mhurhangee/patent-ind-claim-en huggingface dataset:
Method for arranging and displaying graphical elements of a representation of a vehicle navigation system within a display panel , wherein the graphical elements comprise at least one geographical element and one nongeographical element , the graphical elements comprising at least two geographical elements of different type, having the steps of - assigning each of the at least two geographical elements to either a first priority class or a further priority class, - arranging and displaying the at least two geographical elements within the display panel and - arranging and displaying the at least one nongeographical element within the display panel such that the masking of the geographical elements assigned to the first priority class by the at least one nongeographical element is minimized and in particular avoided completely, while the masking of all other geographical elements is permitted. - assigning each of the at least two geographical elements to either a first priority class or a further priority class, - arranging and displaying the at least two geographical elements within the display panel and - arranging and displaying the at least one nongeographical element within the display panel such that the masking of the geographical elements assigned to the first priority class by the at least one nongeographical element is minimized and in particular avoided completely, while the masking of all other geographical elements is permitted.
A method for producing a flexible packaging film comprising a substrate and a polyurethane adhesive that is applied to the substrate and is a mixture of an A agent and a B agent, the method comprising: a two-part separate application step that comprises bringing a mixture of the A agent and the B agent applied to one substrate into contact with a solution or a dispersion of the B agent and a catalyst applied to another substrate and pressing the substrates, wherein the A agent is a polyisocyanate compound, and the B agent is a polyol compound. a two-part separate application step that comprises bringing a mixture of the A agent and the B agent applied to one substrate into contact with a solution or a dispersion of the B agent and a catalyst applied to another substrate and pressing the substrates, wherein the A agent is a polyisocyanate compound, and the B agent is a polyol compound.
A liner panel for a combustor of a gas turbine engine , comprising: a multiple of heat transfer augmentors , wherein a subset of said multiple of heat transfer augmentors defines a valley with a hemi-spherical depression ; wherein said liner panel includes an entrance to at least one effusion flow passage ; characterised in that : said entrance is within said hemi-spherical depression ; and said entrance is centered within said hemi-spherical depression . a multiple of heat transfer augmentors , wherein a subset of said multiple of heat transfer augmentors defines a valley with a hemi-spherical depression ; wherein said liner panel includes an entrance to at least one effusion flow passage ; characterised in that : said entrance is within said hemi-spherical depression ; and said entrance is centered within said hemi-spherical depression . said entrance is within said hemi-spherical depression ; and said entrance is centered within said hemi-spherical depression .
A method of forming a transportation system with an over-molded friction element comprising: forming a rigid outer carrier member having a cavity of a first friction element, the outer carrier member having an outer wall and an inner wall that defines a channel for drainage that extends through the first friction element; placing an elastomeric material into the cavity of the outer carrier member of the first friction element; placing the first friction element into a mold for a transportation system, including placing the first friction element over a pin that extends through the channel; and, molding over an outer surface of the carrier member of the first friction element in the mold for the transportation system so that a first portion of the elastomeric material of the first friction member is exposed on an upper surface of the transportation system. forming a rigid outer carrier member having a cavity of a first friction element, the outer carrier member having an outer wall and an inner wall that defines a channel for drainage that extends through the first friction element; placing an elastomeric material into the cavity of the outer carrier member of the first friction element; placing the first friction element into a mold for a transportation system, including placing the first friction element over a pin that extends through the channel; and, molding over an outer surface of the carrier member of the first friction element in the mold for the transportation system so that a first portion of the elastomeric material of the first friction member is exposed on an upper surface of the transportation system.
A method for access by a User Equipment, UE, accessing a System Architecture Evolution, SAE, network, comprising: when a Temporary Identity used in Next update, TIN, in a User Equipment, UE, ="P-TMSI", wherein P-TMSI is Packet Temporary Mobile Subscriber Identity, sending to the SAE network by the UE, an Additional Global Unique Temporary Identity, GUTI, and a first identity mapped from a P-TMSI and old Routing Area Identifier, RAI; and characterized by when the TIN in the UE="GUTI" or "a radio access technology, RAT-related temporary mobile subscriber identity, TMSI", sending, by the UE, a GUTI of the SAE network without the Additional GUTI, wherein the Additional GUTI is consistent with the GUTI of the SAE network. when a Temporary Identity used in Next update, TIN, in a User Equipment, UE, ="P-TMSI", wherein P-TMSI is Packet Temporary Mobile Subscriber Identity, sending to the SAE network by the UE, an Additional Global Unique Temporary Identity, GUTI, and a first identity mapped from a P-TMSI and old Routing Area Identifier, RAI; and characterized by sending to the SAE network by the UE, an Additional Global Unique Temporary Identity, GUTI, and a first identity mapped from a P-TMSI and old Routing Area Identifier, RAI; and characterized by when the TIN in the UE="GUTI" or "a radio access technology, RAT-related temporary mobile subscriber identity, TMSI", sending, by the UE, a GUTI of the SAE network without the Additional GUTI, wherein the Additional GUTI is consistent with the GUTI of the SAE network.
An insertion instrument for an interspinous spacer, comprising: an elongated barrel having a proximal end and a distal end; the distal end configured for engagement with an interspinous spacer; an inner shaft disposed within the barrel and configured to connect to the interspinous spacer; characterised by when the elongated barrel ) is locked to an interspinous spacer, rotation or translation of the inner shaft expands the movably extendable elements of the interpsinous spacer to thereby place it into a deployed condition and reversal of the rotation releases the interspinous spacer for a collapsed, undeployed condition, the distal end of the elongated barrel is configured for engagement with the interspinous spacer via a clamping mechanism disposed at the distal end of the barrel comprising two tangs configured to releasably lock to the interspinous spacer. an elongated barrel having a proximal end and a distal end; the distal end configured for engagement with an interspinous spacer; an inner shaft disposed within the barrel and configured to connect to the interspinous spacer; characterised by when the elongated barrel ) is locked to an interspinous spacer, rotation or translation of the inner shaft expands the movably extendable elements of the interpsinous spacer to thereby place it into a deployed condition and reversal of the rotation releases the interspinous spacer for a collapsed, undeployed condition, the distal end of the elongated barrel is configured for engagement with the interspinous spacer via a clamping mechanism disposed at the distal end of the barrel comprising two tangs configured to releasably lock to the interspinous spacer.
A method for predicting or monitoring whether a patient suffering from cancer will respond or responds to treatment with a TLR-9 agonist by determining the frequency of CD3+ CD56+ CD69+ activated natural killer T (NKT) cells, wherein the TLR-9 agonist is a DNA construct comprising at least one sequence motif N 1 N 2 CGN 3 N 4 , wherein N 1 N 2 and N 3 N 4 is any combination of A, C, T, and G, and C is deoxycytidine, G is deoxyguanosine, A is deoxyadenosine and T is deoxythymidine, wherein the method is not carried out in vivo.
A washing machine comprising a washing tub , a chassis having a door to access the interior of the washing tub , a motor pump having a body , an electric motor to pump washing water (L) coming from the washing tub out of the washing machine , a drainage opening in the body , and a plug coupleable with the drainage opening accessible from outside the washing machine by a user to access the interior of the body of the motor pump , wherein the washing machine also has a blocking system able to block the opening of the door during an operation of the washing machine , and the chassis also has a window of motor pump so that the user can access the plug of the motor pump , characterized in that the blocking system can also block the window of motor pump during the operation of the washing machine . a washing tub , a chassis having a door to access the interior of the washing tub , a motor pump having a body , an electric motor to pump washing water (L) coming from the washing tub out of the washing machine , a drainage opening in the body , and a plug coupleable with the drainage opening accessible from outside the washing machine by a user to access the interior of the body of the motor pump , wherein the washing machine also has a blocking system able to block the opening of the door during an operation of the washing machine , and the chassis also has a window of motor pump so that the user can access the plug of the motor pump , characterized in that the blocking system can also block the window of motor pump during the operation of the washing machine .
A direct acting fuel injector for use in an internal combustion engine, the fuel injector comprising: an actuator ; a hydraulic amplifier chamber for fuel; a valve needle movable within a bore provided in an injector housing having a lower housing region of a first, reduced diameter and an upper housing region of a second, greater diameter, wherein the upper housing region is received within a cap nut of the injector, the valve needle having a surface with a needle diameter (Dnoz) exposed to fuel within the hydraulic amplifier chamber ; and a plunger having a plunger diameter (Dpc) exposed to fuel within the hydraulic amplifier chamber , the plunger being actuable by means of the actuator to provide a force to the valve needle with an amplification factor determined by the ratio of the plunger diameter (Dpc) to the needle diameter (Dnoz); wherein the hydraulic amplifier chamber is defined within a region of the lower housing region external to the cap nut and, wherein the valve needle is guided within the bore by means of a guide member and, wherein the guide member is held in position by a tubular member located within the bore and, wherein the tubular member is press fitted and welded within the bore . an actuator ; a hydraulic amplifier chamber for fuel; a valve needle movable within a bore provided in an injector housing having a lower housing region of a first, reduced diameter and an upper housing region of a second, greater diameter, wherein the upper housing region is received within a cap nut of the injector, the valve needle having a surface with a needle diameter (Dnoz) exposed to fuel within the hydraulic amplifier chamber ; and a plunger having a plunger diameter (Dpc) exposed to fuel within the hydraulic amplifier chamber , the plunger being actuable by means of the actuator to provide a force to the valve needle with an amplification factor determined by the ratio of the plunger diameter (Dpc) to the needle diameter (Dnoz); wherein the hydraulic amplifier chamber is defined within a region of the lower housing region external to the cap nut and, wherein the valve needle is guided within the bore by means of a guide member and, wherein the guide member is held in position by a tubular member located within the bore and, wherein the tubular member is press fitted and welded within the bore .
Electronic circuit for driving a thermocouple element , comprising: - contact electrodes for connecting cold-end electrodes of the thermocouple element and - a measuring circuitry that is designed to measure a thermo-voltage generated by the thermocouple element between the contact electrodes as a function of a temperature difference between the cold-end electrodes and a hot-end side of the thermocouple element , characterized in that one of the contact electrodes is connected to a supply voltage (V0) and to a ground potential of the electronic circuit over a voltage divider having resistors with pre-defined resistance values such that a common mode voltage between the contact electrode and the ground potential is in a pre-defined range, if a leakage resistance that is effective between the contact electrode and the ground potential is greater than a pre-defined threshold, wherein a supervision unit is designed to compare the common mode voltage to the pre-defined range and to perform a pre-defined routine, if the common mode voltage is outside the range, the routine comprising generating at least one calibration value for calibrating the measurement circuitry . - contact electrodes for connecting cold-end electrodes of the thermocouple element and - a measuring circuitry that is designed to measure a thermo-voltage generated by the thermocouple element between the contact electrodes as a function of a temperature difference between the cold-end electrodes and a hot-end side of the thermocouple element , characterized in that one of the contact electrodes is connected to a supply voltage (V0) and to a ground potential of the electronic circuit over a voltage divider having resistors with pre-defined resistance values such that a common mode voltage between the contact electrode and the ground potential is in a pre-defined range, if a leakage resistance that is effective between the contact electrode and the ground potential is greater than a pre-defined threshold, wherein a supervision unit is designed to compare the common mode voltage to the pre-defined range and to perform a pre-defined routine, if the common mode voltage is outside the range, the routine comprising generating at least one calibration value for calibrating the measurement circuitry .
A method for culling flat packages (F), such as envelopes and other packages having a small thickness, from a bulk flow that contains both flat and non-flat packages, such as boxes or tubes, said method comprising: feeding a batch of packages (P) onto a tilted conveyor belt having an outer conveying surface extending in width from an elevated side edge to a lower side edge and advancing in a direction of belt travel ; the method being characterized in : operating the conveyor belt tilted off horizontal enough to allow non-flat articles to tumble across the conveyor belt and off its lower side edge ; retaining flat packages (F) on the tilted conveyor belt to convey the flat packages (F) in the direction of belt travel ; wherein the flat packages (F) are retained on the tilted conveyor belt with a high-friction outer conveying surface on the tilted conveyor belt , and/or a raised barrier extending along the length of the outer conveying surface of the tilted conveyor belt . operating the conveyor belt tilted off horizontal enough to allow non-flat articles to tumble across the conveyor belt and off its lower side edge ; retaining flat packages (F) on the tilted conveyor belt to convey the flat packages (F) in the direction of belt travel ; wherein the flat packages (F) are retained on the tilted conveyor belt with a high-friction outer conveying surface on the tilted conveyor belt , and/or a raised barrier extending along the length of the outer conveying surface of the tilted conveyor belt .
Method for automatically bringing a vehicle to a standstill, comprising the steps of: - reducing the speed of the vehicle to a transition speed which lies a transition speed range of from 55 km/h to 85 km/h; - remaining in the transition speed range for a transition time interval with a duration of at least 20 seconds; - further reducing the speed of the vehicle until the vehicle comes to a standstill after the transition time interval has elapsed. - reducing the speed of the vehicle to a transition speed which lies a transition speed range of from 55 km/h to 85 km/h; - remaining in the transition speed range for a transition time interval with a duration of at least 20 seconds; - further reducing the speed of the vehicle until the vehicle comes to a standstill after the transition time interval has elapsed.
Friction stir welding process for joining abutting plate-shaped workpieces consisting of an aluminium alloy (la, 1b), wherein a rotating bobbin tool is moved along a joining gap between the two plate-shaped workpieces (la, 1b) while exerting a pressing force (F 1 and F A ) on both sides and while advancing (f), wherein the bobbin tool is subjected to an additional axial force (Fx) during the movement along the joining gap in order to plastically deform the region of the weld produced in such a way that the latter is pressed towards one side of the plate-shaped workpieces forming a weld seam protrusion protruding with respect to the workpiece surface , wherein the additional axial force (Fx) acting on the bobbin tool during movement along the joint gap is dimensioned in such a way that the weld seam elevation protrudes 0.1 to 0.5 millimeters from the workpiece surface , wherein the plate-shaped workpieces (la, 1b) have a material thickening extending on both sides of the joint gap on the side opposite the weld seam protrusion ; wherein the plate-shaped workpieces (la, 1b) having a material thickness between 2 to 8 millimeters are dimensioned in the region of the joining gap with a material thickening by 1.5 to 2 times the material thickness of the two plate-shaped workpieces. wherein a rotating bobbin tool is moved along a joining gap between the two plate-shaped workpieces (la, 1b) while exerting a pressing force (F 1 and F A ) on both sides and while advancing (f), wherein the bobbin tool is subjected to an additional axial force (Fx) during the movement along the joining gap in order to plastically deform the region of the weld produced in such a way that the latter is pressed towards one side of the plate-shaped workpieces forming a weld seam protrusion protruding with respect to the workpiece surface , wherein the additional axial force (Fx) acting on the bobbin tool during movement along the joint gap is dimensioned in such a way that the weld seam elevation protrudes 0.1 to 0.5 millimeters from the workpiece surface , wherein the plate-shaped workpieces (la, 1b) have a material thickening extending on both sides of the joint gap on the side opposite the weld seam protrusion ; wherein the plate-shaped workpieces (la, 1b) having a material thickness between 2 to 8 millimeters are dimensioned in the region of the joining gap with a material thickening by 1.5 to 2 times the material thickness of the two plate-shaped workpieces.
A method performed by a user equipment, UE, the method comprising: receiving , from a network node in a radio access network, RAN, a first control message identifying which of a plurality of configured radio link control, RLC, entities are to be activated for PDCP duplication, wherein the plurality of configured RLC entities are associated with a radio bearer between the UE and the RAN; subsequently receiving , from the network node, a second control message indicating activation or deactivation of PDCP duplication for the configured RLC entities, wherein the second control message has a different format than the first control message, wherein the first and second control messages are respective medium access control, MAC, control elements, CEs, wherein the first control message has a 3GPP Rel-16 format and the second control message has a 3GPP Rel-15 format; and activating or deactivating PDCP duplication for the configured RLC entities based on the first control message and the second control message. receiving , from a network node in a radio access network, RAN, a first control message identifying which of a plurality of configured radio link control, RLC, entities are to be activated for PDCP duplication, wherein the plurality of configured RLC entities are associated with a radio bearer between the UE and the RAN; subsequently receiving , from the network node, a second control message indicating activation or deactivation of PDCP duplication for the configured RLC entities, wherein the second control message has a different format than the first control message, wherein the first and second control messages are respective medium access control, MAC, control elements, CEs, wherein the first control message has a 3GPP Rel-16 format and the second control message has a 3GPP Rel-15 format; and activating or deactivating PDCP duplication for the configured RLC entities based on the first control message and the second control message.