||PCT/CN2014/085346||ABB TECHNOLOGY LTD ||ZHANG, Xin |
A switchgear comprises a bypass busbar (101B); at least one main busbar (101A); a disconnector (104A); and a circuit breaker (102A) connected with the at least one main busbar (101A). The disconnector (104A) comprises a blade (1045) which can be driven to three positions, i. e., a first position (P1) for connecting with an outcoming of the circuit breaker (102A), a second position (P2) for connecting with an outcoming of the bypass busbar (101B), and a third position (P0) for disconnection. The bypass busbar (101B), the at least one main busbar (101A), the circuit breaker (102A), and the disconnector (104A) are all arranged within a single panel. Moreover, the blade (1045) is driven by an operation mechanism (106) including a four-bar linkage driving means (1040). The three-position disconnector (104A) is implemented by means of four-bar linkage driving means (1040) and thus all functionalities for a feeder can be achieved within one single panel, which provides a great deal of cost and space savings.
WO/2016/061711 METHOD FOR IDENTIFYING WUZHISHAN MINIATURE PIG INBRED LINE BY USING 145 SNP||WO||28.04.2016|
||PCT/CN2014/000937||GRAND LIFE SCIENCE & TECHNOLOGY, LTD. ||FENG, Shutang |
Disclosed is a method for identifying a Wuzhishan miniature pig inbred line by using 145 SNP. The method provided by the present invention is for assisting in identifying whether a pig to be identified belongs to the Wuzhishan miniature pig inbred line and comprises the following steps: based on 145 SNP loci, detecting the gene type of the pig to be identified; if all standards from (1) to (145)are met, then the pig to be identified belongs to the Wuzhishan miniature pig inbred line; and if all of the above standards from (1) to (145) are not met, then the pig to be identified does not belong to the Wuzhishan miniature pig inbred line.
WO/2016/061726 INTELLIGENT POWER CONTROL SYSTEM AND METHOD FOR MOTOR DRIVE OF UNMANNED AERIAL VEHICLE, AND UNMANNED AERIAL VEHICLE||WO||28.04.2016|
||PCT/CN2014/088914||SZ DJI TECHNOLOGY CO., LTD. ||TAO, Ye |
An intelligent power control system for motor drive of an unmanned aerial vehicle. The intelligent power control system comprises a motor temperature reading unit (101), a processing unit (102), and a motor power output control unit (103). The motor temperature reading unit (101) is used for reading the temperature of at least one motor mounted in the unmanned aerial vehicle (200). The processing unit (102) is used for making a comparison to determine whether the read temperature exceeds a first specific temperature, and controlling, according to the comparison result, the motor power output control unit (103) to dynamically adjust an allowed maximum power output by each motor. The present invention also relates to an intelligent power control method for motor drive of an unmanned aerial vehicle, and the unmanned aerial vehicle (200) using the intelligent power control system for motor drive of an unmanned aerial vehicle.
WO/2016/061820 METHODS AND SYSTEMS FOR AUTOMATED TAGGING BASED ON SOFTWARE EXECUTION TRACES||WO||28.04.2016|
||PCT/CN2014/089468||GOOGLE INC. ||SUN, Xinruo |
Systems and methods for analysis of execution patterns for applications executing on remote devices (120). In the system, a knowledge base stores successful traces from a plurality of instances (124) of an application and one or more computing processors (950) in the system receive, via a network interface (922), call-stack information from an instance (124) of the application executing on a remote device (120), call-stack information including periodic captures of an execution status for the instance (124) of the application, and determine whether there is a similarity between the call-stack information received from the instance (124) of the application and the stored plurality of successful traces. Responsive to determining a similarity, the computing processors (950) add the remote device (120) to a population of devices likely to execute the object and facilitate further actions specific to the device population.
WO/2016/061857 SELF-COMPENSATED AND SELF-SEALED ROTATION CONE VALVE CORE AND COMPLETE SET ASSEMBLY VALVE||WO||28.04.2016|
||PCT/CN2014/090805||FU JIAN HUA YONG TECHNOLOGY LTD CO. ||KE, Zhenming |
Disclosed is a valve core, particularly a rotation cone valve core capable of being self-compensated and self-sealed, comprising a valve sleeve, wherein an axial through hole is formed at the upper part of the valve sleeve, a cone surface coaxial with the axial through hole is arranged in a chamber at the lower part of the valve sleeve, a core shaft (3) which penetrates out of the axial through hole from bottom to top is arranged in the valve sleeve, a truncated cone (31) in tight fit with the cone surface is arranged at the lower part of the core shaft (3), an inlet concave cavity (311) is formed inside the truncated cone (31), a through hole (32) in communication with a water outlet (21) on the side wall of the lower part of the valve sleeve is formed on the side wall of the inlet concave cavity (311), and a screw part, penetrating out of the valve sleeve, of the core shaft (3) is locked by a nut (4) so as to achieve pre-tightened sealing and rotary positioning with the valve sleeve. The valve core is simple in structure and convenient to process and mount, self-sealing and wear self-compensation can be achieved, the valve core can be assembled into different specifications and types in a complete set form and can be assembled on various valve bodies in the complete set form, and the valve core can be applied to the environment conditions of various temperatures and pressures.
WO/2016/061859 HEATING COMPONENT FOR ELECTRONIC CIGARETTE ATOMIZER||WO||28.04.2016|
||PCT/CN2014/090827||ZHU, Xiaochun ||ZHU, Xiaochun |
A heating component for an electronic cigarette atomizer comprises a heating component (10) and an electric conducting component (20). The heating component (10) comprises a base (11), a fixing seat (12), heating coils (13) and liquid storage media (14), a fixing hole (111) vertically penetrating through the base (11) and a first liquid guiding hole (112) laterally penetrating through the base (11) are provided in the base (11), the first liquid guiding hole (112) is communicated with the fixing hole (111), and the electric conducting component (20) is connected to the lower end of the heating component (10); the fixing seat (12) is mounted in the fixing hole (111) in a sealing manner, an air current passage (121) vertically penetrating through the fixing seat (12) is provided in the fixing seat (12), and the air current passage (121) is communicated with orifices in the both ends of the fixing hole (111); the heating coils (13) and the liquid storage media (14) are mounted on the fixing seat (12), the heating coils (13) are electrically connected with the electric conducting component (20), one side surface of each heating coil (13) is in contact with one side surface of each liquid storing medium (14), and the other side surface of the heating coils (13) are opposite to the air current passage (121), so that the heating coils (13) are placed outside the air current passage (121). Through the above structure, enough smoke output can be achieved to satisfy the user requirement, a favorable smoke mouth-feel is provided, and the scorched taste and the atomization residual water or tobacco juice are prevented from being sucked into the mouth of a person.
WO/2016/061764 FILTRATION ASSEMBLY INCLUDING FILTRATION MODULE SECURED BY ROTATABLE RETAINING RING||WO||28.04.2016|
||PCT/CN2014/089173||DOW GLOBAL TECHNOLOGIES LLC ||LI, Bi'e |
A filtration assembly (10) including: a vessel (12) comprising a partition plate (14) dividing the vessel (12) into a first (16) and second (18) chamber, wherein the partition plate (14) includes at least one cylindrical aperture (20) passing therethrough and comprising an outer section (22) adjacent to the second chamber (18) and at least one slot (28) extending radially outward, an inner section (24) adjacent to the first chamber (16), and a retaining groove (26) located between the inner (24) and outer (22) sections; a filter module (30) comprising: an end cap (40) including a cylindrical base (42) and a distal annular rim (44) wherein the end cap (40) is seated within the aperture (20); and a retaining ring (46) located within the retaining groove (26) and including at least one tab (48) extending radially outward in engagement with the retaining groove (26) to prevent axial removal of the retaining ring (46), wherein the retaining ring (46) is rotatable within the retaining groove (26) to permit alignment of the tab (48) with slot (28).
WO/2016/061728 DIFFERENTIAL-TYPE POWER-ASSISTED STEERING DEVICE OF INDUSTRIAL VEHICLE||WO||28.04.2016|
||PCT/CN2014/088923||ZHEJIANG NOBLELIFT EQUIPMENT JOINT STOCK CO., LTD ||FANG, Yong |
A differential-type power-assisted steering device of an industrial vehicle, comprising a handle steering shaft 1, a drive steering shaft 2, a steering motor 101, a shaft sleeve 3 for fixedly connected to the drive steering shaft 2 and rotatably sleeved outside the handle steering shaft 1, an angular displacement sensor 11 for detecting a relative rotation magnitude between the handle steering shaft 1 and the shaft sleeve 3, and a feedback piece 4 provided between the shaft sleeve 3 and the handle steering shaft 1 and generating, via a relative rotation action between the shaft sleeve 3 and the handle steering shaft 1, a change capable of being sensed by an operator; and the magnitude of the change of the feedback piece 4 is controlled by a magnitude of a relative rotation between the handle steering shaft 1 and the shaft sleeve 3. The present invention helps prevent steering determination from being deviated when an operator makes a sharp turn, and has a low cost.
WO/2016/061721 METHOD FOR PREPARING RARE-EARTH OXIDE DISPERSION STRENGTHENED FINE-GRAINED TUNGSTEN MATERIAL||WO||28.04.2016|
||PCT/CN2014/088882||CENTRAL SOUTH UNIVERSITY ||FAN, JingLian |
A method for preparing a rare-earth oxide dispersion strengthened fine-grained tungsten material, comprising: according to a condition that a mass percentage of rare-earth oxide is 0.1-2%, and the remaining composition is W, weighing soluble rare-earth salt and tungstic acid salt, and respectively preparing 50-100 g/L of rare-earth saline solution and 150-300 g/L of tungstic acid saline solution; adding a minor amount of alkali into the rare-earth salt to control the pH to be 7-8, adding an organic dispersing agent, and stirring to enable the rare-earth salt to form uniformly suspending R(OH)3 colloidal particles (R represents a rare-earth element); adding the tungstic acid saline solution into the R(OH)3 colloidal particles, adding a minor amount of acid to control the pH to be 6-7, adding the organic dispersing agent, stirring to enable the tungstic acid salt to form tungstic acid micro-particles, precipitating and coating the R(OH)3 colloidal particles with the R(OH)3 colloidal particles as a core, and forming coprecipitated coated colloidal particles; conducting spray drying on the coprecipitated coated colloidal particles to obtain a composite precursor powder of tungsten and rare-earth oxide; calcining, conducting thermal reduction via hydrogen, and preparing superfine nanometer tungsten powder having a particle size of 50-500 nm; and conducting normal high-temperature sintering after a general pressing forming. The high-performance fine-grained tungsten material dispersed and strengthened by a minor amount of rare-earth oxide prepared by the above method has a density approximate to full density (≥98.5%), and uniform and small tungsten grains having an average size of 5-10 μm; in addition, rare-earth oxide particles having a particle size of 100 nm - 500 nm are uniformly distributed in a tungsten crystal or a crystal boundary.
WO/2016/061791 METHOD AND APPARATUS FOR ESTABLISHING INTERFACE||WO||28.04.2016|
||PCT/CN2014/089310||HUAWEI TECHNOLOGIES CO.,LTD. ||LIN, Bo |
Provided in the present invention is a method for establishing an interface, said method comprising: a service node sends a first indication message to an anchor node, the first indication message being used for indicating the establishment of a first interface between the service node and the anchor node (S201), and the service node receives a response message sent by the anchor node in response to the first indication message (S202); or the service node receives a first indication node sent by the anchor node, the first indication message being used for indicating the establishment of the first interface, and the service node sends a response message to the anchor node in response to the first indication message. The present invention allows the wireless connection of a terminal and the service node to terminate at the anchor node; when the terminal switches service node under the same anchor node, the interface of the terminal need not be switched, thus reducing the core network signalling load caused by switching.