49 results about "Body height measure" patented technology

A device for measuring the fat ratio of human body is composed of an internal impedance measuring unit consisting of 4 current applying electrodes, 4 voltage measuring electrodes, constant-current source and voltage measuring circuit, a body height measuring unit, a body weight measuring unit, a microprocessor for calculating the fat ratio, a memory and a display.

The embodiment of the invention discloses a body height measuring method and a measuring device thereof, wherein, the method comprises the following steps: the position of a human body is detected, the judgment of whether the position of the human body enters a preset range or not is carried out; if yes, a human body video image is collected; a human face image is detected from the human body video image, the best human face image is obtained; and the body height is determined according to the best human face image. The implementation of the embodiment of the invention carries out the measurement of the body height based on the video human face image, a certain range is preset against people groups with the specific body height in an entrance channel under the situation of not changing the prior fixed facilities of the entrance channel, thereby facilitating the accurate calculation of the body height.

A body height measuring apparatus is disclosed comprising a measuring bar, a ground mainframe, an ultrasound signal transmit unit and an ultrasound signal receive unit, a synchronous signal transmit unit and a synchronous signal receive unit. The first operational control unit and a second operational control unit synchronize the operation of the ultrasound signal transmit unit and the ultrasound signal receive unit through manipulation of the synchronous signal transmit unit and the synchronous signal receive unit, and calculate a height based on a transmission time during which an ultrasound signal travels from the ultrasound signal transmit unit to the ultrasound signal receive unit. As the body height is measured based on a unidirectional transmission of the ultrasound signal, the measurement error is reduced, the measuring accuracy is improved and an advantage in use is achieved.

The present invention relates to a complete vehicle size non-contacting quick detection system. It includes vehicle body length measuring device formed from three camerae placed on the longitudinal horizontal guideway frame and displacement sensor for feeding back displacement of camera, vehicle body width measuring device formed from camera placed on the transverse horizontal guideway frame and displacement sensor for feeding back displacement of camera, vehicle body height measuring device formed from camera placed on the vertical guideway frame and displacement sensor for feeding back camera displacement and computer measurement control system for connecting all the camerae and sensors.

The invention discloses a head placement type height measurement method, which relates to the technical field of the measurement and aims to solve the technical problem of height measurement. The measurement method comprises the following steps of: 1) arranging a ranging probe on a measuring rod; 2) arranging a horizontal device on the measuring rod; 3) placing the measuring rod on the head top of a measured person; 4) observing the horizontal device, and adjusting the measuring rod to a horizontal state; 5) starting the measurement; and 6) displaying a measured value. In the head placement type height measurement method, the influence of hair shape of the measured person on the measurement is avoided because the measuring rod is directly placed on the top of the head of the measured person; moreover, the measured rod is small in volume, low in cost, and convenient to carry.

The invention discloses a morning physical examination system and application thereof. The morning physical examination system comprises a body height measuring module, a body temperature module, a body weight module, a data board, an identity checking system, a host board and a power supply module, wherein the body height measuring module is used for measuring the body height; the body temperature module is used for measuring the body temperature; the body weight module is used for measuring the body weight; the data board is used for collecting measurement results of the body height measuring module, the body temperature module and the body weight module, and transmitting signals; the identity checking system is used for checking the identity of personnel to be examined and transmitting signals; the host board is used for collecting the signals transmitted by the data board and the identity checking system, and performing signal processing; and the power supply module is used for providing a power supply for the data board and the host board. The morning physical examination system provided by the invention has the advantages that the automatic correspondence to examined babies can be realized by using face recognition and ID card identity recognition; an intelligent morning physical examination robot automatically measures the body height, the body weight and the body temperature of a baby, and automatically scans and detects whether the palm of the baby is abnormal or not; the detection is more comprehensive; and meanwhile, the detection speed is greatly accelerated.

A spit type height and weight measuring instrument is composed of a height measuring device and a weight measuring device, the height measuring device and the weight measuring device are in a spit type structure, and data are transmitted through a 433MHz sending module and a 433MHz receiving module on circuit boards of the height measuring device and the weight measuring device. The height measuring device is mainly composed of an outer shell, a power supply device, one circuit board, an ultrasonic ranging module and a displayer, the power supply device and the one circuit board are in electric connection with the ultrasonic ranging module, and the 433MHz receiving module is installed on the circuit board. The weight measuring device is mainly composed of a weighing plate, another one power supply device, the other one circuit board and a weight sensor, the another one power supply device and the other one circuit board are in electric connection with the weighing sensor, and the 433MHx sending module is installed on the other one circuit board. When a person stands on the weight plate, the ultrasonic ranging module and the weighting sensor respectively measure height and weight data of the person, the data measured by the weight measuring device are sent to the 433MHz receiving module on the height measuring device through the 433MHz sending module on the circuit board of the weight measuring device, and the height measuring device enables the processed data to be displayed through the displayer.

The invention provides an intelligent table and chair capable of adjusting the height and a height adjusting method. The intelligent table capable of adjusting the height comprises a table body, a controller, an infrared body height measuring sensor, an infrared distance measuring sensor, a first network transeceiving device, a storage module, a lifting device, a driving device and a switch. The controller is used for determining the body height of a user according to data collected by the infrared body height measuring sensor, a work mode of the user is judged according to a command received by the first network transceiving device and sent by a second network transceiving device of the chair, and a tabletop height relation stored by the storage module in advance is called to further determine a tabletop height parameter and to control the driving device to drive the lifting device to lift and descend so as to achieve height adjustment of a tabletop. According to the intelligent table capable of adjusting the height, the height adjustment of the table aiming at body heights and working modes of different users is achieved, and thus it is guaranteed that the user is in the best comfortable state when in work.

A body height measuring apparatus including a measuring bar and ground mainframe. An operational control module and ultrasonic body height measuring module are provided in the measuring bar and the ground mainframe. The operational control module, the synchronous signal transmitting unit and the ultrasonic signal transmitting unit are provided in the measuring bar, wherein the synchronous signal transmitting unit and the ultrasonic signal transmitting unit are connected to the operational control module. The synchronous signal receiving unit, the ultrasonic signal receiving unit and the operation processing unit are installed in the ground mainframe. Since the apparatus comprises a measuring bar together with a ground mainframe, and the measured value of the body height is obtained by computing the difference in time when the two signals are transmitted from one side to another, the measuring error is reduced and the measuring accuracy is improved with good effects.

The invention relates to daily-used measuring device especially for the weight and height, which is composed of bathroom stature scale and bathroom scale which comprises panel, weighing bed, upright column, inclined erecter, weight display pad, resilient suspension components, lever system, reading device and ornamental loop. The weight can be transferred to resilient suspension components through lever system and can be displayed in the pad through reading device. The stature scale comprises outer pipe, inner pipe and central pipe with scales. There fixed moveable measuring board. Panel, weight display pad, ornamental loop, inclined erecter outer pipe, central pipe, inner pipe, big screw cap, small screw cap are made of plastic. The plastic using for the device not only has smooth surface, but also don't need finish cut but also isn't easy to break.

The invention discloses an intelligent body weight and body height measuring instrument. The intelligent body weight and body height measuring instrument comprises a first controller, a statistical analysis module, a display module, a communication module, a body weight and body height measuring module and a code scanning turn-on module; the body weight and body height measuring module is used foracquiring body weight and body height data of a measured person; the code scanning turn-on module is used for turning on the intelligent body weight and body height measuring instrument through scanning two-dimensional codes; the display module is used for displaying measured data and making instruction information on the measured data; the statistical analysis module is used for carrying out analysis processing, evaluation and instruction opinion presenting on the measured data; the communication module is used for transmitting the data to a remote server; the first controller is used for achieving control on the intelligent body weight and body height measuring instrument; the statistical analysis module is used for analyzing received body weight and body height data and presenting instruction suggestions according to a data analysis result.

The invention discloses body height measurement equipment capable of preventing standing on tiptoe. The body height measurement equipment comprises an equipment main body, a foot pressure measurement sensor and a body height measuring device, wherein the foot pressure measurement sensor is positioned at the bottom of the equipment main body and used for sensing the foot pressure of a human body and generating pressure electrical signals according to the measured pressure; the body height measuring device is at least partially positioned at the top of the equipment main body and electrically connected with the foot pressure measurement sensor, and the body height measuring device is used for measuring ultrasonic propagation parameters and determining whether body height measured value is obtained by standing on tiptoe according to the pressure electrical signals and the ultrasonic propagation parameters. The body height measurement equipment capable of preventing standing on tiptoe is capable of automatically distinguishing whether the testee stands on tiptoe so as to obtain an accurate body height measurement result.

The invention discloses an overall dimension measuring system of a vehicle based on a three projection plane theory. The system consists of a body length measuring device, a body width measuring device, a body height measuring device and a measurement and control system, wherein the measurement and control system is arranged in a control room of a detection device; the body length measurement device comprises three body length measurement units which are sequentially arranged in a vehicle forward direction and a length measurement laser range finder fixed on one of the body length measurement units, the three body length measurement units are fixed on a detection device mounting foundation through two support upright posts; the body width measurement device comprises a body width measurement unit which is fixed on the detection device mounting foundation through two support upright posts and is located in front of a tested vehicle; the body height measurement device comprises a body height measurement unit which is fixed on a support upright post of the body width measurement device and is vertical to the body height measurement unit.

The invention relates to a height and weight measuring device, belonging to the field of measuring appliances. The device comprises a height gauge and a weight scale. The height gauge is internally provided with a ruler belt, and first identification zones and second identification zones which are alternately arranged and are connected end to end are formed on the height gauge. The height gauge isprovided with a photoelectric switch sensor, a first wireless module, a first MCU, a first power supply module and a display screen. The weight scale includes a weighing sensor, a second wireless module, a second MCU, and a second power supply module. A free end of the height gauge is provided with a first fixed member, the weight scale is provided with a second fixed member, and the first fixedmember and the second fixed member cooperate and are fixed to each other such that the free end of the height gauge is fixed to the weight scale. Through the device, the inconvenience of a user to step on the free end of the ruler belt can be eliminated, and the user does not need to separately collect the data of the weight scale and the height gauge, the measurement process of the body weight and height can be quickly achieved, and a good measurement experience is given to the user.

The invention relates to a portable ship integrated navigation system and navigation method, and belongs to the technical field of navigation. The portable ship integrated navigation system with the advantages of small size, light weight, low power consumption and simplicity in operation is realized by highly integrating an inertial navigation sensor, a satellite navigation sensor and a celestial navigation sensor on the basis of an electronic sea chart display module through integral design in order to overcome the shortages of present ship integrated navigation systems. The portable ship integrated navigation system comprises a combined navigation subsystem, an electronic sea chart subsystem, a display control unit and a power supply module. Compared with the prior art, the method allows a heavenly body height needed by celestial navigation calculation to be directly acquired from an attitude heading reference module through function reuse; and compared with existing schemes, the method realizes integration of the ship integrated navigation system through only arranging a monocular and a needed fixing device on hardware without a set of heavenly body height measuring device.

An embodiment of the invention provides a body height measuring method and device and a mobile terminal. The method includes: calling double cameras to collect the first image data and second image data of the head of a user; identifying the head image data, corresponding to the head, in the first image data; calculating the length information of the head in the head image data according to the second image data; calculating the body height information of the user according to the length information of the head. The method has the advantages that the body height information of the user is calculated according to the length information of the head, the user does not need to stand up, photographing of the whole body of the user is not needed, measuring requirements are lowered greatly, the head of the user can be easily photographed in complex environments with obstacles or scenes where the user sits, lies and the like, and body height measuring can be guaranteed.

The invention discloses a multifunctional body height measuring ruler, wherein a distance measuring sensor, a horizontal bubbler tube, a display, a loudspeaker, a switch, a battery and a circuit board are arranged in a ruler body; and a processor, an angle sensor, a voice playing module and a wireless communication module are arranged on the circuit board. The measuring ruler can be leveled by a user under the assistance of the horizontal bubbler tube and the angle sensor; and accurate body height measurement can be achieved by virtue of a method of directly measuring a distance from the head top of a detected object to the ground through the distance measuring sensor which is arranged in the ruler body. The body height measuring ruler disclosed by the invention can measure the heights of persons in standing and lying postures, and the body height measuring ruler has a voice playing function, so that people with visual impairment can use the body height measuring ruler conveniently. The body height measuring ruler disclosed by the invention has a function of measured data wireless transmission and functions of a level ruler.

The invention provides ultrasonic body height measuring equipment. The ultrasonic body height measuring equipment comprises an equipment main body, a plurality of temperature sensors and a body height measuring device, wherein the plurality of temperature sensors are arranged at different heights of the equipment main body and used for sensing the temperature on an ultrasonic propagation path and generating a temperature electric signal according to the sensed temperature; the body height measuring device is at least partly arranged at the top part of the equipment main body, electrically connected with the temperature sensors and used for measuring ultrasonic propagation parameters and acquiring a body height measurement value compensated by the temperature according to the temperature electric signal and the ultrasonic propagation parameters. The ultrasonic body height measuring equipment is capable of accurately calibrating the velocity of ultrasonic waves and reducing errors of body height measurement caused by environmental temperature, and thus accurate body height measurement results are obtained.

The invention discloses an air conditioner and a control method of the air conditioner. The air conditioner comprises a body, a driving assembly and a body height measuring device, wherein the body isprovided with a through hole; the driving assembly is arranged in the body; the body height measuring device is connected with the driving assembly, and under driving by the driving assembly, the body height measuring device stretches out of the body or retracts into the body through the through hole. According to the air conditioner, the driving assembly is used for driving the body height measuring device to move and stretch out of the body, then the height of a user is measured through the body height measuring device, and the requirement for measuring the height of the user in a family ismet; and besides, when in a non-measurement state, the body height measuring device can also be stored and hidden in the body through the driving assembly, so that the air conditioner is more attractive, the body height measuring device can also be effectively protected, and it is prevented that because the body height measuring device stretches out of the body for a long time, damage is caused or dust is gathered.

The invention provides a resource recycling bin based on internet and Internet of Things and a data processing achievement method. The resource recycling bin comprises a bin body, a charging box arranged in the bin body and capable of weighing charged materials, a display screen arranged on the bin body and located above the charging box, a CPU control chip arranged in the bin body, a wireless communication module arranged in the bin body and used for wireless data sending or receiving, a body height measuring device arranged on the outer wall of the bin body and a weight measuring device arranged on the outer wall of the bin body. The space under the charging box in the bin body is a storage box capable of monitoring the storage amount of recovered materials in real time. The devices are electrically connected with the CPU control chip. When the charging box completes weighing of the charged materials, the bottom of the charging box is opened, and the put materials drop into the storage box. The resource recycling bin can achieve real-time weighing of the charged materials and real-time monitoring of the storage amount of the recycled materials and attracts users through the body height and weight measuring devices.

The invention discloses a dining table realizing automatic adjustment on height. The dining table realizing automatic adjustment on height comprises a dining table body, a lifting adjusting device, abody height measuring device and a control device, wherein the body height measuring device comprises a first contact and a second contact which are respectively connected with the control device; when the two hands of a user contact the first contact and the second contact respectively, the control device sends a current signal to the first contact, and the current signal is transmitted to the second contact through the two hands of the user; the control device calculates the distance between the two hands according to the time running from the first contact to the second contact of the current and the speed of the current flowing through the human body, and sends a height adjusting signal to the lifting adjusting device according to the calculated distance between the two hands, and thelifting adjusting device adjusts the height of the dining table body till the dining height matched with the body height of the user is reached. For the dining table realizing automatic adjustment onheight, the body height of the human body can be conveniently acquired, the height of a faucet can be automatically adjusted till the dining height matched with the body height of the user is reached,and thus the dining of the user is greatly facilitated.

The invention relates to the technical field of forensic measuring tools, in particular to an automatic human body size measuring device and method for forensic detection, and aims to solve the problems that a forensic needs to frequently move a human body in the measuring process, so that huge physical power is consumed, the measuring time is long, and the working procedures are tedious. The device comprises a frame plate, a graduated scale is arranged on the side edge of the frame plate; a height measurer which is used for measuring the height of a human body and is arranged on the frame plate; a back jacking mechanism which is used for lifting the back of a human body and is arranged at the bottom of the frame plate; a girth measuring device for quickly measuring the girth of each part of the human body, and a flexible rule for measurement. According to the device of the invention, by means of the human body measurement assisting device, the forensic can be assisted in human body measurement, and the problem that multiple persons need to work cooperatively in the measurement process can be solved.

The invention relates to a human body height measurement method and device based on monocular vision and electronic equipment, and belongs to the technical field of height measurement. The method comprises the steps that a target image is acquired, wherein the target image is an image, acquired by camera equipment calibrated in advance, of a measured person standing on the designated ground; the target image is processed and analyzed to obtain coordinate data of intersection points of the head top and the feet of the measured person and the ground in the target image; and the coordinate data are processed and calculated according to internal reference and external reference information obtained by the camera equipment during pre-calibration to obtain the actual height of the measured person. According to the invention, high efficiency can be guaranteed, and meanwhile human body height measurement can be realized with relatively low cost.

The present invention is a hydraulic lifting basketball stand, which includes a base fixed on the ground, a column and a backboard arranged on the column, a basket is arranged on the backboard, a hydraulic cylinder is arranged on the base, and the hydraulic cylinder is controlled by a controller. , the upper end of the hydraulic cylinder is provided with a mounting seat for installing a column, and the mounting seat is provided with a first basketball box, a second basketball box and a third basketball box with five, six, and seven different types of basketballs placed respectively. The first basketball box, the second basketball box and the third basketball box are provided with an upwardly open movable door driven by a miniature hydraulic cylinder on the front side, and a height measuring device is arranged on the mounting seat, and the height measuring device is connected with the control hydraulic cylinder and The controllers of the miniature hydraulic cylinders are all connected with the central monitoring device. The invention has simple structure and reasonable design, not only can adjust the height of the basketball stand according to the average height of the students, but also can help the students to choose a suitable type of basketball.

Disclosed is a height measuring system and method. The height measuring system of the disclosure comprises an image obtaining unit configured to obtaining a depth image and a processing unit configured to analyze and determine a ground and a top of a head of a human body in the depth image and calculating a distance between the top of the head of the human body and a plane of the ground as a height.