103 results about "Out patients" patented technology

This invention refers to an optical-light emitting laryngoscope, consisting of a body (1) that contains two independent ducts (3, 4), one of which is free while the other contains optical elements (12), with a straight section followed by a section that is anatomically curved, the end of which is finished by three guide walls (16) for the oral-tracheal tube that has been inserted, while it is possible to observe the movements of the same in a real image through a magnification lens (6) and the optical elements (12), the optical duct being protected by a transparent shell (30), achieving correct positioning of the oral-tracheal tube (15), this invention being designed for oral-tracheal intubation, in operating theaters, emergency wards and out-patient facilities, etc. The body of the laryngoscope (31) may contain a single duct (4) which contains the optical elements (12).

Echocardiography table with an access cushion hinged within an access recess and a patient support cushion that swings out about a pivot from a swung in position within a patient support recess and a swung out position clear of the patient support recess. Retainers such as locking elements keep the patient support cushion in either the swung in or swung out position, as applicable. The patient support recess may have opposite walls that diverge and complement the tapering sides of the patient support cushion. The access cushion may be hinged to either rotate upright or swing to a hanging position.

Health care administration methods are disclosed that substantially conserve the utilization of health care resources available to care for a specified patient population. Initially, a patient population is generated whereby each patient therein is assigned a risk based upon a retrospective and postspective assessment of the patient. Once the patient population is generated, utilization management practices are implemented that restrict utilization of health care resources without adversely impacting clinical outcome or quality of care until such utilization of resources is deemed medically warranted. A network of health care providers and health care providing institutions administers health care to the population according to methods of the present invention based upon primary care decision making practices utilizing the most cost-effective management practices and minimizing the use of specialists and in-patient/out-patient services whenever applicable.

The invention relates to a novel mobile hospital system which is characterized in that: the system is composed of six mobile medical treatment units including an on-site first aid group (1), an outpatient service group (2), a surgical treatment group (3), an on-site ward group (4), a sorting inspection group (5) and medical technologies guarantee group (6); each mobile medical treatment unit is respectively composed of one to more than two cars provided with medical treatment function, each car is composed of a car chassis, a carriage and medical treatment facilities and medical drugs arranged in the carriage; at least three carriages of the mobile medical treatment units are expandable carriages which are provided with one-side expansion structure or two-side expansion structure; adjacent carriages are connected to form a multi-functional diagnosis and treatment platform which is easy to assemble and disassemble. The invention can finish out-patient reception, realize mobile inspection and diagnosis, perform basic surgical operation and carry out ward and rehabilitation on the patients in postoperative period, provide medicaments and medical facilities, and provide food, water and electricity for patients and hospital staff, etc.

The invention discloses a sepsis early prediction method based on machine learning. The method comprises the following steps: firstly, extracting clinical data, including demographic statistics (suchas age and gender), vital sign variables (such as heart rate and systolic pressure) and laboratory measurement indexes (such as creatinine and platelet count), of a patient within 24 hours after a patient enters an ICU by utilizing an electronic medical record, preprocessing the data, inputting the preprocessed data into an improved deep forest algorithm model for training, and outputting the disease probability of the patient after training optimization. And meanwhile, the algorithm model can also sort characteristic variables and output an early warning factor which has great influence on early prediction of sepsis. Finally, corresponding variables of the patient needing to be predicted are input into the trained model, so that early prediction of sepsis can be carried out on the patient. According to the invention, early prediction is carried out on sepsis based on a machine learning method, doctors can be assisted in making clinical decisions, and the prediction accuracy is improved.

The present invention is a combination anastomosis device that both sutures and seals connections between two native body tubes and a graft—better proof against leaks than prior art of suturing alone or as some propose, by sealing. The invention is also a combination of supporting devices and methods that allow the anastomoses to be performed in seconds rather than the minutes required by present art, causing no more collateral bodily damage than percutaneous entry, requiring no time on a cardiac bypass system, either no heart stoppage or less than a minute thus potentially increasing the population who can tolerate coronary bypass as an out-patient procedure. The tract of application is not limited to coronary but includes vascular, urinary, pulmonary, alimentary, cerebral-spinal or other mammalian tract. May be manufactured of biodegradeable or biocompatible material and graft may be harvested or synthetic.

A biopsy device, comprising a flexible coaxial structure, comprising an obturator within a sheath, the obturator being adapted to be displaced with respect to the sheath along the coaxial axis by a force applied at a proximal end; a disruptor, at a distal end of the obturator, adapted to disrupt a tissue surface to free cells therefrom, having a first position covered within the sheath and a second position freely extending beyond the sheath; an element, having a fixed position on the obturator, and a close clearance with respect town inner surface of the sheath, such that a retraction of the obturator within the sheath causes an associated change in pressure in a space between the obturator distal to the element and the sheath, to thereby draw fluid proximate to an end of the sheath within the sheath.

A low-cost removable drainage bag support structure that can be attached to any location on the patient's hospital garment or personal clothing, without any uncomfortable and cumbersome belts or other attachments that tie the drainage bag directly to the patient's body, and without use of any expensive and inefficient custom-made undergarments. An attachable, easily removable and disposable drainage bag support structure that can be easily and cost-effectively utilized with standard hospital garments, and at the same time safely and securely support drainage bags for the out-patients, allowing to place the drainage bag out-of-sight when in public and reducing interference with patient's mobility, whereby improving dignity and quality of life for the out-patients that must carry in public one or more drainage devices. A low-cost attachable support structure that allows quick and easy removal from the garment, easy disposal and also allows hospital staff to monitor and observe the content and condition of the drainage bag placed inside the support structure.

Small implantable silicon-based devices offer an ability to revolutionize the management of trauma victims. For example, implantable pressure sensors allow the devastating outcomes of compartment syndrome to be minimized through continuous or periodic monitoring whilst being compatible with the ongoing drives to increase out-patient care and reduced hospitalization time. Further, small implantable silicon-based sensor microsystems according to embodiments of the invention whilst being capable of measuring pressures under diverse conditions are easily used by nurses in hospital settings as well as also being easily deployed by paramedical personnel in cases of accidents, natural disasters, war, etc. Beneficially, the implantable sensor microsystem will not interfere with movement of the patient during stabilization, surgery, intensive care stay, outpatient management, etc.

A System and Method for monitoring risk reduction activities in one or more medical practice settings and environments is described. The system automatically monitors communications and equipment to verify proper clinical treatment processes and activities that reduce the risk of poor clinical outcomes or increased risk to health. The system can also automatically monitor out-patient activities. Clinical activities are monitored and various rules and risk reduction metrics calculated from the data. Real-time monitoring further permits alarms to be triggered if certain clinical steps considered proper are not followed in a particular case.

The present invention provides a card hospital diagnosis management system, whose structure is composed of a system data storage server, information enquiry computer terminals, and diagnosis and treatment check computer terminals, wherein, the system data storage server is provided in the hospital system, the information enquiry computer terminals with card reader and printer are mounded in the allure, and computer terminals with card reader are mounted in every out-patient clinic and inspection departments; every computer terminals are connected with the system data storage server through wired or wireless mode to form a local area network; and the system data storage server is connected with to the server of the network operation company through internet. Compared with the prior technology, the card hospital diagnosis management system optimizes the flow of hospital services, reduces the workload of the out-patient departments and inspection departments, improved work efficiency, improves the patients' right to know, and will bring more social and economic benefits to hospitals.

The present invention relates to an intelligent screening system suitable for high myopia complicated by open angle glaucoma and an establishment method thereof. The system is based on repeated testing, adjustment and training of clinical data of a large number of high myopia patients, learns to identify and evaluate optic disc morphology, thickness of a retinal nerve fiber layer of each quadrant,and thickness of macular ganglion cell complex from a glaucoma OCT examination, evaluates visual field defect degrees from a visual field examination, identifies and evaluates optic disc tilt, opticdisc rotation degrees and beta-area atrophy degrees from eye ground photo images, and then synthesizes patients' basic information, intraocular pressure, spherical power, corneal thickness, axis oculiand other indexes to form comprehensive screening results. Clinicians provide relevant clinical data to the system. The system can quickly and accurately screen out patients with high myopia complicated by open angle glaucoma or gives a risk assessment and provides basis for early detection by doctors and early prevention of the high myopia complicated by open angle glaucoma.

The invention discloses a cardiovascular disease data acquisition and triage platform which comprises a database server, and a data collection system and a patient disease classification system connected to the data collection system. The data collection system is used to collect cardiovascular symptom data of a patient end, and comprises a wearable electrocardio collection terminal and a patientsymptom information collection terminal; the wearable electrocardio collection terminal is provided with a man-machine dialogue system based on a patient data collection model; the patient data collection model is a hierarchical model of a tree-shaped structure; and the patient disease classification system carries out patient classification analysis on the collected cardiovascular symptom data, and comprises a CNN (convolutional neural network) data analysis unit and a long and short memory neural network data analysis unit, the CNN data analysis unit inputs an oscillogram, and the long and short memory neural network data analysis unit inputs text information. According to the platform, an artificial intelligence classification technology is applied, and the triage accuracy is improved.

The invention relates to the technical field of Internet of Things, in particular to a voice-guided intelligent out-patient medical treatment system based on wireless transmission positioning. The voice-guided intelligent out-patient medical treatment system includes an application queuing module, a queuing reminding module, a navigation module, an inspection and checking whole reservation module,a second awaiting diagnosis queuing module, a service evaluation module and a usinghelp module, and the function of the voice-guided intelligent out-patient medical treatment system is achieved through a smartphone or a Bluetooth headset. After the voice-guided intelligent out-patient medical treatment system is arranged and implemented, a service goal of providing each patient with a 'medicare guiding servicer' is achieved, abolishment of currentmedicare guiding serviceand medicare guiding service tables is convenient, medicare guiding service is changed to medicare helping service, people with behavioral disorders are helped to complete medical treatment; use of the headset facilitates cancellation of current external queuing up sound systems, and outpatient service without noise is realized; and patients without getting lost during treatment is realized through the voice navigation system, and the patients without queuing during awaiting diagnosis and paying is realized through a constant intelligent reminding system.

A fever out-patient system in hospital for examining patient without contact is composed of an isolated room for the feveous patient and containing an interphone set and an X-ray machine, and a diagnosing room for the doctors and containing blood taking window, controller of X-ray machine and another interphone set.

Private renal suites are offered within an in-center facility for out-patient dialysis treatment. A plurality of suites allow for amenities associated with different theme-oriented accommodations, such as resembling a room in a home, an office, or other theme-oriented accommodation, such as a seasonal theme, a sports theme, a child's setting, or a hobby enthusiast theme. Each treatment room is fabricated to replicate the themed setting while allowing the out-patient to be comfortable and relaxed, enjoy the themed atmosphere, or possibly perform work-related tasks during what is otherwise a difficult and stressful procedure.

The invention relates to an anti-cancer transdermic absorption preparation. The preparation formula is prepared from the following forming components in parts by weight: 0.1 to 10 parts of a primary medicine, 0.1 to 23 parts of a substrate, 0.1 to 15 parts of a humectants, 0.5 to 15 parts of a thickening agent, 0.1 to 10 parts of an emulsifier, 0.1 to 10 parts of a transdermal enhancer, 1 to 10 parts of an inclusion agent, 0 to 2 parts of a preservative, and 45 to 85 parts of a wetting agent, wherein the primary medicine is one or a mixture of two or more components of DDC (diethyldithiocarbamic acid)-Zn, DDC-Cu and DS (disulfiram). The anti-cancer transdermic absorption preparation has the advantages of stable physical property and chemical property, high absorption performance, high medicine controllability, easiness in use and favorability for acceptance by patients, and can be widely applied to anti-cancer treatment of in-patients and out-patients suffering from malignant tumors.

The present invention discloses a non-invasive rigid-support enhanced external counterpulsation device (RS-EECP) providing a precise onset of a blood flow characterized by a sharp-wave front, useful for out-patient treatment of arterial insufficiency states, especially angina; said RS-EECP comprising a timing means and a plurality of pressing cuffs; said timing means is adapted to onset the collapsing and expanding maneuvers of the cuffs in a sequence of occasions defined along the diastolic/systolic cycle; said cuffs are fastened around at least a portion of the circumference of at least one organ comprising a vascular bed to counterpulsate against an either fixed or maneuverable support; wherein said support is a rigid member; so as a quick expansion of said vessel bed, following a forceful and effective collapsing of the same is obtained.

The invention discloses a medical self-service station system, belonging to the field of medical service. The system is characterized by under the condition of sufficiently utilizing the existing resources, analyzing and reconstructing the existing clinic operation flow, taking the reduction of intermediate links of the clinic flow as breach, reasonably arranging the medical treatment flow for patients, simplifying the clinic flow, enhancing the active service consciousness, and shortening the flow time. The system of the invention makes up the defects of three long and one short of traditional out-patient registration, facilitates patients to seek medical treatment, improves the medical environment, and has large practical value.

The invention discloses a nursing sickbed and a safety monitoring system. The nursing sickbed comprises a bed body, bed legs and guardrails, and further comprises weight sensors, angle sensors, a control unit, a key unit, a communication unit, an alarm unit and a camera, wherein the weight sensors are arranged on the four bed legs; the guardrails include a left guardrail and a right guardrail; the left guardrail and the right guardrail are in shaft connection to the bed body; the plurality of angle sensors are arranged on parts of the shaft connection; the key unit is provided with a locked weight key and an initial weight key; and the weight sensors, the angle sensors, the alarm unit, the key unit, the communication unit and the camera are connected to the control unit. With the application the nursing sickbed, positional information of a patient can be monitored in real time and specific position of the patient on the bed can be accurately judged, so that displaced position of the patient on the bed can be timely judged out and monitoring information can be transmitted to a monitoring center in real time; and by virtue of the monitoring center, specific displacement situation of the patient can be mastered in the first time.

The invention relates to a hospital physician multi-sited license management system. The multi-sited license management system comprises a login system, a human resource management system, a medical department management system, a nursing department management system, a performance evaluation system, a scientific research and teaching management system, a clinical department management system, an out-patient registration system, a hospitalization medical advice and charging system, an operation management system, a data warehouse system, a daily functional system and an automatic analysis auxiliary decision-making system; the login system is used for setting permissions for different users separately, and performing access and operation on each system; the data warehouse system is for storing the data of each system; the daily functional system is used for making statistics and analysis on the data information of the data warehouse system; and the automatic analysis auxiliary decision-making system is for performing automatic table making and analysis on the newest recorded data or data in the chosen time frame based on the former analysis content and formats of the hospital according to the former records on the data analysis types, structures and blending relations of the hospital. The multi-sited license management system can perform information integration, information collection and query analysis on multiple kinds of data in the operation and management of the hospitals.

The invention provides an intelligent mattress device of a safety monitoring method. The intelligent mattress device comprises a plurality of pressure sensors, a temperature sensor, a humidity sensor, a processor module and a communication module. The intelligent mattress device disclosed by the invention is mainly applied to places of sickrooms, nursing homes and families, and can be used in aspects of patient management, medical monitoring and the like. The safety monitoring method of the intelligent mattress comprises the following steps that a sweep frequency generator sends out a signal and the signal passes through a pressure lattice switch formed by filters, so that the positions of the pressed switches are judged through a wave shape after the signal passes through the wave filters, and then, the signal is sent to the information processing module; the processing module sends information to a server backstage through the communication module; and the server displays the condition of a patient on a web page. The intelligent mattress device is safe and stable, and can effectively detect the posture of the patient and send the detected posture to the backstage server.

The invention relates to the technical field of digital medical treatment, and discloses a clinical path mining method and device, equipment and a storage medium, and the method comprises the steps: obtaining to-be-analyzed clinical data of a target disease, the to-be-analyzed clinical data being clinical data obtained according to the historical clinical data of a plurality of patients corresponding to the target disease; carrying out matrix construction on the clinical data to be analyzed to obtain a clinical data matrix to be analyzed; clustering patient behaviors of the clinical data matrix to be analyzed according to charging items to obtain a patient behavior set corresponding to the clinical data to be analyzed; carrying out patient behavior matching and replacement on the charging items of the to-be-analyzed clinical data by adopting the patient behavior set to obtain a clinical patient behavior sequence corresponding to the to-be-analyzed clinical data; and performing time sequence frequent set mining according to the clinical patient behavior sequence to obtain a plurality of target clinical paths corresponding to the target disease. Therefore, the flexibility and interpretability of the clinical path obtained by mining are improved.

Adenine nucleotides such as adenosine 5′-monophosphate (AMP), adenosine 5′-diphosphate (ADP) or adenosine 5′-triphosphate (ATP) and/or adenosine and inorganic phosphate are administered in the treatment of advanced cancer in an out-patient setting and without serious side effects. Administration of up to 100 micrograms/kilogram/minute of continuous intravenous infusions of ATP for 8-10 hours, can be performed on an out-patient basis to patients who do not otherwise require hospitalization. No serious side effects, defined as grades 3 or 4 toxicity are observed during such an infusion.