419 results about "Rotation method" patented technology

A wireless local area network (WLAN) system comprises multiple access points that are distributed throughout a medical facility to provide wireless access to a hardwired network. The access points implement multiple WLAN protocols, including a realtime protocol for realtime patient monitoring (telemetry) and a standard WLAN protocol (such as IEEE 802.11 within an ISM band) for providing general-purpose wireless access. Some or all of the access points preferably implement both WLAN protocols such that the different WLANs and wireless device types share network access resources. Some or all of the access points may also include RF location-tracking modules which may be used to track locations of patients, hospital personnel, capital equipment, and / or disposable medical supplies. Also disclosed are an antenna design which may be used with the access points to improve reception (particularly for patient monitoring), and a TDMA timeslot rotation method for avoiding lockstep interference between access points that operate on the same channel.

The invention aligns a set of plural images to construct a mosaic image. At least different pairs of the images overlap partially (or fully), and typically are images captured by a camera looking at the same scene but oriented at different angles from approximately the same location or similar locations. In order to align one of the images with another one of the images, the following steps are carried out: (a) determining a difference error between the one image and the other image; (b) computing an incremental rotation of the one image relative to a 3-dimensional coordinate system through an incremental angle which tends to reduce the difference error; and (c) rotating the one image in accordance with the incremental rotation to produce an incrementally warped version of the one image. As long as the difference error remains significant, the method continues by re-performing the foregoing determining, computing and rotating steps but this time with the incrementally warped version of the one image.

Methods and apparatus for additive manufacturing of three-dimensional objects from polymerizable liquids are described. The methods and apparatus are implemented in the form of a bottom up additive manufacturing apparatus, and in preferred embodiments are implemented in the form of Continuous Liquid Interface Production (or “CLIP”) methods and apparatus. Rotation of at least one of the carrier and the build plate is preferably included, for example to facilitate the filling of the build region with the polymerizable liquid.

The invention discloses an intelligent robot rotation method based on sound source positioning and face detection. The method comprises the steps of (1) receiving a wake-up word and starting, (2) determining the general direction of a target person by using a multi-microphone sound source positioning technology, and controlling the head of a robot to a target direction, (3) turning a head camera to the direction of the target person to apply face positioning technology, and collecting an image through the head camera, (4) after collecting the image through the head camera, carrying out more precise positioning based on the face detection technology, and finally turning the head of the robot to point at the direction of a target speaker. According to the method, the positioning accuracy can be improved, and the personified effect of the interaction between a user and the robot is improved greatly.

A media processing system with an improved method and device for rotating a video image is provided. Embodiments of the media processing system include a video decoder with the ability to output decoded video in a landscape or portrait orientation. In some embodiments, the video output orientation is based on the physical orientation of the display as indicated by an electronic sensor.

A display rotation apparatus and rotating method thereof are disclosed. A display rotation apparatus, interposed between a fixed body and a moving body and rotating the moving body about the fixed body, comprising plural joint parts coupled to the moving body; plural arm parts, one end coupled to the joint part and the other end coupled to the fixed body, comprising a link member and a hinge member configured to joint act; and a driving part, coupled to the hinge member, rotating the arm part can rotate the display in variable directions.

A screen picture rotation method comprises a first detection step, a second detection step and a control step. The first detection step includes that during the operation from the starting to the closing of an electronic device, whether a screen of the electronic device is laid horizontally is detected in real time through an electronic level meter in the electronic device; the second detection step includes when the screen is detected to be horizontally laid continuously, and the rotation direction and the angle of the screen are detected in real time through an electronic orienting device in the electronic device; and the control step includes that when the detected rotation direction of the screen reaches a preset switching value, a picture displayed by the screen is controlled to rotate by 90 degrees relative to the screen to the direction opposite to the rotation direction. The invention further provides a screen picture rotation system. According to the screen picture rotation method and the system, automatic switchover between horizontal screen display and vertical screen display of the screen can be achieved in the condition that the screen is horizontally laid.

A method and related apparatus for precision deploy-attaching beam-mount structure to the outside of an elongate column at plural, defined attachment sites that are distributed and spaced along the length of the column. The method involves (a) preparing an elongate column to act as a travel way for a carriage which is designed to transport and deploy beam-mount structure, shifting such a carriage progressively along the column from defined attachment site to defined attachment site, and at each such site, deploy-attaching from the carriage to the column the carriage-carried beam-mount structure.

The invention discloses a powder-coated atomic layer deposition device. The powder-coated atomic layer deposition device comprises a powder container and a reaction cavity, wherein an inlet source hole is formed in one end of the reaction cavity; a gas inlet tube used for inputting reaction gas or carrier gas is arranged in the inlet source hole in a sealing mode; a cavity door is arranged at the other end of the reaction cavity; the powder container is arranged inside the cavity door; under driving of a power device, rotation can be realized; a gas inlet is formed in the powder container; the gas inlet tube enters an inner cavity of the powder container through the gas inlet; an ultrasonic vibrating rod is arranged inside the reaction cavity; and after the powder container enters the reaction cavity through a guide device, the outer side wall of the powder container is in contact with the ultrasonic vibrating rod. According to the powder-coated atomic layer deposition device disclosed by the invention, a rotary method is combined with an ultrasonic vibrating method, contact possibility of powder and reaction gas can be increased by rotation, and powder agglomeration can be relieved by energy generated by vibrations, so that powder is dispersed, and a uniform and compact film is finally coated on the surface of the powder.

The invention is applicable to the field of mobile terminals and provides a screen rotating method, a screen rotating device and a mobile terminal. The screen rotating method includes acquiring position information of two eyes, obtaining a forward sight line the two eyes are located according to the position information, and adjusting the display direction of a screen display picture according to the forward sight line. When in use of the mobile terminal, the screen display picture of the mobile terminal is adjusted to the direction of the forward sight line of the eyes of the user so as to be convenient for browsing by the user and prevent eye diseases.

The present invention relates to a construction method of bridges, in particular to a vertical rotation method of the arch ribs of a multi-span continuous arch bridge. The construction method includes seven steps: (1) the tower frames of a side tower and a middle tower, a hoisting station, a mobile gantry crane and an arch rib trestle are assembled, and a rear archorage system is installed; (2) arch ribs are assembled on the arch rib trestle; (3) the fastening anchorage cables of the steel pipe arch ribs of a first span are hung, and a swivel tensioner is installed; (4) the steel pipe arch ribs of the first span are rotated and closed; (5) the fastening anchorage cables of the steel pipe arch ribs of a second span are hung; (6) the steel pipe arch ribs of the second span are rotated and closed, and the working procedure is repeated until the rotation and the closure of the steel pipe arch ribs of the nth span are finished; (7) arch feet are closed, steeves are adjusted and the construction equipment is disassembled. The present invention has the advantages of convenient construction, safety, reliability and low construction cost.

The invention relates to the method for automatically aligning the optical wave guide part with the optical fiber array, including the coarse alignment, fine alignment and the equalization of energy in each channel. The mixed type algorithm for automatic alignment is adopted in the fine alignment. The procedure of the fine alignment is as follows: With relatively great scanning range and step size, using the numerical value plot mode alignment algorithm searches the position of the relative maximum value of energy in K channel further. With relatively small scanning range and step size, usingthe numerical value plot mode alignment algorithm searches the position of the final absolute maximum value of energy in K channel. Using the fast aligning method-the rotation method searches the maximum value of energy in J channel.

A launching system may include a multirotor platform that includes a plurality of motors and propellers. The multirotor platform may be launched from a launch tube and actuated to transition from a storage state to a flight state where the propellers are operable via the motors. The multirotor platform may include pivotable pivoting motor arms that are connected between the main flight body and the propellers. After the multirotor platform is deployed from the launch tube, the pivoting motor arms may be actuated to extend from a retracted position against the main flight body and enable operation of the motors and the propellers for powered flight of the multirotor platform. The multirotor platform may include motor pylon wings connected to the motors and retractable nose gears for deploying the motor pylon wings and enabling unpowered flight or gliding movement of the multirotor platform.

The invention discloses an organic cultivation method based on rotation of autumn melons, vegetable broad beans, rice and water chestnuts, and relates to the technical field of rotation cropping. The organic cultivation method includes the following steps: (1), establishing an organic cultivation production base; (2), cultivating according to a rotation method; (3), cultivating organic melons, organic vegetable broad beans, organic rice (planting one batch of early-season rice in the first year and the second year of a rotation cycle) and organic water chestnuts according to quality requirements and production technology standards of organic agricultural products, and fertilizing soil by straw turnover and organic fertilizer preparation. The rotation method includes sequentially cultivating the early-season rice, the autumn melons and the vegetable broad beans at the first year, and sequentially cultivating the early-season rice and the water chestnuts at the second year, wherein every two years serve as a rotation cycle. The organic cultivation method has the advantages that the organic melons, the organic vegetable broad beans, the water chestnuts and the organic rice can be cultivated in the same cultivation production base, a high-efficiency ecological circular agriculture cultivation mode, high practicability and operability and high social, economic and ecological benefits are achieved, and the method has a broad promotion and application prospect in the middle and lower reaches of Yangtze River.

A fish detection accessory to be installed on the end of a fishing pole or which alternately can be incorporated into a fishing pole during manufacture of the pole. The unit employs a miniature dual axis accelerometer integrated circuit that can detect angular rotation of the unit relative to the earth's surface, allowing the unit to detect a fish bite based on vibration method, i.e. rotation of the pole per unit time, or on a rotation method, i.e. rotation of the pole independent of time. Bite detection sensitivity levels and alarm methods can be selected by the user using the power switch and two setting switches. The unit can also be used as a mini flashlight.

A method for removing component mismatch errors for a system parameter being set by a ratio of two or more physical, electrical components (“components”) of the same kind on an integrated circuit including providing an array of component units having the same component value, determining the actual component values of each component unit in the array, selecting component units based on the actual component values to form pairs of component units where the pairs have approximately the same total component values, ordering the component unit pairs, assigning alternate component unit pairs to be associated with each of the two or more components, rotating at a first frequency the assignment of the component unit pairs. At each rotation, the component unit pairs to be associated with each component are shifted so that each component unit pair is associated with a different one of the two or more components in turn.

A super-resolution imaging device and a method are provided, which relate to a device and a method to realize super-resolution imaging by means of a micro rotation method. A series of low resolution images with relatively micro rotation are obtained by controlling a reversed image mechanism or slightly rotating photodetector array; the gray value of per-pixel of low resolution images is taken as linear sum of the gray value of all pixels in corresponding relevant area on super-resolution images to be obtained; a linear equation is listed for the gray value of per-pixel of low resolution images and the linear equations are simultaneous to obtain sparse linear equations and the least squares solution is the super-resolution image rebuilt by super-resolution. Compared with the existing micro scanning, micro zooming super-resolution imaging technology, the micro rotation method only controls the reversed image mechanism and ensures that the photodetector array slightly rotates, the structure is simpler, control is more convenient and the realization cost is much lower.

The invention discloses a rotation method for increasing the tobacco land output value. The method is suitable for planting of flue-cured tobacco in a tobacco field in the southwest tobacco region of China. The method mainly comprises the steps that fertilization, ridging and planting of tobacco at a fixed distance are conducted in the tobacco field in April or May of the first year; after the flue-cured tobacco is harvested in August of the first year, soil is turned over through a plough, and rape is planted at the end of September; after rapeseeds are harvested in May of the second year, the soil is turned over through the plough again, and sweet potatoes are planted; the sweet potatoes are harvested at the end of September of the second year, and green manure is applied in winter; the soil is turned over through the plough again in March of the third year, the green manure is pressed, and tobacco is planted in May; the steps are repeated in this way for rotation of tobacco-rape-sweet potatoes-green manure-tobacco.

The invention relates to an automatic steel rotation method for medium plates, which belongs to the technical field of steel rolling. The method comprises the following steps of: 1, performing acquisition on a plate blank image; 2, performing edge detection on the plate blank image; 3, performing image distortion and calibration processing; 4, performing image binarization; 5, performing plate blank boundary tracking to obtain a boundary point set; 6, performing linear detection on plate blank boundary and calculating an rotating angle of a plate blank; 7, driving a steel rotation conical roller bed for steel rotation; 8, performing judgment of steel rotation in-place; 9, performing processing of steel rotation timeout; and 10, performing processing of steel rotation completion. The method has the advantages that the method has simple equipment installation and quick detection speed, can execute one-time detection and control within 100 ms, is based on an industrial Ethernet interface and basic automation communication, has stable and reliable steel rotation process, and is suitable to be embedded into an automatic steel rolling system of the medium plates for application.

A folder type cellular phone and an automatic folder method includes a main body having a key pad and a hinge thereof in a first direction, a folder having a display, a driving source disposed on a lower portion of the folder in the first direction to generate a driving force, a power transmission unit having one end coupled to the driving source and the other end coupled to the folder to transmit the driving force to folder to rotate with respect to the main body when the folder is in an open state, and a rotation controller coupled to the power transmission unit and disposed in a housing installed at the hinge of the main body in a second direction perpendicular to the first direction to automatically and / or manually rotate the folder with respect to the main body.

The invention is an on-screen display and input device and the receiving rotation method, the device includes input unit, rotating processing unit, control unit and display unit, input unit will notice the stated rotating processing unit user input rotary control after receiveing rotating control commands input by the user; Rotary processing units calculate the whole graphics and the rotating control information of input receiving region according to the directive, then sends to the control unit; control unit under information of rotating control, control input modules to preserve the location parameters of the input receiving region after rotation, and control display unit to update display graphics marked on the screen in accordance with the location parameters after rotation. This invention has a rotating device characteristics, is capable of maintaining functions(such as keystroke and touch screen etc) of the input receiving region unchanged after rotation, could more intuitively display features and operating results of the actual product, with merits of easy-to-use, simple operation and saving development costs.

The invention provides a method for controlling a quadrotor aircraft by a vector rotation method. The method comprises the steps that Roll-direction controlled quantity and Pitch-direction controlled quantity which are received by the quadrotor aircraft and sent by a remote control unit are converted to be vectors; the vectors correspond to the X direction and the Y direction in a coordinate system respectively; then the vectors are rotated and then are mapped again to a new coordinate system X'Y' according to the rotating angles of an aircraft body to control the entire aircraft body to advance, retreat, fly leftwards and fly rightwards.

The invention discloses a greenhouse watermelon and greenhouse broad bean rotation method of facility resource continuous utilization. Watermelon vines are pulled away and a greenhouse is cleaned after greenhouse watermelons are collected from August to October of the first year. Broad bean seeds are directly seeded on or broad bean seedlings after manual vernalization are transplanted on mulching films on two sides of an original drip irrigation zone. Broad bean straws are buried green and returned to fields from May to June of a next year, soil is activated, and soil organic matter is improved. The greenhouse is sealed in July of the next year. Autumn waxy corns are planted in the beginning of August of the next year, and fresh corns are harvested and come into the market in the last ten-day period of October. The corn straws are buried green and left mulching films in the field are cleaned in November of the next year. Watermelon plant facility and watermelon seedlings bed for the next year are prepared in December of the next year. According to different crop rotation time of the greenhouse watermelons, broad bean seeds are directly seeded or broad bean seedlings after the manual vernalization are transplanted for forcing culture, and therefore time of broad bean fresh pods to market can be shifted to earlier time from January to June.

A complex band-pass ΔΣ AD modulator is provided with a subtracter device, a complex band-pass filter, first and second AD converters, and first and second DA converters. The first and second DA converters and first and second logic circuits are sandwiched by first and second multiplexers. At a first timing of a clock signal, the first multiplexer inputs and outputs the first and second digital signals as they are, and at a second timing thereof, the first multiplexer inputs the first and second digital signals, and outputs the first digital signal as a second digital signal and outputs the second digital signal as a first digital signal. The second multiplexer inputs and outputs first and second analog signals similarly. The first and second logic circuits substantially noise-shapes non-linearities of the first and second DA converters by realizing complex digital and analog filters, using high-pass and low-pass element rotation methods.

The invention relates to a fusion method for a coronary artery CT image and a cardiac ultrasonic strain image. The invention provides a multi-mode image fusion technology method for fusing and mappinga two-dimensional UCG image and a three-dimensional CT image to stereoscopically display coronary artery lesions and myocardial damage conditions. According to the method, The cardiac ultrasonic image and the CT image are fused for the first time; the ultrasonic cardiogram and the coronary artery CT image are fused (figure 1) through a one-point one-surface three-section positioning method; and athree-dimensional pattern diagram is displayed. Then, on the basis of a three-dimensional ultrasonic volume image, two-dimensional images (figure 2) of 20 sections and 480 grid segments of a left ventricular myocardium are obtained by adopting a central axis rotation method and a refined segmentation method; based on this, the strain values of 480 segments are obtained; and myocardial perfusion ischemia information obtained by three-dimensional strain is superimposed into the three-dimensional coronary artery vascular pattern diagram (figure 3), thereby accurately reflecting a relation between a myocardial ischemia area and an actual coronary artery stenosis.

The embodiment of the invention provides an Ethernet-ring-network automatic protection switching method and a device thereof. The method mainly comprises: after nodes detecting that links between nodes go wrong or recover from failure, nodes determine Ethernet-ring instances which are affected or not affected by the failure or recover from the failure; protection switching messages carrying information of Ethernet-ring instances which are affected or not affected by the failure or recover from the failure are sent. The utilization of the embodiment of the invention can realize automatic protection switching of Ethernet-ring-network under a circumstance of reducing OAM (Operation, Administration and Maintenance) layers and reducing resources of VLAN (Virtual Local Area Network).