4results about How to "Reduce administrative burden" patented technology

This invention discloses a smart pet care method and a smart pet care combination cabinet, belonging to the field of pet supplies and smart environmental control technology. The smart pet care method includes: acquiring the pet's type and age group in the pet carrier; automatically adjusting the temperature and humidity inside the carrier according to a preset temperature and humidity target range; real-time monitoring of formaldehyde, TVOC, and ammonia concentrations, comparing them with preset safety thresholds, and automatically adjusting the purification airflow level according to the degree of exceedance. The smart pet care combination cabinet includes a pet carrier, a humidification system, a central purification system, a temperature control system, and a control system. This invention can achieve personalized temperature and humidity adjustment according to pet type and precise age group, and perform graded purification according to the degree of harmful substance exceedance, effectively protecting pet health. It has the advantages of high intelligence, precise adjustment, and safety and reliability.

This invention discloses an EFI testing method, system, device, server, medium, and product, relating to the field of development and testing technology. The method includes: creating a partition with a preset format on the system disk of the device under test (DUT), and configuring the partition to be mounted to a specified directory on the system disk when the DUT boots up; writing the Extensible Firmware Interface (EFI) test file to the partition mounted in the specified directory when testing begins; and controlling the DUT to run the EFI test file in the partition under the UEFI command-line environment via a platform debug controller to obtain test results. By using the existing system disk of the DUT instead of a USB flash drive to place the EFI test file and automatically running the EFI test file in the partition, an automated EFI testing process is achieved. This eliminates the need for an additional USB flash drive, reducing hardware costs and management burden. Furthermore, the lack of manual intervention simplifies operation, enables batch testing, and improves development and testing efficiency and reliability.

The application relates to the technical field of fruit tree seedling raising, in particular to a fruit tree seedling raising root-limiting container, which comprises a seedling raising container, a non-woven fabric planting inner cylinder and a moisturizing cover body. The seedling raising container is in a cylindrical shape, the bottom of the seedling raising container is provided with a circular-truncated-cone-shaped supporting part, the non-woven fabric planting inner cylinder is arranged in the inside of the seedling raising container and located on the supporting part, the moisturizing cover body is detachably arranged on the top opening of the seedling raising container, and the moisturizing cover body is provided with a seedling passage in the center. A flow guide groove is formed between the supporting part and the sidewall of the seedling raising container, and the supporting part and the sidewall of the flow guide groove are both provided with water seepage holes. The application combines the ventilation at the bottom of the seedling raising container and the moisturizing at the top of the seedling raising container, reduces soil water evaporation, improves water utilization rate, reduces water supplement frequency, guarantees the ventilation at the bottom of the non-woven fabric planting inner cylinder, avoids root system oxygen deficiency and reduces the risk of root rot.

The application relates to a four-in-one robot palletizing gripper, which comprises a connecting frame and four integrated functional mechanisms. The bagged material clamping mechanism drives two symmetrical spades hinged on a first connecting shaft to swing towards or away from each other by a first driving assembly, so as to realize the clamping and releasing of the bagged material. The paperboard sucking mechanism drives two first suction disc frames hinged on the first connecting shaft to swing towards or away from each other synchronously by a second driving assembly, so that the first suction disc group installed at the end portion of the first suction disc frame can be adaptively inclined or vertical, thereby precisely sucking and laying the interlayer paperboard. The tray clamping mechanism drives two groups of hook portions on two second connecting shafts to swing towards or away from each other by a third driving assembly, so as to realize the clamping and placing of the empty tray. The film sucking mechanism sucks the bottom film through a second suction disc frame fixed to the connecting frame and a second suction disc group thereon. The application significantly improves the bagged material palletizing efficiency, reduces manual intervention and lowers the labor cost.