mhurhangee/ep-ind-claims huggingface dataset:
A method of adapting antenna pilot transmission power of an antenna provided in a multiple input multiple output, MIMO wireless communication network; said pilot comprising: a common pilot transmittable at all times having a first transmission power; a scheduled pilot transmittable when said antenna is transmitting user data, said scheduled pilot having a second transmission power; said method comprising: determining whether said antenna is transmitting user data; adapting at least one of a transmission power for said common pilot and a transmission power for said scheduled pilot in dependence upon whether another pilot signal is transmitted by said antenna by: selecting the transmission power for said common pilot and the transmission power for said scheduled pilot by setting said first and second transmission powers such that a sum of said first and second transmission powers is sufficient for demodulation of said user data; and adapting at least one of said first and second transmission powers in accordance with said selection. a common pilot transmittable at all times having a first transmission power; a scheduled pilot transmittable when said antenna is transmitting user data, said scheduled pilot having a second transmission power; said method comprising: determining whether said antenna is transmitting user data; adapting at least one of a transmission power for said common pilot and a transmission power for said scheduled pilot in dependence upon whether another pilot signal is transmitted by said antenna by: selecting the transmission power for said common pilot and the transmission power for said scheduled pilot by setting said first and second transmission powers such that a sum of said first and second transmission powers is sufficient for demodulation of said user data; and adapting at least one of said first and second transmission powers in accordance with said selection. determining whether said antenna is transmitting user data; adapting at least one of a transmission power for said common pilot and a transmission power for said scheduled pilot in dependence upon whether another pilot signal is transmitted by said antenna by: selecting the transmission power for said common pilot and the transmission power for said scheduled pilot by setting said first and second transmission powers such that a sum of said first and second transmission powers is sufficient for demodulation of said user data; and adapting at least one of said first and second transmission powers in accordance with said selection. selecting the transmission power for said common pilot and the transmission power for said scheduled pilot by setting said first and second transmission powers such that a sum of said first and second transmission powers is sufficient for demodulation of said user data; and adapting at least one of said first and second transmission powers in accordance with said selection.
An apparatus for optimizing playback of media content from a digital handheld device, the apparatus being configured to functionally connect to the digital handheld device, and configured to place the digital handheld device at a receptor which is incorporated into a reproduction device, the apparatus including: a first electrical contact set for a functional connection to a second electrical contact set located within the receptor; at least one electrical line coupled to the first electrical contact set for passing current from the second electrical contact set via the first electrical contact set to a first connector which is configured to couple to a second connector of the digital handheld device; at least one data line coupled to the first connector for passing data from the digital handheld device via the first connector to either a wireless transceiver or the first electrical contact set; a controller located along the at least one electrical line and the at least one data line; and at least one motion sensor coupled to the controller for detecting movement of the apparatus, wherein data on the movement of the apparatus detected by the at least one motion sensor is input to the controller, wherein the controller is configured to process the data to present directions on the digital handheld device for a user of the digital handheld device such that the directions are capable of leading the user to at least one of a position of optimum sound reproduction and a position of optimum image reproduction by the reproduction device. a first electrical contact set for a functional connection to a second electrical contact set located within the receptor; at least one electrical line coupled to the first electrical contact set for passing current from the second electrical contact set via the first electrical contact set to a first connector which is configured to couple to a second connector of the digital handheld device; at least one data line coupled to the first connector for passing data from the digital handheld device via the first connector to either a wireless transceiver or the first electrical contact set; a controller located along the at least one electrical line and the at least one data line; and at least one motion sensor coupled to the controller for detecting movement of the apparatus, wherein data on the movement of the apparatus detected by the at least one motion sensor is input to the controller, wherein the controller is configured to process the data to present directions on the digital handheld device for a user of the digital handheld device such that the directions are capable of leading the user to at least one of a position of optimum sound reproduction and a position of optimum image reproduction by the reproduction device.
A method of operating a radio network node (600, 800), comprising: determining an operating state of the radio network node (600, 800); selectively transmitting a restricted set of system information if a restricted operating state is determined or a normal set of system information if a normal operating state is determined; and switching the radio network node (600, 800) on and off for certain periods of time when in the restricted operating state, wherein a radio network node switch-off period is selected to be shorter than a period in which a wireless communication device (500, 1000) is configured to search for the radio network node cell. determining an operating state of the radio network node (600, 800); selectively transmitting a restricted set of system information if a restricted operating state is determined or a normal set of system information if a normal operating state is determined; and switching the radio network node (600, 800) on and off for certain periods of time when in the restricted operating state, wherein a radio network node switch-off period is selected to be shorter than a period in which a wireless communication device (500, 1000) is configured to search for the radio network node cell.
An engine for a ship, comprising: a cylinder providing a space for combusting fuel; a piston reciprocating between a top dead point and a bottom dead point in the cylinder; and a supplier coupled to the cylinder, the supplier supplying the fuel and air to the cylinder, wherein the supplier includes: a fuel supply apparatus supplying the fuel to the cylinder; and an air supply apparatus supplying the air to the cylinder, wherein the air supply apparatus includes an auxiliary air supply member supplying the air to the cylinder between a lower side and an upper side of the cylinder, where the auxiliary air supply member supplies the air together with the fuel when the fuel is supplied by the fuel supply apparatus while the piston is being moved from the bottom dead point to the top dead point characterized by further comprising: an exhaust valve coupled to the cylinder to be located at the upper side of the cylinder, the exhaust valve opening/closing the cylinder such that exhaust gas generated when the fuel is combusted in the cylinder is discharged; and a controller controlling the exhaust valve, wherein the controller controls the exhaust valve such that, in a gas mode in which the fuel is gas, a close timing at which the exhaust valve closes the cylinder is later than that in a diesel mode in which the fuel is diesel. a cylinder providing a space for combusting fuel; a piston reciprocating between a top dead point and a bottom dead point in the cylinder; and a supplier coupled to the cylinder, the supplier supplying the fuel and air to the cylinder, wherein the supplier includes: a fuel supply apparatus supplying the fuel to the cylinder; and an air supply apparatus supplying the air to the cylinder, a fuel supply apparatus supplying the fuel to the cylinder; and an air supply apparatus supplying the air to the cylinder, wherein the air supply apparatus includes an auxiliary air supply member supplying the air to the cylinder between a lower side and an upper side of the cylinder, where the auxiliary air supply member supplies the air together with the fuel when the fuel is supplied by the fuel supply apparatus while the piston is being moved from the bottom dead point to the top dead point an exhaust valve coupled to the cylinder to be located at the upper side of the cylinder, the exhaust valve opening/closing the cylinder such that exhaust gas generated when the fuel is combusted in the cylinder is discharged; and a controller controlling the exhaust valve, wherein the controller controls the exhaust valve such that, in a gas mode in which the fuel is gas, a close timing at which the exhaust valve closes the cylinder is later than that in a diesel mode in which the fuel is diesel.
A fluid control system comprising: a plurality of flow channels (220, 320, 420, 520, 620), each flow channel comprising a flow restrictor (250, 350, 450, 550, 650), a flow regulating valve (230, 330, 430, 530, 630) and a channel pressure sensor (240, 340, 440, 540, 640, 641) between the flow restrictor and the flow regulating valve; a shared flow channel (221, 321, 421, 521, 621) for carrying the fluids to or from the plurality of flow channels, the flow restrictor in each flow channel being between the channel pressure sensor and the shared flow channel; a shared pressure sensor (260, 360, 460, 560, 660) in the shared flow channel configured to detect a shared flow channel pressure; and a controller (270, 370, 470, 570, 670) configured to determine mass flow through each of the flow channels based on channel pressures and the shared flow channel pressure and control the flow regulating valves of the flow channels to control mass flow through each flow channel, characterised in that the controller is configured to determine through recursive calculation: channel pressures for positions that are adjacent to the flow restrictors and opposite, with respect to the restrictors, to the channel pressure sensors of the plurality of flow channels, mass flow through each flow channel, and total mass flow through the shared channel. a plurality of flow channels (220, 320, 420, 520, 620), each flow channel comprising a flow restrictor (250, 350, 450, 550, 650), a flow regulating valve (230, 330, 430, 530, 630) and a channel pressure sensor (240, 340, 440, 540, 640, 641) between the flow restrictor and the flow regulating valve; a shared flow channel (221, 321, 421, 521, 621) for carrying the fluids to or from the plurality of flow channels, the flow restrictor in each flow channel being between the channel pressure sensor and the shared flow channel; a shared pressure sensor (260, 360, 460, 560, 660) in the shared flow channel configured to detect a shared flow channel pressure; and a controller (270, 370, 470, 570, 670) configured to determine mass flow through each of the flow channels based on channel pressures and the shared flow channel pressure and control the flow regulating valves of the flow channels to control mass flow through each flow channel, characterised in that the controller is configured to determine through recursive calculation: channel pressures for positions that are adjacent to the flow restrictors and opposite, with respect to the restrictors, to the channel pressure sensors of the plurality of flow channels, mass flow through each flow channel, and total mass flow through the shared channel.
A brake disc for disc brake, comprising a braking band provided with two opposite braking surfaces (2a, 2b), each of which defines at least partially one of the two main faces of the disc, the braking band being made of gray cast iron or steel; said disc being provided with a base layer, which covers at least one of the two braking surfaces (2a, 2b) of the braking band, said base layer being composed of steel totally free from nickel.
An electrosurgical device for transseptal puncturing tissue of an atrial septum of a heart having an elongate member defining a lumen for receiving a fluid, the elongate member having a length of 30 cm to 100 cm to facilitate puncturing of the atrial septum of the heart, a distal face being beveled and defining at least one aperture, wherein said distal face includes at least one cutting portion and at least one non-cutting portion, wherein the distal face comprises an electrically conductive material partially surrounding the at least one aperture and forming the at least one cutting portion, the at least one cutting portion located at the most distal portion of the distal face, and wherein the at least one non-cutting portion comprises an electrically insulative coating of a non-polymeric material which extends radially and proximally from the aperture and is positioned on a portion of a distal surface of the elongate member such that the aperture is unobstructed, the non-polymeric material being selected from the group consisting of oxides, nitrides and ceramics, the distal face being configured to produce an elongated cut in a tissue when electrical energy is delivered to the at least one cutting portion to thereby define a flap in the tissue which is displaced sideways while avoiding coring of the tissue by a proximal portion of the distal face when the electrosurgical device is advanced through the elongated cut. an elongate member defining a lumen for receiving a fluid, the elongate member having a length of 30 cm to 100 cm to facilitate puncturing of the atrial septum of the heart, a distal face being beveled and defining at least one aperture, wherein said distal face includes at least one cutting portion and at least one non-cutting portion, wherein the distal face comprises an electrically conductive material partially surrounding the at least one aperture and forming the at least one cutting portion, the at least one cutting portion located at the most distal portion of the distal face, and wherein the at least one non-cutting portion comprises an electrically insulative coating of a non-polymeric material which extends radially and proximally from the aperture and is positioned on a portion of a distal surface of the elongate member such that the aperture is unobstructed, the non-polymeric material being selected from the group consisting of oxides, nitrides and ceramics, the distal face being configured to produce an elongated cut in a tissue when electrical energy is delivered to the at least one cutting portion to thereby define a flap in the tissue which is displaced sideways while avoiding coring of the tissue by a proximal portion of the distal face when the electrosurgical device is advanced through the elongated cut.
A tire, comprising: tread that has a first material and a second material, wherein the first material has a G* complex shear modulus at 60 °C that is greater than a G* complex shear modulus at 60 °C of the second material such that the first material is more rigid than the second material, wherein the G* complex shear modulus at 60 °C of the second material is from 50%-88% of the G* complex shear modulus at 60 °C of the first material, wherein the tread has a plurality of teardrop sipes that each have a teardrop void that has a cross-sectional width, wherein one of the teardrop sipes is located in the first material with the teardrop void cross-sectional width sized such that no more than five percent of the other teardrop sipes located in the second material have a larger than or equal teardrop void cross-sectional width.
A paint baking method for a vehicle body including a main shell body and a side door, characterized in that the method comprises: attaching a hinge and a door offset member between a hinge fastening part of the main shell body and a hinge fastening part of the side door so that a distance (L1, L2) between the hinge fastening part of the main shell body and the hinge fastening part of the side door in a state in which the hinge and the door offset member are attached is longer than a distance between the hinge fastening part of the main shell body and the hinge fastening part of the side door in a finished vehicle state; and while in the state in which the hinge and the door offset member are attached, conveying the vehicle body while exposing the vehicle body to a hot air atmosphere to bake a wet coating film applied to the vehicle body. attaching a hinge and a door offset member between a hinge fastening part of the main shell body and a hinge fastening part of the side door so that a distance (L1, L2) between the hinge fastening part of the main shell body and the hinge fastening part of the side door in a state in which the hinge and the door offset member are attached is longer than a distance between the hinge fastening part of the main shell body and the hinge fastening part of the side door in a finished vehicle state; and while in the state in which the hinge and the door offset member are attached, conveying the vehicle body while exposing the vehicle body to a hot air atmosphere to bake a wet coating film applied to the vehicle body.
Semiconductor module comprising a base plate, at least one semiconductor chip mounted on the base plate, a case fixed to the base plate and surrounding the at least one semiconductor chip, an electrically insulating gel layer covering the at least one semiconductor chip, a thermosetting resin layer on top of the gel layer, a lid on top of the thermosetting resin layer, characterized in that the lid comprises a lid-extension, which defines a lid-opening, which extends through the thermosetting resin layer to the gel layer and by which lid-opening the gel can expand.
An apparatus for enabling a target device to be remotely controlled by one or more controller devices, the apparatus comprising: a remote control interface configured to receive at least one command from the one or more controller devices over at least one of a plurality of bearers through at least one corresponding protocol; and a remote control server configured to: determine one or more of a set of target client applications (2, 4) running on the target device for each of the at least one commands, wherein the at least one command is mapped to the one or more target client applications (2, 4) in dependence upon one or more of: target client application order in Read Only Memory of the target device; and relative deemed importance of the one or more target client applications (2, 4), and route the at least one command to the one or more target client applications (2,4) within the target device through a target client application programming interface of the apparatus, the target client application programming interface being independent of the plurality of bearers. a remote control interface configured to receive at least one command from the one or more controller devices over at least one of a plurality of bearers through at least one corresponding protocol; and a remote control server configured to: determine one or more of a set of target client applications (2, 4) running on the target device for each of the at least one commands, wherein the at least one command is mapped to the one or more target client applications (2, 4) in dependence upon one or more of: target client application order in Read Only Memory of the target device; and relative deemed importance of the one or more target client applications (2, 4), and route the at least one command to the one or more target client applications (2,4) within the target device through a target client application programming interface of the apparatus, the target client application programming interface being independent of the plurality of bearers. determine one or more of a set of target client applications (2, 4) running on the target device for each of the at least one commands, wherein the at least one command is mapped to the one or more target client applications (2, 4) in dependence upon one or more of: target client application order in Read Only Memory of the target device; and relative deemed importance of the one or more target client applications (2, 4), and route the at least one command to the one or more target client applications (2,4) within the target device through a target client application programming interface of the apparatus, the target client application programming interface being independent of the plurality of bearers.
A method performed by a wireless device (300, 400) of receiving, from a network node (500, 600), a physical downlink channel, the method comprising: receiving, from the network node (500, 600), a first Downlink Control Information, DCI, scheduling the physical downlink channel on a first plurality of Resource Elements, REs; receiving, from the network node (500, 600), a second DCI scheduling an aperiodic interference measurement resource on a second plurality of REs in the downlink for interference measurement; wherein the second DCI comprises a request field, and wherein the first plurality of REs includes at least a subset of the second plurality of REs; and receiving, from the network node (500, 600), the physical downlink channel on a third plurality of REs when the request field indicates a triggering of an Aperiodic Zero Power Channel State Information Reference Signal, A-ZP CSI-RS, resource,said third plurality of REs comprising the first plurality of REs excluding the subset of the second plurality of REs. receiving, from the network node (500, 600), a first Downlink Control Information, DCI, scheduling the physical downlink channel on a first plurality of Resource Elements, REs; receiving, from the network node (500, 600), a second DCI scheduling an aperiodic interference measurement resource on a second plurality of REs in the downlink for interference measurement; wherein the second DCI comprises a request field, and wherein the first plurality of REs includes at least a subset of the second plurality of REs; and receiving, from the network node (500, 600), the physical downlink channel on a third plurality of REs when the request field indicates a triggering of an Aperiodic Zero Power Channel State Information Reference Signal, A-ZP CSI-RS, resource,said third plurality of REs comprising the first plurality of REs excluding the subset of the second plurality of REs.