mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method, comprising: detecting, by a wearable computing device , a launch of a first application comprising a first application user interface ; detecting, by the wearable computing device , a first user input on the first application user interface corresponding to a first application setting criteria ; collecting, by the wearable computing device , first heartrate metrics using a first heartrate collection technique during a first period ; tracking, by the wearable computing device , the first heartrate metrics according to the first application setting criteria during the first period ; detecting, by the wearable computing device , a launch of a second application comprising a second application user interface ; detecting, by the wearable computing device , a second user input on the second application user interface corresponding to a second application setting criteria different from the first setting criteria ; collecting, by the wearable computing device, second heartrate metrics during a second period, using a second heartrate collection technique different from the first heartrate collection technique ; and tracking, by the wearable computing device, the second heartrate metrics according to the second application setting criteria during the second period . detecting, by a wearable computing device , a launch of a first application comprising a first application user interface ; detecting, by the wearable computing device , a first user input on the first application user interface corresponding to a first application setting criteria ; collecting, by the wearable computing device , first heartrate metrics using a first heartrate collection technique during a first period ; tracking, by the wearable computing device , the first heartrate metrics according to the first application setting criteria during the first period ; detecting, by the wearable computing device , a launch of a second application comprising a second application user interface ; detecting, by the wearable computing device , a second user input on the second application user interface corresponding to a second application setting criteria different from the first setting criteria ; collecting, by the wearable computing device, second heartrate metrics during a second period, using a second heartrate collection technique different from the first heartrate collection technique ; and tracking, by the wearable computing device, the second heartrate metrics according to the second application setting criteria during the second period .
An actuator comprising: a frame element ; a pair of beam elements ; a movable element rotatably supported by the frame element via the beam elements ; a driver configured to rotate the movable element relative to the frame element around the beam elements as a rotary shaft; and damper elements provided on a rotary axis (O) of the beam elements , characterized in that : the beam elements are formed in a meander shape and include turnback portions , straight portions , a first connecting shaft connected with the frame element , and a second connecting shaft connected with the movable element ; and the damper elements are disposed on a straight line connecting the first and second connecting shafts as the rotary axis (O) to connect discontinuous spaces of the meander beam elements . a frame element ; a pair of beam elements ; a movable element rotatably supported by the frame element via the beam elements ; a driver configured to rotate the movable element relative to the frame element around the beam elements as a rotary shaft; and damper elements provided on a rotary axis (O) of the beam elements , characterized in that : the beam elements are formed in a meander shape and include turnback portions , straight portions , a first connecting shaft connected with the frame element , and a second connecting shaft connected with the movable element ; and the damper elements are disposed on a straight line connecting the first and second connecting shafts as the rotary axis (O) to connect discontinuous spaces of the meander beam elements . the beam elements are formed in a meander shape and include turnback portions , straight portions , a first connecting shaft connected with the frame element , and a second connecting shaft connected with the movable element ; and the damper elements are disposed on a straight line connecting the first and second connecting shafts as the rotary axis (O) to connect discontinuous spaces of the meander beam elements .
2-(5-{1-[2-(Difluoromethoxy)-6-fluorobenzyl]-2-methyl-1 H -benzimidazol-6-yl}pyrimidin-2-yl)propan-2-ol, or a pharmaceutically acceptable salt thereof.
A syringe comprising: - a hollow cylindrical body , containing a product to be injected and from which a hollow tip equipped with a Luer-lock connector extends, and a plunger , sliding inside the hollow cylindrical body ; and - a tamper-proof cap comprising a closure cap and a tamper-proof insert , wherein the closure cap includes a portion for coupling with the Luer-lock connector and a handle portion , in which an external seat for housing the tamper-proof insert is formed, and wherein the tamper-proof insert comprises at least one longitudinal section a transverse section and means for the unmovable coupling of the tamper-proof insert and the closure cap ; characterized in that the tamper-proof insert comprises a terminal element , which is connected to a free end of the longitudinal section by a frangible connection , the terminal element being configured to be immovably housed in a corresponding groove formed on an external surface of the Luer-lock connector , and in that the means for the unmovable coupling of the tamper-proof insert and the closure cap comprises at least one element extending from the transverse section of the tamper-proof insert , towards the inside of the tamper-proof insert , in order to be coupled by interference with a corresponding cavity of the closure cap , which extends towards the inside of the handle portion of the closure cap . - a hollow cylindrical body , containing a product to be injected and from which a hollow tip equipped with a Luer-lock connector extends, and a plunger , sliding inside the hollow cylindrical body ; and - a tamper-proof cap comprising a closure cap and a tamper-proof insert , wherein the closure cap includes a portion for coupling with the Luer-lock connector and a handle portion , in which an external seat for housing the tamper-proof insert is formed, and wherein the tamper-proof insert comprises at least one longitudinal section a transverse section and means for the unmovable coupling of the tamper-proof insert and the closure cap ; characterized in that the tamper-proof insert comprises a terminal element , which is connected to a free end of the longitudinal section by a frangible connection , the terminal element being configured to be immovably housed in a corresponding groove formed on an external surface of the Luer-lock connector , and in that the means for the unmovable coupling of the tamper-proof insert and the closure cap comprises at least one element extending from the transverse section of the tamper-proof insert , towards the inside of the tamper-proof insert , in order to be coupled by interference with a corresponding cavity of the closure cap , which extends towards the inside of the handle portion of the closure cap .
A method for supporting two-level terminal-group based hybrid-automatic repeat request, HARQ, signaling in a 3GPP Network, the method comprising: receiving, at a cooperating user equipment, CUE within a virtual multi-point, ViMP, node comprising a plurality of UEs, a data packet for a target UE, TUE that is broadcasted from a base station, BS to the ViMP node at a first level HARQ process, using a ViMP-radio network temporary identifier, RNTI; decoding the data packet; and upon successfully decoding the data packet, broadcasting, by the CUE, the data packet at a second level HARQ process within the ViMP node continuously until a timer pre-established by the BS expires or an acknowledgement, ACK, message is received from the TUE or the ViMP node. receiving, at a cooperating user equipment, CUE within a virtual multi-point, ViMP, node comprising a plurality of UEs, a data packet for a target UE, TUE that is broadcasted from a base station, BS to the ViMP node at a first level HARQ process, using a ViMP-radio network temporary identifier, RNTI; decoding the data packet; and upon successfully decoding the data packet, broadcasting, by the CUE, the data packet at a second level HARQ process within the ViMP node continuously until a timer pre-established by the BS expires or an acknowledgement, ACK, message is received from the TUE or the ViMP node.
A method for monitoring sound within an environment using a lighting network comprising a processor , a plurality of environmental sensors , and a plurality of lighting units each comprising an integrated sound sensor, the method comprising the steps of: obtaining , by at least one of the integrated sound sensors, real-time sound data from within the environment; obtaining , by at least one of the plurality of environmental sensors, real-time environmental data from within the environment; combining , using the processor, the real-time sound data, the real-time environmental data, and topographical information about the environment to create a propagation map of the sound data; and localizing , from the propagation map of the sound data, a source of the sound data. obtaining , by at least one of the integrated sound sensors, real-time sound data from within the environment; obtaining , by at least one of the plurality of environmental sensors, real-time environmental data from within the environment; combining , using the processor, the real-time sound data, the real-time environmental data, and topographical information about the environment to create a propagation map of the sound data; and localizing , from the propagation map of the sound data, a source of the sound data.
An ultrasound imaging apparatus , the ultrasound imaging apparatus comprising: a probe including a transducer array; an ultrasound signal receiver including a first time gain compensation (TGC) channel and a second TGC channel that each perform TGC on an ultrasound signal received from the probe, wherein the first TGC channel is configured to generate a first ultrasound signal by applying a first TGC parameter to a signal received from the probe and the second TGC channel is configured to generate a second ultrasound signal by applying a second TGC parameter to a signal received from the probe; one or more processors configured to control the first TGC parameter of the first TGC channel based on a first TGC control signal received from the ultrasound imaging apparatus, generate first ultrasound image based on the first ultrasound signal received from the ultrasound signal receiver, and display the first ultrasound image on a display of the ultrasound imaging apparatus; and a communicator configured to receive a second TGC control signal from a first client apparatus ; wherein the one or more processors are further configured to control the second TGC parameter of the second TGC channel based on the second TGC control signal, generate second ultrasound image based on the second ultrasound signal received from the ultrasound signal receiver , and transmit the second ultrasound image to the first client apparatus via the communicator wherein the first TGC channel is separated from the second TGC channel. a probe including a transducer array; an ultrasound signal receiver including a first time gain compensation (TGC) channel and a second TGC channel that each perform TGC on an ultrasound signal received from the probe, wherein the first TGC channel is configured to generate a first ultrasound signal by applying a first TGC parameter to a signal received from the probe and the second TGC channel is configured to generate a second ultrasound signal by applying a second TGC parameter to a signal received from the probe; one or more processors configured to control the first TGC parameter of the first TGC channel based on a first TGC control signal received from the ultrasound imaging apparatus, generate first ultrasound image based on the first ultrasound signal received from the ultrasound signal receiver, and display the first ultrasound image on a display of the ultrasound imaging apparatus; and a communicator configured to receive a second TGC control signal from a first client apparatus ; wherein the one or more processors are further configured to control the second TGC parameter of the second TGC channel based on the second TGC control signal, generate second ultrasound image based on the second ultrasound signal received from the ultrasound signal receiver , and transmit the second ultrasound image to the first client apparatus via the communicator wherein the first TGC channel is separated from the second TGC channel.
A method for handling (hygiene) products , in particular diapers, the products being transported by way of a feed conveyor in a first transport direction into compartments of a discharge conveyor , in particular of a grouping conveyor, which transports the products in a second transport direction , the second transport direction running transversely, in particular perpendicularly, with respect to the first transport direction , and wherein at least one intermediate conveyor , which serves to decrease the transfer speed of the products in the first transport direction , is arranged between the feed conveyor and the discharge conveyor , characterized in that regions of the products which protrude out of the compartments are stabilized by way of at least one further compartment conveyor , in particular by way of contact of the products with dividing walls of the further compartment conveyor , the or each further compartment conveyor being driven continuously in the second transport direction and preferably being arranged above the intermediate conveyor and/or the discharge conveyor .
An arrangement on a flowing body of water in the area of a transverse structure and/or hydropower plant, particularly a fish passage aid, for transporting aquatic animals (W), especially fish, with at least one transport unit that is movable between the area of the lower water , especially the lower water level , and the area of the upper water , especially the upper water level , wherein the arrangement comprises a cableway with which the transport unit is movable along a travel path between a loading or unloading position of a first station in the area of the lower water and a loading or unloading position of a second station in the area of the upper water , and wherein the arrangement has a device for loading the transport unit arranged in the area of the lower water as well as a device for unloading the transport unit in the area of the upper water , characterized in that the arrangement additionally has a device for loading the transport unit arranged in the area of the upper water as well as a device for unloading the transport unit in the area of the lower water .
A method of controlling access to a network, the method comprising: storing in a data repository a first identifying detail relating to a second type of connection and associating said first identifying detail with a base credential relating to a first type of connection; and granting a request to access said network via said second type of connection, wherein said request comprises a second identifying detail, if a correlation is found between said second identifying detail and said first identifying detail. storing in a data repository a first identifying detail relating to a second type of connection and associating said first identifying detail with a base credential relating to a first type of connection; and granting a request to access said network via said second type of connection, wherein said request comprises a second identifying detail, if a correlation is found between said second identifying detail and said first identifying detail.
A pressure-sensitive adhesive film comprising a resin film as a substrate and a pressure-sensitive adhesive layer provided at least on a face of the resin film, wherein: the resin film has a multi-layer constitution consisting of at least two layers, wherein the resin film comprises a first layer placed on a front face side of the resin film and a second layer placed on a back face side of the resin film, the thickness of the first layer accounting for 70% or less of the thickness of the entire resin film and the thickness of the second layer accounting for 90% or less of the entire resin film, the front face side of the resin film is the pressure-sensitive adhesive layer side, the resin film has a laser beam reflectance of 5 % or higher, but 40 % or lower in a wavelength range of 1000 nm to 1100 nm, and has a laser beam transmittance of 5 % or lower in the said wavelength range, the pressure-sensitive adhesive film has a laser beam reflectance of 5 % or higher, but 40 % or lower in a wavelength range of 1000 nm to 1100 nm, and has a laser beam transmittance of 5 % or lower in the said wavelength range, and the front face and the back face of the resin film have different lightness L* values, with the lightness L* being defined by the L*a*b* color space, the laser beam reflectance, the laser beam transmittance and the lightness L* being measured as described in the example part of the description. the resin film has a multi-layer constitution consisting of at least two layers, wherein the resin film comprises a first layer placed on a front face side of the resin film and a second layer placed on a back face side of the resin film, the thickness of the first layer accounting for 70% or less of the thickness of the entire resin film and the thickness of the second layer accounting for 90% or less of the entire resin film, the front face side of the resin film is the pressure-sensitive adhesive layer side, the resin film has a laser beam reflectance of 5 % or higher, but 40 % or lower in a wavelength range of 1000 nm to 1100 nm, and has a laser beam transmittance of 5 % or lower in the said wavelength range, the pressure-sensitive adhesive film has a laser beam reflectance of 5 % or higher, but 40 % or lower in a wavelength range of 1000 nm to 1100 nm, and has a laser beam transmittance of 5 % or lower in the said wavelength range, and the front face and the back face of the resin film have different lightness L* values, with the lightness L* being defined by the L*a*b* color space, the laser beam reflectance, the laser beam transmittance and the lightness L* being measured as described in the example part of the description.
A computer-implemented method utilizing at least one processing device to perform operations including: receiving a pose (232; 412) associated with an object in image content; generating a plurality of three-dimensional, 3D, proxy geometries (238; 414-430) of the object, the plurality of 3D proxy geometries (238; 414-430) being based on a shape of the object; generating , based on the plurality of 3D proxy geometries (238; 414-430), a plurality of neural textures (244; 406-410; 614) of the object, the neural textures (244; 406-410; 614) defining a plurality of different shapes and appearances representing the object; providing the plurality of neural textures (244; 406-410; 614) to a neural renderer , the plurality of neural textures (244; 406-410; 614) being provided in a stacked formation; receiving , from the neural renderer and based on the plurality of neural textures (244; 406-410; 614), a color image and an alpha mask representing an opacity of at least a portion of the object; and generating a composite image based on the pose (232; 412), the color image , and the alpha mask . receiving a pose (232; 412) associated with an object in image content; generating a plurality of three-dimensional, 3D, proxy geometries (238; 414-430) of the object, the plurality of 3D proxy geometries (238; 414-430) being based on a shape of the object; generating , based on the plurality of 3D proxy geometries (238; 414-430), a plurality of neural textures (244; 406-410; 614) of the object, the neural textures (244; 406-410; 614) defining a plurality of different shapes and appearances representing the object; providing the plurality of neural textures (244; 406-410; 614) to a neural renderer , the plurality of neural textures (244; 406-410; 614) being provided in a stacked formation; receiving , from the neural renderer and based on the plurality of neural textures (244; 406-410; 614), a color image and an alpha mask representing an opacity of at least a portion of the object; and generating a composite image based on the pose (232; 412), the color image , and the alpha mask .
A latch arrangement for a door comprising: a plurality of steps configured to be disposed at an interior of the door , one of the plurality of steps being rotatable, in use, relative to the door between a first position and a second position, the door being movable between a closed and an open position; and a latch in operable communication with the rotatable step , the latch being engageable with a latch receiver to lock the door in the closed position in response to the rotatable step being in the first position, the latch being disengageable from the latch receiver in response to the rotatable step being in the second position thereby allowing the door to move to the open position, wherein the rotatable step is disposed, when arranged on the door, between the other steps of the plurality of steps and a top of the door . a plurality of steps configured to be disposed at an interior of the door , one of the plurality of steps being rotatable, in use, relative to the door between a first position and a second position, the door being movable between a closed and an open position; and a latch in operable communication with the rotatable step , the latch being engageable with a latch receiver to lock the door in the closed position in response to the rotatable step being in the first position, the latch being disengageable from the latch receiver in response to the rotatable step being in the second position thereby allowing the door to move to the open position, wherein the rotatable step is disposed, when arranged on the door, between the other steps of the plurality of steps and a top of the door .