4results about How to "Will not overlap" patented technology

The application relates to an interventional instrument for a heart atrial septum and a manufacturing method. The interventional instrument comprises a first support frame and a second support frame. The manufacturing method is as follows: a cylindrical net is formed by using a wire weaving cylinder; a wire of a first preset point on the first support frame is pulled to expand to form a first passage with a through hole shape; the first preset point is located at a peripheral area of the first support frame; an outer edge of the first support frame is pushed to move to the center at the first preset point, so that an inner side of the first passage is folded and connected to form a notch-shaped first passage at the first preset point; a wire of a second preset point on the second support frame is pulled to expand to form a second passage, wherein the first passage is oppositely arranged with the second passage and is suitable for forming a transseptal passage. The interventional instrument is produced through the above manufacturing method. The interventional instrument can be reliably implanted, and a transseptal passage can be established on the heart atrial septum after implantation.

This invention relates to the field of hinge technology for electronic flip devices, specifically to a hinge structure and an electronic device having the same. The hinge structure includes: a hinge component; a flexible circuit printed on the hinge component using an in-mold transfer laser forming process; and a connecting joint fixedly connected to the hinge component, wherein the flexible circuit is electrically connected to the connecting joint. By printing the flexible circuit on the hinge component and connecting external wires to the flexible circuit using the connecting joint, the flexible circuit, used for signal transmission and power supply, electrically connects the two parts that are connected by the hinge structure. By directly integrating the flexible circuit onto the hinge, replacing the original wires and flexible circuit board, in electronic devices with a hinge structure, there is no need for wires for signal transmission or power supply inside or outside the hinge structure, avoiding interference between the wires and the hinge during hinge movement, ensuring smooth hinge rotation even after long-term use.

The present invention discloses a stiffness testing device for automobile seat testing, which relates to the technical field of automobile seat testing; the device comprises a base plate and an impact component, wherein a seat base is fixedly connected above the base plate, a seat back is fixedly connected above the seat base, a marking pump and a belt support frame are fixedly connected above the base plate, stabilizing wheels and stabilizing wheel groups are rotatably connected at both ends of the belt support frame, one end of the stabilizing wheel is transmission-connected with a driving belt, and one side of the driving belt is slidably connected to the belt support frame; when the movable end of the impact component moves, the driving rod is driven to move horizontally through a lever on one side, and the marking pump is driven to spray a straight colored line to a rotating shaft connecting the seat back and the seat base through a spray line assembly, and then the movable end of the impact component hits the seat back, if the connection of the seat back is deformed, the straight line will be broken for easy inspection, and at the same time, ink can be automatically sprayed during the impact without manual line painting, so that the operation is more convenient and the safety is improved.

The present invention relates to the field of optical detection, and in particular to a spectral confocal displacement measurement system and a measurement method based on wavelength modulation. The measurement system includes a tunable laser, a dichroic mirror, a dispersive lens, a pinhole, a photodiode and a modulator; the tunable laser is used to output laser light; the modulator is used to calculate the wavelength modulation function of the tunable laser according to the nonlinear relationship between the wavelength of the dispersive lens and the axial focusing position, and the output wavelength of the tunable laser is nonlinearly modulated by the wavelength modulation function, so that the change rate of the output wavelength of the tunable laser is adapted to the axial resolution of the dispersive lens; the dichroic mirror is used to reflect and transmit the light beam; the dispersive lens is used to disperse the light beam and focus it to different positions of the sample; the photodiode is used to receive each beam of reflected light reflected by the sample and convert the optical signal into an electrical signal; the pinhole is used to suppress defocused light. The present invention can improve the measurement accuracy and the stability of the measurement results.