4results about How to "Precise deployment" patented technology

The application provides a global asset dynamic perception and intelligent management method and system based on fog computing, relates to the technical field of asset management, and comprises the following steps: collecting asset states and space parameters through a distributed perception unit, performing feature fusion and space correlation calculation, generating a state atlas, and generating a management instruction according to resource demand ordering, so that cross-regional collaborative management of assets in physically isolated regions can be realized, asset monitoring precision is improved, resource allocation efficiency is optimized, and management cost is reduced.

The application discloses a minimally invasive fixing device suitable for correction of a concealed penis, which is a non-surgical correction device, comprising a hollow puncture needle, a shrapnel assembly implantable into a human body and a medical suture; a shrapnel push rod capable of pushing the shrapnel assembly out of the puncture needle is arranged in the pipe body of the puncture needle; the shrapnel assembly is arranged in the puncture tip of the puncture needle in a curved shape and is automatically opened after being pushed out by the shrapnel push rod; one end of the medical suture is fixedly connected with the shrapnel assembly, and the other end is led out through the pipe body end of the puncture needle along the length direction of the puncture needle. The shrapnel assembly is bent and accommodated in the puncture tip of the puncture needle, the shrapnel push rod is used for pushing the shrapnel assembly out and automatically opening, and the rapid implantation and anchoring operation under a single puncture path are realized. The conventional general anesthesia correction operation can be replaced, no incision under local anesthesia, rapid correction are realized, and a non-surgical method for the concealed penis is realized, which is local anesthesia, super micro-invasive, rapid correction and safer.

This invention relates to the field of medical auxiliary device technology and discloses a pull-out painless gastrointestinal endoscopy elbow arm fixation frame, comprising: an elbow arm fixation assembly including a support frame, two hinged ears fixedly connected to the top of the support frame, a knob with a screw inserted between the two hinged ears, a circular lug with a double-toothed structure rotatably connected to the outer surface of the screw of the knob, and a damping rotating shaft fixedly connected to the outer circumferential surface of the circular lug. This invention, through a multi-dimensional adjustable structural design, can flexibly adapt to the needs of patients with different body types, arm lengths, and lateral decubitus positions, precisely adjusting the fixation position, tilt angle, and circumferential angle to ensure that the elbow arm is placed in accordance with the physiological contour; it can prevent displacement caused by unconscious agitation of the patient under sedation, while ensuring smooth peripheral venous access, providing reliable protection for anesthetic drug infusion and vital sign monitoring, and significantly improving the safety and patient tolerance of painless gastrointestinal endoscopy.

The utility model relates to the technical field of crude salt deployment, concretely relates to a crude salt deployment device, including box and weighing unit, and weighing unit includes a plurality of discharge bin, side plate frame, support plate, two slide bars, slide holder frame, weighing apparatus, intelligent display, material guide frame, discharge assembly and power assembly, and the crude salt of grinding completion is placed to the discharge bin respectively when using, and the material guide frame guides the crude salt to drop on the weighing apparatus, and the intelligent display receives the electric signal of weighing apparatus transmission in real time, and after weighing, the power assembly is started by clicking the intelligent display, makes it resist and move to the right with the slide holder frame, because the slide bar and symmetry inclined slide hole form the sliding constraint, the support plate can overturn around the connecting point with the slide holder frame at this moment, and the whole process passes through the collaborative operation of each component, realizes the complete work flow from crude salt storage, conveying, weighing to data display and subsequent guidance, guarantees the uniformity and production quality of subsequent mixing.