mhurhangee/ep-ind-claims huggingface dataset:
An electronic musical instrument comprising: a plurality of keys respectively specifying different pitches when operated; a memory; and a sound processor that executes the following: in response to an operation of any one of the keys, generating waveform data corresponding to a pitch specified by the operated key; and storing information on said operation of the operated key in the memory, wherein in response to a current operation of a current key, which is one of the plurality of keys, the sound processor retrieves the information stored in the memory for a previous operation, if any, of a previous key, which is a same as the current key or is another one of the plurality of keys, and performs a prescribed processing on a beginning part of the waveform data generated for the current operation of the current key in accordance with the retrieved information stored in the memory for the previous operation of the previous key so as to generate processed waveform data in response to the current operation of the current key, and wherein the sound processor causes the processed waveform data to output as a sound characterized in that when the pitch specified by the current key is higher than the pitch specified by the previous key, the sound processor raises a pitch of the beginning part of the waveform data generated for the current operation of the current key higher than the pitch specified by the current key in performing the prescribed processing. a plurality of keys respectively specifying different pitches when operated; a memory; and a sound processor that executes the following: in response to an operation of any one of the keys, generating waveform data corresponding to a pitch specified by the operated key; and storing information on said operation of the operated key in the memory, in response to an operation of any one of the keys, generating waveform data corresponding to a pitch specified by the operated key; and storing information on said operation of the operated key in the memory, wherein in response to a current operation of a current key, which is one of the plurality of keys, the sound processor retrieves the information stored in the memory for a previous operation, if any, of a previous key, which is a same as the current key or is another one of the plurality of keys, and performs a prescribed processing on a beginning part of the waveform data generated for the current operation of the current key in accordance with the retrieved information stored in the memory for the previous operation of the previous key so as to generate processed waveform data in response to the current operation of the current key, and wherein the sound processor causes the processed waveform data to output as a sound characterized in that when the pitch specified by the current key is higher than the pitch specified by the previous key, the sound processor raises a pitch of the beginning part of the waveform data generated for the current operation of the current key higher than the pitch specified by the current key in performing the prescribed processing.
A method for use at a first electronic device, the first electronic device being adapted to be communicatively coupled to a second electronic device, the method comprising, at the first electronic device: generating first data for display on a display at the first electronic device pertaining to an application executable on the first electronic device; and receiving a signal at the first electronic device from a second electronic device; characterized in that the method further comprises in response to the received signal, modifying the first data, and generating second data for display at the second electronic device pertaining to the application and sending the second data to the second electronic device, whereby displays generated by the first device for the first and second devices differ in appearance; and in response to receiving a further signal from the second electronic device: modifying the second data to enhance the display at the second electronic device pertaining to the application; and modifying the first data to diminish the display at the first electronic device pertaining to the application. generating first data for display on a display at the first electronic device pertaining to an application executable on the first electronic device; and receiving a signal at the first electronic device from a second electronic device; characterized in that the method further comprises in response to the received signal, modifying the first data, and generating second data for display at the second electronic device pertaining to the application and sending the second data to the second electronic device, whereby displays generated by the first device for the first and second devices differ in appearance; and in response to receiving a further signal from the second electronic device: modifying the second data to enhance the display at the second electronic device pertaining to the application; and modifying the first data to diminish the display at the first electronic device pertaining to the application. modifying the second data to enhance the display at the second electronic device pertaining to the application; and modifying the first data to diminish the display at the first electronic device pertaining to the application.
A cruise control apparatus configured to perform an intermittent operation mode, which is a mode for cruising a vehicle in a predetermined vehicle speed range including a vehicle speed that is determined according to an accelerator opening degree while alternately repeating transmission and non-transmission of rotary power generated on a power source of the vehicle to drive wheels, said cruise control apparatus comprising: a controlling device configured to start a determination period, which is a period for determining whether or not to continue the intermittent operation mode, on condition that a change amount of the accelerator opening degree caused by an accelerator operation by a driver of the vehicle exceeds a predetermined change amount, during implementation of the intermittent operation mode, the cruise control apparatus being characterized by the controlling device being configured to set an accelerator following period, which is a period for changing a predetermined speed of the intermittent operation mode in accordance with the driver's accelerator operation, after an end of the determination period, if it is determined that the intermittent operation mode is to be continued according to a change width of the accelerator opening degree, which is an integrated value of the change amount obtained in the determination period. a controlling device configured to start a determination period, which is a period for determining whether or not to continue the intermittent operation mode, on condition that a change amount of the accelerator opening degree caused by an accelerator operation by a driver of the vehicle exceeds a predetermined change amount, during implementation of the intermittent operation mode, the cruise control apparatus being characterized by the controlling device being configured to set an accelerator following period, which is a period for changing a predetermined speed of the intermittent operation mode in accordance with the driver's accelerator operation, after an end of the determination period, if it is determined that the intermittent operation mode is to be continued according to a change width of the accelerator opening degree, which is an integrated value of the change amount obtained in the determination period.
A method of establishing a radio communication connection between a first device and a second device, wherein the method comprises the first device transmitting an optical signal including radio communication parameters and the second device deriving said communication parameters from said optical signal, characterized in that the second device additionally derives directional information from said optical signal, the directional information being used to generate parameters to control a directional radio communication between the first device and the second device.
A microwave ablation antenna assembly comprising: a coaxial cable terminating in a radiating section; a first tubular member circumscribing the coaxial cable and spaced therefrom to permit fluid flow therebetween; a second tubular member circumscribing the first tubular member and spaced therefrom to permit fluid flow therebetween; a hub configured to receive the coaxial cable, first tubular member, and second tubular member, the hub including a fluid inflow chamber and a fluid outflow chamber; further comprising an integrated hub divider and hub cap component separating the fluid inflow chamber from the fluid outflow chamber to prohibit fluid flow between the inflow chamber and outflow chamber except via the spacing (22; 24) between the coaxial cable and the first tubular member and between the first tubular member and the second tubular member, wherein a proximal portion of the integrated hub divider and hub cap component is secured in the hub, anc wherein a distal portion of the integrated hub divider and hub cap component forms a hub cap received at the distal end of the hub. a coaxial cable terminating in a radiating section; a first tubular member circumscribing the coaxial cable and spaced therefrom to permit fluid flow therebetween; a second tubular member circumscribing the first tubular member and spaced therefrom to permit fluid flow therebetween; a hub configured to receive the coaxial cable, first tubular member, and second tubular member, the hub including a fluid inflow chamber and a fluid outflow chamber; further comprising an integrated hub divider and hub cap component separating the fluid inflow chamber from the fluid outflow chamber to prohibit fluid flow between the inflow chamber and outflow chamber except via the spacing (22; 24) between the coaxial cable and the first tubular member and between the first tubular member and the second tubular member, wherein a proximal portion of the integrated hub divider and hub cap component is secured in the hub, anc wherein a distal portion of the integrated hub divider and hub cap component forms a hub cap received at the distal end of the hub.
A felt (10, 10a) for papermaking comprising a base and a batt fiber layer, wherein said batt fiber layer comprises batt fibers contained in and integrally combined with a high-polymer elastic material, and said batt fiber layer includes 5 g/m 2 to 100 g/m 2 of 1-methyl-2-pyrrolidone.
A poorly soluble drug containing microsphere, comprising a water-soluble polymer carrier and a poorly soluble drug, obtainable by spray drying a mixed solution in which the water-soluble polymer carrier and the poorly soluble drug are dissolved in a mixed solvent of water and an organic solvent such that the poorly soluble drug is dispersed in the water-soluble polymer carrier in a non-crystalline form, wherein the mixed solution does not include a surfactant, the weight ratio of the organic solvent and water is 0.5:1 to 5:1, the water-soluble polymer carrier is hydroxypropylmethylcellulose (HPMC), and the poorly soluble drug is selected from the group consisting of acyclovir, candesartan, eprosartan, fenofibrate, lovastatin, megestrol, simvastatin, sirolimus, tacrolimus, and a combination thereof.
A heated aerosol-generating article for use with an aerosol-generating device having a heating element, the heated aerosol-generating article comprising: a rod of aerosol-generating substrate, the rod of aerosol-generating substrate being formed of an aerosol-forming material having an aerosol former content of between 5 percent and 30 percent on a dry weight basis; and an outer wrapper, wherein the outer wrapper is wrapped around at least a portion of the rod of aerosol-generating substrate and at least a portion of an outer surface of the wrapper comprises a thermal indicator, the thermal indicator comprising: a thermochromic material, whereby at least a portion of the thermochromic material is adapted to undergo a visual change when the temperature at said portion of the thermochromic material exceeds a threshold temperature, such that the outer wrapper provides a visual indication that the temperature at the thermal indicator has exceeded the threshold temperature, wherein the threshold temperature is at least about 175 degrees Celsius. a rod of aerosol-generating substrate, the rod of aerosol-generating substrate being formed of an aerosol-forming material having an aerosol former content of between 5 percent and 30 percent on a dry weight basis; and an outer wrapper, wherein the outer wrapper is wrapped around at least a portion of the rod of aerosol-generating substrate and at least a portion of an outer surface of the wrapper comprises a thermal indicator, the thermal indicator comprising: a thermochromic material, whereby at least a portion of the thermochromic material is adapted to undergo a visual change when the temperature at said portion of the thermochromic material exceeds a threshold temperature, such that the outer wrapper provides a visual indication that the temperature at the thermal indicator has exceeded the threshold temperature, wherein the threshold temperature is at least about 175 degrees Celsius.
A communication device for wireless communication, the communication device comprising: a housing comprising a front dielectric cover, a back dielectric cover and a metal frame having an aperture, the metal frame is circumferentially arranged along the periphery of the front dielectric cover and the back dielectric cover; a first antenna, formed by a portion of the metal frame, wherein the first antenna is configured to radiate in a first frequency band, and wherein the first frequency band is in a first interval from 400 megahertz, MHz, to 10 gigahertz, GHz; and a circuit, arranged inside the housing, the circuit comprises a first feed point (191; or 192) coupled to the metal frame and configured to feed the first antenna, a second antenna arranged inside the housing and adjacent to the first antenna, wherein the second antenna comprises one or more radiating elements (330; 340) configured to radiate through the aperture, wherein the one or more radiating elements (330; 340) are configured to radiate in a second frequency band, wherein the second frequency band is a millimetre Wave frequency band, wherein the circuit further comprises a second feed point coupled to the second antenna and configured to feed the second antenna. a housing comprising a front dielectric cover, a back dielectric cover and a metal frame having an aperture, the metal frame is circumferentially arranged along the periphery of the front dielectric cover and the back dielectric cover; a first antenna, formed by a portion of the metal frame, wherein the first antenna is configured to radiate in a first frequency band, and wherein the first frequency band is in a first interval from 400 megahertz, MHz, to 10 gigahertz, GHz; and a circuit, arranged inside the housing, the circuit comprises a first feed point (191; or 192) coupled to the metal frame and configured to feed the first antenna, a second antenna arranged inside the housing and adjacent to the first antenna, wherein the second antenna comprises one or more radiating elements (330; 340) configured to radiate through the aperture, wherein the one or more radiating elements (330; 340) are configured to radiate in a second frequency band, wherein the second frequency band is a millimetre Wave frequency band, wherein the circuit further comprises a second feed point coupled to the second antenna and configured to feed the second antenna.
Fuel injector for injecting fuel into a combustion chamber of an internal combustion engine, comprising a hydraulic coupler having a coupler piston which is hydraulically coupled to a further piston via a coupler gap volume, wherein the coupler gap volume is connectable via a non-return valve to a low-pressure area of the fuel injector, wherein the coupler piston or the further piston is embodied in a multipart manner in order to form the non-return valve, characterized in that the coupler piston or the further piston comprises a piston part, forming a valve seat, and a disc-form, elastically deformable part that serves as a valve closing element and bounds the coupler gap volume, wherein at least one channel connected to the low-pressure area is formed in the piston part, and the channel leads into a chamber which is formed by an end-side recess in the piston part.
A method for transmitting a data to a base station in subframes of a wireless communication system, including the following steps to be performed by a user equipment, UE, device: receiving from the base station an uplink grant for transmitting data on predetermined resources of an uplink carrier; detecting by carrier sensing whether or not the predetermined resources are available for transmission; if the predetermined resources are detected to be available for transmission, transmitting data in the predetermined resources characterized by if the predetermined resources are detected to be available for transmission, transmitting to the base station a transmission confirmation indication indicating that the data has been transmitted. receiving from the base station an uplink grant for transmitting data on predetermined resources of an uplink carrier; detecting by carrier sensing whether or not the predetermined resources are available for transmission; if the predetermined resources are detected to be available for transmission, transmitting data in the predetermined resources characterized by if the predetermined resources are detected to be available for transmission, transmitting to the base station a transmission confirmation indication indicating that the data has been transmitted.
A method for measuring a storage frame having at least one tray defining at least one approximately horizontal storing plane and being used for storing rod-like elements, like smoking bars, the rod-like elements serving for storing products, like sausages, each having a sausage-shaped body and a loop for a pendulously storage of the products on a rod-like element, the method comprising the steps of: - moving the storage frame into the operating range of a measuringapparatus, - scanning the storage frame by the measuring apparatus for detecting and recording data regarding geometrical dimensions of the storage frame including at least the height of the tray, - referring the height of the tray to a reference height, - creating a dataset including at least said height, - storing the dataset in a data memory device, and - creating a link between the dataset and the respective storage frame characterized by providing classes of datasets and arranging the datasets in said classes, wherein each class of datasets includes datasets having similar features, and transmitting the datasets to a system for handling the storage frames, which includes a robotic device, for controlling the movement of the robotic device on the basis of the respective dataset, while inserting or removing by the robotic device rod-like elements into or from the storage frame. - moving the storage frame into the operating range of a measuringapparatus, - scanning the storage frame by the measuring apparatus for detecting and recording data regarding geometrical dimensions of the storage frame including at least the height of the tray, - referring the height of the tray to a reference height, - creating a dataset including at least said height, - storing the dataset in a data memory device, and - creating a link between the dataset and the respective storage frame characterized by providing classes of datasets and arranging the datasets in said classes, wherein each class of datasets includes datasets having similar features, and
A method of wireless communication performed by a relay, the method comprising: receiving, at the relay, an allocation of a first set of resources within a carrier over a subframe for receiving first signals at the relay from a base station; selecting, at the relay, a second set of resources within the carrier over the subframe that mitigate self-interference by not overlapping with the first set of resources, the second set of resources being for communicating from the relay to a device; and transmitting, from the relay, second signals to the device on the second set of resources; and receiving at the relay the first signals on the first set of resources while the second signals are transmitted from the relay. receiving, at the relay, an allocation of a first set of resources within a carrier over a subframe for receiving first signals at the relay from a base station; selecting, at the relay, a second set of resources within the carrier over the subframe that mitigate self-interference by not overlapping with the first set of resources, the second set of resources being for communicating from the relay to a device; and transmitting, from the relay, second signals to the device on the second set of resources; and receiving at the relay the first signals on the first set of resources while the second signals are transmitted from the relay.
A method comprising: - receiving an audible command from a user; - automatically processing at least portions of the audible command with respect to previously developed identification information to correlate the user with a likely identity; - automatically responding to the audible command in a predetermined way as a function, at least in part, of the likely identity, wherein the function of likely identity includes a confidence level that the user has been correctly correlated with the likely identity, where the confidence level utilises a tiering of permissions of a hierarchical command structure, where if the level is deemed sufficient to permit the user to assert the corresponding command, then the command can be validated. - receiving an audible command from a user; - automatically processing at least portions of the audible command with respect to previously developed identification information to correlate the user with a likely identity; - automatically responding to the audible command in a predetermined way as a function, at least in part, of the likely identity, wherein the function of likely identity includes a confidence level that the user has been correctly correlated with the likely identity, where the confidence level utilises a tiering of permissions of a hierarchical command structure, where if the level is deemed sufficient to permit the user to assert the corresponding command, then the command can be validated.
A first radio node comprising processing circuitry configured to configure the first radio node to: obtain a first interference subspace; obtain beamforming weights based on the first interference subspace, the beamforming weights configured to modify a radiation pattern in at least one communication direction of at least one interference source, characterized in that the at least one interference source is at least one passive intermodulation, PIM, source; and perform wireless communications based on the beamforming weights, wherein the wireless communications based on the beamforming weights are configured to be of similar power and 180 degrees out of phase with other wireless communications at the at least one interference source. obtain a first interference subspace; obtain beamforming weights based on the first interference subspace, the beamforming weights configured to modify a radiation pattern in at least one communication direction of at least one interference source, characterized in that the at least one interference source is at least one passive intermodulation, PIM, source; and perform wireless communications based on the beamforming weights, wherein the wireless communications based on the beamforming weights are configured to be of similar power and 180 degrees out of phase with other wireless communications at the at least one interference source.