9 results about "Body weight measure" patented technology

A pet body fat rate measuring system disclosed by the present application comprises a body fat scale, a host and a body fat rate calculation module, the body fat scale is provided with a pet three-dimensional measuring device, a bioelectrical impedance measuring device and a weight measuring device, and the pet three-dimensional measuring device comprises a body width measuring scale, a body length measuring scale and a shoulder height measuring scale which are arranged in a relatively sliding manner. A capacitive grating displacement measuring device is formed; the body fat rate calculation module is provided with a pet body fat rate calculation model, the model is constructed through multiple groups of body shape data, electrical impedance data and body fat rate data of pets of different varieties, and the body fat rate calculation module obtains feature data, body shape data and electrical impedance data of the current pet; and calculating the body fat rate of the current pet by using the pet body fat rate calculation model. According to the utility model, the body fat scale is utilized to automatically measure and obtain the body shape data and the electrical impedance data of the pet, then the feature data of the pet and the pet body fat rate calculation model are combined to calculate and obtain the current body fat rate of the pet, the use is convenient, and the accuracy is high.

The utility model discloses a kind of mutton sheep body weight measuring device, it is related to livestock equipment technical field, including keeping cage, measuring flexible ruler and shoulder width body height measuring device, the front end outlet of keeping cage is equipped with outlet switch door, rear end import is equipped with import switch door, outlet switch door is equipped with sheep neck clamp, the inner bottom of keeping cage is equipped with electronic scale, the side of keeping cage is equipped with crossbar, shoulder width body height measuring device includes vertical rod, horizontal rod and the positioning block of sliding arrangement on horizontal rod, vertical rod is fixed on keeping cage, horizontal rod sliding arrangement is on vertical rod, two positioning block sliding arrangement is on horizontal rod, vertical rod and horizontal rod are all equipped with scale line. The utility model is convenient in measurement process, improves measurement efficiency.

The invention belongs to the technical field of live pig body weight non-contact measurement, and particularly relates to a body size and body weight measurement method for live pig key point detection under the condition of feed component optimization. The method comprises the following steps: step 1, firstly obtaining a pig point cloud, denoising the point cloud through an improved NLM, that is, after a depth camera shoots a pig, performing three-dimensional reconstruction through depth information to obtain point cloud data of the pig, and denoising the point cloud based on the improved NLM; step 2, performing posture recognition and phenotype key point recognition by using SwinT-SimCC, obtaining point cloud coordinates of phenotype key points through coordinate conversion, and calculating corresponding phenotype parameters; step 3, obtaining camera coordinates according to an identification result in the step 2, converting the camera coordinates into point cloud coordinates, and outputting the body size of the pig according to the point cloud coordinates; and step 4, inputting the body size data of the pig obtained in the step S3, outputting the weight through the M3 model, and finally completing non-contact measurement of the weight of the pig.

The present invention relates to a mechanical inversion device equipped with a dynamic balance mechanism and a continuous inversion angle adjustment system, which is designed to reduce axial pressure on the spine, improve nutrition of the intervertebral discs, and prevent musculoskeletal injuries. Common problems in previous technologies include creating asymmetrical pressure on the spine, the inability to precisely adjust the inversion angle, and the user's difficulty in returning from the inversion position to the upright position.\nIn this invention, a dynamic balance system based on symmetrical distribution of body mass, along with an angle adjustment system from 0 to 180 degrees, is presented, which allows for gradual, safe, and fully controlled inversion. The structure of the device includes an adjustable backrest, stabilizing brackets, a multi-stage stabilization frame, and a highly sensitive rotation axis that allows the user to return the device to an inverted or upright position without applying much force and with minimal resistance by simply moving the arm.\nThis design reduces mechanical pressure on the discs, increases the distance between the vertebrae, reduces muscle spasm, improves the circulation of intervertebral fluids, and ultimately prevents unnecessary surgeries. Also, the presence of predetermined angle markings allows for precise control of the inversion process for both novice and professional users.\nApplications of the device include spinal rehabilitation, physiotherapy, prevention of occupational injuries, improvement of sports performance, and treatment of vertebral compression disorders.

The utility model relates to the technical field of body weight measurement, and discloses a bedridden body weight measuring device for rescuing patients, which comprises a support, a patient weighing part is mounted on the support and comprises a patient placement part and a patient lifting part detachably mounted on the patient placement part, and the patient lifting part is mounted on the patient placement part. The patient placing part comprises a supporting seat, a plurality of supporting rods and a placing seat, a plurality of grooves are formed in the supporting seat, weight detection units are arranged in the grooves, one ends of the supporting rods are fixedly connected with the bottom end of the placing seat, and a patient can be lifted through the arranged patient lifting part; a patient is placed on the placement seat, the weight of the patient placed on the placement seat can be directly detected through the arranged weight detection unit, medicine can be applied at the fastest speed according to the weight of the patient, and the rescue process can be achieved in the fastest time.

A shoulder brace for patients who have lost mass in their upper torso due to a shoulder injury. The shoulder brace provides a plurality of pockets selectively placed so that when the shoulder brace is wrapped about the patient's shoulder, padding placed within the plurality of pockets mimics the look of upper body mass lost due to atrophy.

The application provides a full-stack sleep optimization method and system based on foot bottom and upper limb motion perception, and a medium, solves the monitoring fracture problem caused by not wearing intelligent insoles at night, and the precision defects and day-night causal modeling fracture problems existing in the existing sleep health monitoring optimization scheme based on digital twinning, and realizes personalized and high-precision closed-loop sleep optimization. The application realizes continuous dynamic calibration of body mass parameters by using the FSR array of the intelligent insole, integrates dynamic body weight into the EE prediction model, and provides high-confidence steady-state process driving input for the DT model. The application establishes a day-night data handover protocol based on an offline timestamp, ensures seamless transmission of whole-body EE load scores, and maintains the logical continuity of the system; based on the MVPA intensity and timing of the insole quantization, the causal influence of motion on the core body temperature reduction efficiency and the wake-up time after falling asleep is accurately predicted, and compensatory and targeted environmental intervention suggestions are triggered, realizing real closed-loop optimization.

The utility model belongs to the field of sika deer breeding technology, concretely relates to a sika deer breeding weight measuring device, the sika deer breeding weight measuring device, including base, the upper surface fixed connection of base has the first rectangle cylinder, the upper surface fixed connection of first rectangle cylinder has the transverse plate, the inside of transverse plate is seted up with the first round hole, the inner wall fixed connection of first round hole has the cylinder, the inner wall of cylinder is pasted and is provided with the stand. This sika deer breeding weight measuring device is through rectangle block, mounting hole, axial flow fan, U plate, activated carbon plate, second rectangle cylinder, air hole, cover plate, second round hole, straight pipe, U pipe, air hole, support column, food storage box, positioning ring and air groove, make axial flow fan after starting, the left side of weighing plate no longer has food smell, thereby when the sika deer after weighing is driven from weighing plate, will not because sika deer is affected by food smell and is unwilling to come down from weighing plate.

The invention provides a yak body size and weight measurement method and system based on DeepLabCut and depth information, and relates to the technical field of non-contact measurement. According to the method, a DeepLabCut frame is adopted as a basic platform for yak body size key point detection, an improved bottom-up and conditional top-down structure is combined to optimize the frame, and a key point detection model is constructed. Key point detection branches from bottom to top in the key point detection model are used for generating initial key points and an initial skeleton on the whole yak RGB image; and the top-from-bottom key point refining branch in the model is used for performing fine regression under the conditions of the initial key point, the initial skeleton and the individual image block, and outputting the pixel coordinate of each body size key point. The key point detection model supports end-to-end training, and efficient joint reasoning of feature extraction and key point positioning is realized. According to the invention, the problem that measurement precision and deployment complexity in a yak pasture scene are difficult to consider at the same time in the prior art is solved, and non-contact accurate measurement of the body size and the weight of the yak is realized.