111 results about "Divided structure" patented technology

An improved divided structure of a long plastic component for a vehicle is provided to facilitate an adjustment of a clearance in a joint between constituent parts thereof, thereby setting the clearance at an adequately small dimension. A plurality of constituent parts making up the long plastic component such as a side sill garnish are combined together into one long piece and mounted on a vehicle body. A first garnish is mounted on the vehicle body, and a second garnish is mounted on the first garnish in such a manner as to overlap with the first garnish from a direction substantially perpendicular to a longitudinal direction of the side sill garnish. Accordingly, the first garnish and the second garnish, which have been joined together, can be mounted on the vehicle body.

The invention relates to a method of segmenting an image of a structure stored as a set of spatially related data points representing variations in a predetermined parameter, said method comprising the steps of selecting a seed point within the structure to be segmented, assigning to each of the data points a value of connectivity indicative of the confidence that respective areas of the data points are part of the same structure as said seed point, said value of connectivity including a function of the distance of the respective point from said seed point, establishing a threshold value for said level of connectivity and selecting for display data points meeting said threshold value.

The invention seek to enable to share main components other than a tightening unit even in use for different effective lengths corresponding to ranges of tightening torques. There are provided: a tightening unit 10 such as a ratchet; a housing 20 having a two-divided structure including a front side cover part 21 and a back side grip part 22; a strain body 30 provided inside the housing 20 and replaceably coupling the tightening unit 10 thereto; a distortion sensor 40, provided to the strain body 30, for detecting the distorted amount of the strain body 30 due to the tightening force of the tightening unit 10; a microprocessor chip 100 having functions including computing the tightening torque of the tightening unit 10 based on torque reference values prepared in advance and detection results of the distortion sensor 40; and an output unit 300 for outputting such as the tightening torque.

A method and apparatus of block partition for video encoding or decoding for a video encoder or a video decoder respectively are disclosed. Partitioning tree structure corresponding to a conditional partitioning process is determined for partitioning the current block of video data into one or more final sub-blocks. The conditional partitioning process comprises a conditional binary partitioning process that uses at least a first constraint if a given block of the partitioning tree structure is partitioned into above and below blocks, or a second constraint if the given block of the partitioning tree structure is partitioned into left and right blocks. The below block is disallowed to be split into a lower-left and a lower-right block according to the first constraint, and the right blockis disallowed to be split into an upper-right block and a lower-right block according to the second constraint.

The invention discloses a kind of calibrating apparatus of integral vehicle digimatic car four wheel locating equipment. The aim of it is to overcome the long time of fetching data and the divided structure and increase the leveling difficulty and the time problem and so on. It is consisted by the framework, axle base adjustment section, back wheel detection section, front wheel detection section, and the zero point detection section. The axle adjustment section is formed by the guide rail and the guide rail slip block installing on the side of the framework work face and it is co-linear with the main pin back rake live shaft axial and parallels with the axial co-linear with two connecting axels of the sensor jacket and locates at the same horizon plane; four suits zero point detection section fix on the two sides upright column of the framework front and back plane symmetry with the lateral direction symmetry of face. The detection four wheel locating device can detect the precision of the wheel references.

A pressuring balancing device for starting shield machine used in the technical field of tunnel driving comprises steel, end cover, reaction frame, supporting device, sealing mechanism and shield machine; the pressuring balancing device for starting shield machine is fixed at the starting end; its divided structure is able to place the shield machine in; the steel structure is fixed with the supporting device to lead the shield machine to drive along the appointed track; when the shield machine enters into the soil by the reaction frame, the excavation face is balanced by exerting pressure on front part of the cutter head; the sealing mechanism firmly seals the earth pressure and water pressure at the front part of the shield machine; the shield machine continuously moves forward; when the segments are assembled in the pressuring balancing device, the synchronized grouting is started; the slurry is enveloped by the end cover so the shield machine is able to use its soil pressure and the slurry balancing function to start the normally drive. The device does not need to strengthen the soil around the starting end and drives through establishing soil pressure balancing or slurry balancing by the device, which reduces the construction cost and the failure rate and does not limit the geological conditions and protect the environment.

The invention seek to enable to share main components other than a tightening unit even in use for different effective lengths corresponding to ranges of tightening torques. There are provided: a tightening unit 10 such as a ratchet; a housing 20 having a two-divided structure including a front side cover part 21 and a back side grip part 22; a strain body 30 provided inside the housing 20 and replaceably coupling the tightening unit 10 thereto; a distortion sensor 40, provided to the strain body 30, for detecting the distorted amount of the strain body 30 due to the tightening force of the tightening unit 10; a microprocessor chip 100 having functions including computing the tightening torque of the tightening unit 10 based on torque reference values prepared in advance and detection results of the distortion sensor 40; and an output unit 300 for outputting such as the tightening torque.

A stator of an alternating current (AC) motor is disclosed. The stator includes a stator core having a divided structure including and an outer stator core fitted around the inner stator core while being connected to an inner circumference of the inner stator core. The inner stator core has a rotor insertion hole formed at the inner circumference of the inner stator core and a plurality of tooth members arranged in a circumferential direction at an outer circumference of the inner stator core. Since the coils are wound directly on the tooth members through intervals between the neighboring tooth members at the outer circumference of the inner stator core, manufacturing of the stator is facilitated. In addition, since insertion of the coils into the slots is not performed through gaps formed on an inner side of the inner stator core where the rotor insertion hole is formed, the gaps may be minimized. As a result, the performance of the AC motor is improved.

There is provided a method of calculating physical properties of a periodic structure. At least one physical property related to reflectivity or transmittance of a periodic structure is measured, and then, at least one physical property related to reflectivity or transmittance of a virtual periodic structure is calculated to obtain corresponding physical properties from the virtual periodic structure. The at least one calculated physical property is compared with the at least one measured physical property. When the virtual periodic structure is horizontally divided into a plurality of layers, at least three substances can have horizontally repeated periods in the middle layers of the divided structure. In accordance with an embodiment of the present invention, the microscopic formation of the periodic structure including a native oxide layer formed on the periodic structure or an intentionally formed surface coating layer thereon can be nondestructively and accurately tested.

It is made for the layout of the mounting wiring at the time of mounting to become efficient by changing the structure of a semiconductor device.A first chip is mounted on a first die pad, and a second chip is also mounted on a second die pad. A first die pad and a second die pad do division structure in parallel to the first side and second side of sealing body 40. As a result, the pin for an output from a first chip and the pin for control of the circuit for a drive can make it able to project from a counter direction, and can set the wiring layout at the time of mounting as the minimum route.

When a two-division structure heat treatment jig for semiconductor substrate that includes a silicon first jig that comes into direct contact with a semiconductor substrate that is heat treated and supports the semiconductor substrate, and a second jig (holder) that holds the first jig and is mounted on a heat treatment boat is adopted as a heat treatment boat of a vertical heat treatment furnace, the stress concentrated during the heat treatment on a particular portion of the semiconductor substrate can be reduced; in the case of a semiconductor substrate large in the tare stress and having an outer shape of 300 mm being heat treated, or even in the case of the heat treatment being carried out under very high temperature conditions, the slips can be suppressed from occurring. The present invention can be widely applied as a stable heat treatment method of semiconductor substrates.

The invention provides an iris positioning segmentation system based on a cavity residual attention structure. The iris positioning segmentation system comprises a feature extraction structure, a segmentation structure and a scoring structure. The feature extraction structure comprises M feature extraction modules which are connected in series step by step, and output of an Mth feature extractionmodule is connected with input of the scoring structure and input of the segmentation structure. The segmentation structure includes M-1 upsampling modules and M-2 feature fusion modules arranged in cascade. Output of an i-th feature extraction module is input to an M-i-level feature fusion module. The other input of a feature fusion module is connected to output of an upper sampling module. A M-1th upper sampling module outputs a mask image after cutting. The feature extraction structure comprises N cavity attention residual structure DARB and 1 downsampled hole attention residual structure DADRB. The DARB is used for building the neural network. Accurate and rapid iris area division is achieved by designing the multi-branch network, and automatic iris area quality evaluation is achieved.

A divided structure energy transfer assembly for use in a flyback power converter is disclosed. An example energy transfer includes first and second magnetic cores. First and second input windings are wound around the first and second magnetic cores, respectively. The first input winding is coupled in parallel with the second input winding. First and second output windings are wound around the first and second magnetic cores, respectively. A rectified output of the first output winding is coupled in series with a rectified output of the second output winding. The first and second input windings have a first polarity and the first and second output windings have a second polarity. The first polarity is an opposite of the second polarity.

Provided is a rotary compressor that: removes limitations such as restrictions on intake pipe diameter, seal limits on a separator plate, and assembly limits on a rotating shaft; makes possible a limit design exceeding that of the present situation; and achieves increased efficiency, a reduced number of components, and a simplified assembly. A multi-cylinder rotary compressor (1) provided with a plurality of cylinders (8, 9), wherein a rotating shaft (3) provided with a plurality of eccentric shaft parts (4, 5) at prescribed intervals in an axial direction is divided by a center shaft part (6) between the eccentric shaft parts (4, 5) into a rotating shaft having a divided structure that can be integrally linked, and the plurality of cylinders (8, 9) have cylinder chambers (16, 17) formed in both end surfaces, resulting in an integrated-structure cylinder (11) in which a separator plate (10) partitioning the cylinder chambers (16, 17) is integrally formed in the center.

The present invention relates to a loudspeaker case ultrasonic deposition joining method, forming steps at the peripheral wall of a pair of case sheets (1), (2) of cutting mechanism composed of same thermoplastic resin thereby forming intermeshably embedded joining part, and forming projecting shape rib whose section is right-angle-triangle projecting from at least one joining end surface of the case sheets playing as said energy guiding piece function, applying ultrasonic vibrating energy and pushing-pressing force, to melt the projecting shape rib, depositing the joining part and joining each case sheet to integral. Using the present invention, when using ultrasonic deposition joining two each case sheet of case made from resin with two-divided mechanism and making, can prevent asymmetric deposition, deposition quantity deficiency, strength deficiency from generating, or prevent air leakage and airtight damage from generating, prevent melting resin more, the residual resin overflowing leading bad appearance.

The penetrating reflective vertically configured LCD has partial penetrating pattern formed in the supermicro reflecting layer, and the supermicro reflecting layer is also used as the lower electrode and has scattering effect to form penetrating reflective structure with excellent reflecting effect. The present invention has simple manufacture process and low manufacture cost. The lower electrode with opening pattern corresponds to the upper transparent electrode with openings so as to separate display unit into several regions in cut domain structure. By means of matching with vertically configured liquid crystal molecules, the LCD has wide view angle.

A handle switch wherein chattering after mounting of the handle switch to a handlebar can be restrained while maintaining assembleability of switch cases of bisection structure. The handle switch includes a first case and a second case of bisection structure formed with clamp surfaces making contact with the outer circumference of the handlebar of a motorcycle, the first case and the second case being coupled together, with the handlebar clamped between the clamp surfaces, to thereby fix the handle switch to the handlebar. At least one of the clamp surface formed in the first case and the clamp surface formed in the second case is formed with a rib serving as a fastening allowance in coupling the first case and the second case together. The width B of the rib is set to be smaller than the width A of the clamp surfaces.

A video decoding method performed by a decoding device, according to the present invention, comprises the steps of: deriving at least one reference block for an object block; deriving a partitioned structure of the object block on the basis of a partitioned structure of the at least one reference block; partitioning the object block into a plurality of sub blocks on the basis of the derived partitioned structure; and generating recovered samples by decoding the plurality of sub blocks. According to the present invention, a partitioned structure of a current picture can be derived on the basis of a reference block of a neighboring picture, and thus the amount of data used in the additional information signaled for partitioning of the current picture can be reduced and overall coding efficiency can be improved.

Systems and methods for image segmentation using a deformable atlas are provided. One method includes obtaining one or more target images, obtaining one or more propagated label probabilities for the one or more target images, and segmenting the one or more target images using a cost function of a deformable atlas model. The method further includes identifying segmented structures within the one or more target images based on the segmented one or more target images.

The invention discloses a segmentation method for SAR (Synthetic Aperture Radar) sea ice images. The segmentation method is mainly used for solving the problem that segmentation results cannot actually reflect the distribution condition of earth surface sea ice due to the fact that the SAR sea ice images are severely affected by coherent speckle noises. The segmentation method comprises the implementation procedures: (1) filtering the SAR sea ice images by adopting a two-sided filter; (2) carrying out initialized segmentation by adopting improved edge weight computation model and intra-regional differences; (3) constructing a regional MRF model based on an initialized segmentation structural element region adjacency graph; (4) integrating an inter-regional intensity difference penalty function into MRF; (5) erasing edge pixels, thereby obtaining a final segmentation result. According to the segmentation method, the performance of segmentation of the SAR sea ice images is remarkably improved.

The invention relates to a pressure machine closed height adjusting device and a control system thereof. A hydraulic cylinder and a slider have a connected structure, or a divided structure; a piston rod of the hydraulic cylinder is hinged with one end of a connecting rod, and the other end of the connecting rod is connected with a crank shaft in a suitable mode; a control oil way of an upper cylinder hydraulic control one-way valve is communicated with an oil inlet of a lower cylinder hydraulic control one-way valve; the control oil way of the lower cylinder hydraulic control one-way valve is communicated with the oil inlet of the upper cylinder hydraulic control one-way valve; the oil inlets of the lower cylinder hydraulic control one-way valve and the upper cylinder hydraulic control one-way valve are respectively connected with two oil outlets of a two-position three-way solenoid valve, and an oil return opening of the two-position three-way solenoid valve is directly connected with an oil tank; a three-way connector is respectively connected with the oil inlet of the two-position three-way solenoid valve, the oil outlet of an oil pump and a main line overflow valve; and the oil outlet of the main line overflow valve is directly communicated with the oil tank, and the oil inlet of the oil pump is connected with an oil filter, and then communicated with the oil tank.

A proton exchange membrane fuel cell comprising a proton transmissive membrane, a catalytic anode layer on one face of the membrane, a catalytic cathode layer on the other face of the membrane, and a gas distribution layer on each of the cathode and anode layers defining a gas flow field extending over each of the catalytic layer. Each of the gas distribution layers comprises a layer of open cell conductive foam material which is divided into a plurality of generally parallel segments extending from one edge of the fuel cell to an opposite edge of the fuel cell whereby to define a plurality of generally parallel porous reactant paths extending across each catalytic layer. The segments may be defined by selectively varying the porosity of the foam material or selectively varying the thickness of the foam material. Reactant gases are delivered to the foam gas distribution layer via a manifold structure in which the reactant gases are moved upwardly along an edge of the fuel cell stack in parallel paths and selectively distributed within the stack at the desired cathode or anode levels by selective baffling and partitioning structures.

The invention relates to an image segmentation method, computer equipment and a storage medium. According to the method, an input to-be-segmented image with a plurality of to-be-segmented structures is segmented through a segmentation network, wherein the segmentation network comprises multi-layer convolution operations, and the convolution operation of at least one layer comprises the network structures of a first convolution, a second convolution and a third convolution; and as the number of output channels of the first convolution, the number of input and output channels of the second convolution and the number of input channels of the third convolution are compressed according to a preset proportion, compared with the traditional convolution operation, the number of input channels andthe number of output channels are kept unchanged in the convolutional operation including three convolutions, and the number of the model parameters of the convolution operation is greatly reduced, sothat the number of the model parameters of the segmentation network comprising at least one layer of the convolution operation is reduced, and the consumption of a memory and a video memory when thesegmentation network is used for image segmentation processing is reduced.

The invention relates to an aluminum alloy and rubber composite joint assembly which is obtained through nesting a first half joint assembly and a second half joint assembly. The first half joint assembly and the second half joint assembly are respectively composed of an inner sleeve which is made of an aluminum alloy material, an outer end cover which is made of the aluminum alloy material, and a natural rubber elastomer which is formed through injection in a chamber that is formed between the inner sleeve and the outer end cover 3 by a rubber injection machine, wherein the first half joint assembly is symmetrical with the second half joint assembly relative to the central point of the lower end surface of the inner sleeve. A further preferable solution is characterized in that a frame is embedded in the natural rubber elastomer. Compared with the prior art, the aluminum alloy and rubber composite joint assembly is advantageous in that 1, small weight, energy saving and emission reduction are realized; 2, the aluminum alloy and rubber composite joint assembly has a central symmetrical and divided structure, and furthermore simple operation in machining and easy assembling are realized; and 3, the natural rubber has an excellent vibration damping performance, and an excellent vibration damping curve is generated through the novel divided structure.

A method and apparatus for intra prediction of non-square chroma blocks are disclosed. The system uses a block partitioning structure for partitioning a chroma block into one or more final sub-blocksincluding at least one non-square final sub-block using block partition recursively. The block partition either splits each given block into intermediate sub-blocks using one or more split modes including one binary split mode or applies no splitting to each given block. The block is treated as an initial given block and each intermediate sub-block is treated as one given block in a next recursion. Any given block that is not further split becomes a final sub-block. After the final sub-blocks are determined, non-square Intra prediction is applied to each non-square final sub-block.

The method 1 according to the invention may be schematically divided into three major phases. Phase 2 comprises preparatory steps, namely the step 3 of acquiring a suitable dataset, which is then subjected to a suitable binary segmentation at step 4 results of which are being accessed at step 5. The results comprise temporally sequenced binary coded images, whereby image portions corresponding to blood are labeled as unity, the rest is set to zero. The subsequent phase 12 of the method according to the invention is directed to performing the image processing for segmenting a structure. At step 8 a computation is performed whereby a preceding binary coded image 8a corresponding to a phase from the temporal sequence is subtracted from a subsequent binary coded image 8b corresponding to a phase yielding a multi-dimensional temporal feature map 8c. At step 9 spatial positions corresponding to a certain voxel value are derived and are used to segment the structure. A pre-defined deformable shape model is accessed at step 11, which is then deformed at step 14 in accordance with spatial coordinates, derived at step 9. Preferably, the segmentation result is stored at step 16. Finally, during a further phase 22 of the method according to the invention, the segmentation results are displayed at step 18 using suitable display means. Preferably, the segmented surface is overlaid on the original data using a two- , three- or four-dimensional visualization technique. Still preferable, to ease comprehension of the result, the segmented surface is presented as a color-code in a suitable transparency mode. The invention further relates to an apparatus and a computer program for segmenting a structure in a dataset.