58 results about "Body basal temperature" patented technology

A diode laser irradiation system for treating biological tissue of a subject without exposing the tissue to damaging thermal effects. The system includes a wand containing one or more diode lasers disposed for irradiating the tissue with coherent optical energy at a power output level of less than 1000 mw in aggregate at a wavelength in a range of from about 2500 nm to about 10,000 nm, and laser setting controls for operating the diode laser to achieve a rate of absorption and conversion to heat in the irradiated tissue in a range between a minimum rate sufficient to elevate the average temperature of the irradiated tissue to a level above the basal body temperature of the subject, and a maximum rate which is less than the rate at which the irradiated tissue is converted into a collagenous substance. The wand may be used manually or automatically in hands-free mode.

The invention provides a method and equipment for determining reference body temperature. The method includes the following steps: measuring the body temperature of a person to acquire time-based body temperature data; selecting the body temperature data within a preset body temperature range from the body temperature data within a preset time period to serve as effective body temperature data of the preset time period; determining a representative value of the effective body temperature data of the preset time period; determining the reference body temperature of the preset time period on the basis of the representative value. The invention further provides a method for detecting abnormal body temperature, a method for determining basal body temperature and corresponding equipment and systems.

The invention discloses a mobile terminal and a basal body temperature measuring and monitoring method thereof. The method includes A, starting a basal body temperature measuring mode, acquiring basal body temperature of a user and storing the basal body temperature into a body temperature database; B, comparing the basal body temperature measured in this time with the basal body temperature of the previous day, if the former is higher than the later, starting an ovulation day monitoring mode, and if the former is lower than the later, starting a menstrual period monitoring module; C, displaying data analysis and processing results of each monitoring mode, storing the data analysis and processing results in the body temperature database, and reminding the user of current physiological conditions. By the mobile terminal and the basal body temperature measuring and monitoring method, long-term self-checking can be realized by the user, data analysis and processing can be performed on measured basal body temperature, the user can be reminded of current physiological states, and the user can be reminded when abnormality occurs to enable the user to see the doctor and get a definite diagnosis as soon as possible, so that great convenience is brought to vast women of childbearing age for basal body temperature monitoring.

A method and kit for enhancing the natural fertility process. The kit includes a vaginal douche that is used prior to intercourse to enhance the sperm transportation and sustaining properties of the cervical mucous. The douche contains a balanced electrolyte solution, polysaccharides, and pH buffers. The kit also includes nutriceuticals specifically formulated for both the male and female which include amino acids, minerals, vitamins, herbs, phytoestrogens, and antioxidants along with a specified dosing regimen. A basal body temperature thermometer and chart is provided with instructions to confirm when and if ovulation will/did occur. Commercially available urinary chemical reagent strips are provided with instructions so as to predict/confirm if and when ovulation will occur. A lubricating medium will also be provided and utilized at the time of intercourse which is nonspermicidal and which contains polysaccharides which influence natural sperm motility. A detailed instruction book regarding the method and practice is provided along with dietary and lifestyle recommendations which have been shown to affect natural fertility.

The invention discloses a method and device for intelligently measuring human body temperature and predicting female ovulatory period. The device comprises a basal body temperature intelligent detection device and a movable intelligent terminal. The basal body temperature intelligent detection device comprise a microcontroller, a basal body temperature efficiency analysis judgment module, a wireless transmission module, a high-precision temperature sensor and a power supply management module, and the movable intelligent terminal comprises a main controller, a terminal wireless transmission module and a display. The whole device has the advantages of long service life, low energy consumption, accurate and reliable detection data, simple form and high efficiency, an ovulatory period judgment and prompting process is automatically completed, the daily life of a to-be-measured person is not affected, and the method and device is suitable for a female basal body temperature measurement process under various environments.

The invention provides a wireless intelligent thermometer. According to the thermometer, a very popular intelligent control terminal such as an intelligent mobile phone and a tablet computer is combined with a temperature sensing terminal with a wireless communication function, the intelligent control terminal and the temperature sensing terminal communicate with each other by wireless connection, so that a temperature signal collected by the temperature sensing terminal in real time is recorded and displayed on the intelligent control terminals. Besides, based on various function modules of the intelligent control terminal, the thermometer can carry out data analysis, image processing, alarm prompting, and the like on the detected temperature information, and therefore, the thermometer is a temperature measuring apparatus with good application prospect, and is especially suitable for monitoring body temperatures of children, patients unable to move freely, and the like and for monitoring basal body temperature of the female.

A luteum function evaluation apparatus includes a body temperature obtainment unit that obtains basal body temperature data including information of basal body temperature measurement values, a menstrual cycle obtainment unit that obtains information of a menstruation start day and a menstruation end day corresponding to the menstruation start day, an evaluation unit that evaluates luteum function based on the basal body temperature measurement values, and an output unit that outputs a luteum function evaluation result from the evaluation unit.

The invention relates to a device for monitoring basal body temperature. The device for monitoring the basal body temperature comprises a portable measurement component, a mobile phone and mobile phone application software thereof; the portable measurement component comprises a button cell, a power supply management chip, a temperature sensor, a microprocessor and a bluetooth module; the button cell is connected with the temperature sensor, the micro processor and the bluetooth module respectively through the power supply management chip; the temperature sensor is connected with the microprocessor and directly digitalizes a signal of high-precision body temperature, and transmits the digitalized signal to the microprocessor for processing; the microprocessor sends the signal of the body temperature to the mobile phone through the bluetooth module; and the basal body temperature of each day is displayed on temperature recording and temperature curve drawing software of the mobile phone. The device can automatically acquire temperature at fixed time; data is transmitted to the mobile phone through the bluetooth module; after the data is received by the mobile phone, the curve of the basal body temperature is drawn automatically; and an automatic ovulation alarm is given according to the state of the basal body temperature. The device for monitoring the basal body temperature has the advantages of not influencing normal life, along with small volume of components, low price and economy and environment-friendliness and the like, and is easy to operate.

The invention provides a long-distance medical system for health management, which at least comprises a personal physiology measuring device, a user terminal data transmitting device, a long-distance data management platform and a rear-end data transmission displaying device. Various physiology information such as base body temperature, blood pressure, heartbeat, channel and collateral analysis value, and the like can be obtained by the user using the personal physiology measuring device, and the physiology information can be transmitted to the long-distance data management platform by the user terminal data transmitting device and provided for the doctor of traditional Chinese medicine, the doctor of western medicine, the health care spa, the preventive medicine organization and other auxiliary medical service units by the rear-end data transmission displaying device so that the long-distance health management, the medical suggestion and the like can be carried out by the auxiliary medical service units according to the obtained physiology information of the user and the purpose of promoting the medical progress is achieved.

A system for predicting ovulation cycles by employing an application running on a mobile communication device such as an iPhone®, a Blackberry™, or an Android-based smartphone is provided. The system includes a basal body temperature thermometer coupled to a mobile communication device. The thermometer takes temperature measurements, encodes the temperature measurements and transmits the encoded temperature measurements to the mobile communication device. The mobile communication device receives and decodes the encoded temperature measurements. The mobile communication device includes an application that analyzes the decoded temperature measurements to determine whether they are satisfactory or unsatisfactory, provides feedback to a user in real-time and provides an ovulation prediction.

The invention relates to an ovulatory period judging device based on measuring saliva conduction characteristic and basal body temperature. The ovulatory period judging device is composed of a data collection module and a data transmission module, the data collection module is used for collecting basal body temperature and saliva conduction characteristic and sending collected data to an intelligent terminal through the data transmission module, and the intelligent terminal completes data processing to calculate ovulatory probability of a user on that day. By the device, basal data needed for calculating ovulatory probability can be acquired by measuring basal body temperature and saliva conduction characteristic. The ovulatory period judging device has the advantages of accurate calculation result and convenience in use and operation and has a wide market prospect.

The invention provides a thermometer, which comprises a temperature sensor, a memory, a control processor, a display and a power supply, wherein the temperature sensor is used for measuring basal body temperature; the memory is used for storing a basal body temperature critical value and a basal body temperature value measured by the temperature sensor; the control processor is connected with the temperature sensor and the memory respectively, and is used for processing the basal body temperature value measured by the temperature sensor, and outputting a processing result indicating whether a user ovulates or not; the display is connected with the control processor, and is used for displaying the processing result indicating whether the user ovulates or not and the measured basal body temperature value; the power supply is used for supplying electricity to the temperature sensor, the memory, the control processor and the display. According to the thermometer, the basal body temperature of the user is acquired by the temperature sensor, the basal body temperature value is processed by the control processor, and the processing result indicating whether the user ovulates or not is directly displayed by the display, so that whether the user ovulates or not can be known without drawing or displaying a basal body temperature curve, and the thermometer is easy to use and suitable for large-area popularization.

The invention discloses an equivalent core body temperature obtaining method and system suitable for a wearable device. The method comprises the following steps: using a preset data collecting device for obtaining the environment temperature and the wrist temperature and the axilla temperature of a user; based on sufficient user data, analyzing and summarizing relevance among the environment temperature, the wrist temperature and the axilla temperature, and establishing an equivalent core body temperature algorithm model; and calculating the equivalent core body temperature of the corresponding user by using the equivalent core body temperature algorithm model. The method has the beneficial effects that the problem of precision deviation of a non-contact infrared thermopile mode is solved, the problem that the measurement preparation time of a contact mercury or electronic thermometer is too long is also solved, and an extremely economical choice is provided for realizing rapid, efficient and non-inductive body temperature abnormity screening during a severe epidemic disease period; and meanwhile, early warning can be provided for cold and fever, and continuous and accurate medical reference is provided for physiological cycle, pregnancy basal body temperature and the like.

The invention provides a calculation method and device of natural contraception. The calculation method and device of natural contraception apply to an electric device, the electric device stores historical data of a user, and the historical data comprises historical menstrual status data and historical basal body temperature data. The method comprises the steps of obtaining and storing current day data of the user, the current day data comprises current day basal body temperature data of the user and current day menstrual status data of the user; combined with the current day data and the historical data, whether the user belongs to the pre-ovulation infertility period or post-ovulation infertility period is automatically judged, and whether the user needs contraceptive measures in sexual life on the day is indicated. Therefore, through complete and accurate algorithm and judgment logic, whether the user is in the period of being able to be pregnant or not being able to be pregnant in the day is automatically calculated, so as to guide the user's sexual life arrangement to realize natural contraception. The method is high in accuracy, easy to use, beneficial to reproductive health of women of childbearing age, and improves the user experience.

The invention discloses a wearable device with detecting and reminding functions in a female menstrual period. The wearable device is characterized by comprising a data acquisition end and a reminding terminal communicating with the data acquisition end. The wearable device with detecting and reminding functions in the female menstrual period is conveniently worn by a female, detection of the body temperature and reminding are performed at any time, more precise basal body temperature can be obtained, acquisition of information in the ovulatory period and prediction of physiological diseases are performed based on the basal body temperature, and the wearable device is convenient to use, concise and portable.

An infrared clinical thermometer circuit device and a memory selection device thereof are proposed, in which the basal body temperature setting function is added to an infrared clinical thermometer so that the clinical thermometer can set an exclusive basal body temperature value for each user as the reference for determining whether he gets a temperature, thereby making the determination more accurate. Moreover, the memory selection device is used to expand the application of the infrared clinical thermometer. The infrared clinical thermometer can be used for several users and thus apply to multi-member families, hence enhancing the convenience of use of the infrared clinical thermometer.

The invention discloses a device and method for analysis of basal body temperature data. The method includes: acquiring basal body temperature data in a historical period, and drawing a period basal body temperature curve; judging whether the basal body temperature curve is a single-phase or double-phase body temperature curve; further judging various abnormal conditions of the two types of basalbody temperature curves; establishing a basal body temperature monthly scoring model, and scoring the basal body temperature data in the historical period according to judgment results of the abnormalconditions; according to total monthly scores in the whole period, judging whether a basal body temperature period is abnormal or not. By the method and the device, according to existing basal body big data statistics, a series of abnormal basal body temperature curve conditions are summarized, historical basal body temperature data of a user in a last period are analyzed and scored, whether thebasal body temperature curve of the user is abnormal or not is judged according to the scoring results, and accordingly the user can know own long-term basal body temperature variation conditions.

The present invention relates to a robot provided with: an action-determining section for selecting the actions of a robot; a driving mechanism for executing the action selected by the action-determining unit; a body temperature-detecting section for detecting the user's basal body temperature; and a physical condition-assessing section for assessing the user's physical condition on the basis of the user's basal body temperature cycle. When the user's basal body temperature reaches a prescribed time for concern in the basal body temperature cycle, the robot changes the amount of action thereof.

The invention provides an intelligent infusion device for the hematology department. The intelligent infusion device comprises a mounting plate, an automatic rotating device, a needle inserting device and two heating boxes, and the automatic rotating device is arranged on the mounting plate; the needle inserting device is arranged on the mounting plate; and the two heating boxes are symmetrically arranged on the left side and the right side of the upper end of the automatic rotating device, and infusion bags are arranged in the heating boxes. According to the intelligent infusion device for the hematology department, the heating boxes are arranged, the infusion bags are placed in the heating boxes, the infusion bags are heated by the heating boxes, so that liquid in the infusion bags reaches the preset temperature, the basal body temperature of a patient is kept stable during infusion, the occurrence rate of cold vibration is effectively prevented, the mind and body comfort of the patient in the treatment process is improved, the occurrence of transfusion complications is prevented, so that the patient can cooperate with treatment more actively, and the patient can recover quickly.

The invention discloses a clothing, which comprises a clothing body; a first temperature sensor and a second temperature sensor which are arranged on the two opposite sides of the clothing body respectively and used for detecting the body temperature values of the left side and the right side of a wearer when the clothing body is in a wearing state; and a posture detection device which is used for detecting the posture of a wearer when the clothing body is in a wearing state. The invention further discloses a basal body temperature detection method and a basal body temperature detection system. According to the invention, the body temperature values corresponding to different posture information of the wearer in different time periods can be continuously detected through the corresponding temperature sensors and the posture detection device arranged on the two opposite sides of the clothing body, then the basal body temperature value of the wearer is determined according to the body temperature values, and the accuracy of the basal body temperature detection result is improved.

The invention discloses a wearable contact type dynamic intelligent body temperature monitoring device which comprises wearable monitoring equipment, and the wearable monitoring equipment comprises a double-temperature digital sensor, a PPG heart rate monitoring sensor, a communication unit, a display unit and a system micro-processing controller. The dual-temperature digital sensor, the PPG heart rate monitoring sensor, the communication unit and the display unit are respectively connected with the system micro-processing controller, the wearable monitoring equipment further comprises a shell (1), a circuit board is arranged in the shell (1), and the system micro-processing controller is arranged on the circuit board (6). The system can dynamically and continuously monitor the daily body temperature and the basal body temperature, and has the advantages of high monitoring accuracy and small influence of environment temperature.

The invention discloses an electronic ovulation predictor. The electronic ovulation predictor comprises an information processing unit for treating various data collected by the predictor, a sensing unit for detecting information and sending the information to a device processing the information, and an indication unit for indicating the existence of an ovum. The processed information comprises a basal body temperature, and the concentrations of E3G (Estrone-3-Glycuronide) and LH (Luteinizing Hormone) in first morning urine. After the information is processed, the results are compared with the associated data of the existence of the ovum, and if the ovum exists, an optical display sends out a signal to indicate the existence of the ovum. The electronic ovulation predictor is capable of quickly and effectively measuring the existence of the ovum.