mhurhangee/ep-ind-claims huggingface dataset:
A transmission apparatus comprising: a transport stream generation unit configured to generate a transport stream obtained by time-division multiplexing a first transmission packet (102, 103) including a predetermined component and a second transmission packet including information on the predetermined component; a transmission unit configured to transmit the transport stream along a predetermined transmission path, wherein the predetermined transmission path is a broadcast transmission path; and an information insertion unit configured to insert, into the second transmission packet, information on a plurality of distribution protocols, the information on each distribution protocol including at least location information, protocol identification information and packet identification information, for acquiring a specific component to be acquired on a communication path in relation to the specific component. a transport stream generation unit configured to generate a transport stream obtained by time-division multiplexing a first transmission packet (102, 103) including a predetermined component and a second transmission packet including information on the predetermined component; a transmission unit configured to transmit the transport stream along a predetermined transmission path, wherein the predetermined transmission path is a broadcast transmission path; and an information insertion unit configured to insert, into the second transmission packet, information on a plurality of distribution protocols, the information on each distribution protocol including at least location information, protocol identification information and packet identification information, for acquiring a specific component to be acquired on a communication path in relation to the specific component.
A wick structure having wind blowing effect for electronic candles, comprising: a wick casing, a wick cap, and a swing component provided in the wick casing, a magnet being provided at a bottom of the wick cap, and the swing component including an integrated circuit and coils provided on the integrated circuit and opposite to the magnet, wherein a support pole and a LED lamp electrically connected to the integrated circuit are provided at a top position in the wick casing; a support hole is opened on the wick cap, and the wick cap is provided, through the support hole and the support pole, at the top of the wick casing 1 in a swing manner; a bottom of the wick casing is connected with a tube in which a power source is provided; one end of the integrated circuit runs into the tube and is electrically connected to the power source, and a power source is provided at a bottom of the tube, characterized in that said tube is made of metal and a metal sheet is provided between two terminals of the power switch and the metal tube, and in that a connecting spring butting against the tube is provided on the end of the integrated circuit.
A communication apparatus which is capable of communicating based on a first communication system via a transmission channel, wherein another communication apparatus is communicating based on a second communication system via said transmission channel, characterized by: a transmitter (11B1, 11B2, 31B, 42D) which is adapted for transmitting a first notice (ΦA) within a first notification domain, and a detector (11B1, 11 B2, 31 B, 42D) which is adapted for detecting a second notice (ΦB) transmitted from the another communication apparatus within a second notification domain after the first notification domain; wherein the transmitter (11B1, 11 B2, 31 B, 42D) is adapted for transmitting a data signal in a data transmission domain, wherein the data transmission domain is allocated to the first communication system on the basis of the first notice (ΦA) and the second notice (ΦB), wherein the first notice (ΦA) includes a first notification signal which is rotated by a first phase vector and a second notification signal which is rotated by a second phase vector and a transmission order of the first notification signal and the second notification signal is a transmission order corresponding to the first communication system. a transmitter (11B1, 11B2, 31B, 42D) which is adapted for transmitting a first notice (ΦA) within a first notification domain, and a detector (11B1, 11 B2, 31 B, 42D) which is adapted for detecting a second notice (ΦB) transmitted from the another communication apparatus within a second notification domain after the first notification domain; wherein the transmitter (11B1, 11 B2, 31 B, 42D) is adapted for transmitting a data signal in a data transmission domain, wherein the data transmission domain is allocated to the first communication system on the basis of the first notice (ΦA) and the second notice (ΦB), wherein the first notice (ΦA) includes a first notification signal which is rotated by a first phase vector and a second notification signal which is rotated by a second phase vector and a transmission order of the first notification signal and the second notification signal is a transmission order corresponding to the first communication system.
A wind turbine comprising, a tower, a nacelle mounted on the tower, and a rotor defining a rotor axis extending in a vertical center plane and configured for harvesting wind energy by rotation of blades in a rotor rotation direction about the rotor axis, the nacelle comprising a rotor-supporting assembly including a main frame, forming a load path from the rotor to the tower, and receiving a degree of torque induced by the rotation of the rotor, wherein the nacelle has a center of gravity which is offset from the center plane in a direction relative to the rotor rotation direction to counteract the torque induced by the rotation of the rotor, characterised in that one or more operative components (34, 35) forming part of the power conversion system are arranged to have a resultant offset COG of the nacelle.
A multi-chip module, " MCM ",, comprising: a substrate having a first surface and a cavity defined by an edge in the first surface, wherein a bottom of the cavity is vertically offset from the first surface; an island chip (120-1, 120-2) having a second surface, wherein the island chip (120-1, 120-2) is mechanically coupled to the first surface; a bridge chip having a third surface that faces the second surface, wherein the bridge chip is mechanically coupled to the island chip (120-1, 120-2), and wherein the bridge chip is positioned in the cavity; and a compressible structure positioned between the bottom of the cavity and a fourth surface of the bridge chip which is on an opposite side of the bridge chip from the third surface, wherein the compressible structure includes a compliant material, including an elastomer, with shape and volume compression, wherein the compressible structure is separate from the edge in the first surface of the substrate, thereby allowing the compressible structure to slide laterally; and wherein the compressible structure provides a force on the bridge chip so that the second surface and the third surface are approximately coplanar without bending the bridge chip. a substrate having a first surface and a cavity defined by an edge in the first surface, wherein a bottom of the cavity is vertically offset from the first surface; an island chip (120-1, 120-2) having a second surface, wherein the island chip (120-1, 120-2) is mechanically coupled to the first surface; a bridge chip having a third surface that faces the second surface, wherein the bridge chip is mechanically coupled to the island chip (120-1, 120-2), and wherein the bridge chip is positioned in the cavity; and a compressible structure positioned between the bottom of the cavity and a fourth surface of the bridge chip which is on an opposite side of the bridge chip from the third surface, wherein the compressible structure includes a compliant material, including an elastomer, with shape and volume compression, wherein the compressible structure is separate from the edge in the first surface of the substrate, thereby allowing the compressible structure to slide laterally; and wherein the compressible structure provides a force on the bridge chip so that the second surface and the third surface are approximately coplanar without bending the bridge chip.
A method performed by a first communication device, comprising: receiving a first data from a second communication device, wherein the first data comprises first sidelink control information, and the first sidelink control information comprises a destination field indicating an identity of the first communication device; decoding the first data into a first Medium Access Control, MAC, Protocol Data Unit, PDU, wherein the first MAC PDU comprises at least one MAC sub-header and at least one MAC Service Data Unit, SDU, each MAC sub-header of the at least one MAC sub-header corresponds to a respective one of the at least one MAC SDU, and each MAC sub-header comprises a source field and a destination field; and wherein the source field indicates an identity of a source communication device of a corresponding MAC SDU, and the destination field indicates an identity of a destination communication device of the corresponding MAC SDU. receiving a first data from a second communication device, wherein the first data comprises first sidelink control information, and the first sidelink control information comprises a destination field indicating an identity of the first communication device; decoding the first data into a first Medium Access Control, MAC, Protocol Data Unit, PDU, wherein the first MAC PDU comprises at least one MAC sub-header and at least one MAC Service Data Unit, SDU, each MAC sub-header of the at least one MAC sub-header corresponds to a respective one of the at least one MAC SDU, and each MAC sub-header comprises a source field and a destination field; and wherein the source field indicates an identity of a source communication device of a corresponding MAC SDU, and the destination field indicates an identity of a destination communication device of the corresponding MAC SDU.
A lock with a lock case, with a reversible or replaceable latch (3, 19, 27) for right- and left installations, with a latch spring for pre-tensioning the latch (3, 19, 27) out of the lock case, with a latch tail (13, 21, 41) of the latch (3, 19, 27) arranged in the lock case, with a latch nut (10, 31) for retracting the latch (3, 19, 27) into the lock case, with an internal polygon (11, 23, 33, 34) arranged in the latch nut (10, 31) for the positive connection with a polygon (12, 35) of an operating handle and with a stop for support of the latch nut (10, 31) in a normal position, in which the latch (3, 19, 27) is held fixed in a recess (14, 28), wherein the latch nut (10, 31) has a support nut half (22, 32) and an adjusting nut half (9, 30) with mutually aligned internal polygonal edges (11, 23, 33, 34), the support nut half (22, 32) abuts the stop (25, 42) in the normal position and wherein the adjusting nut half (9, 30) supports the latch tail (13, 41) and is rotatable into a positon releasing the latch (3, 19, 27) from the recess (14, 28), wherein the connection between latch (3, 19, 27) and the remaining components of the lock is releasable in the state removed from the recess (14, 28), characterized in that the latch tail has an adjusting part (15, 36), that the adjusting nut half (22, 32) is supported on the adjusting part (15, 36) and that the releasable connection is arranged between the latch (3, 9, 27) and the adjusting part (15, 36), and that the latch tail (13, 41) has the releasable connection with the adjusting part (15, 36).
A device for injecting a secondary fluid into a main liquid, comprising: - a first part able to convey the secondary fluid in a substantially longitudinal direction; - a second part able to eject the secondary fluid from the device, so as to inject said secondary fluid into a main liquid, said second part being in fluid communication with the first part and comprising an open end; the device having at least a first position, referred to as lower position, and a second position, referred to as upper position, and further comprising a positioning means able to position the device in a position between the first position and the second position, the first and second positions being defined relative to a distance between the open end of the second part and a reference surface disposed in a transverse plane, a minimum distance (D min) corresponding to the first position (Z 1) and a maximum distance (D max) corresponding to the second position (Z 2), characterised in that the maximum distance (D max) ranges between 3 and 6 cm. - a first part able to convey the secondary fluid in a substantially longitudinal direction; - a second part able to eject the secondary fluid from the device, so as to inject said secondary fluid into a main liquid, said second part being in fluid communication with the first part and comprising an open end; the device having at least a first position, referred to as lower position, and a second position, referred to as upper position, and further comprising a positioning means able to position the device in a position between the first position and the second position, the first and second positions being defined relative to a distance between the open end of the second part and a reference surface disposed in a transverse plane, a minimum distance (D min) corresponding to the first position (Z 1) and a maximum distance (D max) corresponding to the second position (Z 2), characterised in that the maximum distance (D max) ranges between 3 and 6 cm.
A method for shaping keratin fibres comprising: (a) providing a crosslinking composition, wherein the crosslinking composition comprises: - ethylene carbonate; - arabinose; - a photocatalyst being a hydroxy-substituted aromatic compound; and - a cosmetically acceptable carrier; wherein the crosslinking composition has not been exposed to electromagnetic radiation having a wavelength of 750 nm or less for 30 min or more; (b) applying the crosslinking composition to keratin fibres; and (c) mechanically shaping the keratin fibres with an appliance at a temperature of from 80°C to 180°C while exposing the crosslinking composition to electromagnetic radiation having a wavelength of from 300 nm to 750 nm. (a) providing a crosslinking composition, wherein the crosslinking composition comprises: - ethylene carbonate; - arabinose; - a photocatalyst being a hydroxy-substituted aromatic compound; and - a cosmetically acceptable carrier; wherein the crosslinking composition has not been exposed to electromagnetic radiation having a wavelength of 750 nm or less for 30 min or more; - ethylene carbonate; - arabinose; - a photocatalyst being a hydroxy-substituted aromatic compound; and - a cosmetically acceptable carrier; (b) applying the crosslinking composition to keratin fibres; and (c) mechanically shaping the keratin fibres with an appliance at a temperature of from 80°C to 180°C while exposing the crosslinking composition to electromagnetic radiation having a wavelength of from 300 nm to 750 nm.
A carbon structure electrode for redox flow batteries, comprising a plurality of spherical, patterned, uniformly dispersed, macropores formed on a surface of a polymer-derived carbon structure and inside the polymer-derived carbon structure so as to allow electrolyte migration.
A method, comprising: at a non-access point, AP, multi-link device, MLD, non-AP MLD, transmitting to an AP MLD, using one or more respective transmission, TX, links in an active mode, one or more uplink frames that include one or more respective initial addresses corresponding to one or more respective reception, RX, links of the AP MLD; configuring the one or more respective TX links to a lower power mode associated with power conservation; configuring the one or more respective TX links to include one or more respective new addresses corresponding to the one or more respective RX links prior to transitioning the one or more respective TX links back to the active mode; and transmitting, to the AP MLD in the active mode, one or more additional uplink frames that include the one or more respective new addresses. at a non-access point, AP, multi-link device, MLD, non-AP MLD, transmitting to an AP MLD, using one or more respective transmission, TX, links in an active mode, one or more uplink frames that include one or more respective initial addresses corresponding to one or more respective reception, RX, links of the AP MLD; configuring the one or more respective TX links to a lower power mode associated with power conservation; configuring the one or more respective TX links to include one or more respective new addresses corresponding to the one or more respective RX links prior to transitioning the one or more respective TX links back to the active mode; and transmitting, to the AP MLD in the active mode, one or more additional uplink frames that include the one or more respective new addresses.
A rotary impact tool comprising: a driving unit; a spindle rotated by the driving unit; an anvil disposed in front of the spindle in the direction of the line of rotational axis of the spindle; a primary hammer rotatable around the line of rotational axis of the spindle and movable in the direction of the line of rotational axis; a cam structure in which at least one steel ball is disposed between a guidance groove of the spindle and an engagement groove of the primary hammer; a secondary hammer rotatable with the primary hammer as one piece; a support member that rotatably supports the secondary hammer; and a retaining member that retains the support member, wherein the retaining member is formed as a member separate from the spindle and has a retaining surface for retaining the support member characterised in that a mounting surface is mounted to the spindle so as not to be rotatable. a driving unit; a spindle rotated by the driving unit; an anvil disposed in front of the spindle in the direction of the line of rotational axis of the spindle; a primary hammer rotatable around the line of rotational axis of the spindle and movable in the direction of the line of rotational axis; a cam structure in which at least one steel ball is disposed between a guidance groove of the spindle and an engagement groove of the primary hammer; a secondary hammer rotatable with the primary hammer as one piece; a support member that rotatably supports the secondary hammer; and a retaining member that retains the support member, wherein the retaining member is formed as a member separate from the spindle and has a retaining surface for retaining the support member characterised in that a mounting surface is mounted to the spindle so as not to be rotatable.
Perineal probe comprising a probe body which includes: - a cylindrical portion configured to be positioned at the opening of the vaginal or anal endocavity of a patient, - a flared portion which extends from one end of the cylindrical portion, the flared portion extends in a flared manner from the cylindrical portion to a free upper end, the flared portion being elastically deformable between a folded position and a deployed position so as to rest on the walls of the endocavity, and - electronic organs (110, 111, 112) configured to interact with the muscles of the perineum of a patient, the electronic organs (110, 111, 112) being disposed on the flared portion and/or on the cylindrical portion, characterized in that the flared portion includes, on the one hand, at least one side wall which has an internal face delimiting a conical internal volume of the flared portion, and, on the other hand, at least one longitudinal groove which extends in a plane of symmetry of the perineal probe. - a cylindrical portion configured to be positioned at the opening of the vaginal or anal endocavity of a patient, - a flared portion which extends from one end of the cylindrical portion, the flared portion extends in a flared manner from the cylindrical portion to a free upper end, the flared portion being elastically deformable between a folded position and a deployed position so as to rest on the walls of the endocavity, and - electronic organs (110, 111, 112) configured to interact with the muscles of the perineum of a patient, the electronic organs (110, 111, 112) being disposed on the flared portion and/or on the cylindrical portion, characterized in that the flared portion includes, on the one hand, at least one side wall which has an internal face delimiting a conical internal volume of the flared portion, and, on the other hand, at least one longitudinal groove which extends in a plane of symmetry of the perineal probe.
A modular insulated container with an inner volume for storing goods at constant temperatures, preferably for storing of complete pallets, e. g. Euro-pallets or US-pallets loaded with drug boxes, said modular insulated container comprising in an outwardly insulating manner, at least one base, at least one cover and at least four side walls (3 - 6) of insulating material, which, after assembly, are adapted to enclose the inner volume provided for accommodating the goods in a thermally insulating manner, and wherein the at least four outwardly insulating side walls (3 - 6) can each be mounted separately with the at least one base and/or the at least one cover, characterized in that at least one of the mounted, outwardly insulating side walls (3 - 6), the base and/or the cover have integrated temperature control elements, which respectively face the inner volume, contain thermal storage fluids, which are separated from the inner volume by means of thermally conductive material and wherein the thermal storage fluids have their fluid melt-point next to the stipulated product temperature.