mhurhangee/patent-ind-claim-en huggingface dataset:
A sole for a shoe, comprising a sole body and elongated structures arranged on or in the sole body in a forefoot region only for transversely stiffening the sole , wherein the elongated structures are arranged with their longitudinal axes transverse to the longitudinal direction of the sole, and more than one of the elongated structures is arranged such that the longitudinal axes of the structures cross at a point which is medially outside the sole .
A method performed by a first network function, comprising: receiving a message from a second network function comprising created or updated one or more session rules and/or Policy and Charging Control, PCC, rules; determining whether to terminate a packet data unit, PDU, session based on a failure of enforcement of the session rules and/or the PCC rules; and characterized in that : when determining to terminate the PDU session based on the failure, sending , to the second network function, a policy control delete message which comprises information indicating that the PDU session is terminated due to session rule and/or PCC rule failure; wherein the the policy control delete message comprises a PduSessionRelCause IE with a value indicating the session rule and/or PCC rule failure. receiving a message from a second network function comprising created or updated one or more session rules and/or Policy and Charging Control, PCC, rules; determining whether to terminate a packet data unit, PDU, session based on a failure of enforcement of the session rules and/or the PCC rules; and characterized in that : when determining to terminate the PDU session based on the failure, sending , to the second network function, a policy control delete message which comprises information indicating that the PDU session is terminated due to session rule and/or PCC rule failure; wherein the the policy control delete message comprises a PduSessionRelCause IE with a value indicating the session rule and/or PCC rule failure. when determining to terminate the PDU session based on the failure, sending , to the second network function, a policy control delete message which comprises information indicating that the PDU session is terminated due to session rule and/or PCC rule failure; wherein the the policy control delete message comprises a PduSessionRelCause IE with a value indicating the session rule and/or PCC rule failure.
An anti-N3pGlu Aβ antibody for use in a method to treat a disease characterized by Aβ deposits in the brain of a patient positive for amyloid deposits comprising administering to the patient 6 separate doses at monthly intervals of 10 to 60 mg/kg of the antibody wherein the antibody has a light chain of SEQ ID NO: 28 and a heavy chain of SEQ ID NO: 29.
A medication injection pen , comprising: a housing ; a dose set knob comprising at least one internal tooth ; a brake member having a plurality of axially extending splines ; a driver including at least one external tooth for engaging said at least one internal tooth of said dose set knob and at least one ratchet arm engaging said plurality of axially extending splines ; and a lead screw rotatably fixed to said driver , characterized in that during dose setting via rotation of said dose set knob and dose correcting via rotation of said dose set knob to correct said set dose, said external tooth of said driver is rotationally disengaged from said internal tooth of said dose set knob and said ratchet arm is engaged with said axially extending splines of said brake member to prevent said driver from rotating with said dose set knob , and during an injection said external tooth of said driver is rotationally engaged with said internal tooth of said dose set knob causing said ratchet arm to slip from said axially extending splines of said brake member whereby said driver is allowed to rotate with said dose set knob , and rotation of said driver is then transferred to said lead screw to axially move a piston rod . a dose set knob comprising at least one internal tooth ; a brake member having a plurality of axially extending splines ; a driver including at least one external tooth for engaging said at least one internal tooth of said dose set knob and at least one ratchet arm engaging said plurality of axially extending splines ; and a lead screw rotatably fixed to said driver , characterized in that during dose setting via rotation of said dose set knob and dose correcting via rotation of said dose set knob to correct said set dose, said external tooth of said driver is rotationally disengaged from said internal tooth of said dose set knob and said ratchet arm is engaged with said axially extending splines of said brake member to prevent said driver from rotating with said dose set knob , and during an injection said external tooth of said driver is rotationally engaged with said internal tooth of said dose set knob causing said ratchet arm to slip from said axially extending splines of said brake member whereby said driver is allowed to rotate with said dose set knob , and rotation of said driver is then transferred to said lead screw to axially move a piston rod . during dose setting via rotation of said dose set knob and dose correcting via rotation of said dose set knob to correct said set dose, said external tooth of said driver is rotationally disengaged from said internal tooth of said dose set knob and said ratchet arm is engaged with said axially extending splines of said brake member to prevent said driver from rotating with said dose set knob , and during an injection said external tooth of said driver is rotationally engaged with said internal tooth of said dose set knob causing said ratchet arm to slip from said axially extending splines of said brake member whereby said driver is allowed to rotate with said dose set knob , and rotation of said driver is then transferred to said lead screw to axially move a piston rod .
A method in a node for achieving Radio Frequency, RF, requirement levels across a set of RF transceivers of a base station , wherein the set of RF transceivers generates one or more Multiple-Input Multiple-Output, MIMO, branches, the method comprising: grouping the one or more MIMO branches into groups of MIMO branches, wherein the one or more MIMO branches in each group of MIMO branches are generated from the same set of RF transceivers , the method being characterized by : generating a combined requirement level by combining a per MIMO branch RF requirement level for the MIMO branches in a group of MIMO branches using a combining function, and distributing the combined requirement level for the group of MIMO branches into a respective individual RF requirement level for each of the respective RF transceivers , responsible for generating the MIMO branches in the group of MIMO branches, according to a distribution function, and operating the set of RF transceivers by causing the output of the respective RF transceivers to at least meet the respective individual RF requirement level. grouping the one or more MIMO branches into groups of MIMO branches, wherein the one or more MIMO branches in each group of MIMO branches are generated from the same set of RF transceivers , the method being characterized by : generating a combined requirement level by combining a per MIMO branch RF requirement level for the MIMO branches in a group of MIMO branches using a combining function, and distributing the combined requirement level for the group of MIMO branches into a respective individual RF requirement level for each of the respective RF transceivers , responsible for generating the MIMO branches in the group of MIMO branches, according to a distribution function, and operating the set of RF transceivers by causing the output of the respective RF transceivers to at least meet the respective individual RF requirement level.
A comb device for assisting with the removal of head lice from hair, comprising: at least one comb and a comb handle having a grip section configured to be held in a user's hand for manipulation and movement in use, and a receiver section configured to detachably receive one comb in use; the comb handle and the at least one comb being configured for detachable connection in use; characterised in that the at least one comb comprises one comb with teeth with spacing of substantially 0.08mm, and one comb with teeth with spacing of substantially 0.09mm.
A method for detecting mechanical defects of a semiconductor device , in particular a solar cell or solar cell arrangement, having at least one pn-junction in a semiconductor layer formed of a semiconductor material with an indirect band junction, wherein - a voltage is applied to the at least one pn-junction for operating the pn-junction in a transmitting direction, - the radiation behavior of the semiconductor layer generated by the applied voltage is optically detected and analyzed at least for partial regions of the semiconductor layer, characterized in that the integral over the radiation intensity of at least a first partial region of a first semiconductor layer is automatically determined, subsequently the integral over the radiation intensity of at least one comparison region of the same semiconductor layer or of a second semiconductor layer is determined , and on the basis of the result of an automatic comparison of the two integrals, the first partial region is characterized as defective or as defect-free. - a voltage is applied to the at least one pn-junction for operating the pn-junction in a transmitting direction, - the radiation behavior of the semiconductor layer generated by the applied voltage is optically detected and analyzed at least for partial regions of the semiconductor layer, characterized in that the integral over the radiation intensity of at least a first partial region of a first semiconductor layer is automatically determined, subsequently the integral over the radiation intensity of at least one comparison region of the same semiconductor layer or of a second semiconductor layer is determined , and on the basis of the result of an automatic comparison of the two integrals, the first partial region is characterized as defective or as defect-free.
An electric plug-in connector for a separable flexible cable transfer, comprising an elongated contact-socket holder and a contact-pin part designed as a complement, and a flexible multicore connection cable which is introduced into the contact-pin part, and wherein the contact-socket holder includes at least two multipole line connectors arranged one beside the other in longitudinal direction, the counter-contacts for the line connectors of the contact-socket holder being arranged in the contact-pin part in contact bases which are carried by a printed circuit board accommodated in an elongated plug housing , characterized in that each line connector is firmly soldered up with the cores of a multicore connection line of a predefined length.
A system for monitoring and treating head, spine and body health status, comprising: a) a plurality of receiver units wherein each receiver unit is configured to be secured at a selected location on a wearer's body; and b) a plurality of universal multimodality sensor modules , each comprising one or more individual sensors, a power source , a printed circuit board including a processor , memory and communication module , wherein a respective multimodality sensor module is coupled with a respective receiver, characterized in that , one or more selected individual sensors within said each respective multimodality sensor module is powered depending upon said selected location of its respective receiver unit on said wearer's body; wherein health data related to the head, spine or body movements of the wearer is sensed at regular intervals using said one or more powered selected individual sensors; characterized in that the plurality of receiver units have contacts with configurations specific to the selected locations, the configurations causing selection of the one or more individual sensors; and when the universal multimodality sensor module is coupled to the receiver unit , leads interpret the specific contacts whereby one or more of the individual sensors are selected by the processor to power to receive the health data from the wearer . one or more selected individual sensors within said each respective multimodality sensor module is powered depending upon said selected location of its respective receiver unit on said wearer's body; wherein health data related to the head, spine or body movements of the wearer is sensed at regular intervals using said one or more powered selected individual sensors; characterized in that the plurality of receiver units have contacts with configurations specific to the selected locations, the configurations causing selection of the one or more individual sensors; and when the universal multimodality sensor module is coupled to the receiver unit , leads interpret the specific contacts whereby one or more of the individual sensors are selected by the processor to power to receive the health data from the wearer .
A method for operating a hearing device , wherein in the hearing device , a first direction-dependent signal and a second direction-depending signal are generated from a sound signal of the environment, wherein in the hearing device , from the sound signal , a first microphone signal is generated by a first microphone , and a second microphone signal is generated by a second microphone , wherein the first direction-dependent signal and/or the second direction-dependent signal are generated by means of a time-delayed superposition of the first microphone signal with the second microphone signal , respectively, wherein by means of the first direction-dependent signal and the second direction - dependent signal , a parameter is determined, which represents a quantitative measure for a stationarity of the sound signal , characterized in that a noise-optimized signal is generated from the first direction-dependent signal and the second direction-dependent signal by means of the parameter , the parameter is determined in a signal feedback loop from the noise-optimized signal , the noise-optimized signal is generated by a superposition of the first direction-dependent signal and the second direction-dependent signal , and a weighting factor for the superposition is ascertained by means of the parameter , wherein the noise-optimized signal is composed by a superposition of the first direction-dependent signal and the second direction-dependent signal , the latter being multiplied with the weighting factor, and, wherein the weighting factor is determined such that the noise-optimized signal has a minimal stationarity.
A surgical stapler comprising: an anvil assembly including an anvil spline ; a shell assembly including a shell spline ; and a handle assembly including an anvil retainer, the shell assembly secured to a distal portion of the handle assembly and the anvil assembly secured to the anvil retainer, the handle assembly including a motor configured to extend and retract the anvil retainer through the shell assembly such that the anvil assembly is moved away and towards the shell assembly, and a processing unit configured to send control signals to the motor to oscillate the anvil retainer between extension and retraction in a first oscillation pattern to obviate a spline crash between the anvil spline and the shell spline, characterised in that the processing unit is further configured to send control signals to the motor to oscillate the anvil retainer between extension and retraction in a second oscillation pattern different from the first oscillation pattern to resume retraction of the anvil assembly relative to the shell assembly after oscillating the anvil retainer in the first oscillation pattern. an anvil assembly including an anvil spline ; a shell assembly including a shell spline ; and a handle assembly including an anvil retainer, the shell assembly secured to a distal portion of the handle assembly and the anvil assembly secured to the anvil retainer, the handle assembly including a motor configured to extend and retract the anvil retainer through the shell assembly such that the anvil assembly is moved away and towards the shell assembly, and a processing unit configured to send control signals to the motor to oscillate the anvil retainer between extension and retraction in a first oscillation pattern to obviate a spline crash between the anvil spline and the shell spline, characterised in that the processing unit is further configured to send control signals to the motor to oscillate the anvil retainer between extension and retraction in a second oscillation pattern different from the first oscillation pattern to resume retraction of the anvil assembly relative to the shell assembly after oscillating the anvil retainer in the first oscillation pattern. configured to send control signals to the motor to oscillate the anvil retainer between extension and retraction in a first oscillation pattern to obviate a spline crash between the anvil spline and the shell spline, characterised in that the processing unit is further configured to send control signals to the motor to oscillate the anvil retainer between extension and retraction in a second oscillation pattern different from the first oscillation pattern to resume retraction of the anvil assembly relative to the shell assembly after oscillating the anvil retainer in the first oscillation pattern.
A communication device that operates as a base station, AP1, the communication device comprising: a determination unit configured to determine a communication status in a Basic Service Set, BSS of the communication device; and a control unit configured to control transmission and reception of a signal regarding connection change of a terminal to and from a surrounding base station, AP2, according to the communication status, wherein: the control unit is configured to control transmission of a request signal requesting a subordinate terminal, STA3, to be connected to the surrounding base station, the determination unit is configured to determine presence of a small number of terminals each having a first parameter falling outside a distribution of entire subordinate terminals, the first parameter representing an index of communication quality of the terminal, and the control unit is configured to control transmission of the request signal requesting the small number of terminals to be connected to the surrounding base station. a determination unit configured to determine a communication status in a Basic Service Set, BSS of the communication device; and a control unit configured to control transmission and reception of a signal regarding connection change of a terminal to and from a surrounding base station, AP2, according to the communication status, wherein: the control unit is configured to control transmission of a request signal requesting a subordinate terminal, STA3, to be connected to the surrounding base station, the determination unit is configured to determine presence of a small number of terminals each having a first parameter falling outside a distribution of entire subordinate terminals, the first parameter representing an index of communication quality of the terminal, and the control unit is configured to control transmission of the request signal requesting the small number of terminals to be connected to the surrounding base station. the control unit is configured to control transmission of a request signal requesting a subordinate terminal, STA3, to be connected to the surrounding base station, the determination unit is configured to determine presence of a small number of terminals each having a first parameter falling outside a distribution of entire subordinate terminals, the first parameter representing an index of communication quality of the terminal, and the control unit is configured to control transmission of the request signal requesting the small number of terminals to be connected to the surrounding base station.
An explosive composition for use in telescopically expanding non-lethal training ammunition comprising tetrazene and paraffin wax, wherein the paraffin wax is present in the form of micro particles having diameters in the range of about 20 μm to about 150 μm in diameter.
A battery module comprising: a battery cell stack in which a plurality of battery cells are stacked; a module frame that houses the battery cell stack; a first end plate and a second end plate that cover one side and the other side of the battery cell stack, respectively; a heat sink that is located under a bottom part of the module frame ; a coolant injection port that supplies coolant to the heat sink ; and a coolant discharge port that discharges the coolant from the heat sink, wherein the first end plate comprises first mounting parts that are formed on one surface of the first end plate , wherein the module frame comprises a first module frame protrusion and a second module frame protrusion that protrude from the bottom part of the module frame so as to pass the first end plate , wherein the coolant injection port is located on the first module frame protrusion , and the coolant discharge port is located on the second module frame protrusion , and wherein the coolant injection port and the coolant discharge port are spaced apart from each other along the width direction of the first end plate , and the first mounting parts are located between the coolant injection port and the coolant discharge port . a battery cell stack in which a plurality of battery cells are stacked; a module frame that houses the battery cell stack; a first end plate and a second end plate that cover one side and the other side of the battery cell stack, respectively; a heat sink that is located under a bottom part of the module frame ; a coolant injection port that supplies coolant to the heat sink ; and a coolant discharge port that discharges the coolant from the heat sink, wherein the first end plate comprises first mounting parts that are formed on one surface of the first end plate , wherein the module frame comprises a first module frame protrusion and a second module frame protrusion that protrude from the bottom part of the module frame so as to pass the first end plate , wherein the coolant injection port is located on the first module frame protrusion , and the coolant discharge port is located on the second module frame protrusion , and wherein the coolant injection port and the coolant discharge port are spaced apart from each other along the width direction of the first end plate , and the first mounting parts are located between the coolant injection port and the coolant discharge port .
A polymerization and finish device, for the finishing, especially for post-finishing, of dental restoration parts made of polymerizable plastics, especially dental restoration parts produced by stereolithography, having at least one light source which emits in the range of visible and/or ultraviolet wavelengths and with a blower for cooling the polymerization and finish device , comprising a light chamber , in which at least one wall (ceiling wall , floor wall, side wall ) is provided with the at least one light source , and a door leading to the light chamber having a storage location for dental restoration parts , the blower being arranged in an air duct which extends through a housing of the polymerization and finish device and especially flowing behind at least the light source wall characterized in in that the air duct extends through the light chamber and the light chamber has a light chamber inlet and a light chamber outlet which are mounted on different walls of the light chamber , and in that the air duct, with a plurality of deflections, transversely extends through the housing and is impermeable to light by virtue of the particular design.