12 results about "Equipment observation" patented technology

This invention provides a tank facility that allows for the accurate observation of aquatic organisms within a tank using observation equipment. [Solution] A tank facility equipped with an observation device 11 for observing aquatic organisms 2 in a tank, wherein the observation device 11 comprises a cylindrical member 15, a photographing device 17 for photographing the aquatic organisms 2 in the tank, and a background member 22 that constitutes the background of the photographed aquatic organisms 2, the cylindrical member 15 having its upper end closed and protruding above the water surface 28 in the tank, and its lower end open and immersed below the water surface 28 in the tank, the photographing device 17 includes the background member 22 in its photographing range 30, the background member 22 is positioned below the lower end of the cylindrical member 15, and a movable space S is formed between the lower end of the cylindrical member 15 and the background member 22, through which the aquatic organisms 2 can pass.

The application provides a cavity structure part annular electron beam welding joint design method, which comprises the following steps: tilting the angle of the radial ring weld of a part along the part axis direction clockwise by a preset angle, so that the closest distance of the beam current to the flange edge of the part casting body on the side of the radial ring weld is increased, the welding lock bottom is also increased in thickness due to the tilt of the weld, the part can be prevented from being damaged during welding, and the risk of splashes generated by penetrating the welding lock bottom is reduced; a filler platform is arranged on the side of the cover plate at the radial ring weld, which can help quickly find the weld position in the equipment observation system and facilitate welding; the axial ring weld of the part is offset to one side of the part casting body by a preset distance, so that the weld is changed from a no-welding lock bottom end face weld to a welding lock bottom butt joint weld, a boss is added to the inner wall of the cover plate to form a butt joint structure with the casting body, so that non-penetration welding can be ensured, and welding splashes in the part inner cavity are prevented.

A processor-implemented method for beam management using zone information and zone-specific codebook generation includes receiving an input stream from one or more sensors. A zone of a user equipment (UE) is determined using a digital twin that models an environment observed by a network device based on the input stream. The zone is determined based on a positioning of the UE in the environment. A beam estimate is generated based on a codebook selected based on the zone.

The application relates to the technical field of alarm devices, in particular to an embedded trigger protection type alarm prompting device, which comprises an alarm device with a shell and an embedded warning lamp in a camera, a protection assembly arranged on the alarm device and capable of protecting the front face of the alarm device, and an adjusting assembly capable of moving the position according to actual conditions. The protection assembly can realize automatic protection and cleaning of the camera and the warning lamp, when external threats or pollution are sensed, the assembly can automatically drive the transparent protection plate to cover the front face of the equipment, effectively isolate physical impact, dirt adhesion or malicious shielding, meanwhile, the built-in cleaning mechanism can wipe the observation window of the equipment during the movement of the protection plate, the adjusting assembly is provided with flexible position adjusting capacity of the alarm device, the whole alarm device can stably and accurately move in a straight line in the installation plane, and the observation angle and the coverage range of the equipment can be adjusted in real time.

The utility model relates to a kind of heat-insulating cotton plug for chemical equipment observation hole, and heat-insulating cotton plug is composed of high temperature cloth and heat-insulating cotton structure;The high temperature cloth is wrapped outside heat-insulating cotton structure.The utility model has the beneficial effect that 1, high temperature cloth is wrapped outside heat-insulating cotton structure, and the wear resistance of high temperature cloth is superior to heat-insulating cotton structure, thus can avoid cotton plug friction damage after multiple uses, improve the service life of heat-insulating cotton plug;2, the shape plasticity of heat-insulating cotton plug made of broken cotton scrap is high, can be applicable to different shapes of observation hole, reduces the production accuracy of observation hole;3, heat-insulating cotton plug made of cotton block or broken cotton scrap has elasticity, even if observation hole appears abrasion, is affected by thermal expansion and cold shrinkage and occurs deformation, the elasticity of cotton plug itself can also guarantee the sealing effect of observation hole, effectively guarantee heat-insulating performance.

This invention relates to the field of steel fiber reinforced concrete (SFR) mechanics technology, and more particularly to a system for analyzing the mechanical properties of SFR. The invention comprises a data acquisition module, a mechanical property testing device, a microstructure analysis device, and a data processing and analysis module. This invention integrates multiple processes, including data acquisition, mechanical property testing, microstructure analysis, and data processing, into a single system, enabling comprehensive analysis of the mechanical properties of SFR. This improves analysis efficiency and accuracy. Furthermore, the data acquisition module collects real-time mechanical property data of concrete specimens during freeze-thaw cycles, allowing for timely capture of performance changes at different stages. In addition to testing mechanical properties such as compressive strength, flexural strength, and modulus of elasticity, the invention also allows observation of microstructural changes in concrete specimens through the microstructure analysis device, providing a comprehensive evaluation of the performance of SFR from both macroscopic and microscopic perspectives.

The application discloses a kind of wisdom power plant inspection method and system based on imitation learning, it is related to electric power automation technical field, including the collection of power plant's multi-source heterogeneous data, constructs initial power plant knowledge graph, and generates inspection target set, based on initial power plant knowledge graph and inspection target set, each inspection equipment is carried out inspection area division, generates multi-agent set;Demonstration inspection is carried out by expert according to multi-agent set, obtains demonstration dataset, and trains multi-agent strategy network using demonstration dataset, obtains initial strategy set, uses initial strategy set to carry out inspection, collects real-time environment state data and inspection equipment observation data, and is mapped into power plant knowledge graph, carries out multi-factor inference, outputs inspection abnormality determination result and corresponding risk state set.The application realizes strategy self-adapting update by DeepDAgger incremental learning mechanism, and can effectively improve the intelligentization and self-learning ability of inspection system.

This utility model discloses a bottle clamp height measuring tool, relating to the field of bottle clamp height measurement technology. It includes: a fastening clamp held in place at the observation port of the equipment; a steering arm mounted on the fastening clamp; an assembly plate mounted on the operating end of the steering arm, the assembly plate having a first clamping assembly; and a distance sensor mounted on the first clamping assembly. This utility model, through the fastening clamp and steering arm, precisely adjusts the measuring position of the first clamping assembly. Combined with the distance sensor on the first clamping assembly, it achieves automated and accurate detection of the bottle clamp height and displays the distance value in real time, thus avoiding production and safety problems caused by human error. Furthermore, this application can detect the bottle clamp height in real time during operation, significantly improving equipment maintenance efficiency.

The application discloses a remote version iteration and log management method and system for a campus equipment cluster, and relates to the technical field of data processing. The remote version iteration and log management method and system for the campus equipment cluster, comprising S1, collecting campus equipment cluster data, storing after preprocessing and constructing an equipment regulation database; S2, combining equipment operation conditions and version parameters to carry out health situation quantitative evaluation; S3, relying on equipment observation fragments and operation health degree to carry out data conflict detection analysis; S4, according to the health situation and the system busy degree to carry out import risk deduction analysis; S5, gathering the whole process key event flow and constructing time sequence index, realizing the construction of equipment whole life cycle health atlas and the traceability management of regulation database. The problems that conflict processing, transaction guarantee and log traceability are difficult to cooperate in the batch import and remote version iteration process of the campus equipment cluster are solved.

Various aspects of the present disclosure relate to reporting measurement quantities for an antenna array. An apparatus, such as a first device, which may be a sensing transmitter (Tx) node, a user equipment (UE), a network equipment (NE), or another device, may receive a sensing signal from a second device. The first device may generate measurement quantities for a channel segment observed by the first device based on the sensing signal. Measurement values of the measurement quantities each correspond to a reference point (RP) of an antenna array of the first device. The first device may transmit a report including the measurement quantities.