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10 results about "Shape space" patented technology
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A special-shaped space electromechanical pipeline installation construction device
An installation and construction device for electromechanical pipelines in irregular spaces includes a chassis. A lifting assembly is located on top of the chassis, a support plate is located on top of the lifting assembly, an adjustment assembly is located on the top left side of the support plate, a swing rod is located on top of the adjustment assembly, a horizontal plate is located on top of the swing rod, a control assembly is located on the bottom right side of the horizontal plate, and a ring is located on top of the horizontal plate. A clamping assembly is located inside the ring. This device solves the prominent problems of existing electromechanical pipeline installation and construction devices when operating in irregular spaces, such as the difficulty in adjusting the installation angle due to the fixed structure, affecting connection and transportation; the inflexible adaptation due to the fixed height, increasing cost and risk; lack of auxiliary material feeding; poor layout leading to easy interference; and simple clamping structure, cumbersome operation, and easy damage to pipelines.
Owner:JIANGXI THERMAL POWER CONSTR CORP
A method for generating embodied data for category generalization operation
This invention discloses an embodied data generation method for category generalization operations, belonging to the field of embodied operation technology. The method includes: constructing a shape library containing warp mappings between templates and target shape spaces; acquiring the 3D model, pose trajectory, and function point annotations of source demonstration data; generating a new shape model through the shape library mapping; calculating the geometric deviation of key points; solving for the optimal alignment transformation sequence and correcting the robotic arm's motion trajectory; integrating the new model into the scene point cloud; and driving the virtual robotic arm to synthesize a new sequence of observation action pairs. This invention achieves function-aware nonlinear warp mapping, solves the function alignment problem under complex geometric deformations, and improves the generalization ability of embodied operations; it adopts a reality-to-reality paradigm, completing efficient data augmentation with a small number of annotations, significantly reducing data collection costs.
Owner:TSINGHUA UNIVERSITY
An integrated tunnel demolition trolley
This utility model discloses an integrated tunnel demolition trolley, including a movable frame and wheels located at the bottom of both sides of the movable frame. A portal-shaped space is formed between the wheels. A first lifting mechanism is located at the top of the portal-shaped space. First load-bearing platforms are located on both sides of the portal-shaped space, and a second load-bearing platform is located above the portal-shaped space. A cantilever that can extend to one side of the movable frame is slidably mounted above the second load-bearing platform. A second lifting mechanism is located at the extended end of the cantilever. A third load-bearing platform is located at the top of the movable frame. This integrated tunnel demolition trolley has a reasonable overall layout, can meet the demolition requirements of pipes, cables, and other components at various locations within the tunnel, has strong adaptability, and helps improve work efficiency.
Owner:SINOHYDRO BUREAU 8 CO LTD
Installation method of special-shaped space grid
The present application relates to the technical field of large-span steel structure installation, and discloses a special-shaped space truss installation method. The special-shaped space truss is divided into a support area truss, a plurality of lifting area trusses and a plurality of embedded area trusses. The support area truss and the lifting area trusses are connected through the embedded area trusses. A temporary support system is built on the existing support structure. The support area truss is installed in parts on the temporary support system. A single lifting area truss is assembled in parts in the original position and original posture. The single lifting area truss is lifted to a preset height. The installation of the embedded area trusses around the lifting area trusses is completed. Then, the lifting point of the single lifting area truss is unloaded. The lifting of all the lifting area trusses and the installation of the embedded area trusses are sequentially completed. The present application successfully realizes the installation of the large-span folded line-shaped super-high heavy special-shaped space truss with high work efficiency, high precision and low cost.
Owner:SHANGHAI MECHANIZED CONSTR GRP
An adjustable-angle LED display curved lock
ActiveCN224284048UEasy splicingincrease flexibilityCasings/cabinets/drawers detailsStands/trestlesLED displayMechanical engineering
This utility model provides an angle-adjustable curved lock for LED displays, comprising a housing, an angle adjustment mechanism, and a side-locking mechanism. A rotating base is disposed within the housing. The angle adjustment mechanism includes an angle adjustment component, an angle adjustment disc, and a knob. The angle adjustment disc is located at the top of the angle adjustment component, and the bottom of the angle adjustment component is located within the housing. The angle adjustment component is mounted on the rotating base. The knob passes through the angle adjustment disc and is located within the angle adjustment component. Multiple sets of protrusions are evenly distributed around the periphery of the angle adjustment component, each set of protrusions having a locking hole. The side-locking mechanism includes a fixing sleeve and a handle. One end of the handle is connected to the fixing sleeve, and a limiting pin passes through the fixing sleeve. The top of the limiting pin passes through one set of locking holes in the angle adjustment component. Through the cooperation of the angle adjustment mechanism and the side-locking mechanism, multi-angle splicing can be achieved, meeting the installation requirements of curved surfaces and irregularly shaped spaces, improving installation flexibility and adaptability, and broadening application scenarios.
Owner:SHENZHEN YUNDING OPTOELECTRONICS TECHNOLOGY CO LTD
Anti-sprue structure of a stamping die and a stamping die
This application discloses an anti-chip-jumping cutting edge structure for a stamping die, relating to the field of stamping die technology. The anti-chip-jumping cutting edge structure includes a blanking cutting edge with a blanking wall section, and a vertically extending straight wall section above the blanking wall section. The blanking slope of the inner hole is determined according to the thickness of the material to be blanked. An anti-chip-jumping groove is provided at the edge of the straight wall section, extending continuously along the edge of the blanking cutting edge. The anti-chip-jumping groove has a wedge-shaped cross-section along the blanking direction, including a first sidewall, a second sidewall, and a bottom wall arranged opposite to each other. The first sidewall has a first slope inclined relative to the vertical direction, and the second sidewall has a second slope inclined relative to the vertical direction. The first and second slopes are in opposite directions, thus forming a wedge-shaped space that is narrower at the top and wider at the bottom inside the anti-chip-jumping groove. This space generates a wedging and resisting force when the chip bounces back in the opposite direction of blanking. This application can prevent the chip from bouncing back during the blanking process.
Owner:GOERTEK INC
One-way clutch with unlocking mechanism and remote operation unit for same
Provided is a one-way clutch capable of being unlocked in a locked state by a simple operation and rotating a shaft in a locking direction. In the one-way clutch (1) in the locked state, a control lever (6a) protruding outward from an outer periphery of a bottomed cylindrical portion of a housing (2) is pushed in a direction indicated by an arrow in Fig. 11(b) from a position illustrated in Fig. 1(b), so that a distal end of a control pin (6d) of an attacker (6) moves from a first position illustrated in Fig. 1(d), which is a position away from a roller (10), to a second position illustrated in Fig. 11(d) along a control pin restricting hole (12i). When the control pin (6d) of the attacker (6) moves from the first position to the second position, the distal end of the control pin (6d) pushes the roller (10) engaged with a wedge-shaped space along the control pin restricting hole (12i) to release engagement of the roller (10) with the wedge-shaped space.
Owner:TOK BEARING CO LTD
A fluid rendering z-clip system, method and storage medium based on mathematical sign distance field and pose correction
This invention discloses a fluid rendering interleaving culling system, method, and storage medium based on mathematical symbolic distance field and pose correction. The method acquires real-time spatial pose data of target objects in a virtual scene; during the fragment shader stage, the boundary of the local protected space is dynamically corrected based on the pose data to determine the relative position of the fluid pixels to be rendered; the composite symbolic distance field value of the fluid pixels within the local protected space is calculated based on a preset mathematical analytical formula, this value being a combination of the distance attenuation value of the basic geometry and the directional truncation value of at least one clipping plane; based on the composite symbolic distance field value, it is determined whether the fluid pixel falls inside the protected space; if so, rendering culling or zeroing the opacity is performed. This invention completely decouples the camera's viewpoint state, is completely immune to mesh topology deformation interference from target objects, achieves high-precision fitting of irregularly shaped spaces while having extremely low computational overhead, and is suitable for real-time rendering requirements on mobile devices.
Owner:SHANGHAI YINSHENG INFORMATION TECH CO LTD
Construction method of narrow and special-shaped steel corridor based on finite element simulation analysis
The present application relates to the construction method of narrow special-shaped space steel corridor based on finite element simulation analysis, steps as follows: S1: building construction platform in MIDAS software; S2: the design structure of steel corridor is imported into MIDAS software, generates three-dimensional entity, assembles to construction platform, constructs the construction simulation model of steel corridor;S3: through finite element simulation analysis module in MIDAS software, segmented finite element simulation analysis is carried out, then simulation is simulated again until reaching standard requirement;Selecting the scheme meeting the standard requirement, the reasonable construction structure and construction step are obtained through the analysis module;S4: the construction simulation model data of steel corridor is exported through MIDAS software, generates part drawing and construction step;S5: according to specific construction step, assembly and construction are carried out.The present application is more flexible in the whole lifting process based on existing lifting equipment, reduces operation failure and reduces time consumption, so that the speed of field construction is faster and the power is higher.
Owner:THE SECOND CONSTRUCTION CO LTD OF CHINA CONSTRUCTION THIRD ENGINEERING BUREAU +2
Mounting seat hole closing tool, device and method
Owner:AECC AVIATION POWER CO LTD