mhurhangee/ep-ind-claims huggingface dataset:
An electronic key device comprising: a portable device capable of being carried by a user; and a vehicle-mounted device configured to perform mutual communication with the portable device to perform predetermined control, wherein the vehicle-mounted device includes a plurality of antennas (ANT1-ANT3) that is provided in different positions of a vehicle and is configured to transmit radio waves every predetermined time, a response signal based on the reception strength of the radio waves transmitted from the plurality of antennas (ANT1-ANT3) is transmitted from the portable device to the vehicle-mounted device, and the vehicle-mounted device determines that a moving direction of the portable device heads for any one of the antennas (ANT1-ANT3) based on the response signal, characterized by, when it is determined that a distance between one of the antennas (ANT1-ANT3) and the portable device is less than the distance obtained from the response signal received at a previous time, and when it is determined that a distance between the one of the antennas (ANT1-ANT3) and the portable device is less than the distance obtained from the response signal received at a previous time by a predetermined percentage or more or a predetermined difference or more, the vehicle-mounted device determines that the portable device heads for any one of the antennas (ANT1-ANT3), and when it is determined that a distance between the vehicle and the portable device is equal to or less than a predetermined threshold, control is performed such that a door (1a, 1b) becomes unlocked. a portable device capable of being carried by a user; and a vehicle-mounted device configured to perform mutual communication with the portable device to perform predetermined control, wherein the vehicle-mounted device includes a plurality of antennas (ANT1-ANT3) that is provided in different positions of a vehicle and is configured to transmit radio waves every predetermined time, a response signal based on the reception strength of the radio waves transmitted from the plurality of antennas (ANT1-ANT3) is transmitted from the portable device to the vehicle-mounted device, and the vehicle-mounted device determines that a moving direction of the portable device heads for any one of the antennas (ANT1-ANT3) based on the response signal, characterized by, when it is determined that a distance between one of the antennas (ANT1-ANT3) and the portable device is less than the distance obtained from the response signal received at a previous time, and when it is determined that a distance between the one of the antennas (ANT1-ANT3) and the portable device is less than the distance obtained from the response signal received at a previous time by a predetermined percentage or more or a predetermined difference or more, the vehicle-mounted device determines that the portable device heads for any one of the antennas (ANT1-ANT3), and when it is determined that a distance between the vehicle and the portable device is equal to or less than a predetermined threshold, control is performed such that a door (1a, 1b) becomes unlocked.
A display control method, comprising: arranging, in a gap area between application icons on a terminal screen, an application icon not present on a current menu page of the terminal or an application icon not present on each of all the menu pages of the terminal, wherein when receiving a trigger of the user, the application icon in the gap area is displayed, and when not receiving the trigger of the user, the application icon in the gap area is hidden; when the application icon in the gap area is displayed, identifying an operation track of the user acting on the terminal screen; characterized by judging whether the operation track is running within a grid path, wherein the grid path is formed, based on the gap areas between the application icons on a terminal desktop and wherein the application icon arranged in the gap area is used as the starting point of the operation track; and, if so, executing shortcut operations associated with the applications scribed by the operation track and with the application icon arranged in the gap area.
A compound of Formula II: wherein: X is an atom having a valence of at least 4; L1 is a first linker having a valence of at least 2, optionally comprising a phosphate group; Z1 is a first single-stranded oligonucleotide attached at its 3' terminus to the first linker, optionally comprising a phosphate group; L2 is a second linker having a valence of at least 2; Z2 is a second single-stranded oligonucleotide attached at its 5' terminus to the second linker; N1 comprises a first functional group capable of forming at least one covalent bond with S1; N2 comprises a second functional group capable of forming at least one covalent bond with S2; S1 and S2 are each independently a spacer having a valence of at least 2; n1 comprises the first functional moiety and n2 comprises the second functional moiety, wherein: Y1 and Y2, at each occurrence, are each independently a functional moiety comprising one or more synthons; n1 and n2 are each independently an integer of at least 1; Y1 and Y2 are the same functional moiety; and Z1 and Z2 are substantially complementary. X is an atom having a valence of at least 4; L1 is a first linker having a valence of at least 2, optionally comprising a phosphate group; Z1 is a first single-stranded oligonucleotide attached at its 3' terminus to the first linker, optionally comprising a phosphate group; L2 is a second linker having a valence of at least 2; Z2 is a second single-stranded oligonucleotide attached at its 5' terminus to the second linker; N1 comprises a first functional group capable of forming at least one covalent bond with S1; N2 comprises a second functional group capable of forming at least one covalent bond with S2; S1 and S2 are each independently a spacer having a valence of at least 2; n1 comprises the first functional moiety and n2 comprises the second functional moiety, wherein: Y1 and Y2, at each occurrence, are each independently a functional moiety comprising one or more synthons; n1 and n2 are each independently an integer of at least 1; Y1 and Y2 are the same functional moiety; and Z1 and Z2 are substantially complementary. Y1 and Y2, at each occurrence, are each independently a functional moiety comprising one or more synthons; n1 and n2 are each independently an integer of at least 1; Y1 and Y2 are the same functional moiety; and Z1 and Z2 are substantially complementary.
Drilling device, comprising a motor for driving a tool accommodated in a tool holder, wherein the motor is coupled to a voltage source providing electrical drive energy, and comprising a first switch for switching on the motor, characterized in that a temperature switching element is provided, which, when a limit temperature of the switched-on motor is exceeded, is reversibly transferred from a first switching position into a second switching position which switches off the motor, and in that, for cooling the motor, the first switch and the temperature switching element are switched in such a way that, in the second switching position of the temperature switching element, switching on the motor is facilitated by actuating and holding the first switch in form of a "hold-to-run"-mode.
Method for the automatic parameterization of a brake system in a vehicle, in the case of which method, during test driving operation, a brake pressure profile (p) being predefined as test run, and the wheel slip (s L) which is thereupon set is determined at at least one wheel of the vehicle, characterized in that, for the case where a wheel slip value (s L) or the gradient of the wheel slip (s L) lies outside a permissible value range, the time in the brake pressure profile (p) is determined, at which time the brake pressure (p) or the gradient of the brake pressure (p) is the cause of the impermissible wheel slip value (s L) or the impermissible gradient of the wheel slip (s L), an unmodified brake pressure (p) is predefined as new test run, the parameters being stored at the determined time of the modified brake pressure profile (p) and being used for the parameterization of the brake system if the wheel slip value (s L) or the gradient of the wheel slip (s L) of the wheel slip profile which is thereupon set lies within the permissible value range.
A measuring device for determining a thickness of a dielectric layer on an electrically conductive substrate comprising: a resonance cavity for electromagnetic fields which has a rotationally symmetrical wall and an end plate opposite an open end, wherein the resonance cavity is adapted to be positioned with the open end on the dielectric layer on the substrate, so that the substrate creates a wall of the resonance cavity, wherein the diameter of the rotationally symmetrical wall is greater than the cut-off diameter (dc) for cylindrical hollow waveguides at a given operating frequency in a region of the resonance cavity; an antenna which is adapted to excite an electromagnetic field in the resonance cavity; a reflection measuring device which is connected to the antenna and is configured to determine at least one property of the electro-magnetic field in the resonance cavity; and an evaluation circuit which is connected to the reflection measuring device and configured to determine the thickness of the dielectric layer from the at least one determined property of the electromagnetic field; characterized in that a diameter of the rotationally symmetrical wall varies in a longitudinal direction of the resonance cavity from the open end to the end plate, and a diameter of an opening is smaller at the open end than the frequency-dependent cut-off diameter (d c) for cylindrical hollow waveguides at a given operating frequency. a resonance cavity for electromagnetic fields which has a rotationally symmetrical wall and an end plate opposite an open end, wherein the resonance cavity is adapted to be positioned with the open end on the dielectric layer on the substrate, so that the substrate creates a wall of the resonance cavity, wherein the diameter of the rotationally symmetrical wall is greater than the cut-off diameter (dc) for cylindrical hollow waveguides at a given operating frequency in a region of the resonance cavity; an antenna which is adapted to excite an electromagnetic field in the resonance cavity; a reflection measuring device which is connected to the antenna and is configured to determine at least one property of the electro-magnetic field in the resonance cavity; and an evaluation circuit which is connected to the reflection measuring device and configured to determine the thickness of the dielectric layer from the at least one determined property of the electromagnetic field; a diameter of the rotationally symmetrical wall varies in a longitudinal direction of the resonance cavity from the open end to the end plate, and a diameter of an opening is smaller at the open end than the frequency-dependent cut-off diameter (d c) for cylindrical hollow waveguides at a given operating frequency.
An antisense oligomer which causes skipping of the 53rd exon in the human dystrophin gene, consisting of a nucleotide sequence complementary to any one of the sequences consisting of the 32nd to the 56th or the 36th to the 56th nucleotides from the 5' end of the 53rd exon in the human dystrophin gene.
An electronic device for providing a concurrent service, the device comprising: a first communication unit for transceiving signals in a first frequency band; a second communication unit for transceiving signals in a second frequency band; an input unit for receiving user input; a memory for storing information about a plurality operation modes; a processor for determining, based on the user input, a function to execute for each of at least two counterpart devices, determining, based on the stored information about the plurality operation modes, an operation mode corresponding to the determined function to execute for each of at least two counterpart devices, determining different frequency bands for the at least two counterpart devices based on the determined function for each of at least two counterpart devices and the at least two counterpart devices, and controlling the first communication unit and the second communication unit to concurrently communicate, based on the determined different frequency bands, with the at least two counterpart devices according to the determined operation mode, wherein the plurality operation modes comprises a repeater mode that forwards a signal received through the first communication unit directly to the second communication unit without passing through the processor, and a dual mode that forwards the signal received through the first communication unit to the processor and concurrently sends a signal from the processor to the second communication unit. a first communication unit for transceiving signals in a first frequency band; a second communication unit for transceiving signals in a second frequency band; an input unit for receiving user input; a memory for storing information about a plurality operation modes; a processor for determining, based on the user input, a function to execute for each of at least two counterpart devices, determining, based on the stored information about the plurality operation modes, an operation mode corresponding to the determined function to execute for each of at least two counterpart devices, determining different frequency bands for the at least two counterpart devices based on the determined function for each of at least two counterpart devices and the at least two counterpart devices, and controlling the first communication unit and the second communication unit to concurrently communicate, based on the determined different frequency bands, with the at least two counterpart devices according to the determined operation mode, wherein the plurality operation modes comprises a repeater mode that forwards a signal received through the first communication unit directly to the second communication unit without passing through the processor, and a dual mode that forwards the signal received through the first communication unit to the processor and concurrently sends a signal from the processor to the second communication unit.
An information processing apparatus (11; 21) comprising: determination means operable to determine whether the information processing apparatus is in a contents standby-mode, the information processing apparatus being operable to perform a utilization process to receive contents via close range communication from a storage terminal (1; 31) when the information processing apparatus is in the contents standby-mode, wherein said contents are at least one of audio, video, static images, visiting card information and address information; executing means operable to: execute the utilization process when the information processing apparatus is in the contents standby-mode; execute a permission validation process when the information processing apparatus is not in the contents standby-mode, the permission validation process comprising presenting the user a dialog, receiving input from the user, and determining whether the user provides the permission based on the input; and execute the utilization process when the user provides the permission in the permission validation process; and an operation unit, in which the contents standby mode is set by a predetermined operation to the operation unit. determination means operable to determine whether the information processing apparatus is in a contents standby-mode, the information processing apparatus being operable to perform a utilization process to receive contents via close range communication from a storage terminal (1; 31) when the information processing apparatus is in the contents standby-mode, wherein said contents are at least one of audio, video, static images, visiting card information and address information; executing means operable to: execute the utilization process when the information processing apparatus is in the contents standby-mode; execute a permission validation process when the information processing apparatus is not in the contents standby-mode, the permission validation process comprising presenting the user a dialog, receiving input from the user, and determining whether the user provides the permission based on the input; and execute the utilization process when the user provides the permission in the permission validation process; and execute the utilization process when the information processing apparatus is in the contents standby-mode; execute a permission validation process when the information processing apparatus is not in the contents standby-mode, the permission validation process comprising presenting the user a dialog, receiving input from the user, and determining whether the user provides the permission based on the input; and execute the utilization process when the user provides the permission in the permission validation process; and an operation unit, in which the contents standby mode is set by a predetermined operation to the operation unit.
Apparatus for treating tissue by applying a force to the tissue, the apparatus comprising: a delivery segment, a deployable segment (30, 30', 30") having proximal and distal regions, and a main body extending therebetween; a loop member (35, 35', 35") formed at the distal region of the deployable segment (30, 30', 30"), the loop member (35, 35', 35") defining an opening that is adjustable in size; a cannula having a bore extending therethrough, wherein the cannula is dimensioned to circumferentially surround at least a portion of the main body at a location proximal to the loop member (35, 35', 35"); and a spring member disposed between the cannula and the loop member (35, 35', 35"), the spring member having proximal and distal ends, and dimensioned to circumferentially surround at least a portion of the main body, wherein: the proximal end of the spring member is affixed to the cannula, and characterized in that the distal end of the spring member is movable to apply a compressive force to adjust the size of the opening of the loop member (35, 35', 35") and compress tissue disposed within the opening of the loop member (35, 35', 35"), the apparatus being configured such that the deployable segment may be disengaged from the delivery segment and remains engaged with the tissue to provide a continuous compressive force upon the tissue. a delivery segment, a deployable segment (30, 30', 30") having proximal and distal regions, and a main body extending therebetween; a loop member (35, 35', 35") formed at the distal region of the deployable segment (30, 30', 30"), the loop member (35, 35', 35") defining an opening that is adjustable in size; a cannula having a bore extending therethrough, wherein the cannula is dimensioned to circumferentially surround at least a portion of the main body at a location proximal to the loop member (35, 35', 35"); and a spring member disposed between the cannula and the loop member (35, 35', 35"), the spring member having proximal and distal ends, and dimensioned to circumferentially surround at least a portion of the main body, wherein: the proximal end of the spring member is affixed to the cannula, and characterized in that the distal end of the spring member is movable to apply a compressive force to adjust the size of the opening of the loop member (35, 35', 35") and compress tissue disposed within the opening of the loop member (35, 35', 35"), the apparatus being configured such that the deployable segment may be disengaged from the delivery segment and remains engaged with the tissue to provide a continuous compressive force upon the tissue. the proximal end of the spring member is affixed to the cannula, and characterized in that the distal end of the spring member is movable to apply a compressive force to adjust the size of the opening of the loop member (35, 35', 35") and compress tissue disposed within the opening of the loop member (35, 35', 35"), the apparatus being configured such that the deployable segment may be disengaged from the delivery segment and remains engaged with the tissue to provide a continuous compressive force upon the tissue.
A method of incorporating a gaseous hydrocarbon into a liquid hydrocarbon, comprising steps of: exposing the gaseous hydrocarbon to a non-thermal plasma generated using a reduced electric field with an E/N ratio in a range of from about 10 to about 30 Td to provide an activated gaseous hydrocarbon; and contacting the activated gaseous hydrocarbon with the liquid hydrocarbon to incorporate the gaseous hydrocarbon into the liquid hydrocarbon. exposing the gaseous hydrocarbon to a non-thermal plasma generated using a reduced electric field with an E/N ratio in a range of from about 10 to about 30 Td to provide an activated gaseous hydrocarbon; and contacting the activated gaseous hydrocarbon with the liquid hydrocarbon to incorporate the gaseous hydrocarbon into the liquid hydrocarbon.
A method for operating non-volatile storage comprising: receiving a request to read data for a first page, the first page is associated with a first group of non-volatile storage elements in a block of non-volatile storage elements; characterised by determining whether a second page has been programmed yet, the second page follows the first page in a sequence in which pages are programmed, the second page is associated with a second group of non-volatile storage elements that are neighbors to the first group of non-volatile storage elements; and applying read corrections to read the first page if the second page has not yet been programmed, the read corrections compensate for at least the second page having not yet been programmed. receiving a request to read data for a first page, the first page is associated with a first group of non-volatile storage elements in a block of non-volatile storage elements; characterised by determining whether a second page has been programmed yet, the second page follows the first page in a sequence in which pages are programmed, the second page is associated with a second group of non-volatile storage elements that are neighbors to the first group of non-volatile storage elements; and applying read corrections to read the first page if the second page has not yet been programmed, the read corrections compensate for at least the second page having not yet been programmed.
Assembly of at least two construction elements which each comprise a number of side faces and are provided with at least one connecting means for connecting the construction elements to one another, wherein at least one side face of each construction element comprises a recess and a part which is slidable in said recess and whose shape is virtually identical to the shape of the recess, in which said connecting means is formed by at least a pair of the slidable parts of two different side faces, characterized in that in the connected position of the construction elements, the recesses of the connected side faces of the construction elements are mutually opposite and in that each slidable part extends in the recesses of the connected side faces, wherein each recess is substantially symmetrical with respect to an axis which extends at right angles to the side face in which said recess is situated, and in that, in the connected position of the construction elements, the mutually opposite recesses are virtually each other's mirror image, such that the slidable parts also fit completely into the space formed by the mutually opposite recesses of the construction elements to be connected, when they are positioned transversely therein and serve as connecting means.