62 results about "Weight measurement scales" patented technology

A weight scale (5) has a cordless remote control (1) that utilizes an IR remote connection and an LED screen (6) in the handheld control (1) that displays data related to the function of the scale (5) and which features an array of control buttons (2) each dedicated to measured or calculated parameters.

A radial-hinge mechanism includes one or more elongated members arranged and interconnected into a unique, geometry-based, closed-loop assembly often resembling a multi-point star when in its fully-closed mode. The mechanism's signature function is its variable nature of pivoting open from a centralized hinge-core as its substantially circular inner-aperture concurrently contracts in its own circular dimensions. Additionally, the mechanism has a natural susceptibility to spring-biasing techniques to further modify its versatility and performance. Applications for the mechanism include numerous support frameworks along with devices and apparatus encompassing the likes of: sheaves and spools; weight-scales and elevators; shock and impact absorbers; throwers and grabbers; interfaces with bellows for valves and pumps; interfaces with fans, props and cutters; interfaces with shafts for functions of braking, clutching, gripping; and a stacking of radial-hinge mechanisms or casting in arrays; in addition to combinations of forms and attachments applicable to the mechanism's multi-functional propensities.

The invention discloses an intelligent identity recognition weighing scale adopting optical camera shooting scanning. The weighing scale comprises a weighing scale body, wherein the weighing scale body comprises a bearing base plate, a weight measuring pressure sensor and a substrate which are overlapped sequentially from top to bottom; a wide-angle night vision camera module is arranged between the bearing base plate and the substrate; the bearing base plate is a plate body made from a transparent material; the wide-angle night vision camera module is connected with a single chip microcomputer by a data transmission unit. According to the weighing scale disclosed by the invention, the measurement is rapid, the identity of a user can be determined immediately according to the size of the foot surface without enabling the user to take off shoes or socks, and also the identity of the user can be recognized more accurately.

Scales include at least one transducer, a weighing pan arranged such that weight applied to the weighing pan is referred to the transducer, and electronics which receive an output from the transducer and drive a display to provide a user with a visible indication of the weight applied to the weighing pan. The transducer and electronics are contained in a sealed enclosure defined at least in part by a flexible water-tight membrane which is able to move and thereby (a) to accommodate changes of volume of the sealed enclosure without creating a pressure differential between the interior and the exterior of the sealed enclosure and (b) to accommodate movement of the weighing pan. The water-tight membrane may include a double film comprising a saturated salt solution between two films.

A method for controlling a body weight and any weight-dependent parameters comprising consistent daily measurement of these parameters, setting monthly runs for monitoring, constructing a new control scale for each run based on individual variability of these parameters for the previous month, and identification of in-control, out-of-control and on-target states according to real nonrandom shifts of these parameters. The real shifts among their random fluctuations are detected by special control rules developed before for quality control. The method provides evaluation of progress and efficacy of the weight control over the run by measuring a mean value of results, variability of results and a score for weight shifts. The method may be embodied in paper template forms separated or inserted in any printed materials as well as in algorithms for computer programs inserted into a weight scale and other measuring devices, personal computer, PDA and other electronic devices, and in algorithms for programs provided direct data transfer from measuring devices to the computer.

According to the weight evaluation system based on the computer vision technology and the implementation method, a central processing unit, a memory, a wireless transmission module, an ear tag module, a distance sensor, a display screen, a camera and keys used for control operation are integrally arranged in handheld shell equipment, and the weight evaluation system has the advantages of being small, exquisite, light, convenient to use and high in practicability. And carrying and operation are convenient. Secondly, parameters are obtained through image processing of the animal body, the parameters are fitted with known weight data to obtain a mathematical model and stored in a database, the system recognizes the type of a moving object and calls a related model during actual application, weight estimation data of the animal is obtained through calculation, and the problem that the weight of the animal is not estimated due to the fact that a traditional weighing scale obtains the weight of the animal can be effectively solved. According to the method, the problems that animal individuals are not completely controllable and operation is tedious are solved, non-contact animal weight evaluation can be achieved, dependence on a traditional weight scale is reduced, the prediction result is reliable, and the efficiency is high.

A system with a first weighing scale apparatus, wherein said first weighing scale apparatus is configured to measure a body weight when said first weighing scale is facing upward and a second weighing scale apparatus, wherein said second weighing scale apparatus is configured to measure an amount of food when said second weighing scale apparatus is facing upward and said first weighing scale apparatus is facing downward. A platform is configured to perform a weight control function. A user interface of the platform is configured to display and accept information. An action button is configured to indicate whether body or food is to be weighed, and a comment section is configured to display a preset alert notification of a status of said weighing scale device.

A combination fishing net and weight scale with length measuring ruler. The weight scale components are incorporated at a distal end of the handle of the fishing net opposite the end incorporating the net basket. A fish may be retained in the net basket and the distal end of the handle is held up to allow the major portion of the handle and the fishing net basket to extend downward under gravity. The weight of the fish is shown on an indicator positioned in the end (movable) component of the handle that shows through an aligned aperture on the main (fixed) handle component. An internally fixed spring extends between the movable component and the fixed component of the handle. Alternately, a solid state electronic scale may be used in the same position. A length measuring device may be positioned along the length of the handle.

The invention provides a weighing scale capable of measuring weight values of four corners and a method, and belongs to the technical field of weighing scales. The weighing scale comprises a weighingscale body and a bearing plate, and a weighing measuring device is arranged on the weighing scale body and comprises a plurality of weighing sensors arranged on the weighing scale body and analog-digital conversion chips connected with the weighing sensors; the bearing plate is located on the weighing ends of the weighing sensors; the weighing measuring device is connected with a microprocessor, the microprocessor is arranged on the weighing scale body and used for utilizing a plurality of difference AD values for calculating weights born by the weighing sensors according to the difference ADvalues, output by the analog-digital conversion chips, of the weighing sensors under different conditions, total weight of the human body is calculated according to the weight born by the weighing sensors, the intelligence degree of the weighing scale is improved, and the simplified and convenient weighing scale capable of measuring the weight values of the four corners is provided for a user.

The invention provides an automatic identification weighing scale capable of adjusting parameters according to preference of a measured person. The weighing scale comprises a weighing scale body (1),wherein the weighing scale body (1) comprises a shell (101), wherein a detection sensor (104), a data processing and storage module (105), a power supply module (107) and a contextual model adjustingmodule (127) are arranged inside the shell, the power supply module (107) supplies power to the detection sensor (104), the data processing and storage module (105) and the contextual model adjustingmodule (127). The weighing scale can detect parameters such as body weight, body fat, heart rate, arteriosclerosis and the like, can automatically identify the personal identity, can automatically adjust the scene according to the personal preference, and is convenient in use.

The invention relates to the field of counters and mainly discloses an electronic weighing machine which includes a weight balance, a kitchen scale, a human-body fat scale, a price-computing instrument, a weighing scale, a counting scale, a mass comparator and an analysis balance and the like and specifically relates to an intelligent electronic weighing machine. In a casing, a control chip is electrically connected with an output control circuit, a key input circuit, a display circuit, an input signal identification circuit and a wireless communication circuit. A problem that at present, electronic weighing machines are incapable of being connected with a computer or a handset is solved. To overcome defects of the prior art, the electronic weighing machine capable of being connected adopts a sound-wave communication method to enable the electronic weighing machine to be connected directly with a device such as a handset or a computer and the like so that setting of different functions of the electronic weighing machine can be performed on an intelligent terminal such as a handset or a computer.

The invention relates to a weighing scale convenient to store. The weighing scale comprises a storage box, a display, a weighing mechanism and an unfolding mechanism. The display, the weighing mechanism and the unfolding mechanism are all arranged in the storage box. The display is arranged at the top of the storage box. The weighing mechanism is arranged below the display. The unfolding mechanismcomprises a driving assembly and an unfolding assembly. A PLC is arranged in the display. According to the weighing scale convenient to store, weighing is achieved through the weighing mechanism. Thedisplay and the weighing mechanism are moved out and stored through the unfolding mechanism, protection of the device is realized. Meanwhile, the space is saved. Compared with an existing weighing mechanism, the weighing mechanism can be folded to further save space. Compared with an existing unfolding mechanism, the unfolding mechanism is of a pure mechanical structure, use of other electronic elements is reduced, operation is more stable, the service life of the device is prolonged, storage can be achieved through simple pushing and pulling, operation is easy, and use is convenient.

The invention relates to an intelligent general diagnosis and treatment workstation. The workstation comprises a workbench, a central data processor, an identity reader (17), a weighing scale (4) andan electrocardio detector (18), the weighing scale (4) is installed at one side of the workbench, the electrocardio detector (18) is installed at the other side of the workbench, and a body fat analyzer (3), a vision tester (2) and a height sensor (1) are sequentially installed on the weighing scale (4) from bottom to top. The workstation has the advantages that children, pregnant and lying-in women, the elder and chronic disease patients are taken as key people, and basic public health electronic informatization service is provided for all residents; and resident health record informatizationmanagement application is provided for a primary medical structure. Electronic health archives of residents are taken as the core, the archive dynamic management effect is achieved, the authenticityand the archive activity rate of archives are effectively guaranteed, the system is a necessary tool for medical staff to rapidly develop various services, and the management level of the medical staff is effectively improved.

The invention relates to a self-powered fat-measuring weight scale. The self-powered fat-measuring weight scale comprises an electronic scale and a display screen. The self-powered fat-measuring weight scale is characterized in that the self-powered fat-measuring weight scale further comprises a base a, a base b, a linkage device, a slider and linkage rods; the electronic scale is fixedly connected to the upper side of the base a; a square slot is formed in the middle of the electronic scale; the display screen is fixedly connected to the upper part of the square slot and is connected with theelectronic scale; the slider is disposed in the square slot and is located below the display screen; two sides of the slider are connected with one end of one linkage rod and one end of the other linkage rod respectively through shafts; the other end of each linkage rod is connected with one end of a corresponding spiral spring; the other ends of the spiral springs are connected with fat-measuring sticks; the base b is located below the base a; and the base a and the base b are connected by the linkage device. An existing weight scale needs the power supply of a dry battery, and as a result,the problems of resource waste and environmental pollution may be brought about, while, with the self-powered fat-measuring weight scale of the invention adopted, the above problems can be solved. Theweight scale of the invention has a fat-measuring function.

The embodiment of the invention provides a body weight measuring method and a weight scale. The method is applied to the weight scale, and the weight scale is provided with a fingerprint sensor. The method comprises the following steps: establishing wireless connection with a mobile terminal; when the real-time weight data is detected, calling the fingerprint sensor to detect the real-time palm print data of the feet of a user; searching historical weight data corresponding to the real-time palm print data; generating weight change data according to the real-time weight data and the historicalweight data; and sending the weight change data to the mobile terminal for display through the wireless connection. Different users are distinguished through the palm print data, the weight data areautomatically associated with the users, the situation that user accounts are switched or the weight data are manually divided into corresponding personnel lists when the different users measure the weight is avoided, and the operation simplicity and convenience of weight management are greatly improved.

The invention relates to the technical field of height and weight measurement, and discloses a simple height and weight measurement device which comprises a weight scale, supporting legs are fixedly connected to the lower surface of the weight scale, a first supporting block is fixedly connected to the left side of the upper surface of the weight scale, and a first rotating shaft is inserted intothe inner side face of the first supporting block. A main rod is fixedly connected to the inner side face of the first rotating shaft, a second supporting block is fixedly connected to the left side face of the main rod, and a first handle is inserted into the inner side face of the second supporting block. According to the simple height and weight measurement equipment, through arrangement of therotating block, the first connecting rod, the first circular shaft, the arc-shaped block, the third locking shaft, the first fixing block and the transmission block, the first fixing shaft can be conveniently and effectively matched with and separated from the first fixing hole, the main rod and the auxiliary rod can be conveniently and effectively stored and unfolded, and the main rod and the auxiliary rod are fixed more stably so that the practicability of the measurement equipment is greatly improved.

One or more embodiments of the invention provide an intelligent basketball training system based on the Internet of Things, relating to the technical field of physical training. The intelligent basketball training system comprises a basketball stand, and the basketball stand is composed of a supporting frame, a base, a backboard and a basket. A control end is mounted in the base; a weighing scaleis embedded in the surface of the base, a displacement sensor is installed on the lower portion of the front surface of the supporting frame, an infrared sensor is installed on the inner side of the basket, a first display screen, a face recognition device and an acquisition device are arranged on the surface, back to the basket, of the supporting frame, and the control end is in electric signal connection with a client through a communication module. The intelligent basketball training system based on the Internet of Things can intelligently record and analyze the body index and the goal number of basketball trainees each time and comprehensively evaluate the training result.

The invention relates to a glass antifouling transfer line and a transfer device thereof, which are applied to the technical field of weighing scale processing. The transfer device comprises a conveying mechanism and a transfer mechanism, the conveying mechanism comprises a conveyor, positioning pieces for fixing glass plates are arranged on a belt of the conveyor, and the transfer mechanism is arranged on the side, away from the ground, of the conveyor. The purpose of transferring the glass plates is achieved through the conveying mechanism and the transfer mechanism, the situation that the glass plates scald the hands can be reduced, the situation that the hands contaminate the glass plates can be effectively prevented, the safety of the glass plates in the transfer process is improved,and meanwhile the efficiency of transferring the glass plates is improved.

The invention provides a weight scale which comprises a weighing plate (5) which is provided with many cavities. A weighing sensor (1), a power supply device (8), and an electronic system (9) are installed in the cavities. A bearing bottom plate is under the weighing sensor (1) and is placed on the ground. The weight scale is covered by an anti-slip cover (4). Besides a necessary weighing system, the electronic system has a storage system and a system which transmits a signal to the outside so as to store user weighing data and transmit data to terminal equipment such as a computer, a mobile phone or a router, terminal equipment processes the weighing data and displays the weighing data to achieve a weighing target.

The invention discloses a wireless intelligent weighing sensor system. The system comprises a cloud server, a wireless access part, a weighing sensor module, a controller module, an LED screen, an A / Dconverter, a serial port and an intelligent weighing device. The system is connected with the wireless module through a standard interface, and after the configuration succeeds, a transparent transmission mode is started to transmit data; the weighing sensor amplifies a circuit signal to the controller after sensing through a strain gauge core to realize two-way transmission with the LED screen;then the signal is transmitted to the A / D converter, and the A / D converter selects the double-speed gain after receiving the data; and the A / D converter sends the data to the awakened intelligent weighing device, and the device can directly transmit generated background data to the cloud server in a wireless mode to be backed up and stored. The system is sensitive in response, high in coverage, low in power consumption, stable in operation and particularly suitable for being applied to the fields of small household weighing tools (such as weighing scales) and the like, cloud transmission of data can be achieved, and the observation requirement of a user for weighing changes within a certain period of time is met.

The invention discloses an athletic ability evaluation method, an athletic ability evaluation system, a body fat scale and a mobile terminal, which are applied to the technical field of weighing scales and are used for solving the problems of complicated operation and high cost of the existing athletic ability evaluation method. The method provided by the invention comprises the following steps: obtaining the age and gender of a target user; when a weighing signal is received, measuring the weight and body fat rate of the target user; the age, gender, weight and body fat rate are input into apre-trained machine learning model, the target maximum oxygen uptake output by the machine learning model is obtained, the machine learning model is obtained by training sample data of multiple users,and each part of sample data comprises the age, gender, weight and body fat rate of the user and the pre-measured maximum oxygen uptake; and determining a target exercise ability corresponding to thetarget maximum oxygen uptake according to a preset exercise ability corresponding relationship, and taking the target exercise ability as an exercise ability evaluation result of the target user.

The invention discloses obesity detection equipment and a using method thereof, and relates to the technical field of obesity detection. The obesity detection equipment comprises a base, a weighing scale is fixedly connected to the top of the base, pedal electrodes are fixedly connected to the periphery of the top of the weighing scale, mounting grooves are formed in the two sides of the interior of the base, first motors are fixedly connected to one sides of the inner walls of the mounting grooves, and the output ends of the first motors are fixedly connected with first threaded rods. According to the obesity detection equipment and the using method thereof, the weighing scale is fixedly connected to the top of the base, the surfaces of the used pedal electrodes are cleaned in an automatic mode, the accuracy of test data of follow-up test crowds can be improved, electric heating pieces are arranged in the base, the electrodes can be in a constant-temperature state, the experience can be enhanced, during carrying, the height of a vertical plate can be adjusted, and the situation that the instrument is damaged due to collision in the carrying process is avoided.

The invention belongs to the technical field of height and weight measurement and particularly discloses a height and weight measurement device for a kindergarten. The device comprises a weight scale,a first measuring rod, a second measuring rod and a third measuring rod, wherein a rubber sleeve layer is fixed to the outer periphery of the weight scale in a sleeving mode, a protective backing plate is arranged at the upper end of the weight scale, a fixed base is fixed to one side of the weight scale, a handle is fixed to one side of the fixed base, the first measuring rod is rotationally connected to the upper end of the fixed base through a rotary shaft, the second measuring rod is connected to the upper end of the first measuring rod in an embedded mode, the third measuring rod is connected to the upper end of the second measuring rod in an embedded mode, and an abutting rod is fixed to one side of the upper end of the third measuring rod. According to the device, external wear ofthe weight scale is relieved through the rubber sleeve layer, the weight scale is prevented from breaking, and the service life is prolonged; the protective backing plate brings convenience to external protection of the upper end of the weight scale, dust residues are prevented, and cleaning is convenient; and meanwhile, the first measuring rod, the second measuring rod and the third measuring rodcontract relatively, and through rotation of the first measuring rod relative to the weight scale, the device is convenient to fold and store and convenient to carry.

The invention discloses a drawing type weighing scale, which comprises a weighing scale which is in a plate shape, wherein the upper end surface of the weighing scale is a measurement surface; a protective shell which comprises a flat shell body, wherein a containing cavity is formed in the shell body, a weighing scale inlet communicated with the containing cavity is formed in one end face of the shell body, and a disinfection part for disinfecting the weighing scale is further arranged in the shell body, the disinfection part comprising a plurality of infrared high-temperature baking lamps and a plurality of ultraviolet lamps for assisting disinfection, and the plurality of infrared high-temperature baking lamps and the plurality of ultraviolet lamps being arranged in a plurality of transverse rows and are arranged in a staggered manner. The weighing scale can be stored on the lower side of the bedside table by the pull-out structure, and meanwhile, the weighing scale can be automatically disinfected after being used, and a high-temperature disinfection mode is adopted. In addition, after waste heat of high-temperature disinfection is collected, the waste heat is used for assisting the measuring surface of the weighing scale to ensure a certain temperature, and the use experience of a patient is improved.

The invention discloses child growth and development detection equipment, and relates to the technical field of medical detection equipment. The invention relates to an examination and measurement bed, which comprises a bearing plate, a support plate and support legs, and is characterized in that the bearing plate and the support plate are mutually connected to form a weighing scale structure; andone surface of the support plate is welded to several support legs. The detection equipment is arranged to be of a structure of the examination and measurement bed and comprises the weighing scale, and common indexes of growth and development of children can be examined and observed more visually; the bearing plate and a positioning groove can stabilize and even fix teenagers and children on theexamination and measurement bed, so that a detection result can be obtained more easily; a head top plate and a foot top plate are matched with the bearing plate to measure the length of a lying body,so that the body of a child can reach a natural state, and a measurement result is closer to a normal value; by arranging a sampling column, the sampling column is pressed down by utilizing the gravity of a human body, so that the body form of a child is naturally formed in the sampling column group, and the detection result is more intuitive.

The application discloses a user identification method suitable for a weight scale and a weight scale. The method includes: when it is detected that the current load-bearing weight of the scale is greater than a preset first threshold, determining that a user is on the scale, and starting to continuously sample the weight value of the user; according to the sampled weight of the user value, determine the statistical result of the user's identification factor; and identify the user according to the statistical result of the user's identification factor. The user identification method applicable to the weight scale of the present invention can effectively improve the accuracy of user identification by analyzing the user's action on the scale, counting identification factors, and identifying different users on the scale according to the identification factors.