mhurhangee/ep-ind-claims huggingface dataset:
A multiple speed transmission of a motorcycle, wherein a crankshaft actuated by the engine and a driven shaft, connected to a rear wheel, are substantially parallel and connected therebetween, comprising a first axial actuation synchronizer placed at the front of the crankshaft and a second axial actuation synchronizer arranged at the front of a driven shaft connected to a rear wheel, each synchronizer (16, 17) comprising a respective rotating cam actuator (26, 29) having a cam follower apt to be rotated by a respective cam spindle by determining a translation of the cam follower which interferes with an actuation end of the respective synchronizer (16,17) wherein the transmission further comprises: a toothed control wheel, keyed on one of the cam spindles, actuated in rotation by means of an electric motor equipped with a toothed shaft engaged in said toothed control wheel; and the transmission being characterised by further comprising: a first actuating pulley, connected to a cam spindle corresponding to said control wheel, and a second actuating pulley, connected to the other cam spindle, said pulleys (37, 38) being connected by a belt which causes the simultaneous rotation thereof by actuating said control wheel, each speed corresponding to an angular position of said first and second actuating pulleys (37, 38). a toothed control wheel, keyed on one of the cam spindles, actuated in rotation by means of an electric motor equipped with a toothed shaft engaged in said toothed control wheel; and the transmission being characterised by further comprising: a first actuating pulley, connected to a cam spindle corresponding to said control wheel, and a second actuating pulley, connected to the other cam spindle, said pulleys (37, 38) being connected by a belt which causes the simultaneous rotation thereof by actuating said control wheel, each speed corresponding to an angular position of said first and second actuating pulleys (37, 38).
A method for wireless communication of a base station (204C, 500), comprising: receiving data related to a plurality of wireless wide-area-network (WWAN) technologies, wherein first data related to a first set of WWAN technologies is received through one or more corresponding WWAN technology modems of the base station, and second data related to a second set of WWAN technologies is received from a second wireless node using a WWAN technology not included in the first set of WWAN technologies, the second set of WWAN technologies being different from the first set of WWAN technologies; aggregating the first data and the second data to generate a list of available WWAN technologies and corresponding protocols; providing the list to a first wireless node (206C, 502) using a WWAN technology different from the WWAN technologies included in the list; receiving a query from the first wireless node for additional data related to a selected one of the WWAN technologies included in the list, wherein the additional data comprises frequency ranges of dynamically available white space within a frequency range of the selected one of the WWAN technologies; providing the additional data to the first wireless node using a WWAN technology different from the WWAN technologies included in the list; and providing a reliability measure, corresponding to the additional data, to the first wireless node, and increasing the reliability measure when data are received from other wireless nodes that are similar to the additional data. receiving data related to a plurality of wireless wide-area-network (WWAN) technologies, wherein first data related to a first set of WWAN technologies is received through one or more corresponding WWAN technology modems of the base station, and second data related to a second set of WWAN technologies is received from a second wireless node using a WWAN technology not included in the first set of WWAN technologies, the second set of WWAN technologies being different from the first set of WWAN technologies; aggregating the first data and the second data to generate a list of available WWAN technologies and corresponding protocols; providing the list to a first wireless node (206C, 502) using a WWAN technology different from the WWAN technologies included in the list; receiving a query from the first wireless node for additional data related to a selected one of the WWAN technologies included in the list, wherein the additional data comprises frequency ranges of dynamically available white space within a frequency range of the selected one of the WWAN technologies; providing the additional data to the first wireless node using a WWAN technology different from the WWAN technologies included in the list; and providing a reliability measure, corresponding to the additional data, to the first wireless node, and increasing the reliability measure when data are received from other wireless nodes that are similar to the additional data.
A conveying apparatus for conveying food products, comprising: a conveyor developing along a closed conveying path, said conveyor comprising a first and second endless chain (4, 5) arranged parallel to each other; a plurality of containers transversally mounted between said first and second endless chain (4, 5), each container comprising: - at least one cup-shaped receptacle for a food product; - a first pin and a second pin protruding respectively from opposite ends of the container; a plurality of pairs of supports (11, 12), each pair being formed by a first support mounted on the first endless chain and a second support mounted on the second endless chain, each support (11, 12) having a bore dimensioned and shaped for receiving one of said pins (9, 10), the first pin and the second pin of each container being removably mounted within the bores of one pair of supports (11, 12) wherein said at least one cup-shaped receptacle comprises a perforated sheet with a plurality of through-holes, the perforated sheet being arranged to define a bottom of the cup-shaped receptacle for resting the food product, characterized in that said at least one cup-shaped receptacle comprises a lateral wall comprising a first plate and a second plate arranged so as to partially overlap in an overlapping zone in correspondence of the bottom, said first plate and second plate being mutually shaped in the overlapping zone so that they create an inner recess for holding the bottom. a conveyor developing along a closed conveying path, said conveyor comprising a first and second endless chain (4, 5) arranged parallel to each other; a plurality of containers transversally mounted between said first and second endless chain (4, 5), each container comprising: - at least one cup-shaped receptacle for a food product; - a first pin and a second pin protruding respectively from opposite ends of the container; - at least one cup-shaped receptacle for a food product; - a first pin and a second pin protruding respectively from opposite ends of the container; a plurality of pairs of supports (11, 12), each pair being formed by a first support mounted on the first endless chain and a second support mounted on the second endless chain, each support (11, 12) having a bore dimensioned and shaped for receiving one of said pins (9, 10), the first pin and the second pin of each container being removably mounted within the bores of one pair of supports (11, 12) wherein said at least one cup-shaped receptacle comprises a perforated sheet with a plurality of through-holes, the perforated sheet being arranged to define a bottom of the cup-shaped receptacle for resting the food product, characterized in that said at least one cup-shaped receptacle comprises a lateral wall comprising a first plate and a second plate arranged so as to partially overlap in an overlapping zone in correspondence of the bottom, said first plate and second plate being mutually shaped in the overlapping zone so that they create an inner recess for holding the bottom.
A self-assembling tumor-targeting photosensitizer-drug conjugate wherein a photosensitizer, a peptide, a linker and an anticancer agent are conjugated sequentially, wherein the peptide is a peptide which is conjugated to one side of the photosensitizer and comprises a sequence that can be specifically cleaved by caspase, the linker is conjugated to one end of the peptide and connects the peptide with the anticancer agent, and wherein the photosensitizer-drug conjugate is represented by Structural Formula 1:
A handle comprising: one or more surfaces suitable for contacting one or more digits of a user, wherein the handle is radially asymmetric, wherein the one or more surfaces comprise a first surface suitable for contacting a first digit of the user and a second surface suitable for contacting a second digit of the user, wherein at least one of the one or more surfaces comprises a concave feature, wherein the second surface is separated from the first surface by a ridge, characterised in that: a volume of the handle is substantially the same as a volume of space created by the user's curved digits and a portion of the user's palm when his or her hand is relaxed, wherein the portion of the user's palm comprises between 10% and 50% of the user's palm, optionally, wherein the portion of the user's palm is a portion above a line between the user's thumb and pinky finger, wherein the first digit is a thumb, index finger, or middle finger, and wherein the second digit is an index finger, middle finger, ring finger, or pinky finger. one or more surfaces suitable for contacting one or more digits of a user, wherein the handle is radially asymmetric, wherein the one or more surfaces comprise a first surface suitable for contacting a first digit of the user and a second surface suitable for contacting a second digit of the user, wherein at least one of the one or more surfaces comprises a concave feature, wherein the second surface is separated from the first surface by a ridge, characterised in that: a volume of the handle is substantially the same as a volume of space created by the user's curved digits and a portion of the user's palm when his or her hand is relaxed, wherein the portion of the user's palm comprises between 10% and 50% of the user's palm, optionally, wherein the portion of the user's palm is a portion above a line between the user's thumb and pinky finger, wherein the first digit is a thumb, index finger, or middle finger, and wherein the second digit is an index finger, middle finger, ring finger, or pinky finger. a volume of the handle is substantially the same as a volume of space created by the user's curved digits and a portion of the user's palm when his or her hand is relaxed, wherein the portion of the user's palm comprises between 10% and 50% of the user's palm, optionally, wherein the portion of the user's palm is a portion above a line between the user's thumb and pinky finger, wherein the first digit is a thumb, index finger, or middle finger, and wherein the second digit is an index finger, middle finger, ring finger, or pinky finger.
A processing method of direct communication, performed by a relay terminal and comprising: receiving a direct communication request message sent by a remote terminal, wherein the direct communication request message comprises: a flow identification of a first QoS flow requested to be established and a QoS parameter of the first QoS flow; the first QoS flow is a QoS flow on a direct communication interface between the remote terminal and the relay terminal; and sending a direct communication response message to the remote terminal, wherein the direct communication response message is configured to indicate that an establishment of the first QoS flow is finished; wherein the direct communication request message further comprises: a relay service code supported by the relay terminal; characterized in that prior to the sending the direct communication response message to the remote terminal, the method further comprises: in a case that a PDU session corresponding to the relay service code supported by the relay terminal is not established on a Uu interface, establishing the PDU session corresponding to the relay service code supported by the relay terminal on the Uu interface, and establishing a third QoS flow meeting the QoS parameter of the first QoS flow on the established PDU session. receiving a direct communication request message sent by a remote terminal, wherein the direct communication request message comprises: a flow identification of a first QoS flow requested to be established and a QoS parameter of the first QoS flow; the first QoS flow is a QoS flow on a direct communication interface between the remote terminal and the relay terminal; and sending a direct communication response message to the remote terminal, wherein the direct communication response message is configured to indicate that an establishment of the first QoS flow is finished; wherein the direct communication request message further comprises: a relay service code supported by the relay terminal; characterized in that prior to the sending the direct communication response message to the remote terminal, the method further comprises: in a case that a PDU session corresponding to the relay service code supported by the relay terminal is not established on a Uu interface, establishing the PDU session corresponding to the relay service code supported by the relay terminal on the Uu interface, and establishing a third QoS flow meeting the QoS parameter of the first QoS flow on the established PDU session. a relay service code supported by the relay terminal; characterized in that prior to the sending the direct communication response message to the remote terminal, the method further comprises: in a case that a PDU session corresponding to the relay service code supported by the relay terminal is not established on a Uu interface, establishing the PDU session corresponding to the relay service code supported by the relay terminal on the Uu interface, and establishing a third QoS flow meeting the QoS parameter of the first QoS flow on the established PDU session.
Heat transfer assembly for transferring heat from an element under electrical tension, comprising: - a first heat transfer assembly part thermally connectable to the element under electrical tension; - a second heat transfer assembly part thermally connected to the first heat transfer assembly part, - an electrically insulating filling material for electrically insulating the first heat transfer assembly part from the second heat transfer assembly part, the first heat transfer assembly part comprises a primary heat pipe which in use has a condenser part being remote from the element under electrical tension, wherein the primary heat pipe and the second heat transfer assembly part overlap each other over an effective length at the condenser part of the primary heat pipe, and wherein the filling material is provided between the primary heat pipe and the second heat transfer assembly part over at least the effective length characterized in that the first heat transfer assembly part comprises at least one primary heat pipe, and the second heat transfer assembly part comprises at least one secondary heat pipe, the at least one primary heat pipe and at least one secondary heat pipe being positioned substantially parallel to each other. - a first heat transfer assembly part thermally connectable to the element under electrical tension; - a second heat transfer assembly part thermally connected to the first heat transfer assembly part, - an electrically insulating filling material for electrically insulating the first heat transfer assembly part from the second heat transfer assembly part, the first heat transfer assembly part comprises a primary heat pipe which in use has a condenser part being remote from the element under electrical tension, wherein the primary heat pipe and the second heat transfer assembly part overlap each other over an effective length at the condenser part of the primary heat pipe, and wherein the filling material is provided between the primary heat pipe and the second heat transfer assembly part over at least the effective length characterized in that the first heat transfer assembly part comprises at least one primary heat pipe, and the second heat transfer assembly part comprises at least one secondary heat pipe, the at least one primary heat pipe and at least one secondary heat pipe being positioned substantially parallel to each other.
A process to manufacture a liquid detergent composition thickened with 0.1 % to no more than 10 % by weight of the composition of a linear and or cross linked alkali swellable polyacrylate copolymer wherein the composition comprises anionic surfactant comprising linear alkylbenzene sulfonate formed by neutralisation of linear alkylbenzene sulfonic acid during the process by one or more amines, the process comprising the steps of: a) Mixing the alkali swellable polyacrylate copolymer with water, then b) Further mixing at least one amine with the mixture of step a) the amount of amine being more than sufficient to neutralise the linear alkyl benzene sulfonic acid, and then c) Adding the linear alkylbenzene sulfonic acid to the thickened mixture of step b) thereby to form the corresponding anionic surfactant by neutralisation. a) Mixing the alkali swellable polyacrylate copolymer with water, then b) Further mixing at least one amine with the mixture of step a) the amount of amine being more than sufficient to neutralise the linear alkyl benzene sulfonic acid, and then c) Adding the linear alkylbenzene sulfonic acid to the thickened mixture of step b) thereby to form the corresponding anionic surfactant by neutralisation.
A phacoemulsification arrangement for a phacoemulsification procedure, comprising: a needle extending from a handpiece that includes a piezoelectric transducer; and a dual frequency producing circuit comprising a low-frequency oscillator and a high-frequency oscillator, the dual frequency producing circuit is electrically connected to the piezoelectric transducer, the low-frequency oscillator is configured to drive the piezoelectric transducer that periodically vibrates the needle at a low frequency of less than 60 kHz, and the high-frequency oscillator is configured to drive the piezoelectric transducer (1160 that periodically vibrates the needle at a high frequency of greater than or equal to 60 kHz while producing a single node of minimum amplitude along the needle, characterized in that the low-frequency oscillator is operable with the high-frequency oscillator to collectively periodically vibrate the needle with a hybrid standing wave that is defined by a low frequency standing wave superimposed over a high frequency standing wave. a needle extending from a handpiece that includes a piezoelectric transducer; and a dual frequency producing circuit comprising a low-frequency oscillator and a high-frequency oscillator, the dual frequency producing circuit is electrically connected to the piezoelectric transducer, the low-frequency oscillator is configured to drive the piezoelectric transducer that periodically vibrates the needle at a low frequency of less than 60 kHz, and the high-frequency oscillator is configured to drive the piezoelectric transducer (1160 that periodically vibrates the needle at a high frequency of greater than or equal to 60 kHz while producing a single node of minimum amplitude along the needle, characterized in that the low-frequency oscillator is operable with the high-frequency oscillator to collectively periodically vibrate the needle with a hybrid standing wave that is defined by a low frequency standing wave superimposed over a high frequency standing wave. the dual frequency producing circuit is electrically connected to the piezoelectric transducer, the low-frequency oscillator is configured to drive the piezoelectric transducer that periodically vibrates the needle at a low frequency of less than 60 kHz, and the high-frequency oscillator is configured to drive the piezoelectric transducer (1160 that periodically vibrates the needle at a high frequency of greater than or equal to 60 kHz while producing a single node of minimum amplitude along the needle, characterized in that the low-frequency oscillator is operable with the high-frequency oscillator to collectively periodically vibrate the needle with a hybrid standing wave that is defined by a low frequency standing wave superimposed over a high frequency standing wave.
A method of operating a magnetic resonance imaging system with regard to adjusting a radio frequency excitation field B 1 to be applied to a subject of interest to be imaged, the magnetic resonance imaging system being configured for acquiring magnetic resonance images of at least a portion of the subject of interest, the method comprising steps of - determining at least one position parameter (d) that is indicative of a position of at least the portion of the subject of interest relative to at least one radio frequency transmit antenna of the magnetic resonance imaging system; and - adjusting at least one radio frequency power-related parameter of radio frequency power to be fed to the at least one radio frequency transmit antenna in dependence of at least one out of the determined at least one position parameter (d) and a determined geometric dimension (w) of the subject of interest, characterized in that the step of determining the at least one position parameter (d) is carried out by employing a proximity detection unit having at least two proximity detectors (D 1, D 9) that are arranged to aim towards opposite halves of the subject of interest, the method further comprising a step of - determining at least one lateral dimension (w) of the subject of interest; and wherein the step of - adjusting the at least one radio frequency power-related parameter of the radio frequency power to be fed to the at least one radio frequency transmit antenna further is carried out in dependence of both the determined at least one position parameter (d) and the at least one lateral dimension (w) of the subject of interest. - determining at least one position parameter (d) that is indicative of a position of at least the portion of the subject of interest relative to at least one radio frequency transmit antenna of the magnetic resonance imaging system; and - adjusting at least one radio frequency power-related parameter of radio frequency power to be fed to the at least one radio frequency transmit antenna in dependence of at least one out of the determined at least one position parameter (d) and a determined geometric dimension (w) of the subject of interest, characterized in that the step of determining the at least one position parameter (d) is carried out by employing a proximity detection unit having at least two proximity detectors (D 1, D 9) that are arranged to aim towards opposite halves of the subject of interest, the method further comprising a step of - determining at least one lateral dimension (w) of the subject of interest; and wherein the step of - adjusting the at least one radio frequency power-related parameter of the radio frequency power to be fed to the at least one radio frequency transmit antenna further is carried out in dependence of both the determined at least one position parameter (d) and the at least one lateral dimension (w) of the subject of interest.