mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operating a first base station in a cellular telecommunications network the method comprising the steps of: the first base station operating in energy saving mode; the first base station receiving a first message from a second base station , the first message instructing the first base station to exit energy saving mode; and the first base station exiting energy saving mode, characterised in that the first message further instructs the first base station to compensate for a third base station and includes compensation data for the third base station indicating a coverage responsibility to compensate for the third base station and/or a service responsibility to compensate for the third base station , and the first base station compensates for the third base station , the compensation including modifying a configuration of the first base station based on the coverage responsibility as indicated in the first message so as to compensate for the third base station and/or based on the service responsibility as indicated in the first message so as to compensate for the third base station . the first base station operating in energy saving mode; the first base station receiving a first message from a second base station , the first message instructing the first base station to exit energy saving mode; and the first base station exiting energy saving mode, characterised in that the first message further instructs the first base station to compensate for a third base station and includes compensation data for the third base station indicating a coverage responsibility to compensate for the third base station and/or a service responsibility to compensate for the third base station , and the first base station compensates for the third base station , the compensation including modifying a configuration of the first base station based on the coverage responsibility as indicated in the first message so as to compensate for the third base station and/or based on the service responsibility as indicated in the first message so as to compensate for the third base station .
A body weight support system , comprising: a support track having a first portion , a second portion , and a third portion disposed between the first portion and the second portion, a slope of each of the first portion and the second portion being substantially equal to zero, a slope of the third portion being non-zero; and a trolley having a support assembly and a drive assembly , the support assembly configured to support at least a portion of a body weight of a user, the drive assembly configured to movably suspend the trolley from the support track, the drive assembly having a drive wheel configured to move the trolley along the first portion of the support track when the user walks along a first surface having an elevation, along the second portion of the support track when the user walks along a second surface separate from the first surface and having an elevation different from the elevation of the first surface, and along the third portion of the support track as the user moves between the first surface and the second surface, the drive assembly having a gear configured to engage a set of protrusions along the third portion of the support track to maintain an amount of traction as the drive wheel moves the trolley along the third portion of the support track, each of the first portion and the second portion of the support track being devoid of protrusions. a support track having a first portion , a second portion , and a third portion disposed between the first portion and the second portion, a slope of each of the first portion and the second portion being substantially equal to zero, a slope of the third portion being non-zero; and a trolley having a support assembly and a drive assembly , the support assembly configured to support at least a portion of a body weight of a user, the drive assembly configured to movably suspend the trolley from the support track, the drive assembly having a drive wheel configured to move the trolley along the first portion of the support track when the user walks along a first surface having an elevation, along the second portion of the support track when the user walks along a second surface separate from the first surface and having an elevation different from the elevation of the first surface, and along the third portion of the support track as the user moves between the first surface and the second surface, the drive assembly having a gear configured to engage a set of protrusions along the third portion of the support track to maintain an amount of traction as the drive wheel moves the trolley along the third portion of the support track, each of the first portion and the second portion of the support track being devoid of protrusions.
An apparatus for filtering a set of samples (115; 215) of an image using a loop filter (120; 220), wherein adaptive multiplier coefficients of the loop filter are integer numbers, the apparatus comprising processing circuitry which is configured to determine the value of each adaptive multiplier coefficient of the loop filter (120; 220), wherein a binary representation of the absolute value of each adaptive multiplier coefficient with a predetermined number L of binary digits includes at least one "zero" and at most one "one", obtain the set of samples (115; 215) of the image, and filter the set of samples (115; 215) of the image with the loop filter (120; 220). determine the value of each adaptive multiplier coefficient of the loop filter (120; 220), wherein a binary representation of the absolute value of each adaptive multiplier coefficient with a predetermined number L of binary digits includes at least one "zero" and at most one "one", obtain the set of samples (115; 215) of the image, and filter the set of samples (115; 215) of the image with the loop filter (120; 220).
Paste, for use in a stereolithography method for manufacturing a metal or ceramic part, comprising a metal- or ceramic-particle powder, one or more photopolymerisable precursors of a first resin, a photoinitiator and an optical additive, the optical additive being selected from silica, a polythiophene, a polyvinyl alcohol, a polypropylene and a second resin of the acrylate type, previously crosslinked and ground, the optical additive represents from 0.1% to 20% by weight with respect to the metal- or ceramic-particle powder.
An electric power measurement device comprising: an electric power measurer, to which a power supply side power line and a load side power line are connected and which is configured to measure an electric power measurement value; and a wireless communication device , to which the electric power measurement value is input, wherein the wireless communication device comprises: a first antenna element that is configured to transmit and receive radio waves; and a wireless circuit connected to the first antenna element , wherein the first antenna element has a longitudinal side perpendicular to an extension direction of the power supply side power line and the load side power line , and the first antenna element is disposed with a distance to one of the power supply side power line and the load side power line less than or equal to half of a wavelength of a radio frequency of the wireless communication device. an electric power measurer, to which a power supply side power line and a load side power line are connected and which is configured to measure an electric power measurement value; and a wireless communication device , to which the electric power measurement value is input, wherein the wireless communication device comprises: a first antenna element that is configured to transmit and receive radio waves; and a wireless circuit connected to the first antenna element , wherein the first antenna element has a longitudinal side perpendicular to an extension direction of the power supply side power line and the load side power line , and the first antenna element is disposed with a distance to one of the power supply side power line and the load side power line less than or equal to half of a wavelength of a radio frequency of the wireless communication device. a first antenna element that is configured to transmit and receive radio waves; and a wireless circuit connected to the first antenna element , wherein the first antenna element has a longitudinal side perpendicular to an extension direction of the power supply side power line and the load side power line , and the first antenna element is disposed with a distance to one of the power supply side power line and the load side power line less than or equal to half of a wavelength of a radio frequency of the wireless communication device.
A method of manufacturing a refrigeration cycle apparatus for executing a refrigeration cycle using refrigerant having flammability, the method comprising: sealing inert gas in place of the refrigerant into devices of the refrigeration cycle apparatus and a pipe connecting the devices for executing the refrigeration cycle; performing an operation test for the devices under a state in which the inert gas is sealed wherein, in the operation test, the devices are operated to confirm whether or not the operation current falls within a predetermined range; and shipping the refrigeration cycle apparatus under the state in which the inert gas remains sealed. sealing inert gas in place of the refrigerant into devices of the refrigeration cycle apparatus and a pipe connecting the devices for executing the refrigeration cycle; performing an operation test for the devices under a state in which the inert gas is sealed wherein, in the operation test, the devices are operated to confirm whether or not the operation current falls within a predetermined range; and shipping the refrigeration cycle apparatus under the state in which the inert gas remains sealed.
An apparatus comprising: a trading platform , the trading platform configured to receive and process streaming financial market data , the trading platform comprising: a host system, the host system comprising a host processor and host memory; a ticker plant engine , wherein the ticker plant engine is deployed on a member of the group consisting of (i) a reconfigurable logic device, (ii) a graphics processor unit, "GPU", and (iii) a chip multi-processor, "CMP"; an order management engine , wherein the order management engine is deployed on a member of the group consisting of (i) a reconfigurable logic device, (ii) a graphics processor unit, "GPU", and (iii) a chip multi-processor, "CMP"; and a peer-to-peer hardware interconnect configured to interconnect the ticker plant engine and the order management engine; wherein the ticker plant engine is configured to communicate normalized financial market data to the order management engine via the peer-to-peer hardware interconnect without using the host processor and without using the host memory. a trading platform , the trading platform configured to receive and process streaming financial market data , the trading platform comprising: a host system, the host system comprising a host processor and host memory; a ticker plant engine , wherein the ticker plant engine is deployed on a member of the group consisting of (i) a reconfigurable logic device, (ii) a graphics processor unit, "GPU", and (iii) a chip multi-processor, "CMP"; an order management engine , wherein the order management engine is deployed on a member of the group consisting of (i) a reconfigurable logic device, (ii) a graphics processor unit, "GPU", and (iii) a chip multi-processor, "CMP"; and a peer-to-peer hardware interconnect configured to interconnect the ticker plant engine and the order management engine; a host system, the host system comprising a host processor and host memory; a ticker plant engine , wherein the ticker plant engine is deployed on a member of the group consisting of (i) a reconfigurable logic device, (ii) a graphics processor unit, "GPU", and (iii) a chip multi-processor, "CMP"; an order management engine , wherein the order management engine is deployed on a member of the group consisting of (i) a reconfigurable logic device, (ii) a graphics processor unit, "GPU", and (iii) a chip multi-processor, "CMP"; and a peer-to-peer hardware interconnect configured to interconnect the ticker plant engine and the order management engine; wherein the ticker plant engine is configured to communicate normalized financial market data to the order management engine via the peer-to-peer hardware interconnect without using the host processor and without using the host memory.
An RF feed (26A-26D) for a microwave oven having an enclosed cavity , the RF feed (26A-26D) comprising: an intermediate transition , the RF feed (26A-26D) being characterized in that the intermediate transition comprises: a substantially rectangular metal boundary having a first section and a second section having different dimensions than that of the first section ; a first dielectric disposed in the first section ; a second dielectric disposed in the second section ; and a center conductor extending from a first side of the metal boundary to a second side of the metal boundary through the first dielectric and the second dielectric , where a first end of the center conductor is configured for connection to an output of a coplanar waveguide transmission line of a solid state amplifier (18A-18D) to receive amplified RF signals therefrom; and an antenna coupled to a second end of the center conductor for receiving the amplified RF signals and introducing electromagnetic radiation having frequencies and phases of the amplified RF signals into the enclosed cavity , wherein the intermediate transition provides a connection of the solid state amplifier (18A-18D) to the antenna without using a coaxial connector or cable. an intermediate transition , the RF feed (26A-26D) being characterized in that the intermediate transition comprises: a substantially rectangular metal boundary having a first section and a second section having different dimensions than that of the first section ; a first dielectric disposed in the first section ; a second dielectric disposed in the second section ; and a center conductor extending from a first side of the metal boundary to a second side of the metal boundary through the first dielectric and the second dielectric , where a first end of the center conductor is configured for connection to an output of a coplanar waveguide transmission line of a solid state amplifier (18A-18D) to receive amplified RF signals therefrom; and a substantially rectangular metal boundary having a first section and a second section having different dimensions than that of the first section ; a first dielectric disposed in the first section ; a second dielectric disposed in the second section ; and a center conductor extending from a first side of the metal boundary to a second side of the metal boundary through the first dielectric and the second dielectric , where a first end of the center conductor is configured for connection to an output of a coplanar waveguide transmission line of a solid state amplifier (18A-18D) to receive amplified RF signals therefrom; and an antenna coupled to a second end of the center conductor for receiving the amplified RF signals and introducing electromagnetic radiation having frequencies and phases of the amplified RF signals into the enclosed cavity , wherein the intermediate transition provides a connection of the solid state amplifier (18A-18D) to the antenna without using a coaxial connector or cable.
- A tablet, preferably an immediate release tablet, which comprises at least the following components: (a) a granulate which comprises at least a polyol and vildagliptin or a pharmaceutically acceptable salt thereof; and (b) an extragranular component comprising a filler, wherein the water content of the tablet is less than 10% w/w in respect of the total weight of the tablet, when measured by Karl Fischer titration, preferably wherein the water content of the tablet is between 0.1% and 9% w/w in respect of the total weight of the tablet when measured by Karl Fischer titration, and preferably wherein the water content of the tablet is between 0.1% and 5% w/w in respect of the total weight of the tablet when measured by Karl Fischer titration, wherein the granulate is obtained by dry granulation, wherein the filler is microcrystalline cellulose, wherein the polyol is lactose and wherein the tablet further comprises at least a disintegrant agent. (a) a granulate which comprises at least a polyol and vildagliptin or a pharmaceutically acceptable salt thereof; and (b) an extragranular component comprising a filler,
A method of preparing an operation of surfacing of a lens blank (BLA) to transform the lens blank into a generated lens (LEN), the generated lens having a predetermined prism (P) corresponding to an inclination between a front surface (FRONT) and a back surface (BACK) of the generated lens at least locally, the method being implemented using a processing module (PROCESS) and comprising: - for a plurality of devices destined to interact with the lens blank during the operation of surfacing to manufacture the predetermined prism of the generated lens, attributing a priority order (PO) to each device of said plurality of devices, - based on said priority order, attributing to each of the plurality of devices a prism portion (P 1 , P 2 , P 3 ) which is zero or is comprised in a respective range delimited by a respective minimum prism portion (L 1 , L 2 , L 3 ) and a respective maximum prism portion (M 1 , M 2 , M 3 ), said prism portion being representative of the contribution of the corresponding device to the prism of the generated lens, for further interaction of each device with the lens blank during the operation of surfacing to obtain, based on the prism portions, the generated lens having finally said predetermined prism. - for a plurality of devices destined to interact with the lens blank during the operation of surfacing to manufacture the predetermined prism of the generated lens, attributing a priority order (PO) to each device of said plurality of devices, - based on said priority order, attributing to each of the plurality of devices a prism portion (P 1 , P 2 , P 3 ) which is zero or is comprised in a respective range delimited by a respective minimum prism portion (L 1 , L 2 , L 3 ) and a respective maximum prism portion (M 1 , M 2 , M 3 ), said prism portion being representative of the contribution of the corresponding device to the prism of the generated lens, for further interaction of each device with the lens blank during the operation of surfacing to obtain, based on the prism portions, the generated lens having finally said predetermined prism.
A method of manufacturing a heat exchanger comprising cold layers , hot layers , a radially inner portion , a radially outer portion , a inlet header mounted onto inner portion and an outlet header mounted onto outer portion , the method comprising: manipulating each of the cold layers such that each of the cold layers includes a tapered side profile; arranging the cold and hot layers into an alternating pattern such that each of the hot layers is adjacent to and in contact with at least one of the cold layers ; orienting the hot and cold layers relative to each other such that two fluidly separate cold airflows (AF 1 , AF 2 ) of the cold layer , each from an independent source, are used to cool a single hot airflow (AF 3 ) of the hot layer , the cold airflows flowing in parallel through the radially inner and outer portions respectively, of the heat exchanger, and the hot airflow flowing through the inlet header into the hot layer , making along the hot layer a series of 90 degree turns such to be in thermal communication with each of the cold airflows (AF 1 , AF 2 ) and flowing out through the outlet header ; and brazing the hot layers and cold layers together to form a core of the heat exchanger. manipulating each of the cold layers such that each of the cold layers includes a tapered side profile; arranging the cold and hot layers into an alternating pattern such that each of the hot layers is adjacent to and in contact with at least one of the cold layers ; orienting the hot and cold layers relative to each other such that two fluidly separate cold airflows (AF 1 , AF 2 ) of the cold layer , each from an independent source, are used to cool a single hot airflow (AF 3 ) of the hot layer , the cold airflows flowing in parallel through the radially inner and outer portions respectively, of the heat exchanger, and the hot airflow flowing through the inlet header into the hot layer , making along the hot layer a series of 90 degree turns such to be in thermal communication with each of the cold airflows (AF 1 , AF 2 ) and flowing out through the outlet header ; and brazing the hot layers and cold layers together to form a core of the heat exchanger.
A crank apparatus , comprising: a crank arm , having at least one cavity on one of the surfaces of the crank arm ; at least one thin material layer having an exposed outer surface , an embedded surface disposed on another surface of the at least one thin material layer (120, 220 220A, 220B) relatively away from the exposed outer surface , and a plurality of lateral surfaces respectively connected between the exposed outer surface and the embedded surface ; and at least one sensing element (130, 230, 230A1, 230A2, 230A3, 230A4, 230B1, 230B2, 230B3, 230B4); wherein the crank arm is manufactured of a material having non-uniform strain characteristic, the at least one thin material layer is manufactured of a material having uniform strain characteristic, the crank arm is adapted to be subjected to force and deformed, the at least one thin material layer is adapted to be deformed corresponding to the deformation of the crank arm , and the at least one sensing element (130, 230, 230A1, 230A2, 230A3, 230A4, 230B1, 230B2, 230B3, 230B4) is adapted to measure the corresponding strain of the at least one thin material layer caused by a force applied to the crank arm ; characterized in that the at least one cavity of the crank arm comprises a plurality of protruded walls respectively blocking a portion of the at least one cavity and covering at least one edge of the at least one thin material layer in such a way that the movement of the at least one thin material layer along any three orthogonal axial directions in the crank arm is limited by the plurality of protruded walls and the at least one thin material layer is clamped and firmly embedded into the at least one cavity by the plurality of protruded walls , wherein the at least one sensing element (130, 230, 230A1, 230A2, 230A3, 230A4, 230B1, 230B2, 230B3, 230B4) is attached to the exposed outer surface of the at least one thin material layer . a crank arm , having at least one cavity on one of the surfaces of the crank arm ; at least one thin material layer having an exposed outer surface , an embedded surface disposed on another surface of the at least one thin material layer (120, 220 220A, 220B) relatively away from the exposed outer surface , and a plurality of lateral surfaces respectively connected between the exposed outer surface and the embedded surface ; and at least one sensing element (130, 230, 230A1, 230A2, 230A3, 230A4, 230B1, 230B2, 230B3, 230B4); wherein the crank arm is manufactured of a material having non-uniform strain characteristic, the at least one thin material layer is manufactured of a material having uniform strain characteristic, the crank arm is adapted to be subjected to force and deformed, the at least one thin material layer is adapted to be deformed corresponding to the deformation of the crank arm , and the at least one sensing element (130, 230, 230A1, 230A2, 230A3, 230A4, 230B1, 230B2, 230B3, 230B4) is adapted to measure the corresponding strain of the at least one thin material layer caused by a force applied to the crank arm ;