mhurhangee/ep-ind-claims huggingface dataset:
A method at a mobile device, the method comprising: identifying a geographic location of the mobile device; accessing a database (104, 412) based on the geographic location of the mobile device, the database including local telecommunication regulations established by a telecommunications regulatory body, the regulations defining at least one of: a channel, a transmission frequency, signal strength, transmission power, licensed spectrum, or mode of operation, for the identified geographic location; and identifying, from the database, the local telecommunications regulations associated with the geographic location of the mobile device; characterized in that the method further comprises: determining whether a detected access point beacon includes parameters for operation in conflict with said local telecommunications regulations identified from the database; refusing to connect with the detected access point beacon in response to determining that the detected access point beacon includes parameters for operation in conflict with said local telecommunications regulations; and connecting with the detected access point beacon when the detected access point beacon includes suitable parameters in compliance with the identified local telecommunications regulations. identifying a geographic location of the mobile device; accessing a database (104, 412) based on the geographic location of the mobile device, the database including local telecommunication regulations established by a telecommunications regulatory body, the regulations defining at least one of: a channel, a transmission frequency, signal strength, transmission power, licensed spectrum, or mode of operation, for the identified geographic location; and identifying, from the database, the local telecommunications regulations associated with the geographic location of the mobile device; determining whether a detected access point beacon includes parameters for operation in conflict with said local telecommunications regulations identified from the database; refusing to connect with the detected access point beacon in response to determining that the detected access point beacon includes parameters for operation in conflict with said local telecommunications regulations; and connecting with the detected access point beacon when the detected access point beacon includes suitable parameters in compliance with the identified local telecommunications regulations.
A lighting device with a light source and a heat dissipating element, comprising: an RF communication circuit; a first antenna electrically connected to the RF communication circuit and supported by a first portion of lighting device; and a second antenna adapted to communicate with external devices and electromagnetically coupled with the first antenna so that the second antenna is adapted to be excited by and to excite the first antenna, the second antenna being supported by a second portion of the lighting device, characterized in that the second portion of the lighting device is movable with respect to the first portion of the lighting device. an RF communication circuit; a first antenna electrically connected to the RF communication circuit and supported by a first portion of lighting device; and a second antenna adapted to communicate with external devices and electromagnetically coupled with the first antenna so that the second antenna is adapted to be excited by and to excite the first antenna, the second antenna being supported by a second portion of the lighting device, characterized in that the second portion of the lighting device is movable with respect to the first portion of the lighting device.
A method for manufacturing metal powder comprising: providing a basic metal salt solution; contacting the basic metal salt solution with a reducing agent to precipitate metal powder therefrom; contacting the basic metal salt solution with a capping agent from 1 to 120 seconds after contacting the basic metal salt solution with the reducing agent; recovering precipitated metal powder from the solvent; and milling the recovered precipitated metal powder using a ball mill, wherein the metal comprises one or more of silver, copper and alloys of one or more thereof, wherein the milling is carried out in the presence of a fatty acid and/or polymer and/or polyamine. providing a basic metal salt solution; contacting the basic metal salt solution with a reducing agent to precipitate metal powder therefrom; contacting the basic metal salt solution with a capping agent from 1 to 120 seconds after contacting the basic metal salt solution with the reducing agent; recovering precipitated metal powder from the solvent; and milling the recovered precipitated metal powder using a ball mill, wherein the metal comprises one or more of silver, copper and alloys of one or more thereof, wherein the milling is carried out in the presence of a fatty acid and/or polymer and/or polyamine.
A core barrel head assembly, comprising: an upper body comprising a central passage; a pair of latches (5; 30) arranged in the central passage, wherein each latch (5; 30) comprises a hook at a first end and a pivot point on an outside surface in the hook, wherein the hook of each latch (5;30) extends through a hook slot such that the latches rotate about the pivot point at the first end, each latch comprising a latch release portion at a second end of the latch, and an outer tube engaging surface between the first end and the second end; and a retracting case comprising a retracting case surface configured to engage a latch release surface of the latch release portion; wherein the outer tube engaging surface of each latch, in an engaged position, is configured to extend through a latch slot in an outer wall of the upper body such that the latches rotate about the pivot point, wherein a spring is configured to bias the second end of the latches away from each other in an open position, and wherein the latches are movable between the engaged position and a retracted position by the retracting case with a mechanical advantage. an upper body comprising a central passage; a pair of latches (5; 30) arranged in the central passage, wherein each latch (5; 30) comprises a hook at a first end and a pivot point on an outside surface in the hook, wherein the hook of each latch (5;30) extends through a hook slot such that the latches rotate about the pivot point at the first end, each latch comprising a latch release portion at a second end of the latch, and an outer tube engaging surface between the first end and the second end; and a retracting case comprising a retracting case surface configured to engage a latch release surface of the latch release portion; wherein the outer tube engaging surface of each latch, in an engaged position, is configured to extend through a latch slot in an outer wall of the upper body such that the latches rotate about the pivot point, wherein a spring is configured to bias the second end of the latches away from each other in an open position, and wherein the latches are movable between the engaged position and a retracted position by the retracting case with a mechanical advantage.
A method of coating a leading edge surface of an airfoil with an elastomeric protective coating, comprising: applying a liquid elastomeric material selected from the group consisting of polyurethane, polyurea and fluoroelastomer having a viscosity between a brushable coating up to the viscosity of a flowable caulking compound to said airfoil leading edge surface using a flexible applicator capable of conforming to said airfoil leading edge surface while being drawn lengthwise along the airfoil leading edge surface; thereby depositing a layer of the liquid elastomeric material on the leading edge surface of the airfoil. applying a liquid elastomeric material selected from the group consisting of polyurethane, polyurea and fluoroelastomer having a viscosity between a brushable coating up to the viscosity of a flowable caulking compound to said airfoil leading edge surface using a flexible applicator capable of conforming to said airfoil leading edge surface while being drawn lengthwise along the airfoil leading edge surface; thereby depositing a layer of the liquid elastomeric material on the leading edge surface of the airfoil.
Use of a biodiesel co-product in decreasing nitrate leaching from soil, wherein the biodiesel co-product comprises between 40% and 95% glycerol and is the co-product formed when the alcohol reacts with the fatty acids of the triglycerides to form the alkyl ester and the biodiesel co-product.
A transparent plasmonic solar cell comprising - a layer of an n-type semiconductor, - a layer of metal nanoparticles selected from the group consisting of copper, gold, silver or aluminium, and - a layer of a p-type semiconductor, the above layers sandwiched between a substrate and a back contact; wherein the substrate, n-type semiconductor, metal nanoparticles, p-type semiconductor, and the back contact respectively are linked by covalent bonds by means of one or more molecular linkers. - a layer of an n-type semiconductor, - a layer of metal nanoparticles selected from the group consisting of copper, gold, silver or aluminium, and - a layer of a p-type semiconductor,
A tungsten sintered anode body of a capacitor characterized by comprising tungsten and containing a total of 400 to 1,200 ppm by mass of bismuth element or antimony element.
A fixing device for fixing a toner image on a sheet in a pressing area comprising: a flexible rotating fixing belt; a pressing member which forms the pressing area with the fixing belt; a heating part heating the fixing belt from an outside of the fixing belt; a guide member which comes into contact with an inner circumferential face of the fixing belt to support the fixing belt so as to face the heating part; and a contact force changing part configured to move the guide member in directions close to or away from the fixing belt to change a contact force between the guide member and the fixing belt; a pressure changing part configured to move the pressing member in directions close to or away from the fixing belt to change the pressure of the pressing area; and a control part electrically connected to the contact force changing part and the pressure changing part, characterized in that when the pressure changing part decreases the pressure of the pressing area to a lower pressure than a pressure at a plain paper passing, the control part controls the contact force changing part to move the guide member in the direction away from the fixing belt so as to lower the contact force between the guide member and the fixing belt. a flexible rotating fixing belt; a pressing member which forms the pressing area with the fixing belt; a heating part heating the fixing belt from an outside of the fixing belt; a guide member which comes into contact with an inner circumferential face of the fixing belt to support the fixing belt so as to face the heating part; and a contact force changing part configured to move the guide member in directions close to or away from the fixing belt to change a contact force between the guide member and the fixing belt; a pressure changing part configured to move the pressing member in directions close to or away from the fixing belt to change the pressure of the pressing area; and a control part electrically connected to the contact force changing part and the pressure changing part, characterized in that when the pressure changing part decreases the pressure of the pressing area to a lower pressure than a pressure at a plain paper passing, the control part controls the contact force changing part to move the guide member in the direction away from the fixing belt so as to lower the contact force between the guide member and the fixing belt.
A travel assistance method, for a case where a host lane in which a host vehicle is traveling merges into an adjacent lane in front of the host vehicle, that assists the merging of the host vehicle into the adjacent lane, comprising: obtaining data indicating lane structures of the host lane and the adjacent lane; detecting locations of a plurality of other vehicles (2a to 2f) traveling in the host lane or the adjacent lane in a mergeable section (Pmer) in which the merging into the adjacent lane from the host lane is possible based on the lane structures; characterized by based on a location relationship between a first preceding vehicle traveling in front of the host vehicle on the host lane and the other vehicles (2a to 2f) traveling in the adjacent lane, determining whether the other vehicles (2a to 2f) traveling in the adjacent lane allowed the merging of the first preceding vehicle; and based on a result of the determination, selecting a merging destination vehicle out of the other vehicles (2a to 2f) that will travel in front of or behind the host vehicle when the host vehicle merges into the adjacent lane. obtaining data indicating lane structures of the host lane and the adjacent lane; detecting locations of a plurality of other vehicles (2a to 2f) traveling in the host lane or the adjacent lane in a mergeable section (Pmer) in which the merging into the adjacent lane from the host lane is possible based on the lane structures; characterized by based on a location relationship between a first preceding vehicle traveling in front of the host vehicle on the host lane and the other vehicles (2a to 2f) traveling in the adjacent lane, determining whether the other vehicles (2a to 2f) traveling in the adjacent lane allowed the merging of the first preceding vehicle; and based on a result of the determination, selecting a merging destination vehicle out of the other vehicles (2a to 2f) that will travel in front of or behind the host vehicle when the host vehicle merges into the adjacent lane.
A mixture comprising 2,3,5-trimethylbenzoquinone, the mixture being preparable or prepared by a process for producing a mixture comprising 2,3,5-trimethylbenzoquinone, consisting of the following step: (i) oxidizing 2,3,6-trimethylphenol to 2,3,5-trimethylbenzoquinone with oxygen or an oxygen-containing gas in a two-phase or multiphase reaction medium in the presence of a catalyst or catalyst system at least comprising a copper halide, to give a mixture comprising 2,3,5-trimethylbenzoquinone, wherein the reaction medium comprises water and at least one secondary aliphatic acyclic alcohol having 6 or more, preferably 7 or more, carbon atoms, preferably wherein the catalyst or the catalyst system comprises copper chloride, and/or the catalyst or the catalyst system further comprises at least one alkali metal halide, preferably lithium chloride, and/or the reaction medium comprises 3-heptanol, and/or the process is carried out batchwise, and/or the oxidation is carried out at a temperature of between 50°C and 65°C, preferably at a temperature of between 53 and 58°C, and/or the oxidation is carried out over a period of 4 to 8 hours, preferably over a period of 4-7 hours. (i) oxidizing 2,3,6-trimethylphenol to 2,3,5-trimethylbenzoquinone with oxygen or an oxygen-containing gas in a two-phase or multiphase reaction medium in the presence of a catalyst or catalyst system at least comprising a copper halide, to give a mixture comprising 2,3,5-trimethylbenzoquinone, wherein the reaction medium comprises water and at least one secondary aliphatic acyclic alcohol having 6 or more, preferably 7 or more, carbon atoms, preferably wherein the catalyst or the catalyst system comprises copper chloride, and/or the catalyst or the catalyst system further comprises at least one alkali metal halide, preferably lithium chloride, and/or the reaction medium comprises 3-heptanol, and/or the process is carried out batchwise, and/or the oxidation is carried out at a temperature of between 50°C and 65°C, preferably at a temperature of between 53 and 58°C, and/or the oxidation is carried out over a period of 4 to 8 hours, preferably over a period of 4-7 hours.
A display device with touch sensor input, comprising: - a display layer; and - a touch sensor structure (16,18,20,22) on top of the display layer, comprising a first and second array of electrodes, the electrodes in the first array being non-parallel to the electrodes in the second array, wherein the first array of electrodes occupies a first fraction of a touch sensor area, and the second array of electrodes occupies a different second fraction of the touch sensor area, and wherein the arrays of electrodes each comprise straight electrode lines (30a,30b), with enlarged portions (32a,32b) along the lines, with a spacing between the enlarged portions (32a,32b) corresponding to the pitch between the electrode lines (30a,30b) of the other array, characterized in that the enlarged portions in one array have a different size than, and a same pattern as, the enlarged portions in the other array. - a display layer; and - a touch sensor structure (16,18,20,22) on top of the display layer, comprising a first and second array of electrodes, the electrodes in the first array being non-parallel to the electrodes in the second array,
A beverage container having an openable closure and comprising an aroma delivery system that releases aroma when the closure is opened, the aroma delivery system comprising a film of aroma compound releasably entrapped in a polymeric matrix, wherein the polymer matrix is a natural wax, and wherein the aroma is released upon breach of the polymeric matrix, wherein the aroma delivery system is applied on the outside of a container in the area under the closure of the container or to a friction-type closure so that opening the friction-type closure will breach the polymer matrix to allow release of aroma.
Hybrid carrying structure for a backrest part of a vehicle seat (101, 102) or a back seat formed from a metal structure and a plastic structure, wherein the metal structure has at least one connecting profile (10M-12) arranged between two side-rail profiles (10M-1, 10M-2) of the hybrid carrying structure, wherein the connecting profile (10M-12), together with a central rib of a mesh structure (10K-1) designed in the form of plastic structure, follows a load-path-optimized main-load line which, taking account of a force acting on the hybrid carrying structure in at least one assumed load case (I, II, III, IV, V), runs between two points of attachment (P1, P2) of the connecting profile (10M-12) to the side-rail profiles (10M-1, 10M-2), characterized in that the metal structure and the plastic structure are connected in an injection molding process to the hybrid carrying structure, wherein the metal structure is an assembly component made of several metallic components (10M-1, 10M-2, 10M-3, 10M-4, 10M-5, 10M-6, 10M-7), wherein the several metallic components, which, initially, are brought together to form the metallic assembly component, are connected to each other in the injection molding process via the simultaneously integrally-formed plastic structure.
A spacer frame assembly for bending into a multi-sided window or door spacer frame, the assembly comprising: a substantially linear channel having first and second ends, the substantially linear channel including, when the spacer frame is in the assembled position, at least three sides and corresponding corners between each of said sides; a connecting structure located at one of said first and second ends (54, 56) and an opposite frame end located at the other of said one of first and second ends (54, 56), wherein said connecting structure and opposite frame end comprise a peripheral wall spacing transversely first and second lateral walls (42, 44) to form a u-shaped channel, the opposite frame end having an inner channel for telescopically receiving a nose of said connecting structure; and a stop extending from said connecting structure for locating the opposite frame end when in the assembled position of the spacer frame; wherein the spacer frame, in the assembled position, comprises a lateral connection spaced from said corresponding corners and along one of said at least three sides, the lateral connection forming a union point by said stop between said opposite frame end and said connecting structure. a substantially linear channel having first and second ends, the substantially linear channel including, when the spacer frame is in the assembled position, at least three sides and corresponding corners between each of said sides; a connecting structure located at one of said first and second ends (54, 56) and an opposite frame end located at the other of said one of first and second ends (54, 56), wherein said connecting structure and opposite frame end comprise a peripheral wall spacing transversely first and second lateral walls (42, 44) to form a u-shaped channel, the opposite frame end having an inner channel for telescopically receiving a nose of said connecting structure; and a stop extending from said connecting structure for locating the opposite frame end when in the assembled position of the spacer frame; wherein the spacer frame, in the assembled position, comprises a lateral connection spaced from said corresponding corners and along one of said at least three sides, the lateral connection forming a union point by said stop between said opposite frame end and said connecting structure.
Lead-in insulating device that is adapted to be placed between an inner part and an outer part of high-voltage electrical equipment, where said insulating device comprises: - a body of insulating material and a conductor internally going through said body of insulating material, the body of insulating material comprising a first end intended for being located in the inner part of the high-voltage electrical equipment, and a second end intended for being located in the outer part of the high-voltage electrical equipment, and - at least two electric shields (6, 7) arranged around the conductor and encapsulated in the same body of insulating material, wherein a first electric shield is grounded in order to make the electric field uniform, and a second electric shield is a capacitive voltage sensing element for detecting the presence/absence of voltage and measuring the voltage; characterized in that the first electric shield is located in a position located before the second electric shield, from the side of the second end of the insulating device; whereas the second electric shield is located axially displaced towards the first end of the insulating device along the conductor with respect to the first electric shield, wherein the body of insulating material comprises a central part intended for being located in the outer part of the high-voltage electrical equipment, the outer surface of which comprises grounded conducting means, and wherein the central part further comprises at least one current measurement element (12, 13) mounted on its outer surface. - a body of insulating material and a conductor internally going through said body of insulating material, the body of insulating material comprising a first end intended for being located in the inner part of the high-voltage electrical equipment, and a second end intended for being located in the outer part of the high-voltage electrical equipment, and - at least two electric shields (6, 7) arranged around the conductor and encapsulated in the same body of insulating material, wherein a first electric shield is grounded in order to make the electric field uniform, and a second electric shield is a capacitive voltage sensing element for detecting the presence/absence of voltage and measuring the voltage; characterized in that the first electric shield is located in a position located before the second electric shield, from the side of the second end of the insulating device; whereas the second electric shield is located axially displaced towards the first end of the insulating device along the conductor with respect to the first electric shield, wherein the body of insulating material comprises a central part intended for being located in the outer part of the high-voltage electrical equipment, the outer surface of which comprises grounded conducting means, and wherein the central part further comprises at least one current measurement element (12, 13) mounted on its outer surface.