11 results about "Puncture Wound" patented technology

This invention relates to the field of hemostasis devices, specifically to a compression hemostasis device for blood purification. It includes an arc-shaped fixing base, a compression component, a restraint mechanism, an adjustment mechanism, and a timed linkage mechanism. The arc-shaped fixing base has a compression window corresponding to the puncture wound in its center. The compression component includes a compression head, an elastic pressure element, and a pressure transmitting plate. The restraint mechanism includes a main restraint band and an auxiliary restraint band, both with Velcro straps at their ends away from the arc-shaped fixing base. The adjustment mechanism is perpendicular to and coaxial with the compression window, with its lower end penetrating the arc-shaped fixing base and connected to the pressure transmitting plate. The timed linkage mechanism is signal-connected to a controller, which automatically drives the adjustment mechanism to adjust the compression force according to a preset release time. This invention achieves safe hemostasis of the puncture wound, improving the safety and convenience of blood purification treatment.

The utility model discloses a kind of thyroid gland strippers for endoscopic thyroid surgery, comprising: clamp part, main grip lever, first corner lever, second corner lever, open-close lever, first connecting rod, second connecting rod;Device allows doctor one-handed operation, through the collaborative work of thumb, index finger and middle finger, realize the accurate opening and closing of clamp part and the flexible adjustment of clamp part angle.Can improve the accuracy of operation and the convenience of operation, because operation is more intuitive and natural, also can reduce the fatigue feeling of doctor in surgical process, secondly, the volume design of the device considers the needs of minimally invasive surgery, avoids bringing greater puncture wound to patient, which helps to reduce postoperative complications and accelerate the recovery process.In addition, through the design of optimized connecting rod system and corner lever, the device can provide stable holding and flexible operation, so that it becomes easier and safer to perform stripping operation inside narrow cavity.

This invention relates to the field of in vitro diagnostic testing equipment technology, and discloses a symmetrical multi-arm tumor antibody test strip device with negative pressure aspiration. The device includes a sealed shell, a press-triggered component, a mechanical limiting mechanism, a concealed blood collection component, a negative pressure aspiration system, radial multi-arm detection modules, and a flexible sealing pad. The device employs a concealed blood collection design, with the needle automatically retracting after blood collection, eliminating the risk of puncture wounds and contamination. Combined with a linked negative pressure aspiration structure, it achieves instantaneous automatic aspiration after blood collection, eliminating the need for manual squeezing. The multi-arm detection modules are symmetrically distributed circumferentially, with uniform internal flow channels, enabling synchronous and equal sample distribution and ensuring accurate and parallel test results. The flexible sealing element conforms to the fingertip to form a sealed structure, preventing leakage and improving aspiration efficiency. A multi-level limiting mechanism stabilizes the device body, making it suitable for operation by the elderly, children, and other groups. This device is easy to operate, highly safe, and provides accurate detection. It is suitable for rapid home-based tumor antibody screening and on-site testing at grassroots levels, with high intelligent adaptability and easy result interpretation.

This invention provides a pressure device for post-thyroid ablation surgery, belonging to the field of medical device technology. The pressure device includes a pressure mechanism, which includes a mounting frame. A lifting block is mounted on the mounting frame via a lifting assembly. The lifting assembly adjusts the height of the lifting block within the mounting frame. A spiral self-locking rod is threaded onto the lifting block, and a pressure pad is rotatably mounted at the bottom end of the spiral self-locking rod. The pressure pad conforms to the post-thyroid ablation wound and applies stable pressure. An elastic airbag adapts to the neck contour through deformation. The micro-telescopic component on the contact pad is adjustable in position, allowing for precise pressure application to each puncture point in multi-point puncture procedures. This achieves adjustable pressure height, stable pressure maintenance, and precise adaptation to multi-point puncture wounds, meeting the basic pressure needs of different patients.

A surgical device for intermaxillary fixation that shortens operating time, reduces the risk of lacerations and puncture wounds for the surgeon, and results in lower patient morbidity. It consists of a clamp or clasp made of titanium, surgical steel, or another biocompatible material, the free ends of which are positioned in the interdental space. One end of the clamp is placed in the interdental space of the maxilla and the other end in the interdental space of the mandible, so that once inserted, the clamp secures or fixes the maxilla to the mandible, preventing the patient from moving or opening it, thus achieving the goal of intermaxillary fixation. This clamp or device is operated and manipulated using forceps for easy application and removal from the teeth.

A moulage task trainer simulation wound device provides a plurality of tissue layers having differential densities so as to replicate the dynamics and feedback of a real wound. The simulation wound enables definition of a cavity simulating a puncture wound or the like. Four-way stretch material may be integrated into one or more of the plurality of tissue layers to further enhance the fidelity of the training process. The carrier of the simulation wound provides fixation mechanisms that enable adjustability for attaching the task trainer device on a wide array of body types and anatomical locations of a role-player or mannequin.

This invention relates to the field of surgical instruments, and more particularly to a minimally invasive organ suspension device that expands surgical space. The organ suspension device includes an external magnetic suspension device and an internal detachable clamp; the magnetic suspension device includes a strong magnetic system (15), and an mounting rod sleeve (14) is arranged above the strong magnetic system (15); the detachable clamp includes a dedicated internal arc-shaped clamp body (1). This invention's minimally invasive organ suspension device uses external magnetic attraction in conjunction with an internal detachable clamp to achieve minimally invasive organ suspension, minimizing tissue traction trauma during surgery and reducing postoperative complications. It eliminates the need for suturing organs and external punctures, avoiding organ damage and the risk of infection at puncture wounds.

This utility model discloses a silent medical trolley, belonging to the field of medical equipment technology. It includes a base plate and a silent assembly. A handle is fixedly connected to the upper surface of the base plate, and four stabilizing rods are also fixedly connected to the upper surface of the base plate. A connecting plate is fixedly connected to the top of each of the four stabilizing rods. A set of equidistant short rods are installed on the upper surface of the connecting plate, and a loop is installed at the top of each short rod. A limiting assembly is installed on the upper surface of the connecting plate. The limiting assembly includes a long plate installed on the upper surface of the connecting plate, and a connecting groove is formed inside the long plate. This silent medical trolley, through the coordinated design of the base plate and the fixing assembly, can effectively limit and fix medicines and glass ampoules, preventing displacement during frequent starts and stops, thus eliminating the risk of breakage, waste of medical supplies, and the risk of puncture wounds.

The utility model belongs to the technical field of medical apparatus and instruments, specifically discloses a puncture compression balloon and puncture compression assembly. One aspect relates to the puncture compression balloon, which comprises: a shaped rubber ring, which is annular in structure and has a balloon mounting portion in the inner ring; a balloon, which is embedded in the balloon mounting portion; when the balloon is inflated, the balloon expands, and the outer edge thereof abuts against the inner side of the balloon mounting portion; the balloon mounting portion is used for limiting the expansion of the balloon in the plane of the shaped rubber ring. The other aspect relates to the puncture compression assembly, which comprises the puncture compression balloon of any one of the preceding aspects; and an inflation assembly connected with the air inlet of the puncture compression balloon. In the present disclosure, the deformation of the balloon is limited by the shaped rubber ring, so that the balloon is less likely to become flat when being pressed, thereby providing better support and compression; in addition, when the balloon mounting portion has a supporting bottom, the balloon can be better limited to expand only to the side of the puncture wound, thereby better improving the compression effect.

The utility model relates to a closed thoracic drainage tube, it includes the tubulature, the outer wall of the tail end of tubulature is sequentially provided with first annular groove and second annular groove, the first annular groove is covered with first air bag, the second annular groove is covered with second air bag, the first air bag and second air bag are communicated through the air guide pipe of the lumen of tubulature, the wall thickness of first air bag is greater than the wall thickness of second air bag, the front end movable sleeve of tubulature is provided with extrusion ring, the utility model through the first air bag of surrounding tubulature carries out the compression hemostasis to the puncture wound around, avoids the phenomenon that the pipeline leaks gas or leaks liquid, reduces the discomfort of patient, through the inflation of first air bag when extruding second air bag, reduced the operation step of thoracic drainage tube setting and pulling out, improved the efficiency and convenience, through setting the fixed ring, can paste fixed tubulature part outside patient's body, convenient drainage, need not suture, the operation is more convenient.

This invention provides an improved infusion set, belonging to the field of medical auxiliary devices, including an infusion tube, an infusion assembly, and a storage assembly. One end of the infusion tube is connected to a puncture device, and a drip chamber is provided on the surface of the infusion tube. The other end of the infusion tube is connected to a flexible tube, on the surface of which an infusion needle is slidably mounted. A needle wing is connected to the tail end of the infusion needle. During puncture, the infusion needle is inserted into the blood vessel, and the flexible tube enters the blood vessel simultaneously. By pulling the needle wing, the infusion needle moves on the surface of the flexible tube and exits from the blood vessel, leaving the flexible tube in place. This infusion method replaces leaving a steel needle inside the blood vessel, reducing drug extravasation, facilitating patient hand movement, and preventing puncture wounds to blood vessels.