mhurhangee/patent-ind-claim-en huggingface dataset:
Method for executing an interactive application, in which the program flow is influenced by the user, which is performed by at least one data processing device, said method comprising: - providing data parts from a data memory, which are required for the execution of the application, the data parts being stored in the data memory in a physical order which is in some areas or completely based on an expected required chronological order, such that, when a requested data part is read from the data memory, a prefetching of the data parts is achieved by also reading physically neighbouring data parts in one step, and wherein the expected required chronological order is based on a combination of multiple required chronological orders acquired during the execution of the application. - providing data parts from a data memory, which are required for the execution of the application, the data parts being stored in the data memory in a physical order which is in some areas or completely based on an expected required chronological order, such that, when a requested data part is read from the data memory, a prefetching of the data parts is achieved by also reading physically neighbouring data parts in one step, and wherein the expected required chronological order is based on a combination of multiple required chronological orders acquired during the execution of the application.
An agitator for a front-loading drum washing machine, comprising: a first agitating subsection having an agitating rib facing a washing cavity, the agitating rib of the first agitating subsection being provided with water spray holes ; a second agitating subsection , wherein the second agitating subsection and the first agitating subsection are separate parts, and the second agitating subsection and the first agitating subsection are mounted and jointly define a water spray channel in communication with the water spray holes ; wherein the first agitating subsection is an agitating disk , the second agitating subsection is a spray frame , the spray frame is mounted in the agitating disk , the agitating rib is formed on the agitating disk , and the agitating disk is provided with a mounting surface facing away from the washing cavity; characterised in that the spray frame comprises a central water collecting block ; a plurality of water distributing arms , spaced apart from each other along a circumferential direction of the central water collecting block , connected to an outer circumferential surface of the central water collecting block , and provided with water passing holes correspondingly in communication with the water spray holes . a first agitating subsection having an agitating rib facing a washing cavity, the agitating rib of the first agitating subsection being provided with water spray holes ; a second agitating subsection , wherein the second agitating subsection and the first agitating subsection are separate parts, and the second agitating subsection and the first agitating subsection are mounted and jointly define a water spray channel in communication with the water spray holes ; wherein the first agitating subsection is an agitating disk , the second agitating subsection is a spray frame , the spray frame is mounted in the agitating disk , the agitating rib is formed on the agitating disk , and the agitating disk is provided with a mounting surface facing away from the washing cavity; characterised in that the spray frame comprises a central water collecting block ; a plurality of water distributing arms , spaced apart from each other along a circumferential direction of the central water collecting block , connected to an outer circumferential surface of the central water collecting block , and provided with water passing holes correspondingly in communication with the water spray holes .
A method for a wireless communication apparatus configured to use a wake-up signal, WUS, transmitted for waking up a main receiver of a wireless communication device responsive to detection of the WUS by a wake-up receiver, WUR, of the wireless communication device, the method comprising: controlling a WUS bandwidth of the WUR based on a reception condition metric for the WUR, wherein controlling the WUS bandwidth comprises selecting a first WUS bandwidth when the reception condition metric indicates first reception conditions and selecting a second WUS bandwidth when the reception condition metric indicates second reception conditions, wherein the first WUS bandwidth is wider than the second WUS bandwidth and the first reception conditions have lower signal-to-interference ratio, SIR, value than SIR value of the second reception conditions.
Injection device having a longitudinal axis (L), comprising: - a housing (1, 1', 1", 1''') for receiving a product container (3, 3', 3", 3'''), wherein the product container (3, 3', 3", 3''') has a fixedly connected injection needle (3e, 3e', 3e", 3e'''), wherein a needle protection cap (5, 5', 5", 5''') that encloses the injection needle (3e, 3e', 3e", 3e''') and seals it sterilely against the surroundings is releasably arranged on the product container (3, 3', 3", 3'''), - a device cap (2, 2', 2", 2''') that is releasably provided at the distal end of the housing (1, 1', 1", 1'''), wherein the device cap (2, 2', 2", 2''') comprises an engagement element (2c, 2c', 2c", 2c''', 2c'''', 2c''''') in order to effect the removal of the needle protection cap (5, 5', 5", 5''') from the product container (3, 3', 3", 3''') when the device cap (2, 2', 2", 2''') is removed from the injection device, characterized in that the engagement element (2c, 2c', 2c", 2c''', 2c'''', 2c''''') is deformable plastically in such a manner that the engagement element (2c, 2c', 2c", 2c''', 2c'''', 2c''''') can move from a spaced-apart position, in which the engagement element (2c, 2c', 2c", 2c''', 2c'''', 2c''''') is at a radial distance from the needle protection cap (5, 5', 5", 5'''), into an engagement position, in which the engagement element (2c, 2c', 2c", 2c''', 2c'''', 2c''''') is engaged with the needle protection cap (5, 5', 5", 5'''), wherein the engagement element (2c, 2c', 2c", 2c''', 2c'''', 2c''''') is deformed plastically during removal of the device cap (2, 2', 2", 2'''). - a housing (1, 1', 1", 1''') for receiving a product container (3, 3', 3", 3'''), wherein the product container (3, 3', 3", 3''') has a fixedly connected injection needle (3e, 3e', 3e", 3e'''), wherein a needle protection cap (5, 5', 5", 5''') that encloses the injection needle (3e, 3e', 3e", 3e''') and seals it sterilely against the surroundings is releasably arranged on the product container (3, 3', 3", 3'''), - a device cap (2, 2', 2", 2''') that is releasably provided at the distal end of the housing (1, 1', 1", 1'''), wherein the device cap (2, 2', 2", 2''') comprises an engagement element (2c, 2c', 2c", 2c''', 2c'''', 2c''''') in order to effect the removal of the needle protection cap (5, 5', 5", 5''') from the product container (3, 3', 3", 3''') when the device cap (2, 2', 2", 2''') is removed from the injection device, characterized in that the engagement element (2c, 2c', 2c", 2c''', 2c'''', 2c''''') is deformable plastically in such a manner that the engagement element (2c, 2c', 2c", 2c''', 2c'''', 2c''''') can move from a spaced-apart position, in which the engagement element (2c, 2c', 2c", 2c''', 2c'''', 2c''''') is at a radial distance from the needle protection cap (5, 5', 5", 5'''), into an engagement position, in which the engagement element (2c, 2c', 2c", 2c''', 2c'''', 2c''''') is engaged with the needle protection cap (5, 5', 5", 5'''), wherein the engagement element (2c, 2c', 2c", 2c''', 2c'''', 2c''''') is deformed plastically during removal of the device cap (2, 2', 2", 2''').
A head fixation device to stabilize a head of a patient, the device comprising: (a) a rocker arm assembly comprising an arm , wherein the rocker arm assembly defines a rotational axis about which the arm is rotatable; (b) two contact features retained by the rocker arm assembly or two bores configured to each selectively retain a contact feature for contacting the head of the patient, wherein the contact features are configured to contact the head of the patient, wherein each of the contact features or each of the bores defines a longitudinal axis that extends through a distal end of the contact feature configured to contact the head of the patient or through the bore, and (c) a pin holder opposite the rocker arm assembly, wherein the pin holder includes a third contact feature or bore configured to contact the head of the patient, characterized in that the contact features or bores form an isosceles triangle and an angle defined by the two longitudinal axes of the contact features or bores retained by the rocker arm assembly is less than about 30 degrees. (a) a rocker arm assembly comprising an arm , wherein the rocker arm assembly defines a rotational axis about which the arm is rotatable; (b) two contact features retained by the rocker arm assembly or two bores configured to each selectively retain a contact feature for contacting the head of the patient, wherein the contact features are configured to contact the head of the patient, wherein each of the contact features or each of the bores defines a longitudinal axis that extends through a distal end of the contact feature configured to contact the head of the patient or through the bore, and (c) a pin holder opposite the rocker arm assembly, wherein the pin holder includes a third contact feature or bore configured to contact the head of the patient,
A computer implemented method for completing a call attempt made by a first party to a second party , said method comprising: detecting a termination of said call attempt (401-402) made by said first party on a first network to contact said second party on a second network , by said first network , wherein said second network is the same as said first network or one of a plurality of networks excluding the first network ; said method characterized by further comprising: communicating availability of a messaging service to the first party , by the first network , wherein the first party is not billed for said communication of said availability of the messaging service, and wherein said availability of said messaging service is communicated to said first party before or after manual termination of said call attempt by said first party ; receiving, by the first network , an explicit or implicit action from the first party indicating an acceptance of said messaging service or a declination of said messaging service based on receiving an explicit dual tone multi frequency input by the first party on said user communication device of the first party or an implicit predefined timeout period; receiving a message created by the first party using said user communication device of the first party , by the first network , on said acceptance of said messaging service by the first party , and delivering said created message to the second party on said user communication device of the second party ; and delivering a missed call notification to the second party on said user communication device of the second party , by the first network , on said declination of said messaging service by the first party ; whereby the call attempt made by the first party to the second party is completed. communicating availability of a messaging service to the first party , by the first network , wherein the first party is not billed for said communication of said availability of the messaging service, and wherein said availability of said messaging service is communicated to said first party before or after manual termination of said call attempt by said first party ; receiving, by the first network , an explicit or implicit action from the first party indicating an acceptance of said messaging service or a declination of said messaging service based on receiving an explicit dual tone multi frequency input by the first party on said user communication device of the first party or an implicit predefined timeout period; receiving a message created by the first party using said user communication device of the first party , by the first network , on said acceptance of said messaging service by the first party , and delivering said created message to the second party on said user communication device of the second party ; and delivering a missed call notification to the second party on said user communication device of the second party , by the first network , on said declination of said messaging service by the first party ;
A polymer, comprising: a polymer structure described by: wherein: Y is selected from the group consisting of sulphur and sulphoxide; a and n are integers, wherein a ranges from 2 to 10, and n ranges from 1 to 1000; R is selected from the group consisting of: wherein c, d and e are all integers that range independently from 0 to 10; and X is selected from the group consisting of hydrogen, fluorine, methyl, ethyl, isopropyl, and trifluoromethyl. a polymer structure described by: wherein: Y is selected from the group consisting of sulphur and sulphoxide; a and n are integers, wherein a ranges from 2 to 10, and n ranges from 1 to 1000; R is selected from the group consisting of: wherein c, d and e are all integers that range independently from 0 to 10; and X is selected from the group consisting of hydrogen, fluorine, methyl, ethyl, isopropyl, and trifluoromethyl. Y is selected from the group consisting of sulphur and sulphoxide; a and n are integers, wherein a ranges from 2 to 10, and n ranges from 1 to 1000; R is selected from the group consisting of: wherein c, d and e are all integers that range independently from 0 to 10; and X is selected from the group consisting of hydrogen, fluorine, methyl, ethyl, isopropyl, and trifluoromethyl.
Leadthrough device for holding a conduit in a wall opening of a wall , in particular building wall, wherein the leadthrough device has a holding element with a passage hole , through which the conduit can be led, and has an outer frame , in the frame interior of which the holding element is held in resilient fashion by means of at least one spring device , characterized in that two adjacent spring devices of the leadthrough device form a connection unit (41-44), in which the two spring devices are fastened in each case by means of their first end to the holding element and by means of their second end to the frame , wherein - the two first ends are spaced apart from one another and define a first distance (S1), and - the two second ends are spaced apart from one another and define a second distance (S2), and the angle between the direction vectors of the two distances lies between 80° and 110°, wherein the first distance (S1) is arranged in the frame plane of the frame or parallel thereto, and the second distance (S2) is arranged perpendicular to the frame plane of the frame , wherein the holding element is fastened at two mutually opposite edges, hereinafter referred to as first and second edges , to the frame , in each case by means of two or at least two connection units (41-44) arranged spaced apart from one another. - the two first ends are spaced apart from one another and define a first distance (S1), and - the two second ends are spaced apart from one another and define a second distance (S2), and
A handling system for ground-engaging wear parts for earth working equipment, the handling system comprising a plurality of discrete handling tools , a manipulator , having a connector to separately engage and move each of the handling tools , to engage a wear part for installing and/or removing the wear part (7;15) onto or from a base , and a controller to control the movements of the manipulator and the handling tools , characterized by a first handling tool of the plurality of discrete handling tools including a gripping assembly for engaging a first wear part (7;15) and a second handling tool of the plurality of handling tools including a gripping assembly for engaging a second wear part (15;7) of a different style for movement onto or from a base .
An answer information feedback method in a 3rd Generation Partnership Project, 3GPP, protocol, characterized in that the method comprises: with respect to a current uplink subframe of a primary carrier in a Time Division Duplexing, TDD, mode, determining a downlink subframe of a secondary carrier in a Supplement Downlink, SDL, mode and corresponding to the current uplink subframe in answer information feedback as a to-be-fed-back downlink subframe in accordance with a predetermined downlink retransmission timing mode of the secondary carrier for a timeslot configuration for the primary carrier, wherein the secondary carrier in the SDL mode is merely used for downlink transmission, and in the predetermined downlink retransmission timing mode, uplink subframes of the primary carrier correspond to different downlink subframes of the secondary carrier, downlink subframes of the secondary carrier corresponding to the respective uplink subframes of the primary carrier comprise all downlink subframes of the secondary carrier, and one of the uplink subframes of the primary carrier is separated from a corresponding downlink subframe of the secondary carrier by at least four subframes; and transmitting answer information for the to-be-fed-back downlink subframe to a network side using the current uplink subframe. with respect to a current uplink subframe of a primary carrier in a Time Division Duplexing, TDD, mode, determining a downlink subframe of a secondary carrier in a Supplement Downlink, SDL, mode and corresponding to the current uplink subframe in answer information feedback as a to-be-fed-back downlink subframe in accordance with a predetermined downlink retransmission timing mode of the secondary carrier for a timeslot configuration for the primary carrier, wherein the secondary carrier in the SDL mode is merely used for downlink transmission, and in the predetermined downlink retransmission timing mode, uplink subframes of the primary carrier correspond to different downlink subframes of the secondary carrier, downlink subframes of the secondary carrier corresponding to the respective uplink subframes of the primary carrier comprise all downlink subframes of the secondary carrier, and one of the uplink subframes of the primary carrier is separated from a corresponding downlink subframe of the secondary carrier by at least four subframes; and transmitting answer information for the to-be-fed-back downlink subframe to a network side using the current uplink subframe.
A beam tracking apparatus for tracking a light beam (L) in an optical arrangement , comprising a deflection unit which is configured to change the direction of propagation of the light beam (L); a spatially resolving light detector for detecting at least a portion of the light beam (L); and a control unit which is connected to the deflection unit and to the light detector , which is configured to determine a deviation of a position of incidence of the light spot from a desired position on the basis of detector signals generated by the light detector , and which is configured to control the deflection unit on the basis of the determined deviation such that the deviation of the position of incidence of the light spot from the desired position is compensated, wherein the deflection unit comprises an optical element and a thermal device coupled to the optical element , with the thermal device being configured to locally cool and/or heat the optical element in order to generate a temperature gradient in the optical element , said temperature gradient extending transversely to the direction of propagation of the light beam (L) and effecting, in the optical element , a correspondingly extending gradient of the optical path length which the light beam (L) runs through in the optical element so that the direction of propagation of the light beam (L) changes by a desired amount and/or in a desired direction, characterized in that the optical element is configured as an array of optical fibers extending in parallel with one another.
A device for tilling soil, which device comprises a first set of rotatable tines for removing a first layer of soil, a drive train for rotating the first set of tines, the drive train comprising a drive or an interface for operative connection to a drive of a towing vehicle which is detachably coupled to the device for tilling soil, a second set of tines for tilling a second layer of soil which has been exposed by removing the first layer of soil, and a guide (41-43) for applying, on top of the second layer of soil which is to be tilled and / or which has been tilled by the second set of tines, material of the first layer of soil which has been removed by the first set of tines, wherein the guide comprises a first guide means for applying, on top of the second layer of soil which is to be tilled and / or which has been tilled by the second set of tines, a first material of the first layer of soil which has been removed by the first set of tines, and an adjustable second guide means for applying, on top of said first material which has been applied on top of the second layer of soil, a second material of the first layer of soil which has been removed by the first set of tines, characterised in that the second guide means comprises one or more guide plates which can be pivoted in the transverse direction.
The multispecific molecule comprising a binding domain specific to the antigen CD45 and a binding domain specific to the antigen CD79a and/or CD79b.
A data management system, comprising: a data acquisition unit configured to acquire, from each of a plurality of sensors , measurement data obtained by measuring a fluid flowing in a flow path; a data recording unit configured to record the acquired measurement data; a data volume reduction unit configured to reduce a data volume to be recorded for a target sensor based on the measurement data acquired from another sensor installed in either an upstream or a downstream from the target sensor in the flow path among the plurality of sensors; characterized in that the data volume reduction unit is configured to reduce a data volume to be recorded for the target sensor in a target period based on a time-series change of the measurement data acquired from the other sensor in a corresponding period; and, in a case where a similarity between the time-series change of the measurement data acquired from the other sensor in the corresponding period and a time-series change of the measurement data acquired from the target sensor in the target period falls within a preset range, the data volume reduction unit is configured to reduce a data volume to be recorded for the target sensor in the target period. a data acquisition unit configured to acquire, from each of a plurality of sensors , measurement data obtained by measuring a fluid flowing in a flow path; a data recording unit configured to record the acquired measurement data; a data volume reduction unit configured to reduce a data volume to be recorded for a target sensor based on the measurement data acquired from another sensor installed in either an upstream or a downstream from the target sensor in the flow path among the plurality of sensors; characterized in that the data volume reduction unit is configured to reduce a data volume to be recorded for the target sensor in a target period based on a time-series change of the measurement data acquired from the other sensor in a corresponding period; and, in a case where a similarity between the time-series change of the measurement data acquired from the other sensor in the corresponding period and a time-series change of the measurement data acquired from the target sensor in the target period falls within a preset range, the data volume reduction unit is configured to reduce a data volume to be recorded for the target sensor in the target period.