mhurhangee/patent-ind-claim-en huggingface dataset:
A method for transmitting data, said method comprising: receiving, by a Core Network, CN, device, historical access information or subscription information of a terminal device; said method being characterized by comprising the steps of: determining, by the CN device, a set of access network devices according to the historical access information or the subscription information sent by the terminal device; sending, by the CN device, a network connection request message to each access network device in the set of access network devices, wherein the network connection request message carries context information of the terminal device; establishing, by each access network device in the set of access network devices, a network connection with the terminal device according to the network connection request message, to enable the terminal device to move in coverage of the set of access network devices without performing handover, sending (S210), by each access network device in the set of access network devices, a Physical Downlink Control Channel, PDCCH, to the terminal device, the PDCCH carrying scheduling information of downlink data of the terminal device, such that the terminal device receives the PDCCH sent by a first access network device, wherein the first access network device is any access network device in the set of access network devices; and sending (S220), by the first access network device, the downlink data to the terminal device. determining, by the CN device, a set of access network devices according to the historical access information or the subscription information sent by the terminal device; sending, by the CN device, a network connection request message to each access network device in the set of access network devices, wherein the network connection request message carries context information of the terminal device; establishing, by each access network device in the set of access network devices, a network connection with the terminal device according to the network connection request message, to enable the terminal device to move in coverage of the set of access network devices without performing handover, sending (S210), by each access network device in the set of access network devices, a Physical Downlink Control Channel, PDCCH, to the terminal device, the PDCCH carrying scheduling information of downlink data of the terminal device, such that the terminal device receives the PDCCH sent by a first access network device, wherein the first access network device is any access network device in the set of access network devices; and sending (S220), by the first access network device, the downlink data to the terminal device.
A transport conditioning system comprising: - a transport conditioning unit for controlling the temperature within an inner space of a cargo storage compartment mounted on a transport vehicle, the transport conditioning unit comprising a compressor , a condenser and a condenser fan associated with the condenser for providing air flow thereover, an evaporator , an evaporator fan associated with the evaporator for providing air flow thereover, and a plurality of electricals loads comprising an electric compressor motor for driving the compressor and a first electric fan motor for driving the condenser fan , - an electric AC generator driven by an internal combustion engine , and - an electric power distribution assembly for powering at least one electrical load of the plurality of electrical loads , the assembly comprising an AC-DC voltage converter electrically coupled as input to the electric AC generator for receiving AC power and configured to convert the AC power to DC power so as to supply DC voltage as output, and a DC power distribution bus electrically coupled as input to the AC-DC voltage converter and configured to carry the DC voltage, wherein the least one electric load is powered by the DC power distribution bus , said least one electric load being the compressor motor , wherein the transport conditioning system comprises a solar-powered battery assembly comprising a photovoltaic panel module and a battery pack equipped with a battery charger, the transport conditioning system is characterised in that the photovoltaic panel module has an output connected to the battery pack via a DC-DC voltage converter , wherein an output of the DC-DC voltage converter is connected to the DC power distribution bus . - a transport conditioning unit for controlling the temperature within an inner space of a cargo storage compartment mounted on a transport vehicle, the transport conditioning unit comprising a compressor , a condenser and a condenser fan associated with the condenser for providing air flow thereover, an evaporator , an evaporator fan associated with the evaporator for providing air flow thereover, and a plurality of electricals loads comprising an electric compressor motor for driving the compressor and a first electric fan motor for driving the condenser fan , - an electric AC generator driven by an internal combustion engine , and - an electric power distribution assembly for powering at least one electrical load of the plurality of electrical loads , the assembly comprising an AC-DC voltage converter electrically coupled as input to the electric AC generator for receiving AC power and configured to convert the AC power to DC power so as to supply DC voltage as output, and a DC power distribution bus electrically coupled as input to the AC-DC voltage converter and configured to carry the DC voltage,
A method for beam selection, the method being performed by a first radio transceiver device , the method comprising: obtaining (S102) link quality estimates of a radio signal conveyed to the first radio transceiver device from a second radio transceiver device by means of at least a first beam (150a-150M) taken from a first beam set and a second beam , wherein the second beam is wider than the first beam (150a-150M); and selecting (S104) which one of the first beam (150a-150M) and the second beam to use for continued communications of radio signals with the second radio transceiver device in accordance with a comparison between the link quality estimates of the first beam (150a-150M) and compensated link quality estimates of the second beam , characterized in that the compensated link quality estimates of the second beam are defined as the link quality estimates of the second beam increased with a compensation value. obtaining (S102) link quality estimates of a radio signal conveyed to the first radio transceiver device from a second radio transceiver device by means of at least a first beam (150a-150M) taken from a first beam set and a second beam , wherein the second beam is wider than the first beam (150a-150M); and selecting (S104) which one of the first beam (150a-150M) and the second beam to use for continued communications of radio signals with the second radio transceiver device in accordance with a comparison between the link quality estimates of the first beam (150a-150M) and compensated link quality estimates of the second beam , characterized in that the compensated link quality estimates of the second beam are defined as the link quality estimates of the second beam increased with a compensation value.
A flexible fuel tank comprising, from the inside to the outside of said tank: - a single-layer or multilayer liner having properties of sealing with respect to the liquid, impermeability to the vapor of said fuel, and dissipation of electrostatic charges, said liner including an inner face intended to be in contact with the fuel and an outer face ; - an intermediate layer in contact with the outer face of the liner , for example a coating layer; - a textile reinforcing layer in contact with the intermediate layer , characterized in that the liner has a total thickness smaller than 150 microns, the liner has, at its outer face , an impermeability with respect to the fuel vapors below 6 g/m 2 /24 h, the inner face of the liner has a surface electric resistivity lower than 10 8 ohm/square. - a single-layer or multilayer liner having properties of sealing with respect to the liquid, impermeability to the vapor of said fuel, and dissipation of electrostatic charges, said liner including an inner face intended to be in contact with the fuel and an outer face ; - an intermediate layer in contact with the outer face of the liner , for example a coating layer; - a textile reinforcing layer in contact with the intermediate layer , characterized in that the liner has a total thickness smaller than 150 microns, the liner has, at its outer face , an impermeability with respect to the fuel vapors below 6 g/m 2 /24 h,
Cartridge receptacle for producing a beverage by means of a cartridge which comprises a reservoir which is filled with a beverage substance and which is sealed by a sealing element, in particular a sealing film , wherein the cartridge receptacle has a connecting region for connection to the cartridge and wherein the cartridge receptacle with the cartridge can be inserted into a beverage preparation machine, wherein the cartridge receptacle has a mixing chamber which can be brought into a fluidic connection with the reservoir , and a fluid supply which opens into the mixing chamber for introducing liquid into the mixing chamber , wherein the cartridge receptacle has a cartridge discharge device for at least partially transferring the beverage substance from the reservoir into the mixing chamber , wherein the cartridge receptacle has a beverage outlet for discharging a beverage out of the mixing chamber , in particular directly, into a beverage container, wherein the cartridge receptacle also has a gas outlet for discharging out of the cartridge receptacle a gas, in particular carbon dioxide, released in the mixing chamber , characterized in that an upper inlet surface of the gas outlet is arranged higher than an upper inlet surface of the beverage outlet .
A process for preparing dehydrated avocados having a residual moisture content of less than or equal to 5%, said process comprising the following steps: a) selecting fresh avocados having a strength of penetration into the flesh greater than 1 kg/cm 2 , said strength being measured using a penetrometer ; b) slicing the selected whole avocados into strips; and c) drying the avocado strips obtained in step b) using microwaves until dehydrated avocados with a residual moisture content of less than or equal to 5% are obtained, during this step the water evaporated by the action of the microwaves being removed by means of a flow of hot air at a temperature of less than or equal to 80°C at a flow rate of greater than or equal to 150 m 3 /h. a) selecting fresh avocados having a strength of penetration into the flesh greater than 1 kg/cm 2 , said strength being measured using a penetrometer ; b) slicing the selected whole avocados into strips; and c) drying the avocado strips obtained in step b) using microwaves until dehydrated avocados with a residual moisture content of less than or equal to 5% are obtained, during this step the water evaporated by the action of the microwaves being removed by means of a flow of hot air at a temperature of less than or equal to 80°C at a flow rate of greater than or equal to 150 m 3 /h.
An integrated laser driver circuit for switching a pulse current (I P ) for a laser diode having a plurality of sub-switching units for generating in each case a partial current (I T ) using a switch for pulsing the partial current (I T ), wherein the sub-switching units are connected to one another in parallel for generating the pulse current (I P ), characterized in that an energy accumulator is integrated into each of the sub-switching units to provide the switching energy required for switching the switch , in that each sub-switching unit comprises a local supply terminal for applying a supply voltage and a local ground terminal , wherein the energy accumulator is connected between the supply terminal and the ground terminal and in that the energy accumulator is designed as a capacitor.
A device for securing a source of LED light to a surface of a heat sink , comprising: a LED light source engaging surface arranged to engage a least a portion of the source of LED light ; a first mounting tab integrally formed with the LED light source engaging surface at a first end of the LED light source engaging surface ; and a second mounting tab integrally formed with the LED light source engaging surface at a second end of the LED light source engaging surface ; wherein the second end of the LED light source engaging surface is opposed to the first end of the LED light engaging surface and wherein the LED light source engaging surface is curved upwardly towards the first and second ends of the LED light source engaging surface from a location that is intermediate the first and second ends of the LED light source engaging surface whereby the LED light source engaging surface will apply a force upon the source of LED light to generally, uniformly push the source of LED light against the surface of the heat sink when the first and second mounting tabs are used to secure the source of LED light to the heat sink . a LED light source engaging surface arranged to engage a least a portion of the source of LED light ; a first mounting tab integrally formed with the LED light source engaging surface at a first end of the LED light source engaging surface ; and a second mounting tab integrally formed with the LED light source engaging surface at a second end of the LED light source engaging surface ; wherein the second end of the LED light source engaging surface is opposed to the first end of the LED light engaging surface and wherein the LED light source engaging surface is curved upwardly towards the first and second ends of the LED light source engaging surface from a location that is intermediate the first and second ends of the LED light source engaging surface whereby the LED light source engaging surface will apply a force upon the source of LED light to generally, uniformly push the source of LED light against the surface of the heat sink when the first and second mounting tabs are used to secure the source of LED light to the heat sink .
Windscreen wiper device having at least one wiper blade adapter for fastening of a wiper strip , the wiper blade adapter having at least one wiper blade adapter element , having a wiper arm which has at least one wiper arm adapter which is provided for direct, releasable coupling to the wiper blade adapter element , and having a locking unit which, in a securing position, is provided to secure the at least one wiper blade adapter in a mounted state on the at least one wiper arm adapter and which is provided to be moved at least substantially parallel to a main direction of extent of the wiper arm from the securing position into a releasing position and/or from the releasing position into the securing position of the locking unit , wherein the locking unit has at least one securing element which is guided on the wiper blade adapter , in particular on the wiper blade adapter element , in a manner delimited on two sides in the longitudinal direction , wherein the securing element and/or the wiper blade adapter element have/has at least one closed longitudinal guide groove for guiding the securing element on the wiper blade adapter , wherein the wiper blade adapter has at least one further wiper blade adapter element which is connected in a positionally fixed manner to the wiper strip and which is provided for tiltable mounting of the at least one wiper blade adapter element , characterized in that the further wiper blade adapter element has at least one blocking extension which is provided, in at least one relative position of the at least one wiper blade adapter element with respect to the at least one further wiper blade adapter element , to block a movement of the locking unit from the securing position into the releasing position. the locking unit has at least one securing element which is guided on the wiper blade adapter , in particular on the wiper blade adapter element , in a manner delimited on two sides in the longitudinal direction , wherein the securing element and/or the wiper blade adapter element have/has at least one closed longitudinal guide groove for guiding the securing element on the wiper blade adapter , wherein the wiper blade adapter has at least one further wiper blade adapter element which is connected in a positionally fixed manner to the wiper strip and which is provided for tiltable mounting of the at least one wiper blade adapter element , characterized in that the further wiper blade adapter element has at least one blocking extension which is provided, in at least one relative position of the at least one wiper blade adapter element with respect to the at least one further wiper blade adapter element , to block a movement of the locking unit from the securing position into the releasing position.
A cyanate ester-based adhesive comprising a - component A, which includes at least one cyanate ester having at least two OCN groups, and - a component B, which includes at least one catalyst for the trimerization reaction of OCN groups to a triazine ring, wherein the at least one catalyst is tin octoate and is reversibly retained on a carrier, in particular a pyrogenic silica, by physical or chemical adsorption. - component A, which includes at least one cyanate ester having at least two OCN groups, and - a component B, which includes at least one catalyst for the trimerization reaction of OCN groups to a triazine ring,
A diffuser for diffusing a fragrant air into surrounding ambient air, comprising: a base , which is configured to support the diffuser when this rests on a plane surface P, said base comprising at least one opening , the at least one opening formed about a periphery of the base and extending between a lower surface and an upper surface of the base; a fan mounted to the base over said upper surface thereof; a receptacle provided over the fan and mounted to the base over the upper surface thereof, the receptacle comprising a bottom wall and a vertically extending sidewall to retain a fragrant medium therein, the bottom wall comprising a plurality of openings formed therethrough; a sleeve mounted on the upper surface of the base and enclosing the fan and the receptacle; and a lid mounted over the sleeve , the lid comprising at least one opening , the at least one opening formed about a periphery of the lid and extending between a lower surface and an upper surface of the lid; wherein the fan is configured to force airflow from an exterior of the diffuser , into the base through the at least one opening of the base, through the plurality of openings formed in the bottom wall of the receptacle , through the receptacle and about any fragrant medium therein, into a volume of space above the receptacle and enclosed by the lid, and out through the at least one opening in the lid to the ambient air external to the diffuser; and wherein the wordings: (i) lower, (ii) upper, (iii) over, (iv) bottom, and (v) vertically refer to a position in which said base supports said diffuser when this rests on a plane surface P. a base , which is configured to support the diffuser when this rests on a plane surface P, said base comprising at least one opening , the at least one opening formed about a periphery of the base and extending between a lower surface and an upper surface of the base; a fan mounted to the base over said upper surface thereof; a receptacle provided over the fan and mounted to the base over the upper surface thereof, the receptacle comprising a bottom wall and a vertically extending sidewall to retain a fragrant medium therein, the bottom wall comprising a plurality of openings formed therethrough; a sleeve mounted on the upper surface of the base and enclosing the fan and the receptacle; and a lid mounted over the sleeve , the lid comprising at least one opening , the at least one opening formed about a periphery of the lid and extending between a lower surface and an upper surface of the lid; wherein the fan is configured to force airflow from an exterior of the diffuser , into the base through the at least one opening of the base, through the plurality of openings formed in the bottom wall of the receptacle , through the receptacle and about any fragrant medium therein, into a volume of space above the receptacle and enclosed by the lid, and out through the at least one opening in the lid to the ambient air external to the diffuser; and wherein the wordings: (i) lower, (ii) upper, (iii) over, (iv) bottom, and (v) vertically refer to a position in which said base supports said diffuser when this rests on a plane surface P.
Device for applying abradable material, designed to apply abradable material to a surface of an annular casing of a turbine engine, wherein the casing extends along a longitudinal axis and the device comprises a support equipped with first guiding means capable of guiding the support in relation to a casing in a radial direction in relation to the axis of the casing, the support being equipped with second guiding means capable of guiding the support in relation to the casing in an axial direction of the casing, an application roller being pivotally mounted in relation to the support in the axial direction and adjustment means allowing adjustment of the position of the roller in relation to the first guiding means , in the radial direction, the support comprising a first part and a second part movable in the radial direction in relation to the first part , with the roller being pivotally mounted on the second part of the support and the first guiding means and the second guiding means being mounted on the first part of the support, the adjustment means being be mounted between the first part and the second part of the support and are designed to adjust the position of the second part in relation to the first part , in the radial direction, the adjustment means comprising at least one screw interacting with at least one nut, with pivoting of the screw in relation to the nut causing translational movement of the second part in relation to the first part .