6 results about "Pregnancy stage" patented technology

The present invention relates to a process for determining pregnancy and / or a pregnancy stage of an ungulate from its feces.

The invention discloses a pregnancy assisting process management system and method based on intelligent interaction, and relates to the technical field of data processing. The intelligent interaction-based pregnancy assisting process management method comprises the steps of S1, collecting pregnancy assisting stage data and historical symptom data of a pregnancy assisting process, performing preprocessing, generating semantic vectors in combination with natural language processing, and constructing a pregnancy assisting management database; s2, analyzing semantic meanings of the symptom words in different pregnancy-assisting stages through pregnancy-assisting stage data, and adjusting the matching precision of the symptoms and the pregnancy-assisting stages; s3, quantifying the context matching degree by analyzing the comprehensive semantic representation and stage semantic difference of the symptom words; and S4, fusing multi-dimensional stage semantics, feature data, evaluation symptoms and pregnancy assisting stage matching degrees to carry out stage classification analysis, and realizing stage attribution optimization and problem type classification. The problems that in the pregnancy assisting process, symptoms and different stages are difficult to accurately match, contextual understanding is insufficient, and the problem classification error is large are solved.

The invention provides a dynamic progressive pregnancy and delivery prediction method and system, a storage medium and equipment, and relates to the technical field of smart medical treatment, and the method comprises the steps: obtaining baseline data and dynamic monitoring data of a pregnant woman, and dividing the dynamic monitoring data into collection indexes according to pregnancy stages; based on the baseline data and the dynamic monitoring data, calling a pre-constructed staged prediction model for prediction so as to generate a progressive prediction report; the staged prediction model comprises early, middle and late pregnancy sub-models, and each sub-model outputs a prediction result of a corresponding stage; in the prediction generation process, when a new pregnancy stage is entered, the corresponding sub-model is activated, and the prediction result of the previous stage is fused to generate a progressive prediction report. According to the technical scheme of the invention, personalized adjustment is carried out on the prediction basis for different pregnancy stages, algorithm adaptation is carried out for data characteristics of different pregnancy stages, and a composite prediction system covering the whole pregnancy is formed, so that the dynamic adaptability and accuracy of the prediction process are improved.

The application discloses a multifunctional upper limb resistance training device, which comprises two holding handles, the holding handle is composed of two matching parts and a middle part, the radial section of the middle part is arranged in an arc shape, the matching part is provided with a movable slot, each movable slot is provided with an elastic rope group between the corresponding movable slots, the middle part is provided with a reset structure for driving the elastic rope to retract and reset into the movable slot when the elastic rope group is not subjected to external stress, the matching part and the adjacent reset structure are provided with a first adjusting structure for linkage with the reset structure to adjust the stretching damping strength of the elastic rope group, and the holding handle is provided with a second adjusting structure for adjusting the weight of the holding handle. The application solves the problem that there is no upper limb resistance training device which can adapt to the training needs of pregnant women in different pregnancy stages and flexibly adjust the training strength.

The invention discloses a full-period management and control accurate penetration construction method for a super-long large-dip-angle inclined shaft, which comprises the following steps of: sequentially executing five stages, namely, gestational deviation, deviation inducing, deviation forming, deviation rectifying and deviation preventing, so as to form a full-period closed-loop management and control system covering the design, construction and operation and maintenance of the inclined shaft; in the gestational deviation stage, a gestational deviation risk grade is divided by constructing a three-dimensional geologic model and calculating a drilling impedance difference value, and a quantitative basis is provided for subsequent construction; equipment type selection, parameter sensitivity analysis and system joint debugging are completed in the biased stage; in the deviation forming stage, the prediction model and the real-time monitoring system are used for dynamically pre-judging deviation and early warning; in the deviation rectification stage, closed-loop deviation rectification is achieved through track fitting and parameter adjustment; in the deviation prevention stage, track checking, data summarization and long-term monitoring are carried out. The method is suitable for inclined shaft engineering with the length of hundreds of meters and the inclination angle larger than 45 degrees, the penetrating precision can be effectively improved, the deflection risk is reduced, and precise control and full-period data tracing in the construction process are achieved.

The invention discloses an intelligent health monitoring type pregnant woman auxiliary pad, and belongs to the technical field of pregnant woman auxiliary pads. Comprising a bottom plate; the linear module comprises sliding blocks arranged on the bottom plate in a sliding mode, the two sides of the bottom plate are each provided with the sliding blocks, every two sliding blocks form a group, and multiple groups of sliding blocks are arranged on the bottom plate; the auxiliary pillow comprises a pillow belt, the pillow belt is flexible, and the two ends of the pillow belt are connected with the two sliding blocks of each group through adjusting assemblies; the adjusting assembly comprises a movable seat capable of being adjusted in a lifting mode. The positioning assembly is used for fixing the sliding block and comprises a positioning rod used for fixing the sliding block; wherein the supporting radian of the pillow belt is adjusted through sliding of the two sliding blocks in each group, the supporting height of the pillow belt is adjusted through lifting of the movable seat, the movable seat is positioned through the positioning assembly, and the problem that most of existing pregnant woman auxiliary pads are designed to be fixed and cannot be flexibly adjusted according to changes of different pregnancy periods and the size of the belly shape is solved.