7results about How to "Improve test" patented technology

The invention discloses vehicle-mounted data acquisition equipment, which belongs to the technical field of vehicle-mounted communication, and comprises a main control module used for scheduling and controlling the whole equipment, a data acquisition module used for receiving external data from an external connector, and a data interaction module used for performing bus data interaction with the external connector, the driving output module is used for executing a control command which is sent by the main control module and is used for controlling an external connector, the storage module is used for storing data, and external data and source data generated in the equipment are stored in the storage module; the main control module at least comprises an MCU control unit, and the data acquisition module, the storage module, the data interaction module and the driving output module are all connected with the MCU control unit. According to the invention, vehicle data can be efficiently collected, processed, stored and transmitted, and powerful support is provided for intelligence, automation and networking of vehicles.

A sample analyzer (10), including an incubation mechanism (400), which is used for performing incubation on liquid in a reaction vessel ; and a uniform mixing mechanism (300), which is independently arranged relative to the incubation mechanism(400) and has a transport station (321) and a uniform mixing station (322), wherein the uniform mixing mechanism (300) includes a carrying member (310), and the carrying member (310) drives the reaction vessel to circularly move between the transport station (321) and the uniform mixing station (322); and the carrying (310) member conveys the reaction vessel, which is input from the transport station (321), to the uniform mixing station (322) and conveys the reaction vessel to the transport station (321).Input and uniform mixing procedures of different reaction vessels on the carrying member (310) can be carried out at the same time, and the test flux of the sample analyzer is improved.

The invention belongs to the field of metabonomics analysis, and particularly relates to a metabonomics analysis method of a 3D printing intravascular stent. According to the invention, nano metabonomics is established through the combination of the detection analysis of a non-targeted water-soluble / lipid metabonomics method, the detection analysis of targeted water-soluble / lipid metabonomics and space metabonomics, and the biological reaction of 3D-PVS is clarified. A nano metabonomics method with multi-dimensional biological information is used for researching the biological effect of 3D-PVS on the metabolic level, and potential biochemical, medical and industrial application and development directions of 3D-PVS are disclosed on the basis of nano metabonomics research results. The method also has the following technical advantages and characteristics: the operation is convenient, the cost is economical and practical, the materials are environment-friendly and environment-friendly, the design is simple, the method is suitable for laboratory research and outdoor test, the non-targeting-targeting combined nano metabonomics research of 3D-PVS biological response characteristics can be conveniently carried out in real time, and the application prospect is wide.

The invention belongs to the technical field of cylinder hanging beams, and discloses a large-diameter steel cylinder vibration sinking vibratory hammer hanging beam system which comprises a main beam, a ring beam is arranged in the middle of the top end of the main beam, main beam lower guiding systems are arranged on the two sides of the bottom end of the main beam, and balance beams are symmetrically arranged on the two sides of the top end of the main beam. The ring beam comprises two groups of long beam pieces, two groups of short beam pieces, two groups of supporting beam flange systems, two groups of flange systems and ten groups of small straining beam systems; the two groups of long beam pieces and the two groups of short beam pieces are distributed in a rectangular staggered manner; according to the invention, the main beam is arranged, so that the structure main body on the main beam can be supported, and meanwhile, the main beam is matched with the ring beam, the main beam lower guide system and the balance beam, and is matched with the long beam piece, the short beam piece, the support beam flange system, the flange system and the small straining beam system in the ring beam; the use functionality and the structural strength of the whole large cylinder hanging beam are effectively improved, and the test and use benefits of the whole large cylinder hanging beam under the high weight coefficient are improved.

The invention discloses a component package debugging method and device for medical platform software, equipment and a medium, relates to the technical field of computers, is applied to a storage space, and comprises the following steps: receiving a component package acquisition request sent by a target medical project in target medical platform software, and generating a corresponding component package storage address; sending the component package storage address to the target medical project, and establishing a soft link in the target medical project based on the component package storage address; and monitoring a target component package corresponding to the component package acquisition request in the storage space, and when the target component package is updated, updating a component package storage address contained in a soft link in the target medical project based on the updated component package, and executing a component package debugging operation based on the updated storage address. According to the method, all the component packages are put into the global component package warehouse, and the component packages are obtained in a soft and hard link mode, so that all the used medical projects are automatically and synchronously updated when the component packages are updated, and the stability and the production efficiency of medical platform-level software development are improved.

The invention relates to the technical field of welding equipment, in particular to a thermistor automatic welding integrated system which comprises a fixed platform located on one side of a feeding track and a material plate cutting mechanism, the material plate cutting mechanism is used for cutting and grabbing a resistor material plate, and a first transfer module is arranged between the material plate cutting mechanism and the feeding track; the welding platform is used for fixing a PCB and a resistor, and the welding mechanism is used for welding the resistor on the PCB; the first transfer module is used for placing a PCB on the welding platform; the resistance test module is used for carrying out resistance test on the PCB, and the second transfer module is used for moving the PCB to the defective product track; the cleaning tool and the cleaning box are located on one side of the feeding track, a third transfer module is arranged between the cleaning tool and the feeding track, and the third transfer module is used for moving the PCB to the cleaning tool. The production efficiency can be improved, the product quality is guaranteed, manual intervention is reduced, and the production cost is reduced.

The invention provides an integrated circuit automatic layout planning generation method and device and a construction example method, which are applied to the technical field of integrated circuit design automation and chip layout planning, and are characterized in that top layer pins are created in a specified area, a same-name netlist is generated, and meanwhile, creation parameters of the pins such as name prefixes, the number and distribution areas are set; according to the method, the design accuracy and traceability are ensured, then, the netlist units are automatically constructed and the netlist connection is created based on the defined hierarchical structure and the data flow, so that human errors are effectively reduced, accurate connection between circuit elements is ensured, the design consistency and reliability are improved, required examples can be efficiently constructed, and the design efficiency is improved. According to the method, the complex test function scene is met, the test and verification process is accelerated, the performance of different layout configurations is rapidly evaluated, the optimal layout scheme can be found, and therefore the design performance and efficiency are improved.