5results about How to "Experience" patented technology

The utility model discloses a kind of dynamic detection equipment of return gap of speed reducer, it is related to the technical field of speed reducer detection equipment, the utility model aims at solving the problem of traditional detection mode cumbersome operation, the utility model includes rack and product to be measured, the product to be measured is installed on rack, the rack is set to the bracket structure with two layers of platform in the middle of aluminium profile building, input end servo motor is installed below the lower layer platform of the rack. Compared with traditional detection mode, the real-time return gap value of speed reducer in the movement process can be detected in the present scheme, so that the return gap of speed reducer at each different position is completely detected, the complete return gap condition of speed reducer can be objectively reflected, the present scheme maximizes the simplification of operation difficulty.

This utility model discloses a mechanical interlocking device for preventing misoperation of a ring main unit, including a ring main unit body, a circuit breaker switch, a disconnecting switch, a grounding switch, and a cable compartment door lock. The circuit breaker switch, disconnecting switch, grounding switch, and cable compartment door lock are all installed on the front of the ring main unit body. These components control the opening and closing of the circuit breaker, disconnecting switch, grounding switch, and cable compartment door lock within the ring main unit body. This utility model employs a guided approach to assist electrical operators in operating the equipment according to a set sequence. While ensuring the prevention of misoperation, it effectively improves efficiency, reduces the occurrence of incorrect operating sequences, and effectively reduces the risk of damage to the switches. Furthermore, it allows for safe operation without requiring extensive experience from the electrical operators.

The application discloses a tubular culture device, which comprises a sample feeding container and a culture pipeline in communication with the sample feeding container and forming a circulation loop, wherein a circulation power assembly is arranged on the culture pipeline; the circulation power assembly is used for driving the fluid in the sample feeding container to flow in the culture pipeline at a controllable flow rate; and the culture pipeline comprises one or more parallel branch pipelines. The tubular culture device can be widely used for the culture of microorganisms, cells and the like, realizes the control and monitoring of the culture process, provides rich reference data for the scaled production of cells, reduces the cost and reduces the product development risk.

The present application relates to the field of data processing, and particularly relates to a sewer network pollutant tracing method, device and system. The present application fuses multi-source pollution data to construct an uncertainty quantification framework, which is used to determine adaptive pollution source tracing positioning. The experience probability of the relevant historical pollution path is obtained by mining the historical pollution events, and the suspected pollution source point and the suspected pollution path are obtained. Then, the asynchronous strength and the blind area gain of each suspected pollution path are accurately quantified. In the final adaptive tracing positioning process, the experience probability, the asynchronous strength and the blind area gain of the suspected pollution path are fused to obtain an adaptive search radius, and the tracing positioning is performed within the adaptive search radius. The final adaptive search radius obtained by the present application can differentiate the scheduling of search resources, reduce the waste of tracing resources and reduce the tracing cost.

A vehicle display device is disclosed. A vehicle display device according to an embodiment of the present invention comprises: a cover body having a recessed inner space formed therein; a display disposed on one side of the inner space of the cover body; a communication module receiving vehicle information from a vehicle; and a first reflection module configured to be coupled to one side of a display in an inner space, refracting a pattern that emits light from a first region of the display and forming a first screen region; a second reflection module configured to be coupled to one side of the first reflection module in an inner space, reflect a pattern that emits light from a second region of the display, and form a second screen region; and a processor for controlling the operation thereof. At this time, the processor controls the first reflection module and the second reflection module to display information having different depth values from each other in the first screen area and the second screen area based on the received vehicle information when the display is driven. Thus, different screen areas are used independently or in association, thereby providing more diverse user environments and user experience.