34results about How to "With human-computer interaction function" patented technology

The invention relates to a humanoid-head robot and a behavior control method thereof, in particular to a humanoid-head robot device with human-computer interaction function and the behavior control method thereof, solving the problems that the prior humanoid-head robot can not completely realize the reproduction of human facial expressions, has limited perceptive function and does not have manualfeeling models and the human-computer interaction function. The behavior control method comprises the following steps: a sensor perceptive system outputs perceived information to a main control computer for processing; control system software in a robot behavior control system obtains the relative control quantity of a corresponding motor according to the manual feeling models, executes a motion control instruction to output a PWM pulse by a motion control card to drive the corresponding motor to move to an appointed position and realize the human-computer interaction function and various feeling reactions of a robot; and the sensor perceptive system perceives external feeling signals, recognizes corresponding feeling signals and utilizes the manual feeling models to realize the behavior control of the robot. The invention realizes the reproduction of the human facial expressions and has anthropopathic multi-perception function, such as smell, touch, vision, and the like.

The invention belongs to the technical field of wireless monitoring, and relates to a wireless monitoring device for underground conditions. The main structure includes two functional parts: a monitoring unit and a data processing terminal. The monitoring unit and the data processing terminal are connected through wireless communication. Sleeve, intermediate nipple, first through hole, second through hole, upper protective sleeve, centralizer, internal thread, sensor module, circuit module, battery module, cover, lower instrument barrel, upper instrument barrel, groove It is composed of a transmitting transducer and an auxiliary circuit module, and is used for downhole condition monitoring in oil and gas drilling and production, downhole condition monitoring in coal mine drilling and production, pile hole monitoring in pile foundation construction in construction engineering, and other drills used Underground condition monitoring in long-distance pole or pipe string operation; its structure is simple, its principle is scientific and reasonable, its operability is strong, its use environment is friendly, its versatility is strong, and it is easy to popularize and use.

The invention discloses a vehicle-mounted built-in TF map data updating circuit and method. The method comprises: receiving a navigation map data updating instruction triggered by a liquid crystal display screen, controlling the liquid crystal display screen to pop up a password input window to receive password input; determining whether password entry is correct, if the entered password is correct, a general I / O port of the CPU microprocessor is controlled to output a high level; the interiors of the first high-speed USB analog switch and the second high-speed USB analog switch are simultaneously switched to a USB data end to be communicated with a second multiplexing source input end; wherein the TF card interface circuit is directly switched to the USB interface to wait for being connected with a user terminal for map upgrading, and if the input password is wrong, the GPIO0 of the CPU microprocessor is kept in a low-level state, and the first high-speed USB analog switch and the second high-speed USB analog switch are kept in a default state. The method can be applied to equipment with a vehicle-mounted navigation display screen with a built-in TF map card, and has the advantages of low cost, convenience for updating vehicle-mounted navigation map data at any time and the like.

The present invention relates to a multi-sensor combination-based fast tumble detection system. The system comprises a human body acceleration detection unit (104), a foot bottom pressure detection unit (105), a computing unit (101), a remote communication unit (102), a positioning unit (103), an interactive operation unit (106), a local alarm unit (107) and a main control unit (108); the human body acceleration detection unit (104) acquires an acceleration value during the movement process of a human body; the foot bottom pressure detection unit (105) detects the pressure value of the foot bottom of the human body; the computing unit (101) processes and judges the data acquired by the detection unit; the remote communication unit (102) realizes remote communication; the positioning unit (103) obtains location information and provides a positioning function; the interactive operation unit (106) provides a one-key help seeking function and a personalized man-machine interaction function; and the main control unit (107) controls the units and works in cooperation with the units. Compared with the prior art, the multi-sensor combination-based fast tumble detection system of the invention obtains more comprehensive and high-reliability information based on the body acceleration signals and foot bottom pressure signals. The interactive operation unit has the man-machine interaction function, and therefore, false alarm behaviors can be prevented, and autonomous help seeking can be performed.

The invention provides a remote data service (RDS) data signal differential transposing technology which mainly solves the difficulty that a wide range of coverage of a RDS data broadcasting system is hard to achieve. The remote data service (RDS) data signal differential transposing technology can not only achieve coverage use at a large range (including villages and remote areas) but also reduce cost. A voice central control unit can control a voice output mode according to the priority level of a control signal. A control terminal of a differential transposing station is capable of controlling the voice output modes of the voice central control unit and a RDS signal and having the function of human-computer interaction. The output priority level of a RDS data signal and a voice signal can be set. The receiving end of the RDS signal can support multiple communication protocols and set the priority level.

The invention relates to an archery robot system in the robot technique field, comprising bow and arrow used by a tourist, a dummy target generating system, a visual system, a tourist operating system, a network server, a main control computer, a light and sound system, a robot left arm, a robot controller, a robot right arm, a robot appropriative arrow mechanism, a target board, and a screen. The connecting relations are that the main control computer is connected with the dummy target generating system, the vision system, the visitor operating system, the light and sound system, the robot controller, the robot left arm, the robot right arm, and the robot appropriative arrow mechanism; the robot left arm and the robot right arm are respectively connected with the robot controller; the robot appropriative arrow mechanism is arranged on a left and right arm which is composed of the robot left arm and the robot right arm; the target board is fixed to the ground; the screen is hung in front of the target board. The invention has the function of human-computer interaction; furthermore, the invention has high archery system efficiency and high archery precision.

A character superimposing device and superimposing method for video tracking, relating to a character superimposing device and a superimposing method, which solves the problem that the existing character superimposing device adopts the screen storage image mode, and the address of the display memory corresponds to the fixed position of the monitor, which has the problem of poor flexibility , and the peripheral circuit is complex, and many discrete components reduce the stability of the system, including the ARM processor module and the character overlay module; the character overlay module uses ten character overlay chips for serial connection; the ARM The processor module includes a character variable initialization module, a serial port communication module, a mouse monitoring module, a communication protocol analysis module, an array write update module and a font control superimposition module; Character superimposition chips are connected in series, output four-way video, and have perfect scalability; the invention is convenient to use, and effectively realizes the character superposition device and method for real-time superimposition of tracking information in a video tracking system.

The invention belongs to the technical field of the application of intelligent doors, and particularly discloses an intelligent door. The intelligent door consists of a doorframe, a door body, a lock opening, a lockset and a control component, wherein the doorframe and the door body are used by cooperating with a security door; the lock opening and the lockset are arranged on the doorframe and the door body respectively and are further used cooperatively; the control component is used by cooperating with the door body, the lock opening and the lockset. The intelligent door and a working method thereof provided by the invention have the beneficial effects that, on one hand, the high efficiency, the intelligentization and the datamation of the management of the intelligent door are realized, that is, the collection of big data can be realized through long-time data accumulation, the collection of the big data of a human face can be realized, and the efficient management is carried out conveniently, on the other hand, the acquisition of data management information is realized, the acquisition of public security information can be realized, and meanwhile, the intelligent door based on a multi-biometric feature and having a man-machine interaction function has the advantages being convenient and quick to use, high in safety and abundant in function.

A method for making bluetooth USB adapter have the man-machine interaction function (HID) is disclosed. With said method, a bluetooth USB adapter and a bluetooth keyboard or mouse can cooperate to implement an ordinary USB keyboard or mouse when compute is started. If the BIOS of computer does not support bluetooth function, the method can make user use bluetooth keyboard and mouse on starting.