mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a bandwidth part, BWP, by a user equipment, UE, in a wirele ss communication system, the method comprising: receiving, from a base station, configuration information for a BWP of a serving cell, the configuration information including information associated with a BWP timer; identifying whether a physical downlink control channel, PDCCH, for a BWP switching of the serving cell is received; performing the BWP switching and starting the BWP timer in case that the PDCCH for the BWP switching of the serving cell is received; receiving, from the base station, a radio resource control, RRC, message associated with a handover, the RRC message including information on a BWP of a target cell; based on receiving the RRC message associated with the handover, performing a downlink synchronization with the target cell and stopping the BWP timer running in the serving cell; and performing, on the target cell, a random access procedure based on the information on the BWP of the target cell. receiving, from a base station, configuration information for a BWP of a serving cell, the configuration information including information associated with a BWP timer; identifying whether a physical downlink control channel, PDCCH, for a BWP switching of the serving cell is received; performing the BWP switching and starting the BWP timer in case that the PDCCH for the BWP switching of the serving cell is received; receiving, from the base station, a radio resource control, RRC, message associated with a handover, the RRC message including information on a BWP of a target cell; based on receiving the RRC message associated with the handover, performing a downlink synchronization with the target cell and stopping the BWP timer running in the serving cell; and performing, on the target cell, a random access procedure based on the information on the BWP of the target cell.
A method for forming a motor coil having a plurality of continuous single-pole coils (90, Z90) wound with an electric wire (79, Z99) in a loop shape, using a magazine (2, Z2) including a plurality of bobbins (3, Z3); and in that a first one to be wound of said bobbins is wound with said electric wire by feeding it with said electric wire and by turning said magazine as a whole either around the axis of said bobbin or around a line generally parallel to said axis, thereby to form said single-pole coil, and in that said single-pole coil is subsequently formed around the remaining bobbins like said first bobbin thereby to form said motor coil, wherein the winding of said electric wire is performed such that the axes of the bobbins for winding said electric wire are sequentially brought close to the rotating center axis of said magazine, and wherein the method is characterized: by using a magazine including a base holder and a plurality of bobbins so arranged on the outer circumference of said base holder that they can move relative to said base holder; by comprising: a bobbin protruding step of moving the first one of said bobbins to protrude farther than the remaining bobbins; and a winding step of winding said first bobbin protruded with said electric wire to form the single-pole coil by feeding said first bobbin generally in one direction with the electric wire and by turning said magazine as a whole either around the axis of said first bobbin or around the center generally parallel to said axis; and in that said bobbin protruding step and said winding step are sequentially performed on the adjoining bobbins to form said motor coil. by using a magazine including a base holder and a plurality of bobbins so arranged on the outer circumference of said base holder that they can move relative to said base holder; by comprising: a bobbin protruding step of moving the first one of said bobbins to protrude farther than the remaining bobbins; and a winding step of winding said first bobbin protruded with said electric wire to form the single-pole coil by feeding said first bobbin generally in one direction with the electric wire and by turning said magazine as a whole either around the axis of said first bobbin or around the center generally parallel to said axis; and in that said bobbin protruding step and said winding step are sequentially performed on the adjoining bobbins to form said motor coil. a bobbin protruding step of moving the first one of said bobbins to protrude farther than the remaining bobbins; and a winding step of winding said first bobbin protruded with said electric wire to form the single-pole coil by feeding said first bobbin generally in one direction with the electric wire and by turning said magazine as a whole either around the axis of said first bobbin or around the center generally parallel to said axis; and in that said bobbin protruding step and said winding step are sequentially performed on the adjoining bobbins to form said motor coil.
An aircraft autobraking system, comprising: an aircraft control mode executive module comprising an autonomous pedal command module and a autonomous aircraft deceleration target module, wherein said aircraft control mode executive module being further configured to calculate of an aircraft control braking command and an aircraft deceleration target; an autobrake controller configured to receive the aircraft deceleration target from the aircraft control mode executive module, and calculate an initial autobrake pedal command based on the aircraft deceleration target and an aircraft deceleration feedback; a pedal balance controller configured to calculate an autobrake pedal correction factor based on at least one of an aircraft yaw angle, an aircraft yaw speed, and an aircraft wheel speed; an autobrake pedal executive module configured to calculate an autobrake pedal command based on at least one of the initial autobrake pedal command and the autobrake pedal correction factor; and a pedal executive module configured to receive at least one of the aircraft control braking command and the autobrake pedal command, and generate a pedal braking command based on at least one of the aircraft control braking command and the autobrake pedal command, characterised in that said autonomous pedal command module is configured to receive remote braking signals and said autonomous aircraft deceleration target module is configured to receive remote deceleration signals. an aircraft control mode executive module comprising an autonomous pedal command module and a autonomous aircraft deceleration target module, wherein said aircraft control mode executive module being further configured to calculate of an aircraft control braking command and an aircraft deceleration target; an autobrake controller configured to receive the aircraft deceleration target from the aircraft control mode executive module, and calculate an initial autobrake pedal command based on the aircraft deceleration target and an aircraft deceleration feedback; a pedal balance controller configured to calculate an autobrake pedal correction factor based on at least one of an aircraft yaw angle, an aircraft yaw speed, and an aircraft wheel speed; an autobrake pedal executive module configured to calculate an autobrake pedal command based on at least one of the initial autobrake pedal command and the autobrake pedal correction factor; and a pedal executive module configured to receive at least one of the aircraft control braking command and the autobrake pedal command, and generate a pedal braking command based on at least one of the aircraft control braking command and the autobrake pedal command, characterised in that said autonomous pedal command module is configured to receive remote braking signals and said autonomous aircraft deceleration target module is configured to receive remote deceleration signals.
Apparatus for monitoring an operating clock signal of a position measuring device connected to downstream electronics via a data transmission channel, the data transmission channel having a data line, via which data signals are transmittable from an interface unit of the position measuring device to an interface unit of the downstream electronics, wherein - the position measuring device has measuring instrument components (20, 30) to which the operating clock signal is fed and functions of the measuring instrument components (20, 30) proceed in a time frame of the operating clock signal, - the interface unit of the position measuring device comprises a pulse generating unit, by means of which a test pulse is generatable on the basis of the time frame of the operating clock signal and the test pulse is transmittable via the data line to the interface unit of the downstream electronics, and - the interface unit of the downstream electronics comprises a pulse measuring unit (150, 250, 350, 450, 550), by means of which a pulse duration (tm) of the test pulse is measurable functionally reliably in the time frame of an operating clock signal (ACLK) of the downstream electronics and a measured value (T, T1, T2) representing the pulse duration (tm) is able to be output to a control unit for evaluation, characterized in that the pulse measuring unit (150, 250, 350) comprises a first time measuring unit (254, 354) and a second time measuring unit (256, 356), by means of which redundant measured values (T1, T2) representing the time duration (tm) of the test pulse are generatable. - the position measuring device has measuring instrument components (20, 30) to which the operating clock signal is fed and functions of the measuring instrument components (20, 30) proceed in a time frame of the operating clock signal, - the interface unit of the position measuring device comprises a pulse generating unit, by means of which a test pulse is generatable on the basis of the time frame of the operating clock signal and the test pulse is transmittable via the data line to the interface unit of the downstream electronics, and - the interface unit of the downstream electronics comprises a pulse measuring unit (150, 250, 350, 450, 550), by means of which a pulse duration (tm) of the test pulse is measurable functionally reliably in the time frame of an operating clock signal (ACLK) of the downstream electronics and a measured value (T, T1, T2) representing the pulse duration (tm) is able to be output to a control unit for evaluation,
A method of controlling user access to one or more domains (D1, D2, D3, D4) on a terminal through the use of a removable storage device, wherein the removable storage device serves as a control point for a user and the one or more domains (D1, D2, D3, D4) on the terminal by virtue of possessing authorisation data for the user in respect of the one or more domains (D1, D2, D3, D4), the method including: providing the removable storage device with data to be verified (step 1); the removable storage device verifying the validity of the data received from the terminal by comparing the received data to the authorisation data in an authorisation database of the removable storage device in order to obtain a verification decision, wherein the verification decision is dependent upon said provided data; and upon the verification providing a positive verification decision, checking whether the removable storage device possesses the authorisation data for the user, and, if the removable storage device does possess the authorisation data, the removable storage device provides the terminal with a positive access indication, thereby providing the terminal with proof of possession of the authorisation data for the user in respect of the one or more domains (D1, D2, D3, D4) on the terminal, such that the removable storage device only provides the positive access indication of the user to the terminal when the terminal itself has been positively authenticated; and upon the terminal receiving the positive access indication, the terminal allowing the user to access the one or more domains (step 2). providing the removable storage device with data to be verified (step 1); the removable storage device verifying the validity of the data received from the terminal by comparing the received data to the authorisation data in an authorisation database of the removable storage device in order to obtain a verification decision, wherein the verification decision is dependent upon said provided data; and upon the verification providing a positive verification decision, checking whether the removable storage device possesses the authorisation data for the user, and, if the removable storage device does possess the authorisation data, the removable storage device provides the terminal with a positive access indication, thereby providing the terminal with proof of possession of the authorisation data for the user in respect of the one or more domains (D1, D2, D3, D4) on the terminal, such that the removable storage device only provides the positive access indication of the user to the terminal when the terminal itself has been positively authenticated; and upon the terminal receiving the positive access indication, the terminal allowing the user to access the one or more domains (step 2).
A pre-stressing system for retrofitting reinforced concrete members in bending with externally bonded fibre-reinforced-polymer laminates, the system comprising at least - a clamping unit, - a light frame with a hydraulic jack, - anchoring plates, and - a fibre-reinforced-polymer FRP laminate to be externally bonded to the concrete members, with surface parts, characterized in that • the clamping unit comprises tempered steel grips with a corrugated surfaces and an epoxy adhesive adapted to cover both upper and lower contact surfaces of the grips and in that the FRP laminate surface parts can be clamped by said grips, and • the anchoring plates comprise a corrugated surface and epoxy adhesive adapted to cover the corrugated surface for gripping the FRP laminate surface parts being anchored to the concrete member in use. - a clamping unit, - a light frame with a hydraulic jack, - anchoring plates, and - a fibre-reinforced-polymer FRP laminate to be externally bonded to the concrete members, with surface parts, • the clamping unit comprises tempered steel grips with a corrugated surfaces and an epoxy adhesive adapted to cover both upper and lower contact surfaces of the grips and in that the FRP laminate surface parts can be clamped by said grips, and • the anchoring plates comprise a corrugated surface and epoxy adhesive adapted to cover the corrugated surface for gripping the FRP laminate surface parts being anchored to the concrete member in use.
Fastening device for aligning and fixing a mullion profile of a mullion-transom construction having a base part and a retaining part for fastening the mullion profile, which retaining part can be adjusted in height relative to the base part and can be fixed in a selected position, wherein the retaining part is designed as an insertion part for reception in an inner space of the mullion profile and can be firmly connected to the base part via fastening elements, characterised in that corresponding openings (19, 26) for inserting a lifting element of an adjusting device are arranged in the mullion profile and the retaining part fastened in the mullion profile.
A stabilizer adhesive bearing for a vehicle stabilizer, wherein the stabilizer adhesive bearing comprises at least one annular sleeve having a resilient inner contour for coaxial arrangement on the vehicle stabilizer, the resilient inner contour of the at least one annular sleeve comprises at least on the side facing the vehicle stabilizer a three-dimensionally structured surface with an adhesive receiving volume, characterized in that the three-dimensionally structured surface has a maximum roughness depth (R max) greater than 45 μm and a core roughness depth (R K) of at least 65% relative to the maximum roughness depth (R max) of the three-dimensionally structured surface, wherein the maximum roughness depth (R max) is the total of the reduced tip height (R pk), the core roughness depth (R K) and the reduced groove depth (R vk), wherein the reduced tip height (R pk), the reduced groove depth (R vk) and the core roughness depth (R K) are determined in accordance with EN ISO 13565-2: December 1997, wherein the at least one annular sleeve further comprises in a longitudinal direction of the vehicle stabilizer at least a first sealing element which is arranged at one end of the at least one annular sleeve and at least one additional sealing element which is arranged at the other end of the at least one annular sleeve. the resilient inner contour of the at least one annular sleeve comprises at least on the side facing the vehicle stabilizer a three-dimensionally structured surface with an adhesive receiving volume, characterized in that the three-dimensionally structured surface has a maximum roughness depth (R max) greater than 45 μm and a core roughness depth (R K) of at least 65% relative to the maximum roughness depth (R max) of the three-dimensionally structured surface, wherein the maximum roughness depth (R max) is the total of the reduced tip height (R pk), the core roughness depth (R K) and the reduced groove depth (R vk), wherein the reduced tip height (R pk), the reduced groove depth (R vk) and the core roughness depth (R K) are determined in accordance with EN ISO 13565-2: December 1997, wherein the at least one annular sleeve further comprises in a longitudinal direction of the vehicle stabilizer at least a first sealing element which is arranged at one end of the at least one annular sleeve and at least one additional sealing element which is arranged at the other end of the at least one annular sleeve.
Use of galacto-oligosaccharides and polyfructose for the manufacture of a composition for the prevention of abdominal bloating, gas formation and/or flatulence, wherein the polyfructose is inulin with an average degree of polymerisation of above 20.
Wheel, in particular for vehicles, having a rim and a pneumatic tyre which is pulled onto the rim, wherein the rim and the pneumatic tyre delimit a tyre inner space, wherein a tyre internal pressure (pR) which prevails in the tyre inner space can be set in a variable manner by way of a tyre valve, wherein a pneumatic tube which runs in encircling fashion around the rim and which has a tube inner space is arranged in the tyre inner space, wherein the pneumatic tube partially fills the tyre inner space, wherein a tube internal pressure (pS) which prevails in the tube inner space of the pneumatic tube can be set in a variable manner by way of a first tube valve, characterized in that the pneumatic tube in the tyre inner space is wound so as to run in encircling fashion around the rim multiple times, such that a tube pack is formed within the tyre inner space. wherein a pneumatic tube which runs in encircling fashion around the rim and which has a tube inner space is arranged in the tyre inner space, wherein the pneumatic tube partially fills the tyre inner space, wherein a tube internal pressure (pS) which prevails in the tube inner space of the pneumatic tube can be set in a variable manner by way of a first tube valve, characterized in that the pneumatic tube in the tyre inner space is wound so as to run in encircling fashion around the rim multiple times, such that a tube pack is formed within the tyre inner space.
A backing pad for use in removing stain spots from a stained garment, said backing pad comprising a fluid-absorptive upper layer comprising a superabsorbent, stacked on a fluid-impermeable lower layer; characterized in that the upper layer and/or the lower layer are made of a heat resistant material, wherein the upper layer is made of a heat resistant material to avoid be damaged by the heat provided by an external device, and/or the lower layer is made of a heat resistant material to avoid a support on which the garment and pad are placed be damaged.
A hair removal device, in particular a hair trimmer or a shaver or a hair trimmer portion of a shaver, comprising a handle with a motor and a hair removal head, said hair removal head being provided with at least a first hair cutting unit with an outer blade and an inner blade, said inner blade being reciprocally moveable along a first axis relative to the outer blade, wherein said outer blade comprises a row of teeth (23, 24) cooperating with said inner blade for cutting hair, each of the teeth having a longitudinal extension from a tooth base to a skin side of a tooth tip parallel to a second axis which is orthogonal to the first axis, a third axis being defined as orthogonal to the first and the second axis (30, 31), wherein the tooth bases are interconnected with adjacent tooth bases and forming a row of tooth bases, said row of teeth (23, 24) being provided with a row of tooth tips, further comprising first and a second skin support surfaces (4a, 4b, 5) opposing each other, with a gap between both first and a second skin support surfaces (4a, 4b, 5) and being provided for skin contact, said first skin support surface (4a, 4b, 5) being located closer to and adjacent to the row of tooth bases and more remote to the row of tooth tips and said second skin surface (4b, 5) being located closer to said row tooth tips and more remote to the row of tooth bases, wherein said teeth and tooth tips are provided with a skin side intended to be facing the user's skin and an opposite teeth inward side facing the inner blade, and wherein said skin sides of said tooth tips are provided below as at least one of said first and second skin support surface (4a, 4b, 5) in a direction parallel to the third axis and towards said handle and / or said skin sides of said tooth tips are configured such to not cross or extend beyond a connecting line (70, 70a) parallel to said second axis between said first and second skin support surfaces (4a, 4b, 5), characterized in that, said hair removal device is a hair trimmer which is a portion of a shaver treatment head comprising at least two further hair cutting units, all side by side arranged, each being designed differently to the other and/or having different hair cutting blade units.