mhurhangee/patent-ind-claim-en huggingface dataset:
A method of generation of service-level objective, SLO, specifications comprising: receiving first source code associated with a first computer-implemented service; the first source code comprising first and second annotations; compiling the first source code to generate executable code for the first computer-implemented service; executing the first computer-implemented service using the executable code ; and characterised in that : the first annotation comprises first metadata defining a name of an SLO specification and the second annotation comprises second metadata defining a service-level objective, SLO, of a first aspect of the first computer-implemented service; generating the SLO specification based on the first annotation and the second annotation, the SLO specification including the name and a definition of the SLO of the first aspect of the first computer-implemented service; and wherein the SLO specification is generated using the first metadata and the second metadata, using an annotation processor during compilation of the first source code . receiving first source code associated with a first computer-implemented service; the first source code comprising first and second annotations; compiling the first source code to generate executable code for the first computer-implemented service; executing the first computer-implemented service using the executable code ; and characterised in that : the first annotation comprises first metadata defining a name of an SLO specification and the second annotation comprises second metadata defining a service-level objective, SLO, of a first aspect of the first computer-implemented service; generating the SLO specification based on the first annotation and the second annotation, the SLO specification including the name and a definition of the SLO of the first aspect of the first computer-implemented service; and wherein the SLO specification is generated using the first metadata and the second metadata, using an annotation processor during compilation of the first source code . the first annotation comprises first metadata defining a name of an SLO specification and the second annotation comprises second metadata defining a service-level objective, SLO, of a first aspect of the first computer-implemented service; generating the SLO specification based on the first annotation and the second annotation, the SLO specification including the name and a definition of the SLO of the first aspect of the first computer-implemented service; and wherein the SLO specification is generated using the first metadata and the second metadata, using an annotation processor during compilation of the first source code .
A head mountable display (HMD) system comprising: a detector to detect an illumination level in an ambient environment around the HMD; and a controller to control an illumination level in the display image for display to a user via the HMD according to the detection, wherein the controller is configured to vary the illumination level only during a last period of gameplay or video playback on the HMD by the user or both of an initial period of gameplay or video playback and the last period of gameplay or video playback on the HMD by the user, in which the last period of gameplay or video playback is triggered by the user executing a command to terminate gameplay or video playback or by a detection that the end of gameplay or video playback is approaching. a detector to detect an illumination level in an ambient environment around the HMD; and a controller to control an illumination level in the display image for display to a user via the HMD according to the detection, wherein the controller is configured to vary the illumination level only during a last period of gameplay or video playback on the HMD by the user or both of an initial period of gameplay or video playback and the last period of gameplay or video playback on the HMD by the user, in which the last period of gameplay or video playback is triggered by the user executing a command to terminate gameplay or video playback or by a detection that the end of gameplay or video playback is approaching.
A process for making a consumer goods product wherein the consumer goods product comprises a container and at least one water-soluble unit dose article housed within the container , the process comprising the steps of; a. making the at least one water-soluble unit dose article on at least one manufacturing line , wherein said at least one water-soluble unit dose article comprises at least one water-soluble film enclosing a detergent composition ; b. Transferring the at least one water-soluble unit dose article from the at least one manufacturing line onto an intermediate line ; c. Transporting the at least one water-soluble unit dose article along the intermediate line ; d. Transferring the at least one water-soluble unit dose article from the intermediate line onto at least one packing line , wherein the at least one water-soluble unit dose article is transported along the at least one packing line and transferred into the container ; wherein the at least one water-soluble unit dose article is stored on the intermediate line for between 1 minute and 3 months ahead of being transferred from the intermediate line onto the at least one packing line , and wherein the process comprises at least two manufacturing lines , wherein each manufacturing line makes water-soluble unit dose articles , and the water-soluble unit dose articles are transferred from the at least two manufacturing lines onto the intermediate storage line , preferably wherein transfer from the at least two manufacturing lines is done simultaneously. a. making the at least one water-soluble unit dose article on at least one manufacturing line , wherein said at least one water-soluble unit dose article comprises at least one water-soluble film enclosing a detergent composition ; b. Transferring the at least one water-soluble unit dose article from the at least one manufacturing line onto an intermediate line ; c. Transporting the at least one water-soluble unit dose article along the intermediate line ; d. Transferring the at least one water-soluble unit dose article from the intermediate line onto at least one packing line , wherein the at least one water-soluble unit dose article is transported along the at least one packing line and transferred into the container ;
A head-mounted display (HMD) device comprising: a display ; a variable lens receptacle to receive an interchangeable lens ; a sensor to retrieve lens information from the lens; a controller to obtain images that are pre-distorted according to the lens information, the controller to display the pre-distorted images on the display; characterized in that it further comprises: an eye cup comprising a flexible material to enable adjustment to the eye cup shape, the eye cup comprising first and second opposing ends with the lens receptacle positioned at the first end and the display positioned at the second end; an actuator to vary the shape of the eye cup; wherein the controller is to determine a lens type from the lens information, and to control the actuator to adjust the shape of the eye cup based on the lens type. a display ; a variable lens receptacle to receive an interchangeable lens ; a sensor to retrieve lens information from the lens; a controller to obtain images that are pre-distorted according to the lens information, the controller to display the pre-distorted images on the display; characterized in that it further comprises: an eye cup comprising a flexible material to enable adjustment to the eye cup shape, the eye cup comprising first and second opposing ends with the lens receptacle positioned at the first end and the display positioned at the second end; an actuator to vary the shape of the eye cup; wherein the controller is to determine a lens type from the lens information, and to control the actuator to adjust the shape of the eye cup based on the lens type. an eye cup comprising a flexible material to enable adjustment to the eye cup shape, the eye cup comprising first and second opposing ends with the lens receptacle positioned at the first end and the display positioned at the second end; an actuator to vary the shape of the eye cup; wherein the controller is to determine a lens type from the lens information, and to control the actuator to adjust the shape of the eye cup based on the lens type.
Wind turbine lifting arrangement comprising a tower of a wind turbine , a nacelle of the wind turbine , a lifting platform and a lifting device attached to the lifting platform for lifting components of the wind turbine to be installed in the nacelle or deinstalled from the nacelle , wherein the nacelle comprises a main frame attached to a top section of the tower , wherein the lifting platform comprises an attachment portion and a lifting device portion , the attachment portion is arranged underneath the nacelle and attached to the main frame , and the lifting device portion is provided adjacent to the attachment portion , wherein the lifting device is attached to the lifting platform in the lifting device portion , and wherein the lifting device portion and the lifting device are arranged next to a longitudinal side of the nacelle , the longitudinal side of the nacelle is one of two opposite longitudinal sides of the nacelle extending along a longitudinal axis (L 12 ) of the nacelle and arranged between a top side and bottom side of the nacelle , and wherein the lifting platform extends along its longitudinal axis (L 20 ) in a direction transverse to the longitudinal axis (L 12 ) of the nacelle . wherein the nacelle comprises a main frame attached to a top section of the tower , wherein the lifting platform comprises an attachment portion and a lifting device portion , the attachment portion is arranged underneath the nacelle and attached to the main frame , and the lifting device portion is provided adjacent to the attachment portion , wherein the lifting device is attached to the lifting platform in the lifting device portion , and wherein the lifting device portion and the lifting device are arranged next to a longitudinal side of the nacelle , the longitudinal side of the nacelle is one of two opposite longitudinal sides of the nacelle extending along a longitudinal axis (L 12 ) of the nacelle and arranged between a top side and bottom side of the nacelle , and wherein the lifting platform extends along its longitudinal axis (L 20 ) in a direction transverse to the longitudinal axis (L 12 ) of the nacelle .
An engine comprising: a cool liquid cooler that cools a first cool liquid that cools an engine block including a cylinder block and a head block ; and a lubricant oil cooler that cools a lubricant oil using the first cool liquid or a second cool liquid, wherein the cool liquid cooler and the lubricant oil cooler are so placed as to be arranged side by side on one end side in a crankshaft direction, characterized in that the engine further includes a gear case placed between the engine block and the cool liquid cooler , and/or between the engine block and the lubricant oil cooler , wherein the cool liquid cooler and/or the lubricant oil cooler is mounted to the gear case . a cool liquid cooler that cools a first cool liquid that cools an engine block including a cylinder block and a head block ; and a lubricant oil cooler that cools a lubricant oil using the first cool liquid or a second cool liquid, the cool liquid cooler and the lubricant oil cooler are so placed as to be arranged side by side on one end side in a crankshaft direction, characterized in that the engine further includes a gear case placed between the engine block and the cool liquid cooler , and/or between the engine block and the lubricant oil cooler , wherein the cool liquid cooler and/or the lubricant oil cooler is mounted to the gear case . a gear case placed between the engine block and the cool liquid cooler , and/or between the engine block and the lubricant oil cooler , wherein the cool liquid cooler and/or the lubricant oil cooler is mounted to the gear case .
A loudspeaker comprising: a high frequency (HF) driver ; a low frequency (LF) driver coaxially arranged with the HF driver ; and a waveguide overlying a sound radiating surface of the LF driver , the waveguide having a hole pattern such that a sound radiation pattern of the LF driver matches a sound radiation pattern of the HF driver at a reference location; a housing defining an acoustic backvolume between the LF driver and the HF driver , wherein the acoustic backvolume is configured to respond to motion of the HF driver when that driver is excited by an electrical signal; and a Helmholtz resonator coupled with the acoustic backvolume between the LF driver and the HF driver . a high frequency (HF) driver ; a low frequency (LF) driver coaxially arranged with the HF driver ; and a waveguide overlying a sound radiating surface of the LF driver , the waveguide having a hole pattern such that a sound radiation pattern of the LF driver matches a sound radiation pattern of the HF driver at a reference location; a housing defining an acoustic backvolume between the LF driver and the HF driver , wherein the acoustic backvolume is configured to respond to motion of the HF driver when that driver is excited by an electrical signal; and a Helmholtz resonator coupled with the acoustic backvolume between the LF driver and the HF driver .
A rotor for an axial turbomachine, comprising at least one first rotor main body , wherein the first rotor main body has a first connecting flange for connecting the first rotor main body to a second rotor main body , wherein the first rotor main body is connected to at least one rotor blade and has a balancing flange , and wherein the first connecting flange is integrally bonded to the balancing flange and the balancing flange is arranged radially on the inside of the first connecting flange , characterized in that the balancing flange is axially aligned.
A method comprising: sampling an audio signal to generate samples, wherein the audio signal includes an embedded message; determining a first symbol value based on a first frequency spectrum determined for a first block of the samples; determining a second symbol value based on a second frequency spectrum determined for a second block of the samples; and determining, using a processor, a resulting symbol value, representative of a part of the embedded message, by voting based on a first weight assigned to the first symbol value for the first block of samples and a second weight assigned to the second symbol value for the second block of samples, wherein the first and second weights are based on a confidence score for the symbol determination and wherein the first block and the second block partially overlap in time in the audio signal. sampling an audio signal to generate samples, wherein the audio signal includes an embedded message; determining a first symbol value based on a first frequency spectrum determined for a first block of the samples; determining a second symbol value based on a second frequency spectrum determined for a second block of the samples; and determining, using a processor, a resulting symbol value, representative of a part of the embedded message, by voting based on a first weight assigned to the first symbol value for the first block of samples and a second weight assigned to the second symbol value for the second block of samples, wherein the first and second weights are based on a confidence score for the symbol determination and wherein the first block and the second block partially overlap in time in the audio signal.
A method comprising: operating a user equipment with dual connectivity comprising connectivity with a first cell group and a second cell group; receiving a configuration message configuring the user equipment with a first maximum transmission power for transmissions on the first cell group, and a second maximum transmission power for transmissions on the second cell group; determining , at a user equipment, a transmission time for a first transmission on a first serving cell of the first cell group; determining a cut-off time for power determination for the first transmission, wherein the cut-off time is based on the transmission time for the first transmission, offset by an offset time, and the offset time is based on a function of a first user equipment processing time and a second user equipment processing time; determining at least a second transmission on a second serving cell of the second cell group that overlaps with the first transmission, wherein scheduling information, transmission information, or a combination thereof of the at least second transmission is known before the cut-off time for power determination; determining a maximum transmission power for the first transmission based on the received first maximum transmission power for transmissions on the first cell group, a total transmission power allocated to the at least second transmission on the second cell group, a configured maximum transmission power for dual connectivity operation, or some combination thereof; and performing the first transmission based on the determined maximum transmission power. operating a user equipment with dual connectivity comprising connectivity with a first cell group and a second cell group; receiving a configuration message configuring the user equipment with a first maximum transmission power for transmissions on the first cell group, and a second maximum transmission power for transmissions on the second cell group; determining , at a user equipment, a transmission time for a first transmission on a first serving cell of the first cell group; determining a cut-off time for power determination for the first transmission, wherein the cut-off time is based on the transmission time for the first transmission, offset by an offset time, and the offset time is based on a function of a first user equipment processing time and a second user equipment processing time; determining at least a second transmission on a second serving cell of the second cell group that overlaps with the first transmission, wherein scheduling information, transmission information, or a combination thereof of the at least second transmission is known before the cut-off time for power determination; determining a maximum transmission power for the first transmission based on the received first maximum transmission power for transmissions on the first cell group, a total transmission power allocated to the at least second transmission on the second cell group, a configured maximum transmission power for dual connectivity operation, or some combination thereof; and performing the first transmission based on the determined maximum transmission power.
A rotor blade clamping tool for lifting a wind turbine rotor blade , the clamping tool consisting of a first clamping element adapted to be arranged at a first side of the rotor blade , a second clamping element adapted to be arranged at a second side of the rotor blade, and a clamping mechanism connecting the first clamping element and the second clamping element and being adapted to open the clamping tool for insertion of the rotor blade between the first and second clamping elements and close the clamping tool for clamping the rotor blade between the first and second clamping elements , the clamping mechanism connecting the first clamping element and the second clamping element includes a rigid C-formed bracket having a first leg and a second leg , at least one of the first and second clamping elements including a first balancing lever and a second balancing lever , each balancing lever being arranged pivotally about a pivot axis and having a first end flexibly connected with a corresponding first rotor blade contacting surface and a second end flexibly connected with a corresponding second rotor blade contacting surface , and where at least one of the first and second clamping elements includes a main balancing lever being arranged pivotally about a main pivot axis and having a first end on which the corresponding first balancing lever is arranged pivotally about a corresponding first pivot axis and a second end on which the corresponding second balancing lever is arranged pivotally about a corresponding second pivot axis , in that first and second balancing levers arranged on the same main balancing lever are aligned in their longitudinal direction, and in that the four separate rotor blade contacting surfaces of the at least one of the first and second clamping elements are adapted to be arranged successively in the lengthwise direction of the rotor blade.
An apparatus , comprising means comprising at least one processor, and at least one memory including computer program code, the at least one memory and computer program code configured to, with the at least one processor, cause the performance of the apparatus, the means configured for performing: - receiving a three-dimensional tunnel model of an underground tunnel system of a worksite, - receiving two-dimensional position data comprising sets of x coordinate values and y coordinate values of a mobile device in the underground tunnel system, characterised by the means further configured for - performing a vertical plane ray cast operation in the tunnel model at a mobile device position defined by an x coordinate value and an y coordinate value in the received position data, and - determining a z coordinate value for the mobile device position on the basis of the ray cast operation and at least one earlier resolved z coordinate value for a preceding mobile device position. - receiving a three-dimensional tunnel model of an underground tunnel system of a worksite, - receiving two-dimensional position data comprising sets of x coordinate values and y coordinate values of a mobile device in the underground tunnel system, characterised by the means further configured for - performing a vertical plane ray cast operation in the tunnel model at a mobile device position defined by an x coordinate value and an y coordinate value in the received position data, and - determining a z coordinate value for the mobile device position on the basis of the ray cast operation and at least one earlier resolved z coordinate value for a preceding mobile device position.