158 results about "Single area" patented technology

A sensor connecting sheet material for inclusion in appropriately structured multiple-axes controllers comprised of a single input member operable in 6 DOF relative to a reference member of the controller. The input member having return-to-center resiliency relative to the reference member on at least the three perpendicular linear axes. The input member can be of a continuously rotatable trackball-type or a limited rotation joystick-type, and the reference member can be a shaft, a base or a housing. The controllers include carriage structuring for influencing sheet connected sensors by hand-applied operation of the input member. The preferred structures provide cooperative interaction with movement or force influenced sensors in primarily a single area. Some, most, or all of the sensors are preferably supported on a generally single plane, such as on a printed flexible membrane sensor sheet or circuit board sheet. In an alternative embodiment, sensors and conductive traces are applied on a generally flat, flexible membrane sensor sheet, which is then bent into a three dimensional configuration which may in some cases reach a widely-spread 3-D constellation of 6 DOF and / or other sensor mountings. The use of sensors connected by a sheet member, whether finally applied in a flat or 3-D configuration, enables efficient circuit and sensor connection and placement during manufacture, resulting in low product costs and high reliability.

A flux-channeled high current inductor includes an inductor body having a first end and an opposite second end and a conductor extending through the inductor body. The conductor includes a plurality of separate channels through a cross-sectional area of the inductor body thereby directing magnetic flux inducted by a current flowing through the conductor into two or more cross-sectional areas and reducing flux density of a given single area. The inductor body may be formed of a first ferromagnetic plate and a second ferromagnetic plate. The inductor may be formed from a single component magnetic core and have one or more slits to define inductance. The inductor may be formed of a magnetic powder. A method is provided for manufacturing flux-channeled high current inductors.

A UV LED device may be used for curing fluids. In one embodiment, LEDs are positioned on faces defined by an inverted recess in a base portion. The LEDs are configured such that the light beams emitted from the LEDs converge at a single area or point to provide a single, focused area or point of amplified power from the LEDs. In another embodiment, the base portion is elongated to provide a single, focused line or region of amplified power from the LEDs. In another embodiment, the curing process occurs in an inert atmosphere. In one embodiment, a printed circuit is disposed in the base portion to provide power to the LEDs.

The present invention provides a multiprocessor system and method in which plural memory locations are used for storing TLB-shootdown data respectively for plural processors. In contrast to systems in which a single area of memory serves for all processors' TLB-shootdown data, different processors can describe the memory they want to free concurrently. Thus, concurrent TLB-shootdown request are less likely to result in performance-limiting TLB-shootdown contentions that have previously constrained the scaleability of multiprocessor systems.

An information search / presentation system includes a 3D image converter, landmark database, search engine, and 3D image browser. The 3D image converter outputs 3D image data on the basis of aerial photographs obtained by photographing a single area from different places, with the physical position of the area being specified. The landmark database stores a pair of a verbal expression and position information as a unit record the verbal expression pertaining to the name and contents of a landmark existing in the photographed area. The search engine outputs link information for page data including associated contents from a set of page data on public view in response to an input keyword. The 3D image browser creates a 3D stereoscopic image viewed from a viewpoint position designated by a user on the basis of the 3D image data and the viewpoint position, and presents the image to the user. The browser also looks up the database in accordance with an associated information presentation request associated with the position designated by the user. If a landmark corresponding to the designated position exists, the browser outputs to the search engine a verbal expression pertaining to the name and contents of the corresponding landmark as a keyword to present a search result.

A UV LED device may be used for curing fluids. In one embodiment, LEDs are positioned on faces defined by an inverted recess in a base portion. The LEDs are configured such that the light beams emitted from the LEDs converge at a single area or point to provide a single, focused area or point of amplified power from the LEDs. In another embodiment, the base portion is elongated to provide a single, focused line or region of amplified power from the LEDs. In another embodiment, the curing process occurs in an inert atmosphere. In one embodiment, a printed circuit is disposed in the base portion to provide power to the LEDs.

An inspection apparatus includes a discrimination function determination unit which determines whether or not a discrimination function forms an area including a discrimination sample. The discrimination function is used in non-parametric one-class discrimination. The discrimination sample is discriminated into a class as a single area in an input space where learning samples are plotted.

The invention discloses an underground cavity extra-large dome excavating construction method. The underground cavity extra-large dome excavating construction method comprises the following steps: first, a dome cavity and a guiding cavity connected with the dome cavity are vertically layered; second, the dome cavity is symmetrically divided into a plurality of areas with the guiding cavity as an axis; third, an upper layer of guiding cavity is excavated and supported, each area is symmetrically excavated with the vertical axis of the dome cavity as an axis in a stagger mode and is gradually away from the vertical axis, and after a single area is excavated, systematic supporting is conducted on a top arch of the dome cavity according to design requirements; and fourth, a lower layer of guiding cavity is excavated and supported, each area is symmetrically excavated with the vertical axis of the dome cavity as an axis in a stagger mode and is gradually away from the vertical axis, and after a single area is excavated, systematic supporting is conducted on a top arch of the dome cavity according to design requirements; and due to the adoption of the steps mentioned above, excavating construction of the extra-large dome of an underground cavity is safely and high efficiently achieved. The simultaneous construction method of layering, area dividing and left-right diagonal staggered area ensures construction quality and construction safety, and meanwhile greatly improves work efficiency and reduces engineering construction cost.

An ultraviolet (UV) light-emitting diode (LED) device for curing fluids such as inks, coatings, and adhesives, for example. In one embodiment, LEDs are positioned on faces defined by an inverted recess in a base portion. The LEDs are configured such that the light beams emitted from the LEDs converge at a single area or point to provide a single, focused area or point of amplified power from the LEDs. An optical culmination device may be used to further intensify the power output from the LEDs. The optical culmination device provides enhanced power output from the UV LED device which makes the curing process more efficient than previous curing systems.

The invention discloses a method and a system for channel state information feedback under a CoMP (cooperative multi-point) mode. In the method, channel state information feedback of a main service area and other cooperative areas except the main service area is performed by a terminal under a cooperative multi-point transmission mode according to feedback modes and / or different granularities of the service areas, wherein the main service area refers to an area for sending physic downlink control information to users, and the cooperative areas refer to one or a plurality of areas which need measurement and feedback of channel state information. A technique of channel state information feedback under the CoMP mode is realized by means of the method and the system, and the method and the system are supportable for the channel state information feedback under the CoMP mode. Furthermore, the method and the system can dynamically support single-area CSI (channel state information) feedback and multi-area CSI feedback so as to adapt to dynamic switching among different transmission techniques.

The invention comprises a plurality of traps fitted with data processing means, arranged in a given coverage area, said traps comprising specific traps for rodents, specific traps for flying insects and specific traps for crawling insects. The data processing means include animal presence sensors, means for processing the information provided by said sensors and means for communicating said information, as well as power supply means. According to another aspect of the invention the traps in a given area are superintended by a master station that oversees the operation of said "slave" traps, via said information communication means. The aforesaid area superintended by a master station may include different kinds of traps, i.e. a single area may simultaneously contain specific traps for rodents, specific traps for flying insects and specific traps for crawling insects, said traps being identified by codes that indicate the kind of pest the trap is used for.

The invention discloses a matrix-type honeycomb photocatalysis plasma purifier comprising a housing and a purifying unit module arranged and between an inlet and an outlet in the inner cavity. The purifying unit module consist of a primary filter, an electrostatic precipitation filter, a photocatalysis plasma catalyzing and purifying filter and a positive-negative ion stirrer which are sequentially arranged from the inlet to the outlet; then the air sequentially entering from the inlet and having impurities is purified, and fresh air is discharged finally at the outlet. The matrix-type honeycomb photocatalysis plasma purifier integrates the functions of high-efficiency sterilization, virus killing, dedusting, deodorization, formaldehyde removal, decoration gas removal and organic waste gas degradation, realizes large specific surface and high dust collection efficiency and discharges static electricity at the front end and the back end so as to ionize the air with static electricity discharging efficiency higher than the conventional single-area static electricity discharging efficiency; the photocatalysis plasma catalyzing and purifying filter catalyzes and oxidizes harmful chemical odorous gas, and generated plasmas are in high concentration, so that germs can be completely killed; and the matrix-type honeycomb photocatalysis plasma purifier suffers little wind resistance and realizes massive dust collection.

The invention relates to an on-line monitoring method of the change of six freedom degrees between the lenses of an astronautical CCD camera with three linear arrays. A laser emitting and receiving device which comprises a laser source, an optical fibre coupler, a laser aligner, a semi-transparent semi-reflecting mirror and a first area array CCD camera is rigidly fixed on a camera lens A, and a laser reflecting and receiving device which comprises a plane mirror, a second area array CCD camera and a third area array CCD camera is rigidly fixed on the a camera lens B. The optical fibre coupler divides lasers emitted from the laser source into three paths, and then, the lasers are respectively aligned by the laser aligner and are output, wherein two paths of the lasers are respectively and directly projected on the two area array CCD cameras of the laser reflecting and receiving device, and the other path of the lasers are reflected on the single area array CCD camera of the laser emitting and receiving device. The change of three rotating freedom degrees and three translational freedom degrees between the lenses of the astronautical camera is solved through the change of facula positions on each area array CCD camera. In the invention, a non-contact measurement method is adopted, the structure of the astronautical camera can not be changed, the processes of installation and adjustment are convenient, the structure is compact, and the on-line operation mode can be achieved.

An image processing apparatus includes a detection unit configured to detect a presence of an object for a single area or multiple areas individually and obtain a location of each of the areas where the object is detected as detection location information, a registration unit configured to register a piece or multiple pieces of detection pattern information that can identify a piece or multiple pieces of detection location information and a detection order thereof, and a control unit configured to perform control such that a return process for switching a power state from a second power state to a first second power state is started when the detection location information sequentially detected by the detection unit is matched with a detection-order leading part of any of the detection pattern information registered in the registration unit, and the return process is continued while the detection pattern information is matched.

The invention discloses a vehicle type identification method and system. The method comprises a process of classifier generation by machine training and a process of determination of a to-be-measured picture. During the process of classifier generation, an image range needed in a picture of a training set is determined based on a licence plate; the determined image range is divided into several areas; feature information in all areas is selected; all feature information in respective selected areas are inputted into a machine training unit to generate classifiers corresponding to all areas one by one; single-area determination is carried out on a to-be-measured picture by the generated classifiers; and according to the single-area determination result, a vehicle type identification result is obtained by multi-area confidence coefficient fusion determination. With the method and system, the precision of vehicle type identification is enhanced effectively and detailed information like a vehicle manufacture can be identified. The method and system can be applied to the intelligent traffic system especially and the strong evidence can be provided for dealing with a traffic accident.

A biomolecular sensor system utilizing a transverse propagation wave of surface plasmon resonance (SPR) is described. The system comprises: a substrate; a dielectric layer, having a groove therein and standing on top of the substrate; a sensing film layer, sitting at the groove; a pair of prism devices, each resting on one side of the groove and both separating a tunable distance. Besides, the sensor system further comprises a light source, a light detector (a frontend of which connecting to a spectrometer and a backend connecting to a differential amplifier) and a channel with a cover forming inside the groove for the acquisition of the reflected light from the prism devices. Since the sensor system is constructed by exploiting the SPR technique on the transverse propagation, a whole contact surface is under detection (parallel detection) which differentiates it from the traditional method of single-area SPR detection. The sensor system is applicable not only for the far-infrared remote sensing with a transverse distance of several centimeters, but further for the biomedical sensing applications in the miniature sizing and high throughput.

The large 3D body appearance measuring and splicing method without adhered mark converts the local position measuring data of local measuring head data with the measuring head controlling points to the global coordinates to realize splicing. The splicing process includes the following steps: setting in the measurement space one reference ruler with two mark points; obtaining images of the global marks and reference ruler in different posture with high resolution digital camera from different directions; photographing one image frame with the measuring head controlling point and at least 3 global control points; converting the measuring head measured data of all areas to the global coordinate system, etc. to complete the splicing of single area measuring data to the integral. No marks adhered to the measured body has no influence on the self characteristic of the measured appearance, true and reliable measurement data and high operation efficiency.

The invention discloses an all-region intelligent full-automatic service system. The system comprises a central data bank switching control device, a guest greeting guide robot, a service robot, a conveying and cleaning robot, a direction path control module, an order settlement service module and a conveying and cleaning service module, and the guest greeting guide robot is provided with a face recognition module and a speech recognition module. The system has the advantages that the system is convenient to guide guests to have meals and record guest information; obstacles can be bypassed, work efficiency of walking is improved, the energy is saved, the service for a single area is achieved; information transmission is convenient and rapid; an uplink robot conveying device is arranged in the system, all conveying objects can be conveyed to a designated area through an uplink conveying track, the conveying and cleaning speed is improved in a relative segmentation area; and labor intensity of service staffs is reduced, the labor cost is saved, the service time is prolonged, and the service efficiency is improved.

The invention discloses a satellite on-orbit autonomous task planning method and a satellite on-orbit autonomous task planning system. The planning method comprises the steps that (1) a satellite obtains a task and determines a single area task to be executed currently; (2) the satellite acquires an observation track of a single region task to be executed at present; 1.1, receiving an uploaded task group by a satellite; 1.2, performing task priority ranking on the tasks in the task group, and performing task yield ranking on the tasks in the same priority to obtain a task queue; and 1.3, selecting a single regional task with high task priority and high task yield as a single regional task to be executed at present. According to the method, the tasks are reasonably sorted, so that dynamic conditions and tasks with different priorities can be better responded. According to the method, the performance of the agile satellite can be fully utilized, and the problem that the solving conditionof the micro remote sensing satellite group in the earth region task planning process is complex is solved.

The invention provides a safety protection system and method of a hydrogen fuel cell ship. The safety protection system comprises a hydrogen leakage monitoring alarm module, an emergency switching-offmodule, a ventilation module, an automatic extinguishing module and a monitoring station. The safety and the reliability of the hydrogen fuel cell are improved in the ship application by the real-time monitoring of the concentration of the hydrogen, the early leakage warning, the concentration control, the automatic extinguishing function and the manual extinguishing function; thus, the possibility of hydrogen fuel cell accident is reduced to the utmost extent; and, the staff safety and the property safety on the ship are ensured. The grading chain alarm control method can get the chain alarmgrading information of the cabin precisely, timely and reliably; the super early cabin leakage information alarm saves precious time for cutting off the hydrogen supply and taking ventilation measures; single cabin alarms; each adjacent cabin pre-alarms; the single area alarms; the adjacent areas are separated; thus, the hydrogen is prevented from leaking and spreading; and, the whole ship chainleakage and the fire explosion accident are prevented.

There is provided an inkjet printing apparatus which prints using a printhead for discharging ink by a plurality of scanning operations of the printhead including forward scanning and reverse scanning in a single area of a print medium. In the inkjet printing apparatus, the ink discharge amount is acquired for each unit area obtained by dividing the end area of the single area in the scanning direction. The acquired ink discharge amount of each unit area is compared with a predetermined threshold. The printing ratios of the plurality of scanning operations are controlled to set the printing ratio of the final scanning operation lower than the average one of the remaining scanning operations in a unit area where the ink discharge amount is larger than the predetermined threshold.

An image forming apparatus which forms a halftone image on a print medium (200) using multipass processing of reciprocally scanning a single area by an inkjet head (220) a plurality of number of times, forming dots in one of reciprocal scan operations, and moving the inkjet head (220) to a home position in the other reciprocal scan operation includes a print data generation unit (370) which generates print data of each print-scan operation, a printer engine (180) which prints a halftone image on the basis of the print data generated by the print data generation unit (370), and a sensor (230) which detects the state of printing in up to a print-scan operation immediately preceding a print-scan operation of interest. The print data generation unit (370) corrects print data in synchronism with printing by the printer engine (180) on the basis of the detected printing state.

An ultraviolet (UV) light-emitting diode (LED) device for curing fluids such as inks, coatings, and adhesives, for example. In one embodiment, LEDs are positioned on faces defined by an inverted recess in a base portion. The LEDs are configured such that the light beams emitted from the LEDs converge at a single area or point to provide a single, focused area or point of amplified power from the LEDs. An optical culmination device may be used to further intensify the power output from the LEDs. The optical culmination device provides enhanced power output from the UV LED device which makes the curing process more efficient than previous curing systems.

Some embodiments of the invention provide a communication system that includes a first communication network, a second communication network, and a core network. The second communication network includes a network controller and a group of two or more access areas that are communicatively coupled to the core network by the network controller. Some embodiments service the second network access areas by providing access area identifiers to each access area while communicating with the first network or core network using a single area identifier assigned to the network controller. Some embodiments provide access control by sending a series of invalid messages to a user equipment (UE) that is not authorized to access services of the second network to reject the UE. Some embodiments reject the UE by sending a message to ban a UE from an access area with a particular access area identifier.

The invention relates to a rice direct seeding device based on an intelligent robot. The device comprises a machine shell, a laser radar scanning system, a control system, a power system, a walking mechanism, a transmission mechanism and a seeding mechanism, wherein the laser radar scanning system makes scanned distance information generate point cloud data and transmits the point cloud data to the control system; the control system is used for drawing a complete paddy grid map and controlling the rice direct seeding device to walk; the power system provides driving power for the walking mechanism and the seeding mechanism; the walking mechanism drives the machine shell to walk; the seeding mechanism is installed on the machine shell and achieves seeding; the transmission mechanism is connected with the power system and the seeding mechanism. The invention further relates to a rice direct seeding method based on the intelligent robot. By means of the rice direct seeding device and method based on the intelligent robot, the situation that an existing large machine is not suitable for entering a hill paddy or a lot of paddies with small single areas can be improved, and the inventionbelongs to the technical field of crop planting machines.

The invention relates to the technical field of ammunition power evaluation, in particular to an ammunition power destruction volume evaluation method. The ammunition power destruction volume evaluation method includes dividing an effective destruction space of ammunition blasting and calculating spatial volume of each area; calculating spherical surface distribution density of ammunition fragments in each area of the effective destruction space according to ammunition crumbliness, fragment speed measurement and spherical target experiment results under static or dynamic conditions; taking the ratio of the spherical surface distribution density of the ammunition fragments in a single area of the effective destruction space to the spherical surface distribution density of the ammunition fragments in all areas of the effective destruction space as a destruction volume weight of the single area; multiplying the spatial volumes of the areas by the corresponding destruction volume weights before summing to acquire the ammunition destruction volume. The ammunition power destruction volume evaluation method has the advantages that two basic requirements of a destruction power detection index are met, fragment distribution characteristics and comprehensive multi-index assessment can be reflected, and power of sky and ground targets can be identified and compared at the same time.

Exemplary embodiments provide methods for patterning large areas, beyond those accessible with the limited single-area exposure techniques, with nanometer scale features. The methods can include forming a grating pattern to make a first interferometric exposure of a first portion of a photosensitive material disposed over a substrate by interfering two or more laser beams, wherein the two or more laser beams comprise an apodized intensity profile having a continuous intensity variation. The method can further include aligning and overlapping the grating pattern to expose a second portion of the photosensitive material such that the first portion and the second portion form a continuous grating pattern.

The invention discloses a brain functional network activity level measurement method. The method includes the steps: respectively carrying out functional magnetic resonance imaging on a normal subject and a specific subject, and subjecting brain functional magnetic resonance images acquired under identical conditions to preprocessing operations; using a standard partition template to divide the brain functional magnetic resonance images into a plurality of brain areas, defining each brain area as a node and defining connection between each two brain areas as a side for connection of the corresponding nodes to enable a whole brain to form a functional network with a plurality of nodes and the connection sides among the nodes; according to a level of each node and a maximum number of the connection sides among each node and the surrounding nodes, respectively calculating a corresponding node activity level of each brain area of the specific subject and an average node activity level of the whole brain functional network of the normal subject, comparing and taking the brain areas high in activity level as active areas. According to the brain functional network activity level measurement method, connection closeness of the brain areas is reflected by the node activity levels of the brain functional network, and the activity level of each single area can be observed specifically. The brain functional network activity level measurement method has a certain application value in the fields of brain functional regulation, cognitive function research, mental disease diagnosis and treatment and the like.