mhurhangee/ep-ind-claims huggingface dataset:
A network management control device comprising: a first information acquisition unit configured to acquire information indicating a network to which one or more wireless communication devices belong, radio access technology information, information relating to an operable frequency band, information relating to a geographical location and/or region, information relating to a duplex mode, or information relating to a transmission time interval, wherein the information relating to the duplex mode includes at least an identifier indicating a duplex mode, and wherein the duplex mode is TDD and the information relating to the duplex mode further includes one or more candidates for a frame configuration including combination of uplink and downlink; a first notification unit configured to notify a communication control device of the information; a second information acquisition unit configured to acquire a recommended operation parameter selected on a basis of the information; a generation unit configured to generate a list including information of a second wireless communication device which has a calculated high probability of being located in the surrounding radio environment of the wireless communication device, by using the recommended operation parameter acquired by the second information acquisition unit; and a second notification unit configured to notify the wireless communication device of the list and the recommended operation parameter. a first information acquisition unit configured to acquire information indicating a network to which one or more wireless communication devices belong, radio access technology information, information relating to an operable frequency band, information relating to a geographical location and/or region, information relating to a duplex mode, or information relating to a transmission time interval, wherein the information relating to the duplex mode includes at least an identifier indicating a duplex mode, and wherein the duplex mode is TDD and the information relating to the duplex mode further includes one or more candidates for a frame configuration including combination of uplink and downlink; a first notification unit configured to notify a communication control device of the information; a second information acquisition unit configured to acquire a recommended operation parameter selected on a basis of the information; a generation unit configured to generate a list including information of a second wireless communication device which has a calculated high probability of being located in the surrounding radio environment of the wireless communication device, by using the recommended operation parameter acquired by the second information acquisition unit; and a second notification unit configured to notify the wireless communication device of the list and the recommended operation parameter.
A foamed structure, comprising: a first foamed body (21f, 22f) extending in a first direction; a second foamed body (22f, 23f) extending in the first direction and facing the first foamed body (21f, 22f), a gap interposed between the first foamed body (21f, 22f) and the second foamed body (22f, 23f) along a linear groove portion (201, 202), the linear groove portion (201, 202) being formed in the first and second foamed body (21f-23f) and extending in the first direction; and a reinforcement (3A, 3B) disposed in the gap between the first foamed body (21f, 22f) and the second foamed body (22f, 23f), the reinforcement (3A, 3B) having an elongated shape, characterized in that the first foamed body (21f, 22f) has a portion (Q1, Q2) overlapping with the second foamed body (22f, 23f) in view of the first direction. a first foamed body (21f, 22f) extending in a first direction; a second foamed body (22f, 23f) extending in the first direction and facing the first foamed body (21f, 22f), a gap interposed between the first foamed body (21f, 22f) and the second foamed body (22f, 23f) along a linear groove portion (201, 202), the linear groove portion (201, 202) being formed in the first and second foamed body (21f-23f) and extending in the first direction; and a reinforcement (3A, 3B) disposed in the gap between the first foamed body (21f, 22f) and the second foamed body (22f, 23f), the reinforcement (3A, 3B) having an elongated shape, characterized in that the first foamed body (21f, 22f) has a portion (Q1, Q2) overlapping with the second foamed body (22f, 23f) in view of the first direction.
A cyanate ester compound obtained by cyanation of a phenol-modified xylene formaldehyde resin, wherein the cyanate ester compound has the structure represented by the following general formula (Ia): wherein R 1 each independently represents a methylene group, a methyleneoxy group, a methyleneoxymethylene group, or an oxymethylene group, T 1 represents a hydrogen atom, a hydroxyl group, or a hydroxymethylene group, w represents an integer of 0 or 1, m represents an integer of 0 or more, and n 1 and n 2 each independently represent an integer of 1 or more.
A molding machine including a mold-supporting apparatus and a reaction force applying member, the mold-supporting apparatus comprising: a mold-mounting portion having a mold-mounting surface to which a mold is mounted; and a rear surface portion having a rear surface opposite the mold-mountig surface and having reaction-force-receiving portions (16, 16a, 16b) at corners thereof, the reaction-force-receiving portions (16, 16a, 16b) receiving reaction force from said reaction force applying member, whereby the reaction force applying member is fixed to the reaction-force-receiving portions (16, 16a, 16b) of the mold-support apparatus; a central region of the mold-mounting portion and a central region of the rear surface portion are connected together by means of a central connection member, and an outer peripheral portion of the mold-mounting portion and an outer peripheral portion of the rear surface portion are connected together by means of an outer peripheral portion connection member, characterized in that a continuous annular cavity portion is formed between the mold-mounting portion and the rear surface portion to surround the central connection member, wherein the central connection member assumes a generally cylindrical columnar shape. a mold-mounting portion having a mold-mounting surface to which a mold is mounted; and a rear surface portion having a rear surface opposite the mold-mountig surface and having reaction-force-receiving portions (16, 16a, 16b) at corners thereof, the reaction-force-receiving portions (16, 16a, 16b) receiving reaction force from said reaction force applying member,
A vaccine formulation comprising a cationic lipid adjuvant particle and a self-forming particulate protein or peptide antigen assembly, wherein the antigen assembly comprises a micellar structure and wherein the micellar structure is formed by attaching a hydrophobic molecule or sequence to an N-terminal amino acid residue of a protein or peptide antigen via a linker.
A method of determining a risk of head and neck squamous cell carcinoma (HNSCC) in a subject infected with human papillomavirus, the method comprising: a) providing a sample obtained from a bodily fluid of the subject; b) assaying a level of solCD44 in the sample; c) assaying a level of total protein in the sample; d) combining the level of solCD44 measured in the sample with the level of total protein measured in the sample and the HPV status of the subject, thereby providing a combined score; e) providing a predictive score for having the risk of head and neck squamous cell carcinoma, wherein the predictive score is obtained by a statistical analysis of solCD44 and total protein measured and HPV status from a population with a risk of head and neck squamous cell carcinoma; and f) determining the risk of head and neck squamous cell carcinoma in the subject when the combined score exceeds the predictive score. a) providing a sample obtained from a bodily fluid of the subject; b) assaying a level of solCD44 in the sample; c) assaying a level of total protein in the sample; d) combining the level of solCD44 measured in the sample with the level of total protein measured in the sample and the HPV status of the subject, thereby providing a combined score; e) providing a predictive score for having the risk of head and neck squamous cell carcinoma, wherein the predictive score is obtained by a statistical analysis of solCD44 and total protein measured and HPV status from a population with a risk of head and neck squamous cell carcinoma; and f) determining the risk of head and neck squamous cell carcinoma in the subject when the combined score exceeds the predictive score.
A method of receiving a target link signal at a receiving device wherein the target link signal is received in a received signal also including an interfering link signal, the method comprising: estimating a quality of the interfering link signal in the received signal at the receiving device to provide an estimated interfering link signal quality; selecting one of a plurality of interference cancellation techniques responsive to the estimated interfering link signal quality; generating an interference cancellation signal using the selected one of the plurality of interference cancellation techniques; incorporating information of the interference cancellation signal in the received signal; responsive to incorporating information of the interference cancellation signal in the received signal, demodulating the received signal to provide a demodulated target link signal; and decoding the demodulated target link signal to provide a target link bit stream. estimating a quality of the interfering link signal in the received signal at the receiving device to provide an estimated interfering link signal quality; selecting one of a plurality of interference cancellation techniques responsive to the estimated interfering link signal quality; generating an interference cancellation signal using the selected one of the plurality of interference cancellation techniques; incorporating information of the interference cancellation signal in the received signal; responsive to incorporating information of the interference cancellation signal in the received signal, demodulating the received signal to provide a demodulated target link signal; and decoding the demodulated target link signal to provide a target link bit stream.
A UWB pulse generator comprising an oscillator providing an output signal at a carrier frequency F 0 followed by a radiofrequency switching transistor (SW, SW') and a control circuit (CTRL) controlling the gate of the transistor in order to make it conductive for a duration T that corresponds to the desired duration of a UWB pulse, characterised in that the control circuit is arranged to successively apply, during the same UWB pulse, a first gate voltage (V L1) that makes the transistor conductive with a first internal resistance value during a first part of the duration T, then at least one second voltage gate (Vdd) that makes the transistor conductive with a second internal resistance value different to the first value during a second part of the duration T.
A composition comprising a particulate aluminum alloy having a median diameter equal to or less than 50 μm, preferably equal to or less than 20 μm, a hydrocarbon solvent, and an organoaluminum compound represented by general formula below: wherein R 1, R 2, and R 3 each independently represent a hydrogen atom, a linear or branched alkyl group having 1 to 6 carbons, an aryl group, or a halogen atom, and wherein the median diameter denotes the 50% particle diameter which is the particle diameter at the point where the cumulative% distribution curve for the particle size distribution data intersects with the 50% (volume basis) horizontal axis.
A locking assembly for a rotor stage of a gas turbine engine, the rotor stage comprising an annular array of radially extending blades secured to a rotor disc via an attachment and an annular retaining plate capable of preventing axial movement of the blades, the retaining plate is secured to an axial face (66, 68) of the disc via a bayonet arrangement, the bayonet arrangement comprising engagable and complimentary castellations on the disc and lands on the retaining plate, wherein the locking assembly comprises a locking plug having an arm and a leg part and when assembled the arm engages upstream of a radially inner region of the retaining plate and the leg part is configured to span between and abut both circumferentially adjacent castellations and lands, thereby preventing relative rotation between the disc and the retaining plate characterised in that the locking plug is configured in a generally Y-shaped cross section having a channel portion defined by arms (56, 57) and the leg part and when assembled the arms (56, 57) engage upstream and downstream of a radially inner region of the retaining plate wherein the assembly comprises a securing plate, the securing plate configured to span between circumferentially adjacent castellations thereby preventing the locking plug from disengaging the disc and retaining plate.
A lighting device for a motor vehicle, comprising two or more light modules, which said light modules are provided for generating a common light distribution, and comprising a common supporting body on which the at least two light modules are mounted, wherein at least one of the light modules is mounted on the supporting body so as to be capable of pivoting relative to the supporting body about at least one axis (H, V), and wherein the at least one pivotable light module is mounted on the supporting body by means of a jointed connection so as to be capable of pivoting in an articulated manner about the at least one axis (V, H), wherein at least one pre-tensioning device is also provided, by means of which the at least one adjustable light module is retained under a pretension on the supporting body so as to be capable of pivoting about the jointed connection, and wherein at least one adjusting device (6, 7), preferably mounted on the supporting body, is also provided, said at least one adjusting device (6, 7) acting on the at least one adjustable light module, and wherein the at least one adjustable light module is displaced by movement of the at least one adjusting device (6, 7) at the point of action of the at least one adjusting device (6, 7) substantially in or opposite to the direction of the pre-tensioning force, and the light module therefore pivots about the connecting line (V, H) extending through the jointed connection, perpendicular to the connecting line between the jointed connection and the adjusting device (6, 7), and wherein each of the light modules comprises a heat sink, characterized in that the jointed connection comprises a ball, in particular a hemispherical or partial ball, which is disposed on the heat sink, and a corresponding indentation or ball socket on the supporting frame, in which the ball is rotatably supported, and wherein the pre-tensioning device holds the supporting frame and the heat sink together in that the pre-tensioning device comprises a screw, which is rotatably supported on the light module, wherein the screw has a counter-thread, which engages into a thread directly in the heat sink or into an inner thread of a nut, which is fixedly disposed in the heat sink, wherein the screw is guided through a hole in the supporting frame, wherein either • the screw is guided through a socket, which is disposed in the hole in the supporting frame, • the screw is designed as an offset screw such that the screw is supported against the heat sink, and wherein the pre-tensioning device also comprises a spring, which is tensioned between the supporting frame and a screw head of the screw, and in which loaded when the screw is tightened such that the ball is pressed into the indentation or socket. • the screw is guided through a socket, which is disposed in the hole in the supporting frame, • the screw is designed as an offset screw such that the screw is supported against the heat sink,
Arrangement comprising a solar collector module comprising reflective or absorbent modules and a device for protecting the solar collector module (5, 6) against wind and particles and objects which are moved by the wind, wherein the device comprises two part-members which are mounted at mechanical flanging or securing locations which are formed on the solar collector module (5, 6), wherein the device is mounted in the operating region of the solar collector module (5, 6) and is entrained or moved in the operating region of the solar collector module (5, 6) in a uniform or non-uniform manner to carry out a movement of the solar collector module (5, 6), characterised in that a first part-member is mounted in a flexible manner on at least one flanging or securing location in order in a protection position of the solar collector module (5, 6) to act as protection of the modules of the collector close to the ground against particles and objects which are carried in a flow and in an operating position to produce a minimisation of the undercurrent, and a second part-member is rigidly mounted on at least one flanging or securing location and is moved with the solar collector module (5, 6) in order in a protection position of the solar collector module (5, 6) to ensure a consistently optimised flow around the upper collector edge so that in response to the static and/or dynamic influence of the wind the operation of the solar module can be protected and/or stabilised.
Closure device, comprising a frame that defines an opening, a lid that covers the opening in a closed position, and at least first locking means that are intended to hold the lid in a closed position, the first locking means having a latching tab and a latching hook which, in the locked state of the first locking means, engages behind a locking surface of the latching tab, and the latching hook being pivoable about a pivot axis, - the latching hook is coupled to an actuating element which is integrated into a peripheral edge strip of the lid, - in the operating position of the closure device, the latching hook can be displaced in the horizontal direction from a rest position into an unlocking position, - a vertical gap is provided between the locking surface and the outer edge of the latching hook when the latching hook is in the rest position, characterized in that a distance between the pivot axis and an outer edge of the latching hook - is greater in the rest position of the latching hook than a distance between the pivot axis and the locking surface of the latching tab and - is smaller in the unlocking position of the latching hook than the distance between the pivot axis and the locking surface of the latching tab. - the latching hook is coupled to an actuating element which is integrated into a peripheral edge strip of the lid, - in the operating position of the closure device, the latching hook can be displaced in the horizontal direction from a rest position into an unlocking position, - a vertical gap is provided between the locking surface and the outer edge of the latching hook when the latching hook is in the rest position, - is greater in the rest position of the latching hook than a distance between the pivot axis and the locking surface of the latching tab and - is smaller in the unlocking position of the latching hook than the distance between the pivot axis and the locking surface of the latching tab.
A method in a media client for controlling a transmission of a media stream comprising a plurality of consecutive HTTP stream elements, the method comprising the steps of - obtaining a media description of the media stream, the media description indicating an initial element of the HTTP stream elements; - sending a request for the initial stream element; - initiating an establishment of a session or a modification of a session, wherein the media stream is associated with the session for controlling the transmission of the media stream, the method being characterized in that the step of sending the request for the initial stream element is performed without waiting for a conclusion of the establishment of the session or the modification of the session. - obtaining a media description of the media stream, the media description indicating an initial element of the HTTP stream elements; - sending a request for the initial stream element; - initiating an establishment of a session or a modification of a session, wherein the media stream is associated with the session for controlling the transmission of the media stream, the method being characterized in that the step of sending the request for the initial stream element is performed without waiting for a conclusion of the establishment of the session or the modification of the session.
An air compressor comprising: a base including multiple positioning orifices (31, 32); a cylinder connected on the base and including an air storage seat communicating on the cylinder; and a transmission mechanism driving a piston to reciprocately move in the cylinder, thus compressing air; wherein the transmission mechanism including a torque gear and a central orifice defined on the torque gear, and the transmission mechanism further including a connection rod extending from the torque gear, wherein the connection rod of the torque gear is rotatably connected with the piston, and wherein the central orifice has screw threads formed therein, and wherein the torque gear has a counterweight portion and a toothed portion, the counterweight portion being connected on the toothed portion, characterized in that one of the multiple positioning orifices (31, 32) accommodates a bearing, and the central orifice of the torque gear corresponds to the bearing in the one positioning orifice (31, 32) of the base, and a screw bolt is screwed into the central orifice after being inserted through the bearing, thus connecting the transmission mechanism automatedly, wherein the screw bolt is a rotating shaft of the torque gear. a base including multiple positioning orifices (31, 32); a cylinder connected on the base and including an air storage seat communicating on the cylinder; and a transmission mechanism driving a piston to reciprocately move in the cylinder, thus compressing air; wherein the transmission mechanism including a torque gear and a central orifice defined on the torque gear, and the transmission mechanism further including a connection rod extending from the torque gear, wherein the connection rod of the torque gear is rotatably connected with the piston, and wherein the central orifice has screw threads formed therein, and wherein the torque gear has a counterweight portion and a toothed portion, the counterweight portion being connected on the toothed portion, wherein the transmission mechanism including a torque gear and a central orifice defined on the torque gear, and the transmission mechanism further including a connection rod extending from the torque gear, wherein the connection rod of the torque gear is rotatably connected with the piston, and wherein the central orifice has screw threads formed therein, and wherein the torque gear has a counterweight portion and a toothed portion, the counterweight portion being connected on the toothed portion,
An open form disposable absorbent article comprising: a first waist region, a second waist region, a crotch region disposed between the first waist region and second waist region, a waist edge in the first waist region, at least one waistband in the first waist region adjacent the waist edge, at least one fastener in the second waist region, and a waist assembly in the first waist region, wherein the waistband comprises a nonwoven material characterized in that the waist assembly has a Corrugation Regularity of greater than 75%, and in that the waistband assembly has an installed elongation from 60% to 150%, the nonwoven material has a basis weight from 20 gsm to 75 gsm and a bond frequency from 0.1 mm -1 to 2.0 mm -1.