mhurhangee/ep-ind-claims huggingface dataset:
A debris removal system to remove space debris existing in the space, the debris removal system comprising: at least one space device comprising an adhesion part which comprises adhesive to adhere to a space debris and to absorb the impact of the space debris and a propulsion part to obtain propulsion power; a guide-control part configured to move the space device close to the space debris so as to let the space device adhere to the space debris with the adhesion part; and a propulsion control part configured to control the propulsion part of the space device so as to move the space device adhering to the space debris toward the atmosphere together with the space debris by the propulsion part of the space device. at least one space device comprising an adhesion part which comprises adhesive to adhere to a space debris and to absorb the impact of the space debris and a propulsion part to obtain propulsion power; a guide-control part configured to move the space device close to the space debris so as to let the space device adhere to the space debris with the adhesion part; and a propulsion control part configured to control the propulsion part of the space device so as to move the space device adhering to the space debris toward the atmosphere together with the space debris by the propulsion part of the space device.
A device comprising: a laminate structure comprising: a plurality of metal layers (14-1 to 14-6) that are arranged in an alternating configuration with a plurality of dielectric layers (16-1 to 16-5); a fiducial defined by an opening in the laminate structure, wherein the opening extends through first and second metal layers (14-1, 14-2) of the plurality of metal layers, wherein the first metal layer is a topmost layer of the laminate structure; and a solder mask on a surface of the first metal layer, the solder mask forming a solder mask opening that is registered with the fiducial; wherein the device further comprises a metal coating on the laminate structure, wherein the metal coating is distinct from the first and second metal layers, and the metal coating is arranged on at least one horizontal surface of the laminate structure that is outside the opening, on at least one horizontal surface of the laminate structure that covers a bottom of the opening, and on a sidewall of the opening. a plurality of metal layers (14-1 to 14-6) that are arranged in an alternating configuration with a plurality of dielectric layers (16-1 to 16-5); a fiducial defined by an opening in the laminate structure, wherein the opening extends through first and second metal layers (14-1, 14-2) of the plurality of metal layers, wherein the first metal layer is a topmost layer of the laminate structure; and a solder mask on a surface of the first metal layer, the solder mask forming a solder mask opening that is registered with the fiducial; wherein the device further comprises a metal coating on the laminate structure, wherein the metal coating is distinct from the first and second metal layers, and the metal coating is arranged on at least one horizontal surface of the laminate structure that is outside the opening, on at least one horizontal surface of the laminate structure that covers a bottom of the opening, and on a sidewall of the opening.
A control system configured to exhaust gas from a building, the control system comprising: a common duct configured to carry the exhaust gas; a plenum in fluid communication with the common duct and configured to receive the exhaust gas from the common duct; an exhaust fan in fluid communication with the plenum, the exhaust fan being configured to draw gas through the plenum so as to discharge the gas through an outlet, and including an adjustable speed fan drive that operates the exhaust fan at variable speeds; and a first static pressure probe disposed in the common duct and a second static pressure probe disposed in the plenum, the first and second static pressure probes operable to measure a static pressure of the exhaust gas, wherein the control system receives inputs from the static pressure probes and controls the speed of the exhaust fan so as to maintain a discharge velocity of gas at the outlet at or above a minimum exhaust gas flow rate. a common duct configured to carry the exhaust gas; a plenum in fluid communication with the common duct and configured to receive the exhaust gas from the common duct; an exhaust fan in fluid communication with the plenum, the exhaust fan being configured to draw gas through the plenum so as to discharge the gas through an outlet, and including an adjustable speed fan drive that operates the exhaust fan at variable speeds; and a first static pressure probe disposed in the common duct and a second static pressure probe disposed in the plenum, the first and second static pressure probes operable to measure a static pressure of the exhaust gas, wherein the control system receives inputs from the static pressure probes and controls the speed of the exhaust fan so as to maintain a discharge velocity of gas at the outlet at or above a minimum exhaust gas flow rate.
System for projecting immersive content, comprising at least one audiovisual content reproducing-projecting device, each audiovisual content reproducing-projecting device comprising the following components inside a compact container: - a control module comprising: - at least one wireless communication interface for communicating with a mobile terminal of a user, - connection means for connecting to the Internet, - a plurality of communication interfaces (1A, 1B, 1C) for transmitting spherical content in an equirectangular projection format having a geometric distortion, said spherical content being obtained from at least one local data storage unit or obtained over the Internet from at least one content server; - an immersive content projector connected to the control module by means of at least one of the communication interfaces (1B, 1C), wherein the immersive content projector is configured to project the spherical content in the equirectangular projection format having a geometric distortion, and wherein a fisheye conversion lens is coupled to the immersive content projector to counteract the geometric distortion of the spherical content in the equirectangular projection format thereby providing to a user an immersive projection with a visual coverage of 180° horizontally; - an audio module connected to the control module for reproducing sound of the spherical content transmitted by the control module to the immersive content projector. - a control module comprising: - at least one wireless communication interface for communicating with a mobile terminal of a user, - connection means for connecting to the Internet, - a plurality of communication interfaces (1A, 1B, 1C) for transmitting spherical content in an equirectangular projection format having a geometric distortion, said spherical content being obtained from at least one local data storage unit or obtained over the Internet from at least one content server; - at least one wireless communication interface for communicating with a mobile terminal of a user, - connection means for connecting to the Internet, - a plurality of communication interfaces (1A, 1B, 1C) for transmitting spherical content in an equirectangular projection format having a geometric distortion, said spherical content being obtained from at least one local data storage unit or obtained over the Internet from at least one content server; - an immersive content projector connected to the control module by means of at least one of the communication interfaces (1B, 1C), wherein the immersive content projector is configured to project the spherical content in the equirectangular projection format having a geometric distortion, and wherein a fisheye conversion lens is coupled to the immersive content projector to counteract the geometric distortion of the spherical content in the equirectangular projection format thereby providing to a user an immersive projection with a visual coverage of 180° horizontally; - an audio module connected to the control module for reproducing sound of the spherical content transmitted by the control module to the immersive content projector.
A composition comprising (i) 0.001-12.5 wt.-% of a peptide with 2-12 amino acids substituted with a lipophilic moiety, (ii) 0.00001-2 wt.-% of a water soluble salt of an alkali, earth alkaline metal or transition metal, (iii) at least 10 wt.-% of at least one water-soluble polyol containing 2 to 10 carbon atoms and 2 to 7 hydroxyl groups and (iv) at least 10 wt.-% of water whereas the total amount of ingredients sums up to 100 wt.-%. (i) 0.001-12.5 wt.-% of a peptide with 2-12 amino acids substituted with a lipophilic moiety, (ii) 0.00001-2 wt.-% of a water soluble salt of an alkali, earth alkaline metal or transition metal, (iii) at least 10 wt.-% of at least one water-soluble polyol containing 2 to 10 carbon atoms and 2 to 7 hydroxyl groups and (iv) at least 10 wt.-% of water whereas the total amount of ingredients sums up to 100 wt.-%.
A coated substrate, comprising: a substrate; and a coating on the substrate, wherein the coating includes carbon nanotubes and a carrier, wherein the coating includes regions of the carbon nanotubes arranged in a zigzag pattern, and wherein within the regions, the carbon nanotubes are substantially aligned longitudinally relative to each other, wherein the carbon nanotubes define a predetermined conductivity profile of the coating, and wherein the predetermined conductivity profile is configured to effectuate electrostatic dispersal by the coated substrate. a substrate; and a coating on the substrate, wherein the coating includes carbon nanotubes and a carrier, wherein the coating includes regions of the carbon nanotubes arranged in a zigzag pattern, and wherein within the regions, the carbon nanotubes are substantially aligned longitudinally relative to each other, wherein the carbon nanotubes define a predetermined conductivity profile of the coating, and wherein the predetermined conductivity profile is configured to effectuate electrostatic dispersal by the coated substrate.
Refrigerating device with a first cooling region, to which cold air forcibly circulated by a fan is supplied by way of at least one air supply aperture and removed by way of an air discharge aperture, wherein the first cooling region is subdivided by a first partition into a storage zone and an air distribution zone (27, 31), into which the air supply and air discharge apertures (37, 33) open and that a plurality of holes (30, 32) is formed in the first partition for the passage of air from the air distribution zone (27, 31) to the storage zone and vice versa, wherein the air distribution zone is subdivided by a thick second partition into an upstream region, into which the air supply aperture opens and from which air passes into the storage region, and a downstream region, into which the air discharge aperture opens and into which air passes from the storage region, characterised in that the second partition is moulded as a single part on the first partition and the second partition with its free end adjoins an intermediate wall, the first partition is detachably arranged on the intermediate wall.
A computer-implemented method comprising: receiving speech data indicative of a candidate hotword spoken by a user of a client device; determining that the candidate hotword satisfies one or more hotword suitability criteria; and in response to determining that the candidate hotword satisfies one or more hotword suitability criteria, determining that subsequently received audio data includes an utterance of the hotword; in response to determining that the subsequently received audio data includes an utterance of the hotword, causing the client device to enter a state in which it may receive voice commands. receiving speech data indicative of a candidate hotword spoken by a user of a client device; determining that the candidate hotword satisfies one or more hotword suitability criteria; and in response to determining that the candidate hotword satisfies one or more hotword suitability criteria, determining that subsequently received audio data includes an utterance of the hotword; in response to determining that the subsequently received audio data includes an utterance of the hotword, causing the client device to enter a state in which it may receive voice commands.
A system for determining at least one rotation parameter of a rotary member, said system comprising: - an encoder intended to be combined in rotation with the rotary member so as to move jointly therewith, said encoder comprising a body whereon is formed a magnetic track that is able to emit a periodic magnetic signal representative of the rotation of said encoder, said track having an alternation of North and South magnetic poles separated by i transitions, each of said transitions extending along an Archimedean spiral defined in polar coordinates in relation to the axis of rotation by the equation ρ = Npp. Lp π. θ + θ i, N pp being the number of pairs of poles of the magnetic track and L p the polar width of each of the poles according to the radius of said encoder, the angle θ i of rotation of the i th spiral in relation to the first spiral being equal to π Npp. i with i between 0 and 2.N pp -1; - a rotation sensor able to detect the periodic magnetic field emitted by said encoder by means of a plurality of magnetic sensitive elements (4a, 4b); said system being characterised in that the sensitive elements (4a, 4b) are angularly distributed along the magnetic track in order to each deliver a signal representative of the rotation of the encoder, said sensor further comprising a device for subtracting the signals (V 1, V 2) delivered by two sensitive elements (4a, 4b) forming therebetween an angle γ that is such that: 0.55π < γ.N pp < 0.83π, modulo 2π; or 1.17π < γ.N pp < 1.45π, modulo 2π. - an encoder intended to be combined in rotation with the rotary member so as to move jointly therewith, said encoder comprising a body whereon is formed a magnetic track that is able to emit a periodic magnetic signal representative of the rotation of said encoder, said track having an alternation of North and South magnetic poles separated by i transitions, each of said transitions extending along an Archimedean spiral defined in polar coordinates in relation to the axis of rotation by the equation ρ = Npp. Lp π. θ + θ i, N pp being the number of pairs of poles of the magnetic track and L p the polar width of each of the poles according to the radius of said encoder, the angle θ i of rotation of the i th spiral in relation to the first spiral being equal to π Npp. i with i between 0 and 2.N pp -1; - a rotation sensor able to detect the periodic magnetic field emitted by said encoder by means of a plurality of magnetic sensitive elements (4a, 4b); said system being characterised in that the sensitive elements (4a, 4b) are angularly distributed along the magnetic track in order to each deliver a signal representative of the rotation of the encoder, said sensor further comprising a device for subtracting the signals (V 1, V 2) delivered by two sensitive elements (4a, 4b) forming therebetween an angle γ that is such that: 0.55π < γ.N pp < 0.83π, modulo 2π; or 1.17π < γ.N pp < 1.45π, modulo 2π. 0.55π < γ.N pp < 0.83π, modulo 2π; or 1.17π < γ.N pp < 1.45π, modulo 2π.
Method for producing a sensor, comprising the following steps: - arranging a sensor element on a carrier, - arranging a cover on the sensor element, wherein the sensor element is enclosed between the cover and the carrier, - adhesively bonding a carrier film onto the cover, - producing an opening in the carrier film and the cover, wherein the openings in the carrier film and the cover at least partly overlap, - removing the carrier film from the sensor. - arranging a sensor element on a carrier, - arranging a cover on the sensor element, wherein the sensor element is enclosed between the cover and the carrier, - adhesively bonding a carrier film onto the cover, - producing an opening in the carrier film and the cover, wherein the openings in the carrier film and the cover at least partly overlap, - removing the carrier film from the sensor.
An assembly for attaching and connecting a computer data storage device to an on-board computer, the storage device and the on-board computer each including a connector, the attaching assembly including: - an encapsulation structure defining a space for receiving the storage device and comprising means for attaching the storage device in this receiving space; and - a receiving structure defining a receiving space making it possible to insert the encapsulation structure therein and comprising a first connector complementary to the connector of the storage device and a second connector complementary to the connector of the onboard computer; wherein the encapsulation structure and the storage device mounted therein are movable relative to the receiving structure between an inserted configuration in which the encapsulation structure and the storage device are inserted into the receiving structure and the connector of the storage device is connected to the first connector, and a removed configuration in which the encapsulation structure and the storage device are removed from the receiving structure and the connector of the storage device is disconnected from the first connector; wherein the receiving structure includes a flexible communication link connecting the first connector and the second connector, one of the connectors (48; 50) being movable relative to the other; wherein the second connector is disposed in the distal end of the receiving structure and is fixed relative to the receiving structure; wherein the first connector is positioned in a distal part of the receiving space of the receiving structure to cooperate with the connector of the storage device due to the insertion of the encapsulation structure into the receiving space, and wherein the first connector is mounted on a carriage movable in translation relative to the receiving structure along an insertion axis. - an encapsulation structure defining a space for receiving the storage device and comprising means for attaching the storage device in this receiving space; and - a receiving structure defining a receiving space making it possible to insert the encapsulation structure therein and comprising a first connector complementary to the connector of the storage device and a second connector complementary to the connector of the onboard computer;
A system for distributed quality monitoring of packet-based communications, comprising: an agent station, operated by an agent, including an agent desktop and a telephone connected to the agent desktop, wherein the agent desktop is configured to analyse voice packets representative of a phone call from a customer; a server operably connected to the agent desktop, the server being configured to provide a directory of information; a computer telephony interface operably connected to the agent station, and configured to provide the computer telephony interface to the agent desktop; an exchange manager operably connected to the computer telephony interface and configured to control phone call flow to the agent desktop; and a storage facility operably connected to the exchange manager, the storage facility being configured to provide additional storage capability for the system, characterised in that: the agent desktop is configured to perform speech energy analysis and speech recognition analysis of the voice packets; and the agent desktop is configured to transmit a report to a supervisory station or to notify the agent on how to manage the customer interaction based on the speech energy and the detection of words in selected word categories. an agent station, operated by an agent, including an agent desktop and a telephone connected to the agent desktop, wherein the agent desktop is configured to analyse voice packets representative of a phone call from a customer; a server operably connected to the agent desktop, the server being configured to provide a directory of information; a computer telephony interface operably connected to the agent station, and configured to provide the computer telephony interface to the agent desktop; an exchange manager operably connected to the computer telephony interface and configured to control phone call flow to the agent desktop; and a storage facility operably connected to the exchange manager, the storage facility being configured to provide additional storage capability for the system, characterised in that: the agent desktop is configured to perform speech energy analysis and speech recognition analysis of the voice packets; and the agent desktop is configured to transmit a report to a supervisory station or to notify the agent on how to manage the customer interaction based on the speech energy and the detection of words in selected word categories. the agent desktop is configured to perform speech energy analysis and speech recognition analysis of the voice packets; and the agent desktop is configured to transmit a report to a supervisory station or to notify the agent on how to manage the customer interaction based on the speech energy and the detection of words in selected word categories.
A seal assembly for use between a rotating component and a stationary component in a turbo machine, the seal assembly comprising: a leaf seal assembly including at least one set of leaf seal members, each leaf seal member having: a planar surface having an areal dimension; and a distal end positioned adjacent the planar surface; characterized in that the distal end of at least one of the set of leaf seal members includes a curled end; a runner (116, 216) pivotally coupled to the distal end of at least one leaf seal member of the at least one set of leaf seal members, the runner (116, 216) including at least one pocket for pivotally engaging the curled end of the at least one of the set of leaf seal members, wherein the at least one leaf seal member maintains the runner (116, 216) in a first position away from the rotating component in an unpressurized inoperative state and moves the runner (116, 216) to a second position, close to, but not contacting, the rotating component in a pressurized operative state. a leaf seal assembly including at least one set of leaf seal members, each leaf seal member having: a planar surface having an areal dimension; and a distal end positioned adjacent the planar surface; a planar surface having an areal dimension; and a distal end positioned adjacent the planar surface; characterized in that the distal end of at least one of the set of leaf seal members includes a curled end; a runner (116, 216) pivotally coupled to the distal end of at least one leaf seal member of the at least one set of leaf seal members, the runner (116, 216) including at least one pocket for pivotally engaging the curled end of the at least one of the set of leaf seal members, wherein the at least one leaf seal member maintains the runner (116, 216) in a first position away from the rotating component in an unpressurized inoperative state and moves the runner (116, 216) to a second position, close to, but not contacting, the rotating component in a pressurized operative state.