mhurhangee/ep-ind-claims huggingface dataset:
Method for filtering incoming calls implemented by a device installed on board a vehicle, the said device having previously made an emergency call to an emergency call centre which manages emergency calls and the said device being in a standby mode waiting for possible incoming calls made by callers, the process comprising the following steps: - identification of the caller of each new incoming call, - if the identified caller is an emergency call centre, communication between the device and an operator of the emergency call centre is established, and - the device returns to standby mode waiting for possible incoming calls at the end of the communication, characterized in that when the said device receives each new incoming call, the said device transmits a particular voice message to the caller, and stands by waiting to receive another particular message, the caller then being considered to be an emergency call centre when the device receives the said other particular message before the expiry of a predetermined period. - identification of the caller of each new incoming call, - if the identified caller is an emergency call centre, communication between the device and an operator of the emergency call centre is established, and - the device returns to standby mode waiting for possible incoming calls at the end of the communication,
A wearable apparatus for aiding the self-regulation of stress, comprising: at least one vibratable element and a means of inducing vibration in the vibratable element at varying frequencies of vibration; a heart signals monitoring means, and a data processing means, wherein the apparatus comprises a data storage means; the data processing means includes means for calculating a stress indicator value based on the heart signals by deriving the heart rate variability from a series of R-R intervals to provide an indication of the vagal tone which determines the stress indication value, the data processing means further including means for determining a mechanical vibration rhythm, based on the stress indicator value, that are continuously being generated to form a feedback loop, such that a change in the heart rate variability of the user will generate a change in the sequence and/or frequency of vibration including vibrations of one or more frequencies induced in the vibratable element; wherein, the data processing means is configured to select the vibration rhythm from a plurality of vibration rhythms stored in the data storage means, wherein the selected vibration rhythm is changed if it does not have the effect of reducing the stress indicator value until a selected vibration rhythm has an effect of reducing the stress indictor value, and wherein the apparatus is suitable for attaching to a garment or suspending around the neck as a pendant such that it is configured to be positioned on the sternum for transferring vibrations via bone conductions. at least one vibratable element and a means of inducing vibration in the vibratable element at varying frequencies of vibration; a heart signals monitoring means, and a data processing means, wherein the apparatus comprises a data storage means; the data processing means includes means for calculating a stress indicator value based on the heart signals by deriving the heart rate variability from a series of R-R intervals to provide an indication of the vagal tone which determines the stress indication value, the data processing means further including means for determining a mechanical vibration rhythm, based on the stress indicator value, that are continuously being generated to form a feedback loop, such that a change in the heart rate variability of the user will generate a change in the sequence and/or frequency of vibration including vibrations of one or more frequencies induced in the vibratable element; wherein, the data processing means is configured to select the vibration rhythm from a plurality of vibration rhythms stored in the data storage means, wherein the selected vibration rhythm is changed if it does not have the effect of reducing the stress indicator value until a selected vibration rhythm has an effect of reducing the stress indictor value, and wherein the apparatus is suitable for attaching to a garment or suspending around the neck as a pendant such that it is configured to be positioned on the sternum for transferring vibrations via bone conductions.
An ultrasonic transceiver (10, 20, 30, 40, 70, 80) comprising: a piezoelectric element (12, 42); and a plurality of acoustic matching layers stacked on and joined to the piezoelectric element (12, 42) directly or via another layer, wherein at least a part of a joining part between the plurality of acoustic matching layers is disposed inside an outer periphery of a joining surface of the acoustic matching layer disposed on a side of the piezoelectric element (12, 42), and the plurality of acoustic matching layers includes: a first acoustic matching layer (13, 23, 43) joined to the piezoelectric element (12, 42) directly or via another layer; and a second acoustic matching layer (14, 24, 34, 44, 74) stacked on and joined to the first acoustic matching layer (13, 23, 43), characterized in that the first acoustic matching layer (13, 23, 43) has a disk shape, the second acoustic matching layer (14, 24, 34, 44, 74) has a rectangular shape, and a short side of a joining surface via which the second acoustic matching layer (14, 24, 34, 44, 74) and the first acoustic matching layer (13, 23, 43) are joined together is shorter than a diameter of the first acoustic matching layer (13, 23, 43). a piezoelectric element (12, 42); and a plurality of acoustic matching layers stacked on and joined to the piezoelectric element (12, 42) directly or via another layer, wherein at least a part of a joining part between the plurality of acoustic matching layers is disposed inside an outer periphery of a joining surface of the acoustic matching layer disposed on a side of the piezoelectric element (12, 42), and the plurality of acoustic matching layers includes: a first acoustic matching layer (13, 23, 43) joined to the piezoelectric element (12, 42) directly or via another layer; and a second acoustic matching layer (14, 24, 34, 44, 74) stacked on and joined to the first acoustic matching layer (13, 23, 43), characterized in that the first acoustic matching layer (13, 23, 43) has a disk shape, the second acoustic matching layer (14, 24, 34, 44, 74) has a rectangular shape, and a short side of a joining surface via which the second acoustic matching layer (14, 24, 34, 44, 74) and the first acoustic matching layer (13, 23, 43) are joined together is shorter than a diameter of the first acoustic matching layer (13, 23, 43). a first acoustic matching layer (13, 23, 43) joined to the piezoelectric element (12, 42) directly or via another layer; and a second acoustic matching layer (14, 24, 34, 44, 74) stacked on and joined to the first acoustic matching layer (13, 23, 43), characterized in that the first acoustic matching layer (13, 23, 43) has a disk shape, the second acoustic matching layer (14, 24, 34, 44, 74) has a rectangular shape, and a short side of a joining surface via which the second acoustic matching layer (14, 24, 34, 44, 74) and the first acoustic matching layer (13, 23, 43) are joined together is shorter than a diameter of the first acoustic matching layer (13, 23, 43).
A non-volatile storage apparatus, comprising: a plurality of non-volatile memory cells, wherein the memory cells are arranged as NAND strings in a non-volatile 3D memory device; and one or more control circuits in communication with the memory cells, the one or more control circuits are configured to apply a boosting voltage to a channel region associated with an unselected memory cell, the one or more control circuits are configured to temporarily mitigate boosting of the channel region while applying the boosting voltage to perform boosting for a duration of time based on position of a selected memory cell, the one or more control circuits configured to apply a signal to the selected memory cell and sense the selected memory cell in response to the signal applied to the selected memory cell after the mitigating the boosting, wherein: the duration of time is a first duration if the selected memory cell is an edge memory cell; and the duration of time is a second duration if the selected memory cell is a middle memory cell, the first duration is longer than the second duration. a plurality of non-volatile memory cells, wherein the memory cells are arranged as NAND strings in a non-volatile 3D memory device; and one or more control circuits in communication with the memory cells, the one or more control circuits are configured to apply a boosting voltage to a channel region associated with an unselected memory cell, the one or more control circuits are configured to temporarily mitigate boosting of the channel region while applying the boosting voltage to perform boosting for a duration of time based on position of a selected memory cell, the one or more control circuits configured to apply a signal to the selected memory cell and sense the selected memory cell in response to the signal applied to the selected memory cell after the mitigating the boosting, wherein: the duration of time is a first duration if the selected memory cell is an edge memory cell; and the duration of time is a second duration if the selected memory cell is a middle memory cell, the first duration is longer than the second duration. the duration of time is a first duration if the selected memory cell is an edge memory cell; and the duration of time is a second duration if the selected memory cell is a middle memory cell, the first duration is longer than the second duration.
Tube rail cart designed to ride over tubes in a horticultural greenhouse, which tubes serve as rails, whereby the tube rail cart is provided with a platform on which a person can stand, with drive means for advancing the tube rail cart over the tubes and with operating means with which the person can operate the drive means, characterised in that the tube rail cart is additionally provided with one or several detectors generating a signal which may vary depending on the position of the person on the platform and with a control which automatically controls the drive means on the basis of one or several signals generated by one or several of the above-mentioned detectors.
Optical device for providing a synthetic integral image, comprising a polymer foil stack; said polymer foil stack comprising at least one polymer foil; a first interface of said polymer foil stack comprising optically distinguishable image data bearer structures (16; 16A-C) in a first array; and a second interface of said polymer foil stack having focusing elements in a second array; said second interface being provided at a distance from said first interface, said image data bearer structures (16; 16A-C) in said first array being repeated with first object distances ( P o 1) in a first object direction; said focusing elements in said second array being repeated with first focusing element distances ( P l 1) in a first focusing element direction; wherein first focusing element direction is parallel to said first object direction; wherein first ratios between corresponding pairs of said first object distances and said first focusing element distances ( P l 1) are equal to unity; wherein said synthetic integral image corresponding to said image data bearer structures (16; 16A-C) is perceptible as a synthetic integral image from a viewing side of said polymer foil stack when viewed from a distance smaller than a double distance between eyes of a viewer, characterised in that said image data bearer structures (16; 16A-C) in said first array being repeated with second object distances ( P o 2) in a second object direction, provided at a first angle (γ o) with respect to said first object direction; said focusing elements in said second array being repeated with second focusing element distances ( P l 2) in a second focusing element direction, provided at a second angle (γ l) with respect to said first focusing element direction; wherein said second focusing element direction is parallel to said second object direction; wherein second ratios between corresponding pairs of said second object distances and said second focusing element distances ( P l 2) are equal to unity.
An airfoil for use in a gas turbine engine and having a pressure side and a suction side, the airfoil comprising a spar formed to define a cooling air plenum adapted to receive a flow of cooling air, and a skin coupled to an exterior surface of the spar and positioned to at least partially cover the spar along the pressure side and the suction side, wherein at least one axially extending groove is formed in the exterior surface of the spar on the pressure side that defines at least one cooling passageway between the spar and the skin, at least one inlet port is formed in the spar, the at least one inlet port is in fluid communication with the cooling air plenum and the at least one cooling passageway to pass the flow of cooling air into the at least one cooling passageway from the cooling air plenum, at least one outlet port is formed through the skin on the pressure side and axially forward of the at least one inlet port, the at least one outlet port is configured to pass the flow of cooling air from the at least one cooling passageway to an exterior of the airfoil, and at least one turbulator is positioned within the at least one cooling passageway, wherein the at least one axially extending groove includes a plurality of axially extending grooves formed in the exterior surface of the spar on the pressure side and radially spaced apart from one another to define a plurality of stand-offs therebetween, wherein the plurality of axially extending grooves define a plurality of cooling passageways between the spar and the skin, and wherein the at least one inlet port includes a plurality of inlet ports formed in the spar, wherein the skin is bonded to at least the plurality of stand-offs such that the flow of cooling air in one cooling passageway is separated from the flow of cooling air in an adjacent cooling passageway, wherein a height of each cooling passageway is defined between the spar and the skin and a width of each cooling passageway is defined between adjacent stand-offs and and characterized in that at least some cooling passageways have a variable height and variable width along a length of the cooling passageways.
A sport sandal comprising: a molded rubber outsole configured to support a lower surface of a foot including a heel, a midfoot, and a forefoot; a toe cap extending from the outsole and configured to cover a top of at least a portion of the forefoot; and a plurality of sandal straps permanently fixed to the outsole to retain the sandal on the foot, wherein at least one of the sandal straps is permanently fixed to the toe cap and the toe cap is molded integrally with the outsole, characterized in that the sandal further comprises an insole positioned on a top surface of the outsole and having a forefoot insole portion disposed between the top surface of the outsole and a lower surface of the toe cap, the lower surface facing the top surface of the outsole and being spaced from the outsole, wherein at least two of the sandal straps are fixed between the outsole and the insole. a molded rubber outsole configured to support a lower surface of a foot including a heel, a midfoot, and a forefoot; a toe cap extending from the outsole and configured to cover a top of at least a portion of the forefoot; and a plurality of sandal straps permanently fixed to the outsole to retain the sandal on the foot, wherein at least one of the sandal straps is permanently fixed to the toe cap and the toe cap is molded integrally with the outsole, characterized in that the sandal further comprises an insole positioned on a top surface of the outsole and having a forefoot insole portion disposed between the top surface of the outsole and a lower surface of the toe cap, the lower surface facing the top surface of the outsole and being spaced from the outsole, wherein at least two of the sandal straps are fixed between the outsole and the insole.
A cleaning section for an electrical toothbrush having a motor, the cleaning section comprising: a head portion and a movable contact element holder having a range of motion relative to the head portion, wherein the movable contact element holder is structured to receive a drive motion from the motor via a drive mechanism comprising a drive shaft having a longitudinal axis, the drive shaft being structured to translate a motion generated by the motor to the movable contact element holder such that the moveable contact element holder oscillates around a longitudinal axis of the cleaning section; movable contact elements supported within the movable contact element holder, wherein the movable contact element holder is disposed partly within the head portion, and the movable contact elements extend up through apertures in the head portion; and a gap disposed between the head portion and the movable contact element holder, which gap includes a substantially U-shaped portion on the backside of the head portion; wherein a width of the gap remains between about 0.1 millimeter and about 0.6 millimeter throughout a full range of motion of the movable contact element holder. a head portion and a movable contact element holder having a range of motion relative to the head portion, wherein the movable contact element holder is structured to receive a drive motion from the motor via a drive mechanism comprising a drive shaft having a longitudinal axis, the drive shaft being structured to translate a motion generated by the motor to the movable contact element holder such that the moveable contact element holder oscillates around a longitudinal axis of the cleaning section; movable contact elements supported within the movable contact element holder, wherein the movable contact element holder is disposed partly within the head portion, and the movable contact elements extend up through apertures in the head portion; and a gap disposed between the head portion and the movable contact element holder, which gap includes a substantially U-shaped portion on the backside of the head portion; wherein a width of the gap remains between about 0.1 millimeter and about 0.6 millimeter throughout a full range of motion of the movable contact element holder.
Motor arrangement, in particular for use in an electronic steering system, comprising: - a multi-phase motor in a motor housing; - a housing element which forms part of the motor housing; - an electronic isolating relay module (2, 40) in order to switch one or more motor phases to a currentless state in the event of a fault, characterized in that the isolating relay module (2, 40) is arranged on an inner side of the housing element in the interior of the motor housing, and in that a contact-guiding element is provided which is provided in a non-conductive fashion with a through-conductor and extends into a through-opening in the housing element in order to form contact between an inner side and an outer side of the housing element, and in that the through-conductor connects the isolating relay module (2; 40) on the inner side of the housing element and a control unit on the opposite outer side of the housing element to one another, wherein the control unit is provided to control the operation of the motor and of the isolating relay module (2, 40). - a multi-phase motor in a motor housing; - a housing element which forms part of the motor housing; - an electronic isolating relay module (2, 40) in order to switch one or more motor phases to a currentless state in the event of a fault,
An apparatus for treating a human or animal body, having - an applicator (2, 5) for being placed on said body from the outside, - a housing (9, 11-11"", 12) in which said applicator (2, 5) is held, and - an apparatus for generating strokes of said applicator (2, 5) with respect to said housing (9, 11-11"", 12) in a stroke direction so that said strokes can be coupled into said body when said applicator is placed on said body, characterized in that said applicator (2, 5) is held in said housing (9, 11-11"", 12) in a coupling (7, 8, 9, 10) wherein at least a distal applicator part can be pulled out of said coupling (7, 8, 9, 10) and said housing (9, 11-11"", 12) to the front after releasing said coupling (7, 8, 9, 10), that is without a further housing part has to be removed. - an applicator (2, 5) for being placed on said body from the outside, - a housing (9, 11-11"", 12) in which said applicator (2, 5) is held, and - an apparatus for generating strokes of said applicator (2, 5) with respect to said housing (9, 11-11"", 12) in a stroke direction so that said strokes can be coupled into said body when said applicator is placed on said body,
A method of determining the position of a C-arm of an X-ray system, the method comprising: obtaining a primary X-ray image of a desired location on a patient's body; obtaining a secondary X-ray image of the desired location on the patient's body, whereir, the secondary X-ray image is a copy of the primary X-ray image; creating an image-overlay of the secondary X-ray image over the primary X-ray image on a graphical user-interface; adjusting the secondary X-ray image with respect to the primary X-ray image; wherein at least the position, size or orientation of the second X-ray image is changed using touch based gestures; and determining the subsequent location for X-ray imaging on the patient's body, based on the adjustment, automatically positioning the C-arm of the X-ray system to the subsequent location for X-ray imaging on the patient's body. obtaining a primary X-ray image of a desired location on a patient's body; obtaining a secondary X-ray image of the desired location on the patient's body, whereir, the secondary X-ray image is a copy of the primary X-ray image; creating an image-overlay of the secondary X-ray image over the primary X-ray image on a graphical user-interface; adjusting the secondary X-ray image with respect to the primary X-ray image; wherein at least the position, size or orientation of the second X-ray image is changed using touch based gestures; and determining the subsequent location for X-ray imaging on the patient's body, based on the adjustment, automatically positioning the C-arm of the X-ray system to the subsequent location for X-ray imaging on the patient's body.
A device comprising: a display package comprising a moulding compound; a plurality of light emitting diode dies arranged on a top surface of the display package, wherein each LED die of the plurality of dies comprises a plurality of LEDs; a backplane die embedded within the moulding compound of the display package, wherein the backplane die is electrically coupled to each LED die of the plurality of LED dies; and at least one spacer structure embedded within the moulding compound of the display package, wherein: the backplane die and the at least one spacer structure together provide mechanical support and planar alignment for the plurality of LED dies arranged on the top surface of the display package, and the at least one spacer structure has a first thermal conductivity, and the moulding compound has a second thermal conductivity lower than the first thermal conductivity, and the at least one spacer structure occupies a larger portion of a volume of the display package than the moulding compound.