48results about How to "Avoid medical disputes" patented technology

The invention provides a hospital medical insurance expense nonpayment prevention auxiliary management information system, which comprises a management server and a user end, wherein the management server comprises a nonpayment prevention patient database, and an expense nature setting module, a drug attribute setting module, a patient information recognition module, a drug usage day prompt module, a reimbursement category setting module, a medical insurance policy information prompt module, a self-paying protocol verification module and a printing module communicating with the nonpayment prevention patient database. The drug usage days of the patient can be counted, a doctor is prompted when the drug usage days exceed, indication judgment can be carried out on drugs prescribed by the doctor, the drug usage indication is prompted to the doctor, the doctor can thus inform the patient or a family member, happening of the expense nonpayment possibility can be prevented from the source, convenience is provided for the doctor, medical disputes can be avoided, management by the hospital is facilitated, and obvious economic benefits are brought to the hospital.

The invention discloses a disposable self-limiting and self-stopping transfusion system, which comprises a bottle plug puncture unit protecting jacket, a bottle plug puncture unit, an air filtering membrane, an air plug, an upper flexible pipe, a dropping funnel cover, a latex cap, a self-limiting device, a self-stopping device, an upper dropping funnel, a lower dropping funnel, a pressurizing ball, a lower flexible pipe, a flow adjuster, a liquid medicine filter and an intravenous infusion needle, wherein the self-limiting device consists of the air plug, the air filtering membrane and an exhaust channel on the dropping funnel cover; the self-stopping device arranged inside the dropping funnel comprises a limiting shaft sleeve which is embedded into an opening section at the upper end of an inner cavity of the lower dropping funnel, and a liquid-stopping valve; the liquid-stopping valve consists of a floating cover, a floating shaft and a soft suction cup; the floating shaft is tightly matched with an inner sleeve of the floating cover through the centre of the limiting shaft sleeve; the upper part of the soft suction cup is embedded inside a concave part at the bottom of the floating shaft and limited by the limiting shaft sleeve; the floating cover and the soft suction cup are connected through the floating shaft and move up and down in the inner cavities of the upper dropping funnel and the lower dropping funnel. The transfusion system can quickly discharge liquid automatically, control the liquid level height inside the dropping funnel, and automatically discharge air in the dropping funnel after the bottle plug puncture unit is inserted into a large transfusion bottle plug; the liquid-stopping valve can automatically seal the pipeline to prevent the air from entering inside the lower flexible pipe to lead to blood return when no liquid medicine is in a medicine bottle or a little liquid medicine is in the dripping funnel in an infusion process.

The invention relates to a dispensing supervision and management system for traditional Chinese medicine health facilities. The dispensing supervision and management system comprises a dispensing table work station for displaying a prescription and determining whether the displayed items fit to the name and the dosage of a traditional Chinese medicine in the prescription or not according to traditional Chinese medicine identification data and traditional Chinese medicine dosage, if the determination result is right, the dispensing table work station displays the medicine name in time in contrast to the prescription and displays a present dosage of the medicine in time through an electronic weigher, and if the determination is wrong, the dispensing table work station informs a corresponding traditional Chinese physician work station and sends warning information to a dispensing person and allows the next step until the name and the dosage of the traditional Chinese work are right; a recording and streaming device for shooting the environment around the dispensing table work station and storing the shot frames as dispensing recording data, streaming the shot dispensing frames to the traditional Chinese physician work station, and carrying out index processing on the dispensing recording data; a barcode reader for reading the traditional Chinese medicine identification data and transmitting the traditional Chinese medicine identification data to the dispensing table work station; and the electronic weigher for weighing the traditional Chinese medicine and transmitting the dosage data of the traditional Chinese medicine to the dispensing table work station.

The invention discloses a holographic digital human body modeling method which comprises the following steps: acquiring body surface information of a human body, and establishing a three-dimensional model outer surface of the human body according to the body surface information; obtaining system three-dimensional image information of the human body; establishing a corresponding system three-dimensional model according to the system three-dimensional image information; and merging the system three-dimensional model and the three-dimensional model outer surface at corresponding positions to obtain a holographic digital human body model. According to the method, the holographic digital human body model conforming to each individual human body is generated, 3D visualization is carried out on each piece of examination data of the human body, change information of each part of each organ can be conveniently obtained according to a time axis, and disease lesions can be rapidly determined in the diagnosis process. Besides, in the medical teaching process, normal human body models or human body models with various different diseases can be directly generated, and teaching is carried out in a visual mode, so that the problem of scarcity of specimen resources in medical teaching is effectively solved.

The invention relates to the technical field of medical treatment, in particular to an artificial membrane rupture needle, and aims to solve the problem that a fetus is likely to injure when an existing membrane rupture needle body is utilized to perform membrane rupture on a pregnant woman with an inconspicuous amniotic sac. For this purpose, the artificial membrane rupture needle of the invention comprises a needle body and a needle handle; the needle body is connected with the needle handle; the needle handle communicates with a suction cup; a negative pressure device is arranged in the needle handle; the negative pressure device provides negative pressure to the suction cup; a first through hole allowing the needle body to pass through is reserved in the middle part of the suction cup;the distance between the needle body and the needle handle can be adjusted. According to the artificial membrane rupture needle of the invention, the suction cup is installed, a fetal membrane is punctured after being moved backwards through negative pressure adsorption; the artificial membrane rupture needle is convenient to use, and for the pregnant woman with the inconspicuous amniotic sac, since the fetal membrane is next to the head of a fetus, the fetal membrane is punctured after being sucked and pulled backwards to avoid that the body of the fetus is injured, so that the risk of membrane rupture with an ordinary needle is greatly lowered, namely that blind zone operations are reduced, the safety factor is high, and medical disputes are avoided.

The invention belongs to the technical field of medical blood collection, and particularly relates to a blood collection pipe storage device and conveying device. The blood collection pipe storage device and conveying device comprises a storage device, a feeding mechanism, a marking mechanism and a conveying device body, wherein the storage device is arranged on one side of the front end of the conveying device body, the feeding mechanism is arranged at the upper part of one end, close to the conveying device body, of the storage device, and is partially suspended on upper part of the front end of the conveying device, and the marking mechanism is arranged on one side of the storage device. According to the blood collection pipe storage device and the conveying device, a blood collection pipe storage device, a moving-out mechanism, the marking mechanism and the conveying device body are combined together, so that the automation of moving out, marking and conveying of vacuum blood collection pipes is realized, the generation of errors is avoided, and the working efficiency is improved.

The invention provides a hospital medical insurance expense nonpayment prevention auxiliary management information system, which comprises a management server and a user end, wherein the management server comprises a nonpayment prevention patient database, and an expense nature setting module, a drug attribute setting module, a patient information recognition module, a drug usage day prompt module, a reimbursement category setting module, a medical insurance policy information prompt module, a self-paying protocol verification module and a printing module communicating with the nonpayment prevention patient database. The drug usage days of the patient can be counted, a doctor is prompted when the drug usage days exceed, indication judgment can be carried out on drugs prescribed by the doctor, the drug usage indication is prompted to the doctor, the doctor can thus inform the patient or a family member, happening of the expense nonpayment possibility can be prevented from the source, convenience is provided for the doctor, medical disputes can be avoided, management by the hospital is facilitated, and obvious economic benefits are brought to the hospital.

The invention discloses an intelligent triage management system for a hospital and a medical server. The system comprises the medical server, a self-service sign-in terminal, a primary triage screen and a secondary triage screen; the medical server generates a reserved treatment queue according to the reservation registration information and transmits the reserved treatment queue to the self-service sign-in terminal; the medical server receives the first sign-in information of a patient sent by the self-service sign-in terminal, generates a first treatment queue according to the first sign-ininformation and the reserved treatment queue, and sends the first treatment queue to a primary triage screen; and the medical server receives the second sign-in information of the patient sent by theself-service sign-in terminal of the patient, generates a second treatment queue according to the second sign-in information and the first treatment queue, and sends the second treatment queue to thesecondary triage screen. According to the invention, the reservation confirmation and sign-in service can be provided for the patient quickly, the intelligent sorting treatment queue is realized, thepatient is guided to be treated in order, and medical resources are saved. The medical treatment efficiency is improved, people flow congestion is avoided, and the good treatment order of the hospitalis maintained.

The invention relates to a pneumatic reaction cardiopulmonary resuscitation teaching simulation human model. The pneumatic reaction cardiopulmonary resuscitation teaching simulation human model comprises a breathing mechanism, a pressing mechanism, a force sensor, an acceleration sensor, a controller and a pressure sensor, wherein the breathing mechanism comprises a lung simulator, the pressing mechanism comprises a chest simulator, before resuscitation, the chest simulator is controlled by a proportion pressure-reducing valve to simulate hardness of a human thorax, a pupil simulator realizes air intake to simulate a pupil amplification state, and a carotid simulator realizes air intake to simulate a carotid beating stop state. When a chest portion of an upper human body model is pressed, the carotid simulator beats according to the pressing frequency of the chest simulator to simulate the carotid beating state; when the upper human body model is gassed, the lung simulator simulates an artificial respiration state; after recovery, the pupil simulator exhausts to simulate a normal pupil state, and the carotid simulator is controlled by the proportion pressure-reducing valve to simulate the normal carotid beating state. According to the simulation human model, the simulators are driven through air to simulate symptoms of organs such as the chest, the lung, the eyes and the neck before and after cardiopulmonary resuscitation, and vivid symptom simulation effects and accurate positioning are realized.