mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for wireless communications using carrier aggregation comprising multiple carrier components, the apparatus comprising: a processor (331, 431) configured to generate multiple instances of a codeword from a payload; a modulator (306, 406) configured to modulate the multiple instances of the codeword onto the multiple carrier components for transmission; wherein the processor is further configured to interleave at least one of the multiple instances of the codeword across the multiple carrier components, the modulator being further configured to modulate the at least one of the multiple instances of the codeword onto the multiple carrier components in accordance with the interleaving by the processor, and each of the multiple instances of the codeword comprises different redundancy information associated with the payload. a processor (331, 431) configured to generate multiple instances of a codeword from a payload; a modulator (306, 406) configured to modulate the multiple instances of the codeword onto the multiple carrier components for transmission; wherein the processor is further configured to interleave at least one of the multiple instances of the codeword across the multiple carrier components, the modulator being further configured to modulate the at least one of the multiple instances of the codeword onto the multiple carrier components in accordance with the interleaving by the processor, and each of the multiple instances of the codeword comprises different redundancy information associated with the payload.
A peptide having the formula D-Arg-2'6'-dimethyltyrosine-Lys-Phe-NH 2, or a pharmaceutically acceptable salt thereof, for use in preventing burn injury in a subject, wherein the peptide is administered to the subject prior to a burn injury.
A communication apparatus that can be driven with a battery, comprising: authentication means (115, S103) for authenticating a battery attached to the communication apparatus; and wireless communication means for communicating with an external apparatus via a wireless network, wherein the wireless communication means is arranged to transmit a result of authentication by the authentication means to the external apparatus via the wireless network, characterised in that: the wireless communication means is arranged to output a transition signal for causing the communication apparatus to transition from a first state which is a low power consumption state to a second state in which power consumption is greater than in the first state, the first state being a state in which the wireless communication means can communicate with the external apparatus; and the wireless communication means is arranged to transmit the result of authentication to the external apparatus when the communication apparatus is in the first state. authentication means (115, S103) for authenticating a battery attached to the communication apparatus; and wireless communication means for communicating with an external apparatus via a wireless network, wherein the wireless communication means is arranged to transmit a result of authentication by the authentication means to the external apparatus via the wireless network, characterised in that: the wireless communication means is arranged to output a transition signal for causing the communication apparatus to transition from a first state which is a low power consumption state to a second state in which power consumption is greater than in the first state, the first state being a state in which the wireless communication means can communicate with the external apparatus; and the wireless communication means is arranged to transmit the result of authentication to the external apparatus when the communication apparatus is in the first state. the wireless communication means is arranged to output a transition signal for causing the communication apparatus to transition from a first state which is a low power consumption state to a second state in which power consumption is greater than in the first state, the first state being a state in which the wireless communication means can communicate with the external apparatus; and the wireless communication means is arranged to transmit the result of authentication to the external apparatus when the communication apparatus is in the first state.
A computer-implemented method for touch input via a multi-touch surface, said computer-implemented method comprising: - displaying an input widget via the multi-touch surface, the input widget including: -- first and second control fields (202, 204); -- a label bar that displays a label of an element; and -- a value bar that displays a value associated with the label of the element; - detecting a finger contact along the multi-touch surface; characterized in that the method further comprises the following three steps: - if the finger contact is detected substantially within the label bar, changing the element displayed in the input widget, including changing and displaying the label of the element in the label bar and the associated value in the value bar; - if the finger contact is detected substantially within the value bar, -- displaying a virtual keyboard; -- receiving, from the user via the virtual keyboard, a new value related to the currently displayed element; -- adjusting the value of the currently displayed element in the value bar to display the adjusted value; - if the finger contact is detected substantially within one of the control fields (202, 204), adjusting the value of the currently displayed element and to display the adjusted value. - displaying an input widget via the multi-touch surface, the input widget including: -- first and second control fields (202, 204); -- a label bar that displays a label of an element; and -- a value bar that displays a value associated with the label of the element; -- first and second control fields (202, 204); -- a label bar that displays a label of an element; and -- a value bar that displays a value associated with the label of the element; - detecting a finger contact along the multi-touch surface; - if the finger contact is detected substantially within the label bar, changing the element displayed in the input widget, including changing and displaying the label of the element in the label bar and the associated value in the value bar; - if the finger contact is detected substantially within the value bar, -- displaying a virtual keyboard; -- receiving, from the user via the virtual keyboard, a new value related to the currently displayed element; -- adjusting the value of the currently displayed element in the value bar to display the adjusted value; -- displaying a virtual keyboard; -- receiving, from the user via the virtual keyboard, a new value related to the currently displayed element; -- adjusting the value of the currently displayed element in the value bar to display the adjusted value; - if the finger contact is detected substantially within one of the control fields (202, 204), adjusting the value of the currently displayed element and to display the adjusted value.
A composition, comprising the following components to: a reactive compound having an aromatic ring and a hydroxyl group which is a reaction product of a lactone-modified (meth)acrylate monomer, an acid anhydride, and an epoxy monomer, wherein a cured product of the reactive compound, obtainable by irradiation with ultraviolet rays, has a tensile elongation of 50% or more measured in an atmosphere at 23 °C according to JIS K 7161-2:2014; a reactive compound other than component comprising: alkyl (meth)acrylate, hydroxyalkyl (meth)acrylate, and (meth)acrylate having a cyclic structure; and a polymerization initiator. a reactive compound having an aromatic ring and a hydroxyl group which is a reaction product of a lactone-modified (meth)acrylate monomer, an acid anhydride, and an epoxy monomer, wherein a cured product of the reactive compound, obtainable by irradiation with ultraviolet rays, has a tensile elongation of 50% or more measured in an atmosphere at 23 °C according to JIS K 7161-2:2014; a reactive compound other than component comprising: alkyl (meth)acrylate, hydroxyalkyl (meth)acrylate, and (meth)acrylate having a cyclic structure; and alkyl (meth)acrylate, hydroxyalkyl (meth)acrylate, and (meth)acrylate having a cyclic structure; and a polymerization initiator.
An arrangement for adjusting a clock signal of a first network element of a communications network, the first network element being arranged to receive synchronisation messages (106 to 109) from at least two other network elements (102 to 105) and comprising an adjustable clock signal source to produce the clock signal, wherein the arrangement comprises a processor device (111 to 114) which is arranged to: - produce a control variable containing information about synchronisation messages received from the at least two other network elements, and - adjust the clock signal based on a difference between the control variable and a reference value of the control variable, characterised in that the processor device is further arranged to: - determine which portion of the reference value of the control variable corresponds to synchronisation messages received from each of the at least two other network elements, and - in response to a situation where the first network element ceases to receive from one of the at least two other network elements synchronisation messages meeting a predetermined quality criterion, change the reference value of the control variable by an amount equalling a portion of the reference value of the control variable, which portion corresponds to the network element from which the first network element has ceased to receive synchronisation messages meeting the predetermined quality criterion. - produce a control variable containing information about synchronisation messages received from the at least two other network elements, and - adjust the clock signal based on a difference between the control variable and a reference value of the control variable, - determine which portion of the reference value of the control variable corresponds to synchronisation messages received from each of the at least two other network elements, and - in response to a situation where the first network element ceases to receive from one of the at least two other network elements synchronisation messages meeting a predetermined quality criterion, change the reference value of the control variable by an amount equalling a portion of the reference value of the control variable, which portion corresponds to the network element from which the first network element has ceased to receive synchronisation messages meeting the predetermined quality criterion.
Arrangement for measuring a rate of rotation using a vibration sensor (1, 2, 3), having capacitive drive elements (11 to 14), having capacitive measuring elements (24, 25), having a fixed connection (2; 23) and having capacitive elements (15, 16) which are used to measure an excited vibration, wherein the vibration of the vibration sensor (1, 2, 3) perpendicular to a first axis is excited with the aid of the capacitive drive elements (11 to 14), and its rotation in a second axis, which is excited by rotation in a third axis under the action of the Coriolis force, is measured with the aid of the capacitive measuring elements (24, 25), the capacitive elements each being formed by fixed electrodes (18, 18'; 24, 25) and by electrodes (17; 1) which can be moved with the vibration sensor, and the movable electrodes (17; 1) being jointly connected to the fixed connection (2; 23), wherein the fixed electrodes (18, 18') of the capacitive drive elements (11 to 14) are arranged in such a way that they are supplied with excitation voltages, the frequency of which corresponds to the resonant frequency or to a subharmonic of the resonant frequency of the vibration sensor (1, 2, 3), characterized in that the capacitive elements (15, 16) which are used to measure the excited vibration are arranged in such a way that they are supplied with an AC voltage at a first measuring frequency which is higher than the frequency of the excitation voltages, and in that the fixed electrodes (24, 25) of the capacitive measuring elements are arranged in such a way that they are supplied with AC voltages at a second measuring frequency which differs from the first measuring frequency and is higher than the frequency of the excitation voltages.
Method of detecting subcooled liquid precipitation, - wherein a temperature of an object having a precipitation impingement surface is measured, and - wherein it is determined whether precipitation onto the precipitation impingement surface occurs, characterized in that, in case of an increase in the temperature below 0°C because of occurring precipitation, a subcooled liquid precipitation warning is output. - wherein a temperature of an object having a precipitation impingement surface is measured, and - wherein it is determined whether precipitation onto the precipitation impingement surface occurs, characterized in that, in case of an increase in the temperature below 0°C because of occurring precipitation, a subcooled liquid precipitation warning is output.
A method in a wireless Local Area Network, LAN, system, the method comprising: receiving, by a receiving station, STA, a Physical Protocol Data Unit, PPDU, through a first band from a transmitting STA; and decoding, by the receiving STA, the PPDU, wherein the PPDU includes a control field and a data field, wherein when the first band is an 80 MHz band including first to fourth 20 MHz subchannels, the first to fourth 20 MHz subchannels are arranged in order from a subchannel having a low frequency to a subchannel having a high frequency, wherein the first 20 MHz subchannel includes first multiple resource units, RUs, in which a first 26RU and a first 52RU are aggregated, wherein the first 26RU is an RU located in the middle of the first 20MHz subchannel, wherein the first 52RU is an RU having a lower frequency than the first 26RU and is adjacent to the first 26RU, wherein considering a situation in which the second 20 MHz subchannel is not punctured, the second 20MHz subchannel includes second multiple RUs in which a second 26RU and a second 52RU are aggregated, wherein the second 26RU is an RU located in the middle of the second 20MHz subchannel, and wherein the second 52RU is an RU having a lower frequency than the second 26RU and adjacent to the second 26RU. receiving, by a receiving station, STA, a Physical Protocol Data Unit, PPDU, through a first band from a transmitting STA; and decoding, by the receiving STA, the PPDU, wherein the PPDU includes a control field and a data field, wherein when the first band is an 80 MHz band including first to fourth 20 MHz subchannels, the first to fourth 20 MHz subchannels are arranged in order from a subchannel having a low frequency to a subchannel having a high frequency, wherein the first 20 MHz subchannel includes first multiple resource units, RUs, in which a first 26RU and a first 52RU are aggregated, wherein the first 26RU is an RU located in the middle of the first 20MHz subchannel, wherein the first 52RU is an RU having a lower frequency than the first 26RU and is adjacent to the first 26RU, wherein considering a situation in which the second 20 MHz subchannel is not punctured, the second 20MHz subchannel includes second multiple RUs in which a second 26RU and a second 52RU are aggregated, wherein the second 26RU is an RU located in the middle of the second 20MHz subchannel, and wherein the second 52RU is an RU having a lower frequency than the second 26RU and adjacent to the second 26RU.
A switching apparatus (30,130,230) comprising a plurality of parallel-connected current-conductive branches, each current-conductive branch including at least one respective gas tube switch, wherein the switching apparatus further includes an electrical circuit, characterised in that the electrical circuit includes in each current-conductive branch at least one switching element configured to passively synthesise a respective voltage difference in series with each gas tube switch so as to control the distribution of current between the parallel-connected current-conductive branches.
A method of customizing a healthcare device (120, 130), the method comprising the healthcare device (120, 130) performing the following steps: presenting a first user interface on the healthcare device configured for enabling a patient in a healthcare environment to enter a patient request; receiving tag data from a user tag associated with a selected healthcare provider in the healthcare environment comprising a healthcare provider identifier; sending a portion of the tag data to an authentication server; receiving an access token from the authentication server based on authentication of the portion of the tag data; and presenting a second user interface on the healthcare device different from the first user interface, the second user interface configured for use by the selected healthcare provider based on the access token and the healthcare provider identifier to notify the selected healthcare provider of the patient request. presenting a first user interface on the healthcare device configured for enabling a patient in a healthcare environment to enter a patient request; receiving tag data from a user tag associated with a selected healthcare provider in the healthcare environment comprising a healthcare provider identifier; sending a portion of the tag data to an authentication server; receiving an access token from the authentication server based on authentication of the portion of the tag data; and presenting a second user interface on the healthcare device different from the first user interface, the second user interface configured for use by the selected healthcare provider based on the access token and the healthcare provider identifier to notify the selected healthcare provider of the patient request.
A display control device comprising: a video data acquisition unit configured to acquire video data from a camera that captures a video in a moving direction of a vehicle; a parking line recognition unit configured to recognize a parking line being a line of a parking space from the video data; a center line generation unit configured to generate a center line of the parking space based on the recognized parking line, and two center limit lines having a distance from the center line corresponding to a difference along the width between the parking line and the vehicle, the difference being calculated based on the recognized parking line and the width of the vehicle registered in advance; a vehicle moving line generation unit configured to generate a vehicle moving line extending in the moving direction of the vehicle from a position corresponding to a center part along a width of the vehicle; a superimposed video generation unit configured to generate superimposed data being video data where the center line, the center limit lines and the vehicle moving line are superimposed on the video data; and a display control unit configured to transmit the superimposed data to a display unit so as to display a video related to the superimposed data on the display unit. a video data acquisition unit configured to acquire video data from a camera that captures a video in a moving direction of a vehicle; a parking line recognition unit configured to recognize a parking line being a line of a parking space from the video data; a center line generation unit configured to generate a center line of the parking space based on the recognized parking line, and two center limit lines having a distance from the center line corresponding to a difference along the width between the parking line and the vehicle, the difference being calculated based on the recognized parking line and the width of the vehicle registered in advance; a vehicle moving line generation unit configured to generate a vehicle moving line extending in the moving direction of the vehicle from a position corresponding to a center part along a width of the vehicle; a superimposed video generation unit configured to generate superimposed data being video data where the center line, the center limit lines and the vehicle moving line are superimposed on the video data; and a display control unit configured to transmit the superimposed data to a display unit so as to display a video related to the superimposed data on the display unit.
A system for determining a probability of arrhythmia for a person, comprising - a wearable device comprising - means for measuring heartbeat interval of the person for a period of time; - an accelerometer; - means for measuring an electrocardiogram of the person; - a user interface for providing information and alerts; and - a processor configured to - detect a period of rest of the person, based on measurement data from the accelerometer, - analyse the measured heartbeat interval to determine a probability of having arrhythmia for the person; - generate an alert to the user interface, if the probability exceeds a predetermined threshold value, to alert the person to measure the electrocardiogram with the means for measuring the electrocardiogram; - analyse the measured electrocardiogram to determine if the probable arrhythmia is confirmed; and - indicate the confirmed arrhythmia to the person via the user interface; wherein the means for measuring the electrocardiogram, the processor and the user interface are arranged in a portable computing device; and wherein the means for measuring heartbeat interval and the portable computing device are separate from each other and communicably coupled to each other. - a wearable device comprising - means for measuring heartbeat interval of the person for a period of time; - an accelerometer; - means for measuring heartbeat interval of the person for a period of time; - an accelerometer; - means for measuring an electrocardiogram of the person; - a user interface for providing information and alerts; and - a processor configured to - detect a period of rest of the person, based on measurement data from the accelerometer, - analyse the measured heartbeat interval to determine a probability of having arrhythmia for the person; - generate an alert to the user interface, if the probability exceeds a predetermined threshold value, to alert the person to measure the electrocardiogram with the means for measuring the electrocardiogram; - analyse the measured electrocardiogram to determine if the probable arrhythmia is confirmed; and - indicate the confirmed arrhythmia to the person via the user interface; - detect a period of rest of the person, based on measurement data from the accelerometer, - analyse the measured heartbeat interval to determine a probability of having arrhythmia for the person; - generate an alert to the user interface, if the probability exceeds a predetermined threshold value, to alert the person to measure the electrocardiogram with the means for measuring the electrocardiogram; - analyse the measured electrocardiogram to determine if the probable arrhythmia is confirmed; and - indicate the confirmed arrhythmia to the person via the user interface;
Light adapter for a track lighting system, which comprises a mounting rail, which is curved in at least sections thereof in the longitudinal extension and has at least one mounting slot (9a, 9b) in the longitudinal extension, wherein the light adapter is designed such that it can be inserted selectively in the longitudinal extension of the mounting rail into the at least one mounting slot (9a, 9b) in order to electrically connect the mounting rail, wherein the light adapter comprises an adapter body; characterised in that the adapter body is divided into adapter segments in a longitudinal extension of the adapter body, wherein in each case two adapter segments are connected to each other in a bendable area, wherein the adapter body in the bendable area is designed to be bendable relative to the longitudinal extension of the adapter body.