2 results about "Control system software" patented technology

A rapid formaldehyde content detection device for hair products, relating to the field of formaldehyde detection technology, is used to achieve rapid and accurate detection of formaldehyde in hair products while meeting the requirements of convenience. The rapid formaldehyde content detection device for hair products includes a housing, an optical detection system, a sample processing system, an electronic control system, a software system, and a transparent detection tube. The housing is rectangular, with three drawer-style compartments inside: the upper compartment is the optical detection system compartment, the middle compartment is the electronic control system compartment, and the lower compartment is the sample processing and storage compartment. Shock-absorbing rubber pads and metal supports are installed between the optical detection system compartment and the electronic control system compartment, and between the electronic control system compartment and the sample processing and storage compartment. The bottom of the housing has binding straps for securing it, and the side of the housing has an openable transparent observation window. The optical detection system includes a laser light source module, a spectral collection component, and a detector. The sample processing system includes a sample stage, auxiliary devices, and a transparent detection tube.

This invention proposes a 3D modeling system and method based on force detection feedback. The 3D modeling system includes: a calibration guide tube, a 3D calibration system, a force-sensing actuator arm, a controller, a workstation computer, and main control system software. The calibration guide tube is adapted to be fixed to the force-sensing actuator arm, which has a motor power module and a measurement module. The measurement module is used to measure the operating parameters of the motor power module. The main control system software is installed on and connected to the workstation computer and stores a calibration matrix. The calibration matrix records the correspondence between the contact force of the calibration guide tube and the operating parameters. During the 3D modeling process, the workstation computer receives the operating parameters measured by the measurement module and obtains the contact force of the calibration guide tube by querying and comparing with the calibration matrix. This invention can achieve force detection using existing high-density calibration guide tubes, significantly reducing cost and system complexity. The method of inferring the force at the guide tube tip from the operating parameters is accurate and has a fast response speed.