6 results about "Treatment rate" patented technology

The invention discloses a medical post-delivery system for a search and rescue type aircraft and a data processing method. The medical post-delivery system comprises a stretcher station assembly, a hoisting assembly, monitoring equipment and a seat, the stretcher station assembly, the hoisting assembly, the monitoring device and the seat are all arranged in a cabin of the search and rescue type aircraft. The stretcher station assembly is detachably connected with the hoisting assembly and is used for transferring personnel; the hoisting assembly is used for hoisting and transferring the stretcher station assembly; the monitoring equipment is used for acquiring physiological parameter information of a person and processing the physiological parameter information of the person to obtain a physiological parameter evaluation value. Therefore, by implementing the medical post-delivery system for the search and rescue type aircraft and the data processing method, the transportation requirement of the wounded and the medical requirement in the post-delivery period can be met, so that an auxiliary effect on improving the treatment rate of the wounded is achieved, a guarantee is provided for the personal safety of offshore operation personnel, and development of the ocean industry is facilitated.

The invention relates to a cerebral hemorrhage patient diagnosis and treatment method and system, and relates to the technical field of medical information. In the scheme, an outpatient and emergency doctor gives a first diagnosis result including a disease type with cerebral hemorrhage and clinical manifestation, then a second diagnosis result recognition model gives a second diagnosis result based on corresponding medical information, and then the first diagnosis result and the second diagnosis result are sent to a service terminal where a professional neurosurgeon is located. And professional neurosurgeons give professional primary processing results. Therefore, even if a professional neurosurgeon is not seated, a professional primary processing result can be comprehensively given in combination with diagnosis results given by outpatient and emergency doctors and the second diagnosis result recognition model remotely, so that heavy loss caused by illness state delay to the patient is avoided, the professional doctor seeing speed of the cerebral hemorrhage patient is increased, and the patient experience is improved. And negative effects caused by incapability of professional diagnosis and treatment for a long time are reduced.

The present application relates to the technical field of radiotherapy mold warehouse management, and more particularly to a radiotherapy warehouse management system order processing method, comprising the steps of: obtaining the treatment rate of each machine room and the state of the machine room shelf; determining the treatment interval based on the treatment rate, and generating a set of tasks to be executed in combination with the state of the machine room shelf; in response to the set of tasks to be executed, calculating the priority of the goods taking task and the goods storing task respectively; based on the priority and the available quantity of the warehouse shelf, determining a subset of executable tasks; for the tasks in the subset of executable tasks, selecting an unmanned forklift that meets the anti-congestion constraint and has the shortest total execution time of the tasks to allocate; and executing the task with the highest priority according to the priority and the allocation result. The present application can dynamically adapt to the differentiated treatment interval requirements of different machine rooms, effectively utilize the handling and storage resources, and avoid congestion of the unmanned forklift.

The embodiment of the invention discloses a nuclear medical waste liquid treatment system which comprises a chemical dosing module, a filtering module, an adsorption module and a control valve, and the chemical dosing module is used for dosing biodegrades into a decay tank. The filtering module is communicated with the decay tank and is used for removing suspended solids in the waste liquid. The liquid inlet end of the adsorption module is communicated with the filtering module, and the adsorption module is used for adsorbing nuclides in the waste liquid. The control valve is arranged at the liquid outlet end of the adsorption module, and the control valve can selectively communicate with one of the decay tank and the external pipeline. The medical waste liquid treatment system provided by the invention has the advantages of good purification effect and simple reaction conditions, the purification treatment rate of the waste liquid can be remarkably improved, and safe treatment of the nuclear medical waste liquid is realized.

The invention discloses a method and a circuit for adaptively adjusting an alertness period and an implantable cardiac contractility regulator. The invention relates to the field of implantable cardiac contractility regulators, and aims to solve the problem that treatment pulses cannot be correctly emitted due to the position of an alertness period. Perceptual event information is stored through the perceptual storage unit; the sensing comparison recognition unit is used for screening out R wave sensing events of the local sensing channel by taking the ventricle sensing event as a reference, recording time and judging whether the R wave sensing time of the local sensing channel is stable or not; the alertness period adjusting unit adaptively adjusts the position of the alertness period according to the time of the local sensing channel sensing the R wave under the condition that the time of the local sensing channel sensing the R wave is stable; and the pulse control unit generates a pulse issuing instruction according to the alertness period position adjustment result. According to the circuit and the method, the position of the alertness period window can be automatically adjusted, it is guaranteed that treatment pulses can be normally emitted, and the treatment rate of CCM is increased.

The application discloses an esophageal cancer immune data prediction device based on tumor markers, equipment and storage medium, relates to the technical field of digital data processing, and solves the problem of poor prediction effect of traditional biomarkers (such as PD-L1 expression and tumor mutation load) by constructing a more comprehensive tumor microenvironment evaluation system through 5hmC epigenome sequencing of ctDNA and analysis of tumor tissue succinyl modification level. Secondly, through the double-channel LSTM-Cox hybrid model, dynamic ctDNA data is processed through a time sequence channel, and succinylated scores are processed through a static channel, so that the advantages of the two kinds of data are complementary. Finally, by quantifying complex immune data into three intuitive good / average / poor score intervals, the application provides clear treatment decision basis for clinicians, and the invalid treatment rate can be obviously reduced by using the scoring system.