39 results about "Body Weight Test" patented technology

A device for measuring and displaying body parameters includes a sensor that generates a signal representing a detected body parameter, such as body fat, body water and weight, and blood pressure of an individual; a transmitter to wirelessly transmit the signal; a receiver to receiver and display the sensed measurements as well as a user's name, time, date and temperature. The invention also pertains a method for determining fitness comprising the steps of: inputting, data pertaining to one of date, time, an individual's name, and fitness statistics, sensing parameters of one or more of a body fat, a body water, blood pressure and a weight; recording sensed parameters and said data; and transmitting the sensed parameters and said data; receiving said sensed parameters and said data and a signal proportional to a temperature and displaying one or more of said sensed parameters, data and temperature on a portable display unit.

An apparatus and a method for measuring a body weight of a user are provided. The apparatus includes a container containing a fluid inside for supporting the user, a fluid sensor measuring a pressure of the fluid inside the container, and a control unit determining the body weight of the user. The fluid sensor measures a change of the pressure as the user lying on the container, and the control unit determines the body weight of the user based on the change of the pressure.

A device comprising: a body weight acquiring unit for acquiring measurement data wherein the body weight of a subject is associated with a measurement date; a memory unit for storing the measurement data acquired by the body weight acquiring unit; a target acquiring unit (182) for calculating the target circadian variation, which includes body weight variation while sleeping and target circadian body weight change, on the basis of the measurement data stored in the memory unit; and a calculating unit (183) for calculating the target value on the basis of the target circadian variation acquired by the target acquiring unit (182), wherein said target value is a value that is to be considered as the target in the measurement of the subject's body weight at bedtime (i.e., a second timing) compared with the body weight measured at awakening (i.e., a first timing).; The target acquiring unit (182) calculates the target circadian change, on the basis of the measurement data stored in the memory unit, so that the target circadian change falls within a preset range of change ratio compared with the body weight at awakening.

A shoe built-in piezoresistive body weight sensor belongs to the technical field of wearable body weight testing and relates to a shoe built-in piezoresistive body weight sensor. The sensor breaks the spatial range restriction of monitoring diagnosis by medical institutions, facilitates daily body weight monitoring, and can provide theoretical basis for human foot health care, movement posture correction and scientific shoe making. The sensor comprises an output end, a first polyester film and a second polyester film. The first polyester film and the second polyester film are arranged from top to bottom one by one. A first silver electrode layer, a pressure-sensitive ink layer and a second silver electrode layer are arranged between the first polyester film and the second polyester film. The first silver electrode layer is arranged on the upper surface of the pressure-sensitive ink layer, and the second silver electrode layer is arranged on the lower surface of the pressure-sensitive ink layer. The first polyester film, the second polyester film, the pressure-sensitive ink layer, the first silver electrode layer and the second silver electrode layer are all in the shape of a shoe pad. The first silver electrode layer and the second silver electrode layer both extend to the output end.

The invention discloses a body weight self-balancing chair / bed, which mainly comprises a bed frame, an upper body frame, a lower body frame, a bed surface, thigh balancing rods, a connecting rod, a self-balancing adjusting rod and a limiter, wherein a supporting leg is arranged at each of four corners of the bed frame, so that a C-shaped structure is formed; and the upper body frame, the thigh balancing rods and the lower body frame are sequentially connected, so that a three-sectional structure is formed, and through mechanical linkage, one plane and three fold surfaces are formed. According to the body weight self-balancing chair / bed provided by the invention, an existing normal bed surface is designed as a three-sectional structure, wherein the upper body section can be turned upwards and serve as a backrest, the middle section is in charge of bearing weight from hips to knees, meanwhile, the middle section functions as an action force source for turning up the upper body section, and the lower body section is synchronously turned downwards when the upper body section is turned upwards and is in charge of supporting leg space below the knees and feet, so that the body weight self-balancing chair / bed can be optionally switched between a standard lying bed and a standard chair; strong impact and vibration can be avoided when a person having difficulty in moving gets on or gets out of the bed; in addition, the body weight self-balancing chair / bed, which conforms to ergonomic under a mediate state, can offer an optimum resting position, so as to relieve body fatigue; and an entire gesture transformation process is completely adjusted on the basis of body self-weight balance, without the assistance of external force.

Composition comprising at least two components, more preferably at least three components, more preferably at least four components, selected from the group of (i) a nucleoside equivalent, (ii) an omega-3 polyunsaturated fatty acid selected from the group of DHA, DPA and EPA, (iii) a vitamin B, (iv) a phospholipid, (v) an antioxidant and (vi) a choline, with the proviso that at least component (i) or (iii) is present, for use in the prevention or treatment of frailty in a mammal, wherein frailty is determined by compliance with at least 2 criterions, preferably 3 criterions, selected from the group of muscle weakness, excessive feelings of exhaustion or fatigue, abnormally low physical activity, slow or unsteady gait, weight loss, and neurological dysfunction.

The present functional shoe was conceived to become a momentum against force, by forming portions that can support the instep and the base of the toes on the shoe itself so as to enable the base of the toes which are capable of exerting force from the foot of a person to be applied to the force imparted by the shoe, as when the toes are inserted between parts of furniture in order to perform sit-ups using the supporting force of the toes, as described above. Accordingly, the force exerted by the instep and the base of the toes within the shoe may be further applied by the wearer. For example, when a batter impacts a ball while batting in a baseball game, the batter can brace his own toe bases and insteps against a body weight supporter formed in the shoe so as to further apply his body weight against the ball upon impact; and when a golfer makes a tee shot in a golf game, the golfer can brace his own toe bases and instep against a body weight supporter formed in the golf shoe during impact to realize a gain in distance from the supporting force of his instep and toe bases. Also, a supporter may be applied to a golf shoe that is focused on allowing the wearer to maintain good balance in a finishing posture of a golf swing, or the supporter may be applied to a functional shoe such as a rock climbing shoe or a military boot designed to allow the wearer to maintain good balance on inclined surfaces. The functional shoe is characterized by having a body weight supporter (21) installed thereon which is configured with a body weight support and an auxiliary support. For example, when the supporter of the present disclosure is applied to a golf shoe, the structure is such that there is no interference with a supporting shape of the foot that is naturally formed with the toes raised in order to provide support using the ligaments of the instep and toes so as to maintain balance when the body tends to sway backward in a finishing posture of a golf swing, and is one that conforms to the shape of the supporting foot. Primarily, by assisting the body in achieving balance in a finishing posture, by maintaining the shape of the toes that are raised in the planted foot so as to maintain balance in the body swaying backward in the finishing posture, and by supporting the body weight supporter forming an instep portion through the instep including a toe base portion (a), secondarily, balance can be achieved, and the effect of improving the golf game of the wearer can be realized through the golf shoe having the function of maintaining good balance in the body when in a finishing posture, which is important in a golf swing. In another example, when the supporter of the present disclosure is applied to a rock climbing shoe or a military boot, the body can be balanced upright when the body weight is swaying backward on a slightly uphill surface by bracing the body weight supporter with the instep including the toe base portions; and when a rope or wire is grasped with the arms on a steeply inclined surface, the body weight supporter formed on the instep portion is supported by the instep including the toe base portions so as to function as a lever and to support the body weight, in order to alleviate the load on the arms.

A body weight management device includes a body weight obtainment unit that obtains measurement data in which a body weight measurement value and a measurement day / time are associated with each other, an increase / decrease amount calculation unit that calculates a target intra-day variation amount by which the body weight varies during sleep, a target obtainment unit that calculates a target value when measuring a pre-sleep body weight value at a second timing before the measurement subject sleeps relative to a post-waking body weight value that is measured at a first timing after the measurement subject wakes, an advice obtainment unit that obtains advice information regarding meals to achieve the target value, based on a result of comparing a pre-meal body weight value measured at a third timing prior to a meal with a threshold value, and an output processing unit that outputs the obtained advice information.

The invention discloses a method and a system for tracking body weight through a mobile terminal. The method is that a weightometer is connected with the mobile terminal through a cloud server; when weighting and examining the change of the body weight in recent period, the user can weight through a weighting sensor to obtain weighting data and then upload the weighting data to the cloud server through a data sender to be stored and analyzed, and finally a data receiver sends the stored and analyzed result data to a display interface of the mobile terminal, so that the body weight can be displayed through the mobile terminal, and the problem that the body weight is directly displayed in the weightometer and watched by other people can be avoided; in addition, a body weight trend variation map can be created according to stored body weight data obtained at different times, thus the user can know the variation of the body weight conveniently, and as a result, the user can use conveniently.

The present invention relates to an electronic-weighing system capable of weighing the weight of human body on other celestial body and its making method. When the microprocessor is used for defining the weight of human body on their celestial body in the course of weighing human body by using said invented electronic-weighing system siad invention utilizes the weight multiple relationship of body on the earth and said body on other celestial body to make conversion so as to obtain the weight of human body on other celestial body.

The invention relates to a pair of shoes capable of weighing body weight, and belongs to the technical field of articles for daily life. Each of the shoes comprises a sole and a vamp connected to the sole, wherein a gravity sensor is arranged in the sole; a digital display is arranged on the vamp; and the digital display is connected to the gravity sensor by virtue of a lead wire. The shoes disclosed by the invention are simple in structure and low in production cost; and the shoes not only can keep original shoe functions but also can measure the body weight of a user anytime and anywhere.

The invention relates to a composite with weight-reducing, body-shaping and weight-controlling functions. The composite comprises, by weight, 30%-80% of water-soluble dietary fibers, 5%-60% of white kidney bean extract, 5%-50% of oligosaccharide powder and 1%-20% of haw apple extract. The composite has effects for fat people or overweight but not fat people, and can effectively reduce the weight, lower the fat percentage, facilitate reduction of body fat, obviously reduce the waistlines and the hipline, strengthen muscle, improve the body shape, enable the body to be more curvaceous, and be used for weight control. The composite further has an auxiliary function for hyperglycemia and hyperlipidemia people. In addition, the composite can regulate intestinal flora, improve the breeding environment for beneficial bacteria of the intestinal tract of the human body, promote excretion of vivotoxin and metabolic waste, and achieve the effects of expelling of noxious substances and beauty. The composite is convenient to take, meets the requirement for a rapid pace of life for modern people, and is safe, effective and free of any toxic and side effect.