mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operating a wireless device wherein the wireless device includes memory with dummy subscription information stored therein, wherein the method comprises the wireless device performing the operations: transmitting an attach request message over a radio interface to a mobile communication network, wherein the attach request message includes the dummy subscription information; after transmitting the attach request message, receiving active subscription information for the mobile communication network over the radio interface, wherein the active subscription information is different than the dummy subscription information; before receiving the active subscription information, receiving an attach accept message from the mobile communication network over the radio interface, wherein the attach accept message is responsive to the attach request message; after receiving the attach accept message, establishing a Packet Data Protocol, PDP, connection using the dummy subscription information, wherein receiving the active subscription information comprises receiving the active subscription information over the radio interface using the PDP connection, and storing the active subscription information for the mobile communication network in memory . transmitting an attach request message over a radio interface to a mobile communication network, wherein the attach request message includes the dummy subscription information; after transmitting the attach request message, receiving active subscription information for the mobile communication network over the radio interface, wherein the active subscription information is different than the dummy subscription information; before receiving the active subscription information, receiving an attach accept message from the mobile communication network over the radio interface, wherein the attach accept message is responsive to the attach request message; after receiving the attach accept message, establishing a Packet Data Protocol, PDP, connection using the dummy subscription information, wherein receiving the active subscription information comprises receiving the active subscription information over the radio interface using the PDP connection, and storing the active subscription information for the mobile communication network in memory .
A test device for verifying the operability of an imaging unit , comprising: a processing unit ; and a projection unit , wherein the projection unit is configured to project a pattern with defined properties into a working area , and wherein the processing unit is configured to evaluate image data acquired by the imaging unit , detect the projected pattern within the image data, extract its specific properties, and compare the specific properties of the detected projected pattern with the defined properties, characterized in that the pattern is a dynamic pattern in which the defined properties change continuously over time such that the defined properties change systematically at least in a first time interval and randomly at least in a second time interval. a processing unit ; and a projection unit , wherein the projection unit is configured to project a pattern with defined properties into a working area , and wherein the processing unit is configured to evaluate image data acquired by the imaging unit , detect the projected pattern within the image data, extract its specific properties, and compare the specific properties of the detected projected pattern with the defined properties, characterized in that the pattern is a dynamic pattern in which the defined properties change continuously over time such that the defined properties change systematically at least in a first time interval and randomly at least in a second time interval.
A wound dressing comprising a liquid permeable wound facing layer , an opposing backing layer , and a layered, interior arrangement positioned therebetween, the interior arrangement comprising an absorbent core , an active carbon containing layer and a zeolite containing layer .
A tungsten alloy consisting of: a W component, a Hf component consisting of metal Hf and HfO 2 , wherein contents of Hf and O are represented by HfO x and 0 < x < 2, optionally a Zr component, optionally at least one dope material selected from the group consisting of K, Si and Al, and unavoidable impurities, wherein the total amount of Hf of metal Hf and HfO 2 in the tungsten alloy is within a range of 0.1 wt% or more and 3 wt% or less in terms of HfO 2 , wherein the amount of the at least one dope material in the tungsten alloy is 0.01 wt% or less, wherein the amount of Zr is 10 parts by weight or less with respect to 100 parts by weight of the total amount of Hf of metal Hf and HfO 2 , wherein the W component comprises tungsten particles having an average crystal particle diameter of 1 μm or more and 100 μm or less, the average crystal particle diameter of the tungsten particles being determined by taking a photograph of a crystal structure using a metallurgical microscope, measuring the maximum Feret diameter for one of the tungsten crystals imaged therein and defining it as a crystal particle diameter, and performing the same measurement for 100 arbitrarily selected tungsten crystals, wherein the average value of the 100 crystal particle diameters is defined as the average crystal particle diameter, and wherein, when the total amount of the Hf component is defined as 100 parts by mass, the ratio of Hf in HfO 2 particles is 30 parts by mass or more and 98 parts by mass or less. a W component, a Hf component consisting of metal Hf and HfO 2 , wherein contents of Hf and O are represented by HfO x and 0 < x < 2, optionally a Zr component, optionally at least one dope material selected from the group consisting of K, Si and Al, and unavoidable impurities, wherein the total amount of Hf of metal Hf and HfO 2 in the tungsten alloy is within a range of 0.1 wt% or more and 3 wt% or less in terms of HfO 2 , wherein the amount of the at least one dope material in the tungsten alloy is 0.01 wt% or less, wherein the amount of Zr is 10 parts by weight or less with respect to 100 parts by weight of the total amount of Hf of metal Hf and HfO 2 , wherein the W component comprises tungsten particles having an average crystal particle diameter of 1 μm or more and 100 μm or less, the average crystal particle diameter of the tungsten particles being determined by taking a photograph of a crystal structure using a metallurgical microscope, measuring the maximum Feret diameter for one of the tungsten crystals imaged therein and defining it as a crystal particle diameter, and performing the same measurement for 100 arbitrarily selected tungsten crystals, wherein the average value of the 100 crystal particle diameters is defined as the average crystal particle diameter, and wherein, when the total amount of the Hf component is defined as 100 parts by mass, the ratio of Hf in HfO 2 particles is 30 parts by mass or more and 98 parts by mass or less.
An air-conditioning apparatus comprising: a compressor ; an outdoor heat exchanger ; an indoor heat exchanger ; a switching device , the switching device being provided closer to a discharge side of the compressor than the outdoor heat exchanger and provided closer to the discharge side of the compressor than the indoor heat exchanger , the compressor , the outdoor heat exchanger , the indoor heat exchanger , and the switching device being connected one another; a fan configured to deliver air toward the outdoor heat exchanger ; a power unit configured to supply electric power to the fan ; a fan input detector configured to detect a physical value correlated to the electric power supplied to the fan ; and a controller configured to control the switching device to switch between a first operation in which the outdoor heat exchanger serves as an evaporator and a second operation in which the outdoor heat exchanger serves as a condenser, wherein the first operation is switched to the second operation when the physical value detected by the fan input detector is equal to or larger than a reference value, and characterized in that the controller is configured to adjust the reference value such that the reference value to be lower at a higher refrigerant temperature of a refrigerant flowing in the outdoor heat exchanger . a compressor ; an outdoor heat exchanger ; an indoor heat exchanger ; a switching device , the switching device being provided closer to a discharge side of the compressor than the outdoor heat exchanger and provided closer to the discharge side of the compressor than the indoor heat exchanger , the compressor , the outdoor heat exchanger , the indoor heat exchanger , and the switching device being connected one another; a fan configured to deliver air toward the outdoor heat exchanger ; a power unit configured to supply electric power to the fan ; a fan input detector configured to detect a physical value correlated to the electric power supplied to the fan ; and a controller configured to control the switching device to switch between a first operation in which the outdoor heat exchanger serves as an evaporator and a second operation in which the outdoor heat exchanger serves as a condenser, wherein the first operation is switched to the second operation when the physical value detected by the fan input detector is equal to or larger than a reference value, and characterized in that the controller is configured to adjust the reference value such that the reference value to be lower at a higher refrigerant temperature of a refrigerant flowing in the outdoor heat exchanger .
An external storage device comprising: (a) a substrate ; (b) a controller electrically coupled to the substrate; (c) a plurality of memory die stacks electrically coupled to the substrate; and, (d) a connector electrically coupled to the substrate; (e) wherein the external storage device is configured to support at least two USB standards with interfaces that are mechanically different; (f) wherein the connector comprises springs and connection fingers electrically coupled to the substrate ; (g) characterized in that the connector comprises a cover having a plurality of apertures positioned adjacent and/or behind the connection fingers ; (h) each spring having a coupling projection that extends through each aperture when the springs are in an uncompressed position; characterised in that the connection fingers are embedded within the cover . (a) a substrate ; (b) a controller electrically coupled to the substrate; (c) a plurality of memory die stacks electrically coupled to the substrate; and, (d) a connector electrically coupled to the substrate; (e) wherein the external storage device is configured to support at least two USB standards with interfaces that are mechanically different; (f) wherein the connector comprises springs and connection fingers electrically coupled to the substrate ; (g) characterized in that the connector comprises a cover having a plurality of apertures positioned adjacent and/or behind the connection fingers ; (h) each spring having a coupling projection that extends through each aperture when the springs are in an uncompressed position;
A hydrogel comprising: - an antimicrobial agent, and - a cross-linkable urethane-based polymer (CUP) represented by formula (I) wherein each occurrence of X and Y is independently a moiety comprising one or more of the following: acrylate groups, (multi)methacrylate groups, (multi)acrylate group, thiolactones and thiol-ene crosslinkable groups; each occurrence of Spacer is independently selected from the list comprising: oligo(ethylene oxide), oligo(propylene oxide), oligo(caprolactone), oligo(lactide) and oligo(glycolide); m and n are each independently from 1-6; p is from 1-10; and each occurrence of Backbone is independently selected from the list comprising poly(ethylene glycol) (PEG), poly(vinyl pyrrolidone) (PVP), poly(N-vinyl caprolactam) (PNVCL), or a combination thereof. - an antimicrobial agent, and - a cross-linkable urethane-based polymer (CUP) represented by formula (I) wherein each occurrence of X and Y is independently a moiety comprising one or more of the following: acrylate groups, (multi)methacrylate groups, (multi)acrylate group, thiolactones and thiol-ene crosslinkable groups; each occurrence of Spacer is independently selected from the list comprising: oligo(ethylene oxide), oligo(propylene oxide), oligo(caprolactone), oligo(lactide) and oligo(glycolide); m and n are each independently from 1-6; p is from 1-10; and each occurrence of Backbone is independently selected from the list comprising poly(ethylene glycol) (PEG), poly(vinyl pyrrolidone) (PVP), poly(N-vinyl caprolactam) (PNVCL), or a combination thereof. each occurrence of X and Y is independently a moiety comprising one or more of the following: acrylate groups, (multi)methacrylate groups, (multi)acrylate group, thiolactones and thiol-ene crosslinkable groups; each occurrence of Spacer is independently selected from the list comprising: oligo(ethylene oxide), oligo(propylene oxide), oligo(caprolactone), oligo(lactide) and oligo(glycolide); m and n are each independently from 1-6; p is from 1-10; and each occurrence of Backbone is independently selected from the list comprising poly(ethylene glycol) (PEG), poly(vinyl pyrrolidone) (PVP), poly(N-vinyl caprolactam) (PNVCL), or a combination thereof.
A segmented-design burner furnace chamber grate whose entire surface is formed by a series of movable grate bars, with inlet ventilation holes, loosely fitted by means of a mounting assembly, positioned one next to another to form sections, at least two of which are mechanically driven and repeatedly move in a reciprocating fashion wherein grate bars forming the grate are in the form of plates ( 2 a , 2 b , 2 c ... 2 n ), each in the shape of a prism or a truncated pyramid with a rectangular base, characterized in that one edge of each plate is fitted with a coupling protrusion , and its parallel edge is fitted with a groove whose shape matches that of the coupling protrusion of a neighboring plate , thus enabling joining the plates in a jigsaw-puzzle fashion, to form rows ( R1, R2, R3, R4, .... Rn ), and in that the other two parallel edges of each plate are smooth and loosely fitted to form longitudinal expansion gaps between plate surfaces.
A walk-behind hand-guided working machine , comprising: a device body ; a moving wheel connected to the device body ; a moving motor configured to drive the moving wheel ; a functional assembly mounted on the device body and comprising at least a functional accessory and a functional motor for driving the functional accessory ; a power interface connected to a power supply so as to supply power to the moving motor ; a control unit configured to identify, according to device parameters of the walk-behind hand-guided working machine , an auxiliary operation that a user wants to perform on the walk-behind hand-guided working machine , wherein the auxiliary operation is at least partially positively correlated to at least one output parameter of the moving motor ; a parameter detection unit configured to detect the device parameters of the walk-behind hand-guided working machine , characterized in that $ the device parameters comprise at least one of a moving parameter of the moving wheel and a working parameter of the moving motor . a device body ; a moving wheel connected to the device body ; a moving motor configured to drive the moving wheel ; a functional assembly mounted on the device body and comprising at least a functional accessory and a functional motor for driving the functional accessory ; a power interface connected to a power supply so as to supply power to the moving motor ; a control unit configured to identify, according to device parameters of the walk-behind hand-guided working machine , an auxiliary operation that a user wants to perform on the walk-behind hand-guided working machine , wherein the auxiliary operation is at least partially positively correlated to at least one output parameter of the moving motor ; a parameter detection unit configured to detect the device parameters of the walk-behind hand-guided working machine , characterized in that $ the device parameters comprise at least one of a moving parameter of the moving wheel and a working parameter of the moving motor .
A turbomachine combustion assembly , comprising - a casing , - a fuel combustion chamber disposed in the casing , - at least one pre-vaporization rod fuel for the fuel combustion chamber , the pre-vaporization rod comprising a main body of generally elongated shape, the main body comprising a first end portion delimiting an inlet duct , the main body having an external surface having at least a first length (L1) extending from the end portion to at least a first fuel outlet end piece , and at least a second length (L2), which extends the first length (L1) from the first fuel outlet end piece and which extends from the first fuel outlet end piece to at least a second fuel outlet end piece , wherein the first end portion is mounted on the casing , wherein the main body enters the combustion chamber through an opening made in a wall of the combustion chamber, wherein the first fuel outlet end piece and the second fuel outlet end piece are located in the combustion chamber, the turbomachine combustion assembly comprising a fuel injector mounted in the inlet duct of the pre-vaporization rod , and being characterized in that inside the main body is at least a first channel connecting the inlet duct to the first fuel outlet end piece and at least a second channel , which is separate from the first channel and which connects the inlet duct to the second fuel outlet end piece . - a casing , - a fuel combustion chamber disposed in the casing , - at least one pre-vaporization rod fuel for the fuel combustion chamber , the pre-vaporization rod comprising a main body of generally elongated shape, the main body comprising a first end portion delimiting an inlet duct , the main body having an external surface having at least a first length (L1) extending from the end portion to at least a first fuel outlet end piece , and at least a second length (L2), which extends the first length (L1) from the first fuel outlet end piece and which extends from the first fuel outlet end piece to at least a second fuel outlet end piece , wherein the first end portion is mounted on the casing , wherein the main body enters the combustion chamber through an opening made in a wall of the combustion chamber, wherein the first fuel outlet end piece and the second fuel outlet end piece are located in the combustion chamber, the turbomachine combustion assembly comprising a fuel injector mounted in the inlet duct of the pre-vaporization rod , and being characterized in that inside the main body is at least a first channel connecting the inlet duct to the first fuel outlet end piece and at least a second channel , which is separate from the first channel and which connects the inlet duct to the second fuel outlet end piece .
A method for wireless communication, comprising, at a device: transmitting a first random access signal at a first transmit power during a first time period associated with a first beam direction; determining that a random access response to the first random access signal has not been received; identifying a second, preferred, beam direction, based at least in part on an earliest random access period for available beam directions; selecting a second transmit power greater than the first transmit power if the second beam direction is the same as the first beam direction, but selecting a second transmit power no less than the first transmit power if the second beam direction is different from the first beam direction, and; transmitting a second random access signal using the second transmit power and the second beam direction during a second time period. transmitting a first random access signal at a first transmit power during a first time period associated with a first beam direction; determining that a random access response to the first random access signal has not been received; identifying a second, preferred, beam direction, based at least in part on an earliest random access period for available beam directions; selecting a second transmit power greater than the first transmit power if the second beam direction is the same as the first beam direction, but selecting a second transmit power no less than the first transmit power if the second beam direction is different from the first beam direction, and; transmitting a second random access signal using the second transmit power and the second beam direction during a second time period.
A tire comprising a rubber composition comprising at least: - more than 50 phr and up to 100 phr of natural rubber as a first diene elastomer; - 0 to less than 50 phr of a second diene elastomer which is different to the first diene elastomer; - between 20 and 120 phr, preferably between 25 and 105 phr, of a liquid plasticizer; - between 200 and 600 phr of metal particles having a density of between 4 and 20 g/cm 3 ; and - less than 20 phr of a reinforcing filler having a density of less than 3 g/cm 3 . - more than 50 phr and up to 100 phr of natural rubber as a first diene elastomer; - 0 to less than 50 phr of a second diene elastomer which is different to the first diene elastomer; - between 20 and 120 phr, preferably between 25 and 105 phr, of a liquid plasticizer; - between 200 and 600 phr of metal particles having a density of between 4 and 20 g/cm 3 ; and - less than 20 phr of a reinforcing filler having a density of less than 3 g/cm 3 .
A system comprising: (i) a digital media distribution device , the digital media distribution device comprising: an encoder comprising a first RS-232 port, the encoder configured to encode input data that is received by the digital media distribution device into a first data format under control from a computer terminal unit ; and a decoder comprising a second RS-232 port, coupled to the encoder , that is configured to decode output data to be output by the digital media distribution device under control from the computer terminal unit ; and (ii) a transcoder , coupled to the decoder , that is configured to convert the encoded input data from the first data format into a second data format; wherein coupling between the encoder , decoder and transcoder is by means of a computer network and characterised in that the computer terminal unit is coupled to both the encoder and the decoder via RS-232 lines that couple to the RS-232 ports on the encoder and decoder. (i) a digital media distribution device , the digital media distribution device comprising: an encoder comprising a first RS-232 port, the encoder configured to encode input data that is received by the digital media distribution device into a first data format under control from a computer terminal unit ; and a decoder comprising a second RS-232 port, coupled to the encoder , that is configured to decode output data to be output by the digital media distribution device under control from the computer terminal unit ; and an encoder comprising a first RS-232 port, the encoder configured to encode input data that is received by the digital media distribution device into a first data format under control from a computer terminal unit ; and a decoder comprising a second RS-232 port, coupled to the encoder , that is configured to decode output data to be output by the digital media distribution device under control from the computer terminal unit ; and (ii) a transcoder , coupled to the decoder , that is configured to convert the encoded input data from the first data format into a second data format;