mhurhangee/ep-ind-claims huggingface dataset:
A remote station (102, 102A) for a wireless communication system, the remote station comprising: means for receiving control information on a first downlink on a first carrier frequency and on a second downlink a shared physical channel on a second carrier frequency different from the first carrier frequency, the shared physical channel including a first physical shared channel having a unicast signal and a second physical shared channel having a multicast or broadcast signal, the unicast being multiplexed in time with the multicast or broadcast signal, wherein the means for receiving are configured to receive on a third downlink a shared physical channel on a third carrier frequency different from the first and second carrier frequencies, the shared physical channel on the third downlink including a third physical shared channel having a unicast signal and a fourth physical shared channel having a multicast or broadcast signal, the unicast signal of the third physical shared channel being multiplexed in time with the multicast or broadcast signal of the fourth physical shared channel, wherein the control information on the first carrier frequency comprises in subframes, first control information related to the use of the unicast signals carried by the other carrier frequencies and in the same frame, second control information related to the use of the multicast or broadcast signals carried by the other carrier frequencies. means for receiving control information on a first downlink on a first carrier frequency and on a second downlink a shared physical channel on a second carrier frequency different from the first carrier frequency, the shared physical channel including a first physical shared channel having a unicast signal and a second physical shared channel having a multicast or broadcast signal, the unicast being multiplexed in time with the multicast or broadcast signal, wherein the means for receiving are configured to receive on a third downlink a shared physical channel on a third carrier frequency different from the first and second carrier frequencies, the shared physical channel on the third downlink including a third physical shared channel having a unicast signal and a fourth physical shared channel having a multicast or broadcast signal, the unicast signal of the third physical shared channel being multiplexed in time with the multicast or broadcast signal of the fourth physical shared channel, wherein the control information on the first carrier frequency comprises in subframes, first control information related to the use of the unicast signals carried by the other carrier frequencies and in the same frame, second control information related to the use of the multicast or broadcast signals carried by the other carrier frequencies.
A method of killing or inhibiting the growth of a microorganism, said method comprising the steps of: providing a zinc substrate having a plurality of, ordered, integrally-formed surface structures prepared by: contacting a surface of the zinc substrate with a reagent solution, the reagent solution comprising an alkali and a zinc nitrate; wherein the concentration of the alkali in the reagent solution is from 1.0 M to 2.5 M; contacting said microorganism with said zinc substrate, wherein the surface features are micro-sized, nano-sized or a mixture thereof, each surface feature comprising a crystalline phase and at least one pointed terminus. contacting a surface of the zinc substrate with a reagent solution, the reagent solution comprising an alkali and a zinc nitrate; wherein the concentration of the alkali in the reagent solution is from 1.0 M to 2.5 M; contacting said microorganism with said zinc substrate, wherein the surface features are micro-sized, nano-sized or a mixture thereof, each surface feature comprising a crystalline phase and at least one pointed terminus.
A three-phase resonant AC-DC converter including a cyclo-converter and a power control module wherein the power control module is arranged to: a. develop a plurality of repeating switching periods within a switching cycle during which associated switches (17,18,19) of the cyclo-converter are switched on; b. control the length of a first switching period in the switching cycle to adjust the power flow, and c. control the relative length of time of two further switching periods in the cycle during which associated switches (17,18,19) of the cycloconverter are switched on to adjust the power factor, wherein the relative length is controlled based on a cross product of derived voltage and current waveforms associated with a first and a second of three input phase voltage signals (Va,Vb,Vc). a. develop a plurality of repeating switching periods within a switching cycle during which associated switches (17,18,19) of the cyclo-converter are switched on; b. control the length of a first switching period in the switching cycle to adjust the power flow, and c. control the relative length of time of two further switching periods in the cycle during which associated switches (17,18,19) of the cycloconverter are switched on to adjust the power factor, wherein the relative length is controlled based on a cross product of derived voltage and current waveforms associated with a first and a second of three input phase voltage signals (Va,Vb,Vc).
A battery module, comprising: a battery cell assembly having at least one battery cell; a module case configured to accommodate the battery cell assembly; and a module connector mounted at the module case, wherein the module connector includes: a connector pin electrically connected to the battery cell assembly at the inside of the module case so as to be connected to an external connector at the outside of the module case; a connector housing mounted to an outer surface of the module case to surround the connector pin; and a sealing member provided between the connector housing and the module case, characterized in that at least one discharge guide groove is formed in the connector housing to discharge impurities including dew condensation and dust at the inside of the connector housing to the outside of the connector housing. a battery cell assembly having at least one battery cell; a module case configured to accommodate the battery cell assembly; and a module connector mounted at the module case, wherein the module connector includes: a connector pin electrically connected to the battery cell assembly at the inside of the module case so as to be connected to an external connector at the outside of the module case; a connector housing mounted to an outer surface of the module case to surround the connector pin; and a sealing member provided between the connector housing and the module case, characterized in that at least one discharge guide groove is formed in the connector housing to discharge impurities including dew condensation and dust at the inside of the connector housing to the outside of the connector housing. a connector pin electrically connected to the battery cell assembly at the inside of the module case so as to be connected to an external connector at the outside of the module case; a connector housing mounted to an outer surface of the module case to surround the connector pin; and a sealing member provided between the connector housing and the module case, characterized in that at least one discharge guide groove is formed in the connector housing to discharge impurities including dew condensation and dust at the inside of the connector housing to the outside of the connector housing.
A circuit breaker pole, comprising: a vacuum interrupter for connecting and disconnecting an electrical path, wherein the vacuum interrupter comprises a first electrical contact and a second electrical contact that are movable with respect to each other along an longitudinal axis of the circuit breaker, an actuator with a magnetic drive for actuating the vacuum interrupter by moving the first electrical contact and the second electrical contact with respect to each other along the longitudinal axis, wherein the actuator has an opening surrounding the longitudinal axis and the electrical path extends through the axial opening, characterized in that, the interrupter is rotatable about the longitudinal axis with respect to a first line, wherein in a first rotational position, the circuit breaker is electrically connected to a busbar contact, wherein in a second rotational position, the circuit breaker is electrically connected to an earthing contact. a vacuum interrupter for connecting and disconnecting an electrical path, wherein the vacuum interrupter comprises a first electrical contact and a second electrical contact that are movable with respect to each other along an longitudinal axis of the circuit breaker, an actuator with a magnetic drive for actuating the vacuum interrupter by moving the first electrical contact and the second electrical contact with respect to each other along the longitudinal axis, wherein the actuator has an opening surrounding the longitudinal axis and the electrical path extends through the axial opening, characterized in that, the interrupter is rotatable about the longitudinal axis with respect to a first line, wherein in a first rotational position, the circuit breaker is electrically connected to a busbar contact, wherein in a second rotational position, the circuit breaker is electrically connected to an earthing contact.
Method for individualized signal processing of an audio signal of a hearing device, wherein in a recognition phase: - an auxiliary apparatus produces a first image capture, - the first image capture is used to automatically infer that a preferred interlocutor is present, and this is followed by a first audio sequence of the audio signal and/or of an auxiliary audio signal of the auxiliary apparatus being analysed with regard to characteristic speaker identification parameters, and - the speaker identification parameters determined in the first audio sequence are stored in a database, and wherein in an application phase - the audio signal is analysed with respect to the stored speaker identification parameters and, as a result, is rated in respect of the preferred interlocutor being present, and - if the preferred interlocutor is detected as being present then the signal contributions of said interlocutor are emphasized in the audio signal. wherein in a recognition phase: - an auxiliary apparatus produces a first image capture, - the first image capture is used to automatically infer that a preferred interlocutor is present, and this is followed by a first audio sequence of the audio signal and/or of an auxiliary audio signal of the auxiliary apparatus being analysed with regard to characteristic speaker identification parameters, and - the speaker identification parameters determined in the first audio sequence are stored in a database, and - an auxiliary apparatus produces a first image capture, - the first image capture is used to automatically infer that a preferred interlocutor is present, and this is followed by a first audio sequence of the audio signal and/or of an auxiliary audio signal of the auxiliary apparatus being analysed with regard to characteristic speaker identification parameters, and - the speaker identification parameters determined in the first audio sequence are stored in a database, and wherein in an application phase - the audio signal is analysed with respect to the stored speaker identification parameters and, as a result, is rated in respect of the preferred interlocutor being present, and - if the preferred interlocutor is detected as being present then the signal contributions of said interlocutor are emphasized in the audio signal. - the audio signal is analysed with respect to the stored speaker identification parameters and, as a result, is rated in respect of the preferred interlocutor being present, and - if the preferred interlocutor is detected as being present then the signal contributions of said interlocutor are emphasized in the audio signal.
Rod connector comprising - a housing having a cavity for receiving a rod therein, wherein the cavity extends through the housing, from an open front end of the housing to a rear end of the housing, - at least one rod engagement body, which is arranged within the cavity, - wherein the housing has a tapered surface, which delimits the cavity, and which tapers towards the front end of the housing, for wedging the at least one rod engagement body against the rod when the rod is arranged within the cavity, and - a closure, which closes the cavity at the rear end of the housing, characterized in that - the rod connector further comprises a pin, which projects from the closure into the cavity, wherein the pin is hollow so as to define a receptacle for receiving a smaller diameter rod, and wherein the pin comprises a collar which provides an abutment for a larger diameter rod. - a housing having a cavity for receiving a rod therein, wherein the cavity extends through the housing, from an open front end of the housing to a rear end of the housing, - at least one rod engagement body, which is arranged within the cavity, - wherein the housing has a tapered surface, which delimits the cavity, and which tapers towards the front end of the housing, for wedging the at least one rod engagement body against the rod when the rod is arranged within the cavity, and - a closure, which closes the cavity at the rear end of the housing, - the rod connector further comprises a pin, which projects from the closure into the cavity, wherein the pin is hollow so as to define a receptacle for receiving a smaller diameter rod, and wherein the pin comprises a collar which provides an abutment for a larger diameter rod.
Fruit press for citrus fruit, having a press head which performs a press stroke and comprises two receiving dies which are arranged on both sides of a blade and can be pivoted in opposite directions via parallel shafts between an upper receiving position and a lower pressing position, each die being intended for half of a piece of fruit, and comprises two slide guides, for the fruit halves, extending on both sides of the blade and following the outer circumferential path of the receiving dies, and the fruit press having stamps which are allocated to the press head and cooperate with the receiving dies in the lower pressing position of the press head, characterised in that the slide guides comprise bending-elastic slide tracks protruding into the effective range of the stamps, which tracks can be bent out by the stamps into the receiving dies during the press stroke.
A lighting assembly for an interior panel of an aircraft comprising a panel opening formed therethrough, the lighting assembly comprising: a backing structure comprising a substrate and a decorative covering that overlayers the substrate and that includes a first backing surface, wherein the first backing surface of the backing structure includes a concave surface, and wherein the backing structure is configured such that the backing structure extends over the panel opening and the first backing surface faces towards the interior when the lighting assembly is mounted in the aircraft; a bezel comprising a wall that extends from a wall outer edge portion to a wall inner edge portion, wherein the wall inner edge portion is spaced apart from the first backing surface to define a gap and surrounds an opening that is configured to expose at least a portion of the first backing surface to the interior; and a light source disposed between the backing structure and the bezel and covered by the wall, wherein the light source is operative to produce light that passes from the light source through the gap onto the first backing surface and is reflected therefrom through the opening to the interior. a backing structure comprising a substrate and a decorative covering that overlayers the substrate and that includes a first backing surface, wherein the first backing surface of the backing structure includes a concave surface, and wherein the backing structure is configured such that the backing structure extends over the panel opening and the first backing surface faces towards the interior when the lighting assembly is mounted in the aircraft; a bezel comprising a wall that extends from a wall outer edge portion to a wall inner edge portion, wherein the wall inner edge portion is spaced apart from the first backing surface to define a gap and surrounds an opening that is configured to expose at least a portion of the first backing surface to the interior; and a light source disposed between the backing structure and the bezel and covered by the wall, wherein the light source is operative to produce light that passes from the light source through the gap onto the first backing surface and is reflected therefrom through the opening to the interior.
A heat-radiating sheet comprising: a heat-radiating layer having a porous structure with multiple pores; a filler including multiple thermally conductive particles and filling the pores inside the heat-radiating layer; and an adhesive layer disposed on at least one surface of the heat-radiating layer, characterized in that, the filler includes thermally conductive particles and a thermally conductive polymer material. a heat-radiating layer having a porous structure with multiple pores; a filler including multiple thermally conductive particles and filling the pores inside the heat-radiating layer; and an adhesive layer disposed on at least one surface of the heat-radiating layer, characterized in that, the filler includes thermally conductive particles and a thermally conductive polymer material.
Method for treating a mixture comprising at least a first phase and a second phase which cannot be mixed with one another, the method comprising the steps of: - circulating the mixture in a tube comprising a wall and extending between an inlet portion and an outlet portion, the tube having a polygonal section, and - applying vibratory energy to the mixture by means of a plurality of transducers arranged on the wall of the tube and operating at a frequency greater than 900 kHz, the vibratory energy making it possible to disperse the first phase in the second phase, the transducers being arranged in a plurality of positions forming a plurality of successive treatment stages along the tube, characterized in that each stage comprises at most one transducer on each surface of the polygonal section; in that, at least in one stage, the active transducers are not evenly distributed over the circumference of the tube; in that there are at least two transducers per stage; in that there are stages having two transducers and stages having three transducers; and in that the number of transducers in 50% to 75% of stages is two. - circulating the mixture in a tube comprising a wall and extending between an inlet portion and an outlet portion, the tube having a polygonal section, and - applying vibratory energy to the mixture by means of a plurality of transducers arranged on the wall of the tube and operating at a frequency greater than 900 kHz, the vibratory energy making it possible to disperse the first phase in the second phase, the transducers being arranged in a plurality of positions forming a plurality of successive treatment stages along the tube, in that, at least in one stage, the active transducers are not evenly distributed over the circumference of the tube; in that there are at least two transducers per stage; in that there are stages having two transducers and stages having three transducers; and in that the number of transducers in 50% to 75% of stages is two.
A robotic surgical system comprising a first master control console having a first master manipulator, a second master control console having a second master manipulator, and a slave manipulator, the robotic surgical system characterised by: the first master control console being configured to: receive a first command generated by the first master manipulator in response to interaction between a first operator and the first master manipulator; receive a second command from the second master control console, the second command generated by the second master manipulator in response to interaction between a second operator and the second master manipulator; generate a movement command according to a percentage of control between the first and second commands, the percentage of control selected by the first operator interacting with an input device having a number of discrete settings; and command the slave manipulator to be moved according to the movement command. receive a first command generated by the first master manipulator in response to interaction between a first operator and the first master manipulator; receive a second command from the second master control console, the second command generated by the second master manipulator in response to interaction between a second operator and the second master manipulator; generate a movement command according to a percentage of control between the first and second commands, the percentage of control selected by the first operator interacting with an input device having a number of discrete settings; and command the slave manipulator to be moved according to the movement command.
A method for mutual authentication between first entity and a second entity; comprising: the first entity initiating mutual authentication by sending a message to the second entity; the second entity verifying a first public key associated with the first entity, generating a first random number, encrypting the first random number using the first public key, and sending the encrypted first random number in a message to the first entity; the first entity verifying a second public key associated with the second entity, decrypting the encrypted first random number using a first private key corresponding to the first public key, generating a second random number, generating a first hash based on at least the first random number, encrypting the second random number and the first hash using the second public key, and sending the encrypted second random number and first hash in a message to the second entity; the second entity decrypting the encrypted second random number and first hash using a second private key corresponding to the second public key, verifying the first hash to authenticate the first entity, generating a second hash based on the second random number, wherein the second hash is further based on the first random number, and sending the second hash to the first entity; and the first entity verifying the second hash to authenticate the second entity. the first entity initiating mutual authentication by sending a message to the second entity; the second entity verifying a first public key associated with the first entity, generating a first random number, encrypting the first random number using the first public key, and sending the encrypted first random number in a message to the first entity; the first entity verifying a second public key associated with the second entity, decrypting the encrypted first random number using a first private key corresponding to the first public key, generating a second random number, generating a first hash based on at least the first random number, encrypting the second random number and the first hash using the second public key, and sending the encrypted second random number and first hash in a message to the second entity; the second entity decrypting the encrypted second random number and first hash using a second private key corresponding to the second public key, verifying the first hash to authenticate the first entity, generating a second hash based on the second random number, wherein the second hash is further based on the first random number, and sending the second hash to the first entity; and the first entity verifying the second hash to authenticate the second entity.