mhurhangee/patent-ind-claim-en huggingface dataset:
A method for operating a first wireless device in a wireless network, comprising: - determining at least one target wireless device which should receive a wake up signal by which a wake up receiver of the at least one target wireless device is informed that a main transceiver of the target wireless device should be ready for receiving at least a first message from the first wireless device , - determining a frequency at which the at least first message should be transmitted to the at least one target wireless device , - encoding a frequency information into the wake up signal with which at least one target wireless device is informed about the frequency at which the at least first message will be received, - transmitting the wake up signal with the encoded frequency information to the at least one target wireless device . - determining at least one target wireless device which should receive a wake up signal by which a wake up receiver of the at least one target wireless device is informed that a main transceiver of the target wireless device should be ready for receiving at least a first message from the first wireless device , - determining a frequency at which the at least first message should be transmitted to the at least one target wireless device , - encoding a frequency information into the wake up signal with which at least one target wireless device is informed about the frequency at which the at least first message will be received, - transmitting the wake up signal with the encoded frequency information to the at least one target wireless device .
A miRNA-342 molecule, isomiR, or a precursor thereof, or a composition comprising said miRNA-342 molecule, isomiR, or a precursor thereof, for use as a medicament for preventing, treating, reverting, curing and/or delaying head and neck cancer or a preneoplastic mucosal change, wherein said miRNA-342 molecule or isomiR comprises the seed sequence identified as SEQ ID NO: 79-99, 14, and/or 15 and has at least 80%, 85%, 90%, 95%, 97%, 98%, 99% or 100% identity over SEQ ID NO: 245-318, 25, and/or 26, wherein said precursor is a nucleic acid which has at least 90% identity with SEQ ID NO:5 and/or 33 and has a length of at least 50 nucleotides.
An assembly for mounting solar panels on a roof including roofing tiles , wherein the mounting assembly comprises: - a support rail having a longitudinal groove with a groove opening arranged on a bottom side of the support rail , - a solar panel fastener for fastening the solar panel to the support rail , and - a roof fastener for fastening the support rail to the roof, wherein the roof fastener comprises an engagement member adapted to engage with the groove when the engagement member is inserted in the longitudinal groove , the roof fastener comprises a locking mechanism comprising an elongated fastening element (61;108) for insertion through a prefabricated hole in the roofing tile for locking the engagement member to the roofing tile , and the roof fastener comprises a through hole for receiving the fastening element , and the engagement member comprises two spaced apart engagement parts for engagement with the groove , and the engagement parts are arranged on opposite sides of the through hole , characterized in that the roof fastener comprises a lower disc having a bottom surface for resting on the roofing tile and a jagged top surface , and an upper disc connected to the engagement member and having a jagged bottom surface adapted to mate to the jagged top surface of the lower disk in a plurality of different angular positions relative the lower disc . - a support rail having a longitudinal groove with a groove opening arranged on a bottom side of the support rail , - a solar panel fastener for fastening the solar panel to the support rail , and - a roof fastener for fastening the support rail to the roof, wherein the roof fastener comprises an engagement member adapted to engage with the groove when the engagement member is inserted in the longitudinal groove , the roof fastener comprises a locking mechanism comprising an elongated fastening element (61;108) for insertion through a prefabricated hole in the roofing tile for locking the engagement member to the roofing tile , and the roof fastener comprises a through hole for receiving the fastening element , and the engagement member comprises two spaced apart engagement parts for engagement with the groove , and the engagement parts are arranged on opposite sides of the through hole , characterized in that the roof fastener comprises a lower disc having a bottom surface for resting on the roofing tile and a jagged top surface , and an upper disc connected to the engagement member and having a jagged bottom surface adapted to mate to the jagged top surface of the lower disk in a plurality of different angular positions relative the lower disc .
A computer-implemented method , comprising: segmenting a layout of a physical space surrounding a user into physical segments ; generating , based on the physical segments , virtual paths for a virtual environment through which the user can navigate by traveling the physical segments ; displaying a particular virtual path of the virtual paths based on a location of the user in the virtual environment ; determining that the user in a forward direction of travel of the user is proximate to a boundary condition of a particular physical segment of the physical segments , the particular physical segment corresponding to the particular virtual path ; in response to the determining, determining an amount of physical rotation by the user that is needed in order for the user to travel beyond a point in the particular virtual path , and providing a notification to the user indicating the amount of physical rotation by the user; during detection of the physical rotation by the user, updating a virtual scene of the virtual environment by rotating the virtual scene such that the rotation of the virtual scene correlates with the physical rotation of the user; and detecting that the physical rotation of the user is complete when rotational data indicates that the user has rotated by the indicated amount of physical rotation, and in response, updating the virtual scene by rotating the virtual scene in a direction opposite to the rotation that correlates with the physical rotation of the user to show the particular virtual path and allowing the user to travel beyond the point in the particular virtual path . segmenting a layout of a physical space surrounding a user into physical segments ; generating , based on the physical segments , virtual paths for a virtual environment through which the user can navigate by traveling the physical segments ; displaying a particular virtual path of the virtual paths based on a location of the user in the virtual environment ; determining that the user in a forward direction of travel of the user is proximate to a boundary condition of a particular physical segment of the physical segments , the particular physical segment corresponding to the particular virtual path ; in response to the determining, determining an amount of physical rotation by the user that is needed in order for the user to travel beyond a point in the particular virtual path , and providing a notification to the user indicating the amount of physical rotation by the user; during detection of the physical rotation by the user, updating a virtual scene of the virtual environment by rotating the virtual scene such that the rotation of the virtual scene correlates with the physical rotation of the user; and detecting that the physical rotation of the user is complete when rotational data indicates that the user has rotated by the indicated amount of physical rotation, and in response, updating the virtual scene by rotating the virtual scene in a direction opposite to the rotation that correlates with the physical rotation of the user to show the particular virtual path and allowing the user to travel beyond the point in the particular virtual path .
A front-load laundry treating appliance comprising: a chassis defining an interior and having a front panel defining a front panel opening ; a rotatable treating chamber located within the interior and accessible through the front panel opening ; and a door assembly movably mounted to the chassis for movement between opened and closed positions to selectively open or close the front panel opening , the door assembly comprising: an access opening confronting the front panel opening when the door assembly is in the closed position; and a panel coextensive with the access opening , the entire panel slidable within the door assembly between raised and lowered positions to selectively open or close the entire access opening , characterized in that the door assembly is coextensive with the front panel of the chassis . a chassis defining an interior and having a front panel defining a front panel opening ; a rotatable treating chamber located within the interior and accessible through the front panel opening ; and a door assembly movably mounted to the chassis for movement between opened and closed positions to selectively open or close the front panel opening , the door assembly comprising: an access opening confronting the front panel opening when the door assembly is in the closed position; and a panel coextensive with the access opening , the entire panel slidable within the door assembly between raised and lowered positions to selectively open or close the entire access opening , an access opening confronting the front panel opening when the door assembly is in the closed position; and a panel coextensive with the access opening , the entire panel slidable within the door assembly between raised and lowered positions to selectively open or close the entire access opening , characterized in that the door assembly is coextensive with the front panel of the chassis .
A coherent optical transmitter comprising: a coherent driver modulator ; a plurality of tunable optical filters , integrated within the coherent optical transmitter and connected such that the plurality of tunable optical filters are cascaded relative to one another, connected to an output of the coherent driver modulator , wherein the plurality of tunable optical filters are configurable to create an effective transfer function having a variable width and center frequency; and one or more photodetectors configured to monitor the plurality of tunable optical filters , wherein the plurality of tunable optical filters are configured based on signal baud of a signal from the output determined based on measurements from the one or more photodetectors . a coherent driver modulator ; a plurality of tunable optical filters , integrated within the coherent optical transmitter and connected such that the plurality of tunable optical filters are cascaded relative to one another, connected to an output of the coherent driver modulator , wherein the plurality of tunable optical filters are configurable to create an effective transfer function having a variable width and center frequency; and one or more photodetectors configured to monitor the plurality of tunable optical filters , wherein the plurality of tunable optical filters are configured based on signal baud of a signal from the output determined based on measurements from the one or more photodetectors .
A method for generating pulse descriptor words ("PDWs") including at least frequency data, from a plurality of time-varying signals (114/116) received by a sensor communicatively coupled to a signal data processor , said method comprising: filtering , at a plurality of blind source separation ("BSS") modules of the signal data processor , signals (124/126) derived from the plurality of time-varying signals (114/116), each BSS module of the plurality of BSS modules including a filtering subsystem having a plurality of filter modules (207a/207b/207c), wherein each filter module (207a/207b/207c) of the plurality of filter modules (207a/207b/207c) has a frequency filter coefficient (" α ") and is parameterized by a center frequency (" f" ); transmitting at least one blind source separated signal from the plurality of BSS modules to a PDW generation module communicatively coupled to the filtering subsystem ; generating , using the PDW generation module and based on the at least one blind source separated signal , at least one PDW parameter vector signal containing the frequency data; and updating , upon generating the at least one PDW parameter vector signal , and based thereupon, at least one of a value of α and a value of f for each filter module (207a/207b/207c) of the plurality of filter modules (207a/207b/207c). filtering , at a plurality of blind source separation ("BSS") modules of the signal data processor , signals (124/126) derived from the plurality of time-varying signals (114/116), each BSS module of the plurality of BSS modules including a filtering subsystem having a plurality of filter modules (207a/207b/207c), wherein each filter module (207a/207b/207c) of the plurality of filter modules (207a/207b/207c) has a frequency filter coefficient (" α ") and is parameterized by a center frequency (" f" ); transmitting at least one blind source separated signal from the plurality of BSS modules to a PDW generation module communicatively coupled to the filtering subsystem ; generating , using the PDW generation module and based on the at least one blind source separated signal , at least one PDW parameter vector signal containing the frequency data; and updating , upon generating the at least one PDW parameter vector signal , and based thereupon, at least one of a value of α and a value of f for each filter module (207a/207b/207c) of the plurality of filter modules (207a/207b/207c).
A device (1; 1') for filtering a fluid, comprising a casing (2; 20) defining a passage of flow, which, during operation of the device, is to be traversed by a fluid (F) to be filtered, and a filtering diaphragm (6, 8; 26) mounted within the casing (2; 20) to carry out an action of filtering of the fluid that traverses the passage of flow, the device being characterised in that the filtering diaphragm (6, 8; 26) is provided with an antipathogenic substance, wherein the filtering diaphragm comprises a basic layer, which includes one or more of the following materials: nonwoven fabric made of synthetic material, glass microfibre, impregnated cellulose fibres, wherein, on the basic layer of the filtering diaphragm, zirconium oxynitride as photo-catalysing substance, and silver as antipathogenic substance are applied via PVD sputtering, wherein the photo-catalysing substance constitutes a matrix englobed in which are particles of the antipathogenic substance. wherein the filtering diaphragm comprises a basic layer, which includes one or more of the following materials: nonwoven fabric made of synthetic material, glass microfibre, impregnated cellulose fibres, wherein, on the basic layer of the filtering diaphragm, zirconium oxynitride as photo-catalysing substance, and silver as antipathogenic substance are applied via PVD sputtering, wherein the photo-catalysing substance constitutes a matrix englobed in which are particles of the antipathogenic substance.
A light source device comprising: a housing configured to have a great length along a predetermined direction (X); a plurality of light emitting elements configured to be placed in the housing and arranged along at least the predetermined direction (X); and one or a plurality of heat dissipation members configured to be placed in the housing and thermally connected with the light emitting elements , wherein a first intake port through which air is sucked into the housing from an outside is provided in one end on one side of the housing in the predetermined direction (X), an exhaust port through which air is discharged to the outside from the housing is provided in another end on an other side of the housing in the predetermined direction (X), a space in which the other side in the predetermined direction (X) faces the heat dissipation member is formed in the housing , and a second intake port through which air is sucked into the space from the outside is provided in a side surface between the first intake port and the exhaust port in the housing , wherein the housing includes an outer sidewall between the first intake port and the exhaust port , and an inner sidewall located inwardly with respect to the outer sidewall, an inter-wall space in which air sucked through the first intake port is allowed to flow along the predetermined direction (X) is formed between the outer sidewall and the inner sidewall in the housing , and the second intake port is provided so as not to communicate with the inter-wall space while communicating with the space . a housing configured to have a great length along a predetermined direction (X); a plurality of light emitting elements configured to be placed in the housing and arranged along at least the predetermined direction (X); and one or a plurality of heat dissipation members configured to be placed in the housing and thermally connected with the light emitting elements , wherein a first intake port through which air is sucked into the housing from an outside is provided in one end on one side of the housing in the predetermined direction (X), an exhaust port through which air is discharged to the outside from the housing is provided in another end on an other side of the housing in the predetermined direction (X), a space in which the other side in the predetermined direction (X) faces the heat dissipation member is formed in the housing , and a second intake port through which air is sucked into the space from the outside is provided in a side surface between the first intake port and the exhaust port in the housing , wherein the housing includes an outer sidewall between the first intake port and the exhaust port , and an inner sidewall located inwardly with respect to the outer sidewall, an inter-wall space in which air sucked through the first intake port is allowed to flow along the predetermined direction (X) is formed between the outer sidewall and the inner sidewall in the housing , and the second intake port is provided so as not to communicate with the inter-wall space while communicating with the space .
A laminated glazing comprising at least one outer glass sheet, an inner glass sheet and a polymeric insert located between the two glass sheets, in which the inner sheet has a thickness of not more than 1.5 mm, the outer glass sheet, the thickness of which is greater than the thickness of the inner glass sheet, is a glass sheet of different chemical composition from that of the inner sheet, the outer glass sheet having a chemical composition of borosilicate or sodium aluminosilicate type and the inner sheet having a composition of silicon-sodium-calcium type, the difference between the temperatures Tp1 and Tp2 being less than 80°C, the temperature Tp1 being defined as the average between the upper annealing temperature and the softening point of the outer glass sheet and the temperature Tp2 being defined as the average between the upper annealing temperature and the softening point of the inner glass sheet, the general formula defining the temperature Tp being Tp = T softening + T annealing / 2 the upper annealing temperature corresponding to the temperature at which the viscosity of the glass is 10 13 poises (10 12 Pa.s) and the softening point corresponding to the temperature at which the viscosity of the glass is 10 7.6 poises (10 6.6 Pa.s).
A transmission apparatus comprising: a transmission signal generator which, in operation, generates a transmission signal that includes a legacy preamble , a non-legacy preamble and a data field , a transmitter which, in operation, transmits the generated transmission signal , wherein the non-legacy preamble comprises a non-legacy SIG-A field and a non-legacy SIG-B field , the non-legacy SIG-B field comprising a first channel field that corresponds to a first frequency subband and a second channel field that corresponds to a second frequency subband different from the first frequency subband , characterized in that when a first signaling in the non-legacy SIG-A field indicates that a full bandwidth containing the first frequency subband and the second frequency subband is allocated for multi-user, MU, MIMO transmission, the non-legacy SIG-A field comprises a second signaling for indicating a number of user-specific subfields contained in the non-legacy SIG-B field . a transmission signal generator which, in operation, generates a transmission signal that includes a legacy preamble , a non-legacy preamble and a data field , a transmitter which, in operation, transmits the generated transmission signal , wherein the non-legacy preamble comprises a non-legacy SIG-A field and a non-legacy SIG-B field , the non-legacy SIG-B field comprising a first channel field that corresponds to a first frequency subband and a second channel field that corresponds to a second frequency subband different from the first frequency subband , characterized in that when a first signaling in the non-legacy SIG-A field indicates that a full bandwidth containing the first frequency subband and the second frequency subband is allocated for multi-user, MU, MIMO transmission, the non-legacy SIG-A field comprises a second signaling for indicating a number of user-specific subfields contained in the non-legacy SIG-B field .
A brake fluid reservoir for a vehicle comprising: a shell defining a main chamber for containing a quantity of brake fluid for one or more vehicle brake circuits having an outer surface; a fill opening defined by the shell in an upper portion of the shell , the fill opening in fluid communication with the main chamber and closable by a cap to close the main chamber from the surrounding environment; outlet ports defined by the shell in a lower portion of the shell , the outlet ports in fluid communication with the main chamber; and a channel located along at least a section of the outer surface between the fill opening and the outlet ports , wherein the channel is configured to collect fluid when fluid exits the opening along the outer surface, characterized in that at least a portion of the channel is arranged at an angle to increase flow of fluid in the channel . a shell defining a main chamber for containing a quantity of brake fluid for one or more vehicle brake circuits having an outer surface; a fill opening defined by the shell in an upper portion of the shell , the fill opening in fluid communication with the main chamber and closable by a cap to close the main chamber from the surrounding environment; outlet ports defined by the shell in a lower portion of the shell , the outlet ports in fluid communication with the main chamber; and a channel located along at least a section of the outer surface between the fill opening and the outlet ports , wherein the channel is configured to collect fluid when fluid exits the opening along the outer surface, characterized in that at least a portion of the channel is arranged at an angle to increase flow of fluid in the channel .
A computer-implemented method for preventing unauthorized movement of a rolling stock including a user interface, the method comprising: receiving, via the user interface, a plurality of user inputs corresponding to a plurality of users servicing the rolling stock; determining whether one or more users of the plurality of users remains servicing the rolling stock; and if at least one user of the one or more users remains servicing the rolling stock, preventing unauthorized movement of the rolling stock. receiving, via the user interface, a plurality of user inputs corresponding to a plurality of users servicing the rolling stock; determining whether one or more users of the plurality of users remains servicing the rolling stock; and if at least one user of the one or more users remains servicing the rolling stock, preventing unauthorized movement of the rolling stock.