11 results about "Agent detection" patented technology

In various embodiments, a system for detecting and preventing equipment failure using a plurality of agents includes an interface configured to receive information about a state of the equipment from a plurality of sources. The system includes a data pool including the information from the interface. The system further includes a plurality of agents configured to access data in the data pool, where the plurality of agents are trained to assess a condition of the equipment based on the data. The system includes an orchestrator configured to: evaluate an assessment of a first agent; access the second agent for further assessment in response to the evaluation of the assessment of the first agent indicating access of a second agent; and cause a modification to be made to the equipment.

The utility model discloses a kind of for deodorizing agent detection devices, including electronic nose main body, the right side of the electronic nose main body is fixed with two pipeline fixing mechanisms, the pipeline fixing mechanism includes plug, the outside of the plug is equipped with fixed cylinder, the outside wall of the fixed cylinder is fixed with multiple half-arc blocking rings, the right side of the fixed cylinder is fixed with multiple elastic sheets.The for deodorizing agent detection device, insert air inlet pipe and air outlet pipe on plug, pull moving cylinder, extrude groove extrusion extrusion block, extrusion block extrusion elastic sheet, elastic sheet extrusion air inlet pipe or air outlet pipe, clamp air inlet pipe or air outlet pipe, then rotate moving cylinder, stop block is inserted between two half-arc blocking rings, left side half-arc blocking ring stops stop block, limit stop block and moving cylinder movement, so it is convenient to fix air inlet pipe and air outlet pipe, without through multiple rotation extrusion component, make extrusion component move extrusion air inlet pipe and air outlet pipe.

This invention provides a visual AI agent detection method, apparatus, and electronic device, relating to the field of network security technology. The visual AI agent detection method includes: acquiring time information and / or coordinate information of interaction events on a user's interactive terminal within a preset time period; and predicting whether the interaction event was executed by a visual AI agent based on the time information and / or coordinate information. This invention can accurately and efficiently identify the automated access behavior of visual AI agents.

The utility model belongs to the technical field of concrete curing detection equipment, and particularly relates to an intelligent curing box structure for antifreezing agent detection. Through reasonable arrangement of the components in the curing box top seat, the curing box door and the curing box main body, the inner cavity of the box body is divided into a freezing area and a curing area, and the hydraulic jacking device and the telescopic test block storage rack on the two sides are matched, so that detected concrete doped with an anti-freezing agent can be stably and rapidly transferred from the curing area to the freezing area; deformation and damage of the test block in the manual carrying process of personnel are effectively avoided, and the workload of testers can be greatly reduced while the detection efficiency is improved; according to the utility model, a bilateral telescopic test block storage rack structure is adopted, and the hydraulic jacking device is matched, so that the inclination force can be effectively avoided, and the stability of the detected concrete in the transfer process is improved; the device is compact in overall structure, convenient to operate, good in heat preservation and energy saving effect, high in integration, capable of greatly saving the occupied space needed by detection equipment and easy to popularize.

The application discloses a foam extinguishing agent detection device and belongs to the technical field of foam extinguishing agents. The device comprises a supporting piece, a rotating assembly and a overturning assembly. The rotating assembly and the overturning assembly are cooperatively matched, the rotating detection and the directional overturning integrated action of the burning detection disc are realized, after a group of detection is completed, adjustment is not needed, the detection surface can be switched or the cleaning process can be entered through overturning, the detection continuity and the batch detection efficiency are obviously improved, the directional overturning is realized by the meshing transmission of the transmission piece, the motion stability is high, the bearing stability of the foam extinguishing agent in the detection process is ensured, and the accuracy of the detection data is improved.

This utility model discloses a device for detecting lightweight agents, relating to the technical field of density detection devices. It includes a detection bottle for containing testing water and a lightweight agent. The inner cavity of the detection bottle has a stopper that fits against the inner wall of the bottle to prevent the lightweight agent from floating. The stopper has several holes, allowing the testing water to permeate it. A pull rope is connected to the stopper, used to remove the stopper from the port of the detection bottle. A sealing plug is located at the port of the detection bottle to seal it. This utility model solves the technical problem that existing lightweight agent density detection devices cannot detect low-density lightweight agents that float above the testing reagent.

The application discloses a testing method and testing device for the anti-fog performance of a mirror anti-fog agent. The testing method comprises the following steps: S4. The anti-fog performance of the mirror anti-fog agent is detected by using a transmission method, and the anti-fog failure time is taken as a quantitative determination index. The anti-fog failure time is the time corresponding to the reduction of the transmission ratio square to 80% before the sample plate starts to fog. The detection steps comprise the following steps: S41. The testing equipment is standardized and preset; S42. The sample is standardized and placed; S43. The standardized testing and data recording are performed; S44. The results are standardized and counted. If the final anti-fog failure time after the testing is greater than a set basic qualified threshold, the anti-fog performance is qualified; otherwise, the anti-fog performance is unqualified. The set basic qualified threshold is greater than or equal to 30 s. The application fills the industry blank of the standardized testing of the anti-fog performance of a lens anti-fog agent, constructs the whole-process standardized specification of the lens anti-fog agent detection, sets quantitative determination indexes and grade standards, and standardizes special detection parameters suitable for the lens characteristics.

The invention discloses a portable rheometer for detecting the performance of a fluid curing agent, and relates to the technical field of fluid curing agent detection. Comprising a main body, a movable module and a fixed module, a rotor is mounted on the movable module, the fixed module is fixedly connected with a mounting cylinder, an adjusting ring is rotationally connected to the upper portion of the mounting cylinder, symmetrically-distributed connecting rods are mounted on the upper side of the adjusting ring, and the adjusting ring is slidably connected with two symmetrically-distributed arc-shaped rods through the connecting rods on the adjusting ring; the two arc-shaped rods are jointly and fixedly connected with two symmetrically-distributed electric sliding rails, two sliding blocks are arranged on the opposite sides of the two electric sliding rails respectively, and a material scraping piece is jointly installed on the two corresponding sliding blocks on the two electric sliding rails. According to the invention, the scraping piece is bent and attached to the rotor by means of the abutting of the scraping piece and the peripheral side of the rotor, and then the overflowing sample is cut off through the contact of the scraping piece and the mounting cylinder, so that the scraping frequency is reduced, the test convenience is improved, the test time is saved, and the probability of introducing bubbles and structural interference is reduced.

The invention discloses detection equipment for detecting cleanliness of a modified nucleating agent, and relates to the technical field of nucleating agent detection, the detection equipment comprises a base, and a fixed sealing box is fixed on the base. According to the detection equipment for detecting the cleanliness of the modified nucleating agent, a first toothed bar and a second toothed bar are driven by a moving plate driven by an air cylinder to be sequentially meshed with a first gear and a second gear which are different in diameter, and automatic switching between rapid oscillation and low-speed oscillation of a transparent glass sample bottle can be achieved; in the early stage of detection, materials in the transparent glass sample bottle rapidly reach a uniform dispersion state through a rapid oscillation mode, and the mode is automatically switched to a low-speed oscillation mode during detection, so that particle sedimentation can be effectively prevented, the space-time consistency of sample concentration is ensured, the vibration amplitude of a bottle body is greatly reduced, and the detection accuracy is improved. The problem that imaging of the high-resolution CMOS camera is not clear due to motion blur is avoided, and the accuracy of detection data is effectively guaranteed.

The utility model relates to the technical field of biological detection discloses an environmental protection seed coating detection equipment, including detection case, the inner surface fixed mounting of detection case has detection mechanism, the inner wall fixed mounting of detection case has horizontal adjustment mechanism, the outer surface fixed mounting of detection case has moving mechanism, detection mechanism includes baffle, the outer surface fixed connection of baffle and the inner surface of detection case, the inner surface fixed mounting of baffle has the clamping block, the inner surface joint installation of clamping block has the clamping rod, the inner surface fixed mounting of clamping rod has the storage box. The environmental protection seed coating detection equipment, through the sealing plate that pull block drives moves outward, the sealing plate takes out from the detection case through the clamping rod and drives the storage box, then the user will put into the seed that the seed coating of package seed coating in the storage box, then reverse before operation, the storage box reenters the detection case, and the detector in the detection case will carry out the detection to the seed in the storage box, and the detection data can be seen through the control panel on the detection case.

The invention belongs to the technical field of degreasing agent detection devices, and particularly discloses an electrophoresis workshop automatic detection and control system which comprises a detector used for detecting the conductivity of a degreasing agent, and the bottom end of the detector is connected with a detection head through a data line; the mounting rack is used for mounting the detector, and the bottom of the mounting rack is connected with a detection base; and the detection cylinder is placed on the detection base and is used for containing a degreasing agent to be detected. Through the arrangement of the cleaning device, after detection is completed, the detection head is driven by the lifting assembly to enter the cleaning spray head, and at the moment, the cleaning spray head can perform all-directional flushing on the detection head from multiple angles through the water spraying holes, so that a degreasing agent and impurities left on the surface are thoroughly removed, and residual substances are prevented from being mixed into a next to-be-detected degreasing agent; it is ensured that each detection result can truly reflect the actual conductivity of the degreasing agent, and accurate data support is provided for judging whether the degreasing agent meets the workpiece cleaning requirement or not.