93results about How to "Improve acceptance efficiency" patented technology

The invention discloses an automatic acceptance device and method for substation monitoring information. The device is composed of an acceptance workstation and an acceptance server. The automatic acceptance device of the invention consists of a plurality of acceptance workstations and an acceptance server, wherein the acceptance workstations realize the functions of human-machine interface display and configuration information checking, and the acceptance server realizes the functions of IEC61850 signal triggering simulation, monitoring background synchronous acceptance, monitoring information acceptance archive management, station information closed-loop checking, synthetic signal logic verification and the like. According to the scheme of the invention, the IEC61850 signal triggering simulation function based on the strategy simulates substation IED equipment to generate data in batches according to an established generation strategy of remote signaling telemetry signals, the correctness of forwarding of a data communication gateway machine can be verified, the automatic acceptance with main station signals can be carried out, and the problem that the joint debugging with a mainstation is manually accepted, and disadvantages of long acceptance time and low efficiency are caused can be solved.

The invention provides an acceptance method and a system for transformer substation monitoring information. A telecontrol device forwarding table is configured by a power station according to a presetregulation information corresponding table; a whole station system configuration file SCD is imported by a a simulation host of an intelligent point-to-point device to obtain a model file for the intelligent electronic devices in the whole station through the SCD, then the intelligent electronic devices in the whole station are simulated by the model file, and manufacturing message specificationMMS messages for the telecommands of the intelligent electronic devices in the whole station are sent to the telecontrol device; the telecontrol device is triggered by the intelligent point-to-point device so that the telecontrol device converts the MMS messages into IEC104 signals to a main station in batch according to the telecontrol device forwarding table; a history record file is generated by the main station according to the received IEC104 signals; the acceptance result of the telecommand signals is obtained by the main station or power station according to the history record file andthe preset regulation information corresponding table. The method of the invention improves the acceptance efficiency of transformer substation monitoring information.

The invention discloses a transformer substation acceptance inspection working process control system and control method with the function of intelligent warning and prompting. The system is composed of an intelligent warning device, a rule determination module, a process transferring module, a main controller, a timing device, a storage device, a data processing module, and an automatic checking module. The acceptance inspection work of the transformer substation includes: substation acceptance inspection application, inputting of point table information and a protection configuration table, information table preprocessing and examination and approving of acceptance inspection application, master station pattern drawing and system configuration of the master station and substation, inputting of a monitoring information table, substation acceptance inspection, master station acceptance inspection, examination and acceptance reporting, casual inspection of acceptance inspection results, and formation of final acceptance reports and evaluation reports. According to the invention, information missing during the acceptance inspection process can be avoided; coordination of work of all departments can be realized and errors caused by handing over of departments can be avoided; the work efficiency can be improved; high accuracy and high efficiency of the acceptance inspection work of the transformer substation can be guaranteed; the accuracy of the power equipment acceptance can be improved based on the standard acceptance inspection mode; and secure and stable operation of the power grid can be guaranteed.

The invention discloses a hidden project acceptance method based on a mixed reality technology. The method comprises the steps of S1, establishing a hidden project virtual model; S2, verifying comprehensive coordination of a design drawing through establishment of the virtual model; S3, adding BIM (Building Information Modeling) information into the hidden project virtual model; S4, constructing a hidden project on the site, and endowing a BIM model with a construction process document; S5, carrying out preliminary self-inspection on the quality of the constructed hidden project by use of the mixed reality technology; S6, comprehensively arranging and inputting the self-inspection information and an acceptance standard of the hidden project into the BIM model; and S7, determining the conformity between the constructed hidden project and the project information and the acceptance standard which are borne by the BIM model by use of the mixed reality technology. The hidden project acceptance method based on the mixed reality technology which is provided by the invention is reasonable in procedure and convenient to operate; and the mixed reality technology and the BIM technology are combined, the acceptance efficiency of the hidden project is improved, the comprehensive cost is reduced, and thus the method has broad market prospects and promotional values.

The invention relates to a cable acceptance system and a method based on machine vision. The system comprises an image pickup module which collects various appearance images of the cable and the connector through an external control camera. The image processing module filters the impurity information from the collected image, and extracts the recognition characteristic information through character positioning, character segmentation and character recognition. The data comparison module compares the feature information extracted from the image with the prefabricated knowledge information; a self-learning module learns the images of each standard conductor and binding wire through an image input interface, learns the code name of an electrical connector, the type of the electrical connector, the character engraving mode of the cable code name and the color information of the binding wire, extracts the characteristic information from the character engraving mode, and solidifies the character information into knowledge; a man-machine interface module for providing an interface control display and an acoustic reminder between the system and the operator; the information data exchange module stores the acceptance data and supports the import of the information to be inspected and the export of the acceptance data.

The invention discloses a converting station standardization inspection and acceptance auxiliary method based on a workflow engine. The method comprises the following steps: (1) inspection and acceptance applications are submitted to a system end through a client end after construction is completed by a construction unit, and according to predetermined rules and procedures of a computer, the system end automatically delivers inspection and acceptance documents and enables the inspection and acceptance documents to be stored in a data base; (2) according to prefabricated templates customized by different majors and different departments, the system end inspects and accepts the inspection and acceptance applications in advance one by one; (3) related experts are organized to further professionally inspect and accept the inspection and acceptance applications, to record problems and to put forward expert advices, wherein if the expert advices are negative, improvement programs are put forward, and applicants rectify and reform, and then reapply; and if the expert advices are positive and defects still exist, final inspection and acceptance reports are made out and filed after the defects are eliminated. By means of the converting station standardization inspection and acceptance auxiliary method based on the workflow engine, the standardized management of converting station inspection and acceptance can be achieved, an auxiliary decision making means is offered for the work of the converting station inspection and acceptance, the working quality and efficiency of the converting station inspection and acceptance are improved, and the information leakage of the converting station inspection and acceptance caused by human factors is avoided.

The invention discloses a thrice focusing solar energy receiving device which belongs to the technical field of solar devices. The thrice focusing solar energy receiving device provided by the invention comprises a focusing mirror, a slot type reflecting surface, a focusing device and a receiver, wherein the focusing mirror and the slot type reflecting surface are used for reflecting sunlight into the focusing device for thrice focusing; the receiver adopts a low position mounting way and is mounted below the slot type reflecting surface; the slot type reflecting surface is mounted above the focusing device through a support and distributed lengthways; the focusing mirror 1 and the focusing device are fixed on the ground through a bedframe. According to the invention, trice focusing solar energy is adopted, focusing heat or photoelectricity collection can be achieved, and the relieving rate of the system is improved. The thrice focusing solar energy receiving device provided by the invention adopts the low position mounting way, heat dissipation and wind resistance are reduced, and the stability of the system is enhanced, and the cost is lowered.

The invention discloses an acceptance inspection method and an acceptance inspection device for an indoor coverage antenna. The method comprises the steps of acquiring antenna positions in an antennafeeder planar graph and a measuring scale of the antenna feeder planar graph; acquiring the topological structures of indoor distributed devices that comprise antennas and superior devices of the antennas; according to the antenna positions, the measuring scale and the topological structures, generating a graphic information database of the indoor distributed devices; according to the antenna positions, collecting test data of the antennas; matching the test data with the antenna positions in the graphic information database one by one, and computing the power of successfully matched antennas;and if the antenna power is more than or equal to a judgment threshold, performing acceptance inspection on the antennas. According to the method and device provided by the embodiment of the invention, the graphic information database of the indoor distributed devices can be generated according to the antenna positions, the measuring scale and the topological structures, and then the test data ismatched with the antenna positions in the graphic information database one by one, so that the power of indoor distributed antenna points accessing the network can be automatically and wholly inspected, and the antenna inspection efficiency is improved.

The invention discloses a node admission method based on competitive sorting, and mainly solves the problems that the admission time of the existing node admission method is prolonged in an application scene with a large number of slave nodes in an access network, and conflicts are easy to occur when each slave node sends an admission request. The idea of the invention is as follows: in a star access network consisting of a central node and a plurality of slave nodes, a plurality of continuous admission cycles form a competition period; each slave node randomly selects an admission period fromthe competition period, randomly selects an uplink detection frame time slot from N uplink detection frame time slots in the admission period, and sends an admission request; and the central node sequentially receives the slave nodes according to the sequence. The method has the advantages that the admission time is short, conflicts are not likely to happen when multiple slave nodes exist, and the admission efficiency is high.

The invention discloses a four-remote signal parameter checking method. The method comprises the following steps that: a virtual master station is established; the static parameters of a point table are automatically checked through the virtual master station; remote signaling automatic point check is carried out through the virtual master station; telemetering automatic point check is carried outthrough the virtual master station; and remote control automatic acceptance check is carried out through the virtual master station. According to the four-remote signal parameter checking method of the invention, signal check can be carried out before the channels of a master station and substations are completely built; existing problems can be found as soon as possible and eliminated in time; multiple items of check work can be completed within the same time period; check efficiency is greatly improved; the problem that the signal monitoring of a traditional regulation and control main station and substations depend on manual check is solved; and the intensity of the check work is effectively reduced.

The invention relates to highway engineering supervision and inspection equipment, and effectively solves the problems that the process is relatively tedious, the efficiency is relatively low and the accuracy is not high during acceptance and inspection of highway piers in the prior art. According to the technical scheme, the device can correspondingly adjust the shooting position of a camera according to the position of a bump on the surface of a bridge pier, and enables the camera to be close to the position of the bump as much as possible for shooting, so that detection personnel can clearly observe the conditions of the bump and cracks; moreover, the position of the detected bump can be marked, so that subsequent highway constructors can rectify the bump conveniently, the detection personnel can clearly and accurately complete detection, subsequent rectification of the highway constructors is facilitated, the highway acceptance efficiency is improved, and the overall efficiency of the constructors is also improved.

The invention discloses a constructional engineering quality supervision acceptance intelligent detection management platform based on big data. The platform comprises a steel structure frame number statistics module, a detection point arrangement module, a structure deformation detection module, a structure deformation analysis module, an included angle detection module, a structure stability analysis module, an engineering model database, a management server, and a display terminal. Detection points are arranged on steel frame cross beams and corner columns of steel structure frames, deformation detection is performed on the detection points, included angles between components of the steel structure frames are detected through the included angle detection modules, and deformation and stability conditions are analyzed according to detection results. And a comprehensive quality coefficient of a constructional engineering steel structure frame is counted. The platform has the characteristic of high detection accuracy, the obtained comprehensive quality coefficient can visually reflect the comprehensive quality of the steel structure frame, defects of a visual inspection method are overcome, a result whether acceptance is passed or not can be quickly obtained, and acceptance efficiency is improved.

The invention discloses a household meter acceptance inspection device. The household meter acceptance inspection device comprises household meters, wherein the household meters are connected to usersthrough home-entry circuits; air switches are arranged on the home-entry circuits; the household meters are connected to a main circuit through a meter box switch. The household meter acceptance inspection device is characterized by further comprising a receiver and emitters, the emitters are arranged at the users and connected to the home-entry circuits of the users; the receiver is connected tothe household meters and sends enable signals to the emitters through the home-entry circuits; after the emitters receive the enable signals, doorplate signals are transmitted to the receiver throughthe home-entry circuits. According to the module design, household meter wiring acceptance inspection of a new community is rapidly performed, the acceptance inspection efficiency is improved, and manpower for acceptance inspection is saved.

The invention discloses a Karst underground mud and sand monitoring and receiving device, which consists of a flow collecting system (1), a filtering and collecting system (2), a support frame (3) and a flow monitor (4), wherein the flow collecting system (1) is a cylindrical or rectangular flow collecting pipeline; the filtering and collecting system (2) consists of three parts including a nylon net at the upper layer, a spongy layer at the middle layer and a nylon ring at the bottom layer; the flow collecting system (1) is connected with the filtering and collecting system (2); the filtering and collecting system (2) is arranged on the support frame (3); the flow monitor (4) is connected with the bottom of the filtering and collecting system (2) through a pipeline (5). The Karst underground mud and sand monitoring and receiving device has the characteristics that the cost is low; the mud and sand receiving effect is good; the water flow rate metering density is high; the stability is high; the use is convenient. The requirements of Karst regions on the underground soil loss sample collection can be met.

The invention discloses an engineering quality acceptance method integrating an information model and a laser three-dimensional scanning technology, and relates to the technical field of acceptance methods. The problem that in the prior art, an engineering quality acceptance method is low in efficiency and accuracy is solved. The method is characterized by comprising the following steps: establishing a BIM information model, establishing a point cloud data three-dimensional model, comparing quality detection data, and performing marking. The engineering acceptance efficiency is greatly improved, the measurement precision can be improved, the probability of accuracy reduction caused by misoperation of personnel in the measurement process is reduced, the influence of the technical differenceof acceptance personnel on the acceptance result is reduced, and the advantages of high efficiency and accuracy are achieved. The acceptance inspection process is visualized, the acceptance inspection information is easier to share through the BIM information model and the point cloud data three-dimensional model, the waste of time and energy is reduced, the staying time of acceptance inspectionpersonnel on site can be effectively reduced, and the safety of the acceptance inspection personnel is improved.

The invention relates to the technical field of nuclear power station intelligent storage, in particular to a nuclear power station material remote acceptance system. The system comprises a remote acceptance platform and a storage terminal which are arranged in a first nuclear power station base, and a remote acceptance terminal arranged in a second nuclear power station base. The remote acceptance platform comprises a 3D scanning device and a storage server. The storage server determines remote acceptance personnel for performing remote acceptance on the nuclear power station materials according to the acceptance personnel information of the acceptance personnel having the acceptance permission on the C-type materials; acquiring a 3D image generated by 3D scanning equipment in real time,recording the 3D image as real-time acceptance data, and sending the real-time acceptance data to a remote acceptance terminal; and receiving an acceptance result fed back by the remote acceptance terminal to generate a remote acceptance report. According to the invention, the complexity of on-site acceptance scenes of nuclear power station materials is reduced through remote acceptance, so that the acceptance process is more orderly and controllable, the accuracy of acceptance is improved, the acceptance efficiency is improved, and the cost is reduced.

The invention discloses an electronic terminal for engineering acceptance. The electronic terminal includes a file management module, a user module, and an acceptance management module. The file management module is intended for checkup of technology and data files and engineering rules. The user module is intended for registration of users. The acceptance management module is intended for recording, saving, modifying and uploading, etc of engineering-related data. According to the invention, the electronic terminal enables the paper materials of pass engineering acceptance to be saved in electronic files, such that the materials are easy to carry. The electronic terminal is simple to operate, records actual measurement data in engineering acceptance, and increases the efficiency of acceptance of detection workers.

The invention relates to the technical field of nuclear power station intelligent storage, in particular to a nuclear power station material classification acceptance method and system, and a storagemedium. The method comprises the following steps of: when determining that the non-R material is packaged in the outer package according to the acceptance information obtained by scanning the outer package of the nuclear power station material, according to the acceptance types of the non-R materials in the outer package, determining acceptance personnel having acceptance authority for the non-R materials of each acceptance type, and sending an acceptance notice for accepting the non-R materials to the acceptance personnel in a preset mode; and after the acceptance personnel control the outerpackage to be opened, obtaining a first acceptance report of all nuclear power station materials in the outer package packaged with the non-R-type materials, and storing the first acceptance report and the acceptance information corresponding to the outer package in a storage database in an associated manner. According to the method, orderly classified acceptance of nuclear power station materialsis realized, the acceptance efficiency is improved, the cost is saved, the acceptance error probability is reduced, and the nuclear power station safety is further improved.

The invention discloses a phase sheet-type nanometer focusing unit and a design method of the phase sheet-type nanometer focusing unit. The phase sheet-type nanometer focusing unit comprises multiple pairs of refraction units of a tooth-shaped structure, wherein the section, in the direction of a light outgoing plane, of the nth pair of the refraction units of the tooth-shaped structure is provided with three vertexes (A[n], A[n+1] and B[n+1]), the refraction units of the tooth-shaped structure are symmetrically distributed along an optical axis, all the straight sides A[n]A[n+1] are arranged on the same incident plane, the section vertexes B[n+1] of the units of the tooth-shape structure are distributed in the mode of meeting the Fresnel waveband law, curved sides A[n]B[n+1] close to the optical axis can carry out the equal optical path difference focusing on incident light, focused light of different pairs of refraction units of the tooth-shaped structure meets the requirement for the equal optical path difference, and distribution of curved sides A[n+1]B[n+1] meets the Bragg diffraction condition of the incident light. According to the phase sheet-type nanometer focusing unit and the design method of the phase sheet-type nanometer focusing unit, the limitation that the numerical aperture of an X-ray waveband focusing lens is smaller than can be overcome through a single phase sheet-type nanometer focusing lens, the function of achieving nanoscale focusing is achieved, and the caliber is large.

The invention discloses an intelligent distribution network secondary system phase sequence automatic check apparatus and relates to the technical field of power equipment. The intelligent distribution network secondary system phase sequence automatic check apparatus comprises a power supply apparatus, a voltage transformer, a current transformer, an acquisition apparatus, an A / D conversion apparatus, a processor and a display apparatus. After a distribution automation terminal is installed, when the phase sequence of phase wires is checked, phase wires to be detected of the voltage transformer, the current transformer and the automation terminal are connected, a lead-out wire of the acquisition apparatus is connected with the voltage transformer and the current transformer, after connection is completed, as long as the apparatus is started, three-phase current values, three-phase current phase values and voltage phase values of the phase wires to be detected of the automation terminal can be acquired, whether the phase sequence is correct can be determined by performing integrated determination according to acquired parameters, and thus phase check work of the automation terminal is completed. By use of the apparatus provided by the invention, the operation steps of check and acceptance are simplified, and the check and acceptance efficiency is improved.

The invention discloses a BIM building model mixed reality display device which is used for being worn on the head of an observer, and virtual reality equipment with a BIM building model mixed realityfunction comprises a display which is used for displaying an image; an acquisition unit which is used for acquiring real information; a processing unit which is used for acquiring a pre-established BIM building model and reality information acquired by the acquisition unit, comparing the real information acquired by the acquisition unit with the BIM building model, determining a target model partmatched with the real information in the BIM building model, and controlling the display to display an image corresponding to the target model part after the corresponding matched real information iseliminated. The invention further discloses a BIM building model mixed reality method, reality information is collected through the collection unit, the control module removes the reality informationfrom the BIM building model and then displays the BIM building model on the display, and the building acceptance efficiency is improved.

The invention provides a steel bar identification system, a steel bar identification method and a steel bar counting and acceptance system in order to improve and solve the defects and problems existing in the conventional manual counting method for completing steel bar entry quantity acceptance work. According to the technical scheme, the reinforcing steel bar recognition system comprises a reinforcing steel bar image data set and a reinforcing steel bar recognition training model; wherein the steel bar image data set comprises a training image data set and a verification image data set, andthe steel bar image samples are stored in a training image data set or a verification image data set; and the steel bar identification training model receives a steel bar image data set.

The invention provides a task list processing method and system. According to the processing method, the processing system monitors the product yields of workstations, and when monitoring that the product yield of a workstation is smaller than a preset yield threshold, the processing system executes at least one of the following steps or simultaneously executes the following steps of 1) prohibiting the generation of a task list of the workstation of which application position information or target position information is that the product yield is smaller than the preset yield threshold; and 2) changing, cancelling or reserving the generated task list of the workstation of which at least one of the target position information and the application position information is that the product yield is smaller than the preset yield threshold. According to the method and the system, before product transport, the product yields of the workstations are monitored in real time and the workstation of which the product yield does not reach the standard is discovered in time, so that the workstation of which the product yield does not reach the standard can be determined before the product transport, and the problem that whether the product yield reaches the standard or not is determined by depending on inspection of incoming merchandise in the prior art is effectively avoided.

The invention discloses a distribution transformer district acceptance method and device based on image recognition and a computer storage medium. The method comprises the following steps: acquiring afirst picture acquired on site in a distribution transformer district; preprocessing the first picture to obtain a second picture, and the second picture comprising a feature set representing components; and identifying the feature set in the second picture through an identification model, and outputting an identification result. According to the embodiment of the invention, distribution transformer district acceptance is realized through an image recognition technology, the standardized construction level of a power distribution network is effectively improved, and the acceptance efficiencyis effectively improved. The functions of unifying standards, improving efficiency and tracing the process are achieved in the construction, acceptance and operation and maintenance processes of the power distribution area, and powerful support is provided for lean management of the power distribution area.

The invention discloses an engineering project quality staged acceptance intelligent supervision management system based on big data and artificial intelligence, and the system comprises the steps: dividing a top region in a to-be-accepted tunnel into sub-regions, carrying out the arrangement of monitoring points for each sub-region, detecting the distance between the position of each monitoring point in each sub-region and the center of a circle of a corresponding central arc line, analyzing the contrast difference value of the distance between each monitoring point position in each sub-region and the circle center of the corresponding central arc line, calculating the standard deviation of the difference value of the distance between the central arc line of each sub-region and the circle center, collecting the gray level image of each monitoring point position in each sub-region, obtaining the thickness of each layer of each gray level enhanced image in each sub-region, and calculating the volume of each layer in the top layer area in a to-be-accepted tunnel, calculating and displaying the comprehensive quality influence coefficient of the top layer in the to-be-accepted tunnel, and carrying out comparison processing measures by related personnel, so that the engineering quality of the top layer in the tunnel is improved, and the appearance safety of the people is guaranteed.

The invention relates to the technical field of nuclear power station intelligent storage, in particular to a nuclear power station spare part box opening acceptance check method, device and equipmentand a storage medium. The method comprises the following steps: receiving a box body code image acquired by a box body code of a to-be-identified transport box scanned by a handheld terminal; inputting the box body code image into a preset box body code identification model, and obtaining an identified box number of the to-be-identified transport box output by the box body code identification model; when it is determined that the to-be-identified transport box contains the dangerous spare parts; and marking the to-be-identified transport box as a dangerous box body, transferring the to-be-identified transport box which is kept in an unopened state to a preset dangerous spare part acceptance area through automatic transfer equipment, and notifying a dangerous spare part acceptance party toperform box opening acceptance on the dangerous spare parts in the to-be-identified transport box in the dangerous spare part acceptance area. According to the invention, the acceptance personnel andthe acceptance mode thereof can be accurately determined, manpower resources are saved, the acceptance efficiency is improved, the acceptance quality of nuclear power station spare parts is ensured,and the nuclear power station safety is further ensured.

Embodiments of the invention provide an application interface acceptance method and apparatus, and electronic equipment. The method comprises the steps of obtaining attribute information of to-be-accepted layers in a to-be-accepted interface, and obtaining attribute information of standard layers in a standard interface; determining a corresponding relationship between each to-be-accepted layer and each standard layer based on the sizes, positions and types of each to-be-accepted layer and each standard layer; determining an adjacent layer and a spacing of each standard layer according to thesize and the position of each standard layer; according to the corresponding relationship, determining an adjacent layer and an interval of each to-be-accepted layer; and for each to-be-accepted layer, based on the corresponding relationship, comparing the style and the spacing of the to-be-accepted layer with the style and the spacing of the corresponding standard layer, and determining an acceptance result of each to-be-accepted layer. Styles and intervals of all layers in the to-be-accepted interface and the standard interface do not need to be manually measured for comparison, and the acceptance efficiency of the application program interface can be improved.

The invention provides a transformer substation monitoring information point table acceptance method based on multi-person collaborative editing. The method comprises the steps that a first draft of atransformer substation monitoring information point table is made, audited and published; s3, the automatic team draws a monitoring background picture according to the content of the monitoring information point table in the step S2, and counts the number of point numbers in the monitoring information point table; the debugging party makes an acceptance application of the point number to the monitoring team after debugging according to the corresponding point number of the monitoring information point table; s3, the monitoring team carries out acceptance check work of the point number according to the monitoring information point table, if the acceptance check is not passed, the step S3 is executed, and if the acceptance check is passed, recording is carried out in the monitoring information point table to complete the acceptance check work of the point number, 1 is added to the number of the accepted point numbers, and the next step is executed; and S3, whether the number of the accepted point numbers is smaller than that of the point numbers to be accepted or not is judged, if yes, the step S3 is executed, and if not, the acceptance is completed. The acceptance method is transparent and effective, and the acceptance efficiency is improved.

The invention provides a detection tool for detecting a roll collar. The detection tool comprises a fixing structure and a measuring structure, wherein the fixing structure comprises a handle and a connecting part, the handle is in a cylindrical shape with different diameters, and is used for being held by a worker, the connecting part is in the shape of an equal-diameter cylinder, one radial endof the connecting part is fixedly connected with the handle, the other radial end of the connecting part is fixedly connected with the measuring structure, the measuring structure comprises a rod bodystructure, and the rod body structure is a cylinder with the same diameter. According to the invention, the rod body structure is assembled and matched with the roll collar, so that the detection ofthe roll collar is realized; the detection tool is used for checking and accepting the inner holes of the roll collars, checking and accepting quality meets requirements, and checking and accepting efficiency is improved by about 10 times compared with vernier caliper measurement checking and accepting; and continuous points of the inner diameter can be detected at one time by using the cylindrical spacing of the rod body structure, so that the working efficiency is improved.

The invention discloses a remote acceptance system and method based on a 5G network, the system comprises intelligent glasses and an upper computer, the intelligent glasses are used for monitoring an acceptance site in real time, and the upper computer is used for analyzing and displaying a monitoring picture and storing an analysis result and the monitoring picture; the intelligent glasses are arranged to monitor the acceptance site in real time, the image effect which is completely synchronous with the acceptance site and is real-time can be achieved, an owner and a supervisor can directly conduct acceptance in an office through the upper computer, and therefore the situation that data and site implementation timeliness are not unified is avoided, the acceptance efficiency is improved, and the upper computer is arranged to store an analysis result and a monitoring picture, online storage of data is achieved, and therefore the situation that the data are lost is effectively avoided.