6results about How to "Overcome problems" patented technology

The application provides a lighting module (100) comprising: a light source (10) configured to emit light along a main light emitting direction (X) of the lighting module; the lens (20) is arranged in front of the light source, the lens comprises a light inlet surface (21), a light outlet surface (22) and a side surface (23), the light inlet surface and the light outlet surface are oppositely arranged, and the side surface is connected between the light inlet surface and the light outlet surface; wherein the light incident surface is configured to receive the light emitted by the light source, the side surface is configured to reflect at least part of the light, and the light emergent surface is configured to project the light along the main light emergent direction and form a pattern of the light incident surface.

The present application provides a lighting module (100) comprising: a light source (10) configured to emit light; the light collector (20) is provided with a reflecting surface (21), and the reflecting surface is configured to collect the light rays emitted by the light source and reflect the light rays into light beams propagating in the main light emitting direction (X) of the illumination module; a first lens (30) disposed in front of the corresponding reflective surface, the first lens being configured to propagate at least part of the light beam; and a second lens (40) configured to project the light beam along the main light exit direction and form an image of the reflective surface.

The application relates to a preparation method of liquid bio-fermented feed, liquid bio-fermented feed and bio-fermented emulsion liquid feed, belonging to the technical field of feed preparation. The preparation method of the present application may overcome physiological problems of weaned piglets such as insufficient gastric acid secretion, low content and activity of digestive enzymes, incomplete development of immune system, disorder of intestinal microecosystem and the like. The prepared bio-fermented liquid feed has good palatability and high nutrition, easy digestion, low acidity and is a liquid feed similar to breast milk, which can both effectively alleviate the weaning stress syndrome of piglets, and realizes the perfect transition from breast milk to conventional solid feed.

An ablation system and a nerve detection device thereof. The nerve detection device includes a power supply module (10), a computation and control module (20), an energy generation module (30) and a blood pressure monitoring module (40). The computation and control module (20) is electrically connected to both the energy generation module (30) and the blood pressure monitoring module (40). The energy generation module (30) is configured to connect to a detecting catheter (50) and to detect a given site in an artery by outputting first energy to the detecting catheter (50). The blood pressure monitoring module (40) is configured to connect to a blood pressure sensor (60). The blood pressure sensor (60) is configured to monitor a patient's blood pressure prior to and during the detecting of the given site by the energy generation module (30) with the first energy and to output the blood pressure monitoring result. The blood pressure monitoring module (40) is further configured to transmit the blood pressure monitoring result to the computation and control module (20). The computation and control module (20) is configured to determine, based on the blood pressure monitoring result, whether there is an ablation target at the given site. The detecting allows accurate location of an ablation target in an ablation procedure, which results in improved effectiveness and safety of the ablation procedure.

This utility model discloses an electrically controlled force-pushing structure for a chip mounter's feed lead frame, including a mounting bracket, a sliding seat, a voice coil motor, a first sensor, and a pushing component. The voice coil motor is mounted on the mounting bracket, the sliding seat is fixedly connected to the mover of the voice coil motor, and the pushing component is mounted on the sliding seat. When the resistance applied by the lead frame to the pushing component is greater than the constant force set by the voice coil motor, the mover moves relative to the stator in the opposite direction of pushing, thereby moving the sliding seat to the trigger position with the mover, triggering the first sensor. This utility model connects the voice coil motor, the first sensor, and the pushing component to the sliding seat, transmitting force to the voice coil motor through the sliding seat. When the resistance experienced by the pushing component is greater than the constant force set by the voice coil motor, the sliding seat moves with the mover to the trigger position, triggering the first sensor, thus achieving force detection. The constant force of the voice coil motor in this application is easy to set and can be displayed, overcoming the problems of existing spring-type structures.