mhurhangee/patent-ind-claim-en huggingface dataset:
Coupling device for coupling an accessory to a carrying arm, the coupling device comprising: - A coupling module for coupling the accessory to the coupling device; - A first directional connector for providing a releasable connection to the carrying arm, the carrying arm comprising a second directional connector arranged to be connected to the first directional connector ; and - A joint for connecting the first directional connector to the coupling module; wherein: - The joint comprises a first joint member connected to the coupling module and a second joint member connected to the first directional connector ; - The first joint member and the second joint member are connected for providing the joint such that the first joint member and the second joint member are swivelable relative to one another over at least one swivelling axis which swivelling axis is provided under an angle with respect to the orientation of the first directional connector and - The first directional connector is directed in a longitudinal orientation with respect to the joint if the joint is in substantially a centre position; characterized in that at least one of the first directional connector and the second directional connector comprises a quick release connector , and in that the first directional connector is arranged for receiving a mating second directional connector in a manner forming a unidirectional connection. - A coupling module for coupling the accessory to the coupling device; - A first directional connector for providing a releasable connection to the carrying arm, the carrying arm comprising a second directional connector arranged to be connected to the first directional connector ; and - A joint for connecting the first directional connector to the coupling module; - The joint comprises a first joint member connected to the coupling module and a second joint member connected to the first directional connector ; - The first joint member and the second joint member are connected for providing the joint such that the first joint member and the second joint member are swivelable relative to one another over at least one swivelling axis which swivelling axis is provided under an angle with respect to the orientation of the first directional connector and - The first directional connector is directed in a longitudinal orientation with respect to the joint if the joint is in substantially a centre position; characterized in that at least one of the first directional connector and the second directional connector comprises a quick release connector , and in that the first directional connector is arranged for receiving a mating second directional connector in a manner forming a unidirectional connection.
A comb tooth holder for comminution devices with cutting teeth provided on comminution rolls, which interact with comb teeth arranged on at least one mating holder or cage for comminuting the material to be comminuted, consisting of at least one comb tooth body and at least one comb tooth and a first positively locking portion , wherein the comb tooth can be fastened to the comb tooth body by means of the first positively locking portion , wherein at least one additional positively locking portion is provided on the comb tooth holder for fastening the comb tooth to the comb tooth body , wherein in the middle and/or centrally in the recess extends a web surface connecting the two positively locking faces , wherein the first positive locking portion is formed as a recess which has the shape of a J when viewed laterally, and wherein the recess has wedge-shaped or conical, preferably outwardly tapering positively locking surfaces , wherein on and/or in the comb tooth body , a second positively locking portion follows the first positively locking portion , the second positively locking portion is provided as a cross support for the comb tooth , the second positively locking portion comprises a first and a second cross support surface which are angled in a falling manner relative to the positively locking surfaces in cutting direction (A) and the second positively locking portion has a cross support surface web which connects the two cross support surfaces to one another, characterized in that the second positively locking portion is further formed by at least one upper cross surface which adjoins the cross support surface web and the two cross support surfaces .
A method of wireless communication performed by a processor of a first mobile device, comprising: receiving configuration information that is associated with a future-compatible control channel and that provides an indication of a plurality of features described in the control channel and an indication of how the plurality of features are configured in a plurality of regions of the control channel, for enabling flexibility in adding or removing functionality in the control channel; receiving the control channel, wherein the control channel is common for a group of mobile devices, and includes a first subset of one or more regions configured to include information describing one or more of the plurality of features that are supported by the first mobile device, and includes a second subset of one or more regions configured to include information describing another one or more of the plurality of features supported by a second mobile device and not supported by the first mobile device; and processing the first subset of one or more regions of the control channel that are associated with one or more of the plurality of features that are supported and not processing the second subset of one or more regions of the control channel that are associated with the one or more of the plurality of features not supported by the first mobile device; and receiving configuration information that provide an indication of a size of the control channel allocated for each of the plurality of features and an indication of an order in which the plurality of features are included in the control channel. receiving configuration information that is associated with a future-compatible control channel and that provides an indication of a plurality of features described in the control channel and an indication of how the plurality of features are configured in a plurality of regions of the control channel, for enabling flexibility in adding or removing functionality in the control channel; receiving the control channel, wherein the control channel is common for a group of mobile devices, and includes a first subset of one or more regions configured to include information describing one or more of the plurality of features that are supported by the first mobile device, and includes a second subset of one or more regions configured to include information describing another one or more of the plurality of features supported by a second mobile device and not supported by the first mobile device; and processing the first subset of one or more regions of the control channel that are associated with one or more of the plurality of features that are supported and not processing the second subset of one or more regions of the control channel that are associated with the one or more of the plurality of features not supported by the first mobile device; and receiving configuration information that provide an indication of a size of the control channel allocated for each of the plurality of features and an indication of an order in which the plurality of features are included in the control channel.
A method in a network node in a wireless communication system supporting aggregation of component carriers, the method comprising when resources on at least two downlink component carriers are being assigned to a mobile terminal at the same time (904:1): - allocating , in a message on a first physical downlink control channel associated with a first downlink component carrier, bits related to power control of a physical uplink control channel in a bit field for power control, characterized by - allocating , in a message on a second physical downlink control channel associated with a second one of said at least two downlink component carriers, an indication or part of an indication of physical uplink control channel or physical uplink shared channel resources to be used for conveying hybrid automatic repeat request, H-ARQ, related information in a bit field corresponding to the bit field used for power control in the message on the first physical downlink control channel, and - transmitting said allocated control information to said mobile terminal. - allocating , in a message on a first physical downlink control channel associated with a first downlink component carrier, bits related to power control of a physical uplink control channel in a bit field for power control, - allocating , in a message on a second physical downlink control channel associated with a second one of said at least two downlink component carriers, an indication or part of an indication of physical uplink control channel or physical uplink shared channel resources to be used for conveying hybrid automatic repeat request, H-ARQ, related information in a bit field corresponding to the bit field used for power control in the message on the first physical downlink control channel, and - transmitting said allocated control information to said mobile terminal.
A decoding apparatus comprising: an acquisition unit that is adapted to acquire a plurality of audio encoded bit streams in which a plurality of pieces of source data with synchronized reproduction timing are each encoded on the basis of frames after Modified Discrete Cosine Transform, MDCT, processing; a selection unit that is adapted to determine a boundary position for switching output of the plurality of audio encoded bit streams and that is adapted to selectively supply one of the plurality of acquired audio encoded bit streams to a decoding processing unit according to the boundary position; and the decoding processing unit that is adapted to apply a decoding process including inverse MDCT, IMDCT, processing corresponding to the MDCT processing to one of the plurality of audio encoded bit streams input through the selection unit, wherein the decoding processing unit is adapted to skip overlap-and-add in the IMDCT processing corresponding to each frame before and after the boundary position. an acquisition unit that is adapted to acquire a plurality of audio encoded bit streams in which a plurality of pieces of source data with synchronized reproduction timing are each encoded on the basis of frames after Modified Discrete Cosine Transform, MDCT, processing; a selection unit that is adapted to determine a boundary position for switching output of the plurality of audio encoded bit streams and that is adapted to selectively supply one of the plurality of acquired audio encoded bit streams to a decoding processing unit according to the boundary position; and the decoding processing unit that is adapted to apply a decoding process including inverse MDCT, IMDCT, processing corresponding to the MDCT processing to one of the plurality of audio encoded bit streams input through the selection unit, wherein the decoding processing unit is adapted to skip overlap-and-add in the IMDCT processing corresponding to each frame before and after the boundary position.
A system of increasing a temperature of a battery for a vehicle, the system comprising: an on-board charger including a capacitor and a bidirectional direct current (DC) converter having first input/output terminals connected to the capacitor and second input/output terminals connected to a battery and configured to perform a bidirectional power transfer between the first input/output terminals and the second input/output terminals ; characterized in a controller configured to: drive, when temperature rising of the battery is required, the bidirectional DC converter such that a direction of a power transfer is alternated, and supply an alternating current (AC) current having a predetermined frequency to the battery , and in that the predetermined frequency is determined based on a current frequency in an area in which impedance exhibits a relatively low level compared to a current frequency-impedance characteristic of the battery . an on-board charger including a capacitor and a bidirectional direct current (DC) converter having first input/output terminals connected to the capacitor and second input/output terminals connected to a battery and configured to perform a bidirectional power transfer between the first input/output terminals and the second input/output terminals ; characterized in a controller configured to: drive, when temperature rising of the battery is required, the bidirectional DC converter such that a direction of a power transfer is alternated, and supply an alternating current (AC) current having a predetermined frequency to the battery , and drive, when temperature rising of the battery is required, the bidirectional DC converter such that a direction of a power transfer is alternated, and supply an alternating current (AC) current having a predetermined frequency to the battery , and in that the predetermined frequency is determined based on a current frequency in an area in which impedance exhibits a relatively low level compared to a current frequency-impedance characteristic of the battery .
Pharmaceutical composition for parenteral administration comprising a) Ibuprofen or a pharmaceutically acceptable salt thereof, and b) a phosphate buffer, wherein the concentration of Ibuprofen or a pharmaceutically acceptable salt thereof is in the range of 15-25 mmol/l or in the range of 2-6 g/l, and wherein the molar ratio of phosphate to Ibuprofen is in the range of 0.35:1 to 0.37:1. a) Ibuprofen or a pharmaceutically acceptable salt thereof, and b) a phosphate buffer,
A compound of Formula XX, or a lactone thereof, such as a compound of formula XIX or XXI, for use in the treatment and/or prevention of a bacterial infection selected from the group consisting of Gardnerella vaginalis, Mobiluncus spp, Ureaplasma urealyticum, Mycoplasma hominis, Prevotella spp, Enterococci, Bacteroides spp, Peptostreptococcus spp, Porphyromonas gingivalis, Escherichia coli, Pseudomonas aeruginosa, Acetinobacter baumanii, Streptococcus pyogenes, Beta-Hemolytic Streptococci Group C, Beta-Hemolytic Streptococci Group G-, and/or Streptococcus agalactiae infection.
A cushion device configured for placement on a medical instrument stand , the cushion device comprising: an upper portion having a front side, a rear side, first and second longitudinal sides, an upper surface, and a bottom surface; a front portion connected to the front side of the upper portion and extending downwards therefrom and below the bottom surface; first and second side portions each connected respectively to the first and second longitudinal sides of the upper portion and extending downward therefrom and below the bottom surface; and a hollow receptacle defined by an inner surface of the front portion extending downwards and below the upper portion , opposing inner surfaces of the first and second side portions extending downwards and below the upper portion , and the bottom surface of the upper portion , wherein the hollow receptacle is configured in size and shape to fit over and receive therein a medical instrument tray or portion of a frame of a medical instrument stand associated with a medical instrument tray . an upper portion having a front side, a rear side, first and second longitudinal sides, an upper surface, and a bottom surface; a front portion connected to the front side of the upper portion and extending downwards therefrom and below the bottom surface; first and second side portions each connected respectively to the first and second longitudinal sides of the upper portion and extending downward therefrom and below the bottom surface; and a hollow receptacle defined by an inner surface of the front portion extending downwards and below the upper portion , opposing inner surfaces of the first and second side portions extending downwards and below the upper portion , and the bottom surface of the upper portion , wherein the hollow receptacle is configured in size and shape to fit over and receive therein a medical instrument tray or portion of a frame of a medical instrument stand associated with a medical instrument tray .
A threshing and separating system for an agricultural harvester , comprising: a rotor defining a rotor axis (AR); and a rotor cage at least partially enclosing said rotor , said rotor cage including a first flat wall , a second flat wall connected to and angled with respect to said first flat wall , and a curved wall connected to said second flat wall ; characterized in that : said curved wall defines a radius (R) relative to the rotor axis (AR) which is adjacent to a second wall end of said second flat wall ; and at least one vane is connected to one of said first flat wall and said second flat wall . a rotor defining a rotor axis (AR); and a rotor cage at least partially enclosing said rotor , said rotor cage including a first flat wall , a second flat wall connected to and angled with respect to said first flat wall , and a curved wall connected to said second flat wall ;
A data transmission method, comprising: Calculating (S301) a first duration based on at least two to-be-sent data flows and a first time interval, wherein the first time interval is a preset value, and different data flows in the at least two to-be-sent data flows have different 5-tuples; and sending (S302) a first data flow, wherein the first data flow belongs to the at least two to-be-sent data flows; wherein a plurality of packets of the first data flow are sent in a first time period, followed by a second time interval, and another plurality of packets of the first data flow are sent in a second time period following the second time interval, a duration of the first time period and a duration of the second time period are both equal to the first duration, and the second time interval is greater than or equal to the first time interval characterized by : wherein the calculating a first duration based on at least two to-be-sent data flows and a first time interval comprises: determining a quantity of to-be-sent data flows, wherein the first duration ≥ the first time interval/(the quantity of to-be-sent data flows - 1). Calculating (S301) a first duration based on at least two to-be-sent data flows and a first time interval, wherein the first time interval is a preset value, and different data flows in the at least two to-be-sent data flows have different 5-tuples; and sending (S302) a first data flow, wherein the first data flow belongs to the at least two to-be-sent data flows; wherein a plurality of packets of the first data flow are sent in a first time period, followed by a second time interval, and another plurality of packets of the first data flow are sent in a second time period following the second time interval, a duration of the first time period and a duration of the second time period are both equal to the first duration, and the second time interval is greater than or equal to the first time interval characterized by : wherein the calculating a first duration based on at least two to-be-sent data flows and a first time interval comprises: determining a quantity of to-be-sent data flows, wherein the first duration ≥ the first time interval/(the quantity of to-be-sent data flows - 1).
Device for measuring muscular force and/or energy applied on two handles by a user, comprising: a first handle ; a second handle ; two beams built-in as cantilevers from a central support, each constituting a bending load cell; one or more sensors for transducing the strain of each of said beams; two force transmission shafts , wherein one of the ends of each said shaft is rotatably coupled to each of the non-fixed ends of said beams and the other end of each said shaft is coupled to the first handle ; wherein said central support is jointly coupled to the second handle or wherein said central support is the second handle . a first handle ; a second handle ; two beams built-in as cantilevers from a central support, each constituting a bending load cell; one or more sensors for transducing the strain of each of said beams; two force transmission shafts , wherein one of the ends of each said shaft is rotatably coupled to each of the non-fixed ends of said beams and the other end of each said shaft is coupled to the first handle ; wherein said central support is jointly coupled to the second handle or wherein said central support is the second handle .
An auxiliary lock for a lock, wherein the auxiliary lock comprises: - at least one latching element which is adjustable between a latched position and an unlatched position, with the latching element located in the unlatched position being automatically adjustable into the latched position; and - at least one latch bolt which is displaceably supported between an extended position and a retracted position, wherein a respective frame-side recess, into which the latching element located in the latched position and the latch bolt located in the extended position engage in the closed position of the lock, is associated with the latch bolt and with the latching element ; wherein the latch bolt of the auxiliary lock and the latching element of the auxiliary lock are mutually arranged such that the latch bolt which has at least partly moved into the recess of the frame associated with the latch bolt holds the lock in a position in which the latching element of the auxiliary lock can be moved into the recess of the frame associated with the latching element in a substantially friction-free manner, in particular with clearance; wherein the latching element is coupled to a transmission element of the auxiliary lock via a coupling element which is in particular pin-shaped, with the coupling element being respectively displaceably supported at the latching element , at the transmission element and at a part of the auxiliary lock fixed to the housing; and wherein the part fixed to the housing forms an abutment for the coupling element in the latched position of the latching element , said abutment blocking a pushing back of the latching element in the direction of the unlatched position. - at least one latching element which is adjustable between a latched position and an unlatched position, with the latching element located in the unlatched position being automatically adjustable into the latched position; and - at least one latch bolt which is displaceably supported between an extended position and a retracted position,