18 results about "Interactive robot" patented technology

This invention discloses a suspended, flexible, deformable, and emotionally interactive robot. A flexible outer shell covers a flexible chassis, and a levitation airbag is installed inside the flexible outer shell. The levitation airbag is filled with buoyancy gas to provide the buoyancy required for the robot's suspension. An interactive control system inside the flexible chassis enables user interaction. A micro-airflow propulsion system is installed at the bottom of the flexible chassis, including multiple airflow generating units. By adjusting the airflow direction and intensity of the airflow generating units, the robot is driven to achieve spatial movement. The charging base station is an external device, and the bottom of the flexible chassis has an energy supply interface corresponding to the charging base station. When docked, the charging base station provides the robot with electrical energy or buoyancy gas. This invention is applicable to fields such as family emotional companionship, health and wellness, creating an intelligent indoor atmosphere, psychological relaxation assistance, and interactive displays in commercial scenarios. Through the organic integration of various systems, the robot achieves aerial suspension, flexible deformation, intelligent emotional interaction, and autonomous refueling.

The application relates to the field of interactive robot safety obstacle avoidance, and discloses an interactive robot close-range safety collision avoidance method based on a multi-envelope spherical human body area perception, which constructs a multi-envelope spherical human body area visualization labeling module based on a human body data set, generates high-precision training samples, designs a double-input network model, takes three-dimensional skeleton coordinates of 19 key joints of a human body and three-dimensional point clouds of the human body as double inputs, deeply fuses skeleton features and point cloud features, realizes accurate prediction of multi-envelope spherical parameters of each limb area of the human body, deploys the trained model to an interactive robot end, provides the robot with real-time and reliable human body area space contour perception capability, and supports close-range safety collision avoidance decision-making of the interactive robot. The application improves the perception accuracy and obstacle avoidance safety of the interactive robot on the human body, a lightweight model adapts to the deployment requirement of the interactive robot end side, and can be widely applied to human body safety protection in interactive scenes such as industrial collaborative robots and service robots.

1. Name of the product in this design: Robot (CUBIE Magic Cube Robot). 2. Purpose of this design: An interactive robot for intelligent companionship and voice dialogue. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model. 5. Other situations requiring explanation: Black component A is an electronic display screen.

The application discloses an intelligent interactive humanoid robot, and relates to the technical field of interactive robots, which comprises a robot cavity, battery pack connecting units are arranged on the upper and lower parts of the inner side of the robot cavity, and cooling units are arranged on the left and right ends of the outer side of the robot cavity; the battery pack connecting units each comprise a driving motor and a lifting plate, and a battery pack group is arranged on the upper part of the lifting plate; the upper and lower battery pack groups are independently arranged on the robot cavity, and the driving motor, the driving gear, the driven gear, the threaded screw rod and the lifting plate in the battery pack connecting unit are cooperatively driven, so that the upper and lower battery pack groups can be automatically lifted and seamlessly alternately powered; in addition, the battery pack group can be directly pushed in and pulled out for replacement without disassembling the whole machine; at night, the battery can be directly externally connected for charging without disassembling the battery, so that the convenience of battery maintenance, replacement and charging is remarkably improved while the endurance capability is improved.

The application discloses an interactive robot control method and a control system, comprising: dynamically regulating a semantic understanding process based on a dialogue context dynamic model; performing weight self-adaptive optimization adjustment on a multi-modal input signal; constructing a feedback correction mechanism for cross-modal information fusion; and generating a continuous and consistent response to maintain dialogue coherence. The application has the beneficial effects that the complex changes of the dialogue context are dynamically regulated to solve the problems of semantic misunderstanding and discontinuity, and the weight distribution of the multi-modal input is optimized and adjusted to solve the problem of inaccurate information fusion.

This invention discloses an interactive robot and vehicle, relating to the field of vehicle-mounted robots. The head mechanism includes a head shell and a head drive assembly. The head drive assembly is mounted on a lifting mechanism, and its drive output end is connected to the head shell. The head drive assembly is configured to drive the head shell to pitch about a first axis and to drive it to deflect about a second axis. The lifting mechanism is configured to drive the head mechanism to lift. A rotation mechanism is configured to drive the lifting mechanism to rotate. Therefore, the interactive robot of this application, through the cooperation of the head mechanism, lifting mechanism, and rotation mechanism, can organically combine head movements with full-body lifting and rotation movements, simulating rich anthropomorphic body language, significantly improving the subtlety and emotional expressiveness of the interaction, facilitating immersive interaction, and enhancing the user experience.

1. Name of the product in this design: Welcoming Interactive Robot. 2. Purpose of this design: A robot for hotel voice interaction and reception services. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: 3D view 1.

The utility model provides a kind of stable interactive robot charging device of placement, it is related to interactive robot charging base technical field, and it includes: charging base, the charging slot opening in the top of charging base, USB charging plug is installed in the inside of charging slot, prevent falling component is set in the top of charging slot, prevent falling component includes: support frame, mounting block, to block, rotating arm, extension rod and front stop block.This kind of stable interactive robot charging device of placement is formed by the front stop block of prevent falling component, extension rod, rotating arm and support frame between and forms ring type anti-toppling structure, can prevent interactive robot to stand and charge and occur front and back, left and right toppling, ensure that interactive robot has very good stability when being placed and charging on charging base.

This invention discloses a debt collection intelligent interactive robot system based on natural language processing, specifically in the field of intelligent interactive robot technology. By constructing an identity behavior association graph and integrating an attention mechanism to aggregate cross-day and cross-week behavior trajectories, it calculates the cumulative weight of identity drift and logical contradictions. Combined with non-intrusive secondary verification and closed-loop parameter updates, it achieves dual anchor point fusion of identity and behavior, collaborative judgment and adaptive lie detection, effectively improving debt collection efficiency and risk control capabilities under privacy compliance constraints.

The utility model discloses a kind of exhibition and sale interactive robots, including controller, the first joint motor electrically connected with controller, the second joint motor electrically connected with controller, the third joint motor electrically connected with controller, the fourth joint motor electrically connected with controller, the fifth joint motor electrically connected with controller, the sixth joint motor electrically connected with controller, robot body, crossbeam, first mounting plate, second mounting plate, first support leg, second support leg, first sole, third support leg, fourth support leg and second sole. Through the above mode, the exhibition and sale interactive robot disclosed in the utility model can be rotated by joint motor driving support leg and sole, reduce structural connecting piece, so that driving structure is relatively simple, appearance is beautiful, also effectively reduce production cost, and joint motor is also used to effectively improve the flexibility of joint action, action simulation, let mechanical foot have stable gait and highly flexible action ability.

1. Name of the product in this design: Intelligent Voice Assistant Robot. 2. Purpose of this design: This design is intended for use in voice-interactive robots. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: 3D view 1.

This application relates to the field of folding device technology, providing a folding mechanism and an interactive robot. The folding mechanism includes a first joint assembly, at least one second joint assembly, and a third joint assembly. The first joint assembly has a first end and a second end opposite to the first end, the first end being used to connect to an external device base. The second joint assembly has a third end and a fourth end opposite to the third end. The third joint assembly has a fifth end and a sixth end opposite to the fifth end, the sixth end being used to connect to a supported external device. The first second joint assembly can be at least partially housed within the first joint assembly. The folding mechanism provided in this application allows the second joint assembly to be partially or completely housed within the first joint assembly, thereby significantly reducing the height of the folding mechanism in its folded state and thus significantly reducing the storage space occupied by the folding mechanism after folding.

This invention relates to a method and apparatus for updating user impressions in an interactive robot. The method includes: acquiring historical and current interaction data to establish a historical interaction baseline; determining whether the current interaction data meets the topic avoidance trigger condition; extracting the topic avoidance segment and determining a set of discrimination parameters when the trigger condition is met; performing state identification based on the discrimination parameter set; performing temporary recording, local scene impression update, or formal user impression update based on the state identification result; and controlling subsequent interaction strategies based on the updated user impression result. The apparatus includes: an interaction data processing module, a state identification module, an impression update module, an interaction control module, and a rebuttal verification module. Using this invention can reduce the probability of erroneous user impression updates and improve the targeting and stability of subsequent interaction strategies.

A dialogue robot acquires a voice signal indicative of a voice of a user collected by a microphone part, estimates a direction toward the user on the basis of the voice signal, outputs to an actuator an action signal of causing the dialogue robot to perform a response action of aligning a directivity direction of the microphone part with the estimated direction toward the user, and causes a speaker to continuously output a response sound to the user while the response action is performed.

Provide a system. 【Solution means】 Means for collecting and transmitting the input data in real time when the user's input is started; Means for inferring the context using a prediction model based on the transmitted input data; Means for generating and preparing an answer based on the context inference; Means for detecting that the user's input has been completed and receiving the final input data; Means for comparing the final input data with the generated answer and correcting the answer if necessary; Means for presenting the corrected answer to the user; Means for an interactive robot to receive instructions by voice and text input in the home and respond in real time; A system including the above.

A system and method provide an integrated automation solution that links multiple systems and applications of a contact center operation and provides a unified support interface and unified knowledge base that delivers relevant data in real-time to assist contact center personnel during a customer interaction. Robotic Process Automation (RPA) is used for automating workflows and processes with robots (e.g., attended and / or unattended) that perform various tasks and activities for capturing information (data, documents, etc.) from multiple front-end and / or back-end systems and applications to provide the necessary data and information in real-time during a contact center session.

This invention belongs to the field of robotics technology, specifically an intelligent interactive teaching robot that triggers prompts based on random topic selection. It aims to solve the problems of existing teaching robots that rely on electronic programs for random topic selection and have complex robotic arm deployment structures. The robot includes a robot body with a turntable inside. The turntable has a mounting slot for mounting a card. The turntable rotates and randomly stops due to inertia via intermittent meshing of an incomplete gear and gear I, achieving random topic selection from the card. The positioning mechanism includes a positioning slot, a sliding rod, and a ball. The robotic arm is connected via a rotating rod with gear II. The turntable contains an air chamber and piston plate I, and the rotating chamber contains an air box and piston plate II. When the ball is engaged in the positioning slot, piston plate I forces air into the air box, pushing piston plate II and the rack upwards, causing gear II and the robotic arm to rotate and deploy. This robot can deploy its robotic arm pneumatically while randomly selecting topics, without requiring an additional motor drive.