17 results about "Physical form" patented technology

Methods are provided for aesthetic restoration and reconstruction of bone loss, deficit, defect, or a combination thereof. The methods include administration of one or more suitable bone derived compositions by a minimally invasive procedure such as injection using a needle, syringe, etc., placement in or through a small incision, or a combination thereof. The properties and characteristics of the bone derived composition, including without limitation, flowability, injectability, size, shape, and physical form, are limited only by the requirement that they are capable of administration by a minimally invasive technique. For example, these methods are effective for restoration of facial features, e.g., lost chin definition, jawline definition, bone around nasal lines, and bone around the upper and lower eye area. These methods are also effective for treatment of bone deficiency and loss in other body features such as shoulders and collarbones, pelvis, feet, ankles, hands, and wrists.

The invention discloses a correction device for carbon fiber badminton racket processing, which comprises a correction platform and a racket body, a correction structure and a detection structure are arranged on the top surface of the correction platform, a base is fixed on the bottom surface of the correction platform, a lifting piece is arranged on the front surface of the base, and rackets with different sizes can be adaptively clamped through a V-shaped racket frame and roller structures on the two sides; and the rotating shaft is kept stable during rotation. In combination with a laser detection end, a laser triangulation ranging principle is utilized to perform omnibearing scanning on a rotating racket body, and the physical form deviation of a racket rod and a racket frame is converted into a high-precision digital signal in real time, so that the bending point and the bending amount are automatically and accurately positioned in a non-contact manner, the traditional manual visual inspection is effectively replaced, and the detection efficiency and the reliability are remarkably improved.

A display method and an electronic device are disclosed. The method is for a first electronic device having a foldable display displaying a first interface of a first application. The method includes: detecting, on the first interface, a first operation of starting a temporary application by a user, where the first operation does not change a physical form of the first electronic device, and the physical form includes a folded state and an unfolded state; and displaying, in response to the first operation, a second interface based on the physical form of the first electronic device, where the second interface includes the first interface and an interface of the temporary application.

The invention provides a reconfigurable topological humanoid robot based on morphological resonance and quantum perception, and the system comprises a reconfigurable topological robot body which is composed of intelligent skeleton units which can be dynamically recombined and connected, and the mechanical structure of the reconfigurable topological robot body is used as a memory medium of a motion skill; the distributed quantum entanglement sensing network is integrated to all the intelligent skeleton units, and instantaneous and zero-delay collaborative sensing of the whole body state of the robot is achieved through the quantum entanglement state; and the morphological resonance track excitation system directly generates a target motion track by exciting a specific mechanical resonance frequency mode of the robot body. According to the invention, a core normal form of a physical form, namely a memory medium, is provided, motion skills are coded in variable mechanical topology and resonance characteristics, global synchronization is realized through quantum entanglement, and motion is excited and induced through resonance, so that natural acquisition, physical storage and adaptive reproduction of the skills are realized; and a traditional hierarchical control architecture of'calculation-control-execution 'is thoroughly subverted.

This disclosure provides a game interaction method, apparatus, electronic device, and storage medium. A graphical user interface (GUI) is provided via a terminal device, displaying a game screen. The game screen at least partially includes a virtual scene and a controlled game character located within the virtual scene. Virtual objects in the virtual scene are surrounded by shadowed areas. This disclosure can respond to a trigger operation of a first skill control, controlling the controlled game character to perform a first movement action. If the controlled game character enters a shadowed area through the first movement action, the controlled game character in shadow form is displayed, and preset character attributes of the controlled game character are adjusted. The controlled game character also has a physical form; in non-shadowed areas, the controlled game character is displayed in its physical form. Thus, players can control the game character to enter shadows to obtain attribute adjustments, etc., enhancing game fun and interactivity, and improving game resource utilization.

The present disclosure relates to physical forms of a PRC2 inhibitor compound, pharmaceutical compositions comprising the physical forms of the compound, and methods of treating subjects having cancer by administering the physical forms, or a pharmaceutical composition comprising one or more of the physical forms, to the subject.

The present application provides a connecting member, a fence, a medicine box assembly, a multi-medicine box drawer, a medicine cabinet, and a configuration method for a multi-medicine box drawer. The connecting member comprises a body and multiple connecting ends, some of the connecting ends protruding from or being recessed into the body in a first direction, some of the connecting ends protruding from or being recessed into the body in a second direction, and multiple connecting members being engaged with each other by means of the connecting ends, so as to connect at least two structural members. That is, by means of connecting ends of different connecting members protruding or recessing in different directions, connecting ends of the multiple connecting members engage with each other to be connected, so that when the connecting members are connected to corresponding structural members, each structural member can be kept in a specific position area following multiple different connecting directions of the connecting ends of the connecting members. For example, by means of a first-direction connecting end and a second-direction connecting end, a connecting function in two different directions is achieved, and as the number of connecting members and correspondingly connected structural members increases or decreases, physical forms of multiple structural members are dynamically variable, thereby adapting to more complex assembly scenarios.

1. Name of the product in this design: Acupuncture Needle (Vitality, Form, and Spirit). 2. Purpose of this design: Needles for medical acupuncture. 3. The key design features of this product are the combination of shape and pattern. 4. The image or photograph that best illustrates the design's key points: a 3D model.

The present invention fundamentally relates to a composite (selfcomposite) obtained by combining two physical forms of the same substance having different physical structures but the same chemical structure, and more particularly to a nano- micro hydroxyapatite selfcomposite substantially obtained by combining the properties of the microstructure of hydroxyapatite with the properties of its nanostructure.

The application provides a stylus tip composite material and a preparation method thereof. The stylus tip composite material takes a polymer component as a matrix and takes a wear-resistant agent and / or a pigment as an additive. The polymer component is formed by accumulation of one or more physical form resin particles to form a micro-porous structure. The porosity of the micro-porous structure is 3-60%. The application adopts one or more physical form resin particles to form a micro-porous structure with a porosity of 3-60% to obtain a stylus tip with multiple pore structures after sintering and forming. Thus, the stylus tip has small writing noise, high smoothness and does not damage the screen while maintaining a certain elasticity, reducing noise and vibration, effectively improving the writing effect and experience of the stylus.

The invention discloses an intelligent electronic pet system based on artificial intelligence multi-mode interaction and autonomous learning, and relates to the technical field of artificial intelligence. An intelligent electronic pet system based on artificial intelligence multi-mode interaction and autonomous learning comprises a multi-mode interaction module, an emotion calculation module, an autonomous learning module, a growth and evolution system and a physical form and motion control module. The user state can be perceived comprehensively; making an emotional response; and personalized services are provided. According to the method, the electronic pet deeply understands the emotion intention of the user and accurately responds through multi-mode interaction and emotion calculation, and emotion connection is enhanced; the autonomous learning module provides personalized services according to user behavior preferences and creates exclusive experience; a multi-dimensional growth mechanism and a grade evolution system are rich in interaction, the viscidity is enhanced, and fun and sense of achievement are brought; natural intelligent interaction is realized in combination with AI, traditional limitation is broken through, and an innovation direction is provided for the field of electronic pets.

The invention relates to the technical field of medical equipment, in particular to an intelligent air supply anaesthesia machine based on physical form dynamic monitoring, which is characterized in that real-time information acquisition is carried out on a breathing bag in a breathing loop system through a sensor to obtain corresponding three-dimensional data information, and a corresponding three-dimensional model is constructed in a three-dimensional space; real-time calculation is carried out based on the model to output a dynamic filling degree and a breathing bag filling rate which represent the physical form of the breathing bag, and comparison is carried out based on the change condition of the dynamic filling degree and the breathing bag filling rate in combination with a preset threshold value corresponding to the working state of the intelligent air supply anaesthesia machine; therefore, the flow rate is adjusted or a safety intervention strategy is triggered to adjust the opening degree of the pressure release valve according to the change condition of the filling rate of the breathing bag based on the judgment result. According to the method, the state of the breathing bag can be more effectively judged, whether the breathing bag is overfilled or insufficient in filling rate is determined, then targeted adjustment is conducted, and therefore the air supply anesthesia effect is improved.

Methods are provided for aesthetic restoration and reconstruction of bone loss, deficit, defect, or a combination thereof. The methods include administration of one or more suitable bone derived compositions by a minimally invasive procedure such as injection using a needle, syringe, etc., placement in or through a small incision, or a combination thereof. The properties and characteristics of the bone derived composition, including without limitation, flowability7, injectability7, size, shape, and physical form, are limited only by the requirement that they are capable of administration by a minimally invasive technique. For example, these methods are effective for restoration of facial features, e.g., lost chin definition, jawline definition, bone around nasal lines, and bone around the upper and lower eye area. These methods are also effective for treatment of bone deficiency and loss in other body features such as shoulders and collarbones, pelvis, feet, ankles, hands, and wrists.

1. Name of the product in this design: Protocol Converter. 2. Application of this design: Interface converter, protocol converter. The device converts data from one port into data from another port. The two sides may have different ports, physical forms, or software protocols. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: Design 5, 3D diagram 2. 5. Design 5 is designated as the basic design.

The embodiment of the invention discloses a control method and electronic equipment, and the method comprises the steps: controlling a driver to adjust the physical form of the electronic equipment to a first physical form in response to a target interaction operation, and inputting target input data to a target intelligent engine; and responding to the target intelligent engine to output the target output data, controlling a driver to adjust the physical form of the electronic equipment to a second physical form, and outputting the target output data in the second physical form.

Summary: The invention describes a stackable, mechanically secured storage solution for sensitive digital keywords, consisting of a modular plate structure with laser-engraved metal inserts, the visibility of which is limited by a masking plate (5). Tool-free or manual assembly is supported by a special tool plate (7) and a throw-in tool (8). The invention offers high security, ease of handling, and permanent archiving of seed phrases in physical form.

The invention discloses a data set construction and model training method and system for the physical form of the disabled, and the method achieves the high-precision ethical compliance data set construction through the multi-posture modular dummy physical simulation, high-density key point-surface deformation joint labeling, privacy anonymization mapping and balance data enhancement strategy. The method comprises the following steps: (1) regulating and controlling a multi-freedom dummy to generate an extreme posture and limb missing sample; (2) synchronously acquiring image, video and three-dimensional size data to form a multi-modal data packet; (3) mapping the three-dimensional data into a pixel-level dense label; (4) optimizing marking quality and balancing sample distribution, and constructing a training data set with strong robustness; and (5) training the incomplete figure estimation model by using distillation-curriculum learning. The scheme has the advantages of zero contact, wide coverage, high precision, low ethical risk and the like, and is suitable for data set generalization construction of the disabled assisting technology.