17 results about "Hip Circumference" patented technology

The utility model discloses a measuring tape for measuring waistline and abdominal circumference, which relates to the field of medical measuring tapes and comprises a housing, an upper cover is fixedly mounted at the top of the housing, a measuring tape strip is fastened on a measuring tape chuck, one end of the measuring tape strip extends to the outside of the housing for measurement, a dial plate is arranged inside the upper cover, and the dial plate is fixedly mounted on the measuring tape chuck. The top end of the rotating shaft is connected to a pointer arranged on the upper surface of the dial plate in a penetrating mode, and a round key, an inductor, an LED indicating lamp and a long key are sequentially arranged on the outer side of the upper cover. The sensor, the LED indicating lamp and other elements are integrated on the basis of the measuring tape, the number of rotation turns of the pointer can be sensed in real time, a clear reading interface is provided through the dial plate, the specific value of the waist circumference or the abdominal circumference is calculated accordingly, meanwhile, the LED indicating lamp can be matched with the sensor to display the grade of the chest circumference, and the grade of the chest circumference is distinguished through different colors. Therefore, the user can clearly know the chest circumference condition of himself / herself.

The utility model discloses a ruler capable of accurately measuring hipline, which comprises a measuring tape, the measuring tape comprises a leather surface coating layer and an anti-sagging and anti-bending core layer, the leather surface coating layer is coated outside the anti-sagging and anti-bending core layer, and at least one side surface of the leather surface coating layer is provided with scales along the length direction. The measuring tape is suitable for hip circumference measurement, the measuring tape is composed of the anti-sagging and bending core layer and the leather surface wrapping layer wrapping the anti-sagging and bending core layer, the measuring tape can not sag at the far end due to the gravity of the measuring tape during measurement through the anti-sagging and bending core layer, that is to say, the measuring tape can be kept on the same horizontal plane during measurement, and the measurement accuracy is improved. And through the structural design of the transverse core strip and the longitudinal core strip, when the measuring tape bypasses the hip of a measurer, the whole measuring tape can be in a horizontal state and cannot be bent only by applying certain force to the two ends of the measuring tape or supporting the middle part of the measuring tape, so that the measuring accuracy is further ensured.

The utility model discloses a rapid pig hip circumference measuring device which comprises a support, a holding arm, a scale ring, a coil and a spring disc. The support comprises a right round head, a left round head, a cross rod and a coil wire pulley fixed to the left round head, the right round head and the left round head are installed at the two ends of the cross rod respectively, and the coil wire pulley is installed in the left round head; the embracing arm comprises a right embracing arm and a left embracing arm, and the right embracing arm and the left embracing arm are mounted on the right round head and the left round head respectively; the scale ring comprises a hollow ring body and scale marks, the outer side of the spring disc is sleeved with the scale ring, and the scale marks are engraved on the hollow ring body. According to the rapid pig hip circumference measuring device, the two holding arms are held by two hands and attached to the hip of a pig to be measured, then the hip of the pig can be rapidly measured by reading the degree on the scale ring, and the rapid pig hip circumference measuring device is simple in structure, small in size, easy to operate, convenient to disassemble, capable of saving space and convenient to carry and operate in the first line of pig production.

The invention discloses a yoga pants plane pattern making method based on sports engineering and yoga pants, and belongs to the technical field of clothing pattern making. The yoga pants plane pattern making method comprises the steps that a waistline, a hip line, a crosspiece line, a knee line, a shank line and a foot opening line are sequentially determined on a material, and the height position of each circumference line is obtained according to the parallel offset relation of the waistline in the first direction; determining a front center line, a rear center line and a waist dart line according to the hip line, the crosspiece line and the knee line, and determining specific sizes of the knee line, the shank line and the foot opening line according to the shank line and the foot opening line; cutting the material into a basic prototype according to the line segments and the positioning points, and setting a belly parting line, a waist dart and a pocket opening on the basic prototype, so as to obtain a cut-part picture for manufacturing; and the plane model can be matched with the dynamic change of a human body in the knee bending, stretching and twisting processes, so that the fitness and the extensibility of the manufactured yoga trousers are improved.

The application discloses a garment design size recommendation method, including a size recommendation method of a coat and trousers, the coat including sleeves and a body, the sleeve size including a sleeve length, the body size including a body length, a sleeve length, a bust, a waist and a hip, the sleeve length of the sleeve and the body length of the coat are determined according to the height of a customer, the bust, the waist and the hip of the coat are determined according to the weight of the customer, under a height standard, the dimensions of the bust, the waist and the hip are increased by 2 cm every time the weight is increased by 2 kg; the size of the trousers includes a trouser length and a waist, the trouser length is determined according to the height of the customer, and the waist is determined according to the weight of the customer. When the garment size is determined by using the method, different body lengths are provided for users with different weights under the condition that the sleeve length and the body length are unchanged, different trousers with different waists are provided for users with different weights under the condition that the trouser length is unchanged, so that users with various body types can obtain clothes that fit well, individual needs are met, and the satisfaction of the users is improved.

Device for the approximate determination of the pelvic circumference of an injured person suspected of having an unstable pelvic fracture, with at least one measuring tape, characterized by that the measuring tape (9) has a zero mark (10) and several boundary marks (11 - 14) spaced apart from the zero mark (10), that different hip width ranges (15 - 17) are marked on the measuring tape (9) between the limit marks (11 - 14), and that this marking corresponds to a marking of hip circumference ranges that are specified in the product specifications of a particular pelvic sling.

The application discloses trousers, comprising a front piece; the front piece is provided with a first fold and a second fold; by setting the first fold and the second fold on the front piece, a first marking line, a first sewing position and a first folding position of the first fold are determined by using a first boundary point of the first fold, a second boundary point of the first fold and a first sharp point of the first fold; a third marking line, a second sewing position and a second folding position are determined by using a third boundary point of the second fold, a fourth boundary point of the second fold and a second sharp point of the second fold; the first fold can be positioned at the position of the thigh circumference, and the second fold can be positioned at the position of the hip circumference; the trousers can adapt to wearers with different thigh circumferences and hip circumferences, without increasing the size of the calf position of the trousers, so that the thigh circumference and the hip circumference of different people can be adapted, and the calf can be modified.

The invention discloses a trouser model design method based on dynamic ergonomics and application thereof. The trouser model design method comprises the following steps: determining basic models of a front piece and a rear piece of a trouser model; setting the rear binding potential angle of the trouser plate to be 5-13.1 degrees; s3, carrying out segmented offset design on the front and rear piece trouser center lines: determining a front crosspiece lateral movement point, a front knee line lateral movement point and a front leg opening line lateral movement point, and sequentially connecting the points to form the front piece trouser center line; and determining a rear crosspiece sidesway point, a rear knee circumference line sidesway point and a rear leg opening line sidesway point, and sequentially connecting to form a rear piece trouser middle line to obtain a trouser model. The invention is suitable for sports pants. By means of the design of the rear trapped potential angle, the mutual exclusion phenomenon that the hip circumference of the trouser side protrudes and the rear middle hip circumference is stacked and hooked can be eliminated. The crotch bottom is flat, and the hip circumference on the trouser side is straight. Moreover, based on a gradual change type dynamic balance theory, the offset of the middle line of the trousers is decomposed into sections of knee girths and foot openings, so that the offset rates of the hip-knee-ankle sections are in a gradual change relation, and the problem that the position of the traditional upper side knee girths is obviously sunken from outside to inside is solved.

The utility model discloses a portable waist and hip circumference measuring instrument which comprises a base (1), a bottom sleeve (2) is arranged on the base (1), an adjusting rod (3) is arranged on the bottom sleeve (2) in a sliding connection mode, and an adjusting sleeve (4) is arranged on the adjusting rod (3) in a sliding connection mode. A mounting shell (5) is arranged on the side portion of the adjusting sleeve (4), a transverse bent hose (6) communicated with an inner cavity of the mounting shell (5) is arranged on one side of the mounting shell (5), and a positioning mechanism (7) is arranged on the other side of the mounting shell (5). A measuring tape disc (8) is arranged in an inner cavity of the mounting shell (5), a measuring ruler (9) is wound on the measuring tape disc (8), the measuring ruler (9) is arranged in the transverse bending hose (6) in a penetrating mode, and a connecting mechanism (10) matched with the positioning mechanism (7) is arranged at the end of the measuring ruler (9); the problem that the waist and the hip of a physical examination customer need to be embraced in traditional measurement is solved, in addition, the measuring rulers can be kept on the same horizontal plane during measurement, and the measurement accuracy is high.

The present application relates to the field of clothing technology, especially to the field of IPC A41D1, further to the pants type process of flat-hip and hip point down body type, comprising the following steps: (1) designing the back pants piece and the front pants piece with the required size and shape; (2) cutting out the back pants piece semi-finished product, drawing the waistline AB, the hip circumference line CD, the upper crotch line EF, the middle crotch line GH and the back middle seam line JK; (3) determining the position of the hip height point and the province of the back pants piece, and drawing the province length; (4) cutting along the province edge line, splicing, and collecting the province; (5) carrying out the back pulling treatment on the back pants piece; (6) sewing the back pants piece and the front pants piece. The pants type process provided in the present application effectively solves the rear middle hip empty and the rear crotch oblique phenomenon of the flat-hip and hip point down body type women.

The trousers design method comprises the steps that a basic paper pattern is manufactured, the basic paper pattern comprises a front trouser piece and a rear trouser piece, the front trouser piece is provided with a front trouser piece middle line and a front trouser piece knee line, the rear trouser piece is provided with a rear trouser piece middle line and a rear trouser piece knee line, and the basic paper pattern is further provided with a first hip line and a crotch bottom line; the movement looseness of the buttocks is increased, the outer side end point of the first hipline on the front trouser piece is folded, the outer side end point of the first hipline on the rear trouser piece is opened, and a second hipline is formed; knee activity space is increased, knee pant pieces are added to the front pant piece, knee nest pant pieces are added to the rear pant piece, and first hollowed-out parts penetrating through the knee nest pant pieces in the thickness direction are arranged at the knee nest positions of the knee nest pant pieces. And making a final-edition paper pattern. According to the trousers design method disclosed by the invention, the comfort of the sporter in trekking, riding, climbing and other exercises can be improved, the sports physical ability is saved, and meanwhile, the service life of the trousers can be prolonged. The invention further discloses trousers and clothes.

The invention relates to the technical field of shapewear, in particular to a hip-lifting and abdomen-contracting shapewear processing technology which is characterized in that a shapewear body, a hip-lifting and abdomen-contracting integrated sheet, a first bottom crotch piece and a second bottom crotch piece are adopted to form a bodybuilding shapewear, and a traditional technological structure that a front piece and a rear piece are connected and provided with an outer side seam and an inner side seam is abandoned for the shapewear body. The underwear main body unfolding piece which is unfolded along the rear middle seam and the inner side seam is adopted, the waist dart is arranged at the position, corresponding to the outer side seam, of the underwear main body unfolding piece, so that the model problem that the waistline is small and the hipline is large is solved, and the dart length of the waist dart is controlled to avoid the hip lifting piece; therefore, the hip-lifting and abdomen-contracting integrated sheet can be combined on the underwear main body in an integral structure, the sewing process of the hip-lifting piece and the abdomen-contracting piece at the side seam is reduced, and the seamless design that no outer side seam exists below the hip-lifting piece is achieved in appearance.

The application discloses a body fat index prediction method and system based on monocular RGB images and a three-dimensional parameterized human body model. The method obtains monocular images and demographic characteristics of a target object, aligns the three-dimensional reconstruction and coordinate scale, extracts standardized three-dimensional features such as height and waist-hip circumference; when the real body weight is missing, the intermediate state body weight is predicted using the stacking inversion mechanism, and derived features such as body roundness index are constructed; then the global features are input into a multi-target regression model group anchored with the DXA gold standard, and the subdivided body fat index is output, and an intelligent health report is generated combined with a large language model. The application breaks through the dependence of traditional methods on body weight, realizes non-contact and fully automatic multi-dimensional body fat evaluation, and effectively reduces the screening cost of digital medical treatment.

The invention relates to a method for eliminating rear inclined locks of trousers, which comprises the following steps of: S1, cutting a rear cut piece IJHXY into a rear upper cut piece IJHBA and a rear lower cut piece B1XYA1 along a knee circumference line AB, and horizontally moving the rear lower cut piece B1XYA1 towards a trousers inner sewing line HX by 0.8-1.2 cm; s2, lengthening the width of the rear crotch bend, and correcting the inclination of the rear cut-part of the trousers; s3, re-determining the trouser center line and adjusting the hip circumference; according to the method, through knee circumference line segmentation and displacement of a pants rear lower cutting piece B1XYA1, the tension of a hip fabric is released, a rear crotch bend is lengthened to reconstruct a hip curved surface space, the length and the width of the rear crotch bend are lengthened, and an upward splayed inclined lock of the rear crotch is eliminated; after the trousers manufactured by the method are worn, the buttock peak at the buttocks is full, so that the trousers are more attractive and comfortable to wear, and the production efficiency is improved.

1. The name of the design product: multifunctional intelligent physical examination machine (T600). 2. The use of the design product: for measuring and managing height, weight, blood pressure, heart rate, fat, human composition, body temperature, blood oxygen, waist-hip circumference, blood lipids, hemoglobin, etc. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view.

The present invention relates to an artificial intelligence-based virtual clothing fitting system comprising: a body information generating unit that generates body information including a user's height, chest circumference, waist circumference, and hip circumference based on a body image of a user captured by a 3D camera; an avatar generating unit that generates a 3D avatar based on the body information; a clothing generating unit that generates a 3D clothing based on a previously stored clothing drawing; and a simulation unit that fits the 3D clothing to the 3D avatar to generate simulation information indicating the elongation rate, curvature, and contact pressure of the 3D clothing. The system includes a rendering unit that visually outputs the 3D avatar fitted with the 3D clothing based on the simulation information, and the body information generation unit includes a preprocessing module that generates 3D point cloud data from the body image and preprocesses the body image by performing background removal, noise filtering, surface refinement, and alignment processing on the point cloud data; an extraction module that inputs the preprocessed body image into an artificial intelligence model based on a PointNet architecture to extract feature points from the point cloud data, wherein if the prediction reliability of the feature points falls below a preset threshold, the feature points are discarded or classified as targets for re-estimation; and a computation module that generates the body information by performing a consistency check by comparing the distance between the feature points with standard human body ratios, determining feature points exceeding a preset tolerance as errors, and calculating the user's height, chest circumference, waist circumference, and hip circumference based on the distance between feature points that passed the consistency check. The simulation unit calculates the elongation rate, the curvature, and the contact pressure by placing the 3D clothing on the surface of the 3D avatar, wherein the elongation rate is the 3D It is calculated based on the degree of surface deformation of the garment, and the curvature is calculated based on the change in curved slope and folding distribution of the 3D garment.The above contact pressure is calculated based on changes in the contact position and contact distance between the 3D garment and the surface of the 3D avatar, and the simulation unit generates predictive simulation information reflecting future body shape changes of the 3D avatar through an artificial intelligence prediction module comprising a recurrent neural network (RNN) with a Long Short-Term Memory (LSTM) or Gated Recurrent Unit (GRU) structure that performs time-series-based body shape change modeling based on user information including health status information, age information, weight change trend information, pregnancy status information, gestational week information, hormone change history information, and seasonal environmental information; if the user is pregnant, the artificial intelligence prediction module generates a 3D avatar at a future point in time by reflecting changes in the body shape of the user's abdomen, hips, and thighs according to the gestational week information, and generates the predictive simulation information by calculating the elongation rate, curvature, and contact pressure of the 3D garment for the 3D avatar at the future point in time; and based on the seasonal environmental information, reflects changes in the body shape of the abdomen and upper body due to reduced outdoor activity and weight gain in winter, and sweat wicking and body heat dissipation efficiency in summer A 3D avatar at the future point in time is generated by reflecting a decrease in body shape due to increase, and the elongation rate, curvature, and contact pressure of the 3D clothing for the 3D avatar at the future point in time are calculated to generate the prediction simulation information. The rendering unit generates a rendering frame at the present point in time based on the simulation information and generates a rendering frame at the future point in time based on the prediction simulation information. The rendering frame at the present point in time and the rendering frame at the future point in time are output simultaneously, and enlarged display or color contrast is applied to mesh areas where the difference in elongation rate, curvature, and contact pressure between points in time exceeds a preset reference value. According to the present invention, a digital clothing is virtually fitted to a 3D avatar generated based on the user's body information.By providing results visually and simultaneously quantitatively analyzing fitting responses—such as garment deformation patterns and fit characteristics—it is possible to offer a fitting experience close to actual wear in an online environment. This allows consumers to more accurately select clothing suitable for their body types, thereby reducing return rates and increasing purchase satisfaction. Furthermore, based on the quantitative analysis of wearing responses, various functions such as size recommendations, fit predictions, and wear simulations can be automated. This enables applications in diverse fields, including clothing design, virtual fitting shopping malls, and personalized recommendation systems, contributing to improved user experience, distribution efficiency, and the digital transformation of the entire industry.

When it comes to back orthoses, adapting the orthosis to the respective body size usually requires selecting a specific size of back orthosis individually for each body size of the individual or patient.A back orthosis side shell unit is provided for protection and support in the lateral body region, particularly in the hip area of ​​an individual, with a cranially and caudally projecting attachment section for attaching the back orthosis side shell unit to a back orthosis in the dorsal region, wherein the back orthosis side shell unit (10) has a ventrally projecting size tolerance section which can be adjusted in size by / along at least one (target) dividing line by removing any oversized sections, such that the back orthosis side shell unit or the back orthosis equipped with it can be provided in a single unit size, particularly over a hip circumference range of at least 50 cm, wherein the contour of the dividing line geometrically corresponds at least approximately to the circumferential contour (13.1) of the edge of the ventrally projecting size tolerance section.This allows for a very cost-efficient provision of the back orthosis for very different body sizes, as well as easy size adjustment of the back orthosis, especially in the lateral or ventral extension direction.