40 results about "Fat Measurement" patented technology

The present invention relates, in general, to shoes for measuring the quantity of motion and a method of measuring the quantity of motion using the shoes and, more particularly, to artificial intelligence shoes, in which various numerical values (calorie consumption, body fat, and a pulse), measured by a walking sensor (23), a body fat measurement unit, and a pulse sensor (21) mounted in a shoe body, are displayed in real time on a display unit (32), so that a user can periodically check his or her quantity of motion, and in which calorie consumption and body fat are calculated on the basis of the user's body conditions, so that the precision thereof is high, and such quantity of motion numerical values can be transmitted to various types of external devices, thus enabling the user to periodically manage the quantity of motion thereof.

A body fat measuring apparatus is provided with a light emitting device 1 for projecting light rays to a subject's tissue, light receiving devices 3 and 4 for detecting a transmitted light ray having passed through the subject's tissue and / or a reflected light ray reflected inside the subject's body, and a CPU 6 for calculating the subject's subcutaneous fat thickness and / or body fat percentage by performing an operation by use of the detection results of the light receiving devices 3 and 4. The light receiving devices 3 and 4 are situated at different distances from the light emitting device 1.

A body fat measurement device includes a bioelectrical impedance measurement body attachment unit with an electrode support and a belt. The belt includes a stretchable region at one part. The electrode support includes a fixing portion fixed with one end of the belt, and a holder for holding a portion closer to another end of the belt in a movable manner and including a wrapping length adjustment mechanism for adjusting the wrapping length thereof. The body fat measurement device includes a displacement amount detection unit for detecting a displacement amount of the belt caused by the stretching of the stretchable region, and a wrapping length adjustment mechanism control section for controlling the wrapping length adjustment mechanism based on information detected by the displacement amount detection unit. According to such a configuration, there is obtained a body fat measurement device including a bioelectrical impedance measurement abdomen attachment unit enabling smooth breathing motion without hardly giving pain to the subject, and capable of being closely attached with satisfactory reproducibility regardless of a waist length of the subject.

A body fat measuring apparatus is provided with a light emitting device 1 for projecting light rays to a subject's tissue, light receiving devices 3 and 4 for detecting a transmitted light ray having passed through the subject's tissue and / or a reflected light ray reflected inside the subject's body, and a CPU 6 for calculating the subject's subcutaneous fat thickness and / or body fat percentage by performing an operation by use of the detection results of the light receiving devices 3 and 4. The light receiving devices 3 and 4 are situated at different distances from the light emitting device 1.

A body fat measurement device includes hand electrodes that contact both hands, back area electrodes that contact the surface of a trunk area of the back, foot electrodes that contact both feet, a trunk area width detection unit for measuring the width and depth of the trunk area, a body impedance measurement unit that measures the body impedance of a body using the multiple electrodes and a body fat mass calculation unit that calculates a body fat mass based on the body impedance and the width and depth of the trunk area. The back area electrodes that make contact with the surface of the back of the trunk area are provided in a fitting unit in an exposed state, as well as the trunk area width detection unit. Accordingly, a body fat measurement device can measure a body fat mass easily and accurately in a household or the like.

A body fat measurement device includes a bioelectrical impedance measurement body attachment unit with an electrode support and a belt. The belt includes a stretchable region at one part. The electrode support includes a fixing portion fixed with one end of the belt, and a holder for holding a portion closer to another end of the belt in a movable manner and including a wrapping length adjustment mechanism for adjusting the wrapping length thereof. The body fat measurement device includes a displacement amount detection unit for detecting a displacement amount of the belt caused by the stretching of the stretchable region, and a wrapping length adjustment mechanism control section for controlling the wrapping length adjustment mechanism based on information detected by the displacement amount detection unit. According to such a configuration, there is obtained a body fat measurement device including a bioelectrical impedance measurement abdomen attachment unit enabling smooth breathing motion without hardly giving pain to the subject, and capable of being closely attached with satisfactory reproducibility regardless of a waist length of the subject.

A body fat measurement device includes a plurality of electrodes including back area electrodes and upper limb electrodes, a body impedance measurement unit that measures a body impedance using the plurality of electrodes, a body composition information calculation unit that calculates a body fat mass based on the body impedance, a fitting belt for bringing the back area electrodes into contact with the surface of the measurement subject's back area in a pressurized state, and an upper limb unit that includes a gripping portion that can be gripped by the measurement subject's hand, the upper limb electrodes being provided in the gripping portion. The upper limb unit can be attached to and detached from the fitting belt.

The invention discloses a household electronic healthy mirror. The household electronic healthy mirror comprises a mirror surface display device, a processing unit, a non-contact type human physiology parameter measurement unit, a temperature-measuring camera unit, a weight and fat measurement unit, a real-time information unit, a living function unit and a data storage unit. Compared with the prior art, the household electronic healthy mirror has the advantages that electronic health detection and a mirror used at home daily are combined organically, so that the household electronic healthy mirror serves as a smart household product capable of accessing to internet, and importantly, has a convenient electronic health detection function.

A body fat measurement device includes hand electrodes that contact both hands, back area electrodes that contact the surface of a trunk area of the back, foot electrodes that contact both feet, a trunk area width detection unit for measuring the width and depth of the trunk area, a body impedance measurement unit that measures the body impedance of a body using the multiple electrodes and a body fat mass calculation unit that calculates a body fat mass based on the body impedance and the width and depth of the trunk area. The back area electrodes that make contact with the surface of the back of the trunk area are provided in a fitting unit in an exposed state, as well as the trunk area width detection unit. Accordingly, a body fat measurement device can measure a body fat mass easily and accurately in a household or the like.

A method of in-vivo fat measurement of humans or animals by scanning the ear of the subject using a fibre optic probe delivering a light beam of Near infrared wavelengths provided by a NIR source. Passing the beam through an interferometer to encode data from the whole spectral range simultaneously. Detecting reflected light by a detector and applying Fourier Transform techniques to determine the intensity of the light in at least one narrow wave band selected for its correspondence to a form of fat. Recording the NIR response and determining the fat content of the body by either comparison to known reference samples or by use of an empirical formula.

A method and apparatus capable of measuring visceral fat tissues accumulated in the trunk with high accuracy apply a current to a body part where a subcutaneous fat tissue layer is thin or a body part where a skeletal muscle tissue layer has no or a thin muscle belly portion from a pair of current applying electrodes, measure a potential difference which has occurred in the tissue through which the current has passed by a pair of voltage measuring electrodes, and determine the visceral fat tissue volume of the trunk by use of the impedance of the trunk which has been obtained by use of the measured potential difference.

The invention discloses a 3D scanning and bioelectrical impedance technique fusion based human whole body fat measurement device and method. The device comprises a weight test portion, a human body 3Dscanning portion, a human body component index acquisition portion and a man-machine interaction terminal. The human body component index acquisition portion comprises a human body impedance testingportion and a signal acquisition box portion. The man-machine interaction terminal is responsible for data processing, analysis and displaying. The human whole body fat measurement device has advantages that human limb sizes can be measured accurately and quickly through 3D scanning, human whole body fat can be accurately measured by fusion with the bioelectrical impedance technique, the defect oflow accuracy of the bioelectrical impedance technique in human fat measurement is overcome, and an examinee can more directly see own body component indexes to pay more attention to diet balance andtake medium-and low-intensity physical activities intentionally, so that body immunity is improved, physical fitness is improved, and various diseases caused by obesity can be prevented effectively.

The mobile phone with fat measuring function includes one main mobile phone control module, one display unit, one fat measuring control circuit, one constant current electrode pair and one voltage measuring electrode pair. The display unit is connected to the main mobile phone control module; the fat measuring control circuit is connected to the main mobile phone control module; and the constant current electrode pair and the voltage measuring electrode pair are connected to the fat measuring control circuit. When the user contacts with the constant current electrode pair and the voltage measuring electrode pair, the fat measuring control circuit applies one preset current to the constant current electrode pair, the measured voltage the current produces in the voltage measuring electrode pair and the body weight data of the user are used to generate one fat rate of the user and the fat rate is displayed in the display unit.

A body fat measurement device includes multiple electrodes, a trunk area width detection unit for measuring a trunk area width and a trunk area depth, a body impedance measurement unit that measures a body impedance of a body using the multiple electrodes, and a body fat mass calculation unit that calculates a body fat mass based on the measured body impedance and the trunk area width and trunk area depth. A frame-shaped fitting unit in which the trunk area width detection unit is provided and that is capable of being disposed so as to surround a measurement subject's trunk area can be mounted on and removed from a platform unit in which foot electrodes are provided, and is stored within the platform unit during a stored state.

The invention discloses a pig farm fat measurement information monitoring system and method, and relates to the technical field of pig farm fat measurement technology. The system comprises a client, aserver and a data decision platform, different fat measurement stages are configured, a sequence of procedures in the fat measurement stages is set, a procedure of "preparation-starting hybridization-pregnancy stages-weaning (or re-hybridization)" based on production procedure is established by using it as a limit that the data of the previous procedure fat measurement stage must exist in the entry of each fat measurement stage", sow backfat data of different stages are input through an EAS system (or a mobile phone terminal), information such as the parity, the oestrum, the accurately measured age of days and the like is recorded for providing a data support for the subsequent report data analysis so as to help a decision maker to formulate more reasonable pig fat and feeding standards,in order to achieve the purpose of assisting the management and improving the production performance, and meanwhile, the system configures a forecasting function through the procedure setting to veryremind related personnel to collect the backfat data in time.

The invention relates to a low-temperature food-storage refrigerator. The obesity management type refrigerator of the invention comprises a main body, a door which is arranged on the main body and can be opened and closed, one or a plurality of body fat measurement sensors which can measure the body fat ratio via electric resistance under an obesity management mode, a control device which is connected with the body fat measurement sensors and used for estimating the health condition as well as the corresponding management mode via analyzing the body fat ratio measured by the body fat measurement sensors, a display device which is arranged on the front side of the door and connected with the control device, and is capable of displaying the health conditions and the management mode estimated by the control device. The invention has the advantages that the refrigerator can measure the body fat ratio and provide the health conditions and a management means via the body fat measurement sensors capable of contacting the human body and being arranged at one side of the refrigerator.

The invention provides a fat measurement circuit and a body fat scale. In terms of a resistance selection circuit, a first test resistor Rt, a second test resistor Rt' and a measurement electrode are sequentially connected in series to form a serial-connection circuit; alternating-current voltage output by a reverse-phase alternating-current amplifying circuit is added to the two ends of the serial-connection circuit; a voltage sampling circuit sequentially collects voltage at the two ends of the measurement electrode, voltage at the two ends of the second test resistor Rt', voltage at the two ends of the first test resistor Rt and voltage at the two ends of the second test resistor Rt'; the value of resistance Rb of a human body can be obtained through voltage equations of three times of measurement. In order to rectify equivalent deviation brought by resistance errors and amplifier errors, the mode of introducing external resistors is adopted to indirectly calculate equivalent deviation of the test resistors, after a calculation result is obtained, the result is stored in a storage of the fat measurement circuit, in actual measurement, the equivalent deviation is put into a calculation equation of the resistance Rb of the human body, and influences produced by equivalent deviation can be eliminated and an accurate measurement value of the resistance Rb of the human body is obtained.

A body fat measurement device includes a plurality of electrodes including back area electrodes and upper limb electrodes, a body impedance measurement unit that measures a body impedance using the plurality of electrodes, a body composition information calculation unit that calculates a body fat mass based on the body impedance, a fitting belt for bringing the back area electrodes into contact with the surface of the measurement subject's back area in a pressurized state, and an upper limb unit that includes a gripping portion that can be gripped by the measurement subject's hand, the upper limb electrodes being provided in the gripping portion. The upper limb unit can be attached to and detached from the fitting belt.

The invention relates to a wireless human body fat measuring device. The invention solves the problem of measuring the fat content in a human body at a long distance under remote control and adopts a technical scheme that the wireless human body fat measuring device comprises a human body fat scale and a controller, wherein a first wireless data transceiving module is arranged in the human body fat scale; the controller comprises a microprocessor; the first port of the controller is connected with a memory module, the second port of the controller is connected with a display screen, the third port of the controller is connected with a voice module and the fourth port of the controller is connected with a second wireless data transceiving module; and the input / output (I / O) port of the micro processor is connected with an input module. The device can remotely set human body fat measurement parameters, transmit measurement instructions and receive measurement results. The device also has a memory function and a voice reporting function and is practical.

The invention provides an electronic scale with a fat measurement function so as to improve the measurement accuracy and reduce the equipment cost. The electronic scale comprises an electrode slice, aweighing sensor, a weight and human body impedance measurement circuit, an excitation circuit, a microprocessor system, a display, a keyboard and the like. The electronic scale applies tiny alternating current to the feet of a human body so as to measure the human body impedance, then measures the weight by using the weighing sensor, finally completes calculation and measurement for the body fatby using the correlation between the human body impedance and the weight and body fat and displays the measured body fat.

The invention discloses a mobile multifunctional health examination all-in-one machine. The all-in-one machine comprises a worktable, a main unit box, a base, an advertisement screen, a sphygmomanometer, a fat measurement handle, a storage box, a printer, an electrocardio box, a touch screen, a thermometer, a controller, a glucometer and an oximeter. The advertisement screen and the touch screen are connected into a whole to form an integrated structure, the touch screen and the sphygmomanometer are both installed on the worktable, and the fat measurement handle is installed on a front panel of the main unit box; the electrocardio box is arranged on a side panel of the main unit box, and an electrocardiograph is arranged in the electrocardio box; a thermometer box is arranged at the left edge of the worktable; two concave cavities where the glucometer and the oximeter can be placed are embedded in the worktable; the storage box is arranged in the middle of the front panel of the main unit box, the printer is arranged in the storage box, and the controller controls the printer to print health examination reports of users. The all-in-one machine has the advantages of integrating multiple functions, being high in integration degree and automation degree and convenient to move and the like.

The mobile phone with fat measuring function includes one main mobile phone control module, one display unit, one fat measuring control circuit, one constant current electrode pair and one voltage measuring electrode pair. The display unit is connected to the main mobile phone control module; the fat measuring control circuit is connected to the main mobile phone control module; and the constant current electrode pair and the voltage measuring electrode pair are connected to the fat measuring control circuit. When the user contacts with the constant current electrode pair and the voltage measuring electrode pair, the fat measuring control circuit applies one preset current to the constant current electrode pair, the measured voltage the current produces in the voltage measuring electrode pair and the body weight data of the user are used to generate one fat rate of the user and the fat rate is displayed in the display unit.

The invention relates to the technical field of human body information measurement, in particular to a mobile terminal-interacted fat measuring device and fat measuring method. The fat measuring device comprises: a weight monitoring module for collecting real-time weight parameters of a user and sending the weight parameters to a calculation module; measuring electrodes for obtaining human biological parameters and sending the human biological parameters to the calculation module; an input module for inputting user file parameters into the calculation module; the calculation module for inputting the received user weight parameters, the human biological parameters and the user file parameters into a preset fat calculation model for calculation to obtain fat measurement information of the user, and sending the fat measurement information to a communication module; the communication module for sending the received fat measurement information of the user to a mobile terminal for storage. Through the interaction with the mobile terminal, the fat measuring device is possible to conveniently and quickly obtain the fat measurement information of the user.

The invention discloses a medical combined device. The medical combined device includes a small computer, a thermometer, a cardiac rhythm tester, a blood pressure measurement instrument, a medical mirror, a stethoscope, and a fat measurement device. The medical combined device is characterized in that all parts of the medical combined device are arranged in a medical case orderly according to a certain location sequence; the medical mirror, the stethoscope and the fat measurement device are irregular in shape and can be folded and arranged at the left side of the medical case; the upper edge of the small computer is tightly attached to an inner wall of the medical case, and the lower edge of the small computer is attached to the thermometer and the blood pressure measurement instrument; and the lower edge of the thermometer is attached to the cardiac rhythm tester. The small computer, the thermometer, the cardiac rhythm tester and the blood pressure measurement instrument adopt the integration technology, are small in size, are regular in shape, can be arranged in the medical case in a combination manner, and are easy to carry. All the parts are common medical apparatuses, can meet actual life demands of people, and can avoid going to hospital due to small examinations.

The invention provides an LDL-C concentration estimation method based on an interpretability enhancement machine, and belongs to the technical field of medical detection and artificial intelligence. The LDL-C concentration estimation method comprises the following steps: selecting a subject with a complete blood fat detection record from a preset database to obtain initial data; performing data cleaning on the initial data, and longitudinally merging the blood fat measurement data under the two visits to obtain a data set; performing regression modeling on the EBM based on the training set and the test set to obtain an EBM model; calculating a contribution value of each input ratio variable by constructing a square view of a lookup table based on an EBM model, adding all the contribution values, and calculating a final LDL-C predicted value through a connection function g; and performing comprehensive evaluation and optimization on the EBM model by adopting a plurality of statistical indexes, and integrating the EBM model into various medical systems. Through high-quality data, an optimized data processing strategy, an accurate EBM prediction model, an interpretable prediction result and efficient system integration, accurate estimation and wide application of LDL-C are realized, and the method is superior to a traditional formula calculation method.

1. The name of the design product: liver fat measuring instrument. 2. The use of the design product: for detecting and evaluating liver fat. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view.

Body fat measuring device which features: several electrodes (HR, HL, BU1 - BU4, BL1 - BL4, FR, FL, FR', FL') to establish contact with predetermined areas of the surface of the body of a test subject; a body impedance measurement unit (12) which measures a body impedance of the body of the test subject using the multiple electrodes (HR, HL, BU1 - BU4, BL1 - BL4, FR, FL, FR', FL'); a torso width measurement unit (13) for measuring the torso width and torso depth of the test subject; and a body fat mass calculation unit (14) which calculates a body fat mass based on the body impedance measured by the body impedance measurement unit (12) and the trunk width and trunk depth measured by the trunk width measurement unit (13), wherein the multiple electrodes include at least dorsal surface electrodes (BU1 - BU4, BL1 - BL4) for establishing contact with the surface of a dorsal area corresponding to a surface on the dorsal side of the trunk area of ​​the test subject; wherein the body fat measuring device further comprises a frame-shaped mounting unit (100A) capable of being arranged in such a way that, during an attached state, it surrounds the trunk area of ​​the test subject in order to bring the back surface electrodes (BU1 - BU4, BL1 - BL4) into contact with the back surface of the test subject in a pressurized state; wherein the back surface electrodes (BU1 - BU4, BL1 - BL4) are provided in an exposed state on a surface of the mounting unit (100A - 100G); wherein the fuselage width detection unit (24A) is provided in the mounting unit (100A - 100G); wherein the multiple electrodes further comprise upper limb electrodes (HR, HL) to establish contact with the surfaces of the upper limbs of the test subject; and wherein the upper limb electrodes (HR, HL) are provided in an exposed state on the surface of the application unit (100A - 100G).

The present invention relates to a meat analogue composition comprising from 2% to 80% by weight of a fat composition; from 1% to 30% by weight of a non-animal protein; and from 20% to 70% by weight of water; wherein the fat composition comprises: - a solid fat composition having a solid fat content (SFC) N20 above 45, as measured on the unstabilised fat according to ISO 8292-1 relative to the total weight of the fat composition; and - a melted fat composition having a solid fat content (SFC) N20 of from 20 to 44, as measured on the unstabilised fat according to ISO 8292-1 relative to the total weight of the fat composition.