11results about How to "Achieve compactness" patented technology

The utility model provides a top plate and an indoor unit of an air conditioner, wherein the top plate can achieve compactness of a packaging form during conveying and improve conveying efficiency, and the indoor unit of the air conditioner is provided with a shell comprising the top plate. The top plate constitutes a box-shaped housing that accommodates the heat exchanger and the blower. The top plate is provided with: an inner surface section facing the space side in the housing in which the heat exchanger and the blower are housed; an outer surface portion on the opposite side of the inner surface portion; and a depressed portion that depresses the inner surface portion and projects the outer surface portion. The deep drawing part is provided with a plurality of fixing parts for fixing bolts for attaching the blower to the top plate. When the inner surface parts of the two top plates are oppositely overlapped, the plurality of fixing parts of one top plate are respectively arranged at positions which do not overlap with any one of the plurality of fixing parts of the other top plate when observed from the overlapping direction of the two top plates.

The utility model relates to a damping device and power transmission device provide compact damping device. Damping device has first rotating part, second rotating part, elastic part and first friction part. First rotating part has along the circumference arrangement multiple first through -hole. Second rotating part has multiple second through -hole. Each second through -hole is when observing with the axial and corresponding each first through -hole overlap. Second rotating part is configured to be able to rotate with first rotating part. Elastic part links first rotating part and second rotating part elastically. First friction part is arranged between first rotating part and second rotating part. First friction part is constituted and slides with first rotating part in the radial inboard side to each first through -hole and each second through -hole. First friction part is constituted and rotates with second rotating part integrally.

The portable disassembly and transportation monitoring equipment placing device of the application comprises a power supply box, a continuous monitoring equipment fixing module, an external equipment suspension module, an unmanned aerial vehicle landing / laser radar installation platform and a module interfixing structure; the device can maximize the utilization of functions, save space, reduce costs, play a greater role in extreme conditions and harsh sites in the field, has the advantages of multi-mode power access, short time endurance, external expansion, high expandability of the module, high compactness of the structure, reduction of space occupation, high strength and impact resistance of the structure, high safety of the structure, certain waterproofness of the whole equipment, naked use in rainy and snowy weather, cost reduction, repeated use of each module, high universality, avoidance of cost and resource waste caused by non-universal structural parts and high stability of the system.

This invention belongs to the field of spectroscopic instrument technology, and particularly relates to a snapshot-type FP interferometric array spectroscopic imager. The snapshot-type FP interferometric array spectroscopic imager includes: a front imaging mirror group for imaging target light onto a primary image plane and collimating the light emitted from the primary image plane into parallel light; an FP interferometric array for multi-beam interference modulation of the parallel light, outputting modulated light carrying interference information; a microlens array for aperture-splitting imaging of the modulated light to form an interferometric image array; and a relay imaging mirror group for secondary imaging of the interferometric image array and coupling the imaging results to a detector. This invention achieves a good balance between spatial resolution, spectral bandwidth, and spectral resolution, while enabling real-time snapshot detection of rapidly changing targets. This invention eliminates the need for moving mirror scanning, resulting in higher structural stability; and by eliminating the beam splitter, it effectively reduces the difficulty of system assembly and alignment.

The present application relates to brake pad processing technical field, especially drum brake pad universal grinding equipment and grinding method, including frame, polishing mechanism, drive the second drive part of the polishing mechanism moves along the first direction, fixed mechanism includes base and clamp, first fixed base and second fixed base are slidably connected with the base, the top of first fixed base and second fixed base is respectively provided with support seat for supporting both sides of brake pad, the top of support seat is provided with at least two non coplanar, also mutually non parallel abutment surface, after brake pad is placed above support seat, the side surface of both sides of brake pad and below are respectively contacted with two abutment surface. Through the polishing equipment and polishing method of the present application, the processing of plane brake pad, inner arc surface and outer arc surface of cambered surface brake pad and different size brake pad can be realized, which significantly improves the universality of the equipment.

This application provides a 3D display system and device, relating to the field of display technology. An image source provides a light beam; a first quarter-wave plate controls the polarization direction; a 3D imaging grating assembly separates the parallax beam; a semi-transparent, semi-reflective assembly splits the beam through reflection and folds the optical path; and a second quarter-wave plate, in conjunction with a polarization reflection assembly, folds the beam back and calibrates the polarization direction. Finally, the beams corresponding to the left and right eyes are incident on the human eye, forming a 3D image. The optical components in each 3D display system are arranged along the output direction of the image source's optical axis, forming a flat, stacked optical structure. This facilitates multiple folds and propagations of the beam in the optical path before it reaches the human eye to complete the image, effectively improving the clarity, stability, and overall image quality. The first and second quarter-wave plates effectively isolate stray light directly emitted from the image source and invalid beams in the optical path that have not undergone polarization direction conversion, preventing stray light from interfering with the clarity of the image.

This invention belongs to the field of piezoelectric materials and discloses a lead nickel tungstate-lead zirconate titanate piezoelectric ceramic and its preparation method. The general chemical formula of the lead nickel tungstate-lead zirconate titanate piezoelectric ceramic of this invention is: xPb(Ni 1 / 2 W 1 / 2 )O3-yPbZrO3-(1-x-y)PbTiO3+zwt%MnO2; where, 0.05

This invention discloses a structure and method for improving the interfacial bonding performance of concrete repair through carbonation. The method includes a concrete substrate to be repaired, a cement-based repair material layer containing a carbon-fixing carrier, and a regular cement-based repair material layer. The carbon-fixing carrier layer is located between the concrete substrate and the regular cement-based repair material layer. The carbon-fixing carrier in the cement-based repair material is a porous carbon-supported aggregate encapsulated with carbon dioxide. The encapsulation film dissolves in water or alkaline environments, and the pressure of the encapsulated carbon dioxide is 0.2-5 MPa. The repair material layer on the surface to be repaired contains a carbon-fixing carrier, facilitating the release of carbon dioxide to the interfacial transition zone. This process improves the interfacial bonding while consuming carbon dioxide waste. Carbon dioxide reacts with calcium hydroxide enriched at the repair interface to generate calcium carbonate. This process consumes the calcium hydroxide enriched at the interface, preventing preferential orientation of calcium hydroxide enrichment and achieving a dense interface. This results in improved interfacial bonding performance.

The utility model discloses a synchronous motor, including motor body and transmission mechanism, and motor body has a drive shaft, transmission mechanism includes mounting panel, rotates and connects transmission assembly on mounting panel and output shaft, mounting panel fixed mounting is on motor body, and drive shaft is connected with transmission assembly transmission to provide drive force for transmission assembly, the mounting panel is provided with through -hole and the flanging structure that protrudes to the periphery of through -hole upwards, the lower extreme of output shaft is provided for the ring groove of flanging structure insertion and with this flanging structure adapts, the transmission tooth that forms with transmission assembly transmission cooperation is on output shaft, and the periphery setting flanging structure is corresponding to through -hole in mounting panel, and the ring groove that is provided for flanging structure insertion and with this flanging structure adapts is in the lower extreme of output shaft, through with transmission shaft rotatablely installed on flanging structure to the contact area of output shaft and mounting panel has been increased effectively, and the stability and life of output shaft have been improved effectively.

The engine and motorcycle provided by the embodiment of the application comprise an output shaft, a crankshaft arranged in front of the output shaft, a secondary shaft located above a line connecting the center of the crankshaft and the center of the output shaft, a shift shaft located below the line connecting the center of the crankshaft and the center of the output shaft, and a shift trend sensor located behind the shift shaft, wherein the center of the crankshaft, the center of the secondary shaft and the center of the output shaft are connected to form a triangle. The shift trend sensor is located below the engine and arranged behind the shift shaft, the shift shaft can effectively block foreign matters and mud splashed from the front of the vehicle, ensure the sensing performance of the shift trend sensor, and avoid damage of the shift trend sensor caused by splashed stones or other articles.

This invention discloses an online distributed parameter optimization method and system for intelligent modeling of complex systems, relating to the field of electronic digital data processing technology. The method includes: on the edge side, an adaptive recursive ridge regression algorithm is used to recursively update the weights of the output layer of the feedforward neural network in real time to quickly track data flow dynamics; when the edge side detects a continuous decline in performance, node pruning, selection, and random configuration of node growth based on the optimal dataset are triggered; when concept drift is detected, the edge side uploads data and model status, and the cloud side performs anti-forgetting deep optimization on the feature extraction module, and then downloads the optimized parameters for collaborative reconstruction and deployment. This invention solves the problems of insufficient adaptability to dynamic operating conditions, low computational resource efficiency, and susceptibility to knowledge forgetting in existing technologies, achieving an optimal balance between model accuracy, adaptation speed, and resource consumption, and is particularly suitable for online modeling of complex dynamic systems such as intelligent control of high-speed trains.