mhurhangee/patent-ind-claim-en huggingface dataset:
A solar module in-roof mounting system, comprising at least two solar modules arranged adjacent to one another and at least one retaining rail , the retaining rail being arranged between the two solar modules that are arranged adjacent to one another and including, in the cross-section, a first insertion region , which accommodates a lateral edge of a first solar module , and including a second insertion region , which is arranged adjacent to the first insertion region and accommodates a lateral edge of a second solar module , the solar module in-roof mounting system comprising a further retaining rail and at least one further solar module , the further retaining rail being arranged abut the first retaining rail in a flush manner, and the further solar module being inserted into a first or second insertion region of the further retaining rail , the retaining rails , at the respective ends thereof at the right and left lower corners, including notched regions, the retaining rails being shorter than the lateral edges of the solar modules that run parallel to the retaining rails , characterized in that the solar module in-roof mounting system comprises trapezoidal drain plates for the vertical drainage of rain water, the trapezoidal drain plates being inserted in a shingled manner between solar modules arranged next to one another, the drain plates being inserted into adjacent notched regions of the retaining rails , beneath the butt joints of the retaining rails that are arranged in a line with respect to one another, such that the drain plates cover the butt joints . the retaining rail being arranged between the two solar modules that are arranged adjacent to one another and including, in the cross-section, a first insertion region , which accommodates a lateral edge of a first solar module , and including a second insertion region , which is arranged adjacent to the first insertion region and accommodates a lateral edge of a second solar module , the solar module in-roof mounting system comprising a further retaining rail and at least one further solar module , the further retaining rail being arranged abut the first retaining rail in a flush manner, and the further solar module being inserted into a first or second insertion region of the further retaining rail , the retaining rails , at the respective ends thereof at the right and left lower corners, including notched regions, the retaining rails being shorter than the lateral edges of the solar modules that run parallel to the retaining rails , characterized in that the solar module in-roof mounting system comprises trapezoidal drain plates for the vertical drainage of rain water, the trapezoidal drain plates being inserted in a shingled manner between solar modules arranged next to one another, the drain plates being inserted into adjacent notched regions of the retaining rails , beneath the butt joints of the retaining rails that are arranged in a line with respect to one another, such that the drain plates cover the butt joints .
A programmable power switching controller comprising: a plurality of power channels , each of said power channels having a load output ; each of the power channels further comprises a controller ; and characterised in that a programming connector operable to electrically connect the load output of each power channel in a subset of power channels to the output of each other power channel in said subset, thereby creating a merged power switching controller channel . a plurality of power channels , each of said power channels having a load output ; each of the power channels further comprises a controller ; and characterised in that a programming connector operable to electrically connect the load output of each power channel in a subset of power channels to the output of each other power channel in said subset, thereby creating a merged power switching controller channel .
Gulley comprising a gulley pot , an outlet for connection to drain piping and a baffle , wherein the baffle is pivotably fixed to the gulley pot with a hinge providing a pivoting axis (A) such that the baffle is pivotable about the pivoting axis with respect to the gulley pot between a first stable position (I) with respect to the gulley pot in which position the baffle is arranged to act as an odour trap, overlapping the outlet and extending below an underside of the outlet and a second stable position (II) with respect to the gulley pot in which position the outlet is substantially uncovered and not overlapped by the baffle, characterised in that the gulley comprises securing means (39; 43; 47A, 47B) for securing the baffle in the second stable position (II); wherein the securing means (39; 43; 47A, 47B) comprise means engaging the baffle substantially automatically in or near the second position to secure the baffle in the second position (II); and/or wherein the hinge is formed to provide the securing means for securing the baffle in the second position (II) with respect to the gulley pot. the gulley comprises securing means (39; 43; 47A, 47B) for securing the baffle in the second stable position (II); wherein the securing means (39; 43; 47A, 47B) comprise means engaging the baffle substantially automatically in or near the second position to secure the baffle in the second position (II); and/or wherein the hinge is formed to provide the securing means for securing the baffle in the second position (II) with respect to the gulley pot.
An apparatus, comprising: a pressure meter having a horizontal support comprising a first end section and a second end section substantially opposite the first end section, whereby the first and second end sections respectively protrude from a respective face of the pressure meter ; at least a first set of at least two gussets , wherein each of the gussets of the first set comprise a first end mechanically coupled to the first end section and a second end that facilitates mechanical connection to the inside of a fluid conveyance object; at least a second set of at least two gussets , wherein each of the gussets of the second set comprise a first end mechanically coupled to the second end section and a second end that facilitates mechanical connection to the inside of the fluid conveyance object; at least one sensor operatively coupled to the pressure meter , characterized in that at least one of the first set of gussets and the second set of gussets is either angled inwardly or outwardly with respect to a horizontal centerline of the pressure meter . a pressure meter having a horizontal support comprising a first end section and a second end section substantially opposite the first end section, whereby the first and second end sections respectively protrude from a respective face of the pressure meter ; at least a first set of at least two gussets , wherein each of the gussets of the first set comprise a first end mechanically coupled to the first end section and a second end that facilitates mechanical connection to the inside of a fluid conveyance object; at least a second set of at least two gussets , wherein each of the gussets of the second set comprise a first end mechanically coupled to the second end section and a second end that facilitates mechanical connection to the inside of the fluid conveyance object; at least one sensor operatively coupled to the pressure meter , characterized in that at least one of the first set of gussets and the second set of gussets is either angled inwardly or outwardly with respect to a horizontal centerline of the pressure meter .
A wheel assembly for use with an aircraft, comprising: a wheel having: an inner surface , and a first lug extending radially inward from the inner surface , a heat shield defining a first shield aperture and configured to be coupled to the first lug ; and a gasket defining a first gasket aperture and configured to be positioned between the inner surface and the heat shield and to resist movement relative to the wheel in response to rotation of the wheel relative to the aircraft; a fastener configured to extend through the first shield aperture of the heat shield and through the first gasket aperture and to be received by the first lug ; characterized in that it further comprises an insert defining an insert slot configured to receive the fastener prior to the fastener extending through the first shield aperture . a wheel having: an inner surface , and a first lug extending radially inward from the inner surface , an inner surface , and a first lug extending radially inward from the inner surface , a heat shield defining a first shield aperture and configured to be coupled to the first lug ; and a gasket defining a first gasket aperture and configured to be positioned between the inner surface and the heat shield and to resist movement relative to the wheel in response to rotation of the wheel relative to the aircraft; a fastener configured to extend through the first shield aperture of the heat shield and through the first gasket aperture and to be received by the first lug ; characterized in that it further comprises an insert defining an insert slot configured to receive the fastener prior to the fastener extending through the first shield aperture .
A method , performed by a first device , of wireless communication, comprising: measuring a condition of a wireless channel; generating at least one channel side information feedback message based on the measured condition of the wireless channel, wherein the at least one channel side information feedback message indicates a correlation of at least one parameter of a set of parameters with time or frequency; and transmitting the at least one channel side information feedback message to a second device , wherein generating the at least one channel side information feedback message includes estimating a value of each parameter in a first subset of the set of parameters based on a given value for each parameter in a remaining subset of the set of parameters, and, wherein the first subset of the set of parameters comprises the at least one parameter of the set of parameters. measuring a condition of a wireless channel; generating at least one channel side information feedback message based on the measured condition of the wireless channel, wherein the at least one channel side information feedback message indicates a correlation of at least one parameter of a set of parameters with time or frequency; and transmitting the at least one channel side information feedback message to a second device , wherein generating the at least one channel side information feedback message includes estimating a value of each parameter in a first subset of the set of parameters based on a given value for each parameter in a remaining subset of the set of parameters, and, wherein the first subset of the set of parameters comprises the at least one parameter of the set of parameters.
A fiber rope for use in seismic surveillance, the fiber rope having a strength member formed of a hollow braided rope formed mainly of synthetic fibers, the fiber rope also having a solid thermoplastic core, the solid thermoplastic core having a shape that occupies the internal passage formed within the hollow braided strength member and being a creep alterable core , the fiber rope further having a flow shield sheath situated between the solid thermoplastic core and the hollow braided strength member, the fiber rope being characterized by the fact that the solid thermoplastic core contains remotely detectable objects that are coupled to the thermoplastic portion of the solid thermoplastic core and that are situated at predetermined locations within the solid thermoplastic core and distributed along the long dimension of the solid thermoplastic core where distance intervals between individual remotely detectable objects lack any remotely detectable object.
A method, comprising: at an electronic device with a display: receiving an utterance from a user; performing speech recognition on the received utterance to determine a plurality of candidate text representations of the utterance, including a primary text representation and one or more alternative text representations; performing natural language processing on the primary text representation to determine a plurality of candidate actionable intents, including a primary actionable intent and one or more alternative actionable intents; determining a result based on the primary actionable intent; providing the result to the user; detecting a recognition correction trigger; characterizied by: in response to detecting the recognition correction trigger, concurrently displaying, on the display: a set of alternative intent affordances corresponding to the one or more alternative actionable intents of the primary text representation; and a set of alternative text affordances corresponding to the one or more alternative text representations of the received utterance. receiving an utterance from a user; performing speech recognition on the received utterance to determine a plurality of candidate text representations of the utterance, including a primary text representation and one or more alternative text representations; performing natural language processing on the primary text representation to determine a plurality of candidate actionable intents, including a primary actionable intent and one or more alternative actionable intents; determining a result based on the primary actionable intent; providing the result to the user; detecting a recognition correction trigger; characterizied by: in response to detecting the recognition correction trigger, concurrently displaying, on the display: a set of alternative intent affordances corresponding to the one or more alternative actionable intents of the primary text representation; and a set of alternative text affordances corresponding to the one or more alternative text representations of the received utterance. a set of alternative intent affordances corresponding to the one or more alternative actionable intents of the primary text representation; and a set of alternative text affordances corresponding to the one or more alternative text representations of the received utterance.
A suture anchor delivery device, comprising: a handle assembly, comprising: a handle portion; a trigger , pivotably attached to the handle portion; and a tubular shaft extending from a front end of the handle portion; and a draw bar assembly retractably disposed within the handle assembly, the draw bar assembly comprising: a draw bar tube extending through the tubular shaft , the draw bar tube having a channel disposed through the draw bar tube configured to receive a suture ; a draw bar housing disposed at a first end of the draw bar tube , the draw bar housing having a cutout configured to receive an end of the suture such that the end of the suture wraps around the cutout; and a draw bar disposed within the draw bar tube and configured to receive a suture anchor mounted on a tip of the draw bar , wherein upon actuating the trigger the draw bar assembly is retracted. a handle assembly, comprising: a handle portion; a trigger , pivotably attached to the handle portion; and a tubular shaft extending from a front end of the handle portion; and a handle portion; a trigger , pivotably attached to the handle portion; and a tubular shaft extending from a front end of the handle portion; and a draw bar assembly retractably disposed within the handle assembly, the draw bar assembly comprising: a draw bar tube extending through the tubular shaft , the draw bar tube having a channel disposed through the draw bar tube configured to receive a suture ; a draw bar housing disposed at a first end of the draw bar tube , the draw bar housing having a cutout configured to receive an end of the suture such that the end of the suture wraps around the cutout; and a draw bar disposed within the draw bar tube and configured to receive a suture anchor mounted on a tip of the draw bar , wherein upon actuating the trigger the draw bar assembly is retracted. a draw bar tube extending through the tubular shaft , the draw bar tube having a channel disposed through the draw bar tube configured to receive a suture ; a draw bar housing disposed at a first end of the draw bar tube , the draw bar housing having a cutout configured to receive an end of the suture such that the end of the suture wraps around the cutout; and a draw bar disposed within the draw bar tube and configured to receive a suture anchor mounted on a tip of the draw bar , wherein upon actuating the trigger the draw bar assembly is retracted.
Dihydrogen generator comprising: - an enclosure defining an enclosure interior space for containing a reactive liquid capable of generating dihydrogen in contact with a catalyst, - a catalyst support housed in the enclosure interior space, the catalyst support being porous and impregnatable by the reactive liquid and comprising a catalyst for the reaction to generate dihydrogen from the reactive liquid, - a heating means , the catalyst support being configured to be heated by the heating means other than by heat transfer consisting of convective heat exchange with the reactive liquid and conductive heat exchange with the reactive liquid and radiation from a heat source remote from the catalyst support, the catalyst support comprising a solid foam of an electrically conductive material which is carbon in the form of graphite and/or a metal, the dihydrogen generator comprising a catalyst housing housed within the enclosure interior space, the catalyst housing comprising first and second parts defining a catalyst chamber in which the catalyst support is housed, the first and second parts being movable relative to each other between a closed position in which the catalyst chamber is hermetically sealed and an open position in which the catalyst chamber is in fluid communication with the enclosure interior space. - an enclosure defining an enclosure interior space for containing a reactive liquid capable of generating dihydrogen in contact with a catalyst, - a catalyst support housed in the enclosure interior space, the catalyst support being porous and impregnatable by the reactive liquid and comprising a catalyst for the reaction to generate dihydrogen from the reactive liquid, - a heating means , the catalyst support being configured to be heated by the heating means other than by heat transfer consisting of convective heat exchange with the reactive liquid and conductive heat exchange with the reactive liquid and radiation from a heat source remote from the catalyst support, the catalyst support comprising a solid foam of an electrically conductive material which is carbon in the form of graphite and/or a metal, the dihydrogen generator comprising a catalyst housing housed within the enclosure interior space, the catalyst housing comprising first and second parts defining a catalyst chamber in which the catalyst support is housed, the first and second parts being movable relative to each other between a closed position in which the catalyst chamber is hermetically sealed and an open position in which the catalyst chamber is in fluid communication with the enclosure interior space.
A method of Coherent Diffractive Imaging (CDI) with arbitrary angle of incidence comprising the steps of: (a) illuminating an object to be imaged with an at least partially-coherent beam to generate a diffractive pattern ; (b) measuring the diffractive pattern with a detector and generating an amplitude pattern corresponding to an initial detector grid ; (c) selecting an intermediate spatial grid according to a desired final spatial frequency grid , and according to orientation of the object , the detector , and the coherent beam ; (d) remapping the diffractive field amplitude from the initial detector grid to an intermediate spatial grid to generate a remapped pattern , wherein the initial grid is a uniform spatial grid, the intermediate grid is a non-uniform spatial grid, and the final grid is a uniform spatial frequency grid. (a) illuminating an object to be imaged with an at least partially-coherent beam to generate a diffractive pattern ; (b) measuring the diffractive pattern with a detector and generating an amplitude pattern corresponding to an initial detector grid ; (c) selecting an intermediate spatial grid according to a desired final spatial frequency grid , and according to orientation of the object , the detector , and the coherent beam ; (d) remapping the diffractive field amplitude from the initial detector grid to an intermediate spatial grid to generate a remapped pattern , wherein the initial grid is a uniform spatial grid, the intermediate grid is a non-uniform spatial grid, and the final grid is a uniform spatial frequency grid.
Device for providing a gas cylinder , comprising: - a storage compartment (C) with closure means capable of receiving a gas cylinder , - locking means allowing the storage compartment (C) to be opened and closed securely by means of the closure means , - a power source , - a motorisation system , - an electronic chip , characterised in that the device further comprises: - the locking means are motorised by the motorisation system and supplied with power by the power source , - the locking means are able to be unlocked when an electronic key is located in the vicinity of said electronic chip . - a storage compartment (C) with closure means capable of receiving a gas cylinder , - locking means allowing the storage compartment (C) to be opened and closed securely by means of the closure means , - a power source , - a motorisation system , - an electronic chip , - the locking means are motorised by the motorisation system and supplied with power by the power source , - the locking means are able to be unlocked when an electronic key is located in the vicinity of said electronic chip .
A method of changing association identification, AID, of a 1 st station performing a direct communication with a 2 nd station in a wireless communication system, comprising the steps of: transmitting, by the 1 st station, a reassignment request frame for requesting a new AID to an access point, AP; receiving, by the 1 st station, a reassignment response frame from the AP, wherein the reassignment response frame includes new AID information to be newly assigned to the 1 st station; transmitting, by the 1 st station, an update request frame including the new AID information to the 2 nd station; and receiving, by the 1 st station, an update response frame from the 2 nd station in response to the update request frame. transmitting, by the 1 st station, a reassignment request frame for requesting a new AID to an access point, AP; receiving, by the 1 st station, a reassignment response frame from the AP, wherein the reassignment response frame includes new AID information to be newly assigned to the 1 st station; transmitting, by the 1 st station, an update request frame including the new AID information to the 2 nd station; and receiving, by the 1 st station, an update response frame from the 2 nd station in response to the update request frame.