mhurhangee/ep-ind-claims huggingface dataset:
A method for performing channel access in at least one station, STA, of a wireless communication system, comprising: receiving, from an access point, AP, a first frame containing a traffic indication map, TIM, element and a restricted access window, RAW, parameter set element; determining an RAW allowing channel access of the STA based on the RAW parameter set, RPS, element; and transmitting a second frame to the AP within the determined RAW, wherein the RPS element comprises at least one RAW assignment field, wherein, each of the at least one RAW assignment field comprises information on a RAW group which is a group of STAs, information on a RAW start time, characterized in that, each of the at least one RAW assignment field further comprises information on a cross slot boundary and information on a RAW duration corresponding to a product of a slot duration and a number of slots included in the RAW duration. receiving, from an access point, AP, a first frame containing a traffic indication map, TIM, element and a restricted access window, RAW, parameter set element; determining an RAW allowing channel access of the STA based on the RAW parameter set, RPS, element; and transmitting a second frame to the AP within the determined RAW, wherein the RPS element comprises at least one RAW assignment field, wherein, each of the at least one RAW assignment field comprises information on a RAW group which is a group of STAs, information on a RAW start time, characterized in that, each of the at least one RAW assignment field further comprises information on a cross slot boundary and information on a RAW duration corresponding to a product of a slot duration and a number of slots included in the RAW duration.
A chemical separation mechanism comprising: a molten salt receptacle having a molten salt mixture disposed within the molten salt receptacle, the molten salt mixture comprising one or more molten salts and one or more fission products; a first electrode; a second electrode; and an electrode mechanism coupled with the first electrode and configured to secure the first electrode in the molten salt receptacle such that the first electrode is disposed within the molten salt mixture and an electrochemical reaction occurs between the first electrode and one or more of the fission products in the molten salt mixture causing the one or more fission products to be plated on the first electrode when an electrical potential is placed between the first electrode and the second electrode. a molten salt receptacle having a molten salt mixture disposed within the molten salt receptacle, the molten salt mixture comprising one or more molten salts and one or more fission products; a first electrode; a second electrode; and an electrode mechanism coupled with the first electrode and configured to secure the first electrode in the molten salt receptacle such that the first electrode is disposed within the molten salt mixture and an electrochemical reaction occurs between the first electrode and one or more of the fission products in the molten salt mixture causing the one or more fission products to be plated on the first electrode when an electrical potential is placed between the first electrode and the second electrode.
Compression therapy apparatus comprising a device intended to form a treatment enclosure to be placed around a part of the body, the device comprising inflatable/deflatable cells having an upper membrane and a lower membrane that are interconnected, the cells being borne by an outer wall opposite a body surface of the device, the cells being arranged in a stack between two end cells (25, 25), the cells between the end cells being stacked while overlapping in the inclined position between an upper end in the vicinity of the outer wall and a lower end in the vicinity of the body surface, the cells of the stack having an active portion of the upper membrane extending from the lower end not covered by the lower membrane of an adjacent higher cell, characterised in that the stacked cells overlap with an overlap of two adjacent cells of 2/3 in height, and may be up to 9/10th.
A non-contact power feeding apparatus, comprising: a secondary winding to which an electric power is supplied from a primary winding in a non-contact manner by an alternating-current power source; the non-contact power feeding apparatus further comprising a first circuit section connected in parallel to the secondary winding and forming a first resonant circuit with the secondary winding; and a second circuit section connected in series to a parallel circuit of the secondary winding and the first circuit section, and forming a second resonant circuit with the secondary winding different from the first resonant circuit; wherein the second circuit section includes a battery; and is characterized in that a magnitude of an impedance of the first circuit section is larger than a magnitude of an impedance of the second circuit section, the first circuit section includes a first capacitor (211, 213), and the second circuit section includes a second capacitor (212, 215), wherein Z a > L 2 C 2 p is satisfied, where, Z a denotes an impedance of a resonant circuit of the secondary winding and the first circuit section, C 2p denotes an electric capacitance of the first capacitor (211, 213), and L 2 denotes an inductance of the secondary winding. a secondary winding to which an electric power is supplied from a primary winding in a non-contact manner by an alternating-current power source; the non-contact power feeding apparatus further comprising a first circuit section connected in parallel to the secondary winding and forming a first resonant circuit with the secondary winding; and a second circuit section connected in series to a parallel circuit of the secondary winding and the first circuit section, and forming a second resonant circuit with the secondary winding different from the first resonant circuit; wherein the second circuit section includes a battery; and is characterized in that a magnitude of an impedance of the first circuit section is larger than a magnitude of an impedance of the second circuit section, the first circuit section includes a first capacitor (211, 213), and the second circuit section includes a second capacitor (212, 215), wherein Z a > L 2 C 2 p is satisfied, where, Z a denotes an impedance of a resonant circuit of the secondary winding and the first circuit section, C 2p denotes an electric capacitance of the first capacitor (211, 213), and L 2 denotes an inductance of the secondary winding. Z a denotes an impedance of a resonant circuit of the secondary winding and the first circuit section, C 2p denotes an electric capacitance of the first capacitor (211, 213), and L 2 denotes an inductance of the secondary winding.
Bearing arrangement with a support arm for rotatable bearing of at least one indirect sight system on a motor vehicle, in particular a utility vehicle, with a first bearing part and a second bearing part, which are rotatably connected to one another through a rotational axis, whereby the first bearing part is arranged on the support arm with at least one area of join for the indirect sight system; and the second bearing part is fixable to the motor vehicle and encompasses the first bearing part at least in sections; and first bearing part has a lateral surface, whereby the second bearing part at least in sections encompasses the lateral surface; characterised in that the first bearing part is made up of a metal spigot, which is connected to the support arm in a torque-proof way and having the lateral surface, wherein the lateral surface is provided with a coating made of plastic and fixed in a torque-proof way thereon.
A compound as represented by formula: wherein, (Ia) R= CH 3 R 1 =H R 2 =H = (Ib) R= CH 2 CH 3 R 1 =H R 2 =H = (Ic) R= CH 2 CH 3 R 1 =Cl R 2 =H = (Id) R= CH 2 CH 3 R 1 =Br R 2 =H = (Ie) R= CH 2 CH 3 R 1 =F R 2 =H = (If) R= CH 2 CH 3 R 1 =NO 2 R 2 =H = (Ig) R= CH 2 CH 3 R 1 =Cl R 2 =Cl = (Ih) R= CH 2 CH 3 R 1 =Br R 2 =Br =
An apparatus for electrostimulation of biological tissues, comprising: - a signal generator adapted to generate an electrical signal (s tx), - an electrode adapted to be applied to a biological tissue and electrically connected to the signal generator to receive the electrical signal generated by the signal generator, - a control unit operatively connected to the signal generator to adjust parameters of the generated electrical signal and to read the parameters of an electrical signal returning from the electrode, wherein the control unit is configured for a) determining the parameters of the electrical signal (s tx), b) measuring a return electrical signal (s r) returning from the electrode and generated by a reflection of the electrical signal (s tx) due to a difference between the impedance of the electrode and the impedance (Z B) of the portion of biological tissue to which the electrode is applied, c) comparing at least one parameter of the return electrical signal (s r) with a corresponding parameter of an expected return signal, and d) if one or more of the parameters of the return electrical signal (s r) differ from the corresponding parameters of the expected return signal beyond a threshold value, then the control unit is configured for modifying the parameters of the electrical signal (s tx) and repeating steps b) to d). - a signal generator adapted to generate an electrical signal (s tx), - an electrode adapted to be applied to a biological tissue and electrically connected to the signal generator to receive the electrical signal generated by the signal generator, - a control unit operatively connected to the signal generator to adjust parameters of the generated electrical signal and to read the parameters of an electrical signal returning from the electrode, a) determining the parameters of the electrical signal (s tx), b) measuring a return electrical signal (s r) returning from the electrode and generated by a reflection of the electrical signal (s tx) due to a difference between the impedance of the electrode and the impedance (Z B) of the portion of biological tissue to which the electrode is applied, c) comparing at least one parameter of the return electrical signal (s r) with a corresponding parameter of an expected return signal, and d) if one or more of the parameters of the return electrical signal (s r) differ from the corresponding parameters of the expected return signal beyond a threshold value, then the control unit is configured for modifying the parameters of the electrical signal (s tx) and repeating steps b) to d).
A medical knife, comprising a planar cutting portion, a slanted surface formed along the periphery of at least a part of the cutting portion and a sharpened edge, characterised in that the slanted surface is electrolytically polished or chemically polished so as to form a cutting blade constituted by a convex rounded surface between the slanted surface and the edge. a planar cutting portion, a slanted surface formed along the periphery of at least a part of the cutting portion and a sharpened edge, characterised in that the slanted surface is electrolytically polished or chemically polished so as to form a cutting blade constituted by a convex rounded surface between the slanted surface and the edge.
A Method for computer-aided processing of quality information of an object manufactured by stacked manufactured layers (181, 182,..) in an additive manufacturing system, comprising the steps of: - receiving a quality indicator for each manufactured layer (181, 182,..) of the object from the manufacturing system, - assigning a color out of a predefined set of colors to each quality indicator depending on the value of the quality indicator, - visualizing the quality indicators of each manufactured layer (181, 182,..) as a sequence of colored bars ordered according to the sequence of the manufactured layers (181, 182,..), the color of each bar indicating the value of the quality indicator of the respective manufactured layer (181, 182,..) on a graphical user interface. - receiving a quality indicator for each manufactured layer (181, 182,..) of the object from the manufacturing system, - assigning a color out of a predefined set of colors to each quality indicator depending on the value of the quality indicator, - visualizing the quality indicators of each manufactured layer (181, 182,..) as a sequence of colored bars ordered according to the sequence of the manufactured layers (181, 182,..), the color of each bar indicating the value of the quality indicator of the respective manufactured layer (181, 182,..) on a graphical user interface.
Drive unit for a window, flap or the like, having an actuating element for pivoting a casement or leaf between an open and a closed position, having a drive and a drive housing into which the drive is introduced, and having a cutout in the drive housing for the actuating element of the drive to reach through, characterized in that the drive housing is configured as a closed, rectangular hollow profile, wherein the cutout delimits the reach-through of the actuating element in the hollow profile of the drive housing in a spaced-apart manner on all sides, such that the drive introduced into the hollow profile is able to be secured in the drive housing by means of a passage element inserted into the cutouts and secured to the drive housing, wherein the drive has a passage guide for the actuating element and the passage guide is accommodated in a guide contour of the passage element for positioning the drive and for guiding the actuating element.
A system for lowering crash stress on a vehicular cabin of an industrial vehicle for goods transportation comprising a chassis comprising a pair of side members (L1, L2) more or less parallel to each other, which identify a front part of the vehicle, a drivetrain comprising an internal combustion engine and a related transmission, arranged longitudinally between said side members (L1, L2), wherein the system comprises support elements (S1, S2, SP) arranged to associate said drivetrain with said side members and sized to allow a reciprocal movement of the drivetrain when said vehicle is subjected to a frontal impact, wherein the support elements comprise at least two front support elements (S1, S2) arranged on opposite sides of said internal combustion engine and resting over said side members, and at least one rear support element comprising - a crossbar resting, with opposite ends, over said side members, - a bracket, associated with said transmission, which projects rearwards of the transmission over a drive shaft associated with said transmission, - a joint made of a resilient material arranged to hang said bracket on said crossbar, wherein, in the event of a frontal impact, said front support elements (S1, S2) are configured to deform or to slide along said side members allowing a forward movement of said drivetrain and said joint made of a resilient material is arranged to break allowing said rear part of the transmission to lower itself operationally towards the ground. - a crossbar resting, with opposite ends, over said side members, - a bracket, associated with said transmission, which projects rearwards of the transmission over a drive shaft associated with said transmission, - a joint made of a resilient material arranged to hang said bracket on said crossbar,
A method of controlling a washing machine, the washing machine including a motor configured to rotate a rotating tub rotatably provided in a fixed tub and a detergent supply device configured to store softener, the method comprising: performing a first rinsing process based on a first target water level and a first duty ratio of the motor; supplying water to an intermediate water level of the fixed tub based on a second rinsing process starting; additionally supplying water to a second target water level together with the softener, the second target water level being lower than the first target water level: setting a duty ratio of the motor to a second duty ratio higher than the first duty ratio; and driving the motor based on the second duty ratio. performing a first rinsing process based on a first target water level and a first duty ratio of the motor; supplying water to an intermediate water level of the fixed tub based on a second rinsing process starting; additionally supplying water to a second target water level together with the softener, the second target water level being lower than the first target water level: setting a duty ratio of the motor to a second duty ratio higher than the first duty ratio; and driving the motor based on the second duty ratio. setting a duty ratio of the motor to a second duty ratio higher than the first duty ratio; and driving the motor based on the second duty ratio.
A compound represented by general formula I: wherein X is -C NR 19 -; R 2 is hydrogen; each R 20 independently is H or alkyl; Z 1 is (CR 4 R 5) n; Z 2 1s (CR 6 R 7) m; Y is N; n is 2; m is 1; each R 4, R 5, R 6 and R 7 are independently hydrogen; and one of the following: (i) R 1 is NH 2; Ar 1 is phenyl; R 19 is H; and R 3 is phenyl, which is optionally substituted with at least one group selected from the group consisting of straight or branched chain alkyl, halo, haloalkyl, alkoxy, and -O-heterocyclyl, or R 3 is selected from the group consisting of alkyl and cycloalkyl; or (ii) R 1 is NH 2; Ar 1 is phenyl; R 19 is alkyl; and R 3 is alkyl; or a pharmaceutically acceptable salt, racemic mixtures and enantiomers of said compound. X is -C NR 19 -; R 2 is hydrogen; each R 20 independently is H or alkyl; Z 1 is (CR 4 R 5) n; Z 2 1s (CR 6 R 7) m; Y is N; n is 2; m is 1; each R 4, R 5, R 6 and R 7 are independently hydrogen; and one of the following: (i) R 1 is NH 2; Ar 1 is phenyl; R 19 is H; and R 3 is phenyl, which is optionally substituted with at least one group selected from the group consisting of straight or branched chain alkyl, halo, haloalkyl, alkoxy, and -O-heterocyclyl, or R 3 is selected from the group consisting of alkyl and cycloalkyl; or (ii) R 1 is NH 2; Ar 1 is phenyl; R 19 is alkyl; and R 3 is alkyl; (i) R 1 is NH 2; Ar 1 is phenyl; R 19 is H; and R 3 is phenyl, which is optionally substituted with at least one group selected from the group consisting of straight or branched chain alkyl, halo, haloalkyl, alkoxy, and -O-heterocyclyl, or R 3 is selected from the group consisting of alkyl and cycloalkyl; or (ii) R 1 is NH 2; Ar 1 is phenyl; R 19 is alkyl; and R 3 is alkyl;
A pellicle comprising a pellicle frame having an inner wall, an outer wall, an upper end face and a lower end face, and a pellicle membrane, which is adhered to said upper end face of the pellicle frame, wherein each edge area where the inner wall meets the upper end face or the lower end face, respectively, describes a virtual curve when viewed in cross section wherein said each edge area consists of a primary chamfer face (15, 16), which is primarily formed by chamfering an edge formed by said inner wall and said upper end face or said lower end face, respectively, and a rounded edge, which is formed by rounding an edge (19, 20) formed by said primary chamfer face (15, 16) and the inner wall.
A fixture rod comprising: a core member containing a resin; and a reinforcing fiber layer provided on the core member, wherein the resin of the core member and a resin of the reinforcing fiber layer are an identical resin, or the resin of the core member and the resin of the reinforcing fiber layer are different resins, and characterized in that: a critical surface tension of each of the resin of the core member and the resin of the reinforcing fiber layer is 20 mN/m or more; and the core member is formed using a resin containing fibers (15, 16), the fibers (15, 16) of the core member comprising fibers partially exposed from the core member, the partially exposed fibers being long fibers or short fibers. a core member containing a resin; and a reinforcing fiber layer provided on the core member, wherein the resin of the core member and a resin of the reinforcing fiber layer are an identical resin, or the resin of the core member and the resin of the reinforcing fiber layer are different resins, and characterized in that: a critical surface tension of each of the resin of the core member and the resin of the reinforcing fiber layer is 20 mN/m or more; and the core member is formed using a resin containing fibers (15, 16), the fibers (15, 16) of the core member comprising fibers partially exposed from the core member, the partially exposed fibers being long fibers or short fibers. a critical surface tension of each of the resin of the core member and the resin of the reinforcing fiber layer is 20 mN/m or more; and the core member is formed using a resin containing fibers (15, 16), the fibers (15, 16) of the core member comprising fibers partially exposed from the core member, the partially exposed fibers being long fibers or short fibers.
A bicycle axle assembly comprising: a nut member including a first part having an internal thread, and a second part having a projection arranged to engage a dropout of a bicycle frame, the first and second parts (50, 52) having first and second anti-rotational structures (56; 58), respectively, that move relative to each other between an engaged position, in which the first and second parts (50, 52) are non-rotatably engaged relative to each other by the first and second anti-rotational structures (56, 58), and a disengaged position, in which the first and second mating anti-rotational structures (56, 58) are disengaged such that the first and second parts (50, 52) rotate relative to each other, a shaft member, characterized in that the first and second parts (50, 52) include an axial retention structure (80, 82) therebetween, the axial retention structure including a first axial retention surface and a second axial retention surface (80, 82) that releasibly mate to temporarily hold the first and second parts (50, 52) in the engaged position and temporarily hold the first and second parts (50, 52) from moving in an axial direction of the shaft member while the first and second parts are in the engaged position. a nut member including a first part having an internal thread, and a second part having a projection arranged to engage a dropout of a bicycle frame, the first and second parts (50, 52) having first and second anti-rotational structures (56; 58), respectively, that move relative to each other between an engaged position, in which the first and second parts (50, 52) are non-rotatably engaged relative to each other by the first and second anti-rotational structures (56, 58), and a disengaged position, in which the first and second mating anti-rotational structures (56, 58) are disengaged such that the first and second parts (50, 52) rotate relative to each other, a shaft member, characterized in that the first and second parts (50, 52) include an axial retention structure (80, 82) therebetween, the axial retention structure including a first axial retention surface and a second axial retention surface (80, 82) that releasibly mate to temporarily hold the first and second parts (50, 52) in the engaged position and temporarily hold the first and second parts (50, 52) from moving in an axial direction of the shaft member while the first and second parts are in the engaged position.