528results about How to "Avoid position" patented technology

The embodiment of the invention discloses a method and a device for generating a cartoonlike figure image. The method for generating the cartoon figure image comprises the following steps: a figure image is acquired; a facial feature point set is obtained by processing the acquired figure image; a facial component cartoon template is selected according to the shape of the facial feature point set; the cartoonlike figure image is generated by assembling the chosen facial component cartoon template according to the relative position of the facial feature point set; the facial feature point set comprises a facial organ feature point set and/or a facial outline point set; and the facial component cartoon template comprises a facial organ template and/or a facial shape template. As the technical scheme provided by the invention makes full use of facial feature information in the figure image, the generated cartoonlike image can better reflect facial features of the figure. Moreover, the invention can effectively avoid facial position disproportion and facial feature disproportion.

The invention relates to a multimode terminal which is provided with a disable EHPLMNs list used for recording a disable EHPLMN network number and a corresponding disable EHPLMN access technology as well as an unregistered EHPLMN access technology keeping terminal support. With the communication method of the multimode terminal, whether a selected PLMN (Public Land Mobile Network) is the disable EHPLMN or not can be judged and an unallowed PLMN can be placed in the disable EHPLMNs list, thereby effectively preventing the terminal from frequently updating position or route on the unregistered EHPLMN, being capable of avoiding that a user can not carry out communication service normally because of being in a process of selecting networks for a long time without influencing a user to update a position or route on a registered access technology under the PLMN network number.

This invention provides a super acoustic online intelligent system for detecting structure defect, which contains super acoustic defect detector comprising synchronous circuit, emission circuit, probe with transducer and receiving circuit, high speed data sampling card connected with synchronous circuit by gate control circuit, and computer, wherein the the logic control circuit connected with gate control circuit and micro processor of computer, the micro processor having each other connected wavelet analysis module and artificial neural network.

The invention provides a resource scheduling method and a resource scheduling device in a multi-carrier communication system. The resource scheduling method comprises the following steps: acquiring capability information of a terminal; and configuring receiving bandwidth of the terminal to enable the baseband direct current position in the receiving bandwidth to correspond to the empty sub-carrier position in transmitting bandwidth of a base station. According to the resource scheduling method and device disclosed by the application, the situation that the DC position of the terminal is aligned with a non-empty sub-carrier is avoided and the problem of data receiving in the position of local oscillation leakage interference direct current carrier of the terminal is effectively solved.

The invention discloses a direct locating method based on external radiation source time delay and Doppler frequency, and overcomes the problem of insufficient utilization of external radiation source direct wave signal information of the existing direct locating method. The direct locating method comprises the following steps that time synchronization of the dual-channel receiving systems of L observation stations is performed; the Fourier coefficient of the dual-channel receiving data of each station is calculated; each observation station transmits the acquired array signal frequency domain data to a central station; a Gaussian maximum likelihood function is constructed for the data of the conversion value frequency domain at the central station and an information matrix including echo time delay and Doppler and direct wave time delay information is extracted; a grid search scope is set and the maximum eigenvalue corresponding to the data information matrix on geographical grid points is calculated; and accurate locating of a target can be obtained by searching the coordinates corresponding to the maximum value within the grid scope. Compared with the conventional two-step locating algorithm, loss of locating information can be reduced and locating precision can be obviously enhanced.

An apparatus which includes a dual loop structure that carries a plurality of operative elements. A guide with a distal indentation that may be used to reorient a dual loop structure.

The invention discloses a direct positioning method based on outer radiation source time delay and Doppler frequency, which overcomes the problem that the prior art does not fully utilize the information of a direct wave signal of an external radiation source. The direct positioning method comprises steps of performing time synchronization on double-channel reception systems of L observation stations, calculating the Fourier coefficient of the data received by the double channels of each observation station, transmitting the obtained array signal frequency domain data to a center station by the observation station, constructing a gauss maximum likelihood function for the data of the conversion value frequency domain and extracting the information matrix containing the echo time delay, the Doppler and the direct wave time delay information. The accurate positioning of the object can be obtained through setting a grid searching scope, calculating the maximum characteristic value corresponding to the data information array on the geography grid and searching the coordinate corresponding to the maximum value in the range of the grid. Compared with the traditional two-step positioning algorithm, the invention reduces the loss of the positioning information, and the positioning accuracy is dramatically improved.

The invention provides an array substrate and a manufacturing method thereof, and an organic light emitting display. The array substrate comprises a substrate, organic light emitting devices formed on the substrate, pixel definition layers arranged between the adjacent organic light emitting devices, and supporting columns formed on the pixel definition layers, wherein vertical sections of the supporting columns are arc surfaces. The array substrate is advantaged in that the vertical sections of the supporting columns are the arc surfaces, gradual buffering for external impact force can be realized, so anti-impact capacity of a display screen can be improved, and shedding or position offset phenomena of the supporting columns can be avoided.

The invention provides a non-invasive standard configuration device suitable for ultrasound-computed tomography (CT)/magnetic resonance imaging (MRI)/position emission tomography (PET) and other fusion imaging. The non-invasive standard configuration device can enable plane geometry frame diagrams in ultrasound images and corresponding plane geometry frame diagrams in CT or nuclear magnetism or other imaging to have the same standard cross section direction, and controls universal performance of an ultrasonic probe and non-standard of sections. By means of the non-invasive standard configuration device and on the basis of accurate configuration, fusion configuration speed between ultrasound and the CT, the nuclear magnetic resonance or the PET is improved remarkably, and the non-invasive standard configuration device is wide in application range and has good application prospect.

The invention relates to welding equipment, in particular to a longitudinal seam welding machine suitable for thin-wall small-diameter suspended single-face welding and double-face forming. The longitudinal seam welding machine comprises a rack. The rack is provided with a work-piece locating device, folding and pressing devices, a central spindle supporting device, a central spindle device, a centering device and a walking gantry welding device. The first folding and pressing device and the second folding and pressing device are located on a sliding rail and connected with a horizontal air cylinder. The central spindle device is located above the locating device. According to the technical scheme, acting force is exerted on a longitudinal seam of a rolling pipe from left and right, under the effect of the misalignment-preventing centering device, seam alignment of a work-piece can be finished without manual adjustment, the straightness of butt seams can be ensured, and the phenomena that positions of the butt seams need to be manually adjusted many times and misalignment is corrected in the past production process can be avoided.

Disclosed is a supplemental support that is designed to prevent a knee brace from migrating out of position. The device comprises an inelastic, elongated strap with hook fasteners on its inward surface and loop fasteners on its outward surface adapted to connect a knee brace to a waist support. A loop is provided at the upper end of the strap for securing to a conventional waist belt, while a protective cover secures over any exposed length of strap to prevent chaffing or damage to clothing. The hook fasteners secure to the neoprene fabric or any exposed loop fasteners on a conventional knee brace, or alternatively the strap is inserted between the brace straps and the neoprene to ensure that the brace does not move along the user's leg. When positioned between a waist belt and a knee brace, the device ensures the brace remains in position during activity.

The invention relates to truss robot box-sorting control system and method, wherein the system comprises a man-machine control panel, a conveying system, a grasping system and a box pushing system; the man-machine control panel is connected with the conveying system, the man-machine control panel is connected with the grasping system after sequentially passing through a PLC (Programmable Logic Controller) and a servo controller, and the man-machine control panel is connected with the box pushing system through the PLC; and the conveying system comprises a G-axis servo motor, wherein the G-axis servo motor is connected with the man-machine control panel, and the man-machine control panel controls the rotating speed of the G-axis servo motor. X, Y, Z, R and G-axis servo motors are controlled by the man-machine control panel to simultaneously and cooperatively work, so that boxes can be once sorted to assigned positions and rotated as required without more sorting facilities, the structure is simple, and the production efficiency can be improved.

The invention discloses a message handling method carried with multilayer labels and an exchanger, applied to a system containing an exchanger in which ASIC chip does not have the ability of continuously flipping multilayer labels. The exchanger establishes at least one IFP logic according to the number of labels capable of being continuously flipped by the ASIC chip, and handles the message carried with multilayer labels according to the IFP logic so as to realize flipping handling of multilayer labels flexibly through the manner of port loopback, thereby improving the handling ability of exchanger and ensuring the success of message handling process.

The invention relates to a tapered embedded locating method for a silicon-based ceramic core and an aluminium-based ceramic shell. The method comprises requirements as follows: 1) locating grooves are designed on locating surfaces of the ceramic core, wherein when one groove is used, a quadrate-tapered groove is selected, and when two locating grooves are used, the two locating grooves are tapered grooves; 2) a wax member, in a wax mould design, is provided with locating holes corresponding to the locating grooves; and 3) a small-planar locating mode is selected for other assistant locating; a weak area, where blade exhausting slots are located, is provided with a free end; and the thickness of the free end is 0.1 mm-0.5 mm. The locating method provided by the invention is advantageous in that the ceramic core is stably located in the ceramic shell; enough space is provided for expansion and contraction when the ceramic core is subjected to high temperature phase transitions; metallurgical defects, which are caused by locating problems of silicon-based ceramic cores and aluminium-based ceramic shells, such as out-of-tolerance blade sizes, slant blades, leak blades, broken cores, and the like are prevented; operation is simple and reliable; additional cost is very low; and the product qualified rate increases from 20% to 90%.

The invention discloses a fatigue driving recognition method and system based on multiple features, and the method and system carry out the preprocessing of an image, filter noise, and avoid problemsthat the image quality is poor and the detection precision is low because the image is affected by an external environment factor. The AdaBoost algorithm is adopted to stably, quickly and efficientlydetect the human face, so that the complexity of human face detection is reduced. According to the scale space-based face target tracking algorithm, a self-adaptive high-confidence updating strategy is adopted, and when an error occurs in a target tracking stage, the confidence of target detection is relatively low, and a model is not updated, so that the risk of drifting of the tracking algorithmis effectively reduced, and the tracking precision is improved. The SVM classifier is adopted for eye state recognition, the precision of eye state recognition is improved, and therefore the method is high in recognition precision and high in adaptability to the environment.

The invention provides a ride-hiding method, device and system. The order location and the order time are determined by the ride-hiding device based on the acquired current geographic location and thedestination address of a passenger; a ride-hiding order is then generated based on the order location, the order time and the destination address and is distributed; after the driver receives the order, the order acceptance information is formed and sent to the ride-hiding device; the order acceptance information is sent by the ride-hiding device to the passenger, and the passenger take a ride according to the order acceptance information. The method is advantaged in that the order location and the order time are automatically determined based on the current geographic location and the destination address of the passenger, the ride-hiding order is sent, the defect that the passenger can not determine the order location and the order time as the passenger is not familiar with the riding route is avoided, ride-hiding difficulty is reduced, the passenger is prevented from re-sending the order after getting off, ride-hiding orders can be sent in advance when passengers are in buses or subways, and thereby the travel time of the passengers is saved.

The invention relates to an automatic disc placement device for a winding machine. The device comprises a rack, an empty disc conveying mechanism, a full disc conveying mechanism, a mobile module, a material disc suction mechanism and a battery core suction mechanism. The empty disc conveying mechanism conveys multiple laminated empty discs in front of the rack to an empty disc placement working station in the rack, the material disc suction mechanism sucks the empty disc of the uppermost layer in the empty disc placement working station to a battery core installation working station of the full disc conveying mechanism in sequence, and battery cores are installed in the empty discs through the battery core suction mechanism. In cooperation with the winding machine, the Bluetooth and square battery cores can be quickly and automatically transferred into the discs, the automation degree is high, the application range is wide, manual operation is not needed, the efficiency is high, and the situation is avoided that the battery cores are damaged through a man-made mode and placed at the wrong positions; the processing and manufacturing cost and management cost are lowered, the enterprise revenue and market competitiveness are improved, the industry of lithium battery processing and manufacturing is promoted, and the good social benefit is achieved.

The invention provides a basement bottom plate having an advanced-waterstop post-cast strip structure. The basement bottom plate comprises various bases and various corresponding post-cast strips connected among the bases. Each post-cast strip comprises a concrete backing layer, a waterproof layer, a waterproof protective layer, an advanced-waterstop strip and a post-cast strip, wherein the advanced-waterstop strip comprises cast-in-situ concrete, a concrete cushion block, a lower filling component, a lower left reinforcement frame, a lower right reinforcement frame, a waterstop component, an upper filling component, an upper left reinforcement frame and an upper right reinforcement frame, the post-cast strip comprises main reinforcement, a reinforcement net, a steel plate net, a fine-mesh steel wire net, advanced-cast concrete and post-cast concrete, the waterstop component comprises a rubber waterstop belt, a flat iron sheet and fastening bolts, and each filling component comprises a filling plate, a formwork and a plastic cushion block. The advanced-waterstop post-cast strip structure overcomes defects that the rubber waterstop of the existing advanced-waterstop post-cast strip is easy to deviate and crack, the filing materials thereof are easy to deform and the like, and accordingly can prevent the basement bottom plate from water leakage and seepage.

This blood pressure measurement cuff (20) is mounted upon a site to be measured (90) which extends in a longitudinal direction (90c) in a substantially round-bar shape and gradually tapers in the longitudinal direction (90c) from one side (90e) toward another side (90f). The blood pressure measurement cuff comprises a belt-shaped body (11) which is formed by an air bladder (22) being enveloped by an inside covering (20B) for making contact with the site to be measured (90) and an outside covering (20A) which is on the opposite side of the air bladder (22) from the inside covering (20B), said belt-shaped body (11) being wound in the circumference direction thereof and mounted upon the site to be measured (90). The blood pressure measurement cuff further comprises a plate member (40) which is disposed in a region of the belt-shaped body (11) corresponding to at least a portion of the circumference and between the outside covering (20A) and the air bladder (22) in the thickness direction. The thickness of the plate member (40) becomes gradually thinner from the one side (90e) toward the other side (90f) in the longitudinal direction.

The invention discloses a full-automatic grinding and cleaning machine and a grinding and cleaning technology thereof. The full-automatic grinding and cleaning machine comprises a feeding part, a CF cleaning part, a TFT cleaning part, a two-fluid cleaning and drying part, and a discharging part, wherein the feeding part, the CF cleaning part, the TFT cleaning part, the two-fluid cleaning and drying part and the discharging part are sequentially arranged on a machine table in the flow direction of glass pieces; the to-be-cleaned glass pieces are sequentially transported from the feeding part tothe CF cleaning part, a CF surface is cleaned through the CF cleaning part, the TFR surface is cleaned through the TFT cleaning part, and the CF surface and the TFT surface are cleaned by the two-fluid cleaning and drying part simultaneously and then dried, and the dried glass pieces are discharged and exported through the discharging part. According to the full-automatic grinding and cleaning machine and the grinding and cleaning technology thereof, transmission of the small and micro-sized glass pieces is effectively realized, and the problems of positional displacement and motion interference of the glass pieces in the two-fluid cleaning and drying process are effectively avoided; and rotating, material splitting, and exporting of the glass pieces are realized through cooperation of adouble-glass transmission channel formed by a gap between adjacent conveying rollers in an upward extending mode and a discharging mechanical arm, the height of a brush can be controlled in real time,displacement of the glass pieces is avoided, and the cleaning efficiency of the brush and the real-time cleaning versatility of the brush are effectively improved.

The invention discloses a positioning protection device for an electrical pre-buried PVC line pipe coming out of the ground, and the device comprises a horse stool, a pipe clamp, and a limiter. The pipe clamp is fixed on a plate low die through a positioning nail, and a horizontal support is disposed above a limiting hole of the limiter. Through the simple combination of the pipe clamp, the limiter, the horse stool and the horizontal support, the device can be suitable for the positioning protection of a cast-in-place slab and an on-beam bent-up line pope, and the position where the line pipeenters a wall can be flexibly adjusted through an adjustment nut on the limiter. The device is simple in structure, is convenient to manufacture, is simple and convenient in installation and disassembly, is high in installation precision of the line pipe, is stable and reliable in support, effectively solves the quality problems that the pipe arrangement at a part where a PVC pipe comes out of theground, a protection layer is not sufficient, the entering positions on the wall are staggered and a pipe mouth is blocked, fundamentally guarantees the hidden laying quality of an electrical pipe, guarantees that the construction precision meets the standard requirements, improves the work efficiency, saves manpower and auxiliary materials, reduces the engineering cost, can be repeatedly used, and is high in popularization value.

The invention provides a printing method and a printer, which are used to print marked paper with a mark. The printing method comprises receiving print data, and printing the marked paper according to the print data, in the printing process, by performing photoelectric detection on the marked paper, obtaining and storing a corresponding detected value, comparing the detected value with a first threshold, and judging whether a position on the marked paper corresponding to the detected value has the mark; counting and analyzing N detected values obtained in a preset time period, calculating a second threshold according to the N detected values when the counting and analyzing result meets a preset condition, and amending the value of the first threshold to be the value of the second threshold, wherein N is a positive integer. The threshold used for mark detection can be dynamically adjusted in a printing process, such that detection precision of the mark can be obviously improved.

The invention discloses an array substrate and a display panel. A base of the array substrate comprises a plane area and a step area; the step area comprises a bending area and a binding area; a firstalignment mark and a second alignment mark are arranged on the surface of the substrate. The second alignment mark is arranged in the binding area. The first alignment mark is arranged in the plane area. The first alignment mark and any structural layer in the pixel structure are arranged on the same layer or the first alignment mark is located between the pixel structure and the substrate, so that the problem that the first alignment mark must be arranged in the bending area due to the absence of the arrangement position of the first alignment mark when all or most areas of the plane area are used for arranging the pixel structure is solved; thus, the problem that after the bending area is bent towards the side away from the display direction, the longitudinal distance between the firstalignment mark arranged in the bending area and the second alignment mark arranged in the step area is too large, and consequently a camera device cannot accurately grab the relative position relationbetween the first alignment mark and the second alignment mark is solved.

The invention discloses an augmented reality navigation method based on indoor natural scene image deep learning. The method comprises the steps of firstly scanning an indoor natural scene through a three-dimensional laser scanner to extract three-dimensional scene feature recognition points, then calculating an internal reference matrix of a smart phone camera, collecting an indoor natural sceneimage through a smart phone to extract two-dimensional image feature recognition points, and establishing an indoor natural scene topological network structure chart through an indoor planar map; binding and mapping the two-dimensional image feature recognition points, the three-dimensional scene feature recognition points and the topological network path nodes through specific descriptors; carrying out deep learning-based image classification on the indoor natural scene images acquired by the smart phone, and segmenting the indoor natural scene into a plurality of sub-scenes; and then tracking and recovering the three-dimensional scene feature recognition points by using an optical flow tracking algorithm, further synthesizing a three-dimensional registration matrix required by scene registration, and finally finishing virtual navigation object real scene registration and finishing indoor natural scene path navigation.