mhurhangee/patent-ind-claim-en huggingface dataset:
A shaving razor comprising: a yoke molded as a single piece, the yoke including a bridge and a pair of cross pieces coupled to the bridge each by a respective living hinge ; and a plurality of cartridges each having a razor blade coupled to the yoke to span between the crosspieces , wherein the living hinges are oriented to permit the cartridges to pivot in a forward and backward direction and wherein the crosspieces are flexible to allow the discrete cartridges to adopt a convex configuration during use. a yoke molded as a single piece, the yoke including a bridge and a pair of cross pieces coupled to the bridge each by a respective living hinge ; and a plurality of cartridges each having a razor blade coupled to the yoke to span between the crosspieces , wherein the living hinges are oriented to permit the cartridges to pivot in a forward and backward direction and wherein the crosspieces are flexible to allow the discrete cartridges to adopt a convex configuration during use.
A combustion system comprising a furnace with at least a main burner , a mill for milling a solid fuel, a vapour separation system connected to the mill , a first line for removing a fuel rich stream from the vapour separation system and supplying the fuel rich stream to the at least a main burner , a second line for removing a fuel lean stream from the vapour separation system , the fuel lean stream comprising gas and solid particles, a cooler fed by the second line for cooling at least the solid particles, a storage silo connected downstream of the cooler for collecting at least the solid particles cooled at the cooler , a separator between the second line and the cooler , for separating the gas from the solid particles, the separator comprising an outlet for the solid particles connected to the cooler ; and characterized in that the furnace comprises one or more vapour burners and the combustion system further comprises: a third line between the separator and the one or more vapour burners to remove gas from the separator and supply it to the one or more vapour burners ; and a fourth line between the vapour separation system and the one or more vapour burners for supplying the fuel lean stream to the one or more vapour burners . a third line between the separator and the one or more vapour burners to remove gas from the separator and supply it to the one or more vapour burners ; and a fourth line between the vapour separation system and the one or more vapour burners for supplying the fuel lean stream to the one or more vapour burners .
An image capturing apparatus comprising: an image sensor that comprises pixels that are arranged in rows and in columns and that include respective photoelectric converters , and that is configured to perform an image capturing operation for reading out signals of the pixels; a lifetime estimating unit that is configured to estimate a remaining lifetime of the image sensor, and a driving control unit that is configured to control drive of the image sensor, characterized in that in a case, where the remaining lifetime is longer than a predetermined length, the driving control unit is configured to drive the image sensor in a first condition, and in a case, where the remaining lifetime is shorter than the predetermined length, the driving control unit is configured to drive the image sensor in a second condition, wherein the number of the pixels that are read out in the second condition is smaller than the number of the pixels that are read out in the first condition, or the number of the pixels that perform a focus detection operation in the second condition is smaller than the number of the pixels that perform a focus detection operation in the first condition. an image sensor that comprises pixels that are arranged in rows and in columns and that include respective photoelectric converters , and that is configured to perform an image capturing operation for reading out signals of the pixels; a lifetime estimating unit that is configured to estimate a remaining lifetime of the image sensor, and a driving control unit that is configured to control drive of the image sensor, characterized in that in a case, where the remaining lifetime is longer than a predetermined length, the driving control unit is configured to drive the image sensor in a first condition, and in a case, where the remaining lifetime is shorter than the predetermined length, the driving control unit is configured to drive the image sensor in a second condition, wherein the number of the pixels that are read out in the second condition is smaller than the number of the pixels that are read out in the first condition, or the number of the pixels that perform a focus detection operation in the second condition is smaller than the number of the pixels that perform a focus detection operation in the first condition.
Security element for increasing protection against forgery for security documents such as banknotes, valuable papers, identity cards, credit cards, debit cards or the like, wherein the security element consists of a substrate with an exposable layer arranged thereon, wherein the exposable layer has a volume hologram, wherein adjacent to the exposable layer an embossing layer is arranged on the substrate , a non-diffractive embossing structure being introduced into the surface of said embossing layer facing away from the substrate , wherein at least partly a coating is applied to the surface of the exposable layer facing away from the substrate and to the embossing structure, wherein the coating overlaps the exposable layer and the embossing structure and has optically recognizable information in the form of a pattern, an alphanumeric character or a graphical image representation, and wherein the coating has at least one cutout over the exposable layer .
Method for operating a textile machine with several identical workstations which each have a basic requirement for negative pressure for regular production operation and an additional requirement for negative pressure following an interruption to production at the workstation, and with a vacuum system with limited suction force to exert the negative pressure at the workstations, whereby a minimum negative pressure (p min ) is specified and whereby the number of workstations to be simultaneously supplied with additional negative pressure is limited so that the minimum negative pressure (p min ) is always met, characterised in that a sub-negative pressure (p sub ) is specified which is below the minimum negative pressure (p min ) and if a specified event occurs, the number of workstations simultaneously supplied with additional negative pressure is temporarily limited so that the sub-negative pressure (p sub ) is always met.
A method comprising: receiving an interest packet by a forwarder in an Information-Centric Networking, ICN, network; determining whether the forwarder is to store content associated with the interest packet; refraining from performing a Pending Interest Table, PIT, update by the forwarder based on a determination that the forwarder is not to store content associated with the interest packet; determining Bit Index Explicit Replication, BIER, information associated with the packet; and forwarding the interest packet based, at least in part, on the BIER information associated with the interest packet. receiving an interest packet by a forwarder in an Information-Centric Networking, ICN, network; determining whether the forwarder is to store content associated with the interest packet; refraining from performing a Pending Interest Table, PIT, update by the forwarder based on a determination that the forwarder is not to store content associated with the interest packet; determining Bit Index Explicit Replication, BIER, information associated with the packet; and forwarding the interest packet based, at least in part, on the BIER information associated with the interest packet.
An aqueous suspension composition, comprising: aluminum hydroxide, magnesium hydroxide, a mixed suspending agent and an antifoaming agent; wherein the mixed suspending agent is a mixture of hydroxypropyl methylcellulose, microcrystalline cellulose, sodium carboxymethyl cellulose and carrageenan. aluminum hydroxide, magnesium hydroxide, a mixed suspending agent and an antifoaming agent; wherein the mixed suspending agent is a mixture of hydroxypropyl methylcellulose, microcrystalline cellulose, sodium carboxymethyl cellulose and carrageenan.
Rotor of a rotatory permanently excited synchronous machine having buried permanent magnets , which are arranged in substantially axially extending recesses of a magnetically conductive body, in particular of an axially layered laminated core of the rotor , wherein each recess has a pocket for receiving one or more permanent magnet(s) , wherein flux barriers are situated in a longitudinal axis of the recess at the opposed ends of the pockets , wherein, in the region between pocket and flux barrier , means for increasing an opposing field stability are provided at the side of the recesses facing an external diameter of the rotor , wherein the means for increasing an opposing field stability are arranged as holding elements on the ends of the pockets and contribute to the positioning and fixing of the permanent magnets in the pockets , wherein the holding elements are configured as webs or functional holding webs , and, at least in certain sections, form the pockets for receiving the permanent magnets , wherein the webs and functional holding webs are configured on the air-gap side of the pocket in such a way that, in particular in the event of a fault, for example in the event of a sudden short-circuit of a permanently excited synchronous machine, they counteract, at least in certain sections, irreversible demagnetisation of the permanent magnets in the pockets and thus continue to perform the protective function for the permanent magnet , wherein the recesses of a pole of the rotor are arranged, in particular, in a V-shape or in a double V-shape or in a U-shape, and sheet metal webs are present between individual recesses of a pole .
A gas cutting method for cutting a steel material, wherein steel material refers to a steel processed into a predetermined shape by any of various techniques, such as rolling, forging, drawing, and casting, the gas cutting method comprising and being characterised by : arranging one steel material and the other steel material in proximity, wherein in proximity means that the space between the one steel material and the other steel material is 3 mm or less in size; preheating the one steel material by applying a preheating flame to a preheating region of the one steel material , the preheating region being separate from the other steel material , wherein a preheating region refers to a region of a steel material heated by a preheating flame to at least 900°C; and gas-cutting the one steel material by moving a cutting oxygen from the preheating region , without stopping the cutting oxygen at a boundary between the one steel material and the other steel material , until the cutting oxygen enters the other steel material . arranging one steel material and the other steel material in proximity, wherein in proximity means that the space between the one steel material and the other steel material is 3 mm or less in size; preheating the one steel material by applying a preheating flame to a preheating region of the one steel material , the preheating region being separate from the other steel material , wherein a preheating region refers to a region of a steel material heated by a preheating flame to at least 900°C; and gas-cutting the one steel material by moving a cutting oxygen from the preheating region , without stopping the cutting oxygen at a boundary between the one steel material and the other steel material , until the cutting oxygen enters the other steel material .
A method, performed by a user equipment, UE, to receive wake-up signals, WUS, from a network node in a radio access network, RAN, coupled to a core network, CN, the method comprising: receiving a paging probability, PP, indication assigned to the UE from one of the following: a network node in the CN; or a RAN node that transmits a group WUS, GWUS; receiving , from the RAN node, a paging configuration including a plurality of discontinuous reception, DRX, parameters and a mapping between the plurality of PP indication values and a plurality of available WUS groups; determining a WUS group assigned to the UE and a WUS resource associated with the assigned WUS group, based on the following: the PP indication assigned to the UE, the plurality of DRX parameters, the mapping between the plurality of PP indication values and the plurality of available WUS groups, and a first identifier associated with the UE; and during a time period of the WUS resource, monitoring for the GWUS, associated with the assigned WUS group. receiving a paging probability, PP, indication assigned to the UE from one of the following: a network node in the CN; or a RAN node that transmits a group WUS, GWUS; receiving , from the RAN node, a paging configuration including a plurality of discontinuous reception, DRX, parameters and a mapping between the plurality of PP indication values and a plurality of available WUS groups; determining a WUS group assigned to the UE and a WUS resource associated with the assigned WUS group, based on the following: the PP indication assigned to the UE, the plurality of DRX parameters, the mapping between the plurality of PP indication values and the plurality of available WUS groups, and a first identifier associated with the UE; and the PP indication assigned to the UE, the plurality of DRX parameters, the mapping between the plurality of PP indication values and the plurality of available WUS groups, and a first identifier associated with the UE; and during a time period of the WUS resource, monitoring for the GWUS, associated with the assigned WUS group.
An apparatus comprising: a first nozzle ; a first firing actuator associated with the first nozzle ; and a firing actuator power supply system comprising: an internal power supply path ; a first high side switching, HSS, transistor in a source follower arrangement, the first HSS transistor having a drain electrically connected to the internal power supply path and a source electrically connected to a first end of the first firing actuator , wherein the first transistor comprises a power field effect transistor; and a voltage regulator having an input electrically connected to the internal power supply path and an output electrically connected to a gate of the first HSS transistor , the voltage regulator to provide the gate of the first HSS transistor with a controlled voltage no greater than a concurrent voltage at the drain . a first nozzle ; a first firing actuator associated with the first nozzle ; and a firing actuator power supply system comprising: an internal power supply path ; a first high side switching, HSS, transistor in a source follower arrangement, the first HSS transistor having a drain electrically connected to the internal power supply path and a source electrically connected to a first end of the first firing actuator , wherein the first transistor comprises a power field effect transistor; and a voltage regulator having an input electrically connected to the internal power supply path and an output electrically connected to a gate of the first HSS transistor , the voltage regulator to provide the gate of the first HSS transistor with a controlled voltage no greater than a concurrent voltage at the drain . an internal power supply path ; a first high side switching, HSS, transistor in a source follower arrangement, the first HSS transistor having a drain electrically connected to the internal power supply path and a source electrically connected to a first end of the first firing actuator , wherein the first transistor comprises a power field effect transistor; and a voltage regulator having an input electrically connected to the internal power supply path and an output electrically connected to a gate of the first HSS transistor , the voltage regulator to provide the gate of the first HSS transistor with a controlled voltage no greater than a concurrent voltage at the drain .
Hair-removal head for a hair removal device provided with an electric motor, comprising a roller having: - a central shaft carried by a longitudinal axis and comprising at least one cam having at least one groove , - a substantially cylindrical cage revolving about the longitudinal axis, intended to be rotated about the longitudinal axis by the electric motor, - a plurality of stripping rows disposed at the periphery of the cage , each stripping row comprising one single stripping clamp movably mounted on the cage and guided by the at least one groove of the cam , each stripping clamp comprising one single stripping blade , - a plurality of longitudinal bars arranged respectively facing the plurality of stripping rows radially outwards, each longitudinal bar comprising a through orifice having a support element extending radially with respect to said bar , the stripping blade of the stripping clamp of the corresponding stripping row being arranged to pass through said through orifice and to abut the support element so as to alternatively clamp hairs on the support element and release them during the rotational movement of the cage with respect to the central shaft , wherein the through orifices of two adjacent bars are longitudinally offset and have an overlap delimiting a circumferential hair removal zone. - a central shaft carried by a longitudinal axis and comprising at least one cam having at least one groove , - a substantially cylindrical cage revolving about the longitudinal axis, intended to be rotated about the longitudinal axis by the electric motor, - a plurality of stripping rows disposed at the periphery of the cage , each stripping row comprising one single stripping clamp movably mounted on the cage and guided by the at least one groove of the cam , each stripping clamp comprising one single stripping blade , - a plurality of longitudinal bars arranged respectively facing the plurality of stripping rows radially outwards, each longitudinal bar comprising a through orifice having a support element extending radially with respect to said bar , the stripping blade of the stripping clamp of the corresponding stripping row being arranged to pass through said through orifice and to abut the support element so as to alternatively clamp hairs on the support element and release them during the rotational movement of the cage with respect to the central shaft , wherein the through orifices of two adjacent bars are longitudinally offset and have an overlap delimiting a circumferential hair removal zone.
Apparatus for coating workpieces that preferably consist at least in portions of wood, wood-based materials, plastics material, aluminium or the like, said apparatus comprising a supply device for supplying a coating material ; a pressing device for pressing the coating material onto a surface of a workpiece; a conveying device for bringing about a relative movement between the pressing device and the relevant workpiece; and an activation device for activating an adhesive on a coating material supplied in the supply device and/or for activating an adhesive on a surface of a workpiece to be coated, wherein the activation device comprises at least one supply line for supplying an activating agent and a nozzle body having an inflow channel and a discharge region , characterised in that the activation device comprises at least one sound-absorbing element which is designed to reduce the sound pressure resulting from the flow of the activating agent and/or to cause a frequency shift, wherein the sound-absorbing element is arranged at least at one of the following locations: supply line of the activation device , inflow channel of the nozzle body , discharge region of the nozzle body .
Method for the ultrasonic welding of two plastic components using a sonotrode , wherein the energy for the welding is introduced into the plastic components via at least one pin of the sonotrode , wherein the two plastic components are spot-welded to one another step by step, characterized in that the respectively subsequent step of the welding is carried out in a region which has already been loaded and relieved of tension as a result of the preceding step of the welding.
A washing machine, comprising: a washing tub: a voice receiver configured to receive voice information; a communication unit activatable by a starting phrase input to communicate with a server that provides washing-related information; a touch screen for outputting a graphic object corresponding to a washing-related function executable by the washing tub; a control unit configured to sense a user's proximity to display a first graphic object on the touch screen , and to control the touch screen to switch the first graphic object to a second graphic object indicating that a voice recognition function is activated in response to the input of the starting phrase; and characterised in that the washing machine further comprises a sensor configured to sense opening and closing of a door of the washing machine; wherein the control unit is configured to analyze the received voice information in response to receiving the voice information related to laundry while placing the laundry in the washing tub, to output feedback voice related to washing of the relevant laundry based on the analysis result of the received voice, and to output voice corresponding to a set washing course when the closing of the door is sensed. a voice receiver configured to receive voice information; a communication unit activatable by a starting phrase input to communicate with a server that provides washing-related information; a touch screen for outputting a graphic object corresponding to a washing-related function executable by the washing tub; a control unit configured to sense a user's proximity to display a first graphic object on the touch screen , and to control the touch screen to switch the first graphic object to a second graphic object indicating that a voice recognition function is activated in response to the input of the starting phrase; and characterised in that the washing machine further comprises a sensor configured to sense opening and closing of a door of the washing machine; wherein the control unit is configured to analyze the received voice information in response to receiving the voice information related to laundry while placing the laundry in the washing tub, to output feedback voice related to washing of the relevant laundry based on the analysis result of the received voice, and to output voice corresponding to a set washing course when the closing of the door is sensed.