mhurhangee/patent-ind-claim-en huggingface dataset:
An electric razor comprising: a main body configured to be gripped by a user; and a head having a blade block including an outer blade and an inner blade , the inner blade being disposed inside the outer blade and sliding with respect to the outer blade, wherein the head comprises: a base , a support frame that supports the blade block in a floatable and sinkable way, and at least one push-up member that urges the support frame in a direction away from the base , characterized in that the head further comprises a lower case that includes the base , an upper case in which the support frame is held, and a hook that locks the upper case or the support frame to the base , and by locking the upper case or the support frame with the hook , the support frame is kept fixed to the base , even if the at least one push-up member urges the support frame in a direction away from the base . a main body configured to be gripped by a user; and a head having a blade block including an outer blade and an inner blade , the inner blade being disposed inside the outer blade and sliding with respect to the outer blade, wherein the head comprises: a base , a support frame that supports the blade block in a floatable and sinkable way, and at least one push-up member that urges the support frame in a direction away from the base , a base , a support frame that supports the blade block in a floatable and sinkable way, and at least one push-up member that urges the support frame in a direction away from the base , the head further comprises a lower case that includes the base , an upper case in which the support frame is held, and a hook that locks the upper case or the support frame to the base , and a lower case that includes the base , an upper case in which the support frame is held, and a hook that locks the upper case or the support frame to the base , and by locking the upper case or the support frame with the hook , the support frame is kept fixed to the base , even if the at least one push-up member urges the support frame in a direction away from the base .
Socket for a power plug with at least two contact pins, comprising a base having, on an outer side , at least two jacks equipped with inner electrically conductive contact surfaces for receiving one contact pin each, wherein a cover is mounted on the base movably between a closed position in which it covers the jacks and an open position in which it exposes the jacks , characterised by a collar , which is mounted on the base movably between a retracted position in which it is substantially flush with said outer side and an extended position in which it projects from the outer side and surrounds the outer side collar-like, and a coupling mechanism coupling said cover with said collar and being configured such that the cover is in the closed position when the collar is retracted and in the open position when the collar is extended. a base having, on an outer side , at least two jacks equipped with inner electrically conductive contact surfaces for receiving one contact pin each, wherein a cover is mounted on the base movably between a closed position in which it covers the jacks and an open position in which it exposes the jacks , characterised by a collar , which is mounted on the base movably between a retracted position in which it is substantially flush with said outer side and an extended position in which it projects from the outer side and surrounds the outer side collar-like, and a coupling mechanism coupling said cover with said collar and being configured such that the cover is in the closed position when the collar is retracted and in the open position when the collar is extended.
A rotary position sensor comprising: a rotor assembly comprising a rotor assembly opening for securing the rotor assembly to a shaft structure; a stator assembly comprising a stator assembly opening for receiving the shaft structure; and a base assembly secured to the stator assembly, wherein the base assembly comprises a plurality of primary coil elements printed on a first side of the base assembly and a plurality of secondary coil elements printed on a second side of the base assembly, characterised in that the radiuses of the plurality of primary coil elements are different. a rotor assembly comprising a rotor assembly opening for securing the rotor assembly to a shaft structure; a stator assembly comprising a stator assembly opening for receiving the shaft structure; and a base assembly secured to the stator assembly, wherein the base assembly comprises a plurality of primary coil elements printed on a first side of the base assembly and a plurality of secondary coil elements printed on a second side of the base assembly, characterised in that the radiuses of the plurality of primary coil elements are different.
A polymer-modified asphalt emulsion comprising: a stable liquid emulsion comprising an asphalt in an asphalt phase, a polymer, water and an emulsifying agent, wherein the asphalt has a penetration value of 100 to 250 according to ASTM D5, the polymer comprises from 4% to 8% by weight of the total weight of the asphalt phase, and a residue recovered from the emulsion has a penetration value of 110 to 160 according to ASTM D5 and exhibits a resistance to cracking as demonstrated by a value according to the Overlay Test of greater than 50 cycles to failure.
A method of assisting a user in installing a light source array at a display , the light source array comprising multiple individually controllable lighting units, the method comprising: - receiving , by a processor , first information indicative of dimensions of the display , - receiving , by the processor , second information indicative of dimensions of the light source array , - virtually segmenting , by the processor , the light source array into a plurality of segments based on the dimensions of the display and the dimensions of the light source array , wherein each segment comprises a plurality of individually controllable lighting units of the multiple individually controllable lighting units, wherein a length of a first segment corresponds to at least a part of a length of a first side of the display , and wherein a length of a second segment corresponds to at least a part of a length of a second side of the display , - controlling , by the processor via a communication unit , lighting units of the first segment according to a first light setting, and - controlling , by the processor via the communication unit , lighting units of the second segment according to a second light setting different from the first light setting. - receiving , by a processor , first information indicative of dimensions of the display , - receiving , by the processor , second information indicative of dimensions of the light source array , - virtually segmenting , by the processor , the light source array into a plurality of segments based on the dimensions of the display and the dimensions of the light source array , wherein each segment comprises a plurality of individually controllable lighting units of the multiple individually controllable lighting units, wherein a length of a first segment corresponds to at least a part of a length of a first side of the display , and wherein a length of a second segment corresponds to at least a part of a length of a second side of the display , - controlling , by the processor via a communication unit , lighting units of the first segment according to a first light setting, and - controlling , by the processor via the communication unit , lighting units of the second segment according to a second light setting different from the first light setting.
A method of performing a service registration procedure by a Machine-to-Machine, M2M, device to authorize the M2M device access to an M2M service provided by an M2M core network, the service registration procedure being performed after having gone through a M2M service bootstrap procedure, the method comprising: transmitting a service registration request for service to a Network Security Capability, NSEC , the service registration request including an identifier assigned to the device and a Usage-Type Attribute-Value-Pair, AVP, where the type value is set to a value that indicates an M2M service registration; performing an Extensible Authentication Protocol, EAP, authentication with an M2M Authentication Server, MAS , via the NSEC; receiving, from the NSEC, a registration result including the M2M service registration answer AVP; and generating , if the EAP authentication is successful, a service key using a Master Session Key, MSK, a first constant string, and an identification for service assigned to the device. transmitting a service registration request for service to a Network Security Capability, NSEC , the service registration request including an identifier assigned to the device and a Usage-Type Attribute-Value-Pair, AVP, where the type value is set to a value that indicates an M2M service registration; performing an Extensible Authentication Protocol, EAP, authentication with an M2M Authentication Server, MAS , via the NSEC; receiving, from the NSEC, a registration result including the M2M service registration answer AVP; and generating , if the EAP authentication is successful, a service key using a Master Session Key, MSK, a first constant string, and an identification for service assigned to the device.
A backing pad for a hand-guided polishing or sanding power tool, comprising - a support layer made of a rigid material, the support layer comprising a connection element on its top surface for connection of the backing pad to a driving shaft or an eccentric element of the polishing or sanding power tool, - a damping layer made of a resilient material, the damping layer being fixedly attached to a bottom surface of the support layer , and - an adhesive layer for releasable attachment of a polishing or sanding member to the backing pad , the adhesive layer being fixedly attached to a bottom surface of the damping layer , wherein the bottom surface of the support layer is provided with reinforcement elements (24, 26, 28; 46; 50, 52) for enhancing flexural rigidity of the support layer , and the bottom surface of the support layer is further provided with recesses formed between and at least partially limited by the reinforcement elements (24, 26, 28; 46; 50, 52), , characterized in that the reinforcement elements (24, 26, 28; 46; 50, 52) comprise first reinforcement ribs extending in a radial direction from a center of the support layer or parallel to the radial direction starting in a distance to the center of the support layer and ending at an outer edge of the support layer , wherein during manufacture of the backing pad the resilient material of the damping layer enters into the recesses and after curing of the resilient material entirely fills the recesses . - a support layer made of a rigid material, the support layer comprising a connection element on its top surface for connection of the backing pad to a driving shaft or an eccentric element of the polishing or sanding power tool, - a damping layer made of a resilient material, the damping layer being fixedly attached to a bottom surface of the support layer , and - an adhesive layer for releasable attachment of a polishing or sanding member to the backing pad , the adhesive layer being fixedly attached to a bottom surface of the damping layer , wherein the bottom surface of the support layer is provided with reinforcement elements (24, 26, 28; 46; 50, 52) for enhancing flexural rigidity of the support layer , and the bottom surface of the support layer is further provided with recesses formed between and at least partially limited by the reinforcement elements (24, 26, 28; 46; 50, 52), , characterized in that the reinforcement elements (24, 26, 28; 46; 50, 52) comprise first reinforcement ribs extending in a radial direction from a center of the support layer or parallel to the radial direction starting in a distance to the center of the support layer and ending at an outer edge of the support layer , wherein during manufacture of the backing pad the resilient material of the damping layer enters into the recesses and after curing of the resilient material entirely fills the recesses .
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving (S110), from a base station, first system information, SI, which is broadcasted periodically, the first SI including information indicating whether a second SI other than the first SI is being broadcasted or not; transmitting (S120), to the base station, a physical random access channel, PRACH, preamble; receiving (S130), from the base station, a random access response, RAR, as a response to the PRACH preamble, the RAR including an uplink, UL, grant for an SI request message; transmitting (S140), to the base station, the SI request message based on the UL grant for requesting the second SI, based on the information included in the first SI indicating that the second SI is not being broadcasted; and receiving (S150), from the base station, the requested second SI based on the SI request message. receiving (S110), from a base station, first system information, SI, which is broadcasted periodically, the first SI including information indicating whether a second SI other than the first SI is being broadcasted or not; transmitting (S120), to the base station, a physical random access channel, PRACH, preamble; receiving (S130), from the base station, a random access response, RAR, as a response to the PRACH preamble, the RAR including an uplink, UL, grant for an SI request message; transmitting (S140), to the base station, the SI request message based on the UL grant for requesting the second SI, based on the information included in the first SI indicating that the second SI is not being broadcasted; and receiving (S150), from the base station, the requested second SI based on the SI request message.
A processor-implemented method for lawful interception content transmission across one or more networks, characterized in that the method is performed by a session continuity server controller, the method comprising: determining one or more defects in lawful interception content transmission associated with a user session, wherein the one or more defects comprise one or more degraded network conditions and degraded lawful interception content; executing one or more corrective measures based on the one or more defects in lawful interception content transmission, wherein the one or more corrective measures comprise at least one of selection of a new content duplication element and selection of a new session continuity server ; and determining , after a handover to the new content duplication element and/or the new session continuity server, a stability of the lawful interception content transmission to ensure that lawful interception content transmission is seamlessly continued after the one or more corrective measures. determining one or more defects in lawful interception content transmission associated with a user session, wherein the one or more defects comprise one or more degraded network conditions and degraded lawful interception content; executing one or more corrective measures based on the one or more defects in lawful interception content transmission, wherein the one or more corrective measures comprise at least one of selection of a new content duplication element and selection of a new session continuity server ; and determining , after a handover to the new content duplication element and/or the new session continuity server, a stability of the lawful interception content transmission to ensure that lawful interception content transmission is seamlessly continued after the one or more corrective measures.
Current transport mechanism , in particular current bar , backbone or bus bar for the automotive industry, wherein the current transport mechanism has an elongated, electromechanical base conductor with an electrical insulation completely surrounding it in circumferential direction, and the electrical insulation has at least one through-recess and the base conductor is electrically contacted by a plug-in connection device in a region of the through-recess , wherein the current transport mechanism has a jacket in a region of the plug-in connection device , wherein the jacket is formed in sections as a connector housing for a mating plug-in connection device , characterized in that the jacket is formed as an overmould . the current transport mechanism has an elongated, electromechanical base conductor with an electrical insulation completely surrounding it in circumferential direction, and the electrical insulation has at least one through-recess and the base conductor is electrically contacted by a plug-in connection device in a region of the through-recess , wherein the current transport mechanism has a jacket in a region of the plug-in connection device , wherein the jacket is formed in sections as a connector housing for a mating plug-in connection device , characterized in that the jacket is formed as an overmould .
A wire harness (WH) comprising: a flexible conductor connecting a vehicle body of a vehicle with a movable body mounted on the vehicle and sliding relative to the vehicle body ; a flexible limiting member extending along the conductor to limit a path of the conductor ; a flexible outer member in which the conductor and the limiting member are inserted; and a holding member having a first trench in which the conductor is routed and a second trench disposed adjacent to the first trench and holding an end of the limiting member , wherein the holding member has a partition wall that separates the first trench from the second trench , a pair of locking walls that face each other and lock an end of the outer member , and side walls that define the first trench , and in a height direction (H) of the side walls , the locking walls project to a higher position than the side walls and the partition wall projects to a higher position than the locking walls . a flexible conductor connecting a vehicle body of a vehicle with a movable body mounted on the vehicle and sliding relative to the vehicle body ; a flexible limiting member extending along the conductor to limit a path of the conductor ; a flexible outer member in which the conductor and the limiting member are inserted; and a holding member having a first trench in which the conductor is routed and a second trench disposed adjacent to the first trench and holding an end of the limiting member , wherein the holding member has a partition wall that separates the first trench from the second trench , a pair of locking walls that face each other and lock an end of the outer member , and side walls that define the first trench , and in a height direction (H) of the side walls , the locking walls project to a higher position than the side walls and the partition wall projects to a higher position than the locking walls .
A method for producing hypromellose acetate succinate, comprising: an esterification step of reacting hypromellose with esterification agents in the presence of a catalyst to obtain a reaction solution containing crude hypromellose acetate succinate; a precipitation step of mixing the reaction solution with water to precipitate the crude hypromellose acetate succinate, thereby obtaining a hypromellose acetate succinate suspension; a liquid removal step of removing a liquid from the hypromellose acetate succinate suspension with a centrifugal decanter to obtain liquid-removed hypromellose acetate succinate; and a drying step of drying the liquid-removed hypromellose acetate succinate; wherein in the liquid removal step, an average particle size, determined by a sieve analysis, is reduced by 10 to 90% with the centrifugal decanter; and the liquid-removed hypromellose acetate succinate has an average particle size, determined by a sieve analysis, of 70 to 400 μm. an esterification step of reacting hypromellose with esterification agents in the presence of a catalyst to obtain a reaction solution containing crude hypromellose acetate succinate; a precipitation step of mixing the reaction solution with water to precipitate the crude hypromellose acetate succinate, thereby obtaining a hypromellose acetate succinate suspension; a liquid removal step of removing a liquid from the hypromellose acetate succinate suspension with a centrifugal decanter to obtain liquid-removed hypromellose acetate succinate; and a drying step of drying the liquid-removed hypromellose acetate succinate;
Method for determining a remaining charging time of a battery system having at least one battery module , wherein the remaining charging time is determined starting from a first time of a charging operation by forming a quotient of a delta capacity of the battery system , wherein the delta capacity represents a difference between the maximum capacity of the battery system and the current capacity of the battery system , at the first time as the dividend and a first product of a battery charging current at the first time and a first factor as the divisor, wherein the first factor is determined from a stored first characteristic curve or a first characteristic diagram on the basis of a state of charge of the at least one battery module , wherein the quotient is additionally multiplied by a correction value, wherein the correction value is determined on the basis of battery effects on the basis of ageing of the at least one battery module , wherein the ageing is in turn a state change of the battery system on account of the service life of the battery system or on account of the number of charging operations through which the battery system has run.
A sealing arrangement for an electric machine, wherein the sealing arrangement between a first part attached to a rotatable shaft and a second part immobile with respect to a stator of the electric machine comprises a plurality of zig-zag sections of a channel of a labyrinth seal in a radial direction of the electric machine ; the channel of the labyrinth seal includes a second seal which is fixedly attached to the first part and which has an elastic material part , the second seal being configured to press in the radial direction against a surface of the second part , a normal of which has a component parallel to the radial direction, at rotational speeds a centrifugal force of which to the second seal is weaker than a spring force of the second seal , and the second seal being configured to open a gap between the second seal and said surface at rotational speeds the centrifugal force of which to the second seal is greater than the spring force of the second seal ; characterized in that the sealing arrangement comprises a limiter attached to the first part at a position farther from a rotational axis than a position at which the second seal is attached within the channel of the labyrinth seal , the limiter being configured to limit a radial movement of the second seal on the basis of the centrifugal force thereby liming a maximum size of the gap (120.
Wind energy installation having a converter installation , an installation transformer , a wind rotor and a generator which is driven by said wind rotor and which interacts with the converter installation to generate electrical power which is emitted via a grid connection line , wherein a machine-side end of the converter installation is connected to the generator , and a grid-side end of the converter installation is connected to the installation transformer by way of the grid connection line , wherein the converter installation comprises at least two converters (30, 30*) which are connected in parallel, are interconnected in pairs and are controlled by a converter controller , characterized in that the converters (30, 30*) which are connected in parallel are each arranged in a dedicated line (20, 20*) of a line pair , and the converters (30, 30*) of the line pair are controlled with inverse polarity relative to one another.