mhurhangee/ep-ind-claims huggingface dataset:
A method for operating an access node in a wireless communications network, the method comprising: transmitting, by the access node, a first control channel at a lower nominal transmit power on a first component carrier than the nominal transmit power of a second control channel on a second component carrier; transmitting, by the access node, a data channel at the same nominal transmit power on the first and second component carriers; and transmitting, by the access node, a common reference signal, CRS, on the first component carrier at a nominal power that is higher than the nominal transmit power of the first control channel. transmitting, by the access node, a first control channel at a lower nominal transmit power on a first component carrier than the nominal transmit power of a second control channel on a second component carrier; transmitting, by the access node, a data channel at the same nominal transmit power on the first and second component carriers; and transmitting, by the access node, a common reference signal, CRS, on the first component carrier at a nominal power that is higher than the nominal transmit power of the first control channel.
Method for controlling at least one vehicle that moves at least partially autonomously within an operating environment within which at least one trigger device is located that is designed to trigger a stopping signal for stopping the vehicle or at least one vehicle, characterised in that a computing device which is assigned to the operating environment carries out the following steps: - receiving a stopping signal of a triggered trigger device; - ascertaining a quantity of vehicles to be stopped by evaluating position data which describe the position of the triggered trigger device and a position of the vehicle or of at least one vehicle located in the operating environment; and - actuating the vehicle or at least one vehicle so as to stop on the basis of the evaluation result. - receiving a stopping signal of a triggered trigger device; - ascertaining a quantity of vehicles to be stopped by evaluating position data which describe the position of the triggered trigger device and a position of the vehicle or of at least one vehicle located in the operating environment; and - actuating the vehicle or at least one vehicle so as to stop on the basis of the evaluation result.
A sheet binding device comprising: a processing tray on which a binding target sheet is stacked; a rotary paddle (103', 1030, 1033) that causes the sheet to abut against a predetermined abutting alignment position on the processing tray by rotating while coming into contact with an upper surface of the sheet stacked on the processing tray; an adhesive application unit that applies an adhesive to a predetermined area of the upper surface of the sheet abutted against the abutting alignment position; and an abutting assistance member that is disposed in a same rotary shaft as the rotary paddle, the sheet binding device being characterised in that the abutting assistance member has such a length so as to interpose a tip end of the sheet between a tip end of the abutting assistance member and the rotary paddle during a time until the tip end of the sheet which is conveyed toward the abutting alignment position by the rotary paddle at least rides on an area of the adhesive applied onto the sheet stacked on the processing tray immediately in front of the sheet. a processing tray on which a binding target sheet is stacked; a rotary paddle (103', 1030, 1033) that causes the sheet to abut against a predetermined abutting alignment position on the processing tray by rotating while coming into contact with an upper surface of the sheet stacked on the processing tray; an adhesive application unit that applies an adhesive to a predetermined area of the upper surface of the sheet abutted against the abutting alignment position; and an abutting assistance member that is disposed in a same rotary shaft as the rotary paddle, the sheet binding device being characterised in that the abutting assistance member has such a length so as to interpose a tip end of the sheet between a tip end of the abutting assistance member and the rotary paddle during a time until the tip end of the sheet which is conveyed toward the abutting alignment position by the rotary paddle at least rides on an area of the adhesive applied onto the sheet stacked on the processing tray immediately in front of the sheet.
A magnetic field sensor comprising: a sensor bridge having a first leg and a second leg; a first magnetoresistive sense element formed in said first leg and located in a plane of said magnetic field sensor, said first magnetoresistive sense element including a first pinned layer and a first sense layer, said first sense layer having a first sense magnetization oriented in a first <hkl> direction, wherein h, k, and l are Miller indices all of which are non-zero and <hkl> represents a family of directions; a second magnetoresistive sense element formed in said second leg and located in said plane of said magnetic field sensor, said second magnetoresistive sense element including a second pinned layer and a second sense layer, said first and second magnetoresistive sense elements (80, 82) being sensitive to an external magnetic field along a sensing direction, wherein each of said first and second pinned layers (104, 110) has a reference magnetization oriented substantially parallel to said plane and said second sense layer has a second sense magnetization; and a permanent magnet layer (128,130) positioned proximate said second magnetoresistive sense element, characterized in that in the absence of said external magnetic field, said permanent magnet layer magnetically biases said second sense magnetization in a second <hkl> direction relative to said first <hkl> direction, wherein one of said h, k, and l of said second <hkl> direction is a negative value of a corresponding one of said h, k, and l of said first <hkl> direction. a sensor bridge having a first leg and a second leg; a first magnetoresistive sense element formed in said first leg and located in a plane of said magnetic field sensor, said first magnetoresistive sense element including a first pinned layer and a first sense layer, said first sense layer having a first sense magnetization oriented in a first <hkl> direction, wherein h, k, and l are Miller indices all of which are non-zero and <hkl> represents a family of directions; a second magnetoresistive sense element formed in said second leg and located in said plane of said magnetic field sensor, said second magnetoresistive sense element including a second pinned layer and a second sense layer, said first and second magnetoresistive sense elements (80, 82) being sensitive to an external magnetic field along a sensing direction, wherein each of said first and second pinned layers (104, 110) has a reference magnetization oriented substantially parallel to said plane and said second sense layer has a second sense magnetization; and a permanent magnet layer (128,130) positioned proximate said second magnetoresistive sense element, characterized in that in the absence of said external magnetic field, said permanent magnet layer magnetically biases said second sense magnetization in a second <hkl> direction relative to said first <hkl> direction, wherein one of said h, k, and l of said second <hkl> direction is a negative value of a corresponding one of said h, k, and l of said first <hkl> direction.
A wiper system for a glazed surface of a motor vehicle including a screen wash system adapted to be used in association with a reservoir containing a washing fluid, said wiper system comprising: - a motor for driving at least one wiper arm, - a pump designed to be fluidly connected, on the one hand, to said reservoir, and, on the other hand, to at least two nozzles, at least one of which is adapted to deliver a jet of fluid at the windshield of a vehicle and at least another of which is adapted to deliver a jet of fluid at the rear screen of a vehicle, and - a switch having at least a first position for supplying said at least one nozzle adapted to deliver a jet of fluid at the windshield, and a second position for supplying said at least one nozzle adapted to deliver a jet of fluid at the rear screen, - the pump being a two-way pump adapted to be driven in two opposite directions of rotation to supply one or other of the nozzles, under the control of said switch, characterized in that means for generating electrical control signals linked to the drive motor are adapted to generate electrical control signals which vary according to the angular position of the wiper arm on the glazed surface, and in that said two-way pump is powered in the first position of the switch via the electrical control signal generating means connected to the drive motor, according to the angular position of the wiper arm on the glazed surface and in that said generating means comprise a surface forming a cam rotationally and concentrically linked to the shaft of the drive motor. - a motor for driving at least one wiper arm, - a pump designed to be fluidly connected, on the one hand, to said reservoir, and, on the other hand, to at least two nozzles, at least one of which is adapted to deliver a jet of fluid at the windshield of a vehicle and at least another of which is adapted to deliver a jet of fluid at the rear screen of a vehicle, and - a switch having at least a first position for supplying said at least one nozzle adapted to deliver a jet of fluid at the windshield, and a second position for supplying said at least one nozzle adapted to deliver a jet of fluid at the rear screen, - the pump being a two-way pump adapted to be driven in two opposite directions of rotation to supply one or other of the nozzles, under the control of said switch,
A method for transmitting a discovery reference signal, DRS, in a wireless communication system, the method comprising: selecting, by a base station, one of a switching mode and a repetition mode as a DRS transmission mode, the switching mode being a mode for transmitting a narrow beam, the repetition mode being a mode for transmitting a wide beam, wherein the narrow beam covers greater coverage of the base station than the wide beam; transmitting, by the base station, a broadcast channel over a plurality of orthogonal frequency division multiplexing, OFDM, symbols based on the selected DRS transmission mode; and transmitting, by the base station, the DRS according to the selected DRS transmission mode, wherein when the switching mode is selected as the DRS transmission mode, a cyclic redundancy check, CRC, of the broadcast channel is transmitted in each of the plurality of OFDM symbols, and when the repetition mode is selected as the DRS transmission mode, a single CRC of the broadcast channel is transmitted across all of the plurality of OFDM symbols. selecting, by a base station, one of a switching mode and a repetition mode as a DRS transmission mode, the switching mode being a mode for transmitting a narrow beam, the repetition mode being a mode for transmitting a wide beam, wherein the narrow beam covers greater coverage of the base station than the wide beam; transmitting, by the base station, a broadcast channel over a plurality of orthogonal frequency division multiplexing, OFDM, symbols based on the selected DRS transmission mode; and transmitting, by the base station, the DRS according to the selected DRS transmission mode, wherein when the switching mode is selected as the DRS transmission mode, a cyclic redundancy check, CRC, of the broadcast channel is transmitted in each of the plurality of OFDM symbols, and when the repetition mode is selected as the DRS transmission mode, a single CRC of the broadcast channel is transmitted across all of the plurality of OFDM symbols.
Steamer accessory for heating and/or steaming food contained in a container, the steamer accessory comprising a steam generator comprising a steam-generating chamber connected to a steam-distribution outlet provided in a lower part of the steam generator, the steamer accessory comprising a support device carrying the steam generator and intended to rest on the container, the support device comprising a bearing wall carrying the steam generator, the bearing wall comprising a lower face having a bearing zone intended to rest on the container, at least the bearing zone of the lower face being made from silicone, characterised in that the bearing wall is removably mounted with respect to the steam generator, in that the bearing wall comprises a metal stiffening structure, and in that the metal stiffening structure extends under the steam generator.
A transgenic plant, or reproductive or propagation material for a transgenic plant or a cultured transgenic plant cell, which expresses or is capable of expressing at least one interfering ribonucleic acid that functions upon uptake by an insect pest species to down-regulate the expression of a target gene within said pest, wherein the interfering RNA comprises at least one silencing element wherein the silencing element is a region of double-stranded RNA comprising annealed complementary strands, one strand of which comprises or consists of a sequence of at least 30 contiguous nucleotides that is at least 85% complementary to any of SEQ ID NOs 1, 174, 180, 188, 2, 175, 181, 189, or the complement thereof.
A method comprising: determining a pressure difference across a scroll compressor of a cooling system, wherein the pressure difference is a difference between an inlet pressure of the scroll compressor and an outlet pressure of the scroll compressor; comparing the pressure difference to a minimum differential pressure value, wherein undirected unloading of the scroll compressor occurs when the pressure difference across the scroll compressor is less than the minimum differential pressure; increasing a head pressure set point value and an absolute minimum head pressure value when the pressure difference is less than the minimum differential pressure value; and subsequent to the increasing of the head pressure set point value and the absolute minimum head pressure value, decreasing the head pressure set point value and the absolute minimum head pressure value when the pressure difference is greater than a sum of the minimum differential pressure value and a hysteresis value. determining a pressure difference across a scroll compressor of a cooling system, wherein the pressure difference is a difference between an inlet pressure of the scroll compressor and an outlet pressure of the scroll compressor; comparing the pressure difference to a minimum differential pressure value, wherein undirected unloading of the scroll compressor occurs when the pressure difference across the scroll compressor is less than the minimum differential pressure; increasing a head pressure set point value and an absolute minimum head pressure value when the pressure difference is less than the minimum differential pressure value; and subsequent to the increasing of the head pressure set point value and the absolute minimum head pressure value, decreasing the head pressure set point value and the absolute minimum head pressure value when the pressure difference is greater than a sum of the minimum differential pressure value and a hysteresis value.
Welding device for forming a tube, for example a packaging tube, from a sheet, said device comprising at least one welding rod, means for welding and pressurizing the welded zone (7, 8, 9), and means (4, 5, 6) for driving the sheet along the rod, said device further comprising means (10, 11, 12, 14; 20) intended to reduce the friction between the welding rod and the sheet, characterized in that said means intended to reduce the friction comprise at least one antifriction belt.
Sliding safety ladder for work at great heights, composed of at least one upper plane mounted to slide on a lower plane, each formed by uprights connected by rungs, the upper plane comprising means of support on a facade or on a post where the ladder comprises a securing plate fixed between the two uprights of the upper plane, against the last rung, on the opposite side to the support means and according to a plane intended to be substantially vertical when the ladder is resting against the facade or the post, the plate has means for securing a user by means of a lifeline, characterized in that the securing means are in the form of an orifice centered laterally to allow the user to be hooked by means of the lifeline, the orifice of the securing plate comprises a transverse bar that can be broken off under a certain pressure to provide a witness to the user's fall.
A cover layer for a wound dressing for use in vacuum wound therapy, the cover layer comprising: a central zone defined by a portion of a moisture vapor permeable membrane devoid of any coating deterring the transmission of moisture through the membrane; a peripheral zone substantially surrounding the central zone, the peripheral zone adapted to provide a seal around a perimeter of a wound bed; and characterised by at least one intermediate zone (52,56) at least partially disposed between the central zone and the peripheral zone, the at least one intermediate zone (52,56) comprising a substance for imparting a therapeutic effect to the wound bed. a central zone defined by a portion of a moisture vapor permeable membrane devoid of any coating deterring the transmission of moisture through the membrane; a peripheral zone substantially surrounding the central zone, the peripheral zone adapted to provide a seal around a perimeter of a wound bed; and characterised by at least one intermediate zone (52,56) at least partially disposed between the central zone and the peripheral zone, the at least one intermediate zone (52,56) comprising a substance for imparting a therapeutic effect to the wound bed.
A battery pack having a bottom connection type tray, the battery pack comprising: a tray in which a plurality of battery modules is loaded; a plurality of tray terminals provided on a bottom surface of the tray; a connection wire for interconnecting the tray terminals or connecting the tray terminals to an external circuit is formed in the bottom surface of the tray; and a battery terminal provided in each of the battery modules so as to be connected to a corresponding one of the tray terminals, wherein the battery terminal is provided in a lower surface of each of the battery modules; wherein the tray terminals are provided on the bottom surface of the tray so as to protrude upwards and so as to correspond to the respective battery modules. a tray in which a plurality of battery modules is loaded; a plurality of tray terminals provided on a bottom surface of the tray; a connection wire for interconnecting the tray terminals or connecting the tray terminals to an external circuit is formed in the bottom surface of the tray; and a battery terminal provided in each of the battery modules so as to be connected to a corresponding one of the tray terminals, wherein the battery terminal is provided in a lower surface of each of the battery modules; wherein the tray terminals are provided on the bottom surface of the tray so as to protrude upwards and so as to correspond to the respective battery modules.
Exhaust device, in particular for laboratory spaces, comprising: - a case enclosing a working space having sidewalls and a top wall, wherein at least one of the sidewalls comprises a movable window slide; - a controllable suction device (120; 120') to guide air from the working space by means of at least one exhaust air outlet (123; 123') into an exhaust air system, wherein the suction device (120; 120') comprises at least two air inlet ports (124, 125, 126; 124', 125', 126') which are separated from each other and which are fluidly connected to different portions of the working space and the volume flows thereof are configurable and controllable independently from each other, wherein the volume flows of the air inlet openings (124, 125, 126; 124', 125', 126') and the proportion of the volume flows to each other is controlled depending on operating parameters which are detected by means of sensor means, wherein the exhaust air volume flow and the air distribution in the working space are controllable by the air inlet ports (124, 125, 126; 124', 125', 126'), wherein at least one of the air inlet ports (126; 126') is fluidly connected to a lower portion, and at least one of the air inlet ports (124, 125; 124', 125') is fluidly connected to an upper portion of the working space in order to guide air from the working space to said portions, respectively. - a case enclosing a working space having sidewalls and a top wall, wherein at least one of the sidewalls comprises a movable window slide; - a controllable suction device (120; 120') to guide air from the working space by means of at least one exhaust air outlet (123; 123') into an exhaust air system, wherein the suction device (120; 120') comprises at least two air inlet ports (124, 125, 126; 124', 125', 126') which are separated from each other and which are fluidly connected to different portions of the working space and the volume flows thereof are configurable and controllable independently from each other, wherein the volume flows of the air inlet openings (124, 125, 126; 124', 125', 126') and the proportion of the volume flows to each other is controlled depending on operating parameters which are detected by means of sensor means, wherein the exhaust air volume flow and the air distribution in the working space are controllable by the air inlet ports (124, 125, 126; 124', 125', 126'), wherein at least one of the air inlet ports (126; 126') is fluidly connected to a lower portion, and at least one of the air inlet ports (124, 125; 124', 125') is fluidly connected to an upper portion of the working space in order to guide air from the working space to said portions, respectively.
A charged particle beam device, comprising: a charged particle source; an acceleration electric power source connected to the charged particle source and configured to accelerate a charged particle beam emitted by the charged particle source; an objective lens positioned on a first side of a sample which first side is opposite to a second side of the sample on which second side the charged particle source is provided, the objective lens being configured to focus the charged particle beam onto the sample; characterised by an insulating sheet above the objective lens; and an electrically conductive sample stage above the insulating sheet, the objective lens and the electrically conductive sample stage being not electrically connected to each other. a charged particle source; an acceleration electric power source connected to the charged particle source and configured to accelerate a charged particle beam emitted by the charged particle source; an objective lens positioned on a first side of a sample which first side is opposite to a second side of the sample on which second side the charged particle source is provided, the objective lens being configured to focus the charged particle beam onto the sample; characterised by an insulating sheet above the objective lens; and an electrically conductive sample stage above the insulating sheet, the objective lens and the electrically conductive sample stage being not electrically connected to each other.