41 results about "Directed Unit" patented technology

An image processing apparatus capable of performing a plurality of types of image processes on image data includes a dividing unit adapted to divide input image data into area images, a data generation unit adapted to generate data including an area image and type information indicating a type of an image process to be performed, an image processing unit including a plurality of image processing sub-units each capable of being reconfigured so as to function as a circuit capable of performing selected one of the plurality of types of image processes, a commanding unit adapted to command at least one of the plurality of image processing sub-units to be reconfigured so as to function as a circuit for performing an image process specified by the type information, and a transfer control unit adapted to transfer the area image to the image processing sub-unit specified by the commanding unit.

A method and apparatus for reading in a three-dimensional information carrier are presented. The three-dimensional information carrier is formed with a plurality of spaced-apart data regions, each surrounded by surrounding-regions. The data regions are made of a material capable of generating an output excited radiation, when interacting with a predetermined incident exciting radiation, while the surrounding regions are substantially optically transparent. The apparatus comprises an illumination unit, a light directing unit and a detector unit. The illumination unit produces a scanning beam of the incident radiation. The light directing unit projects the incident radiation onto a scan region located in an addressed plane inside the carrier and collects the output radiation. The light directing unit is capable of picking up a predetermined portion of the collected output radiation, so as to provide spatial separation of the output radiation components produced by the data regions located in the addressed plane and the output radiation components produced by the data regions located at any other location inside the carrier.

A noninvasive analyzer apparatus and method of use thereof is described comprising a near-infrared source, a detector, and a photon transport system configured to direct photons from the source to the detector via an analyzer-sample optical interface. The photon transport system includes a dynamically position light directing unit used to, within a measurement time period for a single analyte concentration determination, change any of: radius, energy, intensity, position, incident angle, solid angle, and / or depth of penetration of a beam of photons entering skin of a subject.

A serial controller is adapted to receive an external clock and an input data, and output an inverted clock and an output data. The serial controller includes an inverter, a serial position detector, a synchronous clock generator, a serial register, and a half-cycle delay unit. Thereby, through the serial controller, the problem that the data signal and the driving clock are not synchronous when the clock series are inverted is avoided. Besides, a bi-directional serial controller further includes an identification unit and a data directing unit, and the serial controller is enabled to return the current status to a central control unit to serve as the reference for error detection.

The invention discloses a gain-and-direction-orientated structure thermal deformation compensation method for a satellite-borne active phase control array antenna. The method comprises the steps of determining structural parameters, material attributes and electromagnetic parameters of the antenna; determining antenna environment thermal load; calculating antenna temperature field distribution under sunshine; determining T / R assembly thermal power consumption; calculating antenna temperature field distribution under the T / R assembly thermal power consumption; performing temperature field superposition and calculating the thermal deformation of the antenna structure; extracting position offset in the array element geometric center; calculating the additional error of the array element space phase; determining the amplitude and phase distribution of array element excitation current; calculating the electrical performance of the antenna; judging whether gain and direction are both satisfied simultaneously or not; and calculating the antenna ideal main beam directed unit vector, the adjusting amount of the array element space phase, and the phase current of the compensated array element excitation current. The compensation method provided by the invention is combined with a phase adjusting method, so that the electrical performance compensation to the deformed satellite-borne active phase control array antenna is realized; the problem of antenna electrical performance degradation caused by structural thermal deformation is solved; and the normal operation of the antenna can be ensured.

An air-directing unit for use in redirecting air flow in a memory module environment of a computer. The air-directing unit comprises a body portion configured to redirect air flow therearound such that the air flow is redirected in the memory module environment. The air-directing unit includes a coupling element for removably engaging the air-directing unit with a connector portion of the memory module environment, the coupling element removably engaging the air-directing unit without compromising electrical contacts in the connector.

A noninvasive analyzer apparatus and method of use thereof is described comprising a near-infrared source, a detector, and a photon transport system configured to direct photons from the source to the detector via an analyzer-sample optical interface. The photon transport system includes a dynamically position light directing unit used to, within a measurement time period for a single analyte concentration determination, change any of: radius, energy, intensity, position, incident angle, solid angle, and / or depth of penetration of a beam of photons entering skin of a subject.

This invention discloses a power quality controller comprising control and protects unit, power unit and input unit. The power unit in this invention comprises parallel unit, serial unit and direct unit. The function of the controller is to cascade a voltage and parallel connect a current source in system alignment circuit. It is an integration improvement for power quality apparatus to the load.

An individual cabin illumination device in an aircraft, the device having a light source associated with a passenger or with a group of passengers and an antidazzle device, wherein the antidazzle device includes a multitude of light-directing units which may be arranged one beside the other. Each light-directing unit includes a light-inlet aperture, a light-outlet aperture and a wall that connects the light-inlet aperture to the light-outlet aperture, wherein the light-directing units allow diffusion of the light that can be given off by the light source essentially only onto the passengers associated with the light source.

An individual cabin illumination device in an aircraft, the device having a light source associated with a passenger or with a group of passengers and an antidazzle device, wherein the antidazzle device includes a multitude of light-directing units which may be arranged one beside the other. Each light-directing unit includes a light-inlet aperture, a light-outlet aperture and a wall that connects the light-inlet aperture to the light-outlet aperture, wherein the light-directing units allow diffusion of the light that can be given off by the light source essentially only onto the passengers associated with the light source.

The invention relates to a method of restricting the direct current magnetic bias to generate the noise of the transformer, which belongs to the emergency protection circuit device field. The invention comprises a stopping direct unit and a primary system fault protection unit, the invention is characterized in that two electrolytic capacitances with polarities are connected in series in an inverted polarity way, and a diode is in parallel connected at the both ends of each electrolytic capacitance in a reverted polarity way, so as to form a stopping direct unit; at least more than two diodes are connected in series in sequence in an identical direction way, so as to form an unidirectional overvoltage protection circuit, and two unidirectional overvoltage protection circuits are connected in parallel in a reverse direction way, so as to form a complete primary system fault protective unit. The continuity of the grounding circuit is guaranteed during the changing process of the grounding current at the whole central point from small to large, the complex controlling circuit and the thyristor element are avoided, no risk of the stopping direct component is guaranteed by a built-in auto bypass, the structure parameter of the prior electric network is not changed, and simultaneously, the direct current component can be completely partitioned during the normal operation.

A serial controller is adapted to receive an external clock and an input data, and output an inverted clock and an output data. The serial controller includes an inverter, a serial position detector, a synchronous clock generator, a serial register, and a half-cycle delay unit. Thereby, through the serial controller, the problem that the data signal and the driving clock are not synchronous when the clock series are inverted is avoided. Besides, a bi-directional serial controller further includes an identification unit and a data directing unit, and the serial controller is enabled to return the current status to a central control unit to serve as the reference for error detection.

An apparatus receives survey instructions from a directed unit and measurement data from a measurement unit. The apparatus directs a survey workflow comprising a plurality of stages, determines the completion of at least one of the stages based upon at least one of the measurement data and the survey instructions, provides workflow information, selects survey data from the measurement data, and stores the survey data in a memory. The apparatus sends the workflow information to the directed unit.

The invention discloses a screw screening device which comprises an outer housing, a speed reducing motor, a stirring paddle, a screening plate, a feeding port, vibrating units, a discharging port, ascreening frame and a receiving box, wherein the feeding port is located on a left side of a top end of the outer housing; the speed reducing motor is located at the center of the top end of the outerhousing; the stirring paddle is connected under the speed reducing motor; a waste discharging port is formed in a left end of the stirring paddle; a bottom end of the stirring paddle 3 is connected with a surface of the screening plate; the vibrating units are located on two sides of the bottom end of the outer housing; the discharging port is located on a lower right side of the outer housing; the discharging port is connected with a left end of the screening frame; and a right end of the screening frame is connected with the receiving box. According to the invention, the size of a requiredscreening screw head can be automatically adjusted by controlling the number of the screening plates; the vibrating units and the stirring paddle reduce a problem of blockage of the screws; a crack detecting unit, a length directing unit and a counting unit can efficiently screen out the correct number of qualified screws.

Disclosed is a glass cutting table (1) comprising a support in the form of a plate (3) for the glass plate that is to be divided, a cutting bridge (4) which can be displaced along the support and on which a cutting head (6) encompassing a cutting tool is disposed in an adjustable manner. The driving and directing unit (10) for the cutting bridge (4) is placed at a distance below the plate (3) forming the support of the glass cutting table (1) and is fastened to the base frame (2) of the glass cutting table (1) independently of the plate (3). In addition, the directing and driving unit (10), which is composed of guide bars (12) for the cutting bridge (4) and a toothed wheel-toothed belt drive (15, 16, 17) for moving the cutting bridge (4) relative to the outer contour of the plate (3) of the glass cutting table (1), especially the longitudinal edges (5) of the plate (3), is offset in an inward direction such that the support of the glass cutting table (1) is easy to access while the directing and driving unit (10) does not risk being dirtied or damaged by glass splinters. Moreover, when a sectional plate (3) is used, the tiltable part (30) thereof can be tilted independently of the directing and driving unit (10) so as to receive glass plates that are to be divided.

A system for optical scanning along one line with fast random access and high optical resolution, composed of: a plurality of first lenslets (240) constructed for use with a selected media format (224), the plurality of lenslets (240) all being disposed in a single row and being spaced apart by a given center-to-center distance; a movable mount carrying the plurality of lenslets (240), a linear motion actuator (241) coupled to the mount for moving the mount in a direction substantially parallel to the single row over a distance having a maximum value that is substantially equal to or slightly greater than the given center-to-center distance; at least one light source (260); a light directing unit (234) for directing light from the source to any one or two selected lenslets (240); and a control unit for controlling the light directing unit (234).

A control device and a control method are disclosed. According to an embodiment, the control device includes a receiving unit, a judging unit, an estimating unit, a deciding unit, a directing unit, and a sending unit. The receiving unit is configured to receive an interrupt request requesting a processing device that includes elements capable of being individually subjected to voltage control to execute an interrupt process. The judging unit is configured to judge a state of the elements. The estimating unit is configured to estimate a start-up time for the element to change into an operating mode after power is supplied. The deciding unit is configured to decide a starting point in time at which power supply is to be started on basis of a difference in the start-up times between the elements. The directing unit is configured to direct a power supply unit for supplying power to the elements. The sending unit is configured to send the interrupt request.

A hydrogen atom model has a drawing or three-dimensional model which expresses an electric field in a form of electric lines of force and a magnetic field in a form of magnetic lines of force, as an example. The electric field is obtained by a gradient vector operation applied to a wave function of a hydrogen atom and a sign inversion to the result of the vector operation. The magnetic field obtained by multiplication of the wave function by a θ-directed unit vector in polar coordinates (r, θ, φ) and application of a rotational vector operation to the result of the multiplication.

The invention discloses a guide label-based regional traffic directing server which is characterized by comparing a data storage unit (1), a line planning unit (2), a guide directing unit (3), a management maintaining unit (4) and a communication interface unit (5). The server is used for building a guide network according to stored geographic information data and information such as a key position, a guide position, a usable route and the like; and ensuring a destination and the current guide position after a guide directing request is received, ensuring an optimal line from the current guide position to the destination based on the guide network by adopting a line planning algorithm, generating integrated guide direction, and feeding the integrated guide direction back to a guide terminal. By adopting the management maintaining unit, the server is used for offering a maintenance method to geographic information data, the guide network and link cost weight, so that the optimal line can be dynamically adjusted by a manager according to the condition of the regional traffic.

A variable hardness actuator includes a flexible tubular member; plural particles of magnetic powder filling the tubular member; a coil wound around an outer circumference of the tubular member, surrounding the magnetic powder; a drive unit configured to supply electric current to the coil; and a directing unit used to give a direction to the drive unit to supply the electric current, wherein the coil generates a magnetic field using the electric current supplied from the drive unit in response to the direction from the directing unit, causing the plural particles of magnetic powder to magnetize spontaneously, magnetically couple together, and harden.

A printing engine, having an ink support adapted to support an amount of ink, a plurality of laser scanning units, each laser scanning unit including a laser adapted to emit a laser beam and a directing unit configured to direct the laser beam onto the ink support. The laser scanning unit is adapted to apply energy to the amount of ink at a laser beam spot position. The laser scanning units are adapted to simultaneously scan the ink support substantially in a main scanning direction with respective laser beam spot positions, the laser beam spot positions being remote from each other.

The invention discloses a filtering antenna based on a slot line resonator. The filtering antenna comprises a rectangular dielectric substrate (7), a metal grounding plate (8) and an input port feeder(1), wherein an F-shaped slot line resonator (2) and a slot line transmission line (3) are etched in the metal grounding plate (8), a vertical arm (21) of the F-shaped slot line resonator (2) is parallel to a long side of the dielectric substrate (7), and a vertical arm (31) of the slot line transmission line (3) is parallel to the long side of the dielectric substrate (7); the input port feeder(1) is positioned above the F-shaped slot line resonator (2) and is perpendicular to the long side of the dielectric substrate (7), and an input end of the input port feeder (1) is positioned on a long side of the of the dielectric substrate (7); and the filtering antenna further comprises a first antenna radiating unit (4), a second antenna radiating unit (5) and an antenna directing unit (6). The filtering antenna based on the slot line resonator has the advantages of wide bandwidth and simple structure.

The invention relates to a microscope (100) having a transmitted-light lighting device (10) for critical lighting of an object (O) to be observed, comprising: a light source (20) having an LED assembly having a light-emitting surface, a light-directing unit (30, 30') having a collimator (35, 35') and a reflecting jacket surface (34, 34'), both for orienting light coupled into the light-directing unit (30, 30'), and having an outcoupling surface (32, 32'), wherein the outcoupling surface (32, 32') has an outcoupling surface dimension (D), wherein the light-emitting surface of the light source (20) is smaller than the outcoupling surface (32, 32') of the light-directing unit (30, 30'), wherein the light-directing unit (30, 30') is arranged in such a way that light emitted by the light source (20) is coupled in and is coupled out from the outcoupling surface (32, 32'), a condensor (40) between the outcoupling surface (32, 32') of the light-directing unit (30, 30') and the object (O) to be observed, wherein the condensor has an aperture (41) having an aperture dimension (A) and is arranged in such a way that the aperture (41) is completely irradiated with the light coupled out from the outcoupling surface (32, 32').

The invention discloses a gain-and-direction-orientated structure thermal deformation compensation method for a satellite-borne active phase control array antenna. The method comprises the steps of determining structural parameters, material attributes and electromagnetic parameters of the antenna; determining antenna environment thermal load; calculating antenna temperature field distribution under sunshine; determining T / R assembly thermal power consumption; calculating antenna temperature field distribution under the T / R assembly thermal power consumption; performing temperature field superposition and calculating the thermal deformation of the antenna structure; extracting position offset in the array element geometric center; calculating the additional error of the array element space phase; determining the amplitude and phase distribution of array element excitation current; calculating the electrical performance of the antenna; judging whether gain and direction are both satisfied simultaneously or not; and calculating the antenna ideal main beam directed unit vector, the adjusting amount of the array element space phase, and the phase current of the compensated array element excitation current. The compensation method provided by the invention is combined with a phase adjusting method, so that the electrical performance compensation to the deformed satellite-borne active phase control array antenna is realized; the problem of antenna electrical performance degradation caused by structural thermal deformation is solved; and the normal operation of the antenna can be ensured.

A device for producing a three-dimensional structure from a receiver includes a deposition unit that deposits toner on the receiver. That unit is controlled by a controller to produce a toner pattern on the receiver. A fusing device includes first and second rotatable members having respective, different compliances and a mount that selectively retains the members with respect to each other to form a fusing nip and permits adjustment of respective forces between the members at each end. A directing unit entrains the receiver around the second member so that the receiver passes through the fusing nip. A softening device softens the toner of the toner pattern so that as the second member rotates through successive revolutions, corresponding layer areas of the receiver are defined and the softened toner in each layer area adheres to the second surface of the receiver in an adjacent layer area.

A compact zoomable camera device includes an optical module, an image sensor module and a microelectronic mechanism system (MEMS) micro-actuator. The optical module includes a first lens group, a second lens group and a light directing unit. The first lens group defines a first optical axis, and the second lens group defines a second optical axis and a second focal plane associated therewith. The second lens group is arranged in a manner such that the second optical axis intersects the first optical axis. The light directing unit is configured for directing light beams from the first lens group to the second lens group. The image sensor module includes an image sensor positioned at the second focal plane of the second lens group. The microelectronic mechanism system (MEMS) micro-actuator is configured for moving the image sensor along the second optical axis, so as to dynamically position the image sensor at the second focal plane of the second lens group.

A moving-object directing system for directing a moving object to a target location includes: a moving-object directing unit and a moving object. The moving-object directing unit includes: a directing signal transmitter for generating a first moving-object directing signal, sequentially transmitting the first moving-object directing signal 360° in all directions, generating a second moving-object directing signal corresponding to directing information for directing the moving object to the target location upon receiving a signal indicating successful reception of the first moving-object directing signal, and transmitting the second moving-object directing signal, and a first RF (Radio Frequency) communication unit for receiving a signal indicating successful reception of the moving-object directing signal. The moving object includes: a second RF communication unit for wirelessly transmitting a signal indicating successful reception of the moving object directing signal to the moving object directing unit, and a controller for controlling operations of a wheel.

An operator can easily set welding conditions for one welding device while welding with another welding device. A first welding device (1) and a second welding device (2) are mutually connected by a network (3), comprise a controlling device (10), a welding torch (41), a welding wire (42), a welder cart (44), a wire feeding device (45), a welding power source (50), and the like, and weld a steel plate to be welded (SP). The controlling device (10) comprises an input unit (11) that receives input operations from the operator and displays information, a calculating unit (12) that calculates welding conditions for the same device and outputs information pertaining to the other welding device to the other welding device, a storing unit (13) that stores various data such as the welding conditions and a program or the like that achieves controlling device (10) functionality, a current and voltage controlling unit (14) that controls the wire feeding device (45) and the welding power source (50), and a drive directing unit (15) that directs the driving of the welder cart (44).

An operator can easily set welding conditions for one welding device while welding with another welding device. A first welding device (1) and a second welding device (2) are mutually connected by a network (3), comprise a controlling device (10), a welding torch (41), a welding wire (42), a welder cart (44), a wire feeding device (45), a welding power source (50), and the like, and weld a steel plate to be welded (SP). The controlling device (10) comprises an input unit (11) that receives input operations from the operator and displays information, a calculating unit (12) that calculates welding conditions for the same device and outputs information pertaining to the other welding device to the other welding device, a storing unit (13) that stores various data such as the welding conditions and a program or the like that achieves controlling device (10) functionality, a current and voltage controlling unit (14) that controls the wire feeding device (45) and the welding power source (50), and a drive directing unit (15) that directs the driving of the welder cart (44).

Provided is a road information receiving system, comprising a control and directing unit having road information and traffic light status data, and further comprising a road information transmission unit, a vehicle movement direction determination unit, and a vehicle on-board unit, the vehicle on-board unit comprising an information receiving device, a processor, a vehicle direction positioning device, and an output device. The traffic light status at an intersection is transmitted outward or sent by means of a road information server unit; the information receiving device receives the information; the vehicle direction positioning device determines the number of the intersection where the vehicle is; the processor selects the status of the traffic light of the matching direction from a traffic light status signal according to the number of the intersection, and transmits by means of the output device the status to a driver as reference regarding the intersection. When a large vehicle in front blocks the view, or when a driver has color blindness or color deficiency, the driver can accurately receive image or voice alerts via the output device, so that the vehicle can safely and rapidly go through the intersection or stop in time according to the traffic light status.