11 results about "Medical malpractice" patented technology

This invention relates to the field of medical device technology and discloses a delivery device. The delivery device includes a base, a sheath assembly disposed on the base, the sheath assembly including an adjustable bending sheath, the proximal end of which is fixed to the base, and the distal end of which has a bendable portion. A bending control assembly is disposed on the base to control the bending of the bendable portion. An audible alarm assembly includes a oscillating element and a reducing element. When the bendable portion approaches a preset angle, the oscillating element contacts the reducing element to emit an alarm sound. This allows the operator to accurately judge the degree of bending of the bendable portion, ensuring the normal operation of the delivery device, improving its safety, and preventing medical accidents. This invention also discloses a medical system.

This invention provides an intravenous drug infusion dosage conversion display panel, including a support, a rotating shaft, a dosage disc, and a shielding cover. A suction cup is provided on the rear side of the support. The rotating shaft is horizontally positioned at the center of the support. The dosage disc has multiple evenly distributed dosage zones, each with a table, and each table has a first dividing strip at the line position. The dosage disc is rotatably mounted on the rotating shaft. Multiple handheld posts are provided at the edge of the dosage disc, each handheld post located at the junction of two dosage zones. The shielding cover is fixedly mounted on the front end of the rotating shaft, and the front end of each handheld post is rotatably mounted inside the shielding cover. The lower half of the shielding cover has a viewing window corresponding to one dosage zone. The viewing window of the shielding cover is located at the bottom, facilitating viewing by medical personnel. Only one dosage zone is visible, preventing medical personnel from misreading the dosage when comparing a single intravenous drug, thereby reducing the possibility of medical accidents.

The application belongs to the technical field of medical apparatus and instruments, and discloses a handle-adjustable cyclopropene injector, which comprises a scale syringe, a piston handle is slidably connected to the inner wall of the scale syringe, a scale value is arranged on the handle body of the piston handle, and a handle metering adjusting part is arranged between the scale syringe and the piston handle; through cooperation of the cam plate, the cam groove and the torsional spring of the handle metering adjusting part, the piston handle is precisely positioned at multiple intervals, the arc-shaped abutment is used to limit the pushing of the scale syringe, so that the cyclopropene amount is prevented from being excessively or insufficiently pushed, the scale of the piston handle can be real-timely marked when the arc-shaped abutment is pulled up, the adjustment is efficient, the sleeve can be separated from the cam groove limit by only 90-degree torsion, the operation is flexible, the clamping limit structure clamps the knuckles of medical staff through the rubber bumps, the natural rubber material increases the friction, the hands are prevented from slipping when the piston is pushed, and the risk of medical accidents is reduced.

The utility model discloses a kind of infusion stands, comprising: connecting rod, base;Base includes horizontally arranged first support rod, second support rod and third support rod, first support rod is connected with second support rod and forms included angle, two ends of third support rod are connected in the middle section of first support rod and second support rod respectively, connecting rod is vertically arranged and is connected in the middle section of third support rod.This infusion stand adopts the design of unique triangle base, forms stable support system, connecting rod is connected in the middle section of third support rod, so that barycenter distribution is reasonable, improve the stability of infusion stand, reduce the risk of medical accident caused by dumping, guarantee patient safety, satisfy clinical use demand, with good practicality.

Apparatus, system, method, and computer-readable medium aspects for using surgical video analysis for improving compliance with medical guidelines and improving processing of medical bills, medical malpractice claims, and insurance claims are described. The aspects utilize intracorporeal video footage, image analysis, and notifications to optimize correspondences among medical procedure information, medical guidelines, and medical transaction information.

This utility model relates to the field of medical device technology, specifically to a slot-type medicine box. It includes a medicine box body, a lid movably mounted on the upper side of the medicine box body, and a dividing device inside the medicine box body. The dividing device includes a partition plate, a first connecting plate on one side of the partition plate, a second connecting plate slidably mounted inside the first connecting plate, and a first connecting plate extending from one side of the second connecting plate and abutting against the partition plate. Guide rods are fixedly connected to one side of both the first and second connecting plates. This utility model divides the internal space of the medicine box body by inserting a partition plate inside and by providing a first and second connecting plate on one side of the partition plate, thus dividing the internal space into multiple individual small compartments. This facilitates the separate storage of different medications for different patients, making them easier to distinguish, improving the work efficiency of staff, and preventing medical accidents caused by medication mix-ups.

The present application relates to the technical field of medical equipment operation wristband, and discloses an information printing system for an operation wristband and the operation wristband, comprising an input unit, an information capturing unit, a selection unit and a printing output unit; the input unit is used for obtaining patient treatment information and sending the patient treatment information to the information capturing unit; the information capturing unit is used for capturing information keywords according to information categories to form information labels; the selection unit is used for selecting parameters of corresponding regions of the operation wristband according to the information labels; and the printing output unit is used for selecting corresponding operation wristband types according to the parameters and printing the operation wristband. The present application records as much effective information of the patient as possible on the wristband, which is convenient for medical staff to intuitively and quickly obtain information, and the information is more intuitive and the use is more convenient and efficient through parameter setting of different regions of the wristband, so that the operation efficiency is improved and the occurrence of medical accidents is reduced.

The application provides a system and method for automatic separation, identification and counting of contaminated medical devices in an orthopedic operating room, belonging to the technical field of medical device management. The system includes a conveying mechanism, an RFID identification module, a sterile separation module, a visual identification module, an actuating mechanism, a storage module, a sterilization module, a control unit and a display module. The method includes the steps of device delivery and initial transmission, RFID preliminary identification and classification, multi-level separation processing, visual accurate identification and counting, large item grabbing and classified storage, small item collection and confirmation, data display and abnormal alarm. Through the cooperative work of multiple modules, the application integrates RFID preliminary classification, multi-level sterile separation and enhanced YOLOv5s visual identification technology, realizes the automatic, sterile and accurate separation, identification and counting of contaminated and overlapped orthopedic devices, the processing time is less than 1 minute, the identification accuracy is greater than 98%, effectively reduces the labor intensity and the risk of needle stick injury of medical staff, prevents RSI medical accidents, improves the operation efficiency and clinical safety.

A system for the securing, grouping, organizing, labeling, and identifying of intravenous tubing (IV) and medical lines in clinical or hospital settings. Connecting blocks are monolithic and have a female end and male end to allow for a quick connection, and disconnection, of multiple connecting blocks together. Such ease of connection facilitates a linear, organized arrangement of medical tubes and lines. Connecting blocks feature flexible hooks to accommodate lines of different sizes and easy replacement of medical lines. Notches on the hooks help secure medical lines to the connecting blocks. Connecting blocks may vary in color, allowing for organization and distinction between medical lines. The present disclosure addresses widespread issues in the medical field wherein disorganized lines create an environment ripe for medical error.

The application relates to a splash-proof device for a swing saw in arthroplasty, which comprises a protective shell, a protective cover, a connecting assembly, a binding assembly and a resistance increasing assembly. The application can solve the problems of sealing and operation portability not considered in the above-mentioned technology. Although the above-mentioned baffle can block part of blood splashing on the surgical personnel, the regional protection of the baffle is not considered. The baffle can only block the side facing the surgical personnel, and has no blocking effect on other directions. Special blood with infection can still splash to other instruments in other directions, causing pollution. In the above-mentioned technology, the baffle needs to be synchronously adjusted with the swing saw. Since the operation is usually a precision operation, the swing saw may present a fine adjustment operation. The synchronous adjustment of the baffle may block the fine adjustment of the swing saw, thereby causing the deviation of the swing saw operation position, and further causing medical accidents and the like.

This utility model discloses a highly identifiable wristband, specifically relating to the field of medical device technology, including: a primary wristband and a secondary wristband; the primary wristband includes: an information display strip and a fixing strip, the surface of the information display strip is affixed with an information sticker, one end of the information display strip is fixedly connected to the fixing strip, and the other end of the information display strip is connected to the fixing strip via a fixing buckle; the secondary wristband includes: a band body and a movable fixing buckle, one end of the band body is connected to the other end of the band body via the movable fixing buckle, the band body is mounted on the fixing strip via the movable fixing buckle, and a warning label is installed on the band body. This utility model allows multiple secondary wristbands to be wrapped around the primary wristband, thereby displaying more patient information, improving patient information, facilitating medical staff to confirm the patient's condition immediately, increasing identification accuracy, and thus avoiding medical accidents. It reduces the risk of nursing errors or medical accidents caused by wristbands containing patient markings or incomplete information.