mhurhangee/ep-ind-claims huggingface dataset:
A connector assembly comprising: a. a main body having a jack cavity within which a plurality of electrical contact members are disposed, the main body having a first retention structure, the main body being provided with a pair of slot structures and a pair of cavities; and b. a latch member mounted to the main body, the latch member being formed as a flexible metal spring having a first portion joined to a second portion by a bent portion, the first portion having a locking rib structure at a free end opposite to the bent portion, the second portion having a retention structure with side edges (40a, 40b) configured to enter the slot structures of the main body, the retention structure including a pair of bent tabs configured to snap into the cavities located in the main body; c. wherein the first portion and locking rib structure can be depressed towards the main body. a. a main body having a jack cavity within which a plurality of electrical contact members are disposed, the main body having a first retention structure, the main body being provided with a pair of slot structures and a pair of cavities; and b. a latch member mounted to the main body, the latch member being formed as a flexible metal spring having a first portion joined to a second portion by a bent portion, the first portion having a locking rib structure at a free end opposite to the bent portion, the second portion having a retention structure with side edges (40a, 40b) configured to enter the slot structures of the main body, the retention structure including a pair of bent tabs configured to snap into the cavities located in the main body; c. wherein the first portion and locking rib structure can be depressed towards the main body.
An optical device comprising: - a four-way optical coupler having an input port, two side ports (260, 280) and an output port, said optical coupler defining an optical path from the input port to the two side ports (260, 280) and from each of the two side ports (260, 280) to the output port such that light received by the optical coupler through the input port is coupled to each of the side ports (260, 280) and light entering either of the side ports (260, 280) may be directed through both the input port and the output port; - an optical path optically connecting the side ports (260, 280) such that the light entering the input port and coupled to one of the side ports (260, 280) propagates through the optical path back into the other side port, the optical path comprising a first and a second portion having different lengths, the first portion imparting dispersive characteristic and the second portion nonlinear characteristic, characterized in that said optical path comprises a plurality of first and second portions, wherein each first portion imparts stronger nonlinear effect followed by a second portion that introduces more dispersion, - wherein the lengths and the dispersive and nonlinear characteristics of the portions in the optical path are selected in accordance with characteristics of an input pulse such that input pulses are compressed in width and are phase shifted with respect to each other by an amount to cause the pulses to interfere when combined in the optical coupler to separate out lower intensity noise components from peak signal components associated with the pulses. - a four-way optical coupler having an input port, two side ports (260, 280) and an output port, said optical coupler defining an optical path from the input port to the two side ports (260, 280) and from each of the two side ports (260, 280) to the output port such that light received by the optical coupler through the input port is coupled to each of the side ports (260, 280) and light entering either of the side ports (260, 280) may be directed through both the input port and the output port; - an optical path optically connecting the side ports (260, 280) such that the light entering the input port and coupled to one of the side ports (260, 280) propagates through the optical path back into the other side port, the optical path comprising a first and a second portion having different lengths, the first portion imparting dispersive characteristic and the second portion nonlinear characteristic, characterized in that said optical path comprises a plurality of first and second portions, wherein each first portion imparts stronger nonlinear effect followed by a second portion that introduces more dispersion, - wherein the lengths and the dispersive and nonlinear characteristics of the portions in the optical path are selected in accordance with characteristics of an input pulse such that input pulses are compressed in width and are phase shifted with respect to each other by an amount to cause the pulses to interfere when combined in the optical coupler to separate out lower intensity noise components from peak signal components associated with the pulses.
A method comprising, by a first computing device: accessing a digital map of a real-world region, wherein the digital map comprises one or more three-dimensional meshes corresponding to one or more three-dimensional objects within the real-world region; receiving, from a second computing device, an object query comprising an identifier for an anchor (305A-D) in the digital map, positional information relative to the anchor, and information associated with a directional vector; determining a position within the digital map based on the identifier for the anchor and the positional information relative to the anchor; determining a three-dimensional mesh in the digital map that intersects with a directional vector sent by the second computing device from the determined position within the digital map; identifying metadata associated with the three-dimensional mesh; and sending the metadata to the second computing device; wherein the metadata comprises semantic information associated with the identified object, for rendering on the second computing device. accessing a digital map of a real-world region, wherein the digital map comprises one or more three-dimensional meshes corresponding to one or more three-dimensional objects within the real-world region; receiving, from a second computing device, an object query comprising an identifier for an anchor (305A-D) in the digital map, positional information relative to the anchor, and information associated with a directional vector; determining a position within the digital map based on the identifier for the anchor and the positional information relative to the anchor; determining a three-dimensional mesh in the digital map that intersects with a directional vector sent by the second computing device from the determined position within the digital map; identifying metadata associated with the three-dimensional mesh; and sending the metadata to the second computing device; wherein the metadata comprises semantic information associated with the identified object, for rendering on the second computing device.
Method of securing a ring on the neck of a bottle comprising a dispensing member, said neck having an annular wall surmounting an outer shoulder for connecting said neck with the body of said bottle, said ring having a sleeve whose lower end is provided with locking means, the dispensing member comprising a body having an outer bearing, said method providing for: - mounting the sleeve of the ring inside the annular wall of the neck with the locking means radially opposite the shoulder; - sliding the body of the dispensing member inside the sleeve to have the locking means radially supported on the outer bearing and axially supported on the shoulder to ensure the locking of the securing of the ring in the neck; characterised in that the locking means comprises at least one outer projection which is snapped onto the shoulder when assembling the sleeve in the annular wall of the neck, the outer bearing being arranged to prevent unlatching. - mounting the sleeve of the ring inside the annular wall of the neck with the locking means radially opposite the shoulder; - sliding the body of the dispensing member inside the sleeve to have the locking means radially supported on the outer bearing and axially supported on the shoulder to ensure the locking of the securing of the ring in the neck;
An apparatus comprising: multiple microphones configured to generate multiple audio signals, each microphone (104, 106) of the multiple microphones configured to generate a respective audio signal of the multiple audio signals based on sound of a far-field acoustic environment as detected at the microphone; a signal processing system configured to process the multiple audio signals to generate at least one processed audio signal, the signal processing system configured to update one or more processing parameters while operating in a first operational mode and configured to use a static version of the one or more processing parameters while operating in a second operational mode; and a keyword detection system configured to perform keyword detection based on the at least one processed audio signal to determine whether the sound includes an utterance corresponding to a keyword and, based on a result of the keyword detection, to send a control signal to the signal processing system to change an operational mode of the signal processing system from the first operational mode to the second operational mode, the apparatus being characterised in that the signal processing system is further configured to generate a target audio signal based on a direction of arrival, DOA, of a portion of the sound corresponding to the utterance and to provide the target audio signal to a voice recognition system based on the result of the keyword detection. multiple microphones configured to generate multiple audio signals, each microphone (104, 106) of the multiple microphones configured to generate a respective audio signal of the multiple audio signals based on sound of a far-field acoustic environment as detected at the microphone; a signal processing system configured to process the multiple audio signals to generate at least one processed audio signal, the signal processing system configured to update one or more processing parameters while operating in a first operational mode and configured to use a static version of the one or more processing parameters while operating in a second operational mode; and a keyword detection system configured to perform keyword detection based on the at least one processed audio signal to determine whether the sound includes an utterance corresponding to a keyword and, based on a result of the keyword detection, to send a control signal to the signal processing system to change an operational mode of the signal processing system from the first operational mode to the second operational mode, the apparatus being characterised in that the signal processing system is further configured to generate a target audio signal based on a direction of arrival, DOA, of a portion of the sound corresponding to the utterance and to provide the target audio signal to a voice recognition system based on the result of the keyword detection.
An object comprising: a body comprising an antenna; and an integrated circuit embedded in the body and electrically connected to the antenna for receiving and transmitting wireless signals, wherein the integrated circuit is configured to receive wireless signals at first and second different frequencies, to wait until a command is received at the first frequency from a first reader device before transmitting a first signal to the first reader device and, upon detection of a signal at a second frequency different to the first frequency from a second reader device, to transmit a second signal to the second reader device without waiting until a command is received, wherein the second signal comprises instructions for the second reader device to reduce the power of its transmission. a body comprising an antenna; and an integrated circuit embedded in the body and electrically connected to the antenna for receiving and transmitting wireless signals, wherein the integrated circuit is configured to receive wireless signals at first and second different frequencies, to wait until a command is received at the first frequency from a first reader device before transmitting a first signal to the first reader device and, upon detection of a signal at a second frequency different to the first frequency from a second reader device, to transmit a second signal to the second reader device without waiting until a command is received, wherein the second signal comprises instructions for the second reader device to reduce the power of its transmission.
Use of a composition for regulating the cell cycle of hematopoietic stem cells, the composition comprising: a KAI1 polypeptide or a gene encoding the same, and a DARC polypeptide or a gene encoding the same., wherein the use is in vitro. a KAI1 polypeptide or a gene encoding the same, and a DARC polypeptide or a gene encoding the same., wherein the use is in vitro.
A method of observing a state of a sensor having a plurality of electrodes, the method comprising: (a) repeatedly applying voltage pulses to the sensor at a predetermined frequency; (b) observing a peak instantaneous electrical current of the sensor following application of each pulse; and (c) observing the charge passing through the sensor over a period of time following application of each pulse; so that the state of the sensor is observed; characterized in that the method comprises: observing the maximum current value (counts / second) during the initial 2 seconds in response to a voltage pulse applied to the sensor, and comparing the maximum current value to a predetermined test value. (a) repeatedly applying voltage pulses to the sensor at a predetermined frequency; (b) observing a peak instantaneous electrical current of the sensor following application of each pulse; and (c) observing the charge passing through the sensor over a period of time following application of each pulse; observing the maximum current value (counts / second) during the initial 2 seconds in response to a voltage pulse applied to the sensor, and comparing the maximum current value to a predetermined test value.
Substituted 3,4,12,12a-tetrahydro-1H-[1,4] oxazino[3,4-c]pyrido[2,1-f] [1,2,4]triazine-6,8-dione of general formula 1, a stereoisomer, pharmaceutically acceptable salt, solvate, hydrate, a crystalline or polycrystalline form thereof wherein: R 1 is 6,7-difluoro-5,10-dihydrothieno[3,2-c] benzothiepin-10-yl, (3,4-difluorophenyl)(phenyl)methyl, (3,4-difluorophenyl)(2-methylsulfanylphenyl)methyl, diphenylmethyl, bis(4-fluorophenyl)methyl; R 2 is hydrogen or a protective group selected from the group comprising {[(C 1 -Csalkyl)oxycarbonyl]-oxy}methoxy. R 1 is 6,7-difluoro-5,10-dihydrothieno[3,2-c] benzothiepin-10-yl, (3,4-difluorophenyl)(phenyl)methyl, (3,4-difluorophenyl)(2-methylsulfanylphenyl)methyl, diphenylmethyl, bis(4-fluorophenyl)methyl; R 2 is hydrogen or a protective group selected from the group comprising {[(C 1 -Csalkyl)oxycarbonyl]-oxy}methoxy.
A protection device for technical clothing, in particular for motorcycling, comprising a complex honeycomb structure, wherein said honeycomb structure comprises two planes or levels (2A, 2B), which correspond, respectively, to an outer side and to an inner side of said protection device, each of said planes or levels (2A, 2B) being composed of a series of base modules formed by a plurality of polygonal shape holes (1A, 1B, 1C), and wherein said base modules are repeated on each of said planes or levels (2A, 2B) and are superimposed over each other in an offset position with respect to said planes (2A, 2B), characterized in that a first base module of a first plane or level, which is identical to a second base module of a second plane or level, is translated along a vertical axis passing through a center of said first base modules of a distance equal to 14.3 mm and contemporarily rotated of 180° with respect to said center of said first base module.
An information storage unit (101, 201, 302) comprising: an optically transmissive memory element (104, 306); an optically transmissive light-receiving device (102, 304) configured to receive an optical signal, at least a portion of said optical signal to pass through a material of said optically transmissive light-receiving device (102,304), from several directions, said optical signal communicating with the memory element (104, 306) and comprising a request for retrieving information data stored in said memory element (104, 306); and an optically transmissive control unit (103, 305) electrically connected to said light-receiving device (102, 304) and to said memory element (104, 306), wherein said control unit (103, 305) is configured to communicate with the memory element (104, 306) to retrieve information data stored in said memory element (104, 306) based on said request; wherein said information storage unit (101, 201, 302) is arranged and configured such that an optical signal transmitted from a light-emitting device external to said information storage unit (101, 201, 302) propagates unguided from said external light-emitting device to said light-receiving device (102, 304) through said information storage unit. an optically transmissive memory element (104, 306); an optically transmissive light-receiving device (102, 304) configured to receive an optical signal, at least a portion of said optical signal to pass through a material of said optically transmissive light-receiving device (102,304), from several directions, said optical signal communicating with the memory element (104, 306) and comprising a request for retrieving information data stored in said memory element (104, 306); and an optically transmissive control unit (103, 305) electrically connected to said light-receiving device (102, 304) and to said memory element (104, 306), wherein said control unit (103, 305) is configured to communicate with the memory element (104, 306) to retrieve information data stored in said memory element (104, 306) based on said request; wherein said information storage unit (101, 201, 302) is arranged and configured such that an optical signal transmitted from a light-emitting device external to said information storage unit (101, 201, 302) propagates unguided from said external light-emitting device to said light-receiving device (102, 304) through said information storage unit.
A device allowing the pressure in a domestic hot water circuit to be regulated and consequentially a hot water flow-rate leaving at least one draw-off point being part of the installation for the distribution of domestic hot water, said device including at least one source of hot water pressurized by a pump, at least one small cross-section pipe circuit (5.2) bringing water to at least one draw-off point, and a regulating system characterized in that the regulating system includes a pressure reducer placed upstream of each small-cross section hot water circuit and in that the device includes means for determining the pressure in each small cross-section pipe (5.2) at one or a plurality of draw-off points and for transmitting the pressure information to the pressure reducer corresponding to the draw-off point(s).
A disposable electronic-cigarette cartridge; the disposable cartridge comprising: a hygroscopic pad; and a liquid substance which impregnates the hygroscopic pad and is vapourized in use; the disposable cartridge being characterized by comprising a surface covering which is located on the outside of the hygroscopic pad, completely covers the hygroscopic pad, is impermeable to liquid, and is permeable to gas. a hygroscopic pad; and a liquid substance which impregnates the hygroscopic pad and is vapourized in use; the disposable cartridge being characterized by comprising a surface covering which is located on the outside of the hygroscopic pad, completely covers the hygroscopic pad, is impermeable to liquid, and is permeable to gas.
An in vitro method for detecting differentiated hematopoietic cells comprising the steps: a) isolation of undifferentiated hematopoietic stem cells in groups of 1 - 1000 cells on a support b) proliferating the isolated cells to form cell colonies of differentiated hematopoietic cells by providing cell media comprising a growth factor c) contacting the cell colonies with one or more marker conjugates comprising at least one detection moiety and at least one antigen recognizing moiety against CD14, CD235a and CD15. d) detecting the relative amount of differentiated hematopoietic stem cells in a cell colony labelled with the marker conjugates. a) isolation of undifferentiated hematopoietic stem cells in groups of 1 - 1000 cells on a support b) proliferating the isolated cells to form cell colonies of differentiated hematopoietic cells by providing cell media comprising a growth factor c) contacting the cell colonies with one or more marker conjugates comprising at least one detection moiety and at least one antigen recognizing moiety against CD14, CD235a and CD15. d) detecting the relative amount of differentiated hematopoietic stem cells in a cell colony labelled with the marker conjugates.
Interface for controlling at least one function of a motor vehicle member, including: - at least one control member comprising: - a movable gripping element, - at least one metal index (6a, 6b) carried by the movable gripping element and movable therewith, - a guide, the movable gripping element being supported and guided in displacement by the guide, and - the interface further including a capacitive touch panel configured to detect the position of the metal index (6a, 6b), the guide being fastened to the capacitive touch panel, the metal index (6a, 6b) being arranged opposite the capacitive touch panel, characterized in that the interface includes at least one pressure sensor configured to measure a parameter representative of a pressing force exerted on the capacitive touch panel, the detection of the pressing force exerted on the capacitive touch panel enabling detection of a pressing action exerted on the control member. - at least one control member comprising: - a movable gripping element, - at least one metal index (6a, 6b) carried by the movable gripping element and movable therewith, - a guide, the movable gripping element being supported and guided in displacement by the guide, and - the interface further including a capacitive touch panel configured to detect the position of the metal index (6a, 6b), the guide being fastened to the capacitive touch panel, the metal index (6a, 6b) being arranged opposite the capacitive touch panel,