mhurhangee/patent-ind-claim-en huggingface dataset:
A method for transmitting a downlink control channel, characterised in that , the method comprises: receiving (S101), by a terminal, configuration information sent by a base station, wherein the configuration information comprises control resource set, CORESET, group information or PDCCH candidate group information, in at least one CORESET allocated by the base station to the terminal in a downlink control channel monitoring occasion; determining (S102), by the terminal, at least one group of CORESETs from the configuration information, detecting, by the terminal, DCI from each group of CORESETs in the at least one group of CORESETs according to a specific DCI format when the configuration information comprises the CORESET group information, and receiving, by the terminal, at most one piece of DCI of the specific DCI format; and determining (S103), by the terminal, at least one group of PDCCH candidates from the configuration information, detecting, by the terminal, DCI from each group of PDCCH candidates in the at least one group of PDCCH candidates according to the specific DCI format when the configuration information comprises the PDCCH candidate group information in the at least one CORESET, and receiving, by the terminal, at most one piece of DCI of the specific DCI format; wherein the specific DCI format is expected to be received by the terminal; wherein configuration parameters of multiple CORESETs in the at least one group of CORESETs are different, and the configuration parameters comprises at least one of resource mapping mode or beam directions. receiving (S101), by a terminal, configuration information sent by a base station, wherein the configuration information comprises control resource set, CORESET, group information or PDCCH candidate group information, in at least one CORESET allocated by the base station to the terminal in a downlink control channel monitoring occasion; determining (S102), by the terminal, at least one group of CORESETs from the configuration information, detecting, by the terminal, DCI from each group of CORESETs in the at least one group of CORESETs according to a specific DCI format when the configuration information comprises the CORESET group information, and receiving, by the terminal, at most one piece of DCI of the specific DCI format; and determining (S103), by the terminal, at least one group of PDCCH candidates from the configuration information, detecting, by the terminal, DCI from each group of PDCCH candidates in the at least one group of PDCCH candidates according to the specific DCI format when the configuration information comprises the PDCCH candidate group information in the at least one CORESET, and receiving, by the terminal, at most one piece of DCI of the specific DCI format; wherein the specific DCI format is expected to be received by the terminal; wherein configuration parameters of multiple CORESETs in the at least one group of CORESETs are different, and the configuration parameters comprises at least one of resource mapping mode or beam directions.
A computerized method characterized by the method comprising: performing by an automation device the steps of storing , in a parameter storage, application-related parameters, each parameter uniquely identifying a specific automation device application; storing , in an application repository, automation device applications as separate computer program entities; detecting , a pre-determined act performed by a user, the predetermined act comprising the user selecting via a user interface an application-related parameter among the application-related parameters stored in the parameter storage; based on the detecting, retrieving , from the application repository to an execution memory, the automation device application corresponding to the selected application-related parameter; wherein the retrieved automation device application is executable from the execution memory, in order to drive the automation device for an application-related purpose.
A method by a wireless device (105, 200, 300a-b, 600), comprising: deferring transmission of a first message for at least a certain time period following transmission of a second message that is at least a partial copy of the first message, wherein the first and second messages are medium access control, MAC, control elements, CE, wherein said deferring includes: determining whether the second message is at least a partial copy of the first message; and wherein said deferring is responsive to determining that the second message is at least a partial copy of the first message the first and second messages are used to query a network node about a recommended bit rate, RBR. deferring transmission of a first message for at least a certain time period following transmission of a second message that is at least a partial copy of the first message, wherein the first and second messages are medium access control, MAC, control elements, CE, wherein said deferring includes: determining whether the second message is at least a partial copy of the first message; and wherein said deferring is responsive to determining that the second message is at least a partial copy of the first message the first and second messages are used to query a network node about a recommended bit rate, RBR.
A control panel for a domestic appliance comprising: - at least one basic panel , and - the control panel comprises at least one control element , - at least one control element formed as a flexible tongue connected to the basic panel , said at least one control element being correspondable with at least one pair of electric contact elements, arranged behind the basic panel , so that the pair of the electric contact elements contacts by pressing against a front side of the corresponding control element , and at least one elastic sealing member , characterized in that the at least one elastic sealing member encloses circumferentially the proximal free sides and a distal free side of the least one control element in a manner to form a continuous smooth surface of a front side of the control panel. - at least one basic panel , and - the control panel comprises at least one control element , - at least one control element formed as a flexible tongue connected to the basic panel , said at least one control element being correspondable with at least one pair of electric contact elements, arranged behind the basic panel , so that the pair of the electric contact elements contacts by pressing against a front side of the corresponding control element , and at least one elastic sealing member , characterized in that the at least one elastic sealing member encloses circumferentially the proximal free sides and a distal free side of the least one control element in a manner to form a continuous smooth surface of a front side of the control panel.
An electronic device (100; 100') comprising: a memory (110; 230) configured to store a plurality of filters generated by learning through a neural network; and a processor (120; 240) configured to: based on an arrangement of non-zero elements included in each of the plurality of filters, identify a pattern of the each of the plurality of filters, based on a frequency of the pattern, select at least one main filter from among the plurality of filters, the main filter referring to a filter of a main pattern selected from patterns of the plurality of filters, identify optimization data in which zero elements are removed from the at least one main filter, store the optimization data and an operation instruction corresponding to the optimization data in the memory (110; 230), and perform a filtering operation for an input image being input to the neural network according to the stored optimization data and operation instruction, to classify the input image as a specific object. a memory (110; 230) configured to store a plurality of filters generated by learning through a neural network; and a processor (120; 240) configured to: based on an arrangement of non-zero elements included in each of the plurality of filters, identify a pattern of the each of the plurality of filters, based on a frequency of the pattern, select at least one main filter from among the plurality of filters, the main filter referring to a filter of a main pattern selected from patterns of the plurality of filters, identify optimization data in which zero elements are removed from the at least one main filter, store the optimization data and an operation instruction corresponding to the optimization data in the memory (110; 230), and perform a filtering operation for an input image being input to the neural network according to the stored optimization data and operation instruction, to classify the input image as a specific object. based on an arrangement of non-zero elements included in each of the plurality of filters, identify a pattern of the each of the plurality of filters, based on a frequency of the pattern, select at least one main filter from among the plurality of filters, the main filter referring to a filter of a main pattern selected from patterns of the plurality of filters, identify optimization data in which zero elements are removed from the at least one main filter, store the optimization data and an operation instruction corresponding to the optimization data in the memory (110; 230), and perform a filtering operation for an input image being input to the neural network according to the stored optimization data and operation instruction, to classify the input image as a specific object.
A voice interaction apparatus comprising: voice recognition means for recognizing a voice of a user; response-sentence generation means for generating a response sentence to the voice of the user based on the voice recognized by the voice recognition means ; filler generation means for generating a filler word to be inserted in a conversation with the user; and output means for outputting the response sentence generated by the response-sentence generation means and the filler word generated by the filler generation means , characterized in that the voice interaction apparatus further comprises classification means for classifying the response sentence generated by the response-sentence generation means into one of predetermined speech patterns indicating predefined speech types, and before the output means outputs, after the user utters a voice subsequent to a first response sentence, the filler word and a second response sentence, the classification means is configured to classify the first response sentence into one of the speech patterns, and the filler generation means is configured to generate the filler word based on the speech pattern into which the first response sentence has been classified by the classification means . voice recognition means for recognizing a voice of a user; response-sentence generation means for generating a response sentence to the voice of the user based on the voice recognized by the voice recognition means ; filler generation means for generating a filler word to be inserted in a conversation with the user; and output means for outputting the response sentence generated by the response-sentence generation means and the filler word generated by the filler generation means , characterized in that the voice interaction apparatus further comprises classification means for classifying the response sentence generated by the response-sentence generation means into one of predetermined speech patterns indicating predefined speech types, and before the output means outputs, after the user utters a voice subsequent to a first response sentence, the filler word and a second response sentence, the classification means is configured to classify the first response sentence into one of the speech patterns, and the filler generation means is configured to generate the filler word based on the speech pattern into which the first response sentence has been classified by the classification means . the classification means is configured to classify the first response sentence into one of the speech patterns, and the filler generation means is configured to generate the filler word based on the speech pattern into which the first response sentence has been classified by the classification means .
A process for forming an antimicrobial polymer composition comprising: (a) contacting together at least one initiator, at least one reductant, and at least one monomer, under emulsion polymerization conditions to form a base polymer; and (b) mixing with the base polymer an antimicrobial complex; wherein the at least one initiator is a peroxidic compound and the at least one reductant is an ascorbic compound. (a) contacting together at least one initiator, at least one reductant, and at least one monomer, under emulsion polymerization conditions to form a base polymer; and (b) mixing with the base polymer an antimicrobial complex;
Multipart clip unit for a stretching system, in particular a transverse, longitudinal and/or simultaneous stretching system , having a main part and at least two guide parts , wherein the main part has a base body and a clamping device for clamping a material web , and in each case the guide parts have a base body and at least one guide element for guiding on a rail of the stretching system , wherein the base bodies of the guide parts and the base body of the main part are each produced as separate components and are fixed to each other, wherein the base bodies of the guide parts and the base body of the main part are made from metal and are produced by a casting process, and wherein the base bodies of the guide parts are fixed to the main part by means of screws of the clip unit , wherein the clip unit has a primary direction (P) and the screws run parallel to the primary direction (P). wherein the main part has a base body and a clamping device for clamping a material web , and in each case the guide parts have a base body and at least one guide element for guiding on a rail of the stretching system , wherein the base bodies of the guide parts and the base body of the main part are each produced as separate components and are fixed to each other, wherein the base bodies of the guide parts and the base body of the main part are made from metal and are produced by a casting process, and wherein the base bodies of the guide parts are fixed to the main part by means of screws of the clip unit , wherein the clip unit has a primary direction (P) and the screws run parallel to the primary direction (P).
A device to detect the flow rate of the gases flowing out of a chimney of a kiln for the firing of ceramic products; the kiln comprises a suction device , which is arranged in the area of an extraction station to extract the gases to be released outwards; wherein the suction device directs the gases present in the kiln towards the chimney ; and wherein said device is housed inside the chimney so as to be hit by an outflow of gas (F); the device comprising an outer casing , which is provided with a first axis (L) and has a head portion ; and at least one sensitive element , which is partially housed inside a cavity obtained in the outer casing , has an end portion projecting from said cavity and engaging the head portion , and is made so as to be subjected to a temperature variation that is proportional to the speed of the outflow of gas (F); wherein at least one opening is made in the head portion so as to expose the end portion to the outflow of gas (F); and being characterized in that it comprises a cleaning device to clean the sensitive element provided with a mobile element , which is mobile along the first axis (L) and housed in the head portion and is operated by actuator means so as to slide on the surface of the end portion and to remove the pollutants that have deposited there.
A radio resource scheduling method to be executed by a radio base station, wherein the radio resource scheduling method comprises: generating (S101) format information, wherein the format information specifies a format of resource allocation information, the format depending on a number of a plurality of mobile stations that simultaneously perform communication with the radio base station; generating (S102) the resource allocation information provided with the format specified by the format information corresponding to radio resources allocated to the plurality of mobile stations; and transmitting (S103), to the plurality of mobile stations, the format information and the resource allocation information, wherein the generating the format information includes generating the format information specifying a first format when a maximum number of the plurality of mobile stations that simultaneously perform the communication with the radio base station is less than or equal to a first threshold value; and generating the format information specifying a second format when the maximum number of the plurality of mobile stations that simultaneously perform the communication with the radio base station is greater than the first threshold value and less than or equal to a second threshold value. generating (S101) format information, wherein the format information specifies a format of resource allocation information, the format depending on a number of a plurality of mobile stations that simultaneously perform communication with the radio base station; generating (S102) the resource allocation information provided with the format specified by the format information corresponding to radio resources allocated to the plurality of mobile stations; and transmitting (S103), to the plurality of mobile stations, the format information and the resource allocation information, wherein the generating the format information includes generating the format information specifying a first format when a maximum number of the plurality of mobile stations that simultaneously perform the communication with the radio base station is less than or equal to a first threshold value; and generating the format information specifying a second format when the maximum number of the plurality of mobile stations that simultaneously perform the communication with the radio base station is greater than the first threshold value and less than or equal to a second threshold value.
Electromechanical actuator of a closure or solar protection installation (I), the electromechanical actuator comprising: - at least one suspension member , and - a casing , the suspension member being configured to be mounted inside the casing of the electromechanical actuator , the suspension member being annular in shape and defining a volume for receiving a part of the electromechanical actuator , the suspension member comprising: - at least three springs , and - a support , on which each spring is mounted, the support being cylindrical in shape, the support comprising a hub , characterised in that the hub is provided with at least three recesses , each for receiving a spring , such that each spring protrudes from an outer peripheral surface (S18, S20) of the support , and in that each spring comprises a C-shaped hook and a tab configured to be inserted into a notch emerging from one of the recesses of the hub . the electromechanical actuator comprising: - at least one suspension member , and - a casing , - at least one suspension member , and - a casing , the suspension member being configured to be mounted inside the casing of the electromechanical actuator , the suspension member being annular in shape and defining a volume for receiving a part of the electromechanical actuator , the suspension member comprising: - at least three springs , and - a support , on which each spring is mounted, - at least three springs , and - a support , on which each spring is mounted, the support being cylindrical in shape, the support comprising a hub , characterised in that the hub is provided with at least three recesses , each for receiving a spring , such that each spring protrudes from an outer peripheral surface (S18, S20) of the support , and in that each spring comprises a C-shaped hook and a tab configured to be inserted into a notch emerging from one of the recesses of the hub .
A measuring device comprising: an oscillation circuit; a cable comprising a plurality of conductive wires connected to the oscillation circuit, and a covering part formed of an insulator and covering the plurality of conductive wires; and a control device that outputs measurement information of an electrostatic capacitance between the conductive wires based on the frequency information of the oscillation circuit, wherein the plurality of conductive wires has at least a first mode comprised of a first conductive wire group and a second conductive wire group, and a second mode, different from the first mode, comprised of a third conductive wire group and a fourth conductive wire group, wherein the first conductive wire group and the second conductive wire group are provided so as not to form a surrounding relation with each other, wherein a phase of a signal in the first conductive wire group and a phase of a signal in the second conductive wire group are different, wherein the third conductive wire group is provided so as to be surrounded by the fourth conductive wire group, wherein a phase of a signal in the third conductive wire group and a phase of a signal in the fourth conductive wire group are different, and wherein the control device is provided so as to be switchable between the first mode and the second mode. an oscillation circuit; a cable comprising a plurality of conductive wires connected to the oscillation circuit, and a covering part formed of an insulator and covering the plurality of conductive wires; and a control device that outputs measurement information of an electrostatic capacitance between the conductive wires based on the frequency information of the oscillation circuit, wherein the plurality of conductive wires has at least a first mode comprised of a first conductive wire group and a second conductive wire group, and a second mode, different from the first mode, comprised of a third conductive wire group and a fourth conductive wire group, wherein the first conductive wire group and the second conductive wire group are provided so as not to form a surrounding relation with each other, wherein a phase of a signal in the first conductive wire group and a phase of a signal in the second conductive wire group are different, wherein the third conductive wire group is provided so as to be surrounded by the fourth conductive wire group, wherein a phase of a signal in the third conductive wire group and a phase of a signal in the fourth conductive wire group are different, and wherein the control device is provided so as to be switchable between the first mode and the second mode.
Device for dropping fragile products comprising: - a storage means of said products, comprising a discharge means of said products, - a distribution means of the fragile products comprising at least one cavity provided at the surface of a support , the support being capable of taking at least two positions, a first position wherein the at least one cavity is located facing and at a distance of said discharge means and can be filled with fragile products, and a second position wherein said cavity is spaced apart from said discharge means and can be emptied, - a flexible means of communication of the discharge means with said at least one cavity of the support in order to fill said cavity with fragile products, characterised in that said communication means defines a volume connecting the discharge means and the support . - a storage means of said products, comprising a discharge means of said products, - a distribution means of the fragile products comprising at least one cavity provided at the surface of a support , the support being capable of taking at least two positions, a first position wherein the at least one cavity is located facing and at a distance of said discharge means and can be filled with fragile products, and a second position wherein said cavity is spaced apart from said discharge means and can be emptied, - a flexible means of communication of the discharge means with said at least one cavity of the support in order to fill said cavity with fragile products,