mhurhangee/ep-ind-claims huggingface dataset:
A smart bracelet, having a length direction, comprising: a first pulse detector and a blood flow sensor sequentially arranged along the length direction, wherein, the blood flow sensor is configured for identifying a blood flow direction and sending a blood flow direction signal; the first pulse detector is configured for detecting a pulse signal, characterized in that the smart bracelet further comprises: a processor in communicatively connection with the blood flow sensor and the first pulse detector, the processor being configured for receiving the blood flow direction signal sent by the blood flow sensor, and determining whether the smart bracelet is worn on a left hand or a right hand of a human body according to the received blood flow direction signal and according to whether or not the first pulse detector detects a pulse signal.
An inflatable boom comprising: - a body having a longitudinal direction, a proximal end, and a distal end, and including at least a first inflatable pouch and a second inflatable pouch that are separate from each other in the longitudinal direction, the second pouch being situated between the distal end and the first pouch; and - a feed line that extends along the body, being in fluid-flow connection with each of the first and second pouches; the boom being characterized in that it further comprises an inflator sheath that extends between its proximal and distal ends (16, 14), and having a first end for air admission and a second end for air discharge, the second end opening out into the feed line in the proximity of the second pouch, so as to enable the second pouch to inflate before the first pouch. - a body having a longitudinal direction, a proximal end, and a distal end, and including at least a first inflatable pouch and a second inflatable pouch that are separate from each other in the longitudinal direction, the second pouch being situated between the distal end and the first pouch; and - a feed line that extends along the body, being in fluid-flow connection with each of the first and second pouches;
A retroreflective body, comprising: a plate-like transparent block body comprising: transverse grooves each having an isosceles right triangle shaped cross section and provided with first and second inclined reflective planes (24, 25) being orthogonal to one another, the transverse grooves being formed side by side in parallel on a back surface of the plate-like transparent block body; and longitudinal grooves having vertical reflective planes being orthogonal to the first and second inclined reflective planes (24, 25) and groove inclination planes opposed to the vertical reflective planes, the longitudinal grooves arranged in parallel with one another at a constant pitch on a front surface of the plate-like transparent block body, wherein the longitudinal grooves widen outwardly and are serrated in cross section, such that cube corners are formed with the first and second reflective planes and corresponding vertical reflective planes. transverse grooves each having an isosceles right triangle shaped cross section and provided with first and second inclined reflective planes (24, 25) being orthogonal to one another, the transverse grooves being formed side by side in parallel on a back surface of the plate-like transparent block body; and longitudinal grooves having vertical reflective planes being orthogonal to the first and second inclined reflective planes (24, 25) and groove inclination planes opposed to the vertical reflective planes, the longitudinal grooves arranged in parallel with one another at a constant pitch on a front surface of the plate-like transparent block body, wherein the longitudinal grooves widen outwardly and are serrated in cross section, such that cube corners are formed with the first and second reflective planes and corresponding vertical reflective planes.
A method of transmitting a Moving Picture Experts Group 2 Transport Stream, MPEG2 TS,-based media file, the method comprising: mapping a Presentation Time Stamp, PTS, of the first Presentation Unit, PU, of MPEG2 TS packets in each segment of the media file to a Media Presentation Time, MPT, of the first PU in a media presentation timeline for synchronization of at least one program element forming a program included in the media file with other media included in an other media file; and transmitting synchronization information including the mapped MPT of the first PU together with the segment including the MPEG2 TS packets of the media file, wherein the synchronization information is a segment index box in International Organization for Standardization, ISO, Based Media file format for the MPEG2 TS packets, wherein the synchronization information is positioned in front of the MPEG2 TS packets in the segment of the media file, wherein the synchronization information further includes timescale information representing a clock frequency of the media presentation timeline and packet identifier, PID, information of the MPEG2 TS packets carrying program elements for which the MPT is provided, wherein an MPT of a second PU in the media file or the other media file is calculated by using a PTS difference between the PTS of the first PU and a PTS of the second PU, a clock frequency of the PTS, 90000Hz, the clock frequency of the media presentation timeline, and the MPT of the first PU. mapping a Presentation Time Stamp, PTS, of the first Presentation Unit, PU, of MPEG2 TS packets in each segment of the media file to a Media Presentation Time, MPT, of the first PU in a media presentation timeline for synchronization of at least one program element forming a program included in the media file with other media included in an other media file; and transmitting synchronization information including the mapped MPT of the first PU together with the segment including the MPEG2 TS packets of the media file, wherein the synchronization information is a segment index box in International Organization for Standardization, ISO, Based Media file format for the MPEG2 TS packets, wherein the synchronization information is positioned in front of the MPEG2 TS packets in the segment of the media file, wherein the synchronization information further includes timescale information representing a clock frequency of the media presentation timeline and packet identifier, PID, information of the MPEG2 TS packets carrying program elements for which the MPT is provided, wherein an MPT of a second PU in the media file or the other media file is calculated by using a PTS difference between the PTS of the first PU and a PTS of the second PU, a clock frequency of the PTS, 90000Hz, the clock frequency of the media presentation timeline, and the MPT of the first PU.
A spray ionization device (10, 610, 710), comprising: a first tube including a first channel through which a liquid (Lf) can flow, the first tube including a first outlet for ejecting the liquid (Lf) at one end; a second tube (322, 522) surrounding the first tube with a gap and including a second channel (324, 524) through which a gas (Gf) can flow, the second tube (322, 522) including a second outlet (322a, 522a) arranged further toward a tip than the first outlet at the one end, the second channel (324, 524) being defined by an outer circumferential surface of the first tube and an inner circumferential surface of the second tube (322, 522); an electrode that extends within the first channel of the first tube from an opposite end to the one end, and is arranged so that a leading end is at the same position as the first outlet or further toward the opposite end than the first outlet, the electrode being capable of applying voltage to the liquid (Lf) by way of a power source connected to the electrode and being a wire formed from an electrode material including a platinum group metal, gold or an alloy thereof, or titanium or tungsten; and an opening (322d, 522d) provided to the second tube (322, 522) between the first outlet and the second outlet (322a, 522a), the opening (322d, 522d) being a portion at which a diameter of the inner circumferential surface of the second tube (322, 522) is smallest and being narrower than an opening of the first outlet, wherein electrically charged droplets of the liquid (Lf) can be ejected from the second outlet (322a, 522a). a second tube (322, 522) surrounding the first tube with a gap and including a second channel (324, 524) through which a gas (Gf) can flow, the second tube (322, 522) including a second outlet (322a, 522a) arranged further toward a tip than the first outlet at the one end, the second channel (324, 524) being defined by an outer circumferential surface of the first tube and an inner circumferential surface of the second tube (322, 522); an electrode that extends within the first channel of the first tube from an opposite end to the one end, and is arranged so that a leading end is at the same position as the first outlet or further toward the opposite end than the first outlet, the electrode being capable of applying voltage to the liquid (Lf) by way of a power source connected to the electrode and being a wire formed from an electrode material including a platinum group metal, gold or an alloy thereof, or titanium or tungsten; and an opening (322d, 522d) provided to the second tube (322, 522) between the first outlet and the second outlet (322a, 522a), the opening (322d, 522d) being a portion at which a diameter of the inner circumferential surface of the second tube (322, 522) is smallest and being narrower than an opening of the first outlet, wherein electrically charged droplets of the liquid (Lf) can be ejected from the second outlet (322a, 522a).
A method for controlling bandwidth part, BWP, applicable to a base station, comprising: transmitting (201, 301) downlink control information, DCI, to a user equipment, UE, for multiple times, wherein each DCI comprises information of a target BWP for notifying the UE to activate or deactivate the target BWP; and activating or deactivating (202, 302) the target BWP; characterized in that the step of transmitting (201, 301) the DCI to the UE for multiple times comprises: transmitting the DCI to the UE for K times, wherein K is a preset number of transmissions, and is an integer greater than 1; wherein the step of transmitting the DCI to the UE for K times comprises: transmitting the DCI to the UE for K times in different slots of one slot bundle or one slot window, wherein a transmission order of each DCI is implicitly indicated by the slot in which the DCI is located, and each slot bundle or each slot window comprises therein K slots. transmitting (201, 301) downlink control information, DCI, to a user equipment, UE, for multiple times, wherein each DCI comprises information of a target BWP for notifying the UE to activate or deactivate the target BWP; and activating or deactivating (202, 302) the target BWP; characterized in that the step of transmitting (201, 301) the DCI to the UE for multiple times comprises: transmitting the DCI to the UE for K times, wherein K is a preset number of transmissions, and is an integer greater than 1; wherein the step of transmitting the DCI to the UE for K times comprises: transmitting the DCI to the UE for K times in different slots of one slot bundle or one slot window, wherein a transmission order of each DCI is implicitly indicated by the slot in which the DCI is located, and each slot bundle or each slot window comprises therein K slots. transmitting the DCI to the UE for K times, wherein K is a preset number of transmissions, and is an integer greater than 1; wherein the step of transmitting the DCI to the UE for K times comprises: transmitting the DCI to the UE for K times in different slots of one slot bundle or one slot window, wherein a transmission order of each DCI is implicitly indicated by the slot in which the DCI is located, and each slot bundle or each slot window comprises therein K slots.
A method for distributing wireless local area network WLAN, access information to a wireless communication device based on a current location of the wireless communication device, the method comprising: determining, at a location services server based on a current location of the wireless communication device in one or more of a public safety communication system and a public carrier communication system (130-1, 130-2), a current coverage area corresponding to the current location, and then transmitting a message to a directory services server that comprises information identifying the current coverage area; and determining, at the directory services server, relevant WLAN access information for the current coverage area, wherein the relevant WLAN access information comprises a security credential controlling access to a WLAN within the current coverage area where the wireless communication device is currently located; and then transmitting, from the directory services server, a message to the wireless communication device that comprises the relevant WLAN access information. determining, at a location services server based on a current location of the wireless communication device in one or more of a public safety communication system and a public carrier communication system (130-1, 130-2), a current coverage area corresponding to the current location, and then transmitting a message to a directory services server that comprises information identifying the current coverage area; and determining, at the directory services server, relevant WLAN access information for the current coverage area, wherein the relevant WLAN access information comprises a security credential controlling access to a WLAN within the current coverage area where the wireless communication device is currently located; and then transmitting, from the directory services server, a message to the wireless communication device that comprises the relevant WLAN access information.
A traffic signal indicating apparatus, comprising: a state acquisition module, configured to acquire a traffic control state of a traffic management area; and a projection module, configured to project first visual information for indicating the traffic control state to a first-segment pavement within the traffic management area, the apparatus being characterised in that when the traffic control state acquired by the state acquisition module is pedestrian prohibition, the state acquisition module is further configured to acquire the quantity of pedestrians within the traffic management area, and the projection module is further configured to determine a second-segment pavement where a pedestrian may stay whilst waiting within the traffic management area in accordance with the acquired quantity of pedestrians, and project second visual information for indicating a range within which a pedestrian may stay whilst waiting to the determined second-segment pavement, wherein as the quantity of pedestrians within the traffic management area is larger, the area of the second-segment pavement is larger. a state acquisition module, configured to acquire a traffic control state of a traffic management area; and a projection module, configured to project first visual information for indicating the traffic control state to a first-segment pavement within the traffic management area, the apparatus being characterised in that when the traffic control state acquired by the state acquisition module is pedestrian prohibition, the state acquisition module is further configured to acquire the quantity of pedestrians within the traffic management area, and the projection module is further configured to determine a second-segment pavement where a pedestrian may stay whilst waiting within the traffic management area in accordance with the acquired quantity of pedestrians, and project second visual information for indicating a range within which a pedestrian may stay whilst waiting to the determined second-segment pavement, wherein as the quantity of pedestrians within the traffic management area is larger, the area of the second-segment pavement is larger.
A method of quantizing channel state information in a multiple-input transmission system having at least a transmitter and a receiver, the method comprising the steps of: quantizing information concerning a first estimate of a first channel state to produce first quantized information, and sending the first quantized information to the transmitter; quantizing information concerning a second estimate of a second channel state, wherein the second estimate is different from the first estimate, based on i) the second channel state and ii) the first quantized information, to produce a second quantized information, and sending the second quantized information to the transmitter. quantizing information concerning a first estimate of a first channel state to produce first quantized information, and sending the first quantized information to the transmitter; quantizing information concerning a second estimate of a second channel state, wherein the second estimate is different from the first estimate, based on i) the second channel state and ii) the first quantized information, to produce a second quantized information, and sending the second quantized information to the transmitter. i) the second channel state and ii) the first quantized information,
A loading hose connection assembly, comprising a pull-in line, a floating part and a connecting part, wherein the floating part comprises - a buoyant body configured to make the floating part float in a body of water; - a connecting part reception interface; - a first locking element; - a pull-in line guide element; - a loading hose connection interface; and wherein the connecting part comprises - a second locking element configured to enter into locking engagement with the first locking element; - a pull-in line connection interface; - a crane string connection interface; characterized in that the pull-in line extends from the pull-in line connection interface to the pull-in line guide element, and further to a pull-in section of the pull-in line, such that a pull in the pull-in section pulls the connecting part into the connecting part reception interface, thereby enabling a locking engagement with the floating part. - a buoyant body configured to make the floating part float in a body of water; - a connecting part reception interface; - a first locking element; - a pull-in line guide element; - a loading hose connection interface; and wherein the connecting part comprises - a second locking element configured to enter into locking engagement with the first locking element; - a pull-in line connection interface; - a crane string connection interface;
Sensor arrangement comprising a base plate, a sensor module, a damping element and a holding frame, wherein the base plate has a plane of main extent and a cutout which is perpendicular to the plane of main extent, wherein the holding frame is fastened in the cutout, and wherein the damping element is further arranged between the holding frame and the cutout, wherein the sensor module is pressed into the holding frame in an interlocking and force-fitting manner, characterized in that the holding frame is clamped together with the sensor module by the damping element, which comprises an elastic element, in the cutout in a force-fitting manner with respect to a movement perpendicular to the plane of main extent and in an interlocking manner with respect to a movement in the plane of main extent.
An energy supply system for a mobile resistance welding machine for flash-butt welding of track rails, comprising a combustion engine coupled to a generator as well as a charging device for charging an energy store, wherein the energy store is a buffer element of an intermediate circuit to which a welding inverter is connected, characterized in that the energy supply system comprises an island grid with further users to which the generator is connected and which is coupled to the intermediate circuit by means of a controlled power converter.
A safety system for an electrical panelboard, comprising: a connector site in the panelboard, the plug-in jaw electrically connected to conductors in the panelboard; the safety system characterized by: a barrier interface (300, 400, 500, 600) disposed over the connector site, the barrier interface operable to allow access to the connector site when the barrier interface is open and to block access to the connector site when the barrier interface is closed; and a circuit breaker having a terminal and one or more insertion keys (208a, 208b) extending parallel to the terminal, the one or more insertion keys positioned on the circuit breaker so that the insertion keys line up over the barrier interface to force the barrier interface open when the circuit breaker is inserted in the panelboard. a connector site in the panelboard, the plug-in jaw electrically connected to conductors in the panelboard; the safety system characterized by: a barrier interface (300, 400, 500, 600) disposed over the connector site, the barrier interface operable to allow access to the connector site when the barrier interface is open and to block access to the connector site when the barrier interface is closed; and a circuit breaker having a terminal and one or more insertion keys (208a, 208b) extending parallel to the terminal, the one or more insertion keys positioned on the circuit breaker so that the insertion keys line up over the barrier interface to force the barrier interface open when the circuit breaker is inserted in the panelboard. a barrier interface (300, 400, 500, 600) disposed over the connector site, the barrier interface operable to allow access to the connector site when the barrier interface is open and to block access to the connector site when the barrier interface is closed; and a circuit breaker having a terminal and one or more insertion keys (208a, 208b) extending parallel to the terminal, the one or more insertion keys positioned on the circuit breaker so that the insertion keys line up over the barrier interface to force the barrier interface open when the circuit breaker is inserted in the panelboard.
Security label having a hidden security feature, comprising two part elements, characterized in that a) the first part element has a carrier substrate with a thermo-direct coating, and b) the second part element is a substantially opaque element and has a diffractive optically active structure combined with a reflective metallic layer or an HRI layer joined to an opaque black, coloured or white layer, wherein the two part elements are joined to each other and then the first part element is printed through the second part element in a thermo-direct process. a) the first part element has a carrier substrate with a thermo-direct coating, and b) the second part element is a substantially opaque element and has a diffractive optically active structure combined with a reflective metallic layer or an HRI layer joined to an opaque black, coloured or white layer,
A method to treat metal or mineral ores, wherein the metal or mineral ore is a metallic sulphide ore containing copper, gold, platinum, silver, nickel, molybdenum, arsenic sulphides, cobalt, zinc, lead, tin, antimony or combinations thereof, with a collector composition comprising a dimeric nitrile, the dimeric nitrile obtainable by a process comprising: reacting a dimer fatty acid with ammonia at a temperature between about 200 °C and about 400 °C to form a dimeric amide; and removing water from the dimeric amide to form the dimeric nitrile. reacting a dimer fatty acid with ammonia at a temperature between about 200 °C and about 400 °C to form a dimeric amide; and removing water from the dimeric amide to form the dimeric nitrile.