mhurhangee/ep-ind-claims huggingface dataset:
A method performed at a communication device (101, 800), the method comprising: processing a packet received via a communication media; reducing, while the packet is being processed, power to at least one component (106, 108, 110, 116) in the communication device (101, 800), in response to a condition associated with the processing of the packet being satisfied and upon detection that a signal strength of the packet is higher than a signal strength threshold; and restoring the power to the at least one component (106, 108, 110, 116) prior to receiving an entirety of the packet at the communication device. processing a packet received via a communication media; reducing, while the packet is being processed, power to at least one component (106, 108, 110, 116) in the communication device (101, 800), in response to a condition associated with the processing of the packet being satisfied and upon detection that a signal strength of the packet is higher than a signal strength threshold; and restoring the power to the at least one component (106, 108, 110, 116) prior to receiving an entirety of the packet at the communication device.
A method for manufacturing of products from autoclaved aerated concrete, comprising steps of: mixing of forming mix of composition for autoclaved aerated concrete which comprises sand, aluminium powder, pozzolanic additive, reinforcing fiber, water, binding material consisting of cement and lime, pouring of obtained mix into moulds, maturing, cutting into products, and their autoclave hardening, characterized in that the reinforcing fiber is from basalt wool and composition for autoclaved aerated concrete is in the following proportions of components in %: Cement 3-25 Lime 15-30 Sand 60-80 Aluminium powder 0.15-0.3 Pozzolanic additive 0.4-1 Reinforcing fiber of basalt wool 0.1-0.8 Water not more than 6 mixing of forming mix of composition for autoclaved aerated concrete which comprises sand, aluminium powder, pozzolanic additive, reinforcing fiber, water, binding material consisting of cement and lime, pouring of obtained mix into moulds, maturing, cutting into products, and their autoclave hardening, characterized in that
A paste application device for storing two starting components, for mixing the starting components to form a paste and for applying the paste, having a two-component cartridge having two cylindrical internal spaces (16, 18), two delivery pistons (12, 14), which can be shifted axially in the internal spaces (16, 18) and which limit the internal spaces (16, 18) on a first side of the two-component cartridge, and at least two discharge openings, by means of which the internal spaces (16, 18) are open on a second side of the two-component cartridge, which is located opposite the first side, characterised by a hollow cylinder made of a plastic material comprising an open front face and a front face which is partially closed and in which an axially movable piston is located comprising two plungers attached thereto, wherein the plungers are oriented in the direction of the open front face, wherein the open front face of the hollow cylinder is arranged axially adjacent to the first side of the two-component cartridge, and wherein the piston terminates in a gas-tight manner with the internal walls of the hollow cylinder. wherein the two-component cartridge and the hollow cylinder are arranged in a pressure vessel (3, 4) made of metal, a high-strength plastic material or a fibre-reinforced plastic material, wherein the pressure vessel (3, 4) abuts on the hollow cylinder or has a distance of maximally 0.1 mm from the hollow cylinder, wherein, on the partially closed front face, the hollow cylinder has a connector for a compressed gas cartridge, which extends through an opening in the pressure vessel (3, 4), and wherein a manually operable valve element is fastened, or a discharge tube comprising a manually operable valve element is to be fastened in the flow direction downstream from the discharge openings, wherein the volume flow of the starting components through the discharge openings can be regulated by means of the valve element, which is fastened downstream from the discharge openings.
A portable electronic device holder for aircraft seat backs, the portable electronic device holder having a lower retention portion and one or more upper retention elements configured to hold a portable electronic device, the portable electronic device holder comprising: one or more lower extension arms disposed on a surface of the lower retention portion, the one or more extension arms configured to allow the lower retention portion to rotate away from an aircraft seat back when the portable electronic device holder is mounted on said aircraft seat back, characterized in that: the lower retention portion comprises at least two lower retention plates (212, 214) configured to abut an edge of a portable electronic device, a first lower retention plate defining a first viewing angle and a second lower retention plate defining a second viewing angle; and the at least two lower retention plates and the one or more upper retention elements are configured to hold the portable electronic device in a static position relative to the aircraft seat back when the portable electronic device holder is mounted on said aircraft seat back, and interlock when in a stowed orientation. one or more lower extension arms disposed on a surface of the lower retention portion, the one or more extension arms configured to allow the lower retention portion to rotate away from an aircraft seat back when the portable electronic device holder is mounted on said aircraft seat back, characterized in that: the lower retention portion comprises at least two lower retention plates (212, 214) configured to abut an edge of a portable electronic device, a first lower retention plate defining a first viewing angle and a second lower retention plate defining a second viewing angle; and the at least two lower retention plates and the one or more upper retention elements are configured to hold the portable electronic device in a static position relative to the aircraft seat back when the portable electronic device holder is mounted on said aircraft seat back, and interlock when in a stowed orientation. the lower retention portion comprises at least two lower retention plates (212, 214) configured to abut an edge of a portable electronic device, a first lower retention plate defining a first viewing angle and a second lower retention plate defining a second viewing angle; and the at least two lower retention plates and the one or more upper retention elements are configured to hold the portable electronic device in a static position relative to the aircraft seat back when the portable electronic device holder is mounted on said aircraft seat back, and interlock when in a stowed orientation.
An immunoglobulin-binding protein which binds to regions of an immunoglobulin molecule other than the complementarity determining regions, wherein, when compared to the parental immunoglobulin-binding protein defined by SEQ ID NO. 1 or 2, at least one asparagine residue is mutated to an amino acid other than glutamine, wherein the mutated protein comprises at least 80% of the amino acid sequence as defined in SEQ ID NO. 1 or 2, wherein the amino acid residue in position 23 is a threonine and the amino acid residue in position 21 is an asparagine, and wherein said immunoglobulin-binding protein has an increased chemical stability at alkaline pH-values compared to the parental protein.
Utility vehicle tyre having a tread with at least two circumferential channels, which are formed to a profile depth and which separate central profile positives and shoulder-side profile positives from one another, wherein the circumferential channels have channel flanks (5a, 5b) towards the central profile positives and the shoulder-side profile positives have shoulder flanks running towards the side wall, wherein at least one channel flank (5a, 5b) of at least one circumferential channel and/or at least one shoulder flank is provided with depressions (7, 7') which extend into the profile positive (s) (1, 2) in the axial direction and are open towards the surface of the tread, wherein each depression (7, 7') is delimited by at least one surface (7c, 7d, 7'd), characterized in that the depressions (7, 7'), determined in each case at the periphery of the tread, have with respect to the level of the channel flank (5a, 5b) or shoulder flank a depth (t 1, t 1 ') of 2.0 mm to 5.0 mm and at the level of the channel flank (5a, 5b) or shoulder flank a width (b 1, b 1 ') of 4.0 mm to 15.0 mm, wherein the surface(s) (7c, 7d, 7'd) which in each case delimits or delimit one of the depressions (7, 7') is or are curved in such a way that, at its or their radially inner end(s), it or they go(es) over without a kink into the channel flank (5a, 5b) at a depth (T 1), determined in the radial direction, of 35% to 90% of the profile depth or go(es) over without a kink into the shoulder flank at a depth (T 1 '), determined in the radial direction, of 35% to 150% of the profile depth.
An orthosis with controlled angular excursion that can be positioned at the level of a joint or articulation of a human body, comprising an articulated joint with a basic structure designed to be positioned on the human joint or articulation and which comprises, centrally, a toothed pin with a circular toothing located in a circular sector thereof, wherein the basic structure and said toothed pin acommodate two rings each of which has a substantially elongated shape with a hollow part or slot, wherein each ring is connected to a traction means for providing traction to the orthosis, and wherein each hollow part or slot comprises two straight sectors, at least one of which is provided with a straight toothing with the same pitch as the circular toothing with which it engages, such that when the two rings during use are simultaneously rotated around the toothed pin the tension of the traction means changes.
A toroidal electric generator (100; 1100) comprising a stator (20; 120), which includes a tubular body (21; 121) supporting a plurality of windings (24; 124), and a rotor (30; 130) rotatable within the stator (20; 120) and comprising a support element (31; 131) and a plurality of hydraulic blades (32; 132), each provided with a respective magnet (34; 134) and mounted on the support element (31; 131) integral to it; characterized in that it further comprises an external casing (40; 140) and a plurality of separating elements (51, 52; 151, 152), each separating element being arranged between a respective pair of adjacent windings (24; 124) of the plurality of windings (24; 124) of the stator (20; 120).
A method for determining channel state information, CSI, comprising: determining, by a terminal device, the number of bits of a CSI-reference signal, CSI-RS, resource indicator, CRI, in CSI and non-zero power, NZP, CSI-RS resources respectively indicated by different values of the CRI in the CSI, according to whether an NZP CSI-RS resource is available for CSI measurements under different measurement hypotheses, characterized in that determining the number of the bits of the CRI in the CSI comprises: determining that the number of the bits of the CRI is log 2 ( K + N) when the NZP CSI-RS resource is available for the CSI measurements under the different measurement hypotheses; and determining that the number of the bits of the CRI is log 2 ( K - N) when the NZP CSI-RS resource is unavailable for the CSI measurements under the different measurement hypotheses, wherein K represents the number of NZP CSI-RS resources in an NZP CSI-RS resource set for channel measurements, and N represents the number of channel measurement resource, CMR, pairs for a CSI measurement under a measurement hypothesis of non-coherent joint transmission, NC-JT, in the NZP CSI-RS resource set for channel measurements. determining, by a terminal device, the number of bits of a CSI-reference signal, CSI-RS, resource indicator, CRI, in CSI and non-zero power, NZP, CSI-RS resources respectively indicated by different values of the CRI in the CSI, according to whether an NZP CSI-RS resource is available for CSI measurements under different measurement hypotheses, characterized in that determining the number of the bits of the CRI in the CSI comprises: determining that the number of the bits of the CRI is log 2 ( K + N) when the NZP CSI-RS resource is available for the CSI measurements under the different measurement hypotheses; and determining that the number of the bits of the CRI is log 2 ( K - N) when the NZP CSI-RS resource is unavailable for the CSI measurements under the different measurement hypotheses, determining that the number of the bits of the CRI is log 2 ( K + N) when the NZP CSI-RS resource is available for the CSI measurements under the different measurement hypotheses; and determining that the number of the bits of the CRI is log 2 ( K - N) when the NZP CSI-RS resource is unavailable for the CSI measurements under the different measurement hypotheses, wherein K represents the number of NZP CSI-RS resources in an NZP CSI-RS resource set for channel measurements, and N represents the number of channel measurement resource, CMR, pairs for a CSI measurement under a measurement hypothesis of non-coherent joint transmission, NC-JT, in the NZP CSI-RS resource set for channel measurements.
A method for monitoring movement of a cantilever structure of an offshore platform on the offshore platform, such as a jack-up platform or a self-elevating vessel, to prevent collision of the cantilever structure with boundary limiting elements, such as obstacles on the platform or obstacles on or at the cantilever, comprising: - providing a boundary model containing boundary limiting information of positions of the cantilever structure, wherein the boundary limiting information comprises at least position information of boundary limiting elements, such as obstacles on the platform or obstacles on or at the cantilever, wherein the boundary model describes the actual operational envelope of the cantilever which is smaller than a theoretical maximum operational envelope of the cantilever; - providing, during movement of the cantilever, position information of the cantilever representing an actual position of the cantilever; - determining, during movement of the cantilever, a difference between the cantilever position information and the boundary limiting information of the boundary model; - providing an output signal when the determined difference exceeds a predefined threshold value. - providing a boundary model containing boundary limiting information of positions of the cantilever structure, wherein the boundary limiting information comprises at least position information of boundary limiting elements, such as obstacles on the platform or obstacles on or at the cantilever, wherein the boundary model describes the actual operational envelope of the cantilever which is smaller than a theoretical maximum operational envelope of the cantilever; - providing, during movement of the cantilever, position information of the cantilever representing an actual position of the cantilever; - determining, during movement of the cantilever, a difference between the cantilever position information and the boundary limiting information of the boundary model; - providing an output signal when the determined difference exceeds a predefined threshold value.
Compositions containing kidney bean extract with a standardised phaseolamin content, and Alpinia officinarum extract with a standardised 3-methylethergalangin content, for use in the prevention and treatment of obesity and type II diabetes.
An excavator bucket for an earth moving machine, in particular a mining excavator, comprising an interior bucket space formed by a curved rear wall and a pair of opposed sidewalls, the curved rear wall includes a top portion and a base portion with the side walls located between the top and base portion wherein the bucket comprises a bucket box arranged on the outer surface of the top portion of the rear wall and which extends along a lateral axis of the bucket whereby the angle between at least one side wall and the base portion of the curved rear wall is greater than 90 degrees, wherein the bucket-box is hollow and includes a four-sided cross-section area with rounded corners wherein the sides of the cross-section area differ from each other in their length and orientation, characterized in that the outer lateral sides of the bucket-box are covered by inclined parts of the bucket sidewalls so that the upper edge of the bucket-box is shortened compared to the remaining box edges along the longitudinal axis and wherein the angle (β) between at least one of the outer lateral sides of the bucket box and the top portion of the rear wall is less than 90 degrees.
A torsiometer for determining a torsiometric characteristic of a component of an automotive transmission system, said component comprising at least a first member and a second member rotationally coupled together by at least one elastic member interposed therebetween, the torsiometer comprising: a spindle having a rotation axis and configured to receive the first member of said component; a motor unit connected to the spindle and designed to drive said spindle to rotate about said axis; a reaction unit facing the spindle and provided with a reaction member for the second member of said component; an encoder configured to measure the rotation angles of the spindle; and a torsiometric cell configured to measure the torque transmitted to the component, the torsiometric cell being interposed between the motor unit and the spindle, coaxially with the latter; the torsiometer characterised in that the torsiometric cell is connected to at least one of the spindle and the motor unit through a multi-stage universal joint configured to absorb the bending loads and comprises a plurality of elements (29, 30, 31, 32, 33) constrained to each other in a rotatable manner about mutually orthogonal axes (B, C, D, E). a spindle having a rotation axis and configured to receive the first member of said component; a motor unit connected to the spindle and designed to drive said spindle to rotate about said axis; a reaction unit facing the spindle and provided with a reaction member for the second member of said component; an encoder configured to measure the rotation angles of the spindle; and a torsiometric cell configured to measure the torque transmitted to the component, the torsiometric cell being interposed between the motor unit and the spindle, coaxially with the latter; the torsiometer characterised in that the torsiometric cell is connected to at least one of the spindle and the motor unit through a multi-stage universal joint configured to absorb the bending loads and comprises a plurality of elements (29, 30, 31, 32, 33) constrained to each other in a rotatable manner about mutually orthogonal axes (B, C, D, E).
A circuit arrangement having a digital switched output for connecting a load which can be connected between the switched output and another output, said arrangement comprising at least one semiconductor switch (3, 4) arranged, with a switching path, between a supply voltage connection and the switched output, and comprising a control and test circuit with an input which is designed to switch the semiconductor switches (3, 4) on or off in accordance with the input, wherein the at least one semiconductor switch (3, 4) is connected to the switched output via an inductance, and wherein a connecting node between the at least one semiconductor switch (3, 4) and the inductance is connected to the other output via a free-wheeling element, characterized in that the control and test circuit is designed to control the at least one semiconductor switch (3, 4) with a brief blanking pulse and to determine whether the brief blanking pulse in the control of the at least one semiconductor switch (3, 4) is observable at a test connection.
A dual polarized antenna structure with a first and second radiation pattern having a respective first and second polarization, the antenna structure comprising a conductive frame (101, 201), a substrate extending outside the frame on two opposite sides by a distance, and at least one main radiating dual polarized antenna element (102, 205) having a main extension in an extension plane, and a longitudinal extension representing one direction in the extension plane, the conductive frame (101, 201) comprising a frame surface facing the at least one main radiating dual polarized antenna element (102, 205), the substrate being mounted on the conductive frame (101, 201) in-between the frame surface and the at least one main radiating dual polarized antenna element, the at least one main radiating dual polarized antenna element being arranged above the conductive frame (101, 201), the perpendicular projection of the at least one main radiating dual polarized antenna element towards the frame surface falling within an area of the frame surface, characterized in that conductive parasitic elements (104, 203, 301, 401, 501, 801, 802, 901, 902) are applied on the surface of parts of the substrate extending outside the conductive frame, at least one notch (105, 204, 601) with a depth is arranged at each opposite and longitudinal side of the conductive frame in an extension plane alignment, said notches (105, 204, 601) extending in the direction of the conductive parasitic elements and arranged in association with the at least one main radiating dual polarized antenna element, said conductive parasitic elements (104, 203, 301, 401, 501, 801, 802, 901, 902) and notches (105, 204, 601) being adapted to independently control the respective beamwidths of the first and second radiation pattern in a plane perpendicular to the longitudinal extension of the at least one main radiating dual polarized antenna element.