47 results about "Medical team" patented technology

A medical information system receives patient data and information from various sources and displays such information in a variety of formats for use by members of a medical team in a hospital, clinic, or office. The system receives patient information from doctors, pharmacists, patient monitoring equipment, testing laboratories, and/or computer databases. Access to selected subsets of patient information is provided by user selection of specific data sets identified by job function selection icons. A member of the medical team can record observations about a patient using key words and phrases which can be supplemented with additional text for customized notation. Multiple types of patient data are selectively displayed simultaneously, and to multiple remote users. The system can access stored data according to user-specified formulae to compute a score or metric which reflects a relationship between various factors, each factor being weighted appropriately according to its significance as defined in the formula. A user can selectively display data in graphic form by “clicking” on a row of tabular data in a tabular region of the display and “dragging and dropping” that row to a graphic display region of the display.

A dosage dispenser according to the invention is intended to provide a solution for measuring and dilution of liquid medications and issuing marked and ready for use. The dosage dispenser device carries out actions required for the preparation of a required dose of medication, including identifying ampoules, breaking them, filling a syringe, diluting the medication in a solution, marking the syringe, disposing of waste and documenting the process, all at the patient bedside. The dosage dispenser is aimed at reducing the number of errors in the dosage, which is a problem, menacing medical services throughout the world. The problem is made acute by considerable pressure on the medical teams while carrying out many and complex procedures under pressure in a situation of uncertainty and with variable data.

A medical procedure localization aid produces reference marks on both the patient and the medical imaging scan. The aid is defined by an imaging substrate having indicia on one side that is opaque to medical imaging and a second substrate having indicia that appears on the patient's surface for the procedure. Anchor points align the second substrate to the same position as the first substrate on the patient. By visualizing the location of a target on the scan image relative to the indicia on the scan image and comparing that with indicia on the patient, a medical processional may reliably locate where a medical procedure should be performed.

An improved suction apparatus, which may be used by health care providers, emergency medical teams, or a corpsmen, to remove debris, fluid and other foreign matter from the airways and/or wounds of injured persons. The suction apparatus which includes: a venturi tube having a forward end, a rear end and an inlet, a valve located on the top rear end portion of the venturi tube, a body for housing at least one can of propellant or compressed gas, an airtight cap, and a trigger mechanism. The improved suction apparatus that forces the propellant passed the inlet of the venturi tube, wherein the inlet is located toward the distal end of the cap.

A telemedicine system including a care coordination software platform allows for patient monitoring at home and connects patients to their medical teams via telemedicine using a HIPAA compliant video portal augmented by remote assisted physical examination, performance of diagnostic testing including labs and x-rays, and provision of appropriate treatment and prescriptions. Medical care is provided at the patient's location without the patient having to travel or spend time in waiting rooms, provides treatment based on objective physical examination data and any appropriate diagnostic testing, and provides validation of patient identity. Healthcare providers are made available via online video encounters to communicate with patients. Allied healthcare workers are dispatched to be in physical proximity to the patient to assist in physical examination, and provide diagnostic data. Providers order appropriate treatments and prescriptions based on examination findings and diagnostics. The telemedicine system interfaces with medical sensors and collects data wired or wirelessly.

A telemedicine system including a care coordination software platform allows for patient monitoring at home and connects patients to their medical teams via telemedicine using a HIPAA compliant video portal augmented by remote assisted physical examination, performance of diagnostic testing including labs and x-rays, and provision of appropriate treatment and prescriptions. Medical care is provided at the patient's location without the patient having to travel or spend time in waiting rooms, provides treatment based on objective physical examination data and any appropriate diagnostic testing, and provides validation of patient identity. Healthcare providers are made available via online video encounters to communicate with patients. Allied healthcare workers are dispatched to be in physical proximity to the patient to assist in physical examination, and provide diagnostic data. Providers order appropriate treatments and prescriptions based on examination findings and diagnostics. The telemedicine system interfaces with medical sensors and collects data wired or wirelessly.

A telemedicine system including a care coordination software platform allows for patient monitoring at home and connects patients to their medical teams via telemedicine using a HIPAA compliant video portal augmented by remote assisted physical examination, performance of diagnostic testing including labs and x-rays, and provision of appropriate treatment and prescriptions. Medical care is provided at the patient's location without the patient having to travel or spend time in waiting rooms, provides treatment based on objective physical examination data and any appropriate diagnostic testing, and provides validation of patient identity. Healthcare providers are made available via online video encounters to communicate with patients. Allied healthcare workers are dispatched to be in physical proximity to the patient to assist in physical examination, and provide diagnostic data. Providers order appropriate treatments and prescriptions based on examination findings and diagnostics. The telemedicine system interfaces with medical sensors and collects data wired or wirelessly.

The invention belongs to the field of intelligent medical treatment, and discloses a doctor-patient cooperation informationized platform system with an informationized medical mode. The system has advantages of creating an integrated medical mode based on system evaluation, and developing a corresponding information module; creating a patient decision informationized supporting platform; discussing influence of a mobile integrated medical mode based on system evaluation to patient diagnosis experience in a treatment-and-diagnosis process; and discussing the influence of a patient medical decision informationized supporting system to hospital operation quality and efficiency. The doctor-patient cooperation informationized platform system has advantages of truly realizing serving the patient, reducing medical expense, improving medical efficiency and medical quality; an information facility is used for building a patient diagnosis-and-treatment information platform which is shared by a medical team in real time, thereby supplying a convenient and high-efficiency channel for team medical treatment execution, and supplying a researching information technology supporting platform for multiple-position working of a doctor. A doctor-patient cooperative decision platform is built, thereby sufficiently satisfying an informed heal-as-one right of the patient, reducing medical dispute rate and improving patient satisfaction degree.

The invention discloses a hematoglobin color comparison detecting device which comprises a casing, a test chamber, a color sensor, a test light source and a detection circuit with a singlechip as a core. Before a sample is tested, color information on a standard color card marked with different hematoglobin contents is collected in the singlechip, and then the color information of blood sample is collected. The singlechip compares the color information of the tested sample with the color information on the standard color card, and the hematoglobin content of the tested sample can be detected. The hematoglobin color comparison detecting device has the advantages of simple use, fast detection, exact data, low use cost, carrying convenience, and the like and is especially fit for the occasion without using large testing instrument, such as blood collecting station, blood collecting car, battleground health center, earthquake stricken area medical team, etc.

A telemedicine system including a care coordination software platform allows for patient monitoring at home and connects patients to their medical teams via telemedicine using a HIPAA compliant video portal augmented by remote assisted physical examination, performance of diagnostic testing including labs and x-rays, and provision of appropriate treatment and prescriptions. Medical care is provided at the patient's location without the patient having to travel or spend time in waiting rooms, provides treatment based on objective physical examination data and any appropriate diagnostic testing, and provides validation of patient identity. Healthcare providers are made available via online video encounters to communicate with patients. Allied healthcare workers are dispatched to be in physical proximity to the patient to assist in physical examination, and provide diagnostic data. Providers order appropriate treatments and prescriptions based on examination findings and diagnostics. The telemedicine system interfaces with medical sensors and collects data wired or wirelessly.

One kind blood samples detection method using magnetic beads, completed with the following steps: (1) Get fresh clinical samples; (2)Put these specimen on coagulation analyzer, use magnetic beads and special adjustment reagents aiming at the whole blood specimens, measure four coagulations: Activated partial thromboplastin time (APTT), Prothrombin time (PT), Prothrombin time (TT), Fibrinogen (FIB). The advantages of this invention are: 1.The method is simple, time-saving and easy to technical staff. 2. Reduce costs and save centrifuges and other equipment, reduce errors; 3. It is efficient and suitable for the battlefield, natural disasters and remote mountainous areas, medical teams. Particularly, it's suitable for hemorrhagic diseases and natural disasters (such as hemophilia, etc.). 4. Save specimen volume. 5. Reflect the level of specimens of blood coagulation preciously and accurately.

A user terminal for conducting a telemedicine service with a medical team is provided. The user terminal connects with a second user terminal of the medical team, and acquires a patient image captured by photographing a patient. A controller transmits the acquired patient image to the second user terminal, and receives image control information for changing the transmitted patient image from the second user terminal. The user terminal changes properties of the photographed patient image based on the received image control information, and transmits the patient image changed in properties to the second user terminal.

The invention discloses an MDT-based remote information synchronous management and voting system, including local medical teams and telemedicine team mobile devices or fixed devices, security gateways, information collection centers, information processing centers, voting information processing centers, and data computing centers and knowledge base. The beneficial effects of the present invention are: the remote information is synchronized through the information synchronization management system, and the patient's condition information obtained by each medical team is consistent. The consultation and voting system records the level of each group of medical working groups, and assigns voting weights according to the level of each group of medical working groups. After the voting is over, the data calculation center automatically calculates the support rate of each candidate diagnosis and treatment plan. The voting results of each medical team , so that the MDT consultation results are unified, and scientific judgments are made on the diagnosis and treatment opinions.

Provided is a lab clearinghouse device configured to efficiently and effectively approve medical tests across a plurality of medical laboratories, medical providers, and lab payers. The lab clearinghouse device is configured to communicate with a plurality of medical laboratories, medical providers, and lab payers to efficiently and effectively approve, direct, and manage medical tests.

The invention discloses a medical team composition method based on community discovery. The medical team composition method based on community discovery comprises the following steps that informationabout doctor cooperation papers is captured through web crawlers, information of nationwide top-three hospital doctor teams is acquired from a registration network, ID sets of doctors are used, checked, re-divided and merged to construct a relational graph; any one of SC, GN, FN and WalkTrap methods is selected to discover the community structures in the data and divide communities. On the premisethat each divided community meets the five-degree segmentation theory, results making iterated and divided communities more stable are selected for each time iteration, and finally the final resultsare visualized by using Gephi. The medical team composition method is completed by using computer software analysis, has the beneficial scientific guiding role on the construction of medical teams, isconducive to solving of the current domestic problems such as difficulty in seeking medical treatment, medical resource allocation is optimized, and the efficiency of seeking medical treatment and diagnosis and treatment are improved.

A method performed at a terminal of a medical team user for changing a medicine-taking schedule includes generating a first medicine-taking schedule, transmitting the first medicine-taking schedule to a terminal of a patient, and receiving a medicine-taking schedule change request from the terminal of the patient. A further operation includes changing the first medicine-taking schedule to a second medicine-taking schedule when a time parameter of the first medicine-taking schedule is within a threshold value of a time parameter of the second medicine-taking schedule.

A medical information system receives patient data and information from various sources and displays such information in a variety of formats for use by members of a medical team in a hospital, clinic, or office. The system receives patient information from doctors, pharmacists, patient monitoring equipment, testing laboratories, and/or computer databases. Access to selected subsets of patient information is provided by user selection of specific data sets identified by job function selection icons. A member of the medical team can record observations about a patient using key words and phrases which can be supplemented with additional text for customized notation. Multiple types of patient data are selectively displayed simultaneously, and to multiple remote users. The system can access stored data according to user-specified formulae to compute a score or metric which reflects a relationship between various factors, each factor being weighted appropriately according to its significance as defined in the formula. A user can selectively display data in graphic form by “clicking” on a row of tabular data in a tabular region of the display and “dragging and dropping” that row to a graphic display region of the display.

The embodiment of the invention provides a right management method, a device, an electronic device and a medium, wherein, the method comprises the following steps of: displaying a message board interface, wherein the message board is used for displaying chat data between a target user and a target medical team; Sending an authorization request corresponding to the target right to the terminal whenan authorization application operation for the target right is detected on the message board interface; Wherein the authorization request is used for requesting the target user to authorize the target right, wherein the target right is the right to view the specified content of the health profile of the target user; When a confirmation authorization instruction returned for the authorization request is received, outputting a specified content of the health profile corresponding to the target right. By adopting the invention, the medical team can obtain more data related to the user in time, and the diagnostic accuracy of the medical team can be improved.

The invention discloses a portable head position and support system for a cataract blindness prevention surgery. The portable head position and support system comprises a body; a connecting part is arranged on the bottom face of the body; the connecting part is used for being detachably connected with an operating bed; a working part is arranged on the top surface of the body and is used for adjusting the head position of a patient; and the portable head position and support system further comprises a support part used for supporting a surgical drape. The portable head position and support system can be stably fixed to the operating bed when working, can be folded and stored when not working, is convenient to operate and carry, is very suitable for a surgeon to carry out the cataract surgery on the operating bed without a support, and is particularly suitable for medical teams supporting remote areas.

The invention relates to the technical field of telemedicine service, in particular to a telemedicine service system based on 5G and Internet of Things, which comprises a remote user side, an online medical side, a 5G communication connection unit, a consultation analysis unit, a case data analysis unit and a diagnosis feedback unit, wherein the remote user terminal and the online medical terminalare connected through a 5G communication connection unit, and the remote user terminal transmits data to the online medical terminal and constructs an online communication platform with the online medical terminal for real-time communication; after online medical team members log in, information data provided by the remote user side can be obtained and automatically enter the online communicationplatform, and the medical team members of the online medical side analyze, reflect and process the data information based on the case data to perform remote medical consultation judgment and performanalysis and discussion to obtain a result; and the diagnosis feedback unit feeds back a judgment result of the consultation analysis unit to the remote user side.

The invention discloses a medical treatment and endowment integrated endowment monitoring system in the technical field of endowment management; the system includes a wrist mobile terminal system anda medical care supervision platform system; the wrist mobile terminal system establishes connection with the medical care supervision platform system through WiFi signals; the wrist mobile terminal system is used for body monitoring of nursed personnel and data reporting and for dialing of voice calls and medical care supervision after medical treatment; the medical care supervision platform system is used for receiving and management of the body monitoring data, answering of the dialed voice and video calls, and medical care management after medical treatment. Through monitoring and feedbackof the body index data of the nursed personnel, the nursed personnel is conveniently subjected to medical care management by the nursing staff in time, and when the nursed personnel is treated in medicament treatment course after medical treatment, improvement of the timeliness of treatment can be facilitated through medication reminding supervision and later subsequent visit intelligent reminding.

The invention relates to an urban and rural remote medical system, special terminal equipment for the same, and a method of using the same, belonging to an Internet health and medical technology. Remote health and medical advice and consultation has been widely used, but due to high cost, large maintenance and training workload, insufficient expert resources, and high consultation costs, the development in poor rural areas is greatly limited. The urban and rural remote medical system supports a villager to contact a call center through a village remote health and medical terminal accompanied by a village doctor, and the call center helps to complete the preliminary preparation, and then communicates with a doctor volunteer, an urban medical institution and a primary medical institution toenable the villager to obtain the needed help. The rural remote health and medical terminal realizes a completely non-manual operation mode, integrated equipment, low cost, free installation, free maintenance, and free training, and meets the requirements of widespread popularization and application in poor rural areas. The urban terminal supports the majority of volunteer volunteers to participate in the rural health and medical team, so that the capability problem of the service terminal has also been resolved.

The embodiment of the invention provides a follow-up-visit-plan making method and device, a server and a medium. Wherein the method includes the steps that a signing resident list corresponding to a target medical team identification is obtained, and according to the preset label rule and follow-up-visit reference information of at least one signing resident in the signing resident list, a label is set for at least one signing resident; according to the label set for at least one signing resident, an identification of at one signing resident in the signing resident list is classified, and identifications of signing residents under at least one classification class are obtained; first schedule information of signing residents under to-be-follow-up-visited target classification classes in atleast one classification class and second schedule information corresponding to the target medical team identification are obtained, and according to the first schedule information and the second schedule information, it is determined that follow-up-visit time of the target medical team for the signing residents under the target classification class. According to the follow-up-visit-plan making method and device, the server and the medium, the follow-up-visit time cam be rapidly and accurately determined.

The invention discloses a cloud computing-based medical service platform. According to the cloud computing-based medical service platform of the invention, a health intelligent medical service platform is established through an information means, and therefore, problems confronted by patients can be effectively solved, and the medical service inquiry experience of the patients can be improved. With cloud computing adopted, all the existing resources of medical institutions can be integrated and provided for users in need of the resources, and therefore, the users can be facilitated to understand the information of medical treatment, and efficiency can be improved; and since the mobile Internet technology has been improving, the users can use the health intelligent medical service platformto conduct traditional medical inquiry services through mobile devices, and obtain required medical resources and medical information, and therefore, the limitations of time and space can be eliminated; and the platform is more suitable for the development trend of modern social medical services.