19 results about "Treatment demand" patented technology

The application discloses the technical field of power quality treatment and relates to a power quality treatment module function demand control method, device and storage medium, which comprises the following steps: when the total current deficiency demand does not exceed the total rated current, current distribution is carried out according to the load side reactive current deficiency demand, harmonic current deficiency demand and unbalanced current deficiency demand of the current demand period, and the function demand parameters of the next sliding period are obtained according to the distributed current and the total current deficiency demand; and under the constraint of the upper limit of the function compensation current component, the load in the power grid is compensated with the function current based on the load side reactive current deficiency demand, harmonic current deficiency demand and unbalanced current deficiency demand. The application can solve the technical problem that the existing power quality treatment scheme cannot completely adapt to the actual power quality treatment demand, and when the actual demand does not conform to the function capacity configuration, the number of function modules can only be replaced and adjusted by power-off.

The application provides a magnetron filament demotion method and device, computer equipment and a storage medium, relates to the technical field of medical instrument control, and determines an initial treatment plan based on a single pulse dose by acquiring treatment demand information and calibration parameters of a magnetron, and further predicts the magnetron input average power corresponding to each treatment stage, determines a filament demotion scheme on this basis, and performs cyclic iteration on the initial treatment plan in combination with a demotion stability index, so as to obtain a target demotion scheme and a target treatment plan. Therefore, the filament demotion strategy matched with each treatment stage can be determined in advance before radiotherapy starts, the hysteresis caused by the demotion control based on the current state or the state at the last moment in the prior art is reduced, the filament demotion is better adapted to the dynamically changing treatment plan, the stability of the magnetron operation is improved, and the service life of the magnetron is prolonged.

The invention discloses a context awareness-based intelligent hospital guide method and system for the obstetrics and gynecology department, and a server side method comprises the steps: in response to an obstetrics and gynecology department hospital guide request which is sent by a client side and is used for obtaining a hospital guide service related to the obstetrics and gynecology department, determining a to-be-treated target department division of a patient, and obtaining context awareness multi-dimensional information related to the patient, the multi-dimensional information is multi-dimensional sensing data related to the current treatment demand of the patient; according to the multi-dimensional information, the clinical matching degree and the reducibility parameter of each candidate doctor in the target sub-department are dynamically calculated; determining a preference matching degree between the patient and each candidate doctor; and screening and sorting each candidate doctor based on the clinical matching degree, the reducibility parameter and the preference matching degree to obtain a target doctor set conforming to the patient, and sending the target doctor set to the client. Therefore, by adopting the embodiment of the invention, the hospital guide efficiency can be improved, and meanwhile, the patient can be ensured to find the most suitable doctor at the correct time, so that the hospital guide accuracy is improved.

The application belongs to the technical field of rural sewage treatment, and discloses a rural sewage treatment planning system and method, which comprises a planning collection device, which is used for obtaining construction range information and process requirement information, performing plan analysis on the construction range information and the process requirement information, and obtaining engineering plan information; the engineering plan information comprises progress plan information and material requirement plan information; a construction collection device is used for obtaining construction real-time information and the engineering plan information, performing completion condition analysis on the construction real-time information according to the engineering plan information, and obtaining construction completion result information. The application can effectively manage the sewage project, improve the timeliness of engineering management, and make the construction range information fit the actual sewage generation condition and treatment demand of the rural area.

The utility model provides a radio frequency beauty device which comprises a radio frequency circuit module and a treatment handle, the radio frequency circuit module is used for transmitting radio frequency energy to the treatment handle, the radio frequency beauty device further comprises a device outer shell and a connecting cable, the inside of the device outer shell is provided with an accommodating space used for accommodating the radio frequency circuit module, and the connecting cable is connected with the radio frequency circuit module. The equipment outer shell is made of metal materials, one end of the connecting cable is electrically connected with the radio frequency circuit module, and the other end of the connecting cable penetrates through the wall face of the equipment outer shell and then is electrically connected with the treatment handle located outside the equipment outer shell. The radio frequency beauty equipment adopts the metal shell, radiation generated by the radio frequency circuit module is effectively shielded, and operation and treatment personnel are protected from being injured. The wall surface of the housing is provided with a connecting cable, and the radio frequency energy is transmitted to an external treatment handle, thereby meeting the treatment demands. The metal material facilitates the installation of other parts, reduces the use of locking pieces, and improves the appearance integrity. Compared with a plastic shell, the metal shell is higher in strength and better in durability.

The invention relates to the technical field of metal surface detection, and discloses an automatic detection and treatment system for surface defects of an aluminum metal decoration strip. A defect data acquisition module of the system acquires processing demand data based on surface defects; the decision generation module inquires a preset strategy space and generates a first processing decision scheme through matching; the quality safety monitoring module monitors the change trend of the characteristic value of the defect degree in real time, and triggers a safety control instruction in case of sudden change; a feature depth optimization module performs energy distribution spectrum analysis on the defect type feature vectors, screens high-confidence feature vectors and updates a defect feature library; the decision dynamic compensation module predicts a defect evolution trend based on the surface state offset characteristic matrix, and optimizes the initial decision scheme to generate an optimization scheme; and the execution control module analyzes the optimization scheme and drives an execution mechanism to position and process defects. The system realizes integration of defect detection, decision generation, dynamic optimization and execution control, and improves adaptability and reliability of defect processing.

The utility model relates to the technical field of rehabilitation medical instruments, and discloses a three-section type pressurizable ice compress sleeve which comprises an ice compress sleeve body, a pressurizing sleeve is arranged on the ice compress sleeve body, the pressurizing sleeve body wraps the outer ring of the ice compress sleeve body and then is overlaid and pasted to form an adjustable enclosure structure, and a rubber ball is arranged at the air inlet end of the pressurizing sleeve body. An adjusting chock plug is arranged at the air outlet end of the pressurizing sleeve, and the adjusting chock plug is communicated with the pressurizing sleeve for deflation after moving and translating in the horizontal direction. The ice compress sleeve with the pressurization adjusting structure is formed in a double-layer combined wearing mode, the action side of an ice bag can be adjusted according to treatment requirements in a detachable mode, damage to the skin is relieved, tolerance is improved, the limb end is wrapped in a pressurization mode, vasoconstriction is stimulated, and the treatment effect is improved. Meanwhile, the situation that the ice compress effect is affected due to the fact that gaps exist between the ice bag and the limb end due to the ice bag contour and the melting degree is reduced, and the three-section structure is matched so that the wearing comfort and the fitting degree of the ice compress sleeve can be improved.

The utility model relates to the technical field of medical instruments, and discloses an air pulse swallowing stimulation device for a patient with dysphagia, which comprises a base. According to the air pulse swallowing stimulation device for the swallowing disorder patient, through the arrangement of the liquid medicine boxes, the electric push rod, the valve element and the connecting pipe, when the device starts to work, the electric push rod is located at the initial position, and at the moment, a liquid inlet of the valve element is connected with a liquid outlet pipe of one liquid medicine box; liquid medicine in one liquid medicine box can enter the valve element through the liquid outlet pipe and the liquid inlet, and when the liquid medicine in the other liquid medicine box needs to be switched, the electric push rod starts to work and pushes the valve element to move in the first cavity, so that the liquid inlet of the valve element is aligned and connected with the liquid outlet pipe of the other liquid medicine box, and the liquid medicine in the other liquid medicine box can be switched. The liquid medicine in the other liquid medicine box can enter the valve element through the liquid inlet, the two kinds of liquid medicine can be conveniently converted, the whole device does not need to be replaced, and diversified treatment requirements are met.

The utility model discloses a veterinary livestock administration protection structure which comprises a protection box, a box door, a limiting device and an administration device, and the box door is hinged to one side of the protection box; the limiting device comprises two limiting assemblies, and the two limiting assemblies are slidably arranged on the protection box and the box door respectively; the drug delivery device comprises a driving assembly and a drug delivery assembly, and the driving assembly is arranged on one side in the protection box; the drug delivery assembly is rotatably arranged on one side of the driving assembly, and the drug delivery assembly is connected with the driving assembly. Therefore, complete non-contact drug delivery is achieved, the risk that veterinarians are injured by livestock is greatly reduced, safety is guaranteed, the drug delivery accuracy is improved through the adjustable drug delivery device, various treatment requirements are met, in addition, stress of the livestock is reduced through the non-contact mode, calm cooperation treatment is facilitated, the effect is improved, and pain of the livestock is relieved.

The utility model provides a piezoelectric focusing shock wave device which comprises a decorative face shell, a light bar, an upper cover outer shell, a circuit board, a middle outer shell, a key, a key board, a lower cover outer shell, a ceramic crystal module, a metal conduction shell, a gel pad and a fixing outer ring. The circuit board is installed between the upper cover shell and the middle shell, the middle shell is connected with the lower cover shell, the ceramic crystal module is installed in the lower cover shell and connected with the metal conduction shell, the gel pad is installed on the metal conduction shell, and the gel pad and the lower cover shell are installed together through the fixing outer ring. According to the device, non-invasive treatment is carried out on a treatment part through piezoelectric type shock waves, fine and accurate penetration depth can be achieved, the device is suitable for pain symptoms of different depth degrees, and more treatment requirements are met. Piezoelectric focusing shock waves adopt a reverse hemispherical surface integration technology, piezoelectric elements are integrated, and frequency noise is reduced.

The invention discloses a vertical well section expansion pipe forging, grinding and milling treatment method, aiming at various complex casing damage well conditions of an expansion pipe casing damage well, a set of efficient and high-quality treatment technology is formed by pointedly adopting the treatment steps of centralizing casing milling of the interior of an expansion pipe, expansion pipe leading grinding and milling, shaping and expanding of an over-expansion pipe, expansion pipe grinding and milling, expansion pipe forging and milling and the like. The purpose of efficiently and thoroughly forging, grinding and milling the straight well section expansion pipe is achieved, the application range and the chipping treatment effect are obviously better than those of a traditional grinding and casing milling technology, development and improvement of the workover treatment technology are promoted, the wide application value is achieved, the forging, grinding and milling treatment requirements of the straight well section expansion pipe can be met, and the economic benefit is high. And the success rate and the construction time efficiency of well repair treatment of the type of wells can be improved, and the problem that the treatment difficulty is large after a vertical well section expansion pipe sleeve is damaged is effectively solved.

The application discloses an adjustable positive and negative pressure synchronized control system, mode selection and initialization, wherein medical staff selects an adjustable positive and negative pressure synchronized ventilation (APNSV) mode according to the patient's condition and treatment demand; parameter monitoring and judgment, including inspiratory support monitoring and judgment and expiratory support monitoring and judgment; and the application accurately selects the APNSV mode according to the patient's treatment demand, and sets inspiratory negative cuirass pressure (INCP) and expiratory cuirass pressure (ECP) parameter default values according to the patient's basic condition.

The invention provides a stroke patient home rehabilitation treatment management method and device. The method comprises the following steps: in response to a home rehabilitation management request for a target patient, displaying a first input control; under the condition that the first input control collects the household rehabilitation treatment requirement, the household rehabilitation treatment requirement is analyzed, the household rehabilitation treatment standard is defined, and a household rehabilitation treatment plan is made; according to the household rehabilitation treatment requirements, the household environment of the target patient is subjected to intelligent and barrier-free transformation; the target patient carries out training according to the home rehabilitation treatment plan, and meanwhile vital signs and home rehabilitation evaluation data of the target patient are collected; if the target patient does not complete the corresponding home rehabilitation treatment plan, reminding information is pushed to a caregiver and medical staff, so that a physician and a therapist can regularly analyze related data and modify a home rehabilitation treatment plan scheme and a home rehabilitation treatment standard in real time, and remote home rehabilitation management of the stroke patient is achieved.

The invention relates to the technical field of medical equipment control, and relates to a neuromuscular therapeutic apparatus control method and system based on a multi-modal bioelectricity signal, and the method comprises the steps: obtaining the electroencephalogram signals of a patient and the electromyographic signals of the muscles of the patient at a plurality of moments when the neuromuscular therapeutic apparatus does not treat the patient, calculating a trigger threshold value; when the neuromuscular therapeutic apparatus begins to treat the muscles of the patient, electroencephalogram signals of the patient and electromyographic signals of the muscles of the patient at multiple moments are obtained; calculating an electric signal characteristic value of the patient at each moment; and determining the output power of the neuromuscular therapeutic apparatus at each moment according to the difference between the electric signal characteristic value at each moment and the trigger threshold value. According to the invention, the stimulation intensity output by the neuromuscular therapeutic apparatus can be always dynamically matched with the current physiological state and treatment demand of the patient, and the risk of injury to the body of the patient due to incapability of sensing the real-time physiological data of the patient is reduced.

The application provides a magnetron filament demotion method and device, computer equipment and a storage medium, relates to the technical field of medical instrument control, and determines an initial treatment plan based on a single pulse dose by acquiring treatment demand information and calibration parameters of a magnetron, and further predicts the magnetron input average power corresponding to each treatment stage, determines a filament demotion scheme on this basis, and performs cyclic iteration on the initial treatment plan in combination with a demotion stability index, so as to obtain a target demotion scheme and a target treatment plan. Therefore, the filament demotion strategy matched with each treatment stage can be determined in advance before radiotherapy starts, the hysteresis caused by the demotion control based on the current state or the state at the last moment in the prior art is reduced, the filament demotion is better adapted to the dynamically changing treatment plan, the stability of the magnetron operation is improved, and the service life of the magnetron is prolonged.

The application discloses an event treatment strategy intelligent recommendation method and system, the method comprises the following steps: S1: event traceability evidence collection, obtaining the basic data of the target network and node, and analyzing the historical state information of the target object of the sensing event; S2: treatment intention identification, identifying the security element information of the event according to the original data and analysis data in the event traceability evidence collection stage, and then understanding the event treatment strategy intention; S3: treatment strategy recommendation, adopting a hybrid recommendation method based on ontology and collaborative filtering, first converting the event treatment demand into a standardized event treatment intention description through a formal description method, then converting and decomposing the event treatment intention into specific treatment strategy commands through feature recognition, and finally combining the strategy knowledge base to generate a specific security strategy template recognizable by equipment, realizing intelligent configuration from demand to specific strategy. The safety event treatment strategy recommendation is accurate, fast and continuously optimized.

The utility model discloses a drainage tube safety connecting device which comprises a connecting tube, a drainage tube connecting end arranged at the leading-in end of the connecting tube and a drainage pipeline connecting end arranged at the leading-out end of the connecting tube, the drainage tube connecting end is used for being connected with the leading-out end of the drainage tube, and the drainage pipeline connecting end is used for being connected with the leading-in end of the drainage pipeline. The drainage tube connecting end is communicated with the drainage pipeline connecting end through a connecting tube; wherein the connecting pipe is made of an elastic material, so that the connecting pipe has a first state and a second state which are different in length between the drainage pipe connecting end and the drainage pipeline connecting end. According to the safe connecting device for the drainage tube, the elastic connecting tube is adopted and can freely stretch out and draw back between the drainage tube connecting end and the drainage pipeline connecting end to form the first state and the second state which are different in length, and therefore the situation that the drainage tube is pulled due to the change of the body position of a patient or the change of treatment requirements can be effectively reduced; therefore, smoothness and safety of the drainage process are guaranteed.

The invention discloses a sewage treatment device with a function barrel convenient to disassemble and assemble, and belongs to the technical field of sewage treatment, the sewage treatment device comprises a pretreatment unit, a core biological treatment unit and an advanced treatment unit which are sequentially connected in series, and the core biological treatment unit and the advanced treatment unit are respectively connected with an auxiliary treatment unit in parallel; the pretreatment unit, the core biological treatment unit, the deep treatment unit and the auxiliary treatment unit are respectively provided with a pipeline flow sensor, the core biological treatment unit comprises an anaerobic barrel, an anoxic barrel, an aeration barrel and a secondary sedimentation barrel which are connected in sequence, the anaerobic barrel is connected with the pretreatment unit, and the secondary sedimentation barrel is connected with the deep treatment unit. The modular functional bucket design is adopted, independent functional buckets are divided according to'pretreatment-core treatment-deep treatment-auxiliary treatment ', and on-demand combination of sewage treatment processes is realized through standardized connection, so that the deep treatment requirements of the whole process are met, and the layout requirements of small spaces and scattered scenes can be met; the problem that traditional equipment is poor in space adaptability is solved.

The utility model relates to medical instrument technical field discloses a kind of modularization face light-shielding cloth, including fleece non-woven cloth and multiple shielding face cloth, the shielding face cloth includes outer layer aluminium foil cloth, and the outer layer aluminium foil cloth rear end is provided with middle layer lead rubber cloth.In the utility model, the present technology is realized flexible adjustment by modularization design, allows user to accurately control irradiation area according to treatment demand, ensure that only leukoplakia part receives 308 irradiation, avoid normal skin blackening, improve treatment accuracy and patient comfort, shielding face cloth adopts multilayer structure, including outer layer aluminium foil cloth, middle layer lead rubber cloth and inner layer gauze, high efficiency blocks ultraviolet, provide comfortable touch feeling simultaneously, elastic restraint belt is firmly attached to patient head, ensure that mask is not displaced, give consideration to stability and comfort, magic tape design makes shielding face cloth installation convenient, can quickly adjust shielding area, fleece non-woven cloth is attached to human face design, prevent light leakage, improve light-shielding effect.