHYSICS
    • G01—MEASURING; TESTING
    • G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
    • G01N2223/00—Investigating materials by wave or particle radiation
    • G01N2223/60—Specific applications or type of materials
    • G01N2223/646—Specific applications or type of materials flaws, defects

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Abstract

A temperature measurement type hub flaw detection system and method comprises the following steps: the fourth track is arranged on the second track and can move along the second track, a sliding block is arranged on the second track, and the fourth track is fixed on the sliding block; the bottom end of the fourth track is integrally connected with a straight quadrangular prism-shaped connecting rod, the sliding block is quadrangular prism-shaped, the connecting rod is connected with the sliding block through a connecting strip, the connecting strip is welded at one end of the sliding block, the connecting strip is quadrangular prism-shaped, the connecting strip is provided with a clamping hole penetrating through the bottom of the connecting strip from the top, the server is arranged in a main control box, a temperature sensor is further arranged in the main control box, and the temperature sensor and the alarm are connected with the single chip microcomputer. The combination method effectively avoids the defect that the cost is increased because the sliding block is damaged or even can not be used continuously due to the welding and fixing structure in the prior art.

Description

Temperature measurement type hub flaw detection system and method
Technical Field
The invention relates to the technical field of flaw detection, in particular to a temperature measurement type hub flaw detection system and method.
Background
The hub is usually obtained after rolling, in order to detect whether holes and crack defects exist on the hub, metal flaw detection is usually performed by adopting a method of arranging a radiation emitter on one side of a plate and arranging a radiation receiver on the other side of the plate, wherein the radiation emitter emits radiation (X rays, α rays and the like), the radiation passes through the hub and reaches the radiation receiver, and the radiation receiver judges whether the hub has defects according to the condition of the received radiation.
In order to overcome the defects, the wheel hub defect detection device comprises a first rail, a second rail and a third rail, wherein the first rail is arranged on the ground and is parallel to the second rail;
the portal frame is arranged on the first rail and can move along the first rail;
the third track is arranged on the portal frame;
a rotary driving mechanism for driving the third track to change between being parallel to the first track and being perpendicular to the first track;
the ray emitter is arranged on the third track, can move along the third track and is used for emitting flaw detection rays;
the second tracks are parallel to each other, are parallel to the first tracks and are positioned between the first tracks;
the fourth track is arranged on the second track and can move along the second track, a sliding block is arranged on the second track, and the fourth track is fixed on the sliding block;
the ray receiver is arranged on the fourth rail, can move along the fourth rail, and is used for receiving the flaw detection rays and forming a detection image;
the fifth tracks are parallel to each other, are parallel to the second tracks and are positioned between the second tracks;
the feeding device is arranged on the fifth rail, can move on the fifth rail and is used for conveying the wheel hub to a position between the ray emitter and the ray receiver;
the server is used for receiving the detection image and analyzing the defect of the detection image;
and the communication module is used for sending the detection image to the server and receiving a defect analysis result sent by the server.
According to the hub defect detecting device, the first rail, the second rail and the third rail are all arranged in the same direction. When the wheel rim is detected, the third track is adjusted to be parallel to the first track, the wheel hub is erected (the wheel hub is parallel to the first track through the central axis) and placed on the feeding device, the feeding device is close to the portal frame, the third track extends into the cylindrical wheel rim, the ray receiver is located below the wheel hub, the ray transmitter is started, and rays emitted by the ray transmitter penetrate through the wheel rim and are received by the ray receiver. Meanwhile, the ray emitter and the ray receiver move on the third rail and the second rail respectively under the driving of the power device, the ray emitter and the ray receiver keep synchronous movement, linear scanning on a horizontal plane is carried out on the wheel hub, then the wheel hub is rotated, and the ray emitter and the ray receiver are fixed, so that the ray emitter can carry out circumferential scanning on the horizontal plane on the wheel rim, and the ray emitter can point to any position on the wheel rim. When detecting the spoke, adjust the third track to the state perpendicular with first track, the ray emitter can follow the portal frame and move on first track, also can follow the third track motion simultaneously, and ray receiver also can follow second track and fourth track simultaneously and move, and ray emitter and ray receiver all can move along two mutually perpendicular directions on the plane, therefore the ray can scan the whole plane at spoke place. In conclusion, the hub defect detecting device can realize comprehensive defect detection of the whole following hub. The detection image generated by the ray receiver is sent to the server side, and the server performs defect analysis on the image, so that the detection speed is improved, and the load of a local processor is reduced.
Preferably, the hub defect detecting device has a U-shaped gantry, a vertical frame with wheels at the bottom and arranged on the two first rails, and a cross frame arranged at the top of the two vertical frames. The structure makes the space below the ray emitter enough to accommodate the ray receiver and the metal plate fixing frame to make the structure compact.
Preferably, the hub defect detection device and the portal frame are further fixed with a cooling box and a high-voltage power supply for supplying power to the ray emitter. The cooling box cools off for high voltage power supply and ray emitter, and high voltage power supply supplies power for the ray emitter, and cooling box and high voltage power supply all set up on the portal frame, follow the together motion of portal frame, can reduce the pipeline use amount, prevent simultaneously that the relative motion takes place between pipeline and the portal frame and buckle the damage.
Preferably, this wheel hub defect detecting device, loading attachment includes:
the bottom frame, the bottom is installed the wheel and the front end has open-ended bottom frame, is provided with the top frame of backing roll, and fixed connection has played bottom frame and top frame rear end and the vertical frame in middle.
The front end of bottom frame and top frame does not have the vertical frame of fixed usefulness, so can make after loading attachment is close ray emitter and ray receiver, ray receiver can stretch into in the chassis, makes ray receiver reach the wheel hub below, and bottom frame front end has the opening, can leave the space for the interconnecting link with ray receiver.
Preferably, the hub defect detecting device is provided with at least one bearing on each supporting roller. The bearing can reduce the friction when the wheel hub rotates, prevent the wheel hub wearing and tearing, improve wheel hub surface quality.
Preferably, in the hub defect detecting device, the third rail is disposed on a rotary driving mechanism, and the rotary driving mechanism can change the third rail between being parallel to the first rail and being perpendicular to the first rail. The third track can change the direction, so that the running direction of the ray emitter has more choices, and the position of the ray emitter is easier to adjust according to the situation.
Therefore, the hub defect detection method is derived, and the hub defect detection device comprises the following steps:
wheel hub material loading: placing the wheel hub on a feeding device in a mode that the central axis is parallel to the first track and one side with the spoke is far away from the portal frame, adjusting the third track to be parallel to the first track, transporting the wheel hub to a detection starting position by using the feeding device, wherein when the wheel hub is located at the detection starting position, the ray emitter extends into the wheel hub and enables the whole wheel hub to be located above the ray receiver, and the ray emitter is located at one axial end of the wheel hub;
detecting a rim: starting a ray emitter to enable the hub to rotate and to make axial displacement relative to the ray emitter and the ray receiver;
image analysis: the ray receiver receives rays generated by the ray emitter to form an image, the image is sent to the server through the communication module, the server carries out defect identification on the image to form a defect analysis result, and then the defect analysis result is sent back to the communication module.
Preferably, in the wheel hub defect detecting method, in the wheel rim detection, the step of rotating the wheel hub and making an axial displacement relative to the radiation emitter and the radiation receiver comprises:
a hub rotating step: fixing the ray emitter and the ray receiver, and driving the hub to rotate for a circle;
axial movement: after the hub rotates for a circle, the ray emitter and the ray receiver respectively do the same displacement along the third track and the second track;
and repeating the hub rotating step and the axial moving step until the ray emitter is positioned at the other axial end of the hub.
Preferably, the hub defect detection method further comprises, before the step of image analysis: and flatly placing the hub on the feeding device, adjusting the third track to be vertical to the first track, and starting from one end of the hub to enable the ray emitter and the ray receiver to perform plane scanning movement.
Preferably, in the hub defect detecting method, the process of the planar scanning movement is as follows: and positioning the ray emitter and the ray receiver at one side of the hub, respectively moving the ray emitter and the ray receiver from one end to the other end of the third track and the fifth track, then, making the ray emitter move along the first track and the ray receiver move along the second track along the portal frame to a certain extent, respectively moving the ray emitter and the ray receiver from one end to the other end of the third track and the fifth track, and repeating the steps until the ray emitter and the ray receiver are positioned at the other side of the hub.
The mode of fixed fourth track on the slider is the roof of slider and the butt fusion of fourth track mutually and fixed, because the fourth track often because the fourth track need be maintained with the slider separately, but separate the butt fusion fixed knot structure and can let the slider impaired even unable continuation use, increased the expense spending.
In addition, the server is often arranged in the main control box, if the temperature in the main control box is increased and exceeds the maximum value of the normal working temperature of the server, the server can work in a problem, but an alarm device aiming at the condition that the temperature in the main control box exceeds the maximum value of the normal working temperature of the server is not provided at present.
Disclosure of Invention
In order to solve the problems, the invention provides a temperature measurement type hub flaw detection system and method, which effectively overcome the defects that in the prior art, a sliding block is damaged by a welding and fixing structure, even the sliding block cannot be used continuously, the cost is increased, and an alarm device aiming at the condition that the temperature in a main control box exceeds the maximum value of the normal working temperature of a server is not provided.
In order to overcome the defects in the prior art, the invention provides a solution for a temperature measurement type hub flaw detection system and method, which comprises the following specific steps:
a temperature measurement type hub flaw detection system comprising:
a fourth rail 24 which is provided on the second rail 22 and is movable along the second rail 22, and on which a slider is provided, and the fourth rail 24 is fixed;
the server is used for receiving the detection image and analyzing the defect of the detection image;
a straight quadrangular prism-shaped connecting bar S2 is integrally connected to the bottom end of the fourth rail 24, the sliding block S1 is quadrangular prism-shaped, the connecting bar S2 is connected with the sliding block S1 through a connecting bar S3, the connecting bar S3 is welded to one end of the sliding block S1, the connecting bar S3 is quadrangular prism-shaped, a clamping hole penetrating the bottom of the connecting bar S3 from the top is formed in the connecting bar S3, a clamping head S4 in transition fit with the clamping hole is clamped in the clamping hole, the clamping head S4 is welded to the bottom of the connecting bar S2, a first positioning device and a second positioning device are arranged at the connecting position between the clamping head S4 and the connecting bar S3, the first positioning device comprises a pair of mirror image distribution first connecting pieces S5 welded to the connecting bar S3 and the sliding block S1 and a second connecting piece S6 welded to a pair of connecting pieces S5, and the second connecting piece S6 is welded to one side of the connecting bar S1, the second positioning device comprises a first positioning piece S7 and a second positioning piece S8 corresponding to the first positioning piece S7, wherein the first positioning piece S7 is arranged at the position where the connecting rod S2 is connected with the clamping head S4, the first positioning piece S7 is positioned above the second positioning piece S8, the first positioning piece S7 is respectively welded on two sides of the connecting rod S2 and the clamping head S4 and the side opposite to the sliding block S1, and the second positioning piece S8 is respectively welded on two sides of the connecting rod S3 and the side opposite to the sliding block S1.
The first connecting piece S5 and the second connecting piece S6 are provided with opposite screw holes, and the screw holes are connected together through a screw rod.
Opposite screw holes are formed between the first positioning sheet S7 and the second positioning sheet S8, and the screw holes are connected together through a screw rod;
the server is arranged in the main control box, a temperature sensor is further arranged in the main control box, and the temperature sensor and the alarm are connected with the single chip microcomputer.
The method of the temperature measurement type hub flaw detection system comprises the following steps:
image analysis: the ray receiver 62 receives rays generated by the ray emitter 61 to form an image, and sends the image to the server through the communication module, and the server performs defect identification on the image to form a defect analysis result and then sends the defect analysis result back to the communication module;
the temperature sensor transmits the collected temperature value in the main control box to the single chip microcomputer, the single chip microcomputer compares the temperature value with the maximum value of normal work of the server after receiving the temperature value, and if the temperature value exceeds the maximum value, the alarm is started to give an alarm.
The invention has the beneficial effects that:
the structure is not complex, the connection is firm, and the structure is detachable due to the manner of the screw connection and the clamping connection, so that the assembly speed can be effectively increased during the operation, the future maintenance and the recycling of the fourth rail are easier, and the cost is reduced. The temperature sensor transmits the collected temperature value in the main control box to the single chip microcomputer, the single chip microcomputer compares the temperature value with the maximum value of normal work of the server after receiving the temperature value, and if the temperature value exceeds the maximum value, the alarm is started to give an alarm. Therefore, the alarm device for the temperature in the main control box exceeding the maximum value of the normal working temperature of the server is realized.
Drawings
FIG. 1 is a schematic structural view of a temperature measuring hub inspection system of the present invention;
FIG. 2 is a schematic illustration of the coupling rod of the present invention;
fig. 3 is a schematic diagram of the connection of the temperature sensor of the present invention.
Detailed Description
The invention will be further described with reference to the following figures and examples.
Example 1
As shown in fig. 1 to 3, the temperature measurement type hub flaw detection system includes:
first rails 21 provided on the ground in two parallel to each other;
a gantry 1 which is provided on the first rail 21 and is movable along the first rail 21;
the third rail 23 is arranged on the portal frame 1;
a rotation driving mechanism for driving the third rail 23 to change between being parallel to the first rail 21 and being perpendicular to the first rail 21;
a radiation emitter 61 disposed on the third rail 23 and movable along the third rail 23 for emitting a flaw detection radiation;
two second rails 22 parallel to each other, parallel to the first rails 21, and located between the first rails 21;
a fourth rail 24 which is provided on the second rail 22 and is movable along the second rail 22, and on which a slider is provided, and the fourth rail 24 is fixed;
a straight quadrangular prism-shaped connecting bar S2 is integrally connected to the bottom end of the fourth rail 24, the sliding block S1 is quadrangular prism-shaped, the connecting bar S2 is connected with the sliding block S1 through a connecting bar S3, the connecting bar S3 is welded to one end of the sliding block S1, the connecting bar S3 is quadrangular prism-shaped, a clamping hole penetrating the bottom of the connecting bar S3 from the top is formed in the connecting bar S3, a clamping head S4 in transition fit with the clamping hole is clamped in the clamping hole, the clamping head S4 is welded to the bottom of the connecting bar S2, a first positioning device and a second positioning device are arranged at the connecting position between the clamping head S4 and the connecting bar S3, the first positioning device comprises a pair of mirror image distribution first connecting pieces S5 welded to the connecting bar S3 and the sliding block S1 and a second connecting piece S6 welded to a pair of connecting pieces S5, and the second connecting piece S6 is welded to one side of the connecting bar S1, the second positioning device comprises a first positioning piece S7 and a second positioning piece S8, wherein the first positioning piece S7 is arranged at the position where the connecting rod S2 is connected with the clamping head S4, the second positioning piece S8 corresponds to the first positioning piece S1, the first positioning piece S7 is positioned above the second positioning piece S8, the first positioning piece S7 is respectively welded on two sides of the connecting rod S2 and the clamping head S4 and one side opposite to the sliding block S1, and the second positioning piece S8 is respectively welded on two sides of the connecting rod S3 and one side opposite to the sliding block S1;
the server is arranged in the main control box, a temperature sensor is further arranged in the main control box, and the temperature sensor and the alarm are connected with the single chip microcomputer.
The first connecting piece S5 and the second connecting piece S6 are provided with opposite screw holes, and the screw holes are connected together through a screw rod.
Opposite screw holes are formed between the first positioning sheet S7 and the second positioning sheet S8, and the screw holes are connected together through a screw rod.
A radiation receiver 62 disposed on the fourth rail 24 and capable of moving along the fourth rail 24 for receiving the inspection radiation and forming an inspection image;
two fifth rails 25 parallel to each other, parallel to the second rails 22, and located between the second rails 22;
the feeding device 3 is arranged on the fifth rail 25, can move on the fifth rail 25 and is used for conveying the hub to a position between the ray emitter 61 and the ray receiver 62;
the server is used for receiving the detection image and analyzing the defect of the detection image;
and the communication module is used for sending the detection image to the server and receiving a defect analysis result sent by the server.
The portal frame 1 is U-shaped, and has a vertical frame with wheels at the bottom and arranged on the two first rails 21, and a cross frame arranged at the top of the two vertical frames.
The above structure makes the radiation emitter 61 have enough space below to accommodate the radiation receiver 62 and the sheet metal fixing frame 3, making the structure compact.
The portal frame 1 is also fixed with a cooling box 8 and a high-voltage power supply 7 for supplying power to the ray emitter 61.
The cooling box 8 cools the high-voltage power supply 7 and the ray emitter 61, the high-voltage power supply 7 supplies power to the ray emitter 61, the cooling box 8 and the high-voltage power supply 7 are both arranged on the portal frame 1 and move together with the portal frame 1, the usage amount of a power supply circuit can be reduced, and meanwhile, the electric wire and the portal frame 1 are prevented from moving relatively and being bent and damaged.
The beneficial effect of this embodiment does:
the structure is not complex, the connection is firm, and the structure is detachable due to the manner of the screw connection and the clamping connection, so that the assembly speed can be effectively increased during the operation, the future maintenance and the recycling of the fourth rail are easier, and the cost is reduced. The temperature sensor transmits the collected temperature value in the main control box to the single chip microcomputer, the single chip microcomputer compares the temperature value with the maximum value of normal work of the server after receiving the temperature value, and if the temperature value exceeds the maximum value, the alarm is started to give an alarm.
Example 2
Temperature measurement type wheel hub flaw detection system includes:
first rails 21 provided on the ground in two parallel to each other;
a gantry 1 which is provided on the first rail 21 and is movable along the first rail 21;
the third rail 23 is arranged on the portal frame 1;
a rotation driving mechanism for driving the third rail 23 to change between being parallel to the first rail 21 and being perpendicular to the first rail 21;
a radiation emitter 61 disposed on the third rail 23 and movable along the third rail 23 for emitting a flaw detection radiation;
two second rails 22 parallel to each other, parallel to the first rails 21, and located between the first rails 21;
a fourth rail 24 which is provided on the second rail 22 and is movable along the second rail 22, and on which a slider is provided, and the fourth rail 24 is fixed;
a straight quadrangular prism-shaped connecting bar S2 is integrally connected to the bottom end of the fourth rail 24, the sliding block S1 is quadrangular prism-shaped, the connecting bar S2 is connected with the sliding block S1 through a connecting bar S3, the connecting bar S3 is welded to one end of the sliding block S1, the connecting bar S3 is quadrangular prism-shaped, a clamping hole penetrating the bottom of the connecting bar S3 from the top is formed in the connecting bar S3, a clamping head S4 in transition fit with the clamping hole is clamped in the clamping hole, the clamping head S4 is welded to the bottom of the connecting bar S2, a first positioning device and a second positioning device are arranged at the connecting position between the clamping head S4 and the connecting bar S3, the first positioning device comprises a pair of mirror image distribution first connecting pieces S5 welded to the connecting bar S3 and the sliding block S1 and a second connecting piece S6 welded to a pair of connecting pieces S5, and the second connecting piece S6 is welded to one side of the connecting bar S1, the second positioning device comprises a first positioning piece S7 and a second positioning piece S8 corresponding to the first positioning piece S7, wherein the first positioning piece S7 is arranged at the position where the connecting rod S2 is connected with the clamping head S4, the first positioning piece S7 is positioned above the second positioning piece S8, the first positioning pieces S7 are respectively welded on two sides of the connecting rod S2 and the clamping head S4 and one side opposite to the sliding block S1, and the second positioning pieces S8 are respectively welded on two sides of the connecting rod S3 and one side opposite to the sliding block S1;
the server is arranged in the main control box, a temperature sensor is further arranged in the main control box, and the temperature sensor and the alarm are connected with the single chip microcomputer.
The first connecting piece S5 and the second connecting piece S6 are provided with opposite screw holes, and the screw holes are connected together through a screw rod.
Opposite screw holes are formed between the first positioning sheet S7 and the second positioning sheet S8, and the screw holes are connected together through a screw rod.
A radiation receiver 62 disposed on the fourth rail 24 and capable of moving along the fourth rail 24 for receiving the inspection radiation and forming an inspection image;
two fifth rails 25 parallel to each other, parallel to the second rails 22, and located between the second rails 22;
the feeding device 3 is arranged on the fifth rail 25, can move on the fifth rail 25 and is used for conveying the hub to a position between the ray emitter 61 and the ray receiver 62;
the server is used for receiving the detection image and analyzing the defect of the detection image;
the communication module is used for sending the detection image to the server and receiving a defect analysis result sent by the server;
the server is arranged in the main control box, a temperature sensor is further arranged in the main control box, and the temperature sensor and the alarm are connected with the single chip microcomputer.
The portal frame 1 is U-shaped, and has a vertical frame with wheels at the bottom and arranged on the two first rails 21, and a cross frame arranged at the top of the two vertical frames.
The above structure makes the radiation emitter 61 have enough space below to accommodate the radiation receiver 62 and the sheet metal fixing frame 3, making the structure compact.
The portal frame 1 is also fixed with a cooling box 8 and a high-voltage power supply 7 for supplying power to the ray emitter 61.
The cooling box 8 cools the high-voltage power supply 7 and the ray emitter 61, the high-voltage power supply 7 supplies power to the ray emitter 61, the cooling box 8 and the high-voltage power supply 7 are both arranged on the portal frame 1 and move together with the portal frame 1, the usage amount of a power supply circuit can be reduced, and meanwhile, the electric wire and the portal frame 1 are prevented from moving relatively and being bent and damaged.
The method of the temperature measurement type hub flaw detection system comprises the following steps:
wheel hub material loading: placing the hub on the feeding device 3 in a manner that the central axis is parallel to the first track and one side with the spoke is far away from the portal frame 1, adjusting the third track 23 to be parallel to the first track 21, transporting the hub to a detection starting position by using the feeding device 3, wherein when the hub is located at the detection starting position, the ray emitter 61 extends into the hub and enables the whole hub to be located above the ray receiver 62, and the ray emitter 61 is located at one axial end of the hub;
detecting a rim: turning on the radiation emitter 61 to rotate the hub and displace it axially with respect to the radiation emitter 61 and the radiation receiver 62;
image analysis: the ray receiver 62 receives the rays generated by the ray emitter 61 to form an image, and sends the image to the server through the communication module, and the server performs defect identification on the image to form a defect analysis result, and then sends the defect analysis result back to the communication module. A worker can read and check a defect analysis result through intelligent equipment;
the temperature sensor transmits the collected temperature value in the main control box to the single chip microcomputer, the single chip microcomputer compares the temperature value with the maximum value of normal work of the server after receiving the temperature value, and if the temperature value exceeds the maximum value, the alarm is started to give an alarm.
The beneficial effect of this embodiment does:
the structure is not complex, the connection is firm, and the structure is detachable due to the manner of the screw connection and the clamping connection, so that the assembly speed can be effectively increased during the operation, the future maintenance and the recycling of the fourth rail are easier, and the cost is reduced. The temperature sensor transmits the collected temperature value in the main control box to the single chip microcomputer, the single chip microcomputer compares the temperature value with the maximum value of normal work of the server after receiving the temperature value, and if the temperature value exceeds the maximum value, the alarm is started to give an alarm. Therefore, the alarm device for the temperature in the main control box exceeding the maximum value of the normal working temperature of the server is realized.
Example 3
Temperature measurement type wheel hub flaw detection system includes:
first rails 21 provided on the ground in two parallel to each other;
a gantry 1 which is provided on the first rail 21 and is movable along the first rail 21;
the third rail 23 is arranged on the portal frame 1;
a rotation driving mechanism for driving the third rail 23 to change between being parallel to the first rail 21 and being perpendicular to the first rail 21;
a radiation emitter 61 disposed on the third rail 23 and movable along the third rail 23 for emitting a flaw detection radiation;
two second rails 22 parallel to each other, parallel to the first rails 21, and located between the first rails 21;
a fourth rail 24 which is provided on the second rail 22 and is movable along the second rail 22, and on which a slider is provided, and the fourth rail 24 is fixed;
a straight quadrangular prism-shaped connecting bar S2 is integrally connected to the bottom end of the fourth rail 24, the sliding block S1 is quadrangular prism-shaped, the connecting bar S2 is connected with the sliding block S1 through a connecting bar S3, the connecting bar S3 is welded to one end of the sliding block S1, the connecting bar S3 is quadrangular prism-shaped, a clamping hole penetrating the bottom of the connecting bar S3 from the top is formed in the connecting bar S3, a clamping head S4 in transition fit with the clamping hole is clamped in the clamping hole, the clamping head S4 is welded to the bottom of the connecting bar S2, a first positioning device and a second positioning device are arranged at the connecting position between the clamping head S4 and the connecting bar S3, the first positioning device comprises a pair of mirror image distribution first connecting pieces S5 welded to the connecting bar S3 and the sliding block S1 and a second connecting piece S6 welded to a pair of connecting pieces S5, and the second connecting piece S6 is welded to one side of the connecting bar S1, the second positioning device comprises a first positioning piece S7 and a second positioning piece S8 corresponding to the first positioning piece S7, wherein the first positioning piece S7 is arranged at the position where the connecting rod S2 is connected with the clamping head S4, the first positioning piece S7 is positioned above the second positioning piece S8, the first positioning piece S7 is respectively welded on two sides of the connecting rod S2 and the clamping head S4 and the side opposite to the sliding block S1, and the second positioning piece S8 is respectively welded on two sides of the connecting rod S3 and the side opposite to the sliding block S1.
The first connecting piece S5 and the second connecting piece S6 are provided with opposite screw holes, and the screw holes are connected together through a screw rod.
Opposite screw holes are formed between the first positioning sheet S7 and the second positioning sheet S8, and the screw holes are connected together through a screw rod.
A radiation receiver 62 disposed on the fourth rail 24 and capable of moving along the fourth rail 24 for receiving the inspection radiation and forming an inspection image;
two fifth rails 25 parallel to each other, parallel to the second rails 22, and located between the second rails 22;
the feeding device 3 is arranged on the fifth rail 25, can move on the fifth rail 25 and is used for conveying the hub to a position between the ray emitter 61 and the ray receiver 62;
the server is used for receiving the detection image and analyzing the defect of the detection image;
and the communication module is used for sending the detection image to the server and receiving a defect analysis result sent by the server.
The portal frame 1 is U-shaped, and has a vertical frame with wheels at the bottom and arranged on the two first rails 21, and a cross frame arranged at the top of the two vertical frames.
The above structure makes the radiation emitter 61 have enough space below to accommodate the radiation receiver 62 and the sheet metal fixing frame 3, making the structure compact.
The portal frame 1 is also fixed with a cooling box 8 and a high-voltage power supply 7 for supplying power to the ray emitter 61.
The cooling box 8 cools the high-voltage power supply 7 and the ray emitter 61, the high-voltage power supply 7 supplies power to the ray emitter 61, the cooling box 8 and the high-voltage power supply 7 are both arranged on the portal frame 1 and move together with the portal frame 1, the usage amount of a power supply circuit can be reduced, and meanwhile, the electric wire and the portal frame 1 are prevented from moving relatively and being bent and damaged.
The method of the temperature measurement type hub flaw detection system comprises the following steps:
wheel hub material loading: placing the hub on the feeding device 3 in a manner that the central axis is parallel to the first track and one side with the spoke is far away from the portal frame 1, adjusting the third track 23 to be parallel to the first track 21, transporting the hub to a detection starting position by using the feeding device 3, wherein when the hub is located at the detection starting position, the ray emitter 61 extends into the hub and enables the whole hub to be located above the ray receiver 62, and the ray emitter 61 is located at one axial end of the hub;
detecting a rim: turning on the radiation emitter 61 to rotate the hub and displace it axially with respect to the radiation emitter 61 and the radiation receiver 62;
image analysis: the ray receiver 62 receives the rays generated by the ray emitter 61 to form an image, and sends the image to the server through the communication module, and the server performs defect identification on the image to form a defect analysis result, and then sends the defect analysis result back to the communication module. And a worker can read and check the defect analysis result through the intelligent equipment.
The beneficial effect of this embodiment does:
the structure is not complex, the connection is firm, and the structure is detachable due to the manner of the screw connection and the clamping connection, so that the assembly speed can be effectively increased during the operation, the future maintenance and the recycling of the fourth rail are easier, and the cost is reduced.
Ray receiver 62 receives the ray formation image that ray transmitter 61 took place to the mode of sending the image to the server through communication module is for setting up communication module is wireless communication module, and the cloud platform passes through wireless communication module connects the server, and ray receiver 62 sends the image to through wireless communication module the server like this.
The cloud platform comprises a plurality of switch devices which are connected with each other, and the problem of communication failure occurs in the switch, so a communication failure notification system is introduced, so that the guarantee of the synchronous acquisition, synchronous feedback and communication failure notification success of the communication failure notification is guaranteed, the communication failure notification system comprises a plurality of PCs, a plurality of controllers for processing the communication failure information and a plurality of controllers for acquiring the communication failure information, the plurality of controllers for acquiring the communication failure information acquire the communication failure information of the switches of the cloud platform monitored by the controllers for transmitting the communication failure information to the plurality of controllers for controlling the communication failure information, the plurality of controllers for processing the communication failure information add the communication failure information to be processed into a chain table of the communication failure information, and in addition, the analysis processing of the communication failure information on the communication failure information in the chain table of the communication failure information is executed, the communication failure notification system further includes a storage unit for storing communication failure information.
The controller for several communications failure information handling often handles communications failure information transmitted by many switches through the controller for communications failure information acquisition, each of the controllers for communications failure information handling is capable of acquiring communications failure information transmitted with the controller for communications failure information acquisition handling from which it is originated, each of the controllers for communications failure information acquisition is capable of acquiring communications failure information of several switches, and generally speaking, the acquisition and handling levels of the communications failure information of the controllers for several communications failure information handling can cope with general communications failure information, but a large surge of communications failure information occurs in some unusual situations, so that imbalance that the communications failure information transmission of the switches and the controller for communications failure information handling acquire and handle communications failure information extremely occurs, for example, if a problem occurs in the circuit of the switch in a large range, the number of failed communications of the switch is greatly increased, and the number of failed communications transmitted by the controller for acquiring the failed communications is greatly increased, communication is often blocked and the failed communications are lost, and the number of the failed communications accumulated in the linked list of the failed communications of the controller for handling the failed communications is too large, which may also result in the loss of the efficient performance of handling the failed communications, especially the delay in handling the failed communications with a large problem.
The ray receiver 62 receives rays generated by the ray emitter 61 to form an image, the communication module is set to be a wireless communication module in a mode of sending the image to the server through the communication module, and the cloud platform is connected with the server through the wireless communication module, so that the ray receiver 62 sends the image to the server through the wireless communication module;
the cloud platform comprises interconnected switches, the cloud platform is connected with a controller and a PC (personal computer) machine, the controller is used for acquiring switch communication failure information, the controller is also connected with the controller, the dispatching system is used for constructing a dispatching system of the switch communication failure information, when the controller is used for handling the switch communication failure information, the change amount of the performance of the switch communication failure information handling is used on the cloud platform comprising a plurality of controllers and a plurality of switches, the controllers are used for acquiring the switch communication failure information, the switch is used for acquiring the switch communication failure information, the controller is used for handling the switch communication failure information, and the dispatching system is used for dispatching the switch communication failure information The transmission of the switch communication failure information with a large weight value is firstly ensured, so that the performance of the controller for acquiring the switch communication failure information for transmitting the switch communication failure information can be saved under the condition that the performance of the controller for acquiring the switch communication failure information is reduced when the switch communication failure information with a large weight is efficiently handled, and the adverse effect of the weakening of the performance of handling the switch communication failure information on the handling of the switch communication failure information in the cloud platform is reduced to the greatest extent possible.
The number of the controllers for handling the switch communication failure information can be several, each controller for handling the switch communication failure information monitors the number of the switch communication failure information to be handled obtained by the controller for handling the switch communication failure information, the switch communication failure information is added into a linked list of the switch communication failure information, when a switch is in a large range or other controllers for handling the switch communication failure information have problems, the switch communication failure information is transferred into the controller for handling the switch communication failure information, or when the controllers for handling the switch communication failure information have local problems, a state that the switch communication failure information to be handled is greatly increased is generated, namely, the problem that the switch communication failure information is greatly increased is met, the controller for processing the switch communication failure information with stable working state can often obtain the situation that the performance of processing the switch communication failure information is insufficient, the number B1 of the switch communication failure information which can be processed by the controller for processing the switch communication failure information in a set time range and the maximum number of the switch communication failure information which can be processed by the controller for processing the switch communication failure information in the past are used for determining the variation of the weakened performance of processing the switch communication failure information according with the variation of the weakened performance of processing the switch communication failure information, and the controller for processing the switch communication failure information and the controller for acquiring the switch communication failure information execute the control system of the temporary switch communication failure information together, the controller for the switch communication failure information processing screens the secondary switch communication failure information in the linked list of the switch communication failure information by running a screening specification prepared in advance, transmits notification information containing the variation amount of the weakened switch communication failure information processing performance and the weight average value of the switch communication failure in the linked list of the switch communication failure to the controller for the switch communication failure information acquisition, and the controller for the switch communication failure information acquisition determines the set weight Q1 of the controller for the switch communication failure information acquisition according to the content in the notification information and terminates the switch communication failure information of which the transmission weight is less than the set weight Q1. Therefore, the method can avoid or reduce the defects of blockage of the switch communication failure information and loss of the switch communication failure information, and synchronously ensures that the switch communication failure information which cannot be transmitted to the controller for processing the switch communication failure information in each switch is determined according to the fluctuation amount of weakened switch communication failure information processing performance, so that the switch communication failure information with great authority can be processed under the condition of weakened switch communication failure information processing performance, and a great deal of switch communication failure information can be transmitted to the controller for processing the switch communication failure information under the condition of the switch communication failure information processing performance to the maximum extent.
The controller for acquiring the switch communication failure information is used for acquiring the switch communication failure information of the switch of the cloud platform and transmitting the switch communication failure information to the controller for disposing the switch communication failure information, the controller for disposing the switch communication failure information adds the switch communication failure information to be disposed to the tail of a linked list of the switch communication failure information, and in addition, the controller performs information analysis disposition on the switch communication failure information; the controller for the switch communication failure information disposal also comprises a storage unit for storing the switch communication failure information;
the switch communication failure information comprises an identifier of the switch communication failure information, the weight of the switch communication failure information, the time when the switch communication failure occurs, the identifier of the switch with the communication failure, the type of the switch with the communication failure and the type of the switch communication failure;
the information transmission sequence of the switch communication failure information in the controller for acquiring the switch communication failure information is ordered according to the front-back sequence of the occurrence time of the switch communication failure information;
however, the occurrence of a large amount of communication failure information in some unusual situations causes extreme imbalance in the transmission of communication failure information by the switch and the acquisition and handling of communication failure information by the controller for communication failure information handling, as a large-scale problem occurs due to the problem of the switch circuit, the number of communication failures of the switch is greatly increased, the number of the communication failure information transmitted by the controller for acquiring the communication failure information is greatly increased, communication blockage and the communication failure information are often caused to be lost, and the number of the communication failure information overstocked in the linked list of the communication failure information of the controller for disposing the communication failure information is too large, so that the efficient performance of disposing the communication failure information is damaged, and particularly, the disposing time delay of the communication failure information with a large problem is increased.
To solve such problems, the following steps are thus performed:
s1: the controller for the switch communication failure information disposal regularly monitors whether the performance of the controller for the switch communication failure information disposal for disposing the switch communication failure information is weakened or not according to a set time interval;
s2: all controllers for handling switch communication failure information are respectively provided with the number B2 of the largest switch communication failure information which can be handled in a set time length range in advance, (the number B2 of the largest switch communication failure information which can be handled in the set time length range is the number of the largest switch communication failure information which can be handled by the controllers for handling switch communication failure information in the set time length range in the past) the number B1 of switch communication failure information which can be handled at present in the set time length range (the number B2 of the switch communication failure information which can be handled at present can be obtained through tests), if in the set time length range, the number B2 of the largest switch communication failure information which can be handled in the set time length range is judged to be larger than the number B1 of the switch communication failure information which can be handled at present, or the number of the switch communication failure information in the linked list of the switch communication failure information is greater than the number B2 of the largest switch communication failure information which can be handled in the set time length range, so that the switch communication failure information handling performance of the controller for the switch communication failure information handling is judged to be weakened;
s3: when the controller for the switch communication failure information processing judges that the performance of the switch communication failure information processing is weakened according to the set time interval, the controller for the switch communication failure information processing operates a preset screening mode to screen out secondary switch communication failure information in a linked list of the switch communication failure information; this prevents the secondary switch communication failure information from being disposed, and also cleans up the adverse effect of the secondary switch communication failure information on the weight average. The controller for handling the switch communication failure information can screen out the secondary switch communication failure information only under the condition that the switch communication failure information handling performance of the controller for handling the switch communication failure information is weakened, but does not screen out the secondary switch communication failure information under other conditions, so that the completeness of the switch communication failure information can be ensured to the maximum extent under the condition that the switch communication failure information handling performance of the controller for handling the switch communication failure information is weakened, and the controller is favorable for better handling under the communication failure.
In addition, secondary switch communication failure information in the linked list of the switch communication failure information can not be screened out by not operating a preset screening mode, and the weight average value of all switch communication failure information in the linked list of the switch communication failure information is directly calculated;
s4: the controller for switch communication failure information handling transmits notification information of the controller for switch communication failure information handling performance reduction with a reduction value W1 of the switch communication failure information handling performance reduction of the controller for switch communication failure information handling and a weighted average value Q1 of the switch communication failure information toward the controller for switch communication failure information acquisition;
s5: the controller for acquiring the switch communication failure information determines a set weight Q2 by means of the obtained weakening value W1 of the switch communication failure information handling performance weakening of the controller for handling the switch communication failure information and the weight mean value Q1 of the switch communication failure information and the set weight adjusting coefficient Z of the controller for acquiring the switch communication failure information;
the set weight Q2 is obtained by equation (1):
Q2＝Q1(1+Z*W1) (1)
and Z is a positive number less than 1;
the controller for switch communication failure information acquisition decides a weight adjustment coefficient Z set by the controller for switch communication failure information acquisition by:
the controller for acquiring the switch communication failure information sums up the number of all switch communication failure information acquired by the controller for acquiring the switch communication failure information and the number of the switch communication failure information with the maximum weight; of course, the switch communication failure information with the largest weight is to be dealt with as early as possible, and then the controller for acquiring the switch communication failure information calculates a quotient obtained by dividing the number of the switch communication failure information with the largest weight in the controller for acquiring the switch communication failure information by the number of all the switch communication failure information; then, if the critical value of the first adjusting coefficient is greater than the quotient, the number of the switch communication failure information with the maximum weight in the switch communication failure information is still not large, that is, the controller for acquiring the switch communication failure information does not need to take care of, and the set weight adjusting coefficient is set to be a pure fraction greater than one fifth; if the critical value of the first adjusting coefficient is smaller than the quotient, the number of the switch communication failure information with the maximum weight in the switch communication failure information is large, namely the controller for acquiring the switch communication failure information needs to take care of, and the set weight adjusting coefficient is set to be a pure fraction smaller than one fifth; the critical value of the first adjusting coefficient is any pure decimal between one fifth and two fifths;
in this way, when the handling performance of the controller for handling the switch communication failure information is weakened, when some switch communication failure information is determined not to be transmitted by the weight set by the controller for acquiring the switch communication failure information, the method combines the information that the handling performance of the controller for handling the switch communication failure information is weakened and the information that can embody the weight adjustment coefficient of the number of the switch communication failure information with the maximum weight in the controller for acquiring the switch communication failure information to determine the weight set by the controller for acquiring the switch communication failure information, so that the determination of the set weight can better embody the current state of the controller for handling the switch communication failure information, and when the switch communication failure information with the maximum weight is determined to be handled, the larger amount of the switch communication failure information can be transmitted to the controller for handling the switch communication failure information The system realizes the handling, so the better handling of the problem that communication failure is greatly increased.
S5: the controller for switch communication failure information acquisition screens out switch communication failure information conforming to a removal method of already acquired switch communication failure information of the controller for switch communication failure information acquisition using a removal method equipped in advance, and terminates transmission of the removed switch communication failure information having a weight smaller than a set weight Q2 of the controller originally used for switch communication failure information acquisition toward the controller for switch communication failure information handling; the controller for switch communication failure information acquisition stores the removed switch communication failure information, and transmits the switch communication failure information removed by the removal method to the controller for switch communication failure information handling when the switch performance of the controller for switch communication failure information handling is restored. The removing method is based on the operation formula of the and or of the characteristics of the switch communication failure information, wherein the characteristics of the switch communication failure information comprise the type of the switch communication failure, the position of the switch communication failure information and the reason of the switch communication failure information.
If the handling performance of the controller for the switch communication failure information handling is not recovered, the execution is maintained in step S5, and if the handling performance of the controller for the switch communication failure information handling is recovered, the execution is shifted to step S6;
step S6: the controller for switch communication failure information processing transfers notification information for processing performance restoration to the controller for switch communication failure information acquisition as feedback of the notification information to the controller for switch communication failure information processing, and the controller for switch communication failure information acquisition also normally transfers switch communication failure information occurring in a switch connected thereto to the controller for switch communication failure information processing.
The method for the controller for the switch communication failure information handling to regularly monitor whether the performance of the controller for the switch communication failure information handling to handle the switch communication failure information is weakened or not according to the set time interval comprises the following steps:
s1-1: the number of the switch communication failure information in the linked list of the switch communication failure information is M1;
step 1-2: the switch communication failure information handling performance of the controller for switch communication failure information handling is thus weakened due to a problem of the controller for switch communication failure information handling, and a weakening value W1 of the switch communication failure information handling performance weakening of the controller for switch communication failure information handling is obtained by equation (2):
W1＝(B2-B1)/B1 (2)
the switch communication failure information handling performance of the controller for switch communication failure information handling is weakened due to a problem of the switch, and a weakening value W1 of the switch communication failure information handling performance weakening of the controller for switch communication failure information handling is obtained by equation (3):
W1＝(M1-B2)/B2 (3)
the switch communication failure information handling performance of the controller for switch communication failure information handling is weakened due to a problem that the number of switch communication failure information becomes large, and a weakening value W1 of the switch communication failure information handling performance weakening of the controller for switch communication failure information handling is obtained by equation (4):
W1＝(M1-B1)/B2 (4)；
at every lapse of a set time interval, S1-1 and S1-2 are performed.
The secondary switch communication failure information is the switch communication failure information caused by software.
In summary, when the handling performance of the controller for handling the switch communication failure information is weakened and when some switch communication failure information is determined not to be transmitted by the weight set by the controller for acquiring the switch communication failure information when the handling performance of the controller for handling the switch communication failure information is weakened, the set weight of the controller for acquiring the switch communication failure information is determined by combining the information that the handling performance of the controller for handling the switch communication failure information is weakened and the information that can represent the weight adjustment coefficient having the largest number of switch communication failure information with the weight in the controller for acquiring the switch communication failure information, so that the determination of the set weight can better represent the current state of the controller for handling the switch communication failure information, when the switch communication failure information with the largest weight is determined to be handled, a larger number of switch communication failure information can be transmitted to the controller for handling the switch communication failure information to be handled, so that the problem of a large amount of communication failure is better handled.
In addition, the server is often arranged in the main control box, if the temperature in the main control box is increased and exceeds the maximum value of the normal working temperature of the server, the server can work in a problem, but an alarm device aiming at the condition that the temperature in the main control box exceeds the maximum value of the normal working temperature of the server is not provided at present.
The temperature sensor transmits the collected temperature value in the main control box to the single chip microcomputer, the single chip microcomputer compares the temperature value with the maximum value of normal work of the server after receiving the temperature value, and if the temperature value exceeds the maximum value, the alarm is started to give an alarm.
The present invention has been described above by way of illustration in the drawings, and it will be understood by those skilled in the art that the present disclosure is not limited to the embodiments described above, and various changes, modifications and substitutions may be made without departing from the scope of the present invention.

Claims (3)

1. A method of a temperature measurement type hub flaw detection system is characterized by comprising the following steps:
image analysis: the ray receiver receives rays generated by the ray emitter to form an image, the image is sent to the server through the communication module, the server carries out defect identification on the image to form a defect analysis result, and then the defect analysis result is sent back to the communication module;
the ray receiver receives rays generated by the ray emitter to form an image, the mode that the image is sent to the server through the communication module is that the communication module is set to be a wireless communication module, the cloud platform is connected with the server through the wireless communication module, and therefore the ray receiver sends the image to the server through the wireless communication module;
the cloud platform comprises interconnected switches, the cloud platform is connected with a controller and a PC (personal computer) machine which are used for switch communication failure information disposal, the switches of the cloud platform are connected with the controller which is used for switch communication failure information acquisition, the controller which is used for switch communication failure information acquisition is also connected with the controller which is used for switch communication failure information disposal, the controller which is used for switch communication failure information acquisition is used for acquiring switch communication failure information of the switches of the cloud platform and transmitting the switch communication failure information to the controller which is used for switch communication failure information disposal, the controller which is used for switch communication failure information disposal adds the switch communication failure information to be disposed to the tail of a linked list of the switch communication failure information, and in addition, the switch communication failure information analysis disposal is performed on the switch communication failure information; the controller for the switch communication failure information disposal also comprises a storage unit for storing the switch communication failure information;
the information transmission sequence of the switch communication failure information in the controller for acquiring the switch communication failure information is ordered according to the front-back sequence of the occurrence time of the switch communication failure information;
thereby performing the steps of:
step S1: the controller for the switch communication failure information disposal regularly monitors whether the performance of the controller for the switch communication failure information disposal for disposing the switch communication failure information is weakened or not according to a set time interval;
step S2: all controllers for handling the switch communication failure information are respectively provided with the number B2 of the largest switch communication failure information which can be handled in a set time length range, the number B1 of the switch communication failure information which can be handled at present in the set time length range in advance, if the number B2 of the largest switch communication failure information which can be handled in the set time length range is judged to be larger than the number B1 of the switch communication failure information which can be handled at present in the set time length range or the number of the switch communication failure information in a linked list of the switch communication failure information is judged to be larger than the number B2 of the largest switch communication failure information which can be handled in the set time length range, the switch communication failure information handling performance of the controllers for handling the switch communication failure information is judged to be weakened;
step S3: when the controller for the switch communication failure information processing judges that the performance of the switch communication failure information processing is weakened according to the set time interval, the controller for the switch communication failure information processing operates a preset screening mode to screen out secondary switch communication failure information in a linked list of the switch communication failure information;
in addition, secondary switch communication failure information in the linked list of the switch communication failure information can not be screened out by not operating a preset screening mode, and the weight average value of all switch communication failure information in the linked list of the switch communication failure information is directly calculated;
step S4: the controller for switch communication failure information handling transmits notification information of the controller for switch communication failure information handling performance reduction with a reduction value W1 of the switch communication failure information handling performance reduction of the controller for switch communication failure information handling and a weighted average value Q1 of the switch communication failure information toward the controller for switch communication failure information acquisition;
step S5: the controller for acquiring the switch communication failure information determines a set weight Q2 by means of the obtained weakening value W1 of the switch communication failure information handling performance weakening of the controller for handling the switch communication failure information and the weight mean value Q1 of the switch communication failure information and the set weight adjusting coefficient Z of the controller for acquiring the switch communication failure information;
the set weight Q2 is obtained by equation (1):
Q2＝Q1(1+Z*W1) (1)
and Z is a positive number less than 1;
the controller for switch communication failure information acquisition decides a weight adjustment coefficient Z set by the controller for switch communication failure information acquisition by:
the controller for acquiring the switch communication failure information sums up the number of all switch communication failure information acquired by the controller for acquiring the switch communication failure information and the number of the switch communication failure information with the maximum weight; then the controller for acquiring the switch communication failure information calculates a quotient value obtained by dividing the number of the switch communication failure information with the maximum weight in the controller for acquiring the switch communication failure information by the number of all switch communication failure information; then if the critical value of the first adjusting coefficient is larger than the quotient, the set weight adjusting coefficient is determined as a pure fraction larger than one fifth; if the critical value of the first adjusting coefficient is smaller than the quotient, the set weight adjusting coefficient is determined as a pure fraction smaller than one fifth; the critical value of the first adjusting coefficient is any pure decimal between one fifth and two fifths;
the controller for switch communication failure information acquisition screens out switch communication failure information conforming to a removal method of already acquired switch communication failure information of the controller for switch communication failure information acquisition using a removal method equipped in advance, and terminates transmission of the removed switch communication failure information having a weight smaller than a set weight Q2 of the controller originally used for switch communication failure information acquisition toward the controller for switch communication failure information handling;
if the handling performance of the controller for the switch communication failure information handling is not recovered, the execution is maintained in step S5, and if the handling performance of the controller for the switch communication failure information handling is recovered, the execution is shifted to step S6;
step S6: the controller for the switch communication failure information processing transmits notification information for processing performance restoration to the controller for the switch communication failure information acquisition as feedback of the notification information to the controller for the switch communication failure information processing, and the controller for the switch communication failure information acquisition also normally transmits the switch communication failure information occurring in the switch connected thereto to the controller for the switch communication failure information processing;
the method for the controller for the switch communication failure information handling to regularly monitor whether the performance of the controller for the switch communication failure information handling to handle the switch communication failure information is weakened or not according to the set time interval comprises the following steps:
step 1-1: the number of the switch communication failure information in the linked list of the switch communication failure information is M1;
step 1-2: the switch communication failure information handling performance of the controller for switch communication failure information handling is thus weakened due to a problem of the controller for switch communication failure information handling, and a weakening value W1 of the switch communication failure information handling performance weakening of the controller for switch communication failure information handling is obtained by equation (2):
W1＝(B2-B1)/B1 (2)
the switch communication failure information handling performance of the controller for switch communication failure information handling is weakened due to a problem of the switch, and a weakening value W1 of the switch communication failure information handling performance weakening of the controller for switch communication failure information handling is obtained by equation (3):
W1＝(M1-B2)/B2 (3)
the switch communication failure information handling performance of the controller for switch communication failure information handling is weakened due to a problem that the number of switch communication failure information becomes large, and a weakening value W1 of the switch communication failure information handling performance weakening of the controller for switch communication failure information handling is obtained by equation (4):
W1＝(M1-B1)/B2 (4)；
executing the step 1-1 and the step 1-2 at every set time interval;
the secondary switch communication failure information is switch communication failure information caused by software;
the temperature sensor transmits the collected temperature value in the main control box to the single chip microcomputer, the single chip microcomputer compares the temperature value with the maximum value of normal work of the server after receiving the temperature value, and if the temperature value exceeds the maximum value, the alarm is started to give an alarm.
2. The method of temperature measuring hub testing system according to claim 1, characterized in that the temperature measuring hub testing system comprises:
the fourth track is arranged on the second track and can move along the second track, a sliding block is arranged on the second track, and the fourth track is fixed on the sliding block;
the server is used for receiving the detection image and analyzing the defect of the detection image;
the bottom end of the fourth track is integrally connected with a straight quadrangular prism-shaped connecting rod, the sliding block is quadrangular prism-shaped, the connecting rod is connected with the sliding block through a connecting strip, the connecting strip is welded at one end of the sliding block, the connecting strip is quadrangular prism-shaped, a clamping hole penetrating through the bottom of the connecting strip from the top of the connecting strip is arranged in the connecting strip, a clamping joint in transition fit with the connecting strip is clamped in the clamping hole, the clamping joint is welded at the bottom of the connecting rod, a first positioning device and a second positioning device are arranged at the connecting position between the clamping joint and the connecting strip, the first positioning device comprises a pair of first connecting sheets which are distributed in a mirror image mode and are welded at the position between the connecting strip and the sliding block and a second connecting sheet which is clamped between the pair of connecting sheets, and the second connecting sheet is welded at one side of the connecting rod at the position of the sliding block, the second positioning device comprises a first positioning piece and a second positioning piece, wherein the first positioning piece and the second positioning piece correspond to the first positioning piece are arranged at the connecting position of the connecting rod and the clamping joint, the first positioning piece is positioned above the second positioning piece, the first positioning piece is respectively welded on the connecting rod, two sides of the clamping joint and one side opposite to the sliding block, and the second positioning piece is respectively welded on two sides of the connecting strip and one side opposite to the sliding block;
the server is arranged in the main control box, a temperature sensor is also arranged in the main control box, and the temperature sensor and the alarm are connected with the single chip microcomputer;
the first connecting piece and the second connecting piece are provided with opposite screw holes, and the screw holes are connected together through a screw rod.
3. The method according to claim 2, wherein the first positioning piece and the second positioning piece are provided with opposite screw holes, and the screw holes are connected together through a screw.
CN201710167586.4A 2017-03-21 2017-03-21 Temperature measurement type hub flaw detection system and method Expired - Fee Related CN107356616B (en)

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CN108242054A (en) * 2018-01-09 2018-07-03 北京百度网讯科技有限公司 A kind of steel plate defect detection method, device, equipment and server

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