3results about How to "Avoid damaging effects" patented technology

The utility model discloses a combined road surface temporary widening structure for large piece transportation relates to highway engineering technical field, and the purpose is to make the steel plate that lays the road surface wider can be stable under the heavy pressure of vehicle, and the following technical scheme is proposed: including multiple sets of steel plates, multiple sets of steel plates one end is located on the roadbed, and the other end of multiple sets of steel plates is suspended above the recessed area outside the roadbed, and the bottom of each set of steel plates is installed counterweight part away from the side of river course, and the counterweight part is connected with each other, and the counterweight part is arranged in the base groove of roadbed opening. Compared with the mode that the traditional concrete is supported by the aid of the column in the recessed area and is poured, the utility model only needs to dig the base groove on the side away from the recessed area, and the counterweight part is put into and is connected with the steel plate, can avoid the preliminary work such as drainage, dredging under the complex environment, also need not to build construction platform, use professional equipment and technical personnel to pour the concrete, greatly simplifies the construction process, and reduces the construction cost.

The utility model relates to the technical field of energy storage, in particular to an energy storage outdoor cabinet which comprises a box cabinet assembly used for storage and heat dissipation, the box cabinet assembly comprises a cabinet body and side cabinets arranged on the two sides of the cabinet body, heat dissipation assemblies are arranged on the two sides of the cabinet body, a storage assembly is arranged in the middle of the interior of the cabinet body, and a plurality of air holes are formed in the outer walls of the side cabinets. The heat dissipation assemblies comprise fans and supporting frames installed at the bottoms of the fans, and a plurality of sets of heat dissipation assemblies and a plurality of sets of air holes are arranged to conduct sufficient and rapid ventilation and heat dissipation on the battery pack; the isolation net is arranged on the tool box to prevent mosquitoes and dust from entering, the dust and the insects are prevented from entering the interior to damage installed elements, and then energy storage is affected. The inclined top baffle is arranged above the air holes, rainwater is prevented from entering the side cabinet, and the erosion influence of water drops on the internal elements is reduced. The battery pack serves as a medium to achieve corresponding energy storage and release use, and energy storage operation is achieved.

This invention relates to the field of image style transfer technology, providing a diffusion style transfer method and system based on latent distribution re-anchoring dynamic injection. The method includes: performing second-order statistical alignment of content latent variables and style latent variables using latent covariance recoloring; automatically locating the style injection starting point based on the edge intensity of the content image; achieving latent distribution re-anchoring by injecting latent distribution re-anchoring noise into the initial mixed noise latent variables; fusing content self-attention features and style self-attention features through a soft + dynamic style injection module; and progressively injecting the fused attention features into the attention layer of the diffusion process at the injection starting point during backsampling of the calibrated latent variables, performing diffusion denoising to generate a style-transferred image. This invention preserves images rich in structural detail, achieving excellent content structure preservation while realizing accurate style reproduction.