262results about How to "Reduce medical errors" patented technology

Techniques for monitoring temperature inside refrigerators or heaters and tracking people and/or objects, particularly within a medical setting. For temperature monitoring, temperature readings are obtained using a temperature monitor. The temperature readings are transmitted from a radio frequency identification (RFID) tag to an RFID reader. The temperature readings received by the RFID reader are then monitored as a function of time. For tracking people or objects, RFID tags are attached to the people or objects, a facility is equipped with one or more RFID readers, and activity of the people or objects is monitored.

To reduce medical mistakes, for instance, a surgical site is mistaken for another part. An operation support system includes a model image forming unit which applies a mark to a surgery site of a corresponding surgical position in accordance with inputted surgery information including an operative procedure, a surgery on right side or left side and the surgical position to form a human body model image and a display control unit which displays the human body model image formed by the model image forming unit on a display unit.

The application discloses a method for establishing a medical knowledge graph, a device for the same and a query method for the same. The method comprises the steps that data which can be used to establish the medical knowledge graph is collected from a medical data source; entities, attribute information of the entities and relation information among the entities are extracted from the collected data; and the medical knowledge graph is established according to the entities, the attribute information of each entity and the relation information among the entities which are extracted. The medical knowledge graph established by the method has the advantages that a non-relational data storage mode is adopted; multi-directional knowledge excavation of a medical knowledge system becomes more convenient; more visualized reference is provided for medical workers; and thus a probability of medical accident occurrence can be reduced.

The invention discloses an intelligent anaesthesia system. The intelligent anaesthesia system comprises an intelligent control end, a vital sign detecting end, an anesthetic injecting end, an indoor environment monitoring end, an electronic medical information end, a breathing machine and a monitoring display screen, wherein the vital sign detecting end, the anesthetic injecting end, the indoor environment monitoring end, the electronic medical information end, the breathing machine and the monitoring display screen are connected with the intelligent control end; the vital sign detecting end comprises a brain wave scanner, an artery systolic pressure measuring equipment, body temperature detection equipment, pulse detection equipment, muscle tension detection equipment and pain sense detection equipment; the electronic medical information end comprises a data acquiring module, an information input module, a data decoding module, a wireless data transmitting module, an outpatient service receiving end module, a leaving information module and a central server. In the intelligent anaesthesia system disclosed by the invention, the intelligent control end is used for receiving the information from the vital sign detecting end, the indoor environment monitoring end, the electronic medical information end and the breathing machine and controlling the anesthetic injecting end to perform quantitative dosing so as to feed back the physical condition of a patient in real time, reduce occurrence of medical accidents and alleviating the workload of an anesthetist.

A wireless sensor network based intelligent infusion system comprises more than two infusion devices; every infusion device is provided with a wireless intelligent speed measuring terminal; the output of a wireless hand wrist type physiological characteristic detector is in wireless connection with the wireless intelligent speed measuring terminals; the wireless connection between the wireless intelligent speed measuring terminals and a PC (Personal computer) is achieved through a wireless router; an antenna and a display screen are arranged outside every wireless intelligent speed measuring terminal; a temperature control heating plate, a processing module and a battery are arranged inside every wireless intelligent speed measuring terminal; the antennas and the display screens are connected with the processing modules; the infusion dripping speed is controlled by servo motors which are arranged on the infusion devices; the drip speed is measured through photoelectric speed measuring modules which are arranged on the infusion devices; the servo motors and the photoelectric speed measuring modules are connected with the processing modules; the batteries are used for providing power for the processing modules and the photoelectric speed measuring modules. According to the wireless sensor network based intelligent infusion system, the dripping speed can be automatically controlled, an alarm can be automatically given, and the remote control on the infusion is achieved.

The invention provides a stent delivering system. The stent delivering system includes an external tube, a back releasing assembly, a covered cannula assembly, and a handle assembly; and through connection structures among the parts, the whole releasing structure is more reliable. The use method of the stent delivering system is characterized in that the handle assembly controls the external tube, the covered cannula assembly and the back releasing assembly to successively perform releasing motions, and then a gradual releasing process of covered cannula releasing-stent primary releasing-stent complete releasing can be achieved. Through the gradual releasing process and the whole structure of the stent delivering system, the stent releasing accuracy of the stent delivering system can be improved, and medical accidents can be reduced.

An alarm and drive device for the incorrect installation of push rod in injector is composed of leading screw, nut holder, rocker, bearing rod, locating pin, protecting sleeves of push rod and push head, sleeve, pendulum rod, push rod, push head, clamp, machine frame, etc.

An embodiment of the invention discloses an intelligent interrogation system based on XGBoost disease prediction and a method. The system comprises a client and a service end which are connected through a network. The client comprises an interrogation module and a display module. The service end comprises a data processing module, a data storage module and an XGBoost disease predicting module. Through inputting patient symptom information which is acquired by a client into a trained XGBoost multi-class model, a disease probability predicted value and predicted disease information are output. Furthermore the patient can directly check the related information on the client. Based on machine learning and big data technology, a self-service diagnosis service of the patient can be realized. Thesystem and the method further have advantages of supporting intelligent analysis and prediction on mass patient data, realizing high accuracy and high timeliness in prediction, and realizing simple operation and low cost.

The invention discloses a patient infusion bottle automatic bottle-changing device, which comprises a fixing seat, an outer wall at the top of the fixing seat is provided with grooves distributed withan equidistant distance, an infusion bottle is disposed on an inner wall of the groove, a bearing is welded to an inner wall of the bottom of the fixing seat, a transmission shaft is rotatably connected to an inner wall of the bearing, a driving sprocket is welded to an outer wall of the transmission shaft, a transmission chain is connected to an outer wall of the driving sprocket, a driven sprocket is connected to an inner wall at one side of the transmission chain away from the driving sprocket in a transmission mode, an outer wall of the transmission chain is welded with an equidistantly distributed engaging blocks, a shaft coupling is welded to an outer wall of one end of the transmission shaft, and a driving motor is welded to an outer wall of one end of the shaft coupling away fromthe transmission shaft. The automatic bottle changing of the infusion bottle is realized, the automatic insertion of the needle and withdrawing of needle can be realized, artificial medical mistakes can be reduced, the workload of the medical and health personnel can be reduced, the structure is reduced, and the automatic bottle-changing device has a reasonable design.

The invention relates to a preparing method of glycyrrhizic acid derivant and usage.

The invention relates to application of a double-layer vacuum time-delay leak detection technique in a large capacity injection. The large capacity injection mainly comprises an interior package, a liquid medicine and a protection outer bag outside the interior package. The process for detecting the leakage of the interior package comprises the following steps of: performing vacuum extraction between the protection outer bag and the interior package; putting the large capacity injection in a temporary storeroom for 13 to 15 days; and turning out the large capacity injection to perform inspection, wherein when an infusion soft bag with obvious water fog or water droplets is formed between the interior package and the protection outer bag, a micro-leakage large capacity injection is generated and is winkled out. The double-layer vacuum time-delay leak detection technique puts off the leakage detection time to 15 days (not the day when a product is offline) and then performs liquid leakage inspection on the large capacity injection, so the large capacity injection generating micro-leakage or has potential micro-leakage shows out and is removed. Through a technical skill of the invention, the ex-factory micro-leakage rate is reduced to 0.003 to 0.005 percent. Thus, medical accidents are reduced and the excellent health of people is ensured.

The invention belongs to the technical field of anesthesia management, and discloses an intelligent surgical anesthesia management system. The intelligent surgical anesthesia management system comprises a video monitoring module, a vital sign detecting module, an indoor environment monitoring module, a single chip microcomputer control module, a gas supply and delivery module, an anesthetic injection module, an anesthesia depth monitoring module, a fault alarming module and a display module. The intelligent surgical anesthesia management system has the advantages that anesthetic exhaust gasesare effectively discharged to the outside through an exhaust gas removal module, and accordingly, medical staff and patients are prevented from physical injuries caused by pollution of operating roomsdue to improper discharge of the anesthetic exhaust gases; monitoring information in the whole anesthesia process is displayed on a monitoring display screen in real time through the video monitoringmodule, patients' physical conditions can be fed back in real time, and medical negligence can be reduced; equipment fault information can be discovered timely through the fault alarming module, thestaff is notified to take protective measures, and the surgical safety is improved.

The invention discloses a light-emitting diode (LED) color temperature adjusting and controlling device. The device comprises an adjustor and a driver, wherein the adjustor comprises a color temperature adjusting and controlling panel and a control signal generator; the color temperature adjusting and controlling panel is used for connecting and disconnecting a power supply and for an operator to send a color temperature adjusting and controlling signal; after receiving the color temperature adjusting and controlling signal sent by the color temperature adjusting and controlling panel, the control signal generator outputs a corresponding control signal according to an instruction; the driver comprises a microprocessor and a constant current driving module; the microprocessor receives the control signal from the control signal generator, analyzes and calculates the control signal and sends a pulse-width modulation (PWM) adjusting signal which changes the LED working current; and the constant current driving module outputs constant LED working current according to the PWM adjusting signal provided by the microprocessor. The output current of a control device is changed in a manual form, so that the color temperature and the brightness of the LED connected with the control device are adjusted.

The invention discloses a ward risk early warning system and an early warning method thereof. The system comprises a hand-held device, a multifunctional ward bed, a nurse station early warning caution management platform, a doctor station early warning caution management platform and a data center platform; the hand-held device is provided with a first communication module, an electronic label card reader, a code scanner, an information input module and a first controller; the multifunctional ward bed comprises a bed body, and an electronic label, a second communication module, a data input port, an infrared sensor and a second controller which are arranged on the bed body; the nurse station early warning caution management platform comprises a third controller, a third communication module and a first information prompting device; the doctor station early warning caution management platform comprises a fourth controller, a fourth communication module and a second information prompting device; and the data center platform comprises a fifth controller, a fifth communication module and a short message sending base station. The system can realize automatic early warning prompting and real-time monitoring of the conditions of patients, and improves the reliability and the safety of medical monitoring.