mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling terminal access, comprising: configuring, by a base station capable of providing a high-speed-railway dedicated network service for a terminal, an access barring rule for controlling terminal access; characterized in that the method further comprises: sending, by the base station, the access barring rule to the terminal, to enable the terminal to determine an access barring parameter corresponding to a current moving speed, according to preset correspondences between terminal moving speeds and access barring parameters, and enable the terminal to initiate access to the base station when the access barring parameter corresponding to the current moving speed satisfies a preset terminal access condition; wherein the access barring rule comprises the preset correspondences between the terminal moving speeds and access barring parameters. configuring, by a base station capable of providing a high-speed-railway dedicated network service for a terminal, an access barring rule for controlling terminal access; characterized in that the method further comprises: sending, by the base station, the access barring rule to the terminal, to enable the terminal to determine an access barring parameter corresponding to a current moving speed, according to preset correspondences between terminal moving speeds and access barring parameters, and enable the terminal to initiate access to the base station when the access barring parameter corresponding to the current moving speed satisfies a preset terminal access condition; wherein the access barring rule comprises the preset correspondences between the terminal moving speeds and access barring parameters. sending, by the base station, the access barring rule to the terminal, to enable the terminal to determine an access barring parameter corresponding to a current moving speed, according to preset correspondences between terminal moving speeds and access barring parameters, and enable the terminal to initiate access to the base station when the access barring parameter corresponding to the current moving speed satisfies a preset terminal access condition; wherein the access barring rule comprises the preset correspondences between the terminal moving speeds and access barring parameters.
Method for treating a mixture of expansion gas and fill product foam in a beverage filling plant, comprising the steps of: introducing the mixture of expansion gas and fill product foam into a closed separation container and extracting the expansion gas out of the closed separation container by means of suction, characterized in that a fluid medium is applied by sprinkling to the mixture of expansion gas and fill product foam that is introduced into the closed separation container. introducing the mixture of expansion gas and fill product foam into a closed separation container and extracting the expansion gas out of the closed separation container by means of suction, characterized in that a fluid medium is applied by sprinkling to the mixture of expansion gas and fill product foam that is introduced into the closed separation container.
A method of producing an aluminum alloy extruded product, the method comprising - homogenizing a billet that has been cast using a 7000-series aluminum alloy at 480 to 520°C for 12 hours or more, - preheating the homogenized product at 480 to 540°C, - extruding the preheated product using an extrusion die that has a temperature of 440 to 500°C, - subjecting the extruded product to press quenching at a cooling rate of 29°C/min or more, and - subjecting the resulting product to artificial aging at 90°C for 4 hours and at 140°C for 14 hours after subjecting the product to natural aging at 50°C or less, the 7000-series aluminum alloy - having an Mg content of 0.95 to 1.95 mass% and a Zn content of 5.10 to 7.90 mass%, - having an excess Mg content or an excess Zn content with respect to a stoichiometric composition shown by MgZn 2 of less than 0.5 mass%, - having a value A indicated by a relational expression A=Zn-5.36Mg (mass%) of -2.64 to 0.50 and - an increase in proof stress due to natural aging being 15 MPa or less and an increase in hardness HV due to natural aging being seven or less when comparing the - proof stress and the hardness of the aluminum alloy extruded product obtained by subjecting the aluminum alloy to natural aging at 40°C or less for 7 days after extrusion and then subjecting the resulting product to artificial aging at 90°C for 4 hours and at 140°C for 14 hours with the - proof stress and the hardness of the aluminum alloy extruded product obtained by subjecting the aluminum alloy to artificial aging at 90°C for 4 hours and at 140°C for 14 hours immediately after extrusion. - homogenizing a billet that has been cast using a 7000-series aluminum alloy at 480 to 520°C for 12 hours or more, - preheating the homogenized product at 480 to 540°C, - extruding the preheated product using an extrusion die that has a temperature of 440 to 500°C, - subjecting the extruded product to press quenching at a cooling rate of 29°C/min or more, and - subjecting the resulting product to artificial aging at 90°C for 4 hours and at 140°C for 14 hours after subjecting the product to natural aging at 50°C or less, - having an Mg content of 0.95 to 1.95 mass% and a Zn content of 5.10 to 7.90 mass%, - having an excess Mg content or an excess Zn content with respect to a stoichiometric composition shown by MgZn 2 of less than 0.5 mass%, - having a value A indicated by a relational expression A=Zn-5.36Mg (mass%) of -2.64 to 0.50 and - an increase in proof stress due to natural aging being 15 MPa or less and an increase in hardness HV due to natural aging being seven or less when comparing the - proof stress and the hardness of the aluminum alloy extruded product obtained by subjecting the aluminum alloy to natural aging at 40°C or less for 7 days after extrusion and then subjecting the resulting product to artificial aging at 90°C for 4 hours and at 140°C for 14 hours - proof stress and the hardness of the aluminum alloy extruded product obtained by subjecting the aluminum alloy to artificial aging at 90°C for 4 hours and at 140°C for 14 hours immediately after extrusion.
A filter device (100; 700; 800) comprising: a housing (102; 702; 802); a first filtration medium (108; 708; 808) within the housing such that for a liquid passing through the housing at least a portion is filtered by the first filtration medium; and a bypass (116; 710; 810) for allowing a portion of the liquid to bypass the first filtration medium; wherein the first filtration medium (708; 808) comprises at least one aperture (710; 810) extending therethrough, such that a portion of the liquid can pass through the at least one aperture and bypass the first filtration medium; wherein the filter device further comprises a second filtration medium (712; 812) which is a low efficiency filtration medium; characterized in that the filter further comprises a third filtration medium within the housing comprising a frame and at least one filtration medium attached to the frame; wherein the frame further comprises at least one lug, said at least one lug at least partially obturating said at least one aperture. a housing (102; 702; 802); a first filtration medium (108; 708; 808) within the housing such that for a liquid passing through the housing at least a portion is filtered by the first filtration medium; and a bypass (116; 710; 810) for allowing a portion of the liquid to bypass the first filtration medium; wherein the first filtration medium (708; 808) comprises at least one aperture (710; 810) extending therethrough, such that a portion of the liquid can pass through the at least one aperture and bypass the first filtration medium; wherein the filter device further comprises a second filtration medium (712; 812) which is a low efficiency filtration medium; characterized in that the filter further comprises a third filtration medium within the housing comprising a frame and at least one filtration medium attached to the frame; wherein the frame further comprises at least one lug, said at least one lug at least partially obturating said at least one aperture.
An electric toothbrush comprising: a trajectory detecting module configured to detect a trajectory of movement of a brush, the trajectory comprising a plurality of positions; an attitude detecting module configured to detect an attitude of the brush; a site estimating module configured to estimate a brushing site for each of the plurality of positions of the trajectory, each estimated brushing site being based on the trajectory detected by the trajectory detecting module; and a back most tooth detecting module configured to detect a back most tooth based on a change of the attitude detected by the attitude detecting module; wherein the site estimating module is further configured to correct the estimated brushing site for each of the plurality of positions of the trajectory based on the estimated site of the detected back most tooth. a trajectory detecting module configured to detect a trajectory of movement of a brush, the trajectory comprising a plurality of positions; an attitude detecting module configured to detect an attitude of the brush; a site estimating module configured to estimate a brushing site for each of the plurality of positions of the trajectory, each estimated brushing site being based on the trajectory detected by the trajectory detecting module; and a back most tooth detecting module configured to detect a back most tooth based on a change of the attitude detected by the attitude detecting module; wherein the site estimating module is further configured to correct the estimated brushing site for each of the plurality of positions of the trajectory based on the estimated site of the detected back most tooth.
A method comprising: receiving a request for matching publisher service data as part of discovery operations of a subscriber service, the request associated with a set of attributes to match against the publisher service data; converting the request into a query for a publisher service database, the query including a preferred value of an attribute of the set of attributes; querying the publisher service database with said attribute being required to have said preferred value; determining (708, 906) if there is at least one match of a publisher service; if there is no match, determining whether the query can be broadened and if the query can be broadened, broadening the query by removing said preferred value of said attribute, and again determining if there is at least one match of a publisher service; if there is no match and the query cannot be broadened, returning a response indicating that no match was found; if there are multiple matches, determining whether filtering is needed and if it is determined that filtering is needed, narrowing the results by performing a post-filtering and returning (716, 814) a set identifying at least one matched publisher service in response to the request; and if there is only a single match, returning (716, 814) the matching publisher service information in response to the request. receiving a request for matching publisher service data as part of discovery operations of a subscriber service, the request associated with a set of attributes to match against the publisher service data; converting the request into a query for a publisher service database, the query including a preferred value of an attribute of the set of attributes; querying the publisher service database with said attribute being required to have said preferred value; determining (708, 906) if there is at least one match of a publisher service; if there is no match, determining whether the query can be broadened and if the query can be broadened, broadening the query by removing said preferred value of said attribute, and again determining if there is at least one match of a publisher service; if there is no match and the query cannot be broadened, returning a response indicating that no match was found; if there are multiple matches, determining whether filtering is needed and if it is determined that filtering is needed, narrowing the results by performing a post-filtering and returning (716, 814) a set identifying at least one matched publisher service in response to the request; and if there is only a single match, returning (716, 814) the matching publisher service information in response to the request.
An electrostatic image developing toner comprising: a binder resin; a colorant; and a wax, wherein the intensity ratio of an absorbance at 2,850 cm -1 derived from the wax to an absorbance at 828 cm -1 derived from the binder resin, represented by "absorbance derived from the wax / absorbance derived from the binder resin", is in the range of 0.1 to 0.5, where the absorbances are measured by FTIR-ATR, and the intensity ratio serves as a value for determining the amount of the wax present within 0.3 μm in depth from surfaces of particles of the toner after the toner has been heated to 140°C and then cooled to 40°C, wherein the toner has a storage elastic modulus of 5,000 Pa or greater at 140°C, wherein the toner has a volume average particle diameter of 2 μm to 8 μm, and wherein the ratio of the volume average particle diameter of the toner particles to the number average particle diameter of the toner particles, represented by "volume average particle diameter / number average particle diameter" is in the range of 1.00 to 1.25. a binder resin; a colorant; and a wax, wherein the intensity ratio of an absorbance at 2,850 cm -1 derived from the wax to an absorbance at 828 cm -1 derived from the binder resin, represented by "absorbance derived from the wax / absorbance derived from the binder resin", is in the range of 0.1 to 0.5, where the absorbances are measured by FTIR-ATR, and the intensity ratio serves as a value for determining the amount of the wax present within 0.3 μm in depth from surfaces of particles of the toner after the toner has been heated to 140°C and then cooled to 40°C, wherein the toner has a storage elastic modulus of 5,000 Pa or greater at 140°C, wherein the toner has a volume average particle diameter of 2 μm to 8 μm, and wherein the ratio of the volume average particle diameter of the toner particles to the number average particle diameter of the toner particles, represented by "volume average particle diameter / number average particle diameter" is in the range of 1.00 to 1.25.
An applicator device comprising: a body having a distal dispensing chamber for receiving an antiseptic agent, the body comprising an interior lumen comprising a proximal end, and a breakable membrane interposed between the interior lumen and the distal dispensing chamber, the breakable membrane having a scored portion, the body further comprising an outer surface adjacent the breakable membrane, the outer surface comprising a handle extending outwardly therefrom, wherein the handle comprises a first end coupled to the body and a second end that extends outwardly from the body, wherein in response to the handle being actuated towards the body, the first end of the handle applies a torque force to the breakable membrane thereby causing the breakable membrane to defeat along the scored portion, the proximal end further comprising a set of compatible threads, wherein the breakable membrane is defeated upon actuation of the handle, thereby providing fluid communication between the interior lumen and the distal dispensing chamber; and a pad coupled to an outer surface of the distal dispensing chamber and in fluid communication with the distal dispensing chamber via a plurality of windows. a body having a distal dispensing chamber for receiving an antiseptic agent, the body comprising an interior lumen comprising a proximal end, and a breakable membrane interposed between the interior lumen and the distal dispensing chamber, the breakable membrane having a scored portion, the body further comprising an outer surface adjacent the breakable membrane, the outer surface comprising a handle extending outwardly therefrom, wherein the handle comprises a first end coupled to the body and a second end that extends outwardly from the body, wherein in response to the handle being actuated towards the body, the first end of the handle applies a torque force to the breakable membrane thereby causing the breakable membrane to defeat along the scored portion, the proximal end further comprising a set of compatible threads, wherein the breakable membrane is defeated upon actuation of the handle, thereby providing fluid communication between the interior lumen and the distal dispensing chamber; and a pad coupled to an outer surface of the distal dispensing chamber and in fluid communication with the distal dispensing chamber via a plurality of windows.
A mobile communication device (100, 400) configured to notify pushed notifications from a remote notification service (130, 430) to a user comprising: - a context module for determining context information; - a processor adapted to run user applications (120, 121, 420, 421) and wherein said pushed notifications are associated with said user applications; - a decision module for deriving a selection of said applications of which associated pushed notifications should be, or should not be notified to said user according to said context information when the context information changes or periodically; and - a notification module configured to request said notification service to send, respectively not to send, pushed notifications associated with said selection of applications. - a context module for determining context information; - a processor adapted to run user applications (120, 121, 420, 421) and wherein said pushed notifications are associated with said user applications; - a decision module for deriving a selection of said applications of which associated pushed notifications should be, or should not be notified to said user according to said context information when the context information changes or periodically; and - a notification module configured to request said notification service to send, respectively not to send, pushed notifications associated with said selection of applications.
Drip chamber and spike assembly for medical lines, including a generally cylindrical body having an end edge fixed to a base part of the spike assembly, wherein said body of the drip chamber is made of a soft plastic material and said base part solely consists of a hollow tang engaged in said end edge of the body of the drip chamber, characterised by said end edge of the body of the drip chamber externally consisting of a crown of integral reliefs defining a grasping element.
Use of polylactide for an extruded polymer coating on a fibrous substrate such as paper or board, comprising blending a polyfunctional cross-linking agent with polylactide, and subjecting the extruded coating layer to cross-linking electron beam radiation.
A display apparatus comprising: a substrate; a conductive layer disposed on the substrate; and a first insulating pattern disposed on the conductive layer, wherein the first insulating pattern comprises a fluorine compound, wherein concentration of the fluorine compound is reduced from a first surface of the first insulating pattern to a second surface of the first insulating pattern, wherein the first surface faces the second surface and the second surface is in contact with the conductive layer, a pixel electrode disposed on the first insulating pattern and electrically connected to the conductive layer, wherein the first insulating pattern includes an opening exposing a portion of the conductive layer, and the pixel electrode contacts the conductive layer through the opening. a substrate; a conductive layer disposed on the substrate; and a first insulating pattern disposed on the conductive layer, wherein the first insulating pattern comprises a fluorine compound, wherein concentration of the fluorine compound is reduced from a first surface of the first insulating pattern to a second surface of the first insulating pattern, wherein the first surface faces the second surface and the second surface is in contact with the conductive layer, a pixel electrode disposed on the first insulating pattern and electrically connected to the conductive layer, wherein the first insulating pattern includes an opening exposing a portion of the conductive layer, and the pixel electrode contacts the conductive layer through the opening.
Method for operating a charging station for inductively transmitting electrical energy to a vehicle having an energy storage device, a primary winding being composed of two sub-windings (A, B) wound in opposite directions, the primary winding being planar, in particular being configured as a flat winding, characterised in that a winding arranged in parallel with the primary winding is provided for data transmission, the winding having two sub-windings which can be operated in the same direction or in opposite directions depending on the switch position of a switch arrangement (5, 7), in particular therefore depending on the switch position of a polarity reversal switch, the sub-windings of the winding being operated in opposite directions when no current is applied to the primary winding and the sub-windings of the winding being operated in the same direction when current is applied to the primary winding.
An on-chip integrated variable inductor comprising: a signal line configured to conduct an electrical signal; a first ground line positioned proximate to said signal line; and first and second control units (32, 34) disposed in first and second conductive paths for connecting said first ground line with a ground potential separately via said first and second conductive paths, said ground line comprising opposite ends having contacts that are electrically coupled by said first and second control units, said first and second control units configured to selectively open and close said first and second conductive paths such that said signal line has different inductance values when both said first and second conductive paths are open or when one or both of said first and second conductive paths are closed to couple said first ground line with the ground potential. a signal line configured to conduct an electrical signal; a first ground line positioned proximate to said signal line; and first and second control units (32, 34) disposed in first and second conductive paths for connecting said first ground line with a ground potential separately via said first and second conductive paths, said ground line comprising opposite ends having contacts that are electrically coupled by said first and second control units, said first and second control units configured to selectively open and close said first and second conductive paths such that said signal line has different inductance values when both said first and second conductive paths are open or when one or both of said first and second conductive paths are closed to couple said first ground line with the ground potential.