42results about How to "Save manpower for testing" patented technology

The invention discloses a method for testing the number of connectable wireless users of a router. According to the method for testing the number of the connectable wireless users of the router, a client side and a wireless access point are provided; the client side and the wireless access point are in wired connection; and the client side comprises a request sending module. The method comprises the following steps that: S1, the client side sets the wireless access point to a client side mode; S2, the client side is connected with a wireless router to be tested through the wireless access point; S3, the client side operates the request sending module to send a predetermined number of source address requests of different physical addresses to the wireless router to be tested through a preset rule, and is connected with the wireless router to be tested; and S4, a wireless client side list of the wireless router to be detected is viewed, such that the maximal number of the connectable wireless users of the wireless router to be detected can be obtained.

The invention relates to and mainly discloses an IVR automated testing method of a VoIP voice, and the method mainly comprises the following operations: step a, performing coding format conversion fora to-be-tested first audio file, generating a second audio file; step b, compiling a script with an automated language, generating an automated script and placing the second audio file on a testing machine where the automated script is; step c, executing the automated script after iterating each version, matching and determining whether the second audio file contains payload in a RTP packet issued by a SIP server. In the method provided by the invention, through a script simulation terminal, IVR RTP issued by a VoIP server is received, the received content is compared with the content of a voice IVR file subjected to transform coding, an aim of automatically checking whether the voice IVR issued by the server is correct is realized, thus, manpower for testing is saved, and testing accuracy is improved.

The invention discloses a mass comparison testing method and system. The method comprises the following steps that: setting the roll-back point of a mass comparison testing database; according to basic data in the mass comparison testing database, calculating insurance premiums receivable, obtaining first result data; according to the arranged roll-back point, carrying out the roll-back of the mass comparison testing database; after a new version code is deployed, calculating the insurance premiums receivable again, and obtaining second result data; comparing the first result data with the second result data, and judging whether differences are in the presence or not; and analyzing the differences, and judging whether the differences are caused by the program defects of the new version code. Therefore, the old version and new version comparison testing of the system of the insurance premiums receivable can be carried out in a full-coverage way.

The invention relates to an assembled circuit board detection system. The system includes a detection platform, an image pickup device, a pressing and abutting plate and a computing host; the detection platform is provided with a carrying surface which is used for carrying an assembled circuit board and is provided with a plurality of circuit detection contacts; the image pickup device photographsthe assembled circuit board on the carrying surface to generate an image to be detected; the pressing and abutting plate is movably disposed between the detection platform and the image pickup device; the pressing and abutting plate is provided with a light transmitting portion aligned with the image pickup device; the pressing and abutting plate is used for pressing and abutting against the assembled circuit board, so that the connection pins of the plurality of material components of the assembled circuit board can be electrically connected with the circuit detection contacts; the computinghost is electrically connected with the detection platform and the image pickup device so as to receive the image to be detected, execute an image analysis program and test the material components ofthe assembled circuit board through the detection platform.

The invention discloses a kit for HCV virus genotyping detection and SNP locus detection of IL28B, a use method and an application thereof. The kit includes a nucleic acid amplification reagent and a hybridization reagent. The use method of the kit includes the steps of: 1) nucleic acid extraction of a sample; 2) preparation of the amplification reagent; 3) PCR amplification; 4) a hybridization reaction; 5) a fluorescent reaction; 6) detection; and 7) determination on the genotype of HCV virus and the genotype of an SNP locus in the IL28B gene. The kit can be used for detecting nine different HCV viruses and meanwhile detecting the genotypes of two loca in the IL28B gene which relates to treatment effect on the HCV. The kit has high flux, high sensitivity and high type coverage area, allows multi-target simultaneous detection and is simple in operation.

The invention discloses a method for testing the number of connectable wireless users of a router. According to the method for testing the number of the connectable wireless users of the router, a client side and a wireless access point are provided; the client side and the wireless access point are in wired connection; and the client side comprises a request sending module. The method comprises the following steps that: S1, the client side sets the wireless access point to a client side mode; S2, the client side is connected with a wireless router to be tested through the wireless access point; S3, the client side operates the request sending module to send a predetermined number of source address requests of different physical addresses to the wireless router to be tested through a preset rule, and is connected with the wireless router to be tested; and S4, a wireless client side list of the wireless router to be detected is viewed, such that the maximal number of the connectable wireless users of the wireless router to be detected can be obtained.

An embodiment of the invention provides a user behavior data testing method and a user behavior data testing system. The user behavior data testing method comprises the steps of: acquiring customer behavior data uploaded by a client during product testing; analyzing the structure of the customer behavior data to obtain all fields of the customer behavior data; judging whether all the fields conform to preset fields or not to obtain a judgment result; if all the fields conform to preset fields, matching the customer behavior data to a corresponding preset test case; and verifying whether the customer behavior conforms to expectation or not according to the preset test case. By utilizing the user behavior data testing method provided by the invention, when a tester tests a new function burying point, the tester does not need to wait for the research and development personnel to carry out testing after the function is realized, so that the new function testing efficiency is improved, theaccuracy of burying point reporting can be ensured, meanwhile, the testing manpower is reduced, and the comprehensive testing is ensured.

The present application relates to a base station clock synchronization test system, method, device and storage medium. The base station clock synchronization test system includes a switch connected to the base station to be tested, a clock source group and a test host connected to the switch. The clock source unit to be tested in the clock source group may include a positioning clock source unit connected to a base station to be tested, a server clock source unit connected to a switch, and an air interface clock source unit. Based on the switch, the test host controls the base station to be tested and any clock source unit to be tested to perform a clock synchronization test; and the test host also traverses each clock source unit to be tested until the base station to be tested completes clock synchronization with each clock source unit to be tested test so far. According to the test requirements of the clock synchronization mode, the system can automatically switch the clock synchronization signal of the base station to be tested and achieve the effect of automatically traversing and testing each clock synchronization function, saving labor costs and improving test efficiency in changing the test environment.

The invention belongs to the technical field of electric power Internet of Things, and particularly relates to an RFID-based laboratory instrument rapid searching and positioning device and an RFID-based laboratory instrument rapid searching and positioning method. The RFID-based laboratory instrument rapid searching and positioning device is composed of a reader and an electronic tag, wherein theelectronic tag is formed by sequentially connecting an identification layer, a circuit layer, a substrate layer and an installation layer. The RFID-based laboratory instrument rapid searching and positioning device has the advantages of simple structure and convenience use, and has the advantages that laboratory personnel can conveniently and quickly search and position instruments and meters, the working states of the instruments and meters are recorded, and paperless office of laboratories is realized. The ultrahigh-frequency RFID electronic tags are assembled on the instruments and meters,information such as instrument verification is written into the electronic tag chips through the reader, the state information of the instruments is checked and updated through the reader, and paperrecords do not need to be searched for. Therefore, convenience is provided for experimenters to quickly check the use states of instruments and meters, the working efficiency is greatly improved, thetest input manpower can be saved, and the production cost is reduced.

An assembly circuit board detection system includes a detection platform, a camera device, a pressing board and a computing host. The detection platform has a carrying surface for placing the assembled circuit board, and the carrying surface has a plurality of circuit detection contacts. The camera device photographs the assembled circuit board on the carrying surface to generate an image to be tested. The pressing plate is movably arranged between the detection platform and the camera device. The pressing plate has a light-transmitting part opposite to the camera device. The pressing plate is used to press against the assembled circuit board to make the pins of the multiple materials of the assembled circuit board Electrically connected to the detection contact of the circuit. The computer is electrically connected to the testing platform and the camera device to receive the image to be tested and execute the image analysis program, and to perform material testing on the assembled circuit board through the testing platform.

The embodiment of the invention discloses an image stitching test method and device, equipment and a storage medium. The method comprises the steps: shooting two entities or non-entities in a solid plane in real time, splicing the shot images, repeatedly executing the above operations until the specified points on the two entities or non-entities in the spliced image are superposed, wherein when the designated points on the two entities or non-entities coincide, the designated points on the two entities or non-entities are two equivalent points of a target point on the image splicing seam, determining the distance between the specified points on the two entities or non-entities, and calculating the optimal splicing distance from the target point to the multi-view splicing equipment in combination with the parameters of the multi-view splicing equipment. According to the embodiment of the invention, the test of the optimal splicing distance of the splicing points can be completed by measuring the distances between the equivalent entities or non-entities of the splicing points in the solid plane and integrating the equipment parameters, live-action test is not needed, the test manpower is reduced, and the test precision is improved.

The present invention provides a modular testing system for turnouts in different regions, including a turnout power supply traction simulation unit, a system host, a switch position and locking sensor simulation unit, and a communication unit; wherein: the turnout power supply traction simulation unit is used to simulate the power supply of the turnout system The system host controls the switch position and the lock sensor simulation unit to simulate the switch position of the switch system and the locking information at this position, and controls the power supply traction simulation unit of the switch to provide the cut-off state of the measured object for The measured object is collected; the communication unit is used for communication between the measured object and the system host. The invention considers the complexity and completeness of the test, and through associating the test system with the equipment to be tested, the test function of the divisional switch module is completely realized.