mhurhangee/patent-ind-claim-en huggingface dataset:
Signaling system, comprising a signaling device , an analog selection device and a range scale , wherein the signaling device has been set up to generate a selection signal by means of the analog selection device for choosing a signal range, and the range scale is set up for indicating the signal range chosen by the analog selection device , characterized in that the range scale exhibits at least two setting ranges (11-14) and at least one transition range (21-23), a setting range of the at least two setting ranges (11-14) being arranged in each instance alternating with, in each instance, a transition range of the at least one transition range (21-23) along an extent of the range scale , and the analog selection device is arranged in such a way that a selection of a setting range (11-14) or of a transition range (21-23) takes place along the extent of the range scale and in the process the analog selection device establishes an analog selection value , and the signaling device has further been set up to capture the analog selection value with the aid of the selection signal and to check whether this value corresponds to a value that has been assigned to a transition range (21-23), and, if appropriate, to output a signal by an included signaling means . and the analog selection device is arranged in such a way that a selection of a setting range (11-14) or of a transition range (21-23) takes place along the extent of the range scale and in the process the analog selection device establishes an analog selection value , and the signaling device has further been set up to capture the analog selection value with the aid of the selection signal and to check whether this value corresponds to a value that has been assigned to a transition range (21-23), and, if appropriate, to output a signal by an included signaling means .
A method implemented in a network node , the method comprising: selecting (S100) an available resource in a transmission time interval, TTI; determining (S102) at least one set of dedicated radio bearer, DRBs, that can be co-scheduled in the selected resource, comprising: determining the at least one set of DRBs that can be co-scheduled with the highest priority DRB in the TTI; and allocating (S104) the selected resource to at least a subset of the determined at least one set of DRBs, comprising: selecting a highest priority DRB having data to transmit in the TTI; determining at least one set of dedicated radio bearer, DRBs, that can be co-scheduled with the highest priority DRB; partitioning the resource among the highest priority DRB and at least one DRB of the at least one set of DRBs that can be co-scheduled with the highest priority DRB; allocating at least a first part of the selected resource to the highest priority DRB; and allocating at least a second part of the selected resource to at least one DRB in the at least the subset of DRBs that can be co-scheduled with the highest priority DRB in the TTI. selecting (S100) an available resource in a transmission time interval, TTI; determining (S102) at least one set of dedicated radio bearer, DRBs, that can be co-scheduled in the selected resource, comprising: determining the at least one set of DRBs that can be co-scheduled with the highest priority DRB in the TTI; and allocating (S104) the selected resource to at least a subset of the determined at least one set of DRBs, comprising: selecting a highest priority DRB having data to transmit in the TTI; determining at least one set of dedicated radio bearer, DRBs, that can be co-scheduled with the highest priority DRB; partitioning the resource among the highest priority DRB and at least one DRB of the at least one set of DRBs that can be co-scheduled with the highest priority DRB; allocating at least a first part of the selected resource to the highest priority DRB; and allocating at least a second part of the selected resource to at least one DRB in the at least the subset of DRBs that can be co-scheduled with the highest priority DRB in the TTI. selecting a highest priority DRB having data to transmit in the TTI; determining at least one set of dedicated radio bearer, DRBs, that can be co-scheduled with the highest priority DRB; partitioning the resource among the highest priority DRB and at least one DRB of the at least one set of DRBs that can be co-scheduled with the highest priority DRB; allocating at least a first part of the selected resource to the highest priority DRB; and allocating at least a second part of the selected resource to at least one DRB in the at least the subset of DRBs that can be co-scheduled with the highest priority DRB in the TTI.
A computer program comprising instructions which, when the program is executed by a data processing system comprising a processor and a visual display screen , cause the processor to carry out the steps of: generating a first electroanatomic map of a heart of a living subject; generating a second electroanatomic map of the heart; designating common spatial locations having common electrical activities on the first and second electroanatomic maps, wherein the common spatial locations correspond to first electrical events on the first electroanatomic map and second electrical events on the second electroanatomic map ; aligning the common spatial locations of the first electroanatomic map and the second electroanatomic map to establish a third electroanatomic map ; and displaying the third electroanatomic map on the visual display screen . generating a first electroanatomic map of a heart of a living subject; generating a second electroanatomic map of the heart; designating common spatial locations having common electrical activities on the first and second electroanatomic maps, wherein the common spatial locations correspond to first electrical events on the first electroanatomic map and second electrical events on the second electroanatomic map ; aligning the common spatial locations of the first electroanatomic map and the second electroanatomic map to establish a third electroanatomic map ; and displaying the third electroanatomic map on the visual display screen .
A method of determining a candidate ablation location using historical ablation data, the method comprising: generating a database including a plurality of ablation records, each ablation record of the plurality of ablation records associated with a corresponding ablation procedure; generating a set of probability parameters associated with different types of conditions and different types of patients, and describing each ablation record of the plurality of ablation records; developing, using a regression analysis, an algorithm based upon the sets of probability parameters for the plurality of ablation records; and for a candidate ablation procedure: receiving a plurality of patient parameters associated with a patient receiving the candidate ablation procedure; determining at least one candidate condition associated with the patient and a respective probability associated with each candidate condition; applying the algorithm to determine at least one candidate ablation location and a probability that ablating in the at least one candidate ablation location will be successful based upon the respective probabilities associated with the at least one candidate condition; and displaying the at least one candidate ablation location on a visual interface of a cardiac mapping system. generating a database including a plurality of ablation records, each ablation record of the plurality of ablation records associated with a corresponding ablation procedure; generating a set of probability parameters associated with different types of conditions and different types of patients, and describing each ablation record of the plurality of ablation records; developing, using a regression analysis, an algorithm based upon the sets of probability parameters for the plurality of ablation records; and for a candidate ablation procedure: receiving a plurality of patient parameters associated with a patient receiving the candidate ablation procedure; determining at least one candidate condition associated with the patient and a respective probability associated with each candidate condition; applying the algorithm to determine at least one candidate ablation location and a probability that ablating in the at least one candidate ablation location will be successful based upon the respective probabilities associated with the at least one candidate condition; and displaying the at least one candidate ablation location on a visual interface of a cardiac mapping system. receiving a plurality of patient parameters associated with a patient receiving the candidate ablation procedure; determining at least one candidate condition associated with the patient and a respective probability associated with each candidate condition; applying the algorithm to determine at least one candidate ablation location and a probability that ablating in the at least one candidate ablation location will be successful based upon the respective probabilities associated with the at least one candidate condition; and displaying the at least one candidate ablation location on a visual interface of a cardiac mapping system.
A convection oven comprising: a cabinet having a top, bottom, front, rear, left side, and right side, an oven chamber in the cabinet sized for receiving food, recirculation ducting for recirculating gas from the oven chamber back to the oven chamber, the recirculation ducting including a fan scroll housing, a centrifugal fan in the fan scroll housing for moving gas from the recirculation ducting to the oven chamber, the centrifugal fan having a fan axis about which the fan is rotatable in a rotation direction to move gas radially from the fan in the fan scroll housing, and a heating mechanism in the cabinet for heating the gas, wherein the fan scroll housing includes multiple fan discharge ducts defining respective gas flow paths from the fan, the fan scroll housing defining multiple cutoffs adjacent the fan for dividing gas flow from the fan to said fan discharge ducts, each fan discharge duct including opposite first and second discharge duct walls downstream from respective cutoffs, each first discharge duct wall including a volute wall section having a concave surface facing the gas flow path of the respective fan discharge duct, and each volute wall section extending at least partially around the centrifugal fan in the rotation direction and increasing in distance from the fan axis as the volute wall section extends in the rotation direction around the centrifugal fan; the oven being characterized in that each second discharge duct wall includes an eddy wall section extending downstream from the cutoff and being configured to create an eddy in the gas flow path. a cabinet having a top, bottom, front, rear, left side, and right side, an oven chamber in the cabinet sized for receiving food, recirculation ducting for recirculating gas from the oven chamber back to the oven chamber, the recirculation ducting including a fan scroll housing, a centrifugal fan in the fan scroll housing for moving gas from the recirculation ducting to the oven chamber, the centrifugal fan having a fan axis about which the fan is rotatable in a rotation direction to move gas radially from the fan in the fan scroll housing, and a heating mechanism in the cabinet for heating the gas, wherein the fan scroll housing includes multiple fan discharge ducts defining respective gas flow paths from the fan, the fan scroll housing defining multiple cutoffs adjacent the fan for dividing gas flow from the fan to said fan discharge ducts, each fan discharge duct including opposite first and second discharge duct walls downstream from respective cutoffs, each first discharge duct wall including a volute wall section having a concave surface facing the gas flow path of the respective fan discharge duct, and each volute wall section extending at least partially around the centrifugal fan in the rotation direction and increasing in distance from the fan axis as the volute wall section extends in the rotation direction around the centrifugal fan; the oven being characterized in that each second discharge duct wall includes an eddy wall section extending downstream from the cutoff and being configured to create an eddy in the gas flow path.
A positioning device for presenting an avian bird, the positioning device comprising: a frame ; a breast support bracket extending from the frame ; a breast support operably engaged with the a breast support bracket and configured to support a breast of an avian bird, the breast support being orientated such that the head of the avian bird is positioned down and forward; a wing mount operably engaged with the frame above the breast support and configured to receive and retain the wings of the avian bird together above its back in a vertical orientation; a pair of leg support members operably engaged with the frame and configured to support and separate the legs of the avian bird; and a pair of leg mounts operably engaged with the frame and positioned opposite the breast support with respect to the wing mount , the leg mounts being configured to receive and retain the legs of the avian bird. a frame ; a breast support bracket extending from the frame ; a breast support operably engaged with the a breast support bracket and configured to support a breast of an avian bird, the breast support being orientated such that the head of the avian bird is positioned down and forward; a wing mount operably engaged with the frame above the breast support and configured to receive and retain the wings of the avian bird together above its back in a vertical orientation; a pair of leg support members operably engaged with the frame and configured to support and separate the legs of the avian bird; and a pair of leg mounts operably engaged with the frame and positioned opposite the breast support with respect to the wing mount , the leg mounts being configured to receive and retain the legs of the avian bird.
Method for managing the detection of advertising sequences in a flow of information memorised on a mass memory module of an electronic device , said flow of information corresponding to an excerpt of a television programme, said flow of information comprising an first set of information corresponding to a content to be restored, and a second set of information, corresponding to said advertising sequences, said flow of information comprising at least one set of video information, data of the teletext subtitle type and data of the DVB subtitle type, said method being characterised in that it comprises the various steps consisting in: - analysing the video information in order to detect a transition in the format in the images associated with said video information from a format used for said advertising sequences to a format used for said content; where applicable, memorising a first piece of address information corresponding to the transition detected, and validating a first detection condition; - analysing the data of the teletext subtitle type in order to detect an absence, then a presence, of teletext subtitles associated with said video information; where applicable, memorising a second piece of address information that corresponds to the transition detected, and validating a second detection condition; - analysing the data of the DVB subtitle type in order to detect an absence, then a presence, of said data of the DVB subtitle type; where applicable, memorising a third piece of address information that corresponds to the transition detected, and validating a third detection condition; - if the three detection conditions are validated, identifying the address information memorised as transition sequences between the second set of information and the first set of information. - analysing the video information in order to detect a transition in the format in the images associated with said video information from a format used for said advertising sequences to a format used for said content; where applicable, memorising a first piece of address information corresponding to the transition detected, and validating a first detection condition; - analysing the data of the teletext subtitle type in order to detect an absence, then a presence, of teletext subtitles associated with said video information; where applicable, memorising a second piece of address information that corresponds to the transition detected, and validating a second detection condition; - analysing the data of the DVB subtitle type in order to detect an absence, then a presence, of said data of the DVB subtitle type; where applicable, memorising a third piece of address information that corresponds to the transition detected, and validating a third detection condition; - if the three detection conditions are validated, identifying the address information memorised as transition sequences between the second set of information and the first set of information.
Sandwich panel, comprising (i) a first layer comprising a material based on calcium silicate hydrate, which substantially has a tobermorite structure and contains inorganic or organic fibres, (ii) a second layer comprising a material based on aerated concrete, which substantially has a porous tobermorite structure and is free of inorganic and organic fibres, and (iii) a third layer comprising a material based on calcium silicate hydrate, which substantially has a tobermorite structure and contains inorganic or organic fibres, wherein the second layer is arranged between the first and third layers and the three layers (i), (ii) and (iii) are directly connected to one another. (i) a first layer comprising a material based on calcium silicate hydrate, which substantially has a tobermorite structure and contains inorganic or organic fibres, (ii) a second layer comprising a material based on aerated concrete, which substantially has a porous tobermorite structure and is free of inorganic and organic fibres, and (iii) a third layer comprising a material based on calcium silicate hydrate, which substantially has a tobermorite structure and contains inorganic or organic fibres, wherein the second layer is arranged between the first and third layers and the three layers (i), (ii) and (iii) are directly connected to one another.
A display apparatus comprising: A signal processing section adapted to process a video image signal and a sound signal; a panel section in a plate shape that is adapted to display a video image corresponding to the video image signal; and a vibration section arranged on a back face side of the panel section that is adapted to vibrate the panel section according to the sound signal, wherein the signal processing section is adapted to calculate a correction value for suppressing an increase in luminance emitted by the panel section caused by a transfer of heat generated by the vibration section based on a power value of a sound signal output to the vibration section and to control a level of the video image signal, on a basis of the calculated correction value. A signal processing section adapted to process a video image signal and a sound signal; a panel section in a plate shape that is adapted to display a video image corresponding to the video image signal; and a vibration section arranged on a back face side of the panel section that is adapted to vibrate the panel section according to the sound signal, wherein the signal processing section is adapted to calculate a correction value for suppressing an increase in luminance emitted by the panel section caused by a transfer of heat generated by the vibration section based on a power value of a sound signal output to the vibration section and to control a level of the video image signal, on a basis of the calculated correction value.
Tissue endoprosthesis comprising: • an expandable hollow support structure having a surface with openings; and • an inner structure at least partly covering the inner surface of said support structure , the endoprosthesis comprises an outer covering which is composed of a flexible haemocompatible synthetic material characterised in that the inner structure is an inner tissue structure and in that the outer covering is anchored mechanically to said inner tissue structure , said support structure being held at least partially between said outer covering and said inner tissue structure , the flexible haemocompatible synthetic material of said outer covering impregnating said inner tissue structure at least partially. • an expandable hollow support structure having a surface with openings; and • an inner structure at least partly covering the inner surface of said support structure ,
A mobile terminal , comprising: a wireless communication unit configured to wirelessly communicate with an external device ; a touch screen configured to sense a touch input, and switch between an active state and an inactive state, wherein the active state is a screen-on state of the touch screen and the inactive state is a screen-off state of the touch screen; and a controller configured to: - recognize an external device corresponding to a touch region (A, B, C, D) to which a plurality of first touch inputs are consecutively applied on the touch screen in the inactive state, - connect the recognized external device to the mobile terminal through the wireless communication unit , - receive a plurality of second touch inputs sequentially applied to the touch region of the touch screen in the inactive state, and when the received plurality of second touch inputs satisfy preset criteria, - release a locked state of the connected external device, and - display a release screen of the connected external device on a first region of the touch screen in response to the released locked state, wherein the first region is switched to the active state. a wireless communication unit configured to wirelessly communicate with an external device ; a touch screen configured to sense a touch input, and switch between an active state and an inactive state, wherein the active state is a screen-on state of the touch screen and the inactive state is a screen-off state of the touch screen; and a controller configured to: - recognize an external device corresponding to a touch region (A, B, C, D) to which a plurality of first touch inputs are consecutively applied on the touch screen in the inactive state, - connect the recognized external device to the mobile terminal through the wireless communication unit , - receive a plurality of second touch inputs sequentially applied to the touch region of the touch screen in the inactive state, and - recognize an external device corresponding to a touch region (A, B, C, D) to which a plurality of first touch inputs are consecutively applied on the touch screen in the inactive state, - connect the recognized external device to the mobile terminal through the wireless communication unit , - receive a plurality of second touch inputs sequentially applied to the touch region of the touch screen in the inactive state, and when the received plurality of second touch inputs satisfy preset criteria, - release a locked state of the connected external device, and - display a release screen of the connected external device on a first region of the touch screen in response to the released locked state, wherein the first region is switched to the active state. - release a locked state of the connected external device, and - display a release screen of the connected external device on a first region of the touch screen in response to the released locked state, wherein the first region is switched to the active state.
A dentifrice composition comprising a toothpaste carrier having a pH of 7 to 10, the dentifrice composition including a calcium ion source and a fluoride ion source wherein the calcium ion source is unencapsulated and is one or more calcium sucrose phosphate complexes, and the fluoride ion source is encapsulated or coated in a coating impermeable to the toothpaste carrier whereby the coating degrades to release fluoride ions when mechanically agitated by a toothbrush in an oral cavity surface.