6results about How to "Rich applicability" patented technology

The invention relates to an energy storage power station control strategy updating method based on a cloud-side cooperation technology, and the method comprises the steps: starting to call a data processing program when an edge calculation gateway collects data or receives alarm information or a task processing request actively transmitted by an energy storage power station; an edge computing gateway data processing program judges the type of a currently executed task, if the currently executed task is alarm information, an alarm information analysis processing program is executed, if the currently executed task is a computing task actively requested by the energy storage power station, a computing task analysis processing program is executed, and if the currently executed task is a high-complexity computing task, a cloud server is requested to assist computing; the two-way updating method of the control strategy is designed, both the edge control gateway and the cloud server can actively initiate strategy updating, and compared with an edge-side or cloud-side-based one-way strategy updating method in the prior art, the method provided by the invention has more applicability.

The utility model discloses a kind of multifunctional water quality detection devices of submerged marker, it is related to water quality detection technical field, including bucket bottom plate and be set on the anchoring mechanism of bucket bottom plate, the anchoring mechanism is used to stabilize the position of the device in water, bucket body is fixedly arranged on the bucket bottom plate, water quality detection mechanism is arranged on the bucket body, the water quality detection mechanism is used to detect water quality, bucket cover plate is fixedly arranged on the end of bucket body away from the bucket bottom plate, power collection mechanism is arranged on the bucket cover plate, and the power collection mechanism is used to collect power. The device is provided with anchoring mechanism, so that the device can actively control floating height, so that the device can detect water quality of different height, so that the detection efficiency of the device is higher, more accurate.

The utility model discloses a metallographic microscope polarized light source which comprises a base, a microscope body is installed on the rear portion of the top wall of the base, an objective table is installed on the inner wall of the microscope body, a light source frame is installed on the top wall of the base through a rotating assembly, and a polarized light source body is installed on the inner wall of the light source frame. The utility model relates to the technical field of metallographic microscopes. According to the polarized light source of the metallographic microscope, the control rod drives the first micro motor to drive the small gear, the large gear, the rotating shaft and the U-shaped frame to rotate, the U-shaped frame drives the light source frame and the polarized light source body to start to rotate slowly, and when the polarized light source needs to incline forwards, the control rod controls the second micro motor located on the rear portion to work; according to the polarized light source, the light source frame and the polarized light source body can be adjusted in four directions, different illumination requirements can be met, the polarized light source has comprehensive applicability during use, the light source lens does not need to be touched by hands during adjustment, and adjustment is convenient and accurate.

The present application relates to the field of multi-material additive manufacturing, in particular to a voxelized heterogeneous structure 3D printing device and method based on DLP. The method is to realize the movement, mixing and splitting of droplet materials through digital microfluidics by using dielectric wetting principle, transfer the droplets to the corresponding voxel position according to the predefined program, realize the precise control of different materials, and obtain voxelized heterogeneous structure three-dimensional workpiece through layer-by-layer accumulation and solidification processing. The present application provides a new method for realizing the printing of heterogeneous structure.

A multi-directional smoke cooling element includes an outer wrapping tube and an inner filling body arranged inside the outer wrapping tube, wherein the inner filling body includes a starting net, an intermediate net, and a terminal net connected as one, wherein the number of the intermediate net is at least one, and the starting net, the intermediate net, and the terminal net are all woven from filaments, and through holes are woven to form ventilation holes; the top edge or bottom edge of the starting net is connected to the top edge or bottom edge of an intermediate net adjacent to the starting net, and the top edge or bottom edge of the terminal net is connected to the top edge or bottom edge of an intermediate net adjacent to the terminal net; there is only one intermediate net adjacent to and connected to the starting net, and there is only one intermediate net adjacent to and connected to the terminal net. This design can not only enrich the cooling direction and has a strong cooling effect, but also has strong adjustability and a wide range of applications.

The present invention discloses a single-drive self-locking lifting device and a method for using the same, wherein the single-drive self-locking lifting device includes a shell, a lifting mechanism and a self-locking supporting mechanism, the lifting mechanism includes a bearing seat, a motor, an active pair and a horizontal connecting rod, the bearing seat is fixed inside the shell and located in the middle of the transverse channel, the motor is arranged in the bearing seat, and the output shaft of the motor is fixedly connected to the power input end of the active pair, the power output end of the active pair is fixed to the end of the horizontal connecting rod, and a base frame is arranged on the horizontal connecting rod. The single-drive self-locking lifting device and a method for using the same disclosed by the present invention can not only realize the lifting and lowering of the flexible continuum robot at any time according to the application scenario, and maintain working at a specific height with low energy consumption, enriching the application scenarios of human-computer interaction and improving its applicability, but can also be extended to other scenarios where the height needs to be raised and lowered and a state with low energy consumption is selected to achieve staying.