35 results about "Control equipment" patented technology

A pedestrian and a driver of a running vehicle that are in the vicinity of a stopped vehicle are notified of a danger of collision with a vehicle, without requiring the pedestrian to carry a communication terminal. A vehicle danger notification control apparatus includes an outside recognition arrangement for recognizing a running vehicle and/or a pedestrian as a moving object(s), a danger determination arrangement for determining whether there is a danger of collision(s) between the running vehicle and the pedestrian and/or between the running vehicles, and a danger notification arrangement for notifying, in a case in which the danger determination means determines that there is a collision danger, a driver of the running vehicle and/or the pedestrian of the collision danger.

A control device that interacts with a television system. The control device may receive a user input identifying a video selection. At least one module of the control device may display video information corresponding to the video selection. The control device may alternately, or in addition, cause display of the video information on a television system. The control device may respond to a second user input identifying a storage selection by triggering storage of the video information in a storage unit corresponding to the storage selection. The control device may also receive a third user input identifying a replay request for other video information that may be selected from a plurality of stored videos. The control device may direct display of the other video information on the television system and/or on a display of the control device.

In order to prevent delays in output of detection results, even when a plurality of frequency modulation methods with different frequency change rates are used, an FM-CW radar device employing frequency modulation with two different frequency change rates, has distance/velocity detection unit for detecting the relative distance or relative velocity of a target object based on beat signals of transmission signals with the same frequency change rate and for detecting the relative distance or relative velocity using beat signals when the frequency change rates are different, and distance/velocity confirmation unit for adding evaluation values for relative distances or relative velocities detected in the detection processing, and for confirming the relative distance or relative velocity based on the evaluation value which has reached a criterion value. As a result, more data can be obtained in one detection cycle, and the same advantageous results as when executing a plurality of detection cycles can be obtained. Consequently, delay of output of detection results from the radar device to a vehicle control device can be prevented.

The printing control device of the present invention inquires whether or not an actual output printer driver supports the function of the items regarding drawing processing in step SC1503. If it is found as a result of inquiry in step SC1504 that the printer driver does not support the function, the printing control device processes print data in step SC1506. On the other hand, if the printer driver supports the function in step SC1504, the printing control device determines whether or not the print setting corresponding to the function is enabled in step SC1505. If the printing control device determines that the print setting is disabled, the process advances to step SC1506 and the printing control device processes print data.

A network communication device including port control circuitry for controlling packet flow between the ports of the device, where the port control circuitry includes a port manager that directs packets between the ports and port bonding circuitry that bonds two or more of the ports into a bonded port set. For each packet to be sent via the bonded port set, the port bonding circuitry selects one of the bonded ports for transmitting the packet. More than one bonded port set may be defined in a given communication device, and each bonded port set may include from two ports up to all the ports of the device, as long as each port is included in only one bonded port set. One or more port bonding registers are provided to identify which of the plurality of ports are bonded in each bonded port set. In one embodiment, the bonded ports are selected on a packet by packet basis so as to achieve a relatively even distribution of packets sent by each bonded port. In an alternative embodiment bonded ports are assigned to packet source identifiers so as to achieve a relatively even distribution of source identifiers among the bonded ports. If bonded ports are assigned to particular source identifiers, then the traffic is preferably monitored and the assignments are periodically adjusted to achieve even distribution of packet flow on the bonded link. The bonded ports may have different bandwidths, in which case traffic is distributed on a proportionate basis.

Information about an attribute of packets that are receivable corresponding to a command is registered. When a packet is received, information about an attribute of the packet received is acquired. Upon occurrence of a reception error that there is no information in the attribute registering unit corresponding to the information acquired by the attribute acquiring unit, a predetermined reception error handling routine is executed according to a type of the reception error.

An active vibration control device is provided that is configured to control the position of a body relative to a reference frame. The control device includes sensors that provide input signals corresponding to movement of the body in at least one direction, a rotary rotary actuator configured to control the position of the body, and four-bar linkage connecting the rotary rotary actuator to the body. The linkage converts the rotary motion output from the rotary actuator into a linear motion of the body. The controller, based on the input signals from the reference frame sensors, provides control signals to the rotary rotary actuator which acts through the linkage to position the body in the at least one direction relative to the position of the reference frame.

The invention discloses a system, a method and equipment for controlling network access, and aims to solve the problem that the service quality of a mobile network can be improved only by increasing network construction cost. In the invention, service signal requiring quality assurance in a first call is transmitted by first access control equipment; and other service signals in the call except the service signal requiring the quality assurance are transmitted by second access control equipment. By the invention, different service signals in the call can be transmitted by different access control equipment, so that the service signal requiring the quality assurance can be transmitted by backhauling resources with quality assurance, other service signals without requiring the quality assurance can be transmitted by wideband backhauling resources in low cost; therefore, under the condition of not increasing network construction cost, the transmission quality of the service signal requiring the quality assurance is ensured.

Disclosed herein is ultrasonic scanning apparatus and method for diagnosing a bladder. The ultrasonic scanning apparatus includes a transducer, a transducer support, an analog signal processing unit, a display unit, a central control unit, a first stepping motor, a second stepping motor, and a drive control unit. The transducer emits ultrasonic signals for respective scan lines and receives ultrasonic signals reflected from an object. The transducer support configured such that the transducer is fixedly installed therein. The analog signal processing unit converts the ultrasonic signals into digital signals. The display unit outputs specific image signals. The central control unit performs image processing on the digital ultrasonic signals, outputs the results of the processing to the display unit, and controls the overall operation of the apparatus. The first stepping motor rotates in a first direction. The second stepping motor rotates in a second direction. The drive control unit controls the operation of the first and second stepping motors in response to drive control signals provided from the central control unit.

The invention relates to a control method, a control device, a controller and a control system. The control method comprises the following steps of identifying current controlled equipment; switchingto a current control mode matched with the current controlled equipment; and controlling the current controlled equipment in the current control mode. According to the control method, the type of thecurrent controlled equipment is recognized, and the current control mode is switched to the control mode corresponding to the current controlled equipment, so that the control operation on the controlled equipment can be realized. The control method can enable a line controller or the controller to be matched with different types of internal machines for use, so that the universality and compatibility of the line controller or the controller are improved, the use convenience is brought for a user, and the user experience is improved.

Provided are a method and apparatus which control a device, the method including: receiving at least two input signals; analyzing at least one of a frequency variation, an energy intensity variation, a duration variation, and an input time interval between the received at least two input signals, and controlling the device to perform an operation corresponding to the received at least two input signals based on a result of the analyzing.

The invention provides a data processing method and apparatus. The method comprises the following steps that a control device obtains a data processing request and then allocates the data processing request to corresponding computing nodes according to load feature information of the computing nodes; and the computing nodes process the data processing request. According to the technical scheme, the data processing request is allocated according to the load feature information of the computing nodes, so that load balance among the computing nodes is realized; the utilization rate of system equipment is high; different computing nodes do not wait for one another; and the computing nodes in a system do not have idle states, so that the whole system can run efficiently.

The embodiments of the present invention provide a call callback billing method and a service control equipment. Wherein, the call callback billing method includes: receiving a bridging success notification or a callee connection failure notification from a switching equipment, and recording the reception time of the bridging success notification or the called successive failure notification; receiving an initial billing request from the switching equipment, adjusting the session duration carried in the initial billing request according to the reception time of the bridging success notification or the called successive failure notification, and sending a billing notification containing the adjusted session duration to a billing equipment in order to enable the billing equipment to bill according to the adjusted session duration. The embodiments of the present invention can reduce the billing errors for the caller terminal in the Unstructured Supplementary Service Data CallBack (UCB) service effectively.

The invention discloses an information processing method and an electronic device. The information processing method comprises steps of: when at least one acquired first parameters meets a preset parameter condition, acquiring at least one environment state information of the current located information, wherein the at least one first parameter is a parameter used for triggering a first electronic device to acquire an environment state of the environment of the current located information; and based on the at least one environment state information, generating a first control instruction and based on the first control instruction, controlling at least one second electronic device different from the first electronic device. According to the technical scheme provided by the invention, a technical problem is solved that a to-be-controlled electronic device can be controlled by a control device as long as obtained control operation of a user is detected in the prior art.

The embodiment of the invention discloses a method, an apparatus, a device and a system for drawing an underwater real map, and a storage medium. The method comprises the following steps: a controllercontrols an underwater device to move along a preset path, and image information collected at every position in the movement process of the underwater device, depth information collected at every position in the movement process of the underwater device and a positioning signal transmitted by the underwater device at every position in the movement process are obtained; the controller respectivelydetermines the planar coordinates of the underwater device in the movement process according to the positioning signals; and the controller draws the underwater real map according to the obtained depth information, planar coordinates and image information. In the embodiment of the invention, underwater real scenery information can be provided, and the underwater real conditions can be visually reflected.

The invention discloses an Internet-of-videos equipment number sealing method, which relates to the technical field of Internet-of-videos communication, and comprises the following steps: receiving afirst number sealing command sent by number sealing equipment; analyzing the first number sealing command to obtain a number sealing list, and generating a second number sealing command according to the number sealing list and an Internet-of-videos protocol; and sending the second number sealing command the sub-control equipment, so that the sub-control device sends the second number sealing command to the corresponding terminal equipment, and the second number sealing command is used for setting or changing the number sealing state of the terminal equipment so as to control the service permission of the terminal equipment. The invention further discloses an Internet-of-videos equipment number sealing device, electronic equipment and a readable storage medium. According to the Internet-of-video equipment number sealing method disclosed by the invention, the service authority of the terminal equipment is controlled, so that the influence of occupation of a large amount of bandwidth by opening services of certain terminal equipment when important services are carried out in the Internet-of-videos is effectively avoided, and the use experience of a user is improved.

Injection equipment for endotherapy treatments in plants, comprising a product-containing tank (1) that hydraulically connects to a pumping device (2) which in turn hydraulically and electrically connects to a control unit (3) that in turn hydraulically connects to an injection element (4), the control unit (3) incorporating a transducer arranged in relation to a conduit that connects to the hydraulic connections of said control unit (3) with the pumping device (2) and with the injection element (4), said transducer (22) being connected to the electric connection between the control unit (3) and the pumping device (2), such that it enables the operations of the equipment to be controlled depending on the pressure of the product that is injected during the application treatments.

A vehicle control apparatus which performs a parking control of a vehicle, includes a wheel setting unit configured to set at least one brake wheel which is a wheel to which a braking force is applied during the parking control and at least one non-brake wheel which is a wheel to which the braking force is not applied during the parking control, and a control unit configured to perform the parking control of the vehicle based on a rotation amount of at least one brake wheel and a rotation amount of at least one non-brake wheel detected by a wheel speed sensor detecting the rotation amount of a wheel of the vehicle.

The invention relates to an intelligent temperature control device for a transformer and belongs to the technical field of transformer control equipment in the metallurgy industry. According to the technical scheme, sealing materials are arranged between a stainless steel gate (6) and a transformer room; the stainless steel gate (6) is provided with a transformer room peep hole (1); the top of the stainless steel gate (6) is provided with a first air suction draught fan (3) and a second air suction draught fan (5); the bottom of the stainless steel gate (6) is provided with a first air exhaust draught fan (2) and a second air exhaust draught fan (4); the air suction draught fan (3) and the second air suction draught fan (5) are arranged in symmetry with the air exhaust draught fan (2) and the second air exhaust draught fan (4); transformer windings of the transformer (10) is provided with temperature detecting elements; the temperature detecting elements are connected with a controller. The intelligent temperature control device for the transformer has the advantages that it is guaranteed that the transformer windings always work within a rated temperature range, the service life of the transformer is prolonged, and electrical equipment safe working is guaranteed.

The invention discloses a low-power-consumption irrigation controller based on the agricultural Internet of Things, and relates to the field of irrigation control equipment. The low-power-consumptionirrigation controller based on the agricultural Internet of Things comprises a solar panel, a power supply battery and a wireless communication module, the solar panel is connected with the power supply battery, and the wireless communication module is connected with the power supply battery, a data acquisition circuit of a sensor and an electric valve driving module used for driving an electric valve. And the wireless communication module is used for controlling the electric valve driving module according to the received control instruction after being awakened, reading the sensor data acquired by the data acquisition circuit and sending the sensor data to a remote terminal in communication connection with the wireless communication module. According to the low-power-consumption irrigation controller based on the agricultural Internet of Things, power supply and communication of the electric valve and the data acquisition circuit can be well achieved according to the remote terminal,and the problem of replacement caused by insufficient battery power does not need to be considered.

The invention discloses a ministerial standard peripheral management device and a management method thereof. The input end of the device is in communication connection with a host; the output end of the device is in communication connection with a ministerial standard peripheral; the device comprises a control module and a conversion module; the control module is connected with the conversion module; the conversion module is connected with the ministerial standard peripheral; the control module receives communication data from the host and transmits the communication data to the conversion module through a UART; and the conversion module receives the communication data transmitted from the control module, converts the communication data into transmission protocol data which can be recognized by the ministerial standard peripheral, and transmits the transmission protocol data to the ministerial standard peripheral. By connecting ministerial standard peripherals to the ministerial standard peripheral management device in a unified way, whether the host reserves interfaces meeting the requirements of the ministerial standard peripherals or not is not required to be considered; and meanwhile, if a user replaces a control device and a control platform, only the host needs to be replaced, and a new host is connected with the ministerial standard peripheral management device again, sothat software and hardware do not need to be redeveloped, and development resources and time are saved.

A portable giant magnetoresistance magnetometer comprises a switch. The switch is connected with a mobile power supply; the mobile power supply is in parallel connection with a control device, a signal amplification circuit and a giant magnetoresistance sensor; and the control device is connected with a display device. By adopting the structure that the giant magnetoresistance sensor serves as a magnetic induction element and the mobile power supply is used for supplying power to the device, the magnetometer is convenient for people to carry on the basis of effectively reducing the size and weight of the device, and the portable giant magnetoresistance magnetometer is allowed to complete the measurement work of the space magnetic field anytime and anywhere.