mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor package comprising: a multi-phase power inverter (304a, 304b, 306a, 306b, 308a, 308b) having power switches and situated on a leadframe of said semiconductor package, characterised by an over-temperature protection circuit configured to reduce current through said power switches (304a, 304b, 306a, 306b, 308a, 308b) based on multiple temperature threshold values of said power switches and a sensed temperature of said power switches (304a, 304b, 306a, 306b, 308a, 308b), wherein said over-temperature protection circuit is configured to enter a first mode that comprises disabling only high side power switching (304a, 306a, 308a) of said power switches based on said sensed temperature exceeding a first of said multiple temperature threshold values, and wherein said over-temperature protection circuit is configured to enter a second mode that comprises periodically disabling switching of all of said power switches (304a, 304b, 306a, 306b, 308a, 308b) based on said sensed temperature exceeding a second of said multiple temperature threshold values. a multi-phase power inverter (304a, 304b, 306a, 306b, 308a, 308b) having power switches and situated on a leadframe of said semiconductor package, characterised by an over-temperature protection circuit configured to reduce current through said power switches (304a, 304b, 306a, 306b, 308a, 308b) based on multiple temperature threshold values of said power switches and a sensed temperature of said power switches (304a, 304b, 306a, 306b, 308a, 308b), wherein said over-temperature protection circuit is configured to enter a first mode that comprises disabling only high side power switching (304a, 306a, 308a) of said power switches based on said sensed temperature exceeding a first of said multiple temperature threshold values, and wherein said over-temperature protection circuit is configured to enter a second mode that comprises periodically disabling switching of all of said power switches (304a, 304b, 306a, 306b, 308a, 308b) based on said sensed temperature exceeding a second of said multiple temperature threshold values.
A bulkhead connector assembly, comprising: a housing having a first opening and a second opening; a collar having a portion received within one of the first and second openings (138, 130), and the collar is rotatable to a latched position and holds a conduit within the housing when the collar is disposed in the latched position; and a detent movable to a locked position and holding the collar in the latched position when the detent is moved to the locked position; characterized in that: the detent has a locking pawl having an indexing surface that provides at least a tactile feedback indicating that the detent is in the locked position and is holding the collar in the latched position; and the locking pawl is rotatable about an axis of the detent between a first position in which the detent is movable between the locked position and the unlocked position, and a second position in which the locking pawl engages an adjacent surface portion of at least one of the housing and the collar to prevent the detent from moving into the locked position. a housing having a first opening and a second opening; a collar having a portion received within one of the first and second openings (138, 130), and the collar is rotatable to a latched position and holds a conduit within the housing when the collar is disposed in the latched position; and a detent movable to a locked position and holding the collar in the latched position when the detent is moved to the locked position; characterized in that: the detent has a locking pawl having an indexing surface that provides at least a tactile feedback indicating that the detent is in the locked position and is holding the collar in the latched position; and the locking pawl is rotatable about an axis of the detent between a first position in which the detent is movable between the locked position and the unlocked position, and a second position in which the locking pawl engages an adjacent surface portion of at least one of the housing and the collar to prevent the detent from moving into the locked position. the detent has a locking pawl having an indexing surface that provides at least a tactile feedback indicating that the detent is in the locked position and is holding the collar in the latched position; and the locking pawl is rotatable about an axis of the detent between a first position in which the detent is movable between the locked position and the unlocked position, and a second position in which the locking pawl engages an adjacent surface portion of at least one of the housing and the collar to prevent the detent from moving into the locked position.
A touch pen with haptic feedback, comprising: an elongate hollow pen body having a contact end and an opening defined in the contact end; a surface contact ball disposed in the contact end of the pen body, a portion of the contact ball protruding through the opening in the contact end, the surface contact ball being adapted for rolling contact with a touch-sensitive surface of a touch screen electronic device; a bearing ball disposed in the contact end of the pen body above the surface contact ball, the bearing ball bearing against the surface contact ball; an inverted cradle (160a, 160b) having a central hub and a plurality of arms expending from the hub, each of the arms having a distal end, each of the arms being flexibly attached to the hub; a plurality of haptic balls, each of the cradle arms having a corresponding one of the haptic balls mounted at the distal end, the hub, the arms, and the haptic balls defining a cone having an apex at the hub and an expandable and contractible base defined by the haptic balls; and a tension-adjusting plunger slidably mounted in the pen body, the plunger having a tip bearing against the central hub of the cradle; wherein pressure applied to the surface contact ball when the pen is applied to the touch-sensitive surface is translated into reciprocating movement of the bearing ball against the haptic balls, extending the haptic balls radially to expand the base of the cone and altering haptic feedback mediated by the pen body. an elongate hollow pen body having a contact end and an opening defined in the contact end; a surface contact ball disposed in the contact end of the pen body, a portion of the contact ball protruding through the opening in the contact end, the surface contact ball being adapted for rolling contact with a touch-sensitive surface of a touch screen electronic device; a bearing ball disposed in the contact end of the pen body above the surface contact ball, the bearing ball bearing against the surface contact ball; an inverted cradle (160a, 160b) having a central hub and a plurality of arms expending from the hub, each of the arms having a distal end, each of the arms being flexibly attached to the hub; a plurality of haptic balls, each of the cradle arms having a corresponding one of the haptic balls mounted at the distal end, the hub, the arms, and the haptic balls defining a cone having an apex at the hub and an expandable and contractible base defined by the haptic balls; and a tension-adjusting plunger slidably mounted in the pen body, the plunger having a tip bearing against the central hub of the cradle; wherein pressure applied to the surface contact ball when the pen is applied to the touch-sensitive surface is translated into reciprocating movement of the bearing ball against the haptic balls, extending the haptic balls radially to expand the base of the cone and altering haptic feedback mediated by the pen body.
Method for determining in real-time; • a number of signals to be summed among a set of representative signals of an image portion which are respectively received from a set of detectors which belong to the same optical sensor, the detectors being organised in a matrix which is constituted by lines and columns, the signals to be summed being received in the same column, • and the integration time during which the detectors must acquire the signals to be totalled, the method comprising: - a step of determining a value which is carried out in each column and which is representative of a modulation transfer function and a signal-to-noise ratio of the image portion, from a location of one of the detectors and a representative signal of an image portion obtained from the detectors, the representative value depending on the said number, - a step, carried out in each column, of searching for the said number and the said time which maximises the said representative value. • a number of signals to be summed among a set of representative signals of an image portion which are respectively received from a set of detectors which belong to the same optical sensor, the detectors being organised in a matrix which is constituted by lines and columns, the signals to be summed being received in the same column, • and the integration time during which the detectors must acquire the signals to be totalled, - a step of determining a value which is carried out in each column and which is representative of a modulation transfer function and a signal-to-noise ratio of the image portion, from a location of one of the detectors and a representative signal of an image portion obtained from the detectors, the representative value depending on the said number, - a step, carried out in each column, of searching for the said number and the said time which maximises the said representative value.
A method of making a drill bit, comprising: providing a bit body; providing at least one sensor including a sensor element on a sensor body, the sensor body having a first end and a second end; the method characterized by: preloading the at least one sensor by securing the first end in the bit body and preloading the at least one sensor using the second end; and securing the at least one sensor in the bit body in a manner that enables the sensor to remain preloaded in the bit body, wherein the second end of the sensor body is locked in a place in the bit body after the sensor is preloaded. providing a bit body; providing at least one sensor including a sensor element on a sensor body, the sensor body having a first end and a second end; the method characterized by: preloading the at least one sensor by securing the first end in the bit body and preloading the at least one sensor using the second end; and securing the at least one sensor in the bit body in a manner that enables the sensor to remain preloaded in the bit body, wherein the second end of the sensor body is locked in a place in the bit body after the sensor is preloaded. preloading the at least one sensor by securing the first end in the bit body and preloading the at least one sensor using the second end; and securing the at least one sensor in the bit body in a manner that enables the sensor to remain preloaded in the bit body, wherein the second end of the sensor body is locked in a place in the bit body after the sensor is preloaded.
A channel reservation method comprising: reducing contention of access to a shared radio medium of a network that is shared by a plurality of licensed network operators (105a-c) that have been assigned time priority access; and scheduling transmissions on the shared radio medium, wherein the reducing comprises: listening, by a second classified eNB, for a resource receiver signal, RRS, or a resource reservation request, RRQ, that was sent by a first classified eNB, and based at least on the listening, determining, by the second classified eNB, whether to send a transmission on the shared radio medium, and wherein the first classified eNB is assigned a higher priority as compared to the second classified eNB, when transmitting on the shared radio medium. reducing contention of access to a shared radio medium of a network that is shared by a plurality of licensed network operators (105a-c) that have been assigned time priority access; and scheduling transmissions on the shared radio medium, wherein the reducing comprises: listening, by a second classified eNB, for a resource receiver signal, RRS, or a resource reservation request, RRQ, that was sent by a first classified eNB, and based at least on the listening, determining, by the second classified eNB, whether to send a transmission on the shared radio medium, and wherein the first classified eNB is assigned a higher priority as compared to the second classified eNB, when transmitting on the shared radio medium. listening, by a second classified eNB, for a resource receiver signal, RRS, or a resource reservation request, RRQ, that was sent by a first classified eNB, and based at least on the listening, determining, by the second classified eNB, whether to send a transmission on the shared radio medium, and wherein the first classified eNB is assigned a higher priority as compared to the second classified eNB, when transmitting on the shared radio medium.
A method for removing non-condensable gas from a cooling system, the cooling system including a heat exchanger in thermal communication with an ambient environment at an ambient temperature, a discharge tube associated with a plurality of tubes of the heat exchanger, and two valves (38, 52, 54) associated with the discharge tube, wherein contents of the discharge tube comprise a vapor portion of a cooling fluid, a liquid portion of the cooling fluid, and a volume of non-condensable gas, the cooling fluid at a subambient pressure, the ambient temperature lower than a boiling point of the cooling fluid, the method comprising operating the valves to: trap the contents of the discharge tube such that the contents are restricted from exiting the discharge tube; inlet a first additional portion of the cooling fluid into the discharge tube to increase a pressure within the discharge tube; allow the vapor portion of the cooling fluid within the discharge tube to condense; and inlet a second additional portion of the cooling fluid to purge the non-condensable gas from the discharge tube. trap the contents of the discharge tube such that the contents are restricted from exiting the discharge tube; inlet a first additional portion of the cooling fluid into the discharge tube to increase a pressure within the discharge tube; allow the vapor portion of the cooling fluid within the discharge tube to condense; and inlet a second additional portion of the cooling fluid to purge the non-condensable gas from the discharge tube.
A waveguide (110; 210A; 210D; 300A; 300B; 300C; 300D; 300E; 300F; 300G; 510A; 510B; 510C; 630; 730) for propagating an electromagnetic wave, comprising: a base material (115; 215A; 215D), a first set of dielectric resonators (120; 220A; 220D; 310A; 310B; 310C; 310D; 310E; 310F; 310G), each dielectric resonator of the first set of dielectric resonators having a first set of characteristics, and a second set of dielectric resonators (120; 220A; 220D; 310A; 310B; 310C; 310D; 310E; 310F; 310G), each dielectric resonator of the second set of dielectric resonators having a second set of characteristics, wherein each dielectric resonator of the first set of dielectric resonators and the second set of dielectric resonators has a relative permittivity greater than a relative permittivity of the base material, and wherein the first set of characteristics is a first shape and a first relative permittivity and the second set of characteristics is a second shape and a second relative permittivity, characterized in that the first shape is different than the second shape and the first relative permittivity is different than the second relative permittivity. a base material (115; 215A; 215D), a first set of dielectric resonators (120; 220A; 220D; 310A; 310B; 310C; 310D; 310E; 310F; 310G), each dielectric resonator of the first set of dielectric resonators having a first set of characteristics, and a second set of dielectric resonators (120; 220A; 220D; 310A; 310B; 310C; 310D; 310E; 310F; 310G), each dielectric resonator of the second set of dielectric resonators having a second set of characteristics, wherein each dielectric resonator of the first set of dielectric resonators and the second set of dielectric resonators has a relative permittivity greater than a relative permittivity of the base material, and wherein the first set of characteristics is a first shape and a first relative permittivity and the second set of characteristics is a second shape and a second relative permittivity, characterized in that the first shape is different than the second shape and the first relative permittivity is different than the second relative permittivity.
Method for the processing of metal scrap comprising the following steps: - Treatment of metal scrap with at least one fluid to remove surface coatings, - spectroscopic analysis of the scrap metal composition, - sorting of the metal scrap materials according to the composition of the scrap metal, and - treatment of the fluid with a view to recovering the metal contained in the surface coatings. - Treatment of metal scrap with at least one fluid to remove surface coatings, - spectroscopic analysis of the scrap metal composition, - sorting of the metal scrap materials according to the composition of the scrap metal, and - treatment of the fluid with a view to recovering the metal contained in the surface coatings.
A method of routing voice traffic over a gateway device, comprising: receiving an indication of an attempted initiation of an outgoing call with a contact; determining whether the gateway device has been manually or automatically set, by entering a setting, to transmit all outgoing calls over a particular communication system, wherein, if the gateway device has been set to transmit all outgoing calls over the particular communication system, the gateway device routes the outgoing call according to the setting; checking, if the gateway device has not been set to transmit all outgoing calls over the particular communication system, predetermined criteria to determine which communication system should be used, selecting, depending on which criteria are met, a voice communication option from a group of available communication options based upon the predetermined criteria; and routing the outgoing call using the selected communication option. receiving an indication of an attempted initiation of an outgoing call with a contact; determining whether the gateway device has been manually or automatically set, by entering a setting, to transmit all outgoing calls over a particular communication system, wherein, if the gateway device has been set to transmit all outgoing calls over the particular communication system, the gateway device routes the outgoing call according to the setting; checking, if the gateway device has not been set to transmit all outgoing calls over the particular communication system, predetermined criteria to determine which communication system should be used, selecting, depending on which criteria are met, a voice communication option from a group of available communication options based upon the predetermined criteria; and routing the outgoing call using the selected communication option.
A fire resistant mattress comprising: a body having a size and shape to support a user while resting; a cover material secured around the body to form an outer surface of the mattress, the cover material comprising: a three-dimensional knit fabric forming: a first layer comprising fire resistant corespun yarns; a second layer comprising polymer filament yarns; and a middle layer between the first layer and the second layer, the middle layer comprising monofilament polymer yarns knitted to provide structural support and space between the first layer and the second layer. a body having a size and shape to support a user while resting; a cover material secured around the body to form an outer surface of the mattress, the cover material comprising: a three-dimensional knit fabric forming: a first layer comprising fire resistant corespun yarns; a second layer comprising polymer filament yarns; and a middle layer between the first layer and the second layer, the middle layer comprising monofilament polymer yarns knitted to provide structural support and space between the first layer and the second layer. a three-dimensional knit fabric forming: a first layer comprising fire resistant corespun yarns; a second layer comprising polymer filament yarns; and a middle layer between the first layer and the second layer, the middle layer comprising monofilament polymer yarns knitted to provide structural support and space between the first layer and the second layer. a first layer comprising fire resistant corespun yarns; a second layer comprising polymer filament yarns; and a middle layer between the first layer and the second layer, the middle layer comprising monofilament polymer yarns knitted to provide structural support and space between the first layer and the second layer.
A sound reproduction device comprising: an image display panel (20, 40, 120, 93) which displays an image in response to an electrical signal applied thereto; a case (22, 41, 122, 91) which forms a sound emission space with the image display panel (20, 40, 120, 93); and an electromechanical acoustic transducer (23, 42, 122, 104) operable to emit sound to the sound emission space, the electromechanical acoustic transducer (23, 42, 122, 104) being connected to the case (22, 41, 122, 91), wherein, if the electromechanical acoustic transducer (23, 42, 122, 104) emits the sound to the sound emission space, energy of the emitted sound causes the image display panel (20, 40, 120, 93) to vibrate and thereby to externally output sound, characterized in that the case (22, 41, 122, 91) has a sound hole (25, 44, 94, 124), and the electromechanical acoustic transducer (23, 42, 122, 104) emits the sound from the sound hole (25, 44, 94, 124) to the sound emission space. an image display panel (20, 40, 120, 93) which displays an image in response to an electrical signal applied thereto; a case (22, 41, 122, 91) which forms a sound emission space with the image display panel (20, 40, 120, 93); and an electromechanical acoustic transducer (23, 42, 122, 104) operable to emit sound to the sound emission space, the electromechanical acoustic transducer (23, 42, 122, 104) being connected to the case (22, 41, 122, 91), wherein, if the electromechanical acoustic transducer (23, 42, 122, 104) emits the sound to the sound emission space, energy of the emitted sound causes the image display panel (20, 40, 120, 93) to vibrate and thereby to externally output sound, characterized in that the case (22, 41, 122, 91) has a sound hole (25, 44, 94, 124), and the electromechanical acoustic transducer (23, 42, 122, 104) emits the sound from the sound hole (25, 44, 94, 124) to the sound emission space.