14 results about "Internal bleeding" patented technology

A wearable monitor is configured for early detection of internal bleeding events and particularly hematomas after vascular catheterization including cardiac catheterization. The wearable monitor is placed over an access location following the vascular catheterization procedure and the wearable monitor system periodically runs diagnostic test to detect changes in the tissue around the vascular access location. An emitter device may input an emitter input into the tissue and a detector device may then measure the emitter input after it has passed through the tissue, an emitter output. A computer may receive the data from the detector device and operate a program that determines changes in the tissue and in particular, pooling of blood in the tissue. The emitters may be electrodes that input an electromagnetic input, or an ultrasound emitter that inputs ultrasound sound waves, or a Near IR emitter that emits Near IR electromagnetic radiation.

The utility model discloses an internal fistula side limb fixer for a hemodialysis patient during defecation, which comprises a first fixing plate and a second fixing plate, a plurality of fixing seats are arranged on the first fixing plate and the second fixing plate, arc-shaped limiting rings are arranged on the fixing seats, and restraint straps are arranged in the arc-shaped limiting rings; shoulder straps are arranged at one ends of the first fixing plate and the second fixing plate. When the fixator is used, an internal fistula side limb can be placed in the fixator, and internal hemorrhage caused by excessive movement of the limb is prevented; the contact surface between the inner side of the fixator and the limbs is made of breathable perforated fabric which is comfortable and skin-friendly; a restraint strap and a first hook-and-loop fastener are arranged outside the fixator, the size of the fixator can be adjusted to be proper according to the size of the arm circumference of a patient, the shoulder strap is arranged, the limb on the internal fistula side can be kept in a straightened state when the patient goes to the toilet, and a puncture needle is better protected; the second hook-and-loop fastener can prevent the puncture needle from slipping due to the fact that the puncture needle is pulled when the patient goes to the toilet.

This invention provides a method and system for detecting the location of internal bleeding in the human body based on ultrasound images, belonging to the field of ultrasound detection technology. The method includes the following steps: constructing an image dataset using acquired ultrasound images containing bleeding points; constructing and training an improved neighborhood attention converter model based on the image dataset; acquiring the ultrasound image to be detected, using the trained improved neighborhood attention converter model to detect the bleeding location, and obtaining the detection result; and visualizing the detection result using a visualization tool. This invention applies deep learning networks to the detection of bleeding points in ultrasound images. With the support of the dataset, the deep learning network can achieve higher detection accuracy and better noise robustness compared to traditional algorithms. For the small target detection task of bleeding points, specific optimizations have been made at the network design level, resulting in a better detection rate.

The present application relates to the technical field of medical image processing, and discloses a method and system for predicting vascular injury and assessing internal hemorrhage risk, comprising: acquiring original data, wherein the original data includes body surface marker coordinate data, physiological state and trauma-related information of a critically injured trauma victim; preprocessing the body surface marker coordinate data in the original data to obtain standardized coordinate data; inputting the standardized coordinate data into a pre-trained graph neural network model for mapping processing to obtain vascular marker three-dimensional coordinate prediction data; calculating the spatial distance between the injury path and the vascular marker according to the vascular marker three-dimensional coordinate prediction data and the trauma-related information to obtain a quantitative evaluation result of vascular injury risk; and combining the quantitative evaluation result of vascular injury risk with the physiological state information of the victim to complete comprehensive quantitative assessment of the internal hemorrhage risk of the victim to obtain a corresponding risk level result.

A wearable monitor is configured for early detection of internal bleeding events and particularly hematomas after vascular catheterization including cardiac catheterization. The wearable monitor is placed over an access location following the vascular catheterization procedure and the wearable monitor system periodically runs diagnostic test to detect changes in the tissue around the vascular access location. An emitter device may input an emitter input into the tissue and a detector device may then measure the emitter input after it has passed through the tissue, an emitter output. A computer may receive the data from the detector device and operate a program that determines changes in the tissue and in particular, pooling of blood in the tissue. The emitters may be electrodes that input an electromagnetic input, or an ultrasound emitter that inputs ultrasound sound waves, or a Near IR emitter that emits Near IR electromagnetic radiation.

A system for treating internal bleeding via application of a heated irrigant, such that the heated irrigant is delivered at a flow rate of between 2 cc / s and 12 cc / s and at a temperature of between 46 degrees Celsius and 52 degrees Celsius.

The invention discloses a self-adaptive bleeding pumping drainage control system based on reinforcement learning. The self-adaptive bleeding pumping drainage control system comprises a data acquisition module, a dynamic decision module, a central processing unit and a control module, the data acquisition module is used for acquiring concrete internal bleeding rate, temperature and steel bar stress data in real time; an LSTM-QL-Transformer prediction model in the dynamic decision-making module predicts the bleeding rate in the concrete, the temperature and the steel bar stress in a period of time in the future based on historical data of the data acquisition module; and based on an output result of the prediction model, solving a target function by taking a bleeding removal rate, temperature anti-cracking and steel bar stress safety as targets. And the vacuum negative pressure, the cooling water flow and the micro-expansion slurry spraying time are dynamically adjusted based on the optimal control strategy obtained by the dynamic decision module. Compared with the prior art, a self-adaptive solution is provided for bleeding removal and crack prevention under complex working conditions.

1. The name of the design product: Laying cloth (with a transparent window that can be opened). 2. The use of the design product: Isolate the operation area to reduce the risk of bacterial contamination, with a transparent part that can be opened to observe the internal bleeding. 3. The design points of the design product: In shape. 4. The picture or photo that best indicates the design points: Perspective drawing.

Disclosed herein are resuscitation fluids and compositions comprising NEFA free blood serum albumin and hemoglobulin (cell free or as lysed red blood cells) and methods of treating internal bleeding and hemorrhage.

The invention discloses a seminal vesicle endoscope, which belongs to the field of medical instruments, and comprises a seminal vesicle endoscope main body, the seminal vesicle endoscope main body is provided with an execution end part and an operation end part, the execution end part is provided with a lens and a lighting element, and the seminal vesicle endoscope is characterized by also comprising an electrode, which is partially arranged in the seminal vesicle endoscope main body in a penetrating manner and extends out of the execution end part; the guide sheath is slidably connected to the outer wall of the seminal vesicle endoscope body in a sleeving mode, the guide sheath is provided with a connecting end and a deformation end, and when the connecting end is connected with the seminal vesicle endoscope body, relative movement of the guide sheath and the seminal vesicle endoscope body is limited; a cavity is arranged between the inner wall and the outer wall of the guide sheath, the deformation end part is provided with an inclined surface, the cavity is opened at the inclined surface, and an elastic film is arranged between the deformation end part and the cavity; when the elastic film is in a natural state, the deformed end part is shovel-shaped; in the process that the elastic film deforms towards the slope shape, the deformation end deforms from a shovel shape to a cylindrical shape. By means of the arrangement, the device can safely enter the ejaculation tube and effectively stop bleeding of hemorrhagic spots in the seminal vesicle.

The Retrofit Tourniquet System is a portable, non-invasive diagnostic device designed to assess and monitor vital signs for early detection of hypovolemic shock and other trauma-related medical conditions. Utilizing integrated sensors, the system continuously tracks critical metrics such as heart rate, blood pressure, respiratory rate, pulse pressure, and blood oxygen levels, comparing them against individualized baseline values stored in lookup tables. The system's diagnostic algorithms identify deviations in vital signs, calculate estimated blood loss stages, and provide recommended treatment options. Built to function seamlessly on or off a tourniquet, the Retrofit Tourniquet System enables first responders and military personnel to assess a patient's condition in real-time, even in field conditions. Enhanced by secure data encryption and compatibility with healthcare interoperability standards (e.g., FHIR and HL7), the system also supports remote monitoring by medical professionals when integrated with remote databases. This tailored, AI-assisted device improves patient survivability by allowing for timely interventions, particularly in cases of internal bleeding where traditional diagnostics are insufficient.

A wearable monitor is configured for early detection of internal bleeding events and particularly hematomas after vascular catheterization including cardiac catheterization. The wearable monitor is placed over an access location following the vascular catheterization procedure and the wearable monitor system periodically runs diagnostic test to detect changes in the tissue around the vascular access location. An emitter device may input an emitter input into the tissue and a detector device may then measure the emitter input after it has passed through the tissue, an emitter output. A computer may receive the data from the detector device and operate a program that determines changes in the tissue and in particular, pooling of blood in the tissue. The emitters may be electrodes that input an electromagnetic input, or an ultrasound emitter that inputs ultrasound sound waves, or a Near IR emitter that emits Near IR electromagnetic radiation.

This disclosure provides methods and devices for determining a quantitative estimate of thrombomodulin levels in a mammalian subject suspected of internal hemorrhaging. The method includes applying a blood sample from the subject to a handheld assay device capable of providing optical quantitation of the amount of thrombomodulin in the sample, measuring, by means of said assay device, an analyte signal value correlated to a concentration of the thrombomodulin in the blood sample and comparing the analyte signal value to a minimum threshold, wherein an analyte signal value less than the minimum threshold indicates that the subject is not internally hemorrhaging, and an analyte signal value above the minimum threshold indicates the subject is internally hemorrhaging. The methods and devices are adapted to rapidly assess internal hemorrhaging and hemorrhagic shock in a patient outside of hospital settings.

This specification relates to an artificial hemostatic plug for stopping and / or preventing internal bleeding in a patient, more specifically, intrathoracic bleeding. The plug has a compressible plug body with a first end and a second end. The plug also has a thread slidably disposed through the plug body. The thread is also fixedly connected to the first end of the plug body, allowing the first end to be pulled toward the second end using the thread, which extends further outward from the plug body. This specification also includes a kit comprising the plug and a plug pusher.