mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a digital assistant, the method comprising: sampling, using a first microphone of a first electronic device, a first audio signal; sampling, using a second microphone of a second electronic device different from the first electronic device, a second audio signal; determining, at a third electronic device different from the first electronic device and the second electronic device, whether any of the first audio signal and the second audio signal corresponds to a spoken trigger; obtaining directional information associated with an audio source based on the first audio signal and the second audio signal; in accordance with a determination that the first audio signal or the second audio signal correspond to a spoken trigger: initiating, by a fourth electronic device, a session of the digital assistant, wherein initiating the session of the digital assistant comprises providing, by the digital assistant, an audio output based on the directional information; in accordance with a determination that the first audio signal and the second audio signal do not correspond to the spoken trigger: foregoing, by the fourth electronic device, initiating a session of the digital assistant. sampling, using a first microphone of a first electronic device, a first audio signal; sampling, using a second microphone of a second electronic device different from the first electronic device, a second audio signal; determining, at a third electronic device different from the first electronic device and the second electronic device, whether any of the first audio signal and the second audio signal corresponds to a spoken trigger; obtaining directional information associated with an audio source based on the first audio signal and the second audio signal; in accordance with a determination that the first audio signal or the second audio signal correspond to a spoken trigger: initiating, by a fourth electronic device, a session of the digital assistant, wherein initiating the session of the digital assistant comprises providing, by the digital assistant, an audio output based on the directional information; in accordance with a determination that the first audio signal and the second audio signal do not correspond to the spoken trigger: foregoing, by the fourth electronic device, initiating a session of the digital assistant. in accordance with a determination that the first audio signal or the second audio signal correspond to a spoken trigger: initiating, by a fourth electronic device, a session of the digital assistant, wherein initiating the session of the digital assistant comprises providing, by the digital assistant, an audio output based on the directional information; in accordance with a determination that the first audio signal and the second audio signal do not correspond to the spoken trigger: foregoing, by the fourth electronic device, initiating a session of the digital assistant.
Method for manufacturing a photonic waveguide with low insertion losses between the photonic waveguide and an optical fiber, the method including the following steps: - forming an optical waveguide in a first surface of a dielectric substrate; and - thinning the dielectric substrate in order to form a photonic waveguide having a first end and a second end opposite the first end; the thinning being carried out by cutting a second surface of the dielectric substrate, which surface is opposite the first surface, the thinning comprising forming a void the profile of which is parallel to the optical waveguide, characterized in that the depth of the void varies continuously and gradually between a first point P1 of zero depth at the height of the second surface, and a maximum depth (e) at a preset distance (I q) from the first end of the photonic waveguide, which end is intended to receive the optical fiber, the variation in the depth of the void forming a vertical optical-mode transition zone of length (I q) between the photonic waveguide and the optical fiber. - forming an optical waveguide in a first surface of a dielectric substrate; and - thinning the dielectric substrate in order to form a photonic waveguide having a first end and a second end opposite the first end;
Valveless fitting base for sanitary installations, comprising a) a fluid guide, b) an electrical signal interface and/or an electrical energy interface for the transmission of electrical control signals and/or electrical energy between the fitting base and a plug-on fitting, c) a housing, characterized in that the valveless fitting base also comprises: d) a rotary base, which is mounted in a rotatable manner in the housing and on which a plug-on fitting can be plugged, wherein the rotary base is equipped for preventing a rotation between the rotary base and the plugged-on fitting. a) a fluid guide, b) an electrical signal interface and/or an electrical energy interface for the transmission of electrical control signals and/or electrical energy between the fitting base and a plug-on fitting, c) a housing,
A resource configuration method for a Single-Cell Multicast Control Channel, SC-MCCH, comprising: sending, by a base station, a system broadcast message, wherein the system broadcast message contains configuration information of an SC-MCCH, the configuration information comprises a Modification Period, MP, of the SC-MCCH and time-domain location information of the SC-MCCH, configuration information of SC-MCCH change notification information, and the configuration information of the SC-MCCH further comprises at least one of: a Repetition Period, RP, of the SC-MCCH, and a value tag, characterized in that the time-domain location information of the SC-MCCH indicates locations of a radio frame and radio subframe where the SC-MCCH is located; and the configuration information of the SC-MCCH change notification information indicates time-domain location information of the SC-MCCH change notification information, wherein the time-domain location information of the SC-MCCH change notification information comprises: locations of a radio frame and radio subframe where the SC-MCCH change notification information is located. sending, by a base station, a system broadcast message, wherein the system broadcast message contains configuration information of an SC-MCCH, the configuration information comprises a Modification Period, MP, of the SC-MCCH and time-domain location information of the SC-MCCH, configuration information of SC-MCCH change notification information, and the configuration information of the SC-MCCH further comprises at least one of: a Repetition Period, RP, of the SC-MCCH, and a value tag, characterized in that the time-domain location information of the SC-MCCH indicates locations of a radio frame and radio subframe where the SC-MCCH is located; and the configuration information of the SC-MCCH change notification information indicates time-domain location information of the SC-MCCH change notification information, wherein the time-domain location information of the SC-MCCH change notification information comprises: locations of a radio frame and radio subframe where the SC-MCCH change notification information is located.
An injectable dermal filler composition comprising: crosslinked hyaluronic acid and/or a pharmaceutically acceptable salt thereof; and a vitamin C derivative covalently conjugated to the crosslinked HA, the vitamin C derivative being selected from ascorbic acid 2-glucoside (AA2G), sodium ascorbyl phosphate (AA2P) and ascorbyl 3-aminopropyl phosphate (Vitagen). crosslinked hyaluronic acid and/or a pharmaceutically acceptable salt thereof; and a vitamin C derivative covalently conjugated to the crosslinked HA, the vitamin C derivative being selected from ascorbic acid 2-glucoside (AA2G), sodium ascorbyl phosphate (AA2P) and ascorbyl 3-aminopropyl phosphate (Vitagen).
A device for monitoring use of a lamp, said device comprising: a processor, a memory coupled with the processor, and a set of executable instructions stored in the memory and configured to be executed by the processor, characterized in that the executable instructions comprise instructions for: receiving, from the lamp, a signal containing: an identification code that is unique to the lamp; and data that defines a usage parameter for the lamp verifying the identification code from the lamp; calculating a lamp usage fee that relates the usage parameter to a first monetary value; and generating an output comprising the lamp usage fee; transmitting an authorization code to the lamp, wherein the authorization code contains instructions that cause the lamp to change from a first operating condition to a second operating condition that is different from the first operating condition, wherein the lamp generates light in the second operating condition. a processor, a memory coupled with the processor, and a set of executable instructions stored in the memory and configured to be executed by the processor, characterized in that the executable instructions comprise instructions for: receiving, from the lamp, a signal containing: an identification code that is unique to the lamp; and data that defines a usage parameter for the lamp verifying the identification code from the lamp; calculating a lamp usage fee that relates the usage parameter to a first monetary value; and generating an output comprising the lamp usage fee; receiving, from the lamp, a signal containing: an identification code that is unique to the lamp; and data that defines a usage parameter for the lamp verifying the identification code from the lamp; an identification code that is unique to the lamp; and data that defines a usage parameter for the lamp verifying the identification code from the lamp; calculating a lamp usage fee that relates the usage parameter to a first monetary value; and generating an output comprising the lamp usage fee; transmitting an authorization code to the lamp, wherein the authorization code contains instructions that cause the lamp to change from a first operating condition to a second operating condition that is different from the first operating condition, wherein the lamp generates light in the second operating condition.
A method for identifying intended input to a digitizer sensor, the method comprising: identifying a plurality of regions of input to a digitizer sensor over a plurality of refresh cycles, wherein each of the regions includes a plurality of coordinates of input; classifying each of the plurality of regions as one of intended input and unintended input, wherein the classifying is performed for each of the plurality of refresh cycles and is based on at least one of size and shape of the regions; storing a list of locations of regions classified as unintended inputs; maintaining an entry on the list for a predefined time period, wherein the predefined time period spans a plurality of refresh cycles of the digitizer sensor; and invalidating output obtained from a region classified as intended input responsive to the region overlapping a location already listed in the list of locations. identifying a plurality of regions of input to a digitizer sensor over a plurality of refresh cycles, wherein each of the regions includes a plurality of coordinates of input; classifying each of the plurality of regions as one of intended input and unintended input, wherein the classifying is performed for each of the plurality of refresh cycles and is based on at least one of size and shape of the regions; storing a list of locations of regions classified as unintended inputs; maintaining an entry on the list for a predefined time period, wherein the predefined time period spans a plurality of refresh cycles of the digitizer sensor; and invalidating output obtained from a region classified as intended input responsive to the region overlapping a location already listed in the list of locations.
A system useable in two different modes, having the form of an upper body garment transformable into a bag or back pack, comprising: - a central body (1; 19) suitable for covering the torso of a wearer, provided with an opening (2; 20) at the bottom of the garment, an opening (3; 21) for the neck of the wearer and a frontal opening (4; 22) extending between said opening (3; 21) for the neck and said opening (2; 20) at the bottom of the garment; and - two sleeves (5; 23); said central body (1; 19) being provided with fastening means (7; 25) allowing a complete closure of said frontal opening (4; 22) and of said opening (3; 21) for the neck, said opening (2; 20) at the bottom of the garment being reducible by means of a slidable string (11; 26), characterized in that the central body (1; 19) is provided with a compartment containing a protective sheet (17; 35) suitable, when the system is used as a bag or a back pack, to be extracted from said compartment and fixed in an extended disposition to an external side of said central body (1; 19) arranged so as to cover the whole portion of the bag opposite to the fastening means (7; 25). - a central body (1; 19) suitable for covering the torso of a wearer, provided with an opening (2; 20) at the bottom of the garment, an opening (3; 21) for the neck of the wearer and a frontal opening (4; 22) extending between said opening (3; 21) for the neck and said opening (2; 20) at the bottom of the garment; and - two sleeves (5; 23);
Fuse disconnect switch, comprising a complete lower part with a housing placed thereon and a complete cover, wherein the lower part has a base part and a bar module with at least one bar clamp which is used for mounting on a bar bridge, wherein the bar module has two elastic arms (126; 128) which, in turn, each have a support surface (129; 136) which is supported on bearing parts arranged on the base part and fixes the bar module to the complete lower part, characterised in that - the bearing parts are fourth pins which are arranged on a connection part of the base part, - the bar module has fourth and sixth sliding surfaces (124; 137) which, during the displacement of the bar module in the direction of an upper part of the base part, are displaced on the fourth pins and bend the elastic arms (126; 128), - the removal and rotation of the bar module simultaneously causes the rotation of all of the bar clamps, thus resulting in the change in the drain direction. - the bearing parts are fourth pins which are arranged on a connection part of the base part, - the bar module has fourth and sixth sliding surfaces (124; 137) which, during the displacement of the bar module in the direction of an upper part of the base part, are displaced on the fourth pins and bend the elastic arms (126; 128), - the removal and rotation of the bar module simultaneously causes the rotation of all of the bar clamps, thus resulting in the change in the drain direction.
A culture microscope comprising: a culturing space that is provided with a stage on which a specimen is mounted and in which the specimen is cultured; an adjacent space that is disposed adjacent to the culturing space and in which a driving mechanism that drives the stage is disposed; a stationary partition that divides the adjacent space and the culturing space and that is provided with a first through-hole that passes through the stationary partition in a thickness direction; a tabular movable partition that is disposed at a position where the movable partition closes the first through-hole of the stationary partition, that has a second through-hole that is smaller than the first through-hole, that is supported so as to be movable parallel to the stationary partition, and that is larger than the first through-hole; and a lid member that is disposed at a position where the lid member closes the second through-hole of the movable partition and that is supported so as to be movable parallel to the movable partition, wherein the driving mechanism is connected to the lid member via a shaft that passes through the first through-hole and the second through-hole, and the stage is secured to the lid member. a culturing space that is provided with a stage on which a specimen is mounted and in which the specimen is cultured; an adjacent space that is disposed adjacent to the culturing space and in which a driving mechanism that drives the stage is disposed; a stationary partition that divides the adjacent space and the culturing space and that is provided with a first through-hole that passes through the stationary partition in a thickness direction; a tabular movable partition that is disposed at a position where the movable partition closes the first through-hole of the stationary partition, that has a second through-hole that is smaller than the first through-hole, that is supported so as to be movable parallel to the stationary partition, and that is larger than the first through-hole; and a lid member that is disposed at a position where the lid member closes the second through-hole of the movable partition and that is supported so as to be movable parallel to the movable partition,
A detector for airborne alpha particle emitting nuclei comprising an electrically screened container with an aperture covered by an electrically screened filter (8,9) through which Radon or other airborne alpha particle radioactive elements can ingress by diffusion into said container and/or with an aperture that may be closed off through which radioactive material such as radioactive dust may enter the container through an appropriately sized electrically screened filter; at least two separated electrodes (11, 12) mounted within said container and electrically insulated therefrom, adjacent electrodes being so separated that a fraction of the radioactive decays occurring within the space between adjacent electrodes may have short tracks producing an insufficient signal of air ions to be detected, so that the detection efficiency may be substantially less than 100%; a means for providing a substantially smooth high voltage so that an electric field of strength needed to collect said air ions exists between adjacent electrodes; an electronic circuit board containing an electronic charge sensitive pre-amplifier and an amplifier with passive feedback components that provides large electronic gain only for the characteristic signals from air ions created by alpha particle radioactive decay in the electric field and low gain for other signals, a vibration sensor mounted inside said container, the vibration sensor being connected to the electronic circuit board; an electronic amplifier to amplify vibration signals from said vibration sensor; electronic digital logic circuits, said circuits being so arranged to convert analogue signals from the amplifiers of the electronic circuit board to digital signals, to count the number of air ion signals and record the live time when there are no amplified vibration signals that exceed a pre-set threshold, such that the detector is adapted to correct measured radioactive decay rates to ensure that dead times are not included; a means to provide electrical power to the electronic circuit board; a display unit, optical or audio or both, to indicate measured airborne alpha particle decay rates; alarms, optical, audio or both, for indicating dead time when the detector was not able to count and for indicating decay rates exceeding official safe levels.
A centralizer for maintaining a tubular member in a substantially centralized position within a borehole, comprising: a material of substantially cylindrical shape having a circumferential wall, an upper end, and a lower end; a plurality of apertures in the circumferential wall having an upper end and a lower end, wherein the apertures define an upper collar element, a lower collar element of the circumferential wall, and bow spring elements disposed between the upper collar element and lower collar element; wherein, each bow spring element has a medial portion of the bow spring element that is expandable radially such that the circumference of the centralizer is larger around the medial portions of the bow spring elements than the around the upper collar element and the lower collar element, wherein at least part of said upper collar element and at least part of said lower collar element having a full circumferential extension, characterised in that said material of substantially cylindrical shape is substantially seamless.
An electrical connector for connecting an anode to a subsea metal structure to be protected by the anode by cathodic protection, the connector comprising: at least two magnet devices for attracting the connector onto a surface of the metal structure by magnetic forces acting between the magnet devices and the surface of the metal structure; characterised by: a terminal for an electric cable to be connected to the anode; an electrical contact member electrically connecting the magnet devices to one another and to the terminal, in order to electrically connect the terminal to the surface of the metal structure through each of the magnet devices; and wherein the magnet devices are connected by a deformable member that comprises a portion of the electrical contact member and deforms to permit relative movement of the magnet devices relative to one another. a terminal for an electric cable to be connected to the anode; an electrical contact member electrically connecting the magnet devices to one another and to the terminal, in order to electrically connect the terminal to the surface of the metal structure through each of the magnet devices; and wherein the magnet devices are connected by a deformable member that comprises a portion of the electrical contact member and deforms to permit relative movement of the magnet devices relative to one another.
Lock for a motor vehicle door leaf comprising in a housing a bolt for retaining a strike, rotatable about an axis and controlled by a return element in fully open position, said bolt and said strike being arranged in such a way that the strike pulls on a lever arm of the bolt to an open intermediate position, during an opening, characterised in that said return element in the fully open position is comprised of a resilient element comprising a boss shaped in such a way that the bearing force on this boss is offset from said axis of rotation of the bolt and causes the bolt to return to the fully open position, and in that said intermediate open position corresponds to a clearing of said boss until the boss is capable of exerting a rotation torque on the bolt to its fully open position.