mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: holding available, at a positioning support device, stored data which enables a determination of characteristics of radio signals transmitted by the positioning support device, wherein the characteristics of radio signals are expected to be observable at different locations; and automatically and repeatedly transmitting, by the positioning support device, the stored data to enable mobile devices receiving the data to determine their position based on the data characterized in that the data enabling a determination of characteristics of radio signals transmitted by the positioning support device exclusively comprises radio image data for the positioning support device, wherein the radio image data defines a radio image associating observable radio signals of the positioning support device's own radio signals with different locations. holding available, at a positioning support device, stored data which enables a determination of characteristics of radio signals transmitted by the positioning support device, wherein the characteristics of radio signals are expected to be observable at different locations; and automatically and repeatedly transmitting, by the positioning support device, the stored data to enable mobile devices receiving the data to determine their position based on the data characterized in that the data enabling a determination of characteristics of radio signals transmitted by the positioning support device exclusively comprises radio image data for the positioning support device, wherein the radio image data defines a radio image associating observable radio signals of the positioning support device's own radio signals with different locations.
An audio apparatus, characterised by: a transmission and reception unit which is arranged to wirelessly receive via a first radio communication a stereo channel audio signal from a first external device; an audio signal processor which is arranged to convert the received stereo channel audio signal into multi-channel audio signals; and a controller which is arranged to control the transmission and reception unit to wirelessly transmit via a second radio communication a first audio signal of the multi-channel audio signals to a second external device (130, 140); whereby said first radio communication between the audio apparatus and the first external device and said second radio communication between the audio apparatus and the at least one second external device (130, 140) employs time division multiplexing which synchronizes the time when a radio signal corresponding to said first and second radio communication is output using time slots sequentially distributed to a plurality of radio channels. a transmission and reception unit which is arranged to wirelessly receive via a first radio communication a stereo channel audio signal from a first external device; an audio signal processor which is arranged to convert the received stereo channel audio signal into multi-channel audio signals; and a controller which is arranged to control the transmission and reception unit to wirelessly transmit via a second radio communication a first audio signal of the multi-channel audio signals to a second external device (130, 140); whereby said first radio communication between the audio apparatus and the first external device and said second radio communication between the audio apparatus and the at least one second external device (130, 140) employs time division multiplexing which synchronizes the time when a radio signal corresponding to said first and second radio communication is output using time slots sequentially distributed to a plurality of radio channels.
A method of curing a composite structure, the method comprising: machining an edge bevel portion into a honeycomb core member, the edge bevel portion having a bevel angle; expanding a foam mixture into the edge bevel portion of the core member until the foam mixture becomes an expanded foam, wherein the foam mixture is expanded only in the edge bevel portion of the core member; assembling a first composite skin with the core member having the bevel portion, such that the first composite skin conforms to the surface; assembling a second composite skin with the core member; and curing the first composite skin and second composite skin in a single cure cycle involving autoclave pressure and heat. machining an edge bevel portion into a honeycomb core member, the edge bevel portion having a bevel angle; expanding a foam mixture into the edge bevel portion of the core member until the foam mixture becomes an expanded foam, wherein the foam mixture is expanded only in the edge bevel portion of the core member; assembling a first composite skin with the core member having the bevel portion, such that the first composite skin conforms to the surface; assembling a second composite skin with the core member; and curing the first composite skin and second composite skin in a single cure cycle involving autoclave pressure and heat.
Open-end rotor spinning machine comprising a multitude of workstations which each have a spinning rotor, drive means to drive spinning rotors at variable rotational speeds, measuring equipment to detect thread breaks, evaluation means to determine a thread break rate, characterised in that the open-end rotor spinning machine comprises control means which are designed to automatically adjust the rotational speed of the spinning rotors depending on the respective thread break rate detected and thereby to regulate the thread break rate so that the thread break rate remains in a predetermined range below a maximum thread break rate, in that the control means are also designed to limit the rotational speed of the spinning rotors so that a predetermined maximum rotational speed is not exceeded and that it does not fall under a predetermined minimum rotational speed, in that the control means comprises a comparator which is designed to determine the deviation (ΔF) of an actual thread break rate (Fist) from a desired thread break rate (Fsoll) and in that the control means comprises a controller which adjusts the rotational speed of the spinning rotor depending on the deviation (ΔF).
A portable photographic light diffuser configured to be mounted to a photographic light source for a camera, the portable photographic light diffuser comprising: a base adapted to engage the photographic light source for the camera, the base defining a socket; and a cowl extending from the base, the cowl having a distal portion including a distal end, said distal portion extending away from the base, and a collapsible portion between the distal portion and the base, the collapsible portion being attached to the base and the distal portion and tapering outwardly in a direction from the base toward the cowl, and the cowl being configured to transform by folding only the collapsible portion onto itself by applying an axial force in a proximal direction between an expanded configuration, wherein the distal end of the cowl extends in a distal direction by a first length from the base, and a collapsed configuration, wherein the cowl extends by a second length from the base, the second length being less than the first length, the cowl only overlaps itself in the collapsed configuration characterized in that at least a section of the distal portion overlaps with at least a section of the collapsible portion in the collapsed configuration, wherein the collapsible portion and the distal portion are a single integral component divided by a seam, wherein in the collapsed configuration the distal portion is moved proximally toward the base such that the seam moves towards and overlaps with at least a portion of the base. a base adapted to engage the photographic light source for the camera, the base defining a socket; and a cowl extending from the base, the cowl having a distal portion including a distal end, said distal portion extending away from the base, and a collapsible portion between the distal portion and the base, the collapsible portion being attached to the base and the distal portion and tapering outwardly in a direction from the base toward the cowl, and the cowl being configured to transform by folding only the collapsible portion onto itself by applying an axial force in a proximal direction between an expanded configuration, wherein the distal end of the cowl extends in a distal direction by a first length from the base, and a collapsed configuration, wherein the cowl extends by a second length from the base, the second length being less than the first length, the cowl only overlaps itself in the collapsed configuration characterized in that at least a section of the distal portion overlaps with at least a section of the collapsible portion in the collapsed configuration, wherein the collapsible portion and the distal portion are a single integral component divided by a seam, wherein in the collapsed configuration the distal portion is moved proximally toward the base such that the seam moves towards and overlaps with at least a portion of the base.
A portable communication device comprising: a window panel forming at least a portion of a front surface of the portable communication device and including a first planar area and a first curved area extending from the first planar area; a rear glass cover forming at least a portion of a rear surface of the portable communication device and including a second planar area and a second curved area extending from the second planar area; a display disposed under the window panel and including a planar display area visible through the first planar area and a curved display area visible through the first curved area; and a bracket disposed under the display and including a front portion and a side portion extending from an edge of the front portion; wherein the front portion supports at least a portion of the planar display area, wherein the side portion includes a curved portion disposed along the second curved area and supporting the second curved area, and wherein at least a portion of the bracket is disposed between the ends of 2. the window panel and the rear glass cover, and exposed from a side surface of the portable communication device. a window panel forming at least a portion of a front surface of the portable communication device and including a first planar area and a first curved area extending from the first planar area; a rear glass cover forming at least a portion of a rear surface of the portable communication device and including a second planar area and a second curved area extending from the second planar area; a display disposed under the window panel and including a planar display area visible through the first planar area and a curved display area visible through the first curved area; and a bracket disposed under the display and including a front portion and a side portion extending from an edge of the front portion; wherein the front portion supports at least a portion of the planar display area, wherein the side portion includes a curved portion disposed along the second curved area and supporting the second curved area, and wherein at least a portion of the bracket is disposed between the ends of 2. the window panel and the rear glass cover, and exposed from a side surface of the portable communication device.
A method of detecting a fungal metabolite in a sample from a source comprising the following steps: a) providing an Olfr90 or a ligand binding part thereof; b) placing the sample in contact with the Olfr90 or the ligand binding part thereof; and c) detecting the presence or absence of an Olfr90 ligand in the sample, wherein the Olfr90 ligand is a fungal metabolite. a) providing an Olfr90 or a ligand binding part thereof; b) placing the sample in contact with the Olfr90 or the ligand binding part thereof; and c) detecting the presence or absence of an Olfr90 ligand in the sample,
A hybrid composite-metal breakaway nut fastener comprising: a head portion having a proximal end and a distal end defining a central axis, said head portion made of plastic and having a shape so as to mate to a tool so as to be rotated; a nut portion including an exterior shell; a thin walled section connecting and affixing said head portion's distal end to said exterior shell's proximal end, said thin walled section made of plastic; wherein said head portion, thin walled section, and nut portion's exterior shell are a one piece construction of plastic, said exterior shell made of plastic and having an annular shape so as to include a proximal end and a circular distal inlet coaxial to said central axis; characterised by a nut insert made of metal, having a circumferential exterior surface, proximal and distal ends, and a female threaded bore, said nut insert being concentrically affixed within said exterior shell so as to be able to receive a male threaded fastener through said exterior shell's distal inlet into said nut insert's female threaded bore; wherein said nut insert's distal end is inwardly spaced away from the distal end of said exterior shell to provide the distal end of said exterior shell with an annular protective section which includes said circular distal inlet and which at least partially covers the distal end of said nut insert. a head portion having a proximal end and a distal end defining a central axis, said head portion made of plastic and having a shape so as to mate to a tool so as to be rotated; a nut portion including an exterior shell; a thin walled section connecting and affixing said head portion's distal end to said exterior shell's proximal end, said thin walled section made of plastic; wherein said head portion, thin walled section, and nut portion's exterior shell are a one piece construction of plastic, said exterior shell made of plastic and having an annular shape so as to include a proximal end and a circular distal inlet coaxial to said central axis; characterised by a nut insert made of metal, having a circumferential exterior surface, proximal and distal ends, and a female threaded bore, said nut insert being concentrically affixed within said exterior shell so as to be able to receive a male threaded fastener through said exterior shell's distal inlet into said nut insert's female threaded bore; wherein said nut insert's distal end is inwardly spaced away from the distal end of said exterior shell to provide the distal end of said exterior shell with an annular protective section which includes said circular distal inlet and which at least partially covers the distal end of said nut insert.
A dust cover for use in a ball joint including a ball stud having a spherical part at one end of a shaft part thereof, a socket that has a bearing for the spherical part and supports the ball stud in a rotatable and swingable manner, and a coupling member that couples with the shaft part on a side of the shaft part opposite to the spherical part, the dust cover comprising: a deformable body part; a fixed part provided on one end side of the body part and fixed to the socket; and a sealing part provided on the other end side of the body part and provided slidably relative to the shaft part and the coupling member, the sealing part including: an inner peripheral sealing part (131a, 131b, 131c) that can slide relative to an outer peripheral surface of the shaft part; and a dust lip part that is configured to be inclined radially outwardly and toward the other end side, and that can slide relative to an end surface of the coupling member, wherein an annular protrusion that protrudes radially outward and has an end surface is formed at an end of the sealing part on the other end side, and an outer peripheral surface of the dust lip part extends toward the other end side from a recessed part of the sealing part being recessed toward the one end side with respect to the end surface of the annular protrusion on the other end side, characterized in that an inner peripheral surface and the outer peripheral surface of the dust lip part extend toward the other end side beyond the end surface of the annular protrusion so as to be configured to come into close contact with the coupling member. a deformable body part; a fixed part provided on one end side of the body part and fixed to the socket; and a sealing part provided on the other end side of the body part and provided slidably relative to the shaft part and the coupling member, the sealing part including: an inner peripheral sealing part (131a, 131b, 131c) that can slide relative to an outer peripheral surface of the shaft part; and a dust lip part that is configured to be inclined radially outwardly and toward the other end side, and that can slide relative to an end surface of the coupling member, wherein an inner peripheral sealing part (131a, 131b, 131c) that can slide relative to an outer peripheral surface of the shaft part; and a dust lip part that is configured to be inclined radially outwardly and toward the other end side, and that can slide relative to an end surface of the coupling member, wherein
A method for a wireless transmit/receive unit, WTRU, in a URA_PCH state, the method characterised by: the WTRU in the URA_PCH state performing cell reselection from a first cell that does not support enhanced paging channel PCH, to a second cell in a same UTRAN routing area, URA, that does support enhanced PCH; triggering the transfer of a URA_update message upon a determination that the WTRU has reselected to the second cell in the same URA that supports enhanced PCH; indicating in the URA update message that the WTRU is capable of monitoring a high speed downlink shared channel, HS-DSCH, for paging messages; and monitoring the HS-DSCH for paging messages on the second cell. the WTRU in the URA_PCH state performing cell reselection from a first cell that does not support enhanced paging channel PCH, to a second cell in a same UTRAN routing area, URA, that does support enhanced PCH; triggering the transfer of a URA_update message upon a determination that the WTRU has reselected to the second cell in the same URA that supports enhanced PCH; indicating in the URA update message that the WTRU is capable of monitoring a high speed downlink shared channel, HS-DSCH, for paging messages; and monitoring the HS-DSCH for paging messages on the second cell.
Cosmetic use of compounds of general formula: wherein: R 1 and R 2 form together a double bond, or R 1 and R 2 form together a cyclopropyl group; R 3, R 4 are the same or different and independently chosen from hydrogen, methyl, or R 3 and R 4 form together a double bond; R 5, R 6 are the same or different and independently chosen from hydrogen, methyl; or R 5 and R 6 form together a double bond, or R 5 and R 6 form together a cyclopropyl group; R 7 = methyl, or ethyl; R 8 = hydrogen, or methyl, for promoting hair growth and/or inhibiting or delaying hair loss in the human scalp. R 1 and R 2 form together a double bond, or R 1 and R 2 form together a cyclopropyl group; R 3, R 4 are the same or different and independently chosen from hydrogen, methyl, or R 3 and R 4 form together a double bond; R 5, R 6 are the same or different and independently chosen from hydrogen, methyl; or R 5 and R 6 form together a double bond, or R 5 and R 6 form together a cyclopropyl group; R 7 = methyl, or ethyl; R 8 = hydrogen, or methyl, for promoting hair growth and/or inhibiting or delaying hair loss in the human scalp.
Satellite communication system comprising: - at least one base station; - at least one satellite which can be brought into communication connection with the base station for data transmission; and - a plurality of receivers adapted to receive signals transmitted from the satellite; - wherein the satellite is provided with a data storage means adapted to store the data transmitted from the base station to the satellite and to supply the data provided for the transmission to the receivers; characterized - in that the communication system is designed • to transmit data of a given data stock in at least one uplink data stream from the base station to the satellite with a first data transmission rate and • to transmit corresponding data of said given data stock in at least one downlink data stream from the satellite to the receivers with a second data transmission rate, wherein said at least one downlink data stream is an on demand data stream; - in that the first data transmission rate is lower than the second data transmission rate; - in that the data transmission protocol of the uplink data stream is different from the data transmission protocol of the downlink data stream and - in that the modulator is provided with a reprogrammable processor so that different downlink transmission protocols can be generated, independent from the satellite uplink transmission protocol. - at least one base station; - at least one satellite which can be brought into communication connection with the base station for data transmission; and - a plurality of receivers adapted to receive signals transmitted from the satellite; - wherein the satellite is provided with a data storage means adapted to store the data transmitted from the base station to the satellite and to supply the data provided for the transmission to the receivers; - in that the communication system is designed • to transmit data of a given data stock in at least one uplink data stream from the base station to the satellite with a first data transmission rate and • to transmit corresponding data of said given data stock in at least one downlink data stream from the satellite to the receivers with a second data transmission rate, wherein said at least one downlink data stream is an on demand data stream; • to transmit data of a given data stock in at least one uplink data stream from the base station to the satellite with a first data transmission rate and • to transmit corresponding data of said given data stock in at least one downlink data stream from the satellite to the receivers with a second data transmission rate, wherein said at least one downlink data stream is an on demand data stream; - in that the first data transmission rate is lower than the second data transmission rate; - in that the data transmission protocol of the uplink data stream is different from the data transmission protocol of the downlink data stream and - in that the modulator is provided with a reprogrammable processor so that different downlink transmission protocols can be generated, independent from the satellite uplink transmission protocol.
Initiator system for anionic polymerization comprising at least one organolithium compound, at least one di(aminoalkyl) ether and at least one sodium alkoxide and/or sodium phenoxide. at least one organolithium compound, at least one di(aminoalkyl) ether and at least one sodium alkoxide and/or sodium phenoxide.
Rotating device module (2; 20) for a toy, - with an axle component (3a; 17), which provides a rotation axis of the rotating device module (2; 20), - with a hub part, which is connected to the axle component (3a; 17), - with a disc part (6; 21), which can be screwed on by means of a threaded connection to the hub part, said connection being torque proof, - wherein the hub part has an external thread of the threaded connection, - wherein the disc part (6; 21) has an internal thread of the threaded connection complementary to an external thread, - wherein the internal thread has no more than one thread turn, characterised in that the disc part (6; 21) is a rotor element. - with an axle component (3a; 17), which provides a rotation axis of the rotating device module (2; 20), - with a hub part, which is connected to the axle component (3a; 17), - with a disc part (6; 21), which can be screwed on by means of a threaded connection to the hub part, said connection being torque proof, - wherein the hub part has an external thread of the threaded connection, - wherein the disc part (6; 21) has an internal thread of the threaded connection complementary to an external thread, - wherein the internal thread has no more than one thread turn, characterised in that the disc part (6; 21) is a rotor element.