30results about How to "No size reduction" patented technology

The invention discloses a micromechanical resonator and a manufacturing method thereof. The micromechanical resonator is formed by a resonator crystal plate and a packing cover piece through bonding and sealing. The resonator crystal plate comprises an input electrode, an output electrode, a bias electrode, a resonance unit and a supporting structure. Larger-area grounding holes around the resonator structure reduce feed-through signals, and micro heaters around the resonator achieve high-precision temperature compensation. The outermost peripheral structure of the resonator crystal plate is a bonding packing ring, and the packing cover piece comprises a packing cavity, the bonding packing ring and an electrical leading-out structure. According to the micromechanical resonator and the manufacturing method thereof, high-precision and large-scale manufacturing of the high-performance resonator is achieved, wafer-level air impermeability bonding packing is achieved, and the manufacturing method can be applied to low-cost large-scale production of high-performance MEMS resonators.

An outer rotor motor is miniaturized, is easier to assemble, and lead ends can be insulated with improved reliability without a drop in motor characteristics. One or a plurality of concave channels provided in the axial direction in a circumferential surface of a housing and one or a plurality of rotation-stopping portions that engage the concave channels are provided in a surface of each coil bobbin that faces the cylinder. Through-holes are provided in the rotation-stopping portions in parallel with the rotor shaft.

The invention relates to the semiconductor manufacture technical field, and in particular relates to an alignment mark applied to the wafer bonding process; the alignment mark is arranged on the intersection region of the wafer cutting way, the cutting-edge graphics of the alignment mark extends into the non-intersection region of the wafer cutting way, so that the alignment mark is suitable for the wafer cutting way with smaller size while the size of the alignment mark is not reduced and the wafer bonding precision is not influenced, and larger chip effective area can be achieved.

The present invention provides a rotor in which the volume of permanent magnet is not reduced. A rotor core (10) is composed of a first stacked block (10a) and a second stacked block (10b) which are fixed through movement along a rotation direction. Each magnet hole (30) is provided with a first clearance part (31a) and a second clearance part (31b) without permanent magnet at one end and the other end in the rotation direction. At the part where the first stacked block is jointed with the second stacked block, the area of at least one in the first clearance part and the second clearance part is enlarged according to a mode that the first clearance parts are intercommunicated as well as the second clearance parts.

A parallax image generation device is provided with: a depth value correction unit (110) that performs a correction process for correcting depth values in such a manner that, among a plurality of depth values constituting a depth image, the closer a depth value is to the edge of the depth image, the closer a position corresponding to the depth value is to a display surface for displaying a parallax image; and a parallax image generation unit (120) that uses a 2D image and the depth image corrected by the correction process to generate first and second parallax images having mutual parallax.

The invention discloses a burner. The burner comprises a body, wherein a flame outlet, a combustion-supporting gas inlet connector and a gas inlet connector are arranged on the surface of the body, an inner cavity main body is arranged inside the body and comprises a combustion chamber, an air-fuel flow guide body cavity and a gas inlet channel, the combustion chamber communicates with the flame outlet, the gas inlet channel communicates with the gas inlet connector, the air-fuel flow guide body cavity and the gas inlet channel both communicate with the combustion chamber, the combustion-supporting gas inlet connector communicates with the air-fuel flow guide body cavity, the gas inlet channel comprises a first-stage gas channel and a plurality of second-stage gas channels annularly arranged on the periphery of the first-stage gas channel, and the second-stage gas channels communicate through an annular channel arranged on the periphery of the first-stage gas channel in a sleeve mode. The invention provides a burner which is provided with the gas channels with multiple flow levels, ignition is conducted through the minimum flow by the burner, then the supply amount of gas is gradually increased, and the situation that ignition is difficult or ignition deflagration occurs can be effectively avoided.

The invention discloses a burner which comprises a body, wherein a flame outlet, a combustion-supporting gas inlet connector and a fuel gas inlet connector are arranged on the surface of the body, an inner cavity main body is arranged in the body and comprises a combustion chamber, an air-fuel flow guide body cavity and a fuel gas inlet channel, the combustion chamber is communicated with the flame outlet, the gas inlet channel is communicated with the gas inlet connector, the air-fuel flow guide body cavity and the fuel gas inlet channel are both communicated with the combustion chamber, the combustion-supporting gas inlet connector is communicated with the air-fuel flow guide body cavity, the fuel gas inlet channel comprises a first-stage gas channel and a plurality of second-stage gas channels annularly arranged on the periphery of the first-stage gas channel, and the second-stage gas channels are communicated through an annular channel arranged on the periphery of the first-stage gas channel in a sleeving mode. The disclosed burner is provided with gas channels with multiple flow levels, ignition is conducted through the minimum flow, then the supply amount of gas is gradually increased, and the situation that ignition is difficult or ignition deflagration occurs can be effectively avoided.

Disclosed are a method and system for displaying an interface streaming layout in adaptive adjustment mode, the method comprising: testing the resolution value of a terminal system operating a browser; according to the resolution value, constructing cells having preset pixel values on a page into grids vertically arranged and occupying the whole page; reading the total pixel value of the grids in a transverse direction, and adjusting the size of a video thumbnail and a video classification label in combination with a preset correspondence between the standard number of display columns of the video thumbnail and the total pixel value of the grids in the transverse direction; and arranging on the grids the adjusted video classification labels and the video thumbnails in the transverse direction to form a plurality of mutually parallel video classification rows in the transverse direction for display. The present invention solves the problems of dispersed arrangement of video thumbnails on the page, and reduced size of the video thumbnails in a high resolution.

A shaft sealer belongs to the technical field of mechanical engineering shafts. The shaft sealer comprises an inner ring I, a seal ring I, a seal ring II, an outer ring I, a seal ring III, an inner ring II, an outer ring II, a seal ring IV, a seal ring V and an inner ring III; the inner ring II and the inner ring III are arranged on the shaft table of the inner ring I, the seal ring I and the seal ring II are arranged in a groove at the shaft hole of the inner ring I, and the seal ring V is arranged in a groove between the inner ring I and the inner ring III; and the seal ring III is arranged in the groove of the outer ring I, and the seal ring IV is arranged in the groove of the outer ring II. The shaft sealer has the advantages that the installation is easy, no abrasion appears in the running process, damages are difficult, and the sealing effect is good.

The present invention provides a motor cycle. The front hood 2 of the motor cycle simultaneously rotates left and right with steering handles 1, so improper force can not be exerted on wiring. Sufficient wiring space is arranged in the wide direction on the upper end of the front hood 2, and the horizontal size of the cycle can not be reduced. Sufficient space is arranged behind the front hood 2, so the riding comfort of a rider is increased. Foot rest parts S are further tilted toward the horizontal direction by a fixed mud guard 3 arranged than a movable mud guard, and the riding comfort of the rider is further increased. By making the width W1 of the mud guard 3 in the position of a through hole H in the cycle wide direction bigger than the width W2 of the front hood 2 in the cycle wide direction, the fixed mud guard 3 can obtain the same mud guard effect with the movable mud guard.

The present invention provides a rotor in which the volume of permanent magnet is not reduced. A rotor core (10) is composed of a first stacked block (10a) and a second stacked block (10b) which are fixed through movement along a rotation direction. Each magnet hole (30) is provided with a first clearance part (31a) and a second clearance part (31b) without permanent magnet at one end and the other end in the rotation direction. At the part where the first stacked block is jointed with the second stacked block, the area of at least one in the first clearance part and the second clearance part is enlarged according to a mode that the first clearance parts are intercommunicated as well as the second clearance parts.

The present invention relates to the technical field of semiconductor manufacturing, and in particular to an alignment mark applied in a wafer bonding process; the alignment mark is arranged on the area where wafer dicing lines intersect, and the tip pattern of the alignment mark extends to In the non-intersecting area of ​​the dicing line, a smaller sized dicing line can be adapted to obtain a larger chip effective area without reducing the size of the alignment mark and without affecting the wafer bonding accuracy.

The invention discloses a movable feed hopper of a tube-sinking cast-in-place pile and a construction method. A vertical guide rail is arranged on the outer surface of a pile formwork, the feed hopper is connected with the guide rail through connecting edges extending from the left side and the right side of the feed hopper, the upper portion of the feed hopper is connected with a hauling rope and the feed hopper can slide vertically along the guide rail. Two or more feed inlets are arranged on the pile formwork at a certain interval and disposed along the pile formwork. Openable cover plates are arranged outside the feed inlets and attached to the outer wall of the pile formwork when the pile formwork sinks into the foundation, and are opened when the pile formwork is pulled out and concrete needs to be poured, and sealing strips are arranged among the inner edges of the cover plates and the pile formwork. The construction method includes steps of taking the pile formwork to the place, sinking the pile formwork, moving the feed hopper downwards, opening one of the cover plates of the feed inlets, pouring the concrete, pulling the pile formwork upwards, moving the feed hopper downwards again, opening the next cover plate of the feed inlets, pouring the concrete and repeating the above processes until a pile is formed after the pile formwork is completely pulled out. The movable feed hopper is simple and convenient in operation, construction efficiency is improved, energy is saved and pile forming quality is guaranteed.

A method for arranging CRC (Cyclic Redundancy Code) bits within logical transmission units (LTUs) in a CDMA communication system having a physical channel frame comprised of a plurality of LTUs arranged in line, with a physical layer CRC field and tail bits arranged after the LTUs. Each LTU includes a payload and a LTU CRC field for detecting errors in the LTU payload. In the CRC bit arranging method, the CRC field included in odd-numbered LTUs are arranged after the payload and the CRC field included in even-numbered LTUs are arranged before the payload in such a manner that a LTU CRC field of an even-numbered LTU and a LTU CRC field of an odd-numbered LTU connected to said even-numbered LTU are sequentially arranged.

The invention discloses a micromechanical resonator and a manufacturing method thereof. The micromechanical resonator is formed by a resonator crystal plate and a packing cover piece through bonding and sealing. The resonator crystal plate comprises an input electrode, an output electrode, a bias electrode, a resonance unit and a supporting structure. Larger-area grounding holes around the resonator structure reduce feed-through signals, and micro heaters around the resonator achieve high-precision temperature compensation. The outermost peripheral structure of the resonator crystal plate is a bonding packing ring, and the packing cover piece comprises a packing cavity, the bonding packing ring and an electrical leading-out structure. According to the micromechanical resonator and the manufacturing method thereof, high-precision and large-scale manufacturing of the high-performance resonator is achieved, wafer-level air impermeability bonding packing is achieved, and the manufacturing method can be applied to low-cost large-scale production of high-performance MEMS resonators.

The invention relates to a pile mould with draw-pull type movable feed ports and a construction method. A plurality of draw-pull type movable feed ports are arranged on the lateral side of the immersed tube pile mould in the longitudinal direction. Each draw-pull type movable feed port is composed of a rail, an open hole, an arc inserting plate and a movable connector, wherein the open hole is formed in the lateral side of the pile mould, the rail is fixedly connected with the periphery of the pile mould with the open holes, the rail is in a U shape, the inner side of the rail is provided or connected with a waterproof rubber gasket, the movable connector is arranged on the arc inserting plate, the movable connector is in a T shape, the movable connector is hinged to one end of the arc inserting plate, a clamping groove is formed in the bottom of the U-shaped rail, the clamping groove is matched with the movable connector, and the movable connector is inserted into the clamping groove to fix the arc inserting plate. The pile mould overcomes the defects that the feed ports are large in power demand with the increasing height, can damage formed piles and the like. The draw-pull type movable inserting plates are convenient, quick and easy to operate, capable of saving energy, good in sealing performance and high in pile forming quality.