mhurhangee/ep-ind-claims huggingface dataset:
Use of a machine tool for introducing and/or machining pockets for receiving rolling elements on a workpiece in the form of a rolling bearing cage, wherein the machine tool is designed to comprise a workpiece carrier and a main spindle, wherein a machining tool and a clamping means are fastened to the main spindle, characterised in that the clamping means is designed to comprise a receiving arrangement for fastening the clamping means to the main spindle of the machine tool, and a pressure plate for pressing a workpiece on a workpiece carrier, that the receiving arrangement and the pressure plate are connected via at least one pressure cylinder, that a contact pressure of the pressure plate on the workpiece is adjustable in a defined manner by means of the at least one pressure cylinder, and that the machining tool is arranged such that the machining tool can be guided through a passage opening in the pressure plate during the machining of the workpiece pressed against the workpiece carrier by means of the pressure plate.
Blade row group arrangeable in a main flow path of a fluid-flow machine and consisting of N adjacent member blade rows firmly arranged relative to one another in both the meridional direction (m) and the circumferential direction (u), with the number N of the member blade rows being greater than/ equal to 2 and (i) designating the running index with values between 1 and N, with a front member blade row (i) as well as a rear member blade row (i+1) being provided, and with the blade row group having two main flow path boundaries, characterized in that a gap is provided between one blade end of at least one blade of at least one of the member blade rows and at least one of the two main flow path boundaries, where the blade in question and the main flow path boundary in question are arranged immovable relative to one another in the circumferential direction, and where said gap extends along at least part of the profile depth of the blade in question along the main flow path boundary.
Turbo-engine comprising a housing and therein a bladeless turbine section (42; 67; 503) and a compressor section (40; 66; 501) connected to the turbine section (42; 67; 503) for supplying compressed working fluid to the turbine section (42; 67; 503), wherein the turbine section (42; 67; 503) is of the stacked disc- or Tesla-type construction having a plurality of closely spaced discs (49; 61) arranged for common rotation about a rotation axis in the housing, characterized in that said turbine section (42; 67; 503) is adapted for passing with tangential flow components being tangential to the closely spaced discs a stream of working fluid from a radially inner region to a radially outer region of said turbine section (42; 67; 503) while adopting energy from said working fluid stream for rotating its discs (49; 61).
A method of estimating an oxygen storage capacity of a catalyst in an internal combustion engine, comprising: receiving an output of an upstream air-fuel ratio sensor and an output of a downstream air-fuel ratio sensor, the upstream air-fuel ratio sensor being attached to an exhaust gas passage of the internal combustion engine such that the upstream air-fuel ratio sensor is positioned upstream of a catalyst provided in the exhaust gas passage to purify an exhaust gas generated in the internal combustion engine, the downstream air-fuel ratio sensor being attached to the exhaust gas passage such that the downstream air-fuel ratio sensor is positioned downstream of the catalyst; and detecting a state in which the catalyst does not store or release oxygen based on the output of the downstream air-fuel ratio sensor, characterized by deciding as an estimated ideal air-fuel ratio in the internal combustion engine an air-fuel ratio detected by the upstream air-fuel ratio sensor when the state in which the catalyst does not store or release oxygen is detected based on the output of the downstream air-fuel ratio sensor; calculating a deviation of a value of the output of the upstream air-fuel ratio sensor from the estimated ideal air-fuel ratio; calculating an estimated value of the oxygen storage capacity based on an integrated value of the deviation; and feedback-controlling the air-fuel ratio in the internal combustion engine such that the estimated value of the oxygen storage capacity converges at a predetermined target oxygen storage capacity. receiving an output of an upstream air-fuel ratio sensor and an output of a downstream air-fuel ratio sensor, the upstream air-fuel ratio sensor being attached to an exhaust gas passage of the internal combustion engine such that the upstream air-fuel ratio sensor is positioned upstream of a catalyst provided in the exhaust gas passage to purify an exhaust gas generated in the internal combustion engine, the downstream air-fuel ratio sensor being attached to the exhaust gas passage such that the downstream air-fuel ratio sensor is positioned downstream of the catalyst; and detecting a state in which the catalyst does not store or release oxygen based on the output of the downstream air-fuel ratio sensor, characterized by deciding as an estimated ideal air-fuel ratio in the internal combustion engine an air-fuel ratio detected by the upstream air-fuel ratio sensor when the state in which the catalyst does not store or release oxygen is detected based on the output of the downstream air-fuel ratio sensor; calculating a deviation of a value of the output of the upstream air-fuel ratio sensor from the estimated ideal air-fuel ratio; calculating an estimated value of the oxygen storage capacity based on an integrated value of the deviation; and feedback-controlling the air-fuel ratio in the internal combustion engine such that the estimated value of the oxygen storage capacity converges at a predetermined target oxygen storage capacity.
A system for dispensing a chilled beverage, the system comprising: a housing having an opening, wherein the housing is configured to maintain a low temperature within the housing; a dispense tap having an opening for dispensing the chilled beverage, the dispense tap being configured to move between a retracted position in which the dispense tap is positioned within the housing and an extended position in which the dispense tap extends out through the opening to a position outside the housing, characterized in that the system further comprises a sensor and control system configured to provide an indication to a user when the dispense tap has been extended out from the housing for a certain amount of time. a housing having an opening, wherein the housing is configured to maintain a low temperature within the housing; a dispense tap having an opening for dispensing the chilled beverage, the dispense tap being configured to move between a retracted position in which the dispense tap is positioned within the housing and an extended position in which the dispense tap extends out through the opening to a position outside the housing, characterized in that the system further comprises a sensor and control system configured to provide an indication to a user when the dispense tap has been extended out from the housing for a certain amount of time.
Base assembly for an appliance for drying laundry, having a separating base, at least one adapter part produced separately from the separating base and at least one heat exchanger (4, 5), which can be placed at least indirectly on the separating base, of a heat pump which is thermally coupled to a process air system of the appliance, wherein the heat exchangers (4, 5) have a different installation height, characterised in that the installation height of the adapter part corresponds to a difference between the installation heights of the heat exchangers (4, 5) and the adapter part is arranged in a supporting manner between the separating base and the heat exchanger with the lower installation height, and the separating base and the adapter part are embodied and arranged relative to one another such that upper sides of the heat exchangers (4, 5) lie in a common horizontal plane.
A method of determining a temperature-compensated glucose concentration level, the method comprising: receiving a temperature signal indicative of a temperature parameter of an external component that is a non-subcutaneous temperature sensor; receiving a glucose signal indicative of an in vivo glucose concentration level measured at a subcutaneous location by a glucose sensor; and determining a compensated glucose concentration level based on the glucose signal, the temperature signal, and a delay parameter, wherein the temperature parameter is detected at a first time and the glucose concentration level is detected at a second time after the first time, wherein the delay parameter includes a delay time period between the first time and the second time that accounts for a delay between a first temperature change at the external component and a second temperature change proximate the glucose sensor. receiving a temperature signal indicative of a temperature parameter of an external component that is a non-subcutaneous temperature sensor; receiving a glucose signal indicative of an in vivo glucose concentration level measured at a subcutaneous location by a glucose sensor; and determining a compensated glucose concentration level based on the glucose signal, the temperature signal, and a delay parameter, wherein the temperature parameter is detected at a first time and the glucose concentration level is detected at a second time after the first time, wherein the delay parameter includes a delay time period between the first time and the second time that accounts for a delay between a first temperature change at the external component and a second temperature change proximate the glucose sensor.
A syringe with a cylinder, with a plunger arranged within the cylinder and with a sealing element, which rests against an inner wall of the cylinder with a contact region (24, 25, 31) and seals an annular gap between the plunger and the inner wall of the cylinder, wherein the contact region (24, 25, 31) has a front section, which, in the rest state, rests against the inner wall of the cylinder with contact pressure, and wherein the plunger is connected to the sealing element such that the sealing element does not follow an initial movement of the plunger relative to the cylinder in the direction of the outlet end of the syringe from the rest state and that the sealing element follows a continued movement of the plunger relative to the cylinder in the direction of the outlet end of the syringe, characterized in that the contact pressure between the front section of the contact region and the inner wall is reduced during the initial movement, without the contact region (24, 25, 31) being completely lifted off from the inner wall.
A method of wireless communication, comprising: synchronizing, by a user equipment, UE, to an available communication channel of an available cell in response to detection of a synchronization signal block, SSB, associated with a network on which the UE communicates; receiving, by the UE, system information associated with the available cell from a serving base station, wherein the system information includes identification of at least: a link indicator identifying one or more linked communication channels available for opportunistic switching, one or more sensing occasion offsets for each of the one or more linked communication channels, and access information associated with each of the one or more linked communication channels; and measuring, by the UE, a channel quality for each of the available communication channel and the one or more linked communication channels. synchronizing, by a user equipment, UE, to an available communication channel of an available cell in response to detection of a synchronization signal block, SSB, associated with a network on which the UE communicates; receiving, by the UE, system information associated with the available cell from a serving base station, wherein the system information includes identification of at least: a link indicator identifying one or more linked communication channels available for opportunistic switching, one or more sensing occasion offsets for each of the one or more linked communication channels, and access information associated with each of the one or more linked communication channels; and a link indicator identifying one or more linked communication channels available for opportunistic switching, one or more sensing occasion offsets for each of the one or more linked communication channels, and access information associated with each of the one or more linked communication channels; and measuring, by the UE, a channel quality for each of the available communication channel and the one or more linked communication channels.
At least one computer readable storage medium encoded with a plurality of instructions that, when executed by a computer, perform a method of authenticating a portable device to the computer, the method comprising acts of: identifying an identity of a user logged into the computer; receiving at the computer at least one first communication from the portable device, the at least one first communication comprising an identifier of the portable device and first secured authentication information; using the identity of the user logged into the computer and the identifier of the portable device to retrieve at least one first keying material; and determining whether the at least one first communication authenticates the portable device by using the at least one first keying material to process the first secured authentication information, wherein the user is a first user and the portable device is a first portable device, and wherein: the at least one first communication further comprises at least one identifier that uniquely identifies a pair consisting of a particular user and a particular portable device; and the act of determining whether the at least one first communication authenticates the portable device comprises determining whether the at least one identifier uniquely identifies a pair comprising the first user and the first portable device. identifying an identity of a user logged into the computer; receiving at the computer at least one first communication from the portable device, the at least one first communication comprising an identifier of the portable device and first secured authentication information; using the identity of the user logged into the computer and the identifier of the portable device to retrieve at least one first keying material; and determining whether the at least one first communication authenticates the portable device by using the at least one first keying material to process the first secured authentication information, the at least one first communication further comprises at least one identifier that uniquely identifies a pair consisting of a particular user and a particular portable device; and the act of determining whether the at least one first communication authenticates the portable device comprises determining whether the at least one identifier uniquely identifies a pair comprising the first user and the first portable device.
Wheel suspension for a motor vehicle, having a wheel carrier and a plurality of suspension arms (3, 4, 5) which are each connected to the wheel carrier by way of a suspension arm connection (7, 8, 9), the wheel carrier comprising a shell body which is made of sheet metal and which has a base and a side wall, characterised in that at least one suspension arm connection has a bearing receptacle which is arranged in the side wall of the shell body and in which a bearing is held, and the suspension arm attached to this suspension arm connection engages around the bearing receptacle.
A vacuum plasma treatment apparatus constructed for vacuum plasma treatment operating under predetermined conditions, including predetermined pressure conditions, comprising a vacuum recipient wherein said recipient is subdivided in a pumping compartment comprising a pumping port and in a treatment compartment, said compartments (5,7) being separate by a shroud or rim, said shroud or rim holding a frame defining a workpiece access opening to said treatment compartment, said frame being held by said shroud or rim by means of a multitude of spokes mutually defining through-gaps between said pumping and said treatment compartments, said through-gaps being tailored so that, in operation, plasma does not burn therein at said predetermined treatment conditions, said frame being held by said rim or shroud by means of said spokes in such a manner that, in operation, said frame may freely expand and retract under thermal loading.
A compound or salt selected from: and and a salt of any one thereof, wherein the RX* is a bond, a succinimide moiety, or a hydrolyzed succinimide moiety bound to a residue of an antibody construct, wherein on RX* represents the point of attachment to the residue of the antibody construct, wherein the antibody construct comprises a HER2 antigen binding domain.
An aerosol-generating system comprising: a nicotine source; a volatile delivery enhancing compound source downstream of the nicotine source, wherein the volatile delivery enhancing compound comprises an acid; heating means configured to heat the nicotine source to a temperature of between 80°C and 150°C; and a physically separate heat transfer barrier between the nicotine source and the volatile delivery enhancing compound source, wherein the heat transfer barrier is configured so that in use the temperature of the volatile delivery enhancing compound source is below 60°C when the nicotine source is heated to a temperature of between 80°C and 150°C by the heating means. a nicotine source; a volatile delivery enhancing compound source downstream of the nicotine source, wherein the volatile delivery enhancing compound comprises an acid; heating means configured to heat the nicotine source to a temperature of between 80°C and 150°C; and a physically separate heat transfer barrier between the nicotine source and the volatile delivery enhancing compound source, wherein the heat transfer barrier is configured so that in use the temperature of the volatile delivery enhancing compound source is below 60°C when the nicotine source is heated to a temperature of between 80°C and 150°C by the heating means.
An electrical unit layout structure for a saddle type electric vehicle having a driving motor disposed under a rear portion of a frame extending toward a vehicle rear side from a head pipe, and a battery disposed between the frame and the driving motor and having a breaker, characterized in that electrical unit layout structure comprises: an accelerator position sensor which is disposed rearwardly of the head pipe and on the upper side of the frame and which can detect accelerator position; a breaker which is provided on the accelerator position sensor and by which a controller for performing drive control of the driving motor and a battery are mutually electrically connected and disconnected; and a cover member covering the breaker and the accelerator position sensor, wherein the cover member is provided with an opening part permitting the breaker to be operated from outside the cover member, and with a closing member for opening and closing the opening part. an accelerator position sensor which is disposed rearwardly of the head pipe and on the upper side of the frame and which can detect accelerator position; a breaker which is provided on the accelerator position sensor and by which a controller for performing drive control of the driving motor and a battery are mutually electrically connected and disconnected; and a cover member covering the breaker and the accelerator position sensor, wherein the cover member is provided with an opening part permitting the breaker to be operated from outside the cover member, and with a closing member for opening and closing the opening part.
A tubular airbag system for use in a passenger transport vehicle, comprising; (a) a plurality of tubular structures, the plurality of tubular structures comprising a stacked configuration of four tubular structures having two side-by-side tubular structures (12a,12b) forming an upper layer and a further two side-by-side tubular structures (12c, 12d) forming a lower layer, each tubular structure having a length dimension that is greater than its width or height dimension and an opening for receiving inflation gas; and (b) a system for securing the upper layer of the tubular structures to the bottom layer of tubular structures; characterised in that; each of said two side-by-side tubular structures is formed from a top layer material secured around the perimeter to a bottom layer of material with a seam extending along the length at a point half way across the width of each of said two side-by-side tubular structures. (a) a plurality of tubular structures, the plurality of tubular structures comprising a stacked configuration of four tubular structures having two side-by-side tubular structures (12a,12b) forming an upper layer and a further two side-by-side tubular structures (12c, 12d) forming a lower layer, each tubular structure having a length dimension that is greater than its width or height dimension and an opening for receiving inflation gas; and (b) a system for securing the upper layer of the tubular structures to the bottom layer of tubular structures;
A network node for a wireless telecommunications network, comprising: processing logic operable to execute an application which establishes a data session for transmission of data packets between said network node and another network node; a first radio interface operable to support data packets transmission with said another network node using a first radio access technology in accordance with any of a plurality of different data transport protocols, the first radio interface comprising a 3GPP wireless communications standard interface; a second radio interface operable to support data packets transmission with said another network node using a second radio access technology in accordance with any of a plurality of different data transport protocols, the second radio interface comprising an IEEE wireless communications standard interface; and a controller adapted to select which radio interface and data transport protocol to use for transmission of said data packets of said data session between said network node and said another network node by selecting the 3GPP wireless communication standard interface as a default radio interface and TCP as a default data transport protocol for uplink and downlink, and the controller is further adapted to change the radio interface and data transport protocol to the IEEE wireless communication standard interface and UDP-encapsulated TCP for downlink in response to network conditions. processing logic operable to execute an application which establishes a data session for transmission of data packets between said network node and another network node; a first radio interface operable to support data packets transmission with said another network node using a first radio access technology in accordance with any of a plurality of different data transport protocols, the first radio interface comprising a 3GPP wireless communications standard interface; a second radio interface operable to support data packets transmission with said another network node using a second radio access technology in accordance with any of a plurality of different data transport protocols, the second radio interface comprising an IEEE wireless communications standard interface; and a controller adapted to select which radio interface and data transport protocol to use for transmission of said data packets of said data session between said network node and said another network node by selecting the 3GPP wireless communication standard interface as a default radio interface and TCP as a default data transport protocol for uplink and downlink, and the controller is further adapted to change the radio interface and data transport protocol to the IEEE wireless communication standard interface and UDP-encapsulated TCP for downlink in response to network conditions.