8 results about "Body scanner" patented technology

An information processing device according to one embodiment includes: a reception means that receives an API request containing user identification information of a user and service identification information indicating a service from a service infrastructure that provides the service to the user via a whole-body scanner; a first acquisition means that acquires, via a first access means, whole-body data of a category indicated by a first database as being used in the service indicated by the service identification information included in the API request from among whole-body data of the user indicated by the user identification information included in the API request; a second acquisition means that acquires, via a second access means, UI data for displaying, on the whole-body scanner, a menu for the whole-body scanner to provide the service indicated by the service identification information included in the API request; and a transmission means that transmits, to the service infrastructure, an API response including the whole-body data acquired by the first acquisition means and the UI data acquired by the second acquisition means.

The utility model relates to a simple mounting structure of a multi-view three-dimensional human body scanner, which comprises a plurality of supporting upright posts, a plurality of connecting bottom plates, a plurality of connecting cover plates, two door frame upright posts and a door frame bottom plate, the supporting stand columns are inserted into the connecting bottom plates and arranged at intervals, the connecting cover plates are arranged on the upper surfaces of the stand columns and vertically correspond to the connecting bottom plates, the door frame stand column comprises a rotating part, a connecting part and a supporting part, the rotating part, the connecting part and the supporting part are sequentially connected, and the rotating part is rotationally arranged on the door frame bottom plate. The supporting stand column is connected with the connecting bottom plate in an inserted mode, in this way, compared with a traditional mounting mode, the mounting step is faster, the lower end of the rotating portion of the door frame stand column is hinged to the door frame bottom plate, and the door frame stand column can rotate to adjust the size of an opening.

1. The name of the design product: vehicle body scanner. 2. The use of the design product: the product is an electronic camera device for a vehicle workshop, for optically capturing images of a vehicle surface, displaying target arrangements on a screen, the overall environment of the vehicle workshop, calibrating, measuring or diagnosing the vehicle. 3. The design points of the design product: in shape. 4. The picture or photo that best shows the design points: perspective view.

The present invention relates to a wireless array for small animal imaging, comprising at least a plurality of passive resonant coils, wherein any one of the passive resonant coils and two adjacent passive resonant coils partially overlap to form two first regions, and the two first regions partially overlap to form a second region. Three passive resonant coils are combined with and overlap each other to perform decoupling processing on a wireless array, thereby preventing occurrence of coupling from affecting an excitation process and a receiving process. When a small animal is loaded with a wireless array for use, the wireless array can be directly applied to a clinical whole-body scanner to acquire a magnetic resonance image of the small animal, and does not need to be used in cooperation with a special device for the small animal, so that there is no need to apply an ultra-high field strength and to be compatible with additional cable interfaces produced by different manufacturers, and the purpose of increasing the signal-to-noise ratio of the image of the small animal can be achieved.

According to an assessment method for body composition data of the present disclosure, a three-dimensional human body scanner is first provided. The three-dimensional human body scanner is provided with a database, and the database stores reference data of different races. Next, a subject inputs parameters such as race, gender, age, and body weight into the three-dimensional human body scanner. Then, the three-dimensional human body scanner scans the body of the subject to obtain the body size of the subject. The three-dimensional human body scanner obtains measurement data on the basis of the obtained body size and the parameters input by the subject. Finally, the measurement data of the subject is analyzed and compared with the reference data in the database. In this way, the subject's body composition status within his or her specific race can be assessed, thereby meeting the body composition assessment needs of different races and improving the accuracy of the assessment results.

According to the body composition data evaluation method, a three-dimensional human body scanner is provided, the three-dimensional human body scanner is provided with a data database, parent body data of different races are stored in the data database, then a testee inputs parameters such as races, genders, ages and weights into the three-dimensional human body scanner, and the parameters of the races, the genders, the ages and the weights of the testee are evaluated. Then the three-dimensional human body scanner scans the body of the testee to obtain the body size of the testee, the three-dimensional human body scanner obtains measurement data according to the obtained body size and the parameters input by the testee, and finally the measurement data of the testee and the parent data of the data database are analyzed and compared. Therefore, the body composition condition of the testee in the race to which the testee belongs can be evaluated, so that the body composition evaluation requirements of different races are met, and the accuracy of the evaluation result is improved.

The utility model relates to a mobile stand of multi -perspective three -dimensional human body scanner, including door frame bottom plate, door frame cover and two door frame stand, two door frame stands are located between door frame bottom plate and door frame cover, and the door frame stand includes rotation part, extension and connecting part, and rotation part, extension and connecting part connect in proper order, and the upper end and lower end of rotation part are hinged with door frame bottom plate and door frame cover respectively, and the upper and lower ends of connecting part are detachably connected with door frame bottom plate and door frame cover, the door frame column body is designed into the special-shaped stand column shape with rotation part, extension and connecting part, and the connecting part corresponds the original traditional door frame stand, the rotation part is used for and door frame bottom plate and door frame cover swing joint, and the extension is used for connecting connecting part and rotation part, and is thus arranged, when the personnel need to enter or leave the scanner, the connecting part is pushed, and the connecting part will deflect around the rotation part, and the entrance range is enlarged.

A method, system and apparatus determines an individual body composition by the summation of regional estimates determined from anatomical subregion geometry (e.g., lengths, surface areas, volumes). The anatomical subregion geometry may be based on a surface mesh presented by a 3D whole-body scanner. Regional composition estimates are produced by processing subregion geometry combinations by fitted weight values. The regional composition estimates are then summed to produce an individual body composition.