5results about How to "Clear design" patented technology

This invention discloses a fermentation process for a prickly pear and sea buckthorn compound fruit wine, belonging to the field of fruit wine fermentation technology. The invention includes the following steps: selecting prickly pear juice and sea buckthorn juice, mixing them in a 2:1 volume ratio as fermentation raw materials; adjusting the pH of the juice to a suitable range, adding sugar and preservatives, and adjusting the initial sugar content; activating yeast and adding it to the juice in a specific ratio, stirring evenly; placing the inoculated juice into a fermentation container and fermenting for 9 days under constant temperature conditions; filtering to remove sediment after fermentation to obtain primary fruit wine; clarifying the wine by low-temperature settling to promote impurity sedimentation; using moderate heating for sterilization to ensure product safety and stability; bottling after all indicators pass testing, and sealing and storing the finished product. This invention, by optimizing the compound ratio of prickly pear and sea buckthorn and the synergistic fermentation process parameters, can achieve an effective fusion and balance of the two raw materials in terms of flavor, nutrition, and fermentation kinetics.

This invention discloses an intelligent visual prosthesis system and encoding method. The system includes an external sensing processing unit and an internal implanted stimulation unit. The external sensing processing unit includes at least an environment sensing unit and a first data processing unit, and the internal implanted stimulation unit includes at least a stimulation signal generation unit and an electrode array. The environment sensing unit is used to acquire a target image. The first data processing unit is used to match the current scene to a preset lighting scene mode according to the image features or ambient illuminance of the target image, independently configure anchor points for the corresponding image grayscale value boundaries for the matched lighting scene mode, and generate a grayscale-charge density mapping relationship corresponding to the lighting scene mode. Then, the grayscale value of each pixel of the target image is mapped to the corresponding target charge density, and a stimulation command is generated and output to the stimulation signal generation unit. The stimulation signal generation unit is used to generate an electrical stimulation pulse sequence according to the stimulation command and a preset reference pulse width and output it to the electrode array.

The utility model relates to the field of medical auxiliary device, concretely relates to a kind of distraction device with nerve root retractor for endoscopy of spine, including pincer distraction component and kirschner wire, the pincer distraction component is equipped with mutually crossed articulated left jaw arm and right jaw arm, and the front end of left jaw arm and right jaw arm is equipped with sleeve and retractor respectively, kirschner wire can be fixed in the vertebral bone mass of patient's spine, and the sleeve of pincer distraction component can be sleeved on kirschner wire and can rotate around kirschner wire.The utility model is fixed and positioned by using kirschner wire fixed in the vertebral bone mass of patient's spine and using sleeve to rotate around kirschner wire moderately, the nerve root and dura mater outside spine are pulled by using retractor hook, and left jaw arm and right jaw arm are crossed articulated and are moderately distracted, so that operation visual field can be more clear, and nerve root around spine can be protected throughout, and operation risk can be reduced.

The application discloses a low-interception intelligent data link waveform construction method based on PPO-MMN-OCDM, and comprises the following steps: S1, constructing a data link wireless resource dynamic allocation framework based on a proximal policy optimization algorithm PPO, and modeling optimization of a modulation and coding strategy as a constrained Markov decision process; S2, initializing system parameters after receiving input information; S3, based on the initialized system parameters, performing Turbo coding, interleaving and QAM modulation on information sequences in the input information, injecting artificial noise MMN after random permutation to obtain a corresponding new symbol vector; S4, based on initial phases of OCDM subcarriers in the input information, performing OCDM modulation on the new symbol vector to obtain an initial transmission waveform; and S5, based on the data link wireless resource dynamic allocation framework, performing iteration on the transmission waveform until the iteration is completed to output a real-time low-interception data link waveform. The application can maximize the throughput capacity of the system and complete intelligent resource scheduling design.

This invention discloses a dynamic sequential value filtering method and system for 16-channel 16-bit analog signals, relating to the field of industrial process control technology. The method includes the following steps: S1, receiving 16 channels of high-precision analog inputs, filtering thresholds, filtering modes, and value acquisition modes in parallel to construct a dynamic filtering parameter set; S2, based on the dynamic filtering parameter set, performing parallel comparison operations on the 16 analog inputs within a single clock cycle to generate a valid numerical sequence that meets the filtering conditions. This invention employs a parallel architecture design, supporting flexible switching between multiple filtering and value acquisition modes, and is adaptable to a wide range of scenarios. Through precision normalization processing and synchronous output of valid flag bits, it ensures data processing accuracy and output reliability. The modular architecture design is clear, with standardized interfaces, facilitating integration, maintenance, and functional expansion. The dedicated parallel architecture enables hardware resource reuse, reducing computational resource consumption and hardware costs, making it suitable for large-scale, multi-channel batch applications.