9results about How to "Guaranteed transfer efficiency" patented technology

The present application relates to soft ground treatment technical field, specifically to a kind of based on non-uniform soft foundation pressurized vacuum preloading device and layout method, preloading device includes: pressurized pipe body, can be connected in series;Connecting pipe body is spaced in the pressurized pipe body, side wall and the side wall of pressurized pipe body are enclosed into pressurized cavity, and the side wall of pressurized cavity is provided with multiple exhaust holes;Pressure regulating mechanism is connected between the inner cavity of connecting pipe body and pressurized cavity, and the size of the on-off and effective communication area of communication passage between the inner cavity of connecting pipe body and pressurized cavity can be adjusted;Wherein, in the case where two pressurized pipe bodies are connected, corresponding two connecting pipe bodies are connected, can be according to the permeability coefficient and consolidation characteristics of different depth soil layer, specifically adjust pressurized pressure, to improve reinforcement effect, improve construction efficiency.The preloading method is based on the preloading device described above.

The utility model belongs to the technical field of ground source heat pumps, and particularly relates to a ground source heat pump sewage purification device which comprises a heat pump body and a purification device shell, the purification device shell is installed in the heat pump body, and a filtering and impurity removing mechanism is arranged in the purification device shell. The filtering and impurity removing mechanism comprises a water inlet pipe, one end of the water inlet pipe communicates with the bottom of the purifying device shell, and the other end of the water inlet pipe penetrates to the rear side of the heat pump body. One end of the water outlet pipe communicates with one side of the purification device shell, and the other end of the water outlet pipe penetrates to the outer side of the heat pump body. The utility model provides a sewage purification device of a ground source heat pump, which can automatically clean impurities filtered and accumulated on a filter screen, ensure that the filter screen is always in an optimal working state, effectively prevent the filter screen from being blocked, maintain the filtering efficiency, ensure the water quality to be clean, and prolong the service life of a heat pump system and other key components.

This application discloses an in-vehicle operation guidance method and vehicle, applied in the field of smart cockpit technology. The method identifies at least two guidance channels with different sensory modalities as target channels from multiple guidance channels, and configures the visual guidance channel to present the guidance content visually in a position that does not overlap with the driver's current primary field of vision. This allows the user to receive visual guidance information without shifting their gaze, while guidance channels with other sensory modalities further assist in information transmission. As a result, the driver's gaze remains consistently focused on the primary field of vision ahead, reducing safety hazards caused by the driver's gaze leaving their primary field of vision. Furthermore, guidance information can be efficiently received through multimodal collaboration, improving the efficiency of guidance information transmission while ensuring driving safety.

The application provides a chiral zinc complex crystal with second-order nonlinearity and birefringence performance, characterized by a molecular formula; the chiral zinc complex crystal belongs to an orthorhombic system, a space group is Pca21, and is a non-central symmetric structure; the chiral zinc complex crystal has second-order nonlinearity and birefringence performance. The application also provides a preparation method of the chiral zinc complex crystal, and solves the problem that the crystal is easy to form a central symmetric structure in the prior art; the method is characterized by inducing a chiral small molecule with intrinsic non-central symmetry, and combining the advantages of non-d-d electron transition absorption, so that the crystal forms a non-central symmetric orthorhombic system structure, the crystal is ensured to have stable second-order nonlinearity, and meanwhile, a suitable birefringence is obtained, so that the core requirements of laser frequency conversion and phase matching are met.

The embodiment of the invention provides a scraping strip grinding device which is used for grinding a scraping strip, the scraping strip grinding device comprises a fixing support, a driving assembly, a sliding assembly, a grinding piece, a scraping strip fixing assembly and a pressure adjusting assembly, and the pressure adjusting assembly and the driving assembly are both installed on the same side of the fixing support in the height direction of the scraping strip grinding device. The sliding assembly is movably connected with the driving assembly, the grinding piece is detachably connected with the sliding assembly, the scraping strip fixing assembly is installed on the pressure adjusting assembly, and the scraping strip fixing assembly and the grinding piece are oppositely arranged in the width direction of the scraping strip grinding device at intervals. The scraping strip fixing assembly can fix a scraping strip, the pressure adjusting assembly can control the fit clearance between the scraping strip fixing assembly and the grinding piece so that the grinding piece can abut against the scraping strip, and the driving assembly can drive the sliding assembly and drive the grinding piece to move in the length direction of the scraping strip grinding device.

The utility model relates to the technical field of steering systems, in particular to a rack hard limiting and supporting mechanism for four-wheel independent steering. A rack hard limiting and supporting mechanism for four-wheel independent steering comprises a supporting ring and a supporting frame and is characterized in that the outer side of a rack is sleeved with the supporting frame, the supporting frame is of a cylindrical structure, a plurality of annular grooves are formed in the outer edge of the supporting frame, O-shaped rings are embedded in the annular grooves respectively, and the outer sides of the O-shaped rings are sleeved with the supporting ring; the supporting ring is of an annular structure, and a plurality of weight reduction grooves are formed in one side of the supporting ring. Compared with the prior art, the swing amount of the rack in a hole of the steering engine shell can be controlled within the range as small as possible under the conditions that the rack is normally meshed and subjected to the action of pull rod force at different angles; and meanwhile, in order to guarantee the transmission efficiency, a supporting ring with a low-friction material is designed at the contact position of the rack and the steering machine shell to reduce the friction force of the rack sliding in a hole of the steering machine shell.

The application relates to a satellite remote sensing sea surface salinity prediction method, device, equipment and medium. Through preprocessing of obtained sea surface observation data, a training set is generated; historical salinity data is decomposed through an empirical orthogonal decomposition method to obtain time series information and spatial mode information; a spatial field is reconstructed based on the time series information and the spatial mode information, and then the reconstructed spatial field is supplemented into a channel dimension and combined with the training set to obtain a new training set; a satellite remote sensing sea surface salinity prediction model is constructed, the satellite remote sensing sea surface salinity prediction model is trained according to the new training set and a pre-constructed loss function, and a trained satellite remote sensing sea surface salinity prediction model is obtained; and the sea surface salinity is predicted through the trained satellite remote sensing sea surface salinity prediction model. The application can improve the prediction accuracy of the sea surface salinity and the interpretability of the prediction result, and provides prediction data support for development of marine resources and inversion of marine elements.

The utility model belongs to the technical field of shoes, and particularly relates to a sneaker, which comprises a sole and a sole, the sole further comprises a midsole, the midsole is composed of a half sole part and a heel part, and the midsole is provided with a center seam extending and distributed in the length direction of the sole; the outsole is arranged on the bottom surface of the midsole, and a gap penetrating through the outsole is formed in the outsole and corresponds to the center seam; the self-reinforced plastic pad body is arranged on the top surface of the midsole, and the self-reinforced plastic pad body is in a flat shape and covers three areas of a toe ball, a little toe ball and a heel part under a foot joint of the foot; wherein an inner side edge and an outer side edge are formed on the outsole with the gap as the center, when the outsole is pressed, the sinking amount of the inner side edge is larger than that of the outer side edge so as to naturally generate outward anti-roll supporting force, and compared with the prior art, the auxiliary effect of the sneaker on golf sports can be effectively improved.

The invention discloses a mine energy-saving cooling device and method utilizing freezing shaft remaining cold energy, and the method comprises the steps: 1, after saline water in a remaining freezing pipe is emptied, the inner wall of the remaining freezing pipe is subjected to rust removal treatment, and the transformed remaining freezing pipe is obtained; 2, the transformed remaining freezing pipe serves as a heat exchange part, and air is pressurized through a cold conveying and power unit and then conveyed into the transformed remaining freezing pipe; 3, the air exchanges heat with a low-temperature freezing wall outside the pipe and a surrounding stratum in the process of flowing downwards along the reformed remaining freezing pipe; and 4, the cooled air flows out of the bottom of the reformed remaining freezing pipe and then is conveyed to the working face through the cold energy tail end distribution unit, and after the working face is cooled, the cooled air is discharged out of the mine through the air return unit and conveyed to the cold conveying and power unit again. According to the method, the problem of mine heat damage can be solved by effectively utilizing the cooling capacity left in the well building period, and huge environmental and social benefits are generated in the aspects of saving energy, reducing consumption, reducing carbon emission and the like.