140results about How to "Reduce space size" patented technology

An ablation catheter including an inner tube having a length, a distal end and a longitudinal axis, a plurality of needles extending from the distal end of the inner tube and biased away from the longitudinal axis, an outer sheath slideably moveable relative to the inner tube to surround at least a portion of the length of the inner tube and its extending needles, and a radio frequency energy source electrically connected to the plurality of needles.

The present invention lengthens gate conductors used in memory chips to limit leakage current, while still allowing the overall size of cells to remain the same. The channel length for each gate is increased by decreasing the size of spaces between gates. Decreases in space size occurs by using photolithographic image enhancement techniques. These techniques allow the space between gate conductors to be smaller while the gate size increases. In addition, a groove may be added that additionally lengthens the effective channel length and provides an additional electrical shield to limit leakage current. These techniques lead to the same density memory cells for a given process with less leakage. Finally, if grooved gate structures are used, having a longer gate conductor allows a three sigma process to be used, which increases yields.

An illumination optical system having a more simplified structure forms various quadrupole-shaped secondary light sources with two-time rotational symmetry with respect to an optical axis. The apparatus can provide illumination conditions that differ in two perpendicular directions on a radiation-receiving plane. In order to form a secondary light source with a quadrupole-shaped light intensity distribution on an illumination pupil plane, a diffractive optical device is provided in which an entrance light beam is converted into four light beams, and a light beam having a shape of four points centered about the optical axis is formed in a far field. The diffractive optical device is provided with a first diffractive optical member that is rotatable about a first axis parallel to the optical axis, and a second diffractive optical member that is rotatable about a second axis parallel to the optical axis, and that is arranged adjacent to the first diffractive optical member. A refractive optical device having first and second refractive optical members accomplishes similar results.

In an airbag-equipped steering wheel, a plurality of horn switch mechanisms assembled to a bag holder each have a securing pin, which is inserted into a corresponding one of through holes formed in a metal core. A clip is engaged with a locking groove of each securing pin, so that each horn switch mechanism is fastened to the metal core. The through holes include one or more normal through holes that restrict inclination of the corresponding securing pins, and a special through hole that has an inclination permitting portion. The inclination permitting portion permits the corresponding securing pin to be inclined about the corresponding clip 13 serving as a fulcrum. In the special through hole, the securing pin is permitted to be inclined about the clip serving as a fulcrum only when the clips are disengaged from the securing pin in all the normal through holes.

A negative pattern is formed by applying a resist composition onto a substrate, exposing the resist film, and developing the exposed resist film in an organic solvent developer. The process further involves coating the negative pattern with a shrink agent solution of a polymer comprising recurring units having a tertiary amino group in a C6-C12 ether, C4-C10 alcohol, C6-C12 hydrocarbon, C6-C16 ester or C7-C16 ketone solvent, baking the coating, and removing the excessive shrink agent for thereby shrinking the size of spaces in the pattern.

A window assembly according to various embodiments includes a frame, a sash, an insulating unit (e.g., one or more glass panels), a glass stop, an elongated frame insulating element slidably disposed on an inner surface of the frame, an elongated sash insulating element slidably disposed on an outer surface of the sash, and an elongated inner sash insulating element slidably disposed on an inner surface of the sash. The elongated frame insulating element, the elongated sash insulating element, and the elongated inner sash insulating element each define a plurality of chambers that extend substantially parallel to a longitudinal axis of each element. These chambers reduce the size of the space between the frame and sash and the size of the space between the sash, the insulating unit, and the glass stop, which results in smaller convection currents within these spaces and a more thermally efficient window assembly.

A window assembly according to various embodiments includes a frame, a sash, an insulating unit (e.g., one or more glass panels), a glass stop, an elongated frame insulating element slidably disposed on an inner surface of the frame, an elongated sash insulating element slidably disposed on an outer surface of the sash, and an elongated inner sash insulating element slidably disposed on an inner surface of the sash. The elongated frame insulating element, the elongated sash insulating element, and the elongated inner sash insulating element each define a plurality of chambers that extend substantially parallel to a longitudinal axis of each element. These chambers reduce the size of the space between the frame and sash and the size of the space between the sash, the insulating unit, and the glass stop, which results in smaller convection currents within these spaces and a more thermally efficient window assembly.

An image forming apparatus, including: an exterior portion having a first panel and a second panel that are opened / closed when an internal mechanism for image formation is taken outside; and an opening / closing interlocking device that makes the second panel open / close in connection with an opening / closing operation of the first panel.

An ablation catheter including an inner tube having a length, a distal end and a longitudinal axis, a plurality of needles extending from the distal end of the inner tube and biased away from the longitudinal axis, an outer sheath slideably moveable relative to the inner tube to surround at least a portion of the length of the inner tube and its extending needles, and a radio frequency energy source electrically connected to the plurality of needles.

An antenna for generating an electromagnetic field. The antenna has a substrate and a contiguous core disposed on the substrate. A continuous winding encircles the core and the substrate extending in a longitudinal direction; a first gap is defined between adjacent turns of the winding. The turns segregated into a plurality of winding segments, each winding segment comprising a plurality of turns. A second gap is defined between adjacent winding segments, wherein the second gap is larger than the first gap. Numerical values for the various parameters of the antenna (e.g., number of turns, number of winding segments, length of the first gap, length of the second gap) are selected to create and propagate a signal having desired parameters.

An organic electroluminescent device adapted for assembly function of a greater display size is provided. The device comprises forming first electrodes, a light-emitting layer, second electrodes, and isolating seal cap in turn. One side of the isolating cap is chiseled to form at least one channel, each channel being passed through by a corresponding connecting line. The end faces of the connecting lines may be contacted with a part of surface the first electrodes or second electrodes formed inside the isolating seal cap. The side ends of the first electrodes and second electrodes may be not necessarily exposed outside the isolating seal cap, due to the fact that the contacting point between the first electrodes or second electrodes and the connecting lines may be formed inside the isolating seal cap, whereby the area of the substrate, the first electrodes, and the second electrodes exposed outside the isolating seal cap may be reduced, further greatly decreasing the size of the gap during the assembly for two light-emitting devices correspondingly as well. Not only adapting for the assembly for a larger-sized display device, but also effectively increasing the quality requirement for higher resolution of the light-emitting device may be provided.

A support mechanism (20) for mounting a wheelchair back to a wheelchair post including at least one generally horizontally extending support pin (30), the support mechanism (20) comprising a hanger arm (24) having a downwardly opening hook (26) defining an upper support point and a self-locking latch (34) pivotally mounting to the hanger arm (24), the latch defining a locking notch (40) and a stop notch (42), the latch (34) being pivotal between a locked position in which the latch locking notch (40) and the hook (26) define a substantially closed hole around the support pin (30) and an unlocked position in which the pin (30) is seated in the stop notch (42) such that the latch (34) is secured open so the hanger arm hook (26) can be connected to or removed from the wheelchair post support pin (30); the latch (34) is shaped and weighted such that the latch can be moved to the locked position under the force of gravity.

The invention discloses a touch panel structure which comprises a protective layer, a touch sensing layer, and a rubber layer placed between the protective layer and the touch sensing layer, wherein inks are coated on the periphery of the edges on one face of the protective layer attached to the touch sensing layer; the inks are divided into at least two ink layers with each ink layer comprising a first ink layer and a second ink layer, wherein the first ink layer is placed on the protective layer, while the second ink layer is placed on the first ink layer; the internal edge of the second ink layer is contracted toward the edge of the protective layer so as to form a step with the first ink layer. With the adoption of the touch panel structure provided by the invention, the space size of an angle step clearance formed between the ink and the protective layer is reduced, the air content in the angle step clearance is greatly reduced, the generation of bubbles at the internal edge of the oil inks is prevented, the success rate of the production of the touch panel is improved, and the requirements of a user on the appearance quality of the touch panel attached to a module are met.

The embodiment of the invention discloses a data processing method, an accelerated computing unit, a central processing unit and a heterogeneous system, which are used for improving service processingperformance. The data processing method of the embodiment of the present invention is applied to an accelerated computing unit, and the accelerated computing unit comprises an acceleration engine anda buffer management module. The method comprises: the acceleration engine obtains the traffic acceleration processing request sent by the CPU, The acceleration engine processes the service acceleration processing request to obtain the processing result, and the acceleration engine applies the memory address to the cache management module to obtain the target memory address, the acceleration engine writes the processing result into the memory space pointed by the target memory address, and the acceleration engine sends the target memory address to the CPU. The acceleration engine obtains the memory address which is the memory address on the pre-existing acceleration computing unit by applying to the cache management module. Thus, the acceleration engine can obtain the memory address quickly, and the service processing performance is improved.

The present invention lengthens gate conductors used in memory chips to limit leakage current, while still allowing the overall size of cells to remain the same. The channel length for each gate is increased by decreasing the size of spaces between gates. Decreases in space size occurs by using photolithographic image enhancement techniques. These techniques allow the space between gate conductors to be smaller while the gate size increases. In addition, a groove may be added that additionally lengthens the effective channel length and provides an additional electrical shield to limit leakage current. These techniques lead to the same density memory cells for a given process with less leakage. Finally, if grooved gate structures are used, having a longer gate conductor allows a three sigma process to be used, which increases yields.

Disclosed is a semiconductor exposure apparatus which includes a chamber for accommodating therein a main unit of the exposure apparatus, a gas controlling unit for controlling a gas in the chamber, a chemical filter for attracting a chemical substance in a controlling gas, and a dust removing filter for catching a dust particle in a controlling gas, wherein a gas blowing area of the chemical filter is smaller than that of the dust removing filter, wherein said chemical filter and said dust removing filter are disposed separately from each other. The chemical filter is mounted obliquely with respect to a direction of flow of a supplied gas. A gas rectifying device is disposed at a gas inlet side of the chemical filter and the dust removing filter. The chemical filter can be a pleat filter, and it is mounted so that the pleat thereof is orthogonal to the direction of flow of the supplied air.

A support mechanism (20) for mounting a wheelchair back to a wheelchair post including at least one generally horizontally extending support pin (30), the support mechanism (20) comprising a hanger arm (24) having a downwardly opening hook (26) defining an upper support point and a self-locking latch (34) pivotally mounting to the hanger arm (24), the latch defining a locking notch (40) and a stop notch (42), the latch (34) being pivotal between a locked position in which the latch locking notch (40) and the hook (26) define a substantially closed hole around the support pin (30) and an unlocked position in which the pin (30) is seated in the stop notch (42) such that the latch (34) is secured open so the hanger arm hook (26) can be connected to or removed from the wheelchair post support pin (30); the latch (34) is shaped and weighted such that the latch can be moved to the locked position under the force of gravity.

The invention discloses a concave conformal dielectric resonator antenna and a working method thereof, and the antenna comprises a dielectric resonator, a ground plate, a dielectric substrate, a feedseam and a feed line. The ground plate is conformal with the dielectric resonator, and the dielectric resonator is fixed at the middle of ground plate. The upper and lower surfaces of the dielectric substrate are respectively attached to and cover the ground plate and the feed line. The center of the ground plate is provided with the feed seam in a mode of etching. The antenna is fed by the feed line, and then the electromagnetic wave energy is coupled and conducted to the dielectric resonator on the upper surface through the feed seam on the ground plate. The antenna has a very low profile due to the conformal structure, reduces the space occupied by the antenna in a vertical direction, is easy for processing, is of a wearable structure, is wide in application range, is flexible in application scenarios, has a higher gain and a narrower beam, and has a bigger bandwidth.

The invention discloses an aluminum alloy section mechanical polishing device. The aluminum alloy section mechanical polishing device comprises a machine body, wherein a moving cavity is arranged in the machine body, a moving block is arranged in the moving cavity in a sliding mode, a hydraulic cylinder is fixedly arranged on the moving block, telescopic shafts are arranged at the left end and theright end of the hydraulic cylinder, an installation rod is fixedly arranged at one end, far away from the moving block, of each telescopic shaft, and a polishing device is arranged in each installation rod. Two polishing rotary wheels symmetrical left and right and a driving wheel are arranged, polishing belts with polishing abrasive paper are in power connection between the polishing wheels andthe driving wheel, an aluminum alloy is processed through the rotation of the polishing belts, and the left polishing rotary wheel and the right polishing rotary wheel can be reasonably adjusted according to the size of an actual operation interval and the size of a polished area of the to-be-polished aluminum alloy, so that the space size of the device is reduced, and the use flexibility of thedevice is improved. Moreover, the five polishing belts between the polishing rotary wheels and the driving wheel have different fineness, the polishing belts are automatically replaced, the operationis simple and convenient, and the applicability is wide.

The invention relates to a method and system for conducting compression and query on a sparse matrix. According to the method, a k2-tree method is improved on the aspects of rank operation change and common matrix and non-zero matrix processing. Firstly, a sparse matrix to be processed is preprocessed to obtain a sparse matrix A of a square matrix with a unit value 0 or1; then, a k2-tree algorithm is adopted to obtain arrays T (tree) and L (leaves), the Rank array interval fixing digits are stored according to information in the T (tree) to obtain Rank (tree), V (leaves) and rank (leaves) values are obtained according to the L (leaves) and an original corresponding sparse matrix, and stored values in the sparse matrix A can be queried after coordinates of query units are input. The sparse matrix can be effectively compressed, query speed is higher, and more storage space is saved.

A negative pattern is formed by applying a resist composition onto a substrate, exposing the resist film, and developing the exposed resist film in an organic solvent developer. The process further involves coating the negative pattern with a shrink agent solution of a polymer comprising recurring units having a tertiary amino group in a C6-C12 ether, C4-C10 alcohol, C6-C12 hydrocarbon, C6-C16 ester or C7-C16 ketone solvent, baking the coating, and removing the excessive shrink agent for thereby shrinking the size of spaces in the pattern.

A memory space simulation method for an embedded processor is provided. The method can simulate the complete memory space of the embedded processor and simulate the complete memory space with a large capacity by adopting a paging mode, and only simulates an actually used part of the memory space in a program under a paging mechanism so as to save space expenditure required by the simulation. The memory space simulation method for the embedded processor adopts a mixed simulation method combining static simulation and dynamic simulation according to different address ranges and achieves the memory space simulation mechanism with a large capacity which is high in efficiency and low in expenditure.

In an airbag-equipped steering wheel, a plurality of horn switch mechanisms assembled to a bag holder each have a securing pin, which is inserted into a corresponding one of through holes formed in a metal core. A clip is engaged with a locking groove of each securing pin, so that each horn switch mechanism is fastened to the metal core. The through holes include one or more normal through holes that restrict inclination of the corresponding securing pins, and a special through hole that has an inclination permitting portion. The inclination permitting portion permits the corresponding securing pin to be inclined about the corresponding clip 13 serving as a fulcrum. In the special through hole, the securing pin is permitted to be inclined about the clip serving as a fulcrum only when the clips are disengaged from the securing pin in all the normal through holes.

This disclosure discloses an adhesive tape printer comprising a housing, a first storage part configured to receive a first roll provided to one side of the housing in the first horizontal direction, a feeding roller, a printing head, a second storage part configured to store a second roll wherein the adhesive tape with print is wound around an axis line in the second horizontal direction, provided to the other side of the housing in the first horizontal direction, a feeding motor provided further on the other side than the first storage part and further on the one side than the second storage part so that an axis direction of an output shaft matches the second horizontal direction, a first opening / closing cover provided to an upper part on the one side, and a second opening / closing cover provided to an upper part on the other side.

The invention relates to a playing device control method, a playing device and a computer storage medium, and relates to a distributed playback technology. The playing device control method provided by the invention comprises the following steps: acquiring first audio data synchronously played by multiple devices; performing audio encoding processing on the first audio data according to a preset encoding algorithm to obtain second audio data; conducting audio decoding processing on the second audio data, and then playing the decoded second audio data, transmitting the second audio data to other playing devices participating in synchronous playing, wherein a preset coding algorithm is used for multi-device synchronous audio playing processing, and the size of the second audio data is smaller than that of the first audio data. According to the technical scheme of the embodiment, the high-performance audio coding algorithm is used for carrying out audio coding processing on the original audio data, so that the stereophonic sound effect of multi-device synchronous playing is ensured, and better immersive playback experience is brought to a user.

The invention discloses a two-row feeding type efficient intelligent sugarcane harvester which comprises a vehicle-mounted body, a sugarcane leading-in mechanism, a sugarcane conveying mechanism, a hydraulic power system, a leaf peeling and bundling mechanism and a sugarcane leading-out mechanism. The sugarcane leading-in mechanism, the sugarcane conveying mechanism, the hydraulic power system, the leaf peeling and bundling mechanism and the sugarcane leading-out mechanism are all arranged on the vehicle-mounted body; wherein the vehicle-mounted body is used for displacement of the harvester,the sugarcane leading-in mechanism is used for righting, cutting and leading in sugarcanes in a sugarcane field and vertically leading the sugarcanes into the sugarcane conveying mechanism, and the sugarcane conveying mechanism is used for conveying the sugarcanes at the sugarcane leading-in mechanism to the leaf peeling and bundling mechanism and then conveying the sugarcanes from the leaf peeling and bundling mechanism to the sugarcane leading-out mechanism. Wherein the leaf peeling and bundling mechanism is used for peeling, collecting and bundling sugarcane leaves of sugarcane conveyed bythe sugarcane conveying mechanism, the hydraulic power system is used for providing a part of power source for the harvester, and the sugarcane leading-out mechanism is used for bundling and leading out the peeled sugarcane.