9 results about "Ear temperature" patented technology

The utility model provides a kind of ear temperature gun shell for children, comprising: telephone toy shell, the inside of telephone toy shell is provided with the accommodating cavity compatible with ear temperature gun, telephone toy shell is reserved hole at the gun head of ear temperature gun, telephone toy shell is reserved operation area at the display screen and switch of ear temperature gun.Corresponding ear temperature gun is put into the accommodating cavity in telephone toy shell when children patient needs to use ear temperature gun, the gun head of ear temperature gun is stretched out from the hole of telephone toy shell, the telephone toy shell is child toy telephone shape, when the ear of child is measured, the joy of ear temperature detection of child is improved, and the acceptance of child is higher, effectively alleviate the fear of ear temperature detection of child, reduce the crying mood of child, can help medical staff to carry out ear temperature detection to child faster, improve the efficiency of ear temperature, simultaneously, telephone toy shell plays certain protective effect to ear temperature gun.

This utility model belongs to the field of medical devices, and in particular, it is a disinfection device for repeated disinfection using the protective cap of an ear thermometer. It includes a disinfection base with a disinfection cap on the upper side. An alcohol tube is fixedly connected to multiple vertically aligned spray nozzles. Each set of lamp panels is fixedly connected to a multi-functional sterilization lamp, which has a built-in low-temperature auxiliary heating function. Through a first and second liquid pump, the disinfectant alcohol inside the disinfection cap is sprayed from the spray nozzles to disinfect the ear thermometer cap. Combined with the multi-functional sterilization lamp, it performs lamp tube sterilization and low-temperature drying, improving disinfection efficiency and reducing waiting time. Two symmetrical torsion springs are fixedly connected between the support frame and the side frame. A limiting plate is provided inside the disinfection base. The ear thermometer cap and spray nozzles are vertically aligned, allowing for easy lifting of the disinfection cap. The support frame then engages with the limiting plate to conveniently limit the disinfection cap, and the limiting plate can be easily removed for quick loading and unloading of the ear thermometer cap, improving overall operational convenience.

The application relates to the technical field of livestock breeding, and particularly relates to a livestock body temperature measuring probe integrated with a temperature monitoring function, which comprises a temperature measuring main body, a fixing assembly and a signal transmission module. The temperature measuring main body is a flexible heat-conducting tubular structure and inlaid with a temperature sensor; the fixing assembly is composed of an elastic clamping piece and an external wrapping layer, so that the device can be stably attached to the surface of livestock; and the signal transmission module comprises a low-power Bluetooth unit and a data processing chip and is used for collecting and wirelessly transmitting body temperature data in real time. The application improves the measurement accuracy through a multilayer material composite design, enhances the wearing reliability by using an anti-skid structure, and is suitable for continuous monitoring of the core body temperature of large livestock such as pigs and cows. The application has the characteristics of simple structure, convenient installation and accurate measurement, solves the problems that ear temperature measurement is greatly disturbed by the environment and anal temperature measurement is easy to fall off in the prior art, and provides technical support for intelligent management of livestock breeding.

1. The name of the design product: ear thermometer. 2. The use of the design product: for measuring body temperature. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view 1.

This invention discloses an air conditioner control method and an air conditioner. The air conditioner control method includes: acquiring the cheek temperature, nose temperature, forehead temperature, eye temperature, and ear temperature of a target user, and inputting these temperatures into a user-specific temperature and coldness decision tree model to determine the target user's temperature and coldness state. The user-specific temperature and coldness decision tree model is a decision tree model consisting of cheek temperature as the first-level temperature decision condition, either nose temperature or cheek temperature as the second-level temperature decision condition, and either forehead temperature, eye temperature, or ear temperature as the third-level temperature decision condition. The method adjusts the currently set temperature according to the target user's temperature and coldness state. This air conditioner control method can adjust the air outlet temperature according to the user's individual temperature and coldness state, achieving personalized thermal comfort control and meeting the user's individual comfort needs.

This invention relates to a method for predicting sow estrus based on low-cost electronic ear tags, belonging to the field of smart animal husbandry technology. Addressing the problems of high cost and model overfitting in automated sow estrus detection in large-scale farming, this invention uses low-power electronic ear tags worn on the sow's ear to collect ear temperature data in real time, and performs multiple calibrations to ensure data stability. Its core components include: employing an hourly average body temperature resampling strategy to construct a 48-hour regularized time-series feature sample set to enhance the model's generalization ability; constructing a classification model based on a lightweight gradient boosting machine (LightGBM); and innovatively designing a "Forced Offspring Iteration" (FOI) mechanism to improve the genetic algorithm for global optimization of model hyperparameters. This mechanism improves convergence efficiency while maintaining search capability by cutting off parental gene transmission. This invention can achieve reliable automatic identification of sow estrus using low-cost sensing data.

1. The name of the design product: ear thermometer. 2. The use of the design product: for measuring the body temperature of human being through ear canal. 3. The design points of the design product: in shape. 4. The picture or photo that can best show the design points: perspective view 1.

The application provides a sow estrus recognition method for a sample imbalance condition, and belongs to the technical field of intelligent animal husbandry. In view of the problem that the performance of the existing method decreases when the estrus sample is scarce, the following core improvements are made on the basis of constructing ear temperature time series data set through an electronic ear tag: a Universum sample generation mechanism is introduced to construct auxiliary data containing classification boundary prior information; a fuzzy membership function is designed to assign different weights to the original imbalanced samples and the Universum samples; a weighted fuzzy least squares double support vector machine model is constructed to jointly embed the above weights and prior information into the optimization target, and a robust decision hyperplane is obtained by solving. The application can significantly improve the sow estrus recognition accuracy and robustness based on low-cost ear temperature data under the condition of severely imbalanced training samples.

The application provides a sterilizable intelligent ear tag for SPF pigs and a health monitoring method thereof, and relates to the technical field of livestock internet of things. The ear tag comprises an ear tag female tag, an ear tag male pin and an intelligent sensing and communication module. The ear tag female tag has a fully sealed cavity and is made of a material resistant to high-pressure steam sterilization. The ear tag male pin is locked with the ear tag female tag. The intelligent sensing and communication module is sealed and contained in the fully sealed cavity. The method uses the ear tag to collect historical ear temperature and activity data to establish a dynamic health baseline of the pig. When the real-time data deviates from the baseline to reach an abnormal condition, a warning is given, and linkage with a facility biosecurity early warning system is supported. The application solves the problem that the existing ear tag cannot resist repeated high-pressure steam sterilization in the SPF barrier environment.