mhurhangee/ep-ind-claims huggingface dataset:
A power semiconductor module, comprising: a first device; a second device spaced apart from the first device at a predetermined interval; a first assembling terminal fixedly disposed between the first device and the second device to be a first connection terminal; a second assembling terminal fixedly disposed to contact outer surfaces of the first device and the second device to be a second connection terminal; and a protective part having a protective outer surface to support the connection terminals using a sealing material, wherein the second assembling terminal has a clip shape, characterized in that: the first assembling terminal has a clip shape, wherein an insulating member is interposed between the first assembling terminal and the second assembling terminal. a first device; a second device spaced apart from the first device at a predetermined interval; a first assembling terminal fixedly disposed between the first device and the second device to be a first connection terminal; a second assembling terminal fixedly disposed to contact outer surfaces of the first device and the second device to be a second connection terminal; and a protective part having a protective outer surface to support the connection terminals using a sealing material, wherein the second assembling terminal has a clip shape, characterized in that: the first assembling terminal has a clip shape, wherein an insulating member is interposed between the first assembling terminal and the second assembling terminal. the first assembling terminal has a clip shape, wherein an insulating member is interposed between the first assembling terminal and the second assembling terminal.
A method for reducing power consumption in wireless devices, the method comprising: generating a communication schedule in a local device based on a profile stored in the local device, wherein the communication schedule specifies (i) a first duration of time during which data is transferred between the local device and a remote device, and (ii) a second duration of time during which data is not transferred between the local device and the remote device, and wherein the profile indicates (i) a start time, (ii) a duration, and (iii) a periodicity for communicating between the local device and the remote device using a wireless protocol at a close range; establishing a wireless link between the local device and the remote device; sending the communication schedule in a message to the remote device across the wireless link, wherein the message is a pre-existing message of the wireless protocol used to communicate interference present in an operating environment of the local device and the remote device; and communicating between the local device and the remote device according to the communication schedule, wherein, during the second duration of time, at least one of the local device or the remote device enters a low power mode. generating a communication schedule in a local device based on a profile stored in the local device, wherein the communication schedule specifies (i) a first duration of time during which data is transferred between the local device and a remote device, and (ii) a second duration of time during which data is not transferred between the local device and the remote device, and wherein the profile indicates (i) a start time, (ii) a duration, and (iii) a periodicity for communicating between the local device and the remote device using a wireless protocol at a close range; establishing a wireless link between the local device and the remote device; sending the communication schedule in a message to the remote device across the wireless link, wherein the message is a pre-existing message of the wireless protocol used to communicate interference present in an operating environment of the local device and the remote device; and communicating between the local device and the remote device according to the communication schedule, wherein, during the second duration of time, at least one of the local device or the remote device enters a low power mode.
Electronic device, for communication within a network providing CEC consumer electronics control communication, CEC network, comprising; a first interface and a first address enabling CEC communication with at least one further electronic device (1a, 1b, 1c, 1d, 1e), a second interface and a second address enabling Ethernet communication with said at least one further electronic device (1a, 1b, 1c, 1d, 1e), a controller for requesting an address relating to Ethernet communication from said at least one further electronic device (1a, 1b, 1c, 1d, 1e) via said CEC network, and a connector comprising connections for CEC communication and Ethernet communication.
Device for retaining an added part on a carrying part in a fitted position and in a pulled-back position, having a clip-in part which has latching tongues formed at a bottom end to engage with a carrying part, which is equipped with a fixing arrangement (15, 16) formed at a distance from the bottom end to engage with an added part, and which has a stop means which retains the added part in the pulled-back position, in which it is spaced further away from the carrying part, characterised in that there is an unlocking part present which is displaceably mounted in the clip-in part and which has a means for removal (42, 43) by which engagement of the latching tongues with the carrying part can be released when the unlocking part is in a position for removal, in that the clip-in part has two side-walls (2, 3) and at least one transverse wall (4, 5) which connects the side-walls (2, 3), in that the unlocking part is in the form of a sleeve which is arranged between the or each transverse wall (4, 5) and the side-walls (2, 3), and in that the unlocking part has a latch-in toe in the region of a bottom end and on each of the edge walls (23, 24) of the clip-in part which are adjacent to the side-walls (2, 3) thereof, an abutment nose for pushing-in in the region of a top end, and an abutment nose for withdrawal between the latch-in toe and the abutment nose for pushing-in.
A positioning apparatus, comprising: a first measuring section (14, 15) adapted to obtain position data indicating its own present position by using a satellite positioning system; a second measuring section (16, 17) adapted to measure a magnetic field in three axis directions and an acceleration in three axis directions; a movement state judging section adapted to judge a movement state of the user based on the acceleration measured by the second measuring section (16, 17), said movement state being one of a plurality of predefined movement states comprising at least a stopping state, a walking state, and a movement state using a car; an azimuth specifying section to specify a movement azimuth of the user based on the magnetic field and the acceleration measured by the second measuring section (16, 17); and a movement speed calculating section to calculate an average movement speed in a period in which the movement state judging section judges the movement state of the user to be the movement state using a car, characterized by a position calculating section to obtain a movement position by integrating a movement in direction of the movement azimuth specified by the azimuth specifying section at the average movement speed with reference position data obtained by the first measuring section (14, 15) when the movement state judging section judges the movement state of the user to be the movement state using a car. a first measuring section (14, 15) adapted to obtain position data indicating its own present position by using a satellite positioning system; a second measuring section (16, 17) adapted to measure a magnetic field in three axis directions and an acceleration in three axis directions; a movement state judging section adapted to judge a movement state of the user based on the acceleration measured by the second measuring section (16, 17), said movement state being one of a plurality of predefined movement states comprising at least a stopping state, a walking state, and a movement state using a car; an azimuth specifying section to specify a movement azimuth of the user based on the magnetic field and the acceleration measured by the second measuring section (16, 17); and a movement speed calculating section to calculate an average movement speed in a period in which the movement state judging section judges the movement state of the user to be the movement state using a car, characterized by a position calculating section to obtain a movement position by integrating a movement in direction of the movement azimuth specified by the azimuth specifying section at the average movement speed with reference position data obtained by the first measuring section (14, 15) when the movement state judging section judges the movement state of the user to be the movement state using a car.
An ultrasonic test equipment comprising the following constituent elements: a signal generating mechanism configured to generate a voltage waveform; an ultrasonic transmitting mechanism configured to excite ultrasonic vibrations having a lower frequency than a predetermined frequency to an object to be tested; an ultrasonic receiving mechanism configured to receive an ultrasonic response from the object to be tested; an AD converting mechanism configured to digitize the received ultrasonic waveform; an analyzing mechanism configured to perform frequency analysis of the digital ultrasonic waveform digitized by the AD converting mechanism; a defect information database configured to store, as defect data information, a known physical quantity of a known defect and a known relationship between the known physical quantity of the known defect and a nonlinear frequency component; an evaluating mechanism configured to extract a variation of the nonlinear frequency component from a frequency component of the digital ultrasonic wave obtained by the frequency analysis, to compare the variation with the defect data information in the defect information database, to identify the physical quantity of defect information of the object to be tested, and to evaluate a tested defect in the object to be tested; and the ultrasonic test equipment comprising: a control mechanism configured to partly or entirely control the constituent elements of the ultrasonic test equipment. a signal generating mechanism configured to generate a voltage waveform; an ultrasonic transmitting mechanism configured to excite ultrasonic vibrations having a lower frequency than a predetermined frequency to an object to be tested; an ultrasonic receiving mechanism configured to receive an ultrasonic response from the object to be tested; an AD converting mechanism configured to digitize the received ultrasonic waveform; an analyzing mechanism configured to perform frequency analysis of the digital ultrasonic waveform digitized by the AD converting mechanism; a defect information database configured to store, as defect data information, a known physical quantity of a known defect and a known relationship between the known physical quantity of the known defect and a nonlinear frequency component; an evaluating mechanism configured to extract a variation of the nonlinear frequency component from a frequency component of the digital ultrasonic wave obtained by the frequency analysis, to compare the variation with the defect data information in the defect information database, to identify the physical quantity of defect information of the object to be tested, and to evaluate a tested defect in the object to be tested; and the ultrasonic test equipment comprising: a control mechanism configured to partly or entirely control the constituent elements of the ultrasonic test equipment.
A method at a first network node supporting inter-node interference reduction, the method comprising: communicating (1103; 1203; 73; 61) an interference reduction report activation message between the first network node and a second network node; after communicating the interference reduction report activation message, communicating (1107; 1207; 71; 62) an interference reduction assistance information message between the first and second network nodes; and after communicating the interference reduction assistance information message, communicating (1115; 1215; 72; 63) an interference reduction report deactivation message between the first and second network nodes. communicating (1103; 1203; 73; 61) an interference reduction report activation message between the first network node and a second network node; after communicating the interference reduction report activation message, communicating (1107; 1207; 71; 62) an interference reduction assistance information message between the first and second network nodes; and after communicating the interference reduction assistance information message, communicating (1115; 1215; 72; 63) an interference reduction report deactivation message between the first and second network nodes.
A data center enclosure comprising: a first shipping container for housing data center equipment, the container having a length greater than its width and having at least one lengthwise sidewall opening that is configured to connect with a second shipping container having a lengthwise sidewall opening side to create a single interior space; a first plurality of equipment enclosures installed in the interior of the first container to form a first row perpendicular to the length of the container the first row extending from a first side of the first container to a second side of the first container; a second plurality of equipment enclosures installed in the interior of the first container to form a second row perpendicular to the length of the container the second row extending from a first side of the first container to a second side of the first container; and a utility interface configured to connect at least one data center resource between the first container and a second container. a first shipping container for housing data center equipment, the container having a length greater than its width and having at least one lengthwise sidewall opening that is configured to connect with a second shipping container having a lengthwise sidewall opening side to create a single interior space; a first plurality of equipment enclosures installed in the interior of the first container to form a first row perpendicular to the length of the container the first row extending from a first side of the first container to a second side of the first container; a second plurality of equipment enclosures installed in the interior of the first container to form a second row perpendicular to the length of the container the second row extending from a first side of the first container to a second side of the first container; and a utility interface configured to connect at least one data center resource between the first container and a second container.
A ceramic body, comprising a phase of aluminum titanate and a phase of mullite, and a narrow pore size distribution as characterized by the relation (d 50 -d 10)/d 50 being less than 0.50, a coefficient of thermal expansion (RT - 1000°C) less than 15 x 10 -7 °C -1, a porosity of at least 38 % by volume, and greater than 0.5% and less than 5% by weight of yttrium oxide; wherein the ceramic body exhibits a median pore diameter of at least 8 microns and a modulus of rupture using the four point method on a cylindrical rod, of at least 3103 kPa (450 psi).
A method performed by a user equipment configured for use in a wireless communication system, the method comprising: detecting an orientation of an equipment coordinate frame defined for the user equipment relative to an earth coordinate frame defined for Earth; determining, based on the detected orientation, a set of beams defined in the equipment coordinate frame which does not include any beam pointing in one or more predefined directions in the earth coordinate frame; and performing a beam sweep or scan on the determined set of beams; characterized by: J further comprising deciding whether the set of beams is to not include any beam pointing in at least one of the one or more predefined directions, based on evaluating one or more predefined criteria, wherein at least one criterion of the one or more predefined criteria comprises whether the user equipment is located indoors or outdoors. detecting an orientation of an equipment coordinate frame defined for the user equipment relative to an earth coordinate frame defined for Earth; determining, based on the detected orientation, a set of beams defined in the equipment coordinate frame which does not include any beam pointing in one or more predefined directions in the earth coordinate frame; and performing a beam sweep or scan on the determined set of beams; characterized by: J further comprising deciding whether the set of beams is to not include any beam pointing in at least one of the one or more predefined directions, based on evaluating one or more predefined criteria, wherein at least one criterion of the one or more predefined criteria comprises whether the user equipment is located indoors or outdoors.
An imaging device for producing an image of road markings (1, 3, CD) of a roadway from a plurality of back-reflected luminance profiles corresponding to successive measurement locations, the device comprising a visible light projector, able to light the roadway along an illumination direction, from an incidence angle close to 1.24°, to allow the measurement of the luminance of the roadway; means for measuring the illumination thus applied to the roadway by the projector; means (22; 24) for acquiring luminance profiles (P1...P20), able to acquire luminance profiles at measuring locations successively illuminated by the projector, the illumination profiles being acquired from the rays back-reflected by the roadway observed from an angle close to 2.29°; and calculating means able to determine back-reflected luminance profiles from the acquired luminance profiles, the back-reflected luminance values of said back-reflected luminance profiles each being equal to the ratio of the luminance of a surface illuminated by the projector to the illumination to which said surface is subjected; the calculating means further being able to produce an image representing said markings from a plurality of luminance profiles acquired by said acquisition means.
A method implemented via navigation software executing in a vehicle navigation system, the method comprising: recording breadcrumbs, wherein each breadcrumb indicates a current position of the vehicle, the direction of the vehicle, and the time of the day and date at which the vehicle was at that position; determining, while the navigation software is not providing navigation information to a driver of the vehicle, that the vehicle has turned onto a first road segment and deviated from a first path that is deemed to be a known path to the driver by determining that a first number of stored breadcrumbs associated with the first road segment is below a first threshold number of breadcrumbs for the first road segment, wherein a known path is identified based on breadcrumbs that are recorded consecutively in time, and wherein a particular road segment is part of a known path when a number of stored breadcrumbs associated with the particular road segment is greater than or equal to a threshold number of breadcrumbs for the particular road segment; in response to determining that the vehicle has deviated from the first path that is deemed a known path: determining a location along the first path at which to return the vehicle, wherein determining the location along the first path at which to return the vehicle occurs without being prompted by the driver of the vehicle; identifying a second path that returns the vehicle to the first path at the location; and starting to display driving instructions associated with the second path that returns the vehicle to the first path. recording breadcrumbs, wherein each breadcrumb indicates a current position of the vehicle, the direction of the vehicle, and the time of the day and date at which the vehicle was at that position; determining, while the navigation software is not providing navigation information to a driver of the vehicle, that the vehicle has turned onto a first road segment and deviated from a first path that is deemed to be a known path to the driver by determining that a first number of stored breadcrumbs associated with the first road segment is below a first threshold number of breadcrumbs for the first road segment, wherein a known path is identified based on breadcrumbs that are recorded consecutively in time, and wherein a particular road segment is part of a known path when a number of stored breadcrumbs associated with the particular road segment is greater than or equal to a threshold number of breadcrumbs for the particular road segment; determining a location along the first path at which to return the vehicle, wherein determining the location along the first path at which to return the vehicle occurs without being prompted by the driver of the vehicle; identifying a second path that returns the vehicle to the first path at the location; and starting to display driving instructions associated with the second path that returns the vehicle to the first path.
An abrasive article for abrading at least one workpiece, the abrasive article comprising: - a carrier body, - at least one abrasive layer with a main surface and a predefined thickness, the at least one abrasive layer being arranged on the carrier body, wherein the abrasive layer comprises segments - at least two visual indicators with a cross-section in the main surface of the abrasive layer, wherein the size, shape and/or location of the cross-section of the visual indicator in the main surface of the abrasive layer depends on the thickness of the abrasive layer at more than one location of the visual indicator, and wherein at least two segments comprise a visual indicator, characterized in that the at least two visual indicators are designed as a discrete indicator, where the indicator comprises several discrete elements that appear or disappear in a defined order and that build together the one visual indicator, wherein a discrete visual indicator is a clock like system, with 12 or any other number of discrete elements or markers being arranged in a circle that appear or disappear one after the other during the use of the abrasive tool while the thickness of the abrasive layer is reduced. - a carrier body, - at least one abrasive layer with a main surface and a predefined thickness, the at least one abrasive layer being arranged on the carrier body, wherein the abrasive layer comprises segments - at least two visual indicators with a cross-section in the main surface of the abrasive layer, wherein the size, shape and/or location of the cross-section of the visual indicator in the main surface of the abrasive layer depends on the thickness of the abrasive layer at more than one location of the visual indicator, and wherein at least two segments comprise a visual indicator, characterized in that
A nanoparticle composition comprising a plurality of PLGA nanoparticles coated with organic Escherichia coli extract, which nanoparticles encapsulate: (a) D. farinae and/or D. pteronyssinus dust mite allergens; and (b) an aqueous E. coli extract; for use in a method of desensitizing a subject to said dust mite allergens. (a) D. farinae and/or D. pteronyssinus dust mite allergens; and (b) an aqueous E. coli extract;