3results about How to "No attenuation" patented technology

This utility model relates to a mechanical comparator suitable for bearing testing, comprising a housing, a first positioning block fixedly mounted on the top of the housing by a first bolt and a second bolt, and a base plate fixedly connected to the bottom of the housing; an adjusting block fixedly mounted inside the housing, the adjusting block being connected to a first guide post, the first guide post being fitted with a first guide sleeve; the adjusting block being connected to a second guide post, the second guide post being fitted with a second guide sleeve; a fixing block being mounted on the upper end of the first and second guide posts; and a second positioning block being connected to the fixing block; the inner diameters of both the first and second positioning blocks are matched to the bearing assembly to be tested; an adjustment device is mounted on the base plate for adjusting the gap between the fixing block and the adjusting block. Thus, the inner holes of the first and second positioning blocks precisely match the outer ring of the bearing to be tested, and with the coaxiality control of the mandrel and measuring ring, the bearing is ensured to be subjected to uniform force, avoiding subjective errors caused by reliance on worker experience in traditional dial indicator testing.

The present application relates to renewable energy consumption and hydrogen energy storage and supply technology, and aims to provide a hydrogen synthesis storage and supply system and method for fluctuation smoothing and spontaneous power generation. The method comprises: using a compressor unit and a hierarchical energy storage device to replace a storage battery, replacing the charging and discharging process of the traditional battery technology by a hydrogen storage-hydrogen use process; controlling the operation number of the self-compressor unit according to the remaining available power after photovoltaic power generation and hydrogen production, and switching the hydrogen source according to the operation state of the pressure potential recovery power generation unit; using the relatively low power operation of the compressor unit and the inter-stage air supplement-high pressure storage strategy to improve the photovoltaic utilization rate under the non-rated power full-stage operation condition; and recovering the pressure potential in the hydrogen storage container to generate power, thereby achieving the power supplement of the chemical production device. The present application can greatly reduce the maintenance cost, has no electrochemical decay and thermal runaway risk, significantly improves the photovoltaic utilization rate in the whole life cycle, does not involve chemical conversion, and has very high efficiency.

This invention relates to the field of intelligent control technology for medical devices, and provides a device for monitoring and relieving headache abnormalities through stimulation intervention. The device includes a helmet-shaped main frame housing a monitoring and relief module; an intelligent control system that asynchronously collects physiological characteristics and hardware load status via a duplex channel, deriving a high-dimensional state fusion model; and a closed-loop evaluation and iteration module to establish a differential efficacy closed-loop mechanism, uploading the collected data to the cloud for storage, enabling historical data management, clinical analysis, and continuous optimization of personalized strategies. This technical solution addresses the problems of dependence and side effects associated with traditional drug treatments, the high trauma and cost of surgical treatments, and the tendency of existing migraine intervention devices to develop tolerance in the nervous system due to fixed and predictable stimulation parameters used in open-loop control, leading to gradual attenuation of intervention effects over time and an inability to provide personalized and precise treatment.