20240053299. TESTING DEVICE FOR INTERNAL LATERAL CASTING OF SPATIAL K-TYPE INCLINED COLUMN GRID AND THE TESTING METHOD THEREOF simplified abstract (Hangzhou City University)
TESTING DEVICE FOR INTERNAL LATERAL CASTING OF SPATIAL K-TYPE INCLINED COLUMN GRID AND THE TESTING METHOD THEREOF
Organization Name
Inventor(s)
Junting Cheng of Hangzhou (CN)
TESTING DEVICE FOR INTERNAL LATERAL CASTING OF SPATIAL K-TYPE INCLINED COLUMN GRID AND THE TESTING METHOD THEREOF - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240053299 titled 'TESTING DEVICE FOR INTERNAL LATERAL CASTING OF SPATIAL K-TYPE INCLINED COLUMN GRID AND THE TESTING METHOD THEREOF
Simplified Explanation
The patent application describes a testing device and method for the internal lateral casting of spatial k-type inclined column grid.
- Testing device constructed for internal lateral casting of spatial k-type inclined column grid
- Selection of testing location for inclined column cross-section
- Imaging results obtained for testing locations
- Determination of concrete quality and supplementary testing conducted
Potential applications of this technology:
- Construction industry for testing and ensuring the quality of concrete lateral casting
- Engineering firms for simulating concrete lateral casting construction technology
Problems solved by this technology:
- Ensures concrete quality and integrity in inclined column grid construction
- Provides a method for detecting concrete compactness in internal lateral casting
Benefits of this technology:
- Improved lateral casting technology
- Guarantee of bearing performance in construction projects
- Simulation of concrete compactness and intensity distribution for design requirements
Original Abstract Submitted
a testing device for the internal lateral casting of spatial k-type inclined column grid and the testing method thereof comprises steps: constructing a testing device for the internal lateral casting of spatial k-type inclined column grid; selecting the testing location of the inclined column cross-section; obtaining imaging results of the inclined column cross-section testing locations; determining the concrete quality and taking supplementary testing. the clear module and force transferring route carry out vertical support and column-base fixed limiting measure through overturn-preventing supporting frame and anchoring limiting basis, realize concrete lateral casting and intensity distribution imaging testing through peripheral framework platform and imaging detection device, to effectively improve the lateral casting technology and guarantee bearing performance, realize internal concrete lateral casting construction technology simulation and concrete compactness detection processing simulation, and reach the design intensity and compactness requirement of concrete insides grid inclined column and diagrid cross node.
