48results about How to "Avoid delays in treatment" patented technology

The invention relates to the technical field of medical equipment, and discloses a focus image recognition method and a focus image recognition system based on a deep learning model. The invention provides a new method and a new system for automatically identifying conditions of medical images by replacing doctors based on the deep learning model. Regarding acquired to-be-detected medical images,Segmentation of a smallest organ tissue image and image recognition of a corresponding organ tissue, prediction of a deep learning model and marking on a predication result are carried out. The invention can replace doctors find out underlying conditions of medical images and automatically mark lesion tissues on the medical images. Therefore, a reminder is given to doctors for timely diagnosis. Working intensity of the doctors can be reduced. Whether diseases occur or not can be timely diagnosed. The treatment opportunity of conditions is prevented from being delayed, and the discovery of early-stage diseases is particularly facilitated.

The invention discloses an automobile collision automatic alarm system which comprises a collision monitoring module for monitoring whether a vehicle is in collision or not and for transmitting a collision signal in case of the collision, a global positioning system (GPS) positioning module for acquiring the geographic position information of the vehicle in real time, and a main control module for receiving and storing the geographic position information in real time and for receiving the collision signal, wherein the main controller is used for transmitting an alarm signal including the geographic position information to a first mobile terminal after receiving the collision signal, in order to control the first mobile terminal to transmit alarm signal including the geographic position information to a second mobile terminal.

The invention discloses a molecular marker used for diagnosing the extremely severe case of a hand-foot-and-mouth disease. The molecular marker comprises miR-671-5p, miR-16-5p and miR-150-3p. A biomarker related by the invention and used for diagnosing the extremely severe case of the hand-foot-and-mouth disease has the advantages of specificity distinguishing capacity, good stability, and high efficiency; besides, the biomarker has a better property of diagnosing indexes; moreover, the testing kit which is related by the invention and used for diagnosing the extremely severe case is low in cost. Therefore, the kit can be popularized on a large-scale.

The invention provides a method and system for generating a longitudinal lymph node segmentation model, and relates to the technical field of medical image processing, and the method comprises the steps: obtaining lung CT images of a plurality of thoracic surgery patients, carrying out the three-dimensional reconstruction of each lung CT image, and obtaining a three-dimensional image; respectivelycarrying out three-dimensional segmentation on each three-dimensional image to obtain a three-dimensional marked image marked with a real longitudinal lymph node lesion area; grouping the three-dimensional annotation images to obtain a training set, a test set and a correction set; training the training set to obtain a diaphragm lymph node segmentation model; inputting the test set into a longitudinal lymph node segmentation model to obtain a corresponding segmentation image, and calculating the segmentation accuracy of the longitudinal lymph node segmentation model; if the segmentation accuracy is smaller than an accuracy threshold, enabling the correction set to correct the diaphragm lymph node segmentation model; and if the segmentation accuracy is not less than the accuracy threshold,storing the diaphragm lymph node segmentation model. The accuracy of longitudinal lymph node segmentation is effectively improved, manual intervention is not needed, and the practicability is high.

The invention belongs to the technical field of the internet of things intensive care and discloses an internet of things intensive care system. The system comprises a monitoring device, a data acquisition module, a central monitoring system, a communication module and an alarm module. The data acquisition module is connected with the monitoring device. The data acquisition module is used for collecting the operation state data of the monitoring device and the vital sign data of a patient. The data acquisition module is connected with the central monitoring system, and the central monitoring system is connected with the communication module. The communication module is connected with the alarm module. The data acquisition module transmits collected data to the central monitoring system. The central monitoring system analyzes and processes the data, and then transmits the alarm information to the alarm module through the communication module. After that, the alarm module carries out thegrading alarm treatment. According to the invention, the nursing safety can be improved, and the occurrence of alarm hazards can be effectively reduced. The delay treatment problem of the medical staff due to alarm fatigue is avoided. The improvement of the medical quality is facilitated.

The invention discloses an intelligent management system for an operation room, and the system comprises an electronic tag which is disposed on medical equipment of the operation room and/or is carried by an in-out person of the operation room; an access control module which is used for identifying tag information of the electronic tag and controlling opening and closing of the access door of theoperating room according to the identification time of the electronic tag and the matching condition of the tag information and pre-stored permission information; a scheduling module which is used forupdating the pre-stored permission information as required and issuing the pre-stored permission information to the access control module; an in-out statistics module which is used for generating anidentification event after the access control module identifies the electronic tag every time, putting the identification event into an event list, and performing statistics on the in-out condition ofeach identified electronic tag at the entrance and exit of the operation room according to the event list; and an alarm supervision module which is used for sending alarm information when the in-outcondition of each identified electronic tag at the entrance and exit of the operation room exceeds a preset threshold value. The system can help to effectively supervise the on-duty condition of medical staff in an operation room, and improves medical management and medical equipment positioning supervision.

The invention discloses an intelligent medicine storing and taking system and a using method thereof. The system comprises a storage cabinet with a plurality of drawers, a main control unit, a human-computer interaction unit, an identification unit, an execution unit and an information acquisition unit, a plurality of vertical supporting assemblies are distributed in the storage cabinet in the length direction of the storage cabinet at equal intervals. A plurality of horizontal sliding assemblies matched with the drawer in size are distributed in the height direction of the vertical supportingassembly at equal intervals. The drawers are connected to the horizontal sliding assemblies in a sliding mode, a containing space of each drawer is formed between every two adjacent horizontal sliding assemblies, and an inner cavity of each drawer is divided into a plurality of medicine storage bins through partition plates; one of the purposes of the invention is to provide an intelligent medicine storing and taking system which does not need manual registration, manages different medicines in a classified manner, is safer to use, and is quick and accurate in medicine storing and taking. Theinvention further aims to provide a using method based on the intelligent medicine storing and taking system.

The invention discloses an intelligent home-based care indoor eating, living and walking monitoring system for old people, wherein the system comprises an indoor host, a plurality of three-technology infrared mobile sensors which are in communication connection with the indoor host and are distributed in different indoor living areas, and a plurality of door magnetic sensors arranged on an indoor door frame; the indoor host is in wireless connection with a server; the server is in wireless connection with a mobile monitoring terminal; the three-technology infrared mobile sensors are used for monitoring the human body activity state in indoor living areas, the door magnetic sensors are used for monitoring the opening/closing state of a door, and monitoring data is uploaded to the indoor host; and the indoor host is used for receiving the monitoring data, carrying out operation processing, describing a drinking track of the indoor elderly people living alone and constructing a life law map of the indoor elderly people living alone. The monitoring system can comprehensively monitor daily living activities such as eating, living and walking of the indoor elderly people living alone, and can inform guardians in time when monitoring abnormality, so that delay of treatment of the elderly people living alone is avoided.

The invention discloses a compound Ofloxacin solution and a preparation method thereof, aiming at providing a solution with the advantages of treating digestive tract infections and respiratory tract infections of birds with rapid effect, treating both principal and secondary aspects of diseases and reducing drug-applied times and a preparation method thereof. The solution can be injected or orally taken and proper treating methods and administration approaches can be adopted according to disease states and the specific conditions of culturists. Every 100L of solutions comprises 1-10 kg of Ofloxacin, 3-15 kg of lincomycin hydrochloride, 0.05-0.5 kg of atropine sulfates, 0.2-2 kg of doxofylline, 0.01 kg of EDTA (Ethylene Diamine Tetraacetic Acid)-2Na, 10 kg of dimethylacetylamide and 0.5 L of hydrochloric acid. Because the Ofloxacin and the lincomycin hydrochloride are adopted as antibacterial components, the compound Ofloxacin solution can effectively solve the problems of bacterial drug resistance and takes effect on common bacteria causing the digestive tract infections and the respiratory tract infections; and meanwhile, the doxofylline can effectively relieve cough and asthma and inhibit respiratory symptoms, and the atropine sulfates have the rapid effects of inhibiting glandular secretion and reducing the liquid contents of digestive tracts and the respiratory tracts.

The invention provides an intelligent regional emergency medical aid method, a system architecture, equipment and storage medium. The method is applied to a server, the server is connected with a plurality of medical first-aid terminals through a regional network, and the method comprises the following steps: in response to a medical first-aidsignal, acquiring illness state information from the medical first-aid terminals, traversing a doctor information base according to the illness state information, and obtaining doctor information matched with the illness state information; generating a first-aid scheme according to the illness state information and the doctor information, and broadcasting the first-aid scheme in a regional network formed by the plurality of medical first-aid terminals; and obtaining N first-aid schemes to generate block schemes, and establishing an information chain between two adjacent block schemes. According to the method, the medical first aid is combined with the block chain technology, so that each medical first aid terminal can more accurately reserve the doctor according to the illness state of the patient in the medical first aid process in the regional range, and the problem of treatment delay caused by the fact that multiple patients reserve the same doctor at the same time is avoided.

The invention relates to the field of medical instruments, in particular to a novel orthopedic nursing frame. The nursing frame is characterized in that the frame comprises a base (1), a rotary seat (2), a rotary knob (3), a supporting rod (4), an adjusting block (5), a crossbeam (6), a lifting handle (7), an ankle fixing belt (8), a scale (9), a top seat (10), a Pan-Tilt camera (11), a nursing lamp (12), a call button (14), a supporting board (15), a soft layer (16), massage balls (17), a controlling box (18), a battery (19), and a control panel (20), wherein the controlling box (18) communicates with an upper monitor at a nurse station in a wireless manner. The novel orthopedic nursing frame has the advantages that the height and direction of the nursing frame are adjustable; the nursingframe has strong maneuverability and a massage function, can be used when the electricity fails and can promote the circulation of blood and rehabilitation of the disease; the nursing frame is controlled by a single-chip computer and is easy to operate and convenient to store patient information.

The invention belongs to the field of ophthalmology diagnosis and treatment equipment, and particularly relates to an intelligent diagnosis and treatment system for senile macular degeneration. The intelligent diagnosis and treatment system for senile macular degeneration is composed of a detection module, a wireless transmission module, a feature extraction module and a diagnosis and treatment module, the detection module comprises fundus OCT, fundus fluorescein angiography FFA, choroid angiography, central vision detection, blood glucose detection and blood pressure detection, the feature extraction module automatically extracts features of fundus images, data obtained by the detection module is transmitted to the diagnosis and treatment module through the wireless transmission module, the diagnosis and treatment module comprises a database, a GA-BP neural network diagnosis model and an interface display module, a patient personal data document is further established, illness state data can be dynamically tracked, and a targeted treatment scheme can be given, so that illness state delay is avoided. The system has the advantages of being low in misdiagnosis rate, independent of manual work, capable of achieving nearby detection and capable of achieving the effect of patient data dynamic tracking.

The invention discloses a pretreatment device for excrement sample detection in an intensive care unit. The device comprises a shell and a sample treatment cavity, wherein an excrement sample is placed in a sealed disposable sampling cup, and the excrement sample is fed into the sample treatment cavity to be fixed and then pretreated; a bacterial culture mechanism and a liftable sample treatment probe are arranged in the shell, the sample treatment probe comprises a column body with a conical tip at the bottom, a treatment liquid pipeline communicated with a treatment liquid input pipe is arranged in the column body, and the treatment liquid pipeline is communicated with the treatment liquid input pipe after a bottom end of the sample treatment probe is inserted into an excrement sample in a disposable sampling cup; and a treatment liquid is injected into the excrement sample. According to the method, the excrement sample can be treated, so trace bacteria in the excrement sample are propagated and detected more easily before detection, the detection time of the excrement sample is greatly shortened, detection efficiency is improved, and more importantly, trace pathogenic bacteria in the excrement sample can be detected more accurately, diseases can be detected in advance, and the treatment opportunity is prevented from being delayed.

The invention discloses a universal rapid magnetic separation method for a pathogenic organism. The method comprises the steps that (1) a universal bridging magnetic bead is prepared by a) preparing amagnetic bead and streptavidin crosslinked agent, b) preparing a biotin-Ab2 crosslinked agent, and c) mixing the magnetic bead and streptavidin crosslinked agent and the biotin-Ab2 crosslinked agentfor incubation to prepare a universal bridging magnetic bead; (2) the universal bridging magnetic bead is mixed with a murine AB1 of the pathogenic organism to be measured to prepare a specific capturing magnetic bead; and (3) the specific capturing magnetic bead is used to carry out pathogen capturing separation purification and preliminary discrimination on a sample to be detected. The inventionalso discloses a kit including the specific capturing magnetic bead prepared via the method. The immune magnetic bead is prepared simply, performance is optimized and automation is easy to realize, single targeted bacterium can be obtained by separation, and different pathogens in the sample can be detected synchronously and automatically.

The present invention relates to a monitoring and management system, and particularly to a monitoring and management system of chronic diseases. The monitoring and management system comprises a healthrecord unit, a resource sharing unit, a data monitoring unit, an information management unit, a treatment management unit and a medication management unit, the health record unit comprises a personalinformation module, a physical examination information module, a diagnosis information module, a treatment information module and a clinical information module, the resource sharing unit comprises anappointment management module, a consultation management module, an expert management module and a consultation auxiliary module, the treatment management unit comprises a motion management module and a diet management module, and the medication management unit comprises a medication planning module and a medication reminding module. The monitoring and management system can quickly search basic information of patients, is convenient for doctors and patients to carry out early warning, medium-term control and later treatment on some symptoms, complications, dangerous factors and the like, canconduct remote consultation, diagnosis, treatment and rehabilitation guidance, and also enables data collection to be more complete.

The invention discloses an intelligent medical device access method based on an intelligent algorithm, ad specifically, relates to the field of intelligent medical treatment. The method employs a grading module, wherein the input end of the grading module is provided with a medical device identification module, a hospital medical record import module and an on-duty medical staff information importmodule, the output end of the grading module is provided with a queuing module, the input end of the grading module is further provided with a grading standard setting module, and the output end of the grading module is further provided with a grading preview module. According to the invention, the number and functions of medical devices are identified through the medical device identification module; the information of medical staff is imported through an on-duty medical staff information import module; the comprehensive analysis and processing is performed through the grading module, and the numbering, queuing and accessing of the medical devices are performed through the queuing module; therefore, the medical devices can be effectively accessed in batches, the optimal treatment time ofserious diseases is prevented from being delayed, and the access effect is improved.

The invention provides a precision radiotherapy head positioning frame. The precision radiotherapy head positioning frame comprises a positioning frame, an upper side fixing frame and an installing plate base; two side plates of the positioning frame are provided with Z-shaped positioning structures; the inner side edges of the two groups of Z-shaped positioning structures are provided with metalwires; the rear side of the positioning frame is provided with an arc postposition plate; the top end of the positioning frame is fixedly provided with the upper side fixing frame; the front side edgeof the upper side fixing frame is provided with an X-axis scale label; the upper edge of the right side plate of the positioning frame is provided with a Y-axis scale label; and the front side edge of the right side plate of the positioning frame is provided with a Z-axis scale label. The precision radiotherapy head positioning frame provided by the invention realizes the effects of positioning aradiotherapy head, and through built-in Z-coordinate setting of the Z-shaped positioning structures, the beneficial effects of convenient positioning and more accurate positioning are realized, and acoordinate can be calculated conveniently after a treatment plan is made.

The invention discloses a pair of multifunctional underpants. The pair of multifunctional underpants comprises a crotch portion, a front part, a rear part, a waist portion, a first pocket which is arranged on the front part and corresponds to the navel in position, multiple second pockets which are evenly arranged on the rear part and correspond to the part below the waist, button cells which are detachably fixed into an interlayer structure of the waist portion and a battery switch which is arranged on the outer surface of the waist portion and connected with the button cells, wherein the flexible cable type electric heating elements are arranged in the first pocket and the second pockets respectively, and the button cells are connected with the flexible cable type electric heating elements. According to the multifunctional underpants, the first pocket and the multiple second pockets are arranged on the front part and the rear part respectively and can contain tablets having different functions, heating devices are arranged in the first pocket and the second pockets and can heat the tablets, and therefore the health care effect is better. The pair of multifunctional underpants is practical and convenient to use and has good market prospect.

The invention belongs to the technical field of polymer synthesis, and particularly relates to a degradable polymer for wound dressing. The degradable polymer is a block polymer comprising a PLGA (polylactic-co-glycolic acid) chain segment and a poly-aliphatic diol chain segment. The wound dressing has the beneficial effects that the wound dressing can easily coat the surfaces of skin tissues and various materials, is excellent in filling property and fitting property, and does not fall off under the condition that wound exudate appears; the wound dressing has good biocompatibility and presents biodegradability; the produced wound dressing is in a transparent state, and the transparent state is beneficial to real-time wound examination, so treatment delay is avoided; the wound dressing has certain water absorption performance, so a moist environment of the wound is kept, and wound repairing is facilitated; and the polymer is simple in reaction process, short in reaction time and easy to prepare and preserve in a large scale.