103 results about "Bone structure" patented technology

The utility model provides a novel shapewear which comprises a shapewear body, cloth is sewn on the back of the shapewear body, and a strip-shaped cavity is arranged between the cloth and the shapewear body. The device further comprises supporting bone structures, the supporting bone structures are inserted into the strip-shaped cavities, each supporting bone structure comprises a cloth bag and fish scale bones made of memory alloy, a plurality of fish scale bone cavities are formed in each cloth bag, and the supporting bone structures are inserted into the fish scale bone cavities. The fish scale bone made of memory alloy has a shape memory function, the supporting position and angle can be flexibly adjusted according to the sitting posture habit, the activity requirement and the physical condition of a user, and personalized supporting experience is provided. The supporting bone structures are inserted into the strip-shaped cavities to be matched with the fish scale bone characteristics, the back curve is better attached, uniform supporting force is provided, local pressure is prevented from being too large, and the comfort degree is improved. Reasonable supporting can help a user to keep a correct sitting posture, the problems of poor postures such as scoliosis and humpback are prevented, and body health is promoted.

A system is provided.SOLUTION: A system comprising: means for a user to upload an image of the user; means for analyzing the uploaded image to determine a color attribute and a skeleton type of the user; means for suggesting a styling item suitable for the user based on a result of the determination; means for generating an image of the user when the suggested styling item is incorporated; and means for displaying the suggestion and the generated image to the user.SELECTED DRAWING: Figure 1

The invention discloses a spine Cobb angle automatic measurement method and device based on fine shape characterization and dynamic data amplification, and aims to construct an end-to-end deep learning framework for automatic measurement and structured analysis requirements of a Cobb angle in a spine X-ray image so as to realize integrated spine contour reconstruction and lateral bending angle prediction. According to the method, firstly, bone structure extraction and contour key point detection are performed on a spine X-ray image in an original training set, so that the contour shape of each segment of the spine is finely represented by using key points; constructing a training set spine segment contour matrix, and estimating robust contour shape subspace representation through robust subspace recovery; then, constructing a spine contour detection and regression network fusing multi-scale feature extraction and a sparse-dense sampling strategy, and realizing segment region positioning and basis vector regression; and reconstructing a spine contour through a coefficient so as to calculate a direction included angle between adjacent segments and an overall Cobb angle. Through robust subspace modeling, multi-scale feature fusion and circular data optimization strategies, the problems of discontinuous contour, large angle estimation error and data scarcity in traditional Cobb angle measurement are effectively solved, and the accuracy, stability and clinical availability of spine shape analysis are remarkably improved.

The application discloses a bone age prediction method and system based on a multi-modal large model and a computer readable storage medium, belongs to the technical field of artificial intelligence and medical image processing, and comprises the following steps: fusing a left-hand DR image and clinical indexes through an end-to-end mode, constructing a multi-modal large model fine-tuned according to a bone age field, and outputting image-observed description of each bone in a left-hand wrist and bone-by-bone structured results of maturity levels; calculating a total bone age value through a scoring rule of a bone age evaluation standard, and generating and outputting a bone age evaluation report containing the bone-by-bone image-observed description, the maturity levels and the total bone age value. The application solves the problems of insufficient utilization of clinical indexes, heavy report writing burden, easy hallucination of model output and insufficient compliance of bone age calculation in the prior art, improves the accuracy of bone age prediction, clinical compliance and evaluation efficiency, and can be widely applied to hospitals, primary medical institutions and children growth and development screening scenes.

A canopy with a detachable top rib structure includes support columns and a first canopy positioned atop the support columns. The first canopy includes a frame and several first support rods, one end of which is fixed to the frame, and the other ends converge at the central node at the top of the first canopy. Each first support rod includes a first tube, a second tube, and a connecting sleeve. The top of the first tube is inserted into the connecting sleeve, and the bottom of the second tube is inserted into the connecting sleeve. This detachable top rib structure allows the shorter first and second tubes to be fixedly joined together to form a longer first support rod via the connecting sleeve. The connecting sleeve ensures strong stability of the connection between the first and second tubes, simplifies the connection method, and facilitates installation and disassembly. The disassembled shorter tubes are easy to store and transport. Furthermore, the first support rod has an aesthetically pleasing design.

This invention provides a pelvic floor support structure model and modeling method based on three-dimensional data to assist in judging the condition of pelvic floor ligaments and to perform physical simulation. To solve the above-mentioned technical problems, this invention provides the following technical solution, including: a bone structure, which includes the hip bone and the coccyx, which together form a pelvic support structure, with the inner side of the hip bone and the coccyx forming the pelvic space; an organ structure, which includes the following model structures, including models of the uterus, bladder, vagina, and rectum located in the pelvic space; and a ligament structure, which includes the cardinal uterine ligament connecting the uterus to the hip bone, the uterosacral ligament connecting the uterus to the coccyx, and the round uterine ligament, which connects one end to the upper end of the uterus and extends obliquely upward at the other end.

The system according to this embodiment aims to consistently suggest the most suitable hairstyle to the user. [Solution] The system according to the embodiment comprises a reception unit, an analysis unit, a generation unit, and a provision unit. The reception unit takes a photo of the user's face and inputs the desired hair length. The analysis unit analyzes the face shape, skin color, height, bone structure, etc., based on the information input by the reception unit and proposes a suitable hairstyle. The generation unit visualizes the hairstyle proposed by the analysis unit as a processed image. The provision unit provides the hairstyle recipe generated by the generation unit to the hairdresser.

The utility model relates to the technical field of medical supplies, and discloses a snake bone structure and an endoscope with the snake bone structure, the snake bone structure comprises a tail end joint and a plurality of snake bone joints which are hinged in sequence from top to bottom, a front notch is formed between the front sides of every two vertically adjacent snake bone joints, a rear notch is formed between the rear sides of every two vertically adjacent snake bone joints, and the tail end joint is connected with the tail end joint. The two vertically adjacent snake joints can swing in the left-right axial direction; the tail end joint is annular, the upper end of the tail end joint is hinged to the lowest snake joint, a big-end-down stepped hole is formed in the tail end joint, the lower end of the stepped hole is used for installation of an insertion pipe, and a soldering tin hole communicated with the lower end of the stepped hole is formed in the lower end of the tail end joint. The tail end joint and the insertion pipe can be directly welded together through soldering tin, and redundant soldering tin between the snake joint and the insertion pipe can be filled in the soldering tin hole, so that the connection firmness between the snake joint and the insertion pipe is ensured, and the risk of falling of the insertion pipe is reduced.

A system and method for performing ultrasound scans is provided. One embodiment of the ultrasonagraphic system acquires sonogram information from a series of ultrasonic scans of a human subject. The series of ultrasound scans are taken over a portion of interest on the human subject which has their underlying bone structure or other ultrasound discernable organ that is under examination. The data from the series of scans are synthesized into a single data file that corresponds to a three-dimensional (3D) image and / or 3D model of the underlying bone structure or organ of the examined human subject.

The present disclosure relates to a flat-bottom drill for osteochondral transplantation, comprising a drill bit body and a drill handle, at least two cutting edges are arranged on the side wall of the drill bit body and extend to the end of the drill bit body by the side wall of the drill bit body; and the opposite surfaces of the cutting edges are configured to extend in a straight line direction, the bottoms of all the cutting edges are located in the same plane, the drill handle is coaxially arranged with the drill bit body and is configured to be fixedly connected with the drill bit body. The flat-bottom drill for osteochondral transplantation of the present disclosure, by arranging at least two cutting edges on the side wall of the drill bit body and locating the bottoms of all the cutting edges in the same plane, the local stress is dispersed when the drill bit body drills holes on the surface of the bone, the micro-cracks on the surface of the bone are avoided, and the integrity and stability of the bone structure are ensured.

The utility model discloses an endoscope snake bone structure and a snake bone chain, the snake bone structure comprises snake bone joints, the two end faces of each snake bone joint are respectively provided with a son rotating part and a mother rotating part, the center lines of the end faces of the snake bone joints, the son rotating parts and the mother rotating parts incline towards the same direction, and the son rotating parts and the mother rotating parts of the adjacent snake bone joints are connected in a sleeved mode to form rotating joints. By arranging the inclined end faces and the inclined connecting structures, when the front-end snake joint rotates relative to the rear-end snake joint, the overlapping length of the connecting structures between the front-end snake joint and the rear-end snake joint is increased, the snake bone stability is improved, the snake bone reliability is improved, and the occupied internal space of the snake bone chain is reduced.

The application discloses a preparation method of an interpenetrating phase ceramic dental material and belongs to the technical field of biomedical materials. The application is based on the porous foam structure and cavity tissue of bird skeletons for biomimetic design, two kinds of biomimetic bird bone structures combining the characteristics of annular hyoid structures and cavity tissues are established, and according to the bird skull cooperative damping mechanism, a mortise and tenon structure with the characteristics of cooperative bearing and buffering is constructed, the structure has more excellent mechanical bearing performance and deformation stability compared with a traditional structure. The zirconium oxide-hydrogel interpenetrating phase material prepared by a photo-crosslinking method, the composite design of the soft phase and the hard phase material not only significantly improves the energy absorption characteristics of the material, but also effectively improves the fracture toughness of the dental material. On this basis, a functional coating is constructed on the surface of the material by using a sol-gel dip coating process, and the problems of insufficient corrosion resistance and wear resistance of the dental material in the oral environment are further solved.

A method for treating a narrowed region of a lumen in a patient's ear or nose is described herein. The method includes advancing a catheter within the lumen such that a distal end of the catheter is positioned proximate the narrowed region, filling a fillable member to cause the fillable member to expand within the lumen, and generating at least one shockwave from at least one shockwave emitter. The at least one shockwave creates one or more fractures in a bone structure of the narrowed region of the lumen that causes the narrowed region to expand.

The embodiment of the invention relates to an image registration method and device, equipment and a storage medium. The method comprises the following steps: acquiring an original two-dimensional image and an original three-dimensional image of a to-be-registered target bone structure; inputting the original two-dimensional image into a bone splitting model to obtain a local two-dimensional image of each substructure, and inputting the original three-dimensional image into a bone segmentation model to obtain a local three-dimensional image of each substructure; and performing registration processing on the local two-dimensional image and the local three-dimensional image of any substructure by using a preset registration algorithm to generate a registration result between the local two-dimensional image and the local three-dimensional image. Therefore, the registration efficiency and accuracy of the two-dimensional image and the three-dimensional image are improved.

The utility model provides a bone puncture needle assembly for percutaneous bone cement plasty, and belongs to the technical field of medical instruments. The bone puncture needle assembly comprises a guide needle and a bone puncture needle. One end of the guide needle is a first tip, the diameter of the guide needle is a first preset diameter, and the length of the guide needle is a first preset length. A first passage penetrating through the length direction of the bone puncture needle is arranged in the bone puncture needle, one end of the bone puncture needle is a second tip, the inner diameter of the bone puncture needle is a second preset diameter, the length of the bone puncture needle is a second preset length, the second preset length is smaller than the first preset length, and the second preset diameter is larger than the first preset diameter; after the guide needle is inserted into the lesion bone structure from the first tip end, the bone puncture needle is arranged on the guide needle in a sleeving mode, and the second tip end is inserted into the lesion bone structure. According to the bone puncture needle assembly for the percutaneous bone cement plasty, it can be guaranteed that a bone puncture needle with the large diameter can be accurately inserted into a diseased bone structure at a time, and damage to the body of a patient is reduced.

The application discloses a monocular three-dimensional human pose estimation method fusing part perception and bone topology prior, and belongs to the field of computer vision. The application aims to solve the problem that existing methods ignore human motion heterogeneity and lack explicit anatomical constraints. The method comprises the following steps: obtaining 2D joint coordinates of a monocular video sequence and generating initial features; extracting features by using a parallel double-path time attention mechanism, wherein a global path captures overall motion, and a local path independently models features divided into five semantic component groups, and a cross-part graph convolution network is used to capture limb coordination, and two features are fused through an adaptive gating unit; and finally, features are transformed to a bone domain through a bone structure refining module, a graph convolution network is used to explicitly correct bone length and connection relationship based on a topology structure, and a refined three-dimensional pose is generated. The application enhances the physical rationality and accuracy of the predicted pose.

Patient-specific, pre-molded, implantable epithesis holder (1), made of a biocompatible, artifact-free or low-artifact material, such as a plastic or a ceramic, wherein the epithesis holder (1) has at least one attachment point (6, 6.1, 6.2) for attaching it to a patient's own support structure, such as a bone structure, and first connection means (4, 4.1) to which an external epithesis (8) equipped with second connection means complementary to the first connection means (4, 4.1) is held when placed in intervention with the first connection means (4, 4.1).

The invention discloses an osteoporosis magnetic resonance image analysis system and method based on edge calculation, and relates to the technical field of electrical digital data processing. According to the system, node suitability verification is carried out on a knee joint magnetic resonance image of a target object locally at an edge computing node, and matching analysis of bone state data and corresponding bone structure feature data is carried out based on a node suitability verification result, so that bone structure areas in the knee joint magnetic resonance image are screened; performing edge calculation and real-time positioning on the bone structure area based on a preset bone structure feature template, judging whether edge calculation parameters are analyzed and processed or not at an edge end, and finally judging whether to perform bone state grading evaluation or not according to a judgment result of the edge end. The problem that the timeliness of bone state analysis is not high due to the fact that the tracking precision of the inter-frame displacement of the osteoporosis magnetic resonance image is lagged in the edge calculation process is solved.

Methods of determining the position and orientation of an implant within a bone structure during a surgical procedure utilizing intraoperative data collected without radiation-based imaging, and associated systems and devices are disclosed herein. In some embodiments, a representative method includes capturing intraoperative data of the implant and the bone structure, wherein the bone structure has a portion external to the bone structure and visible in the intraoperative data. The method can further include registering the visible portion of the implant in the intraoperative data to (i) a three-dimensional model of the implant and (ii) initial image data of the bone structure. The method can further include determining the position and orientation of the implant relative to the bone structure based on both registrations.

To solve such a problem that a bone part cannot be properly detected from a chest transmission image in a conventional technique.SOLUTION: A bone structure contour extraction apparatus A includes: a clavicle line acquisition part 32 which acquires a lower clavicle line and an upper clavicle line by using a chest transmission image; and a clavicle line output part 41 which outputs the lower clavicle line and the upper clavicle line. The clavicle line acquisition part 32 includes: candidate straight line detection means 321 which detects one or more candidate straight lines being candidates of a border line of the clavicles by analyzing the chest transmission image; partial straight line detection means 322 which detects as a partial straight line constituting the lower clavicle line the candidate straight line closest to a pixel of a maximum pixel value in the pixels in a range matching a clavicle inclination condition and a clavicle line region condition in the chest transmission image in the one or more candidate straight lines; clavicle extension means 323 which detects the lower clavicle line in which the partial straight line is extended; and second clavicle line detection means 324 which detects a boundary point on the opposite side satisfying a clavicle width condition with respect to each point constituting the lower clavicle line and detects the upper clavicle line including the boundary point.SELECTED DRAWING: Figure 1

The present invention relates to a customized device made of inert and rigid ceramics for rebuilding bone, bridge bone defects or reshaping bone, and more particularly, to the combination of material properties and design to protect fractured portions or volumes to form new bone from movements and external forces that may interfere with bone formation and bone healing. This contributes to the best situation for natural bone healing, thereby improving clinical outcomes. The design of the implant member (1) is based on the initial bone structure (2) and the intended treatment, in which at least a portion of the bone-oriented inner surface (9) of the implant member (1) follows irregularities of the initial bone structure (2) to mechanically support the area around the fixation screws (6) for connecting the implant member to the initial bone structure (2).

The invention discloses an adjustable bending catheter with an expandable self-adaptive snake bone structure and a processing method of the adjustable bending catheter, and relates to the field of sheathing canals. Radial expansion seams are formed in a snake bone tube, the snake bone tube is divided into a plurality of radial expansion parts by the expansion seams, and in the operation process, when an implanted instrument passes through, the radial expansion parts are expanded, so that the snake bone tube is bent; if the radial supporting force borne by the snake bone pipe reaches a set threshold value, the expansion part can generate self-adaptive deformation and expand outwards under the supporting of an instrument, so that the passing ability of the instrument is improved, the jamming phenomenon is effectively avoided, and after the instrument passes, the radial tension disappears; the snake bone tube recovers to the original shape by virtue of the flexibility of the metal material and the elastic contraction effect of the external protective tube, and the design realizes good passing ability and recoverability on the premise of not increasing the overall outer diameter of the catheter, and the catheter can be conveniently and rapidly bent by adjusting the position and the structure of the bent expansion seam. A back face expansion structure or a lateral expansion structure or a fracture expansion structure can be formed on the snake bone pipe so as to meet different use requirements.

The invention provides a vertebral bone quality detection and evaluation method for osteoporotic fracture, which comprises the following steps: automatically extracting a vertebral bone region through an advanced deep segmentation network, analyzing the main direction of a bone trabecula based on a Hessian matrix, constructing an anisotropic guide map and forming a physical constraint convolution kernel to simulate biomechanical response; performing low-dimensional coding on the strain energy density field by using a variational auto-encoder, and realizing dynamic fusion of images and biomechanical features through a dual-channel gating fusion network in combination with image features extracted by a convolutional network; and finally, linear regression is adopted to predict the equivalent bone mineral density, and the performance is improved through end-to-end optimization, so that the centrum bone structure and mechanical characteristics can be accurately reflected, and the generalization ability and clinical practicability of bone mineral density prediction are improved.

An implant system for treating fractures of a curved bone structure is proposed which comprises the following: an implant body which is provided to be arranged on the bone structure and to be in contact with the latter at least in some regions, wherein the implant body has a rod-like longitudinal extent, wherein the implant body has at least one middle piece which, at both ends, has at least one respective holding piece, wherein the holding pieces are each designed to be flexurally and / or torsionally resistant in such a way as to allow the respective holding piece to rest substantially flat along a particular region of the bone structure assigned to it, and wherein the at least one middle piece is designed to be elastic in such a way that the at least two holding pieces are bendable relative to each other about at least one flexion or torsion axis.

A bone anchor is provided for connecting a rod to a bone structure, the bone anchor having a rod housing configured to accommodate the rod; a cavity distal to the rod housing dimensioned to accommodate the bone structure; and a deployable purchase element capable of assuming a deployed position in which the purchase element protrudes into the cavity, and capable of assuming a non-deployed position in which the purchase element does not substantially protrude into the cavity.

The disclosure relates to a computer-implemented method for determination of a bone cement volume of a bone cement for a percutaneous vertebroplasty, which reduces complications due to the information provided by the method. The computer-implemented method includes: reading in or receiving data about a bone structure of a bone section; determining a bone density distribution of the bone section depending on the data; determining a bone space in the bone section depending on the determined bone density distribution, wherein a bone density of the bone space is less than a predetermined density threshold value; determining a bone space volume of the determined bone space; and determining and outputting the bone cement volume depending on the determined bone space volume.

The utility model discloses a dental implant angle abutment made of molybdenum-rhenium alloy material, which comprises an abutment upper structure and an abutment lower structure which are connected from top to bottom, the abutment upper structure comprises a truncated cone section and a connecting section, the lower end of the truncated cone section is connected with the connecting section, the connecting section and the truncated cone section are not coaxial, and the lower end of the truncated cone section is connected with the abutment lower structure. The connecting section is in threaded connection with the top of the abutment lower structure; the abutment upper structure and the abutment lower structure are both made of molybdenum-rhenium alloy materials. The dental implant is beneficial to angle matching of a long axis of a root crown after the implant is placed, ensures that the dental implant and surrounding bone tissues realize bony combination in the early stage and the soft tissues around an abutment are closed and combined, and effectively reduces occlusal force to bone structures around the implant and bone tissues around the abutment. Particularly, the long-term stable natural fusion state between the implant and the skeleton can be more prominently consolidated by stress interference of bone tissues around the neck of the implant and resistance to invasion of adverse factors of the oral environment.

The artificial feather comprises a feather rod and two feather pieces, the feather rod is composed of a front section, a middle section and a tail section, front section feather leaves, middle section feather leaves and tail section feather leaves are arranged on the two sides of the front section, the two sides of the middle section and the two sides of the tail section of the feather rod respectively, and feather bone structures are further arranged on the two sides of the front section of the feather rod. The feather skeleton structure comprises a first feather skeleton and a second feather skeleton, one end of the first feather skeleton is fixed with the feather rod, and two ends of the second feather skeleton are respectively fixed with the feather rod and the first feather skeleton to form a triangular structure. According to the badminton disclosed by the utility model, the triangular feather skeleton structure enhances the support for the feather sheets, so that the badminton is more stable in flying, and the fatigue resistance is enhanced; meanwhile, the front-section feather leaf, the middle-section feather leaf and the tail-section feather leaf on the feather rod improve the bonding strength between the feather rod and the feather piece, the hair ring and the ball head, and the service life is prolonged.

This invention discloses an intelligent bone implant for electric field-regulated bone growth and a method for preparing the implant. The surface of the intelligent bone implant for electric field-regulated bone growth has at least one coating structure, which includes, from bottom to top: a bottom electrode layer, a piezoelectric material layer, a top electrode layer, an insulating material layer, interdigitated electrodes, and an encapsulation coating layer; the bottom electrode layer and the top electrode layer are both connected to the interdigitated electrodes. The intelligent bone implant for electric field-regulated bone growth of this invention achieves the beneficial effects of promoting bone growth and accelerating the recovery and functional reconstruction of skeletal structure.

The application discloses a kind of bone structure screw channel automatic planning method, system, electronic equipment and storage medium, the method is extracted by the morphological characteristics of the subdivision substructure of single vertebral bone structure, and according to the morphological characteristics, determine that the subdivision substructure that screw channel is expected to need to pass, and according to the disease type, the default planning path of screw channel is automatically generated, compared with the screw channel planning of prior art manual, the automation planning of screw channel is realized, the dependence on the experience and subjective judgment of operator is reduced, and the planning quality and planning efficiency can be effectively guaranteed, can realize fast, reliable and stable initial planning, finally improve surgical efficiency.