33results about How to "To achieve the purpose of inspection" patented technology

The invention discloses a power dispatching automation polling robot and method based on the reptile technology. The polling robot comprises a long-distance interface service module, a master control program module, a task module, a script analysis module, a polling uploaded data processing module, an abnormality management module and a running status monitoring module. The polling robot is based on the reptile technology, HTTP requests are simulated in an HTTP agency mode, an HttpClient and tmlParser open source assemblies are adopted for crawling links and key data of a service system needing to be monitored for the URL connection and interface analysis technologies, and automation polling on information systems is achieved. By means of the power dispatching automation polling robot and method, polling of a large number of the information systems can be carried out; the aim of polling in the script recording mode is achieved, the information system polling process is simplified, a large number of repeated manpower resources are released, and the work efficiency of dispatchers for polling the service system is improved.

The invention discloses an inspection system for a data center. The inspection system comprises a server, an intelligent terminal and an inspection robot. The intelligent terminal and the inspection robot communicate with the server through network. The intelligent terminal is used for a user to issue control commands to the server. The server generates control orders based on the received controlcommands, and sends the control orders to the inspection robot. The inspection robot enters a data center based on the received control orders, replaces manual collecting inspection data needing to be inspected of the data center, and sends the collected inspection data to the server. The server processes and stores the received inspection data and sends the inspection data to the intelligent terminal. The robot is controlled to replace manual inspecting, and defect of manual inspecting is completely overcome. A video monitoring system and sensors are not required to be mounted in a machine room, and the construction cost and the management cost of the machine room are greatly lowered.

The invention relates to a testing device for testing response of an electromagnetic wave resistivity logging-while-drilling tool in a room, in particular to a response testing device for an electromagnetic wave resistivity logging-while-drilling tool, which comprises a disk insulating support. The diameter of a central hole of the disk insulating support is matched with that of the electromagnetic wave resistivity logging-while-drilling tool, at least one open circular metal ring (2) is arranged on a support disk surface of the disk insulating support and gradually distributed outwards around the support disk surface of the disk insulating support, and a quick joint (6) is led out of an end of a notch of each circular metal ring and additionally provided with n resistance-capacitance modules (7) in a matched manner, wherein n is a natural number. The testing device is simple in structure and convenient in use, and can guarantee outdoor scale test for the electromagnetic wave resistivity logging-while-drilling tool to a certain degree.

The invention discloses a data center inspection robot. The data center inspection robot comprises a robot body and a robot body driving device, and further comprises a six-degree-of-freedom manipulator, an obstacle avoidance device, a temperature and humidity sensor, a gas sensor, a wind speed sensor, a touch display, a processor, a controller and a monitoring camera. The obstacle avoidance device, the temperature and humidity sensor, the gas sensor, the wind speed sensor, the monitoring camera and the touch display are all connected with the processor; the processor is connected with the controller; the robot body driving device, the six-degree-of-freedom manipulator, the obstacle avoidance device, the temperature and humidity sensor, the gas sensor, the wind speed sensor, the touch display and the monitoring camera are connected with the controller; and the processor is connected with a memory. The data center inspection robot replaces manual inspection, the defects of manual inspection are completely overcome, and a video avoidance system and various sensors do not need to be mounted in a machine room, so that the construction cost and the management cost of the machine room are greatly lowered.

The inspection system of big panel display comprises the base, extendable head fastened on the base, moving table on the base platform that can move along the X and Y coordinates, microscope inspection device on the head that can alight. Putting the display on the moving table, it can realize X and Y movement of the horizontal and vertical lead screw rolling ball mechanism. It can reach the goal of inspection. It improves the moving precision and stability. Free from moving of the sample, it can lower the possibility of damage and scratch. The microscope can move up and down, realizing high power observation of big dimension and small dimension measurement. The measurement device can use partial automatic device with independent image and measurement system. It is suitable for large LED base plate inspection.

The invention relates to an instrument inspection system. According to the instrument inspection system, the to-be-detected conductivity sensor and the standard conductivity sensor are arranged at the positions with the same conductivity in the closed loop, detection data of the to-be-detected conductivity sensor and detection data of the standard conductivity sensor are compared through the control device, and therefore whether errors exist in measurement of the to-be-detected conductivity sensor or not is judged; the purpose of testing the to-be-detected conductivity sensor is achieved. Through the instrument inspection system, the to-be-detected conductivity sensor does not need to be returned to a factory, inspection can be realized on site, and the inspection efficiency is improved.

The invention discloses a water body monitoring and restoring multifunctional robot which comprises a main floating body and functional floating bodies. The main floating body comprises a master control system, a power device and a power storage device, the master control system comprises a transmission device and a positioning device, the power device comprises a driving piece and a rudder, and the master control system and function control systems of the functional floating bodies are in signal connection or electric connection. According to the robot, the main floating body is used as a center, the main floating body is combined with other functional floating bodies to form a floating island robot, selective combination can be carried out on water areas with different needs, the application face is wide, and maintenance is convenient; the floating island robot can be remotely controlled through the master control system, the intelligent degree is high, the power device provides thefunction of automatic walking along a preset route for the floating island robot, the aim of patrolling rivers and lakes is achieved, and the disadvantages of a traditional floating island is overcome.

The invention discloses a hydrogen refueling station inspection data processing method and a hydrogen refueling station inspection device. The method comprises: receiving an inspection image collectedby inspection equipment, and the inspection image being an image collected by inspecting a hydrogen refueling station through the inspection equipment; processing the inspection image, and determining the data of the inspected equipment in the inspection image; and determining whether the detected equipment operates normally or not according to the data of the detected equipment. According to theinvention, the technical problem of relatively high potential safety hazard caused by easy missed detection and wrong detection of manual inspection in related technologies is solved.

The invention discloses a gastroscopic assembly pipe, which comprises a sleeve pipe, a first stainless steel woven net pipe, a second stainless steel woven net pipe, a third stainless steel woven net pipe, a spring pipe, a connecting ring, traction fine elastic pipes and an equipment connecting joint, wherein the first stainless steel woven net pipe is sheathed on the spring pipe, the sleeve pipe is sheathed on the first stainless steel woven net pipe, the front section of the sleeve pipe is connected with the connecting ring, the tail end of the sleeve pipe is connected with the equipment connecting joint, the sleeve pipe is of a step structure and is separated into a front section, a middle section and a tail section, the second stainless steel woven net pipe is arranged at the middle section and the tail section, the second stainless steel woven net pipe is sheathed on the first stainless steel woven net pipe, the third stainless steel woven net pipe is arranged at the tail section and is sheathed on the second stainless steel woven net pipe, and the traction fine pipes are arranged in the first stainless steel woven net pipe. The assembly pipe has the advantages that the bending degree is high, the operation is flexible, the installation is convenient, the missing of diseases is avoided, the operation time is shortened, and the diagnosis capability and diagnosis efficiency are favorably improved.

The invention discloses an inspection method of a cloud platform, electronic equipment and a nonvolatile storage medium. The method comprises the following steps: acquiring configuration information required for executing an inspection task on a cloud platform; acquiring various detection data corresponding to different job types in the cloud platform based on the configuration information; training an unsupervised learning model by adopting the obtained multiple detection data to obtain a target model; acquiring a data stream from a target data source; and inputting the data stream into the target model for analysis to obtain an inspection result of the data stream. The technical problem that the use condition and stability of the cloud platform cannot be effectively detected is solved.

The invention discloses a vertical honeycomb splicing interface water-spraying penetration type ultrasonic detection method. The vertical honeycomb splicing interface water-spraying penetration type ultrasonic detection method comprises the following steps that a multilayer honeycomb structure is vertically spliced; a layer of detachable skin is paved and pasted on each of the upper surface and the lower surface of the obtained multilayer honeycomb structure; first curing treatment is conducted on the multilayer honeycomb structure paved with the detachable skin; water-spraying penetration type ultrasonic C scanning detection is conducted on the multilayer honeycomb structure subjected to primary curing, and whether all honeycomb splicing interfaces are debonded or not is detected; if allthe honeycomb splicing interfaces do not have the debonding defect, the detachable skins on the upper surface and the lower surface of the multilayer honeycomb structure are torn off; and surface skins are pasted to the upper surface and the lower surface of the multilayer honeycomb structure, secondary curing is conducted on the multilayer honeycomb structure pasted with the surface skins, and vertically-spliced multilayer honeycomb structure parts are obtained. According to the vertical honeycomb splicing interface water-spraying penetration type ultrasonic detection method, the quality of the vertically-spliced multilayer honeycomb sandwich structure part can be guaranteed, the scrap risk of the multilayer honeycomb sandwich structure part is reduced, and the production cost is saved advantageously.

The invention discloses wire harness connector PCB golden finger inspection equipment, and belongs to the field of machinery. The equipment comprises a workbench, a camera assembly, a wire harness connector wire clamping mechanism and a display. The camera assembly and the wire harness connector wire clamping mechanism are mounted on the workbench, the wire harness connector wire clamping mechanism is located at the position right opposite to a lens of the camera assembly, and the input end of the display is connected with the output end of the camera assembly. The beneficial effects of the invention are that the wire harness connector wire clamping mechanism is used to quickly fix a wire harness connector and cooperates with the camera assembly to achieve quick focusing and alignment, sothat a tedious focusing process is omitted, a golden finger on the wire harness connector can be imaged on the display quickly, and the purpose of efficient and stable inspection is achieved.

The invention relates to a coating effect inspection machine for electronic product production, in particular to a coating effect inspection machine for electronic product mobile phone tempered film production. The technical problem to be solved by the invention is to provide the coating effect inspection machine for electronic product mobile phone tempered film production, which can save time and labor, improve the painting efficiency and improve the inspection efficiency of the coating effect of the mobile phone tempered film. In order to solve the technical problem, the invention provides the coating effect inspection machine for the electronic product mobile phone tempered film production, which comprises a bottom plate and the like, two supporting rods are vertically connected to the bottom plate, a containing plate is connected between the tops of the two supporting rods, and a supporting plate is vertically connected to the left side of the bottom plate and located on the left side of the containing plate. The fixing device rotates through the rotating device to drive the oily pen to rotate, and a circle can be drawn on the mobile phone tempered film, so that the purpose of inspecting the coating effect of the mobile phone tempered film is achieved, and the effect of saving time and labor is achieved.

The invention relates to an instrument for inspecting the bottom of a high-speed railway vehicle, in particular to a lower detection and inspection instrument for the high-speed railway vehicle. The instrument comprises a detection and inspection instrument main body, a convex mirror with a mirror seat is arranged above the detection and inspection instrument main body, a searchlight is connectedwith the upper surface of the detection and inspection instrument main body, outside of the convex mirror, through a rotating mechanism, first cavities are symmetrically arranged at the lower part inthe detection and inspection instrument main body; a telescopic mechanism is arranged in each first cavity; the longitudinal parts of T-shaped sliding rods of the telescopic mechanisms are in slidingfit with the cavities; the transverse parts of the T-shaped sliding rods are arranged outside the first cavities in parallel with the upper surface of the detection and inspection main body; the two ends of the transverse parts, away from the end surface of the detection and inspection main body, are both provided with a sliding mechanism for detecting the sliding of the detection and inspection main body. According to the invention, the instruments solves the problems of difficult operation by using a hand-held handle and a long detection and maintenance time period when a prior lower detection and inspection instrument for the high-speed railway vehicle is in use.

The embodiment of the invention provides a data processing method and device, a head-up display and a storage medium, and the method comprises the steps: receiving image data sent by a host end, the image data comprises effective display data and verification data, the image data is data of a to-be-displayed picture, and the to-be-displayed picture comprises a safety related icon; according to the verification data, verifying the target image data of the security related icon in the effective display data; and processing the image data according to the verification result. By setting the verification data to verify the data of the safety-related icons in the image data before controlling the display of the image data, the purpose of verifying the content of the image data is achieved on the premise of not increasing hardware cost, the display accuracy of the safety-related icons is ensured, and the driving safety of a user is improved.