mhurhangee/ep-ind-claims huggingface dataset:
An electronic watch comprising: an enclosure defining an aperture; a processing element positioned within the enclosure; a crown operably coupled to the processing element and configured to receive a rotational input, the crown comprising: a user-rotatable head; and a stem coupled to the user-rotatable head and extending into the aperture; and a rotation sensor (210a-d) positioned within the enclosure and operably coupled to the processing element, the rotation sensor configured to detect the rotational input using light reflected from the stem; wherein: the processing element is configured to cause the electronic watch to provide a tactile feedback to the user in response to the detection of the rotational input. an enclosure defining an aperture; a processing element positioned within the enclosure; a crown operably coupled to the processing element and configured to receive a rotational input, the crown comprising: a user-rotatable head; and a stem coupled to the user-rotatable head and extending into the aperture; and a user-rotatable head; and a stem coupled to the user-rotatable head and extending into the aperture; and a rotation sensor (210a-d) positioned within the enclosure and operably coupled to the processing element, the rotation sensor configured to detect the rotational input using light reflected from the stem; wherein: the processing element is configured to cause the electronic watch to provide a tactile feedback to the user in response to the detection of the rotational input.
A wafer processing laminate comprising: a wafer having a surface on which unevenness and/or a protective organic film layer A is formed, and an organic film layer B with a film thickness of less than 100 nm which is formed on the wafer and the unevenness and/or protective organic film layer A, the organic film layer B comprising a fluorescent agent that emits visible light by irradiation with ultraviolet light, 10 wherein the wafer having a surface on which said unevenness and/or protective organic film layer A is formed is a device wafer having a circuit formed. a wafer having a surface on which unevenness and/or a protective organic film layer A is formed, and an organic film layer B with a film thickness of less than 100 nm which is formed on the wafer and the unevenness and/or protective organic film layer A, the organic film layer B comprising a fluorescent agent that emits visible light by irradiation with ultraviolet light, 10 wherein the wafer having a surface on which said unevenness and/or protective organic film layer A is formed is a device wafer having a circuit formed.
A method of inkjet printing in a high efficiency production of hygienic articles, having a print image, on a converting line including at least two inkjet print heads, the method characterized by the steps of: (a) providing a substrate moving in a web direction at a first velocity; (b) printing on the substrate a first plurality of images by a first inkjet print head disposed in proximity to the substrate, the images being separated from each other in the web direction at a pitch interval; (c) switching from the first inkjet print head to a second inkjet print head while the substrate continues its movement; and (d) printing on the substrate a second plurality of images by a second inkjet print head disposed in proximity to the substrate, the images being separated from each other at the pitch interval, wherein the first plurality of images is separated from the second plurality of images by an unprinted region in the web direction, wherein the unprinted region is no greater than 50 times the pitch interval. (a) providing a substrate moving in a web direction at a first velocity; (b) printing on the substrate a first plurality of images by a first inkjet print head disposed in proximity to the substrate, the images being separated from each other in the web direction at a pitch interval; (c) switching from the first inkjet print head to a second inkjet print head while the substrate continues its movement; and (d) printing on the substrate a second plurality of images by a second inkjet print head disposed in proximity to the substrate, the images being separated from each other at the pitch interval,
A case for an aerosol-generating device, the case comprising: a case housing; a case power supply; a holder for receiving an aerosol-generating device, the holder being movably coupled to the case housing for both rotational movement relative to the case housing and translational movement relative to the case housing and movable relative to the case housing between an open position for receiving an aerosol-generating device and a closed position for storing an aerosol-generating device; a case electrical connector arranged to supply power from the case power supply to an aerosol-generating device when the aerosol-generating device is received within the holder and when the holder is in each of the open position and the closed position; an input means and case control circuitry configured receive data from the input means and configured to transmit a signal to an aerosol-generating device by the case electrical connector, wherein the signal is indicative of the state of the input means. a case housing; a case power supply; a holder for receiving an aerosol-generating device, the holder being movably coupled to the case housing for both rotational movement relative to the case housing and translational movement relative to the case housing and movable relative to the case housing between an open position for receiving an aerosol-generating device and a closed position for storing an aerosol-generating device; a case electrical connector arranged to supply power from the case power supply to an aerosol-generating device when the aerosol-generating device is received within the holder and when the holder is in each of the open position and the closed position; an input means and case control circuitry configured receive data from the input means and configured to transmit a signal to an aerosol-generating device by the case electrical connector, wherein the signal is indicative of the state of the input means.
A therapeutic product delivery device, comprising: a circuit layer; an actuator layer carrying an actuator for delivering a therapeutic product to a patient; a valve layer, through which the therapeutic product is conveyed to the patient by the action of the actuator, the valve layer comprising an outlet valve via which the therapeutic product is required to pass to reach the patient, characterised by a break-through valve through which the therapeutic product is only able to pass in the event that a blockage inhibits the therapeutic product from reaching the patient; and an occlusion detection layer comprising a plurality of contacts in a detection region at which said therapeutic product is deposited after passing through the break-through valve in the event said blockage inhibits the therapeutic product from reaching the patient, the circuit layer being arranged to detect said blockage when the therapeutic product deposited in the detection region provides an electrical connection between said contacts. a circuit layer; an actuator layer carrying an actuator for delivering a therapeutic product to a patient; a valve layer, through which the therapeutic product is conveyed to the patient by the action of the actuator, the valve layer comprising an outlet valve via which the therapeutic product is required to pass to reach the patient, characterised by a break-through valve through which the therapeutic product is only able to pass in the event that a blockage inhibits the therapeutic product from reaching the patient; and an occlusion detection layer comprising a plurality of contacts in a detection region at which said therapeutic product is deposited after passing through the break-through valve in the event said blockage inhibits the therapeutic product from reaching the patient, the circuit layer being arranged to detect said blockage when the therapeutic product deposited in the detection region provides an electrical connection between said contacts. a valve layer, through which the therapeutic product is conveyed to the patient by the action of the actuator, the valve layer comprising an outlet valve via which the therapeutic product is required to pass to reach the patient, characterised by a break-through valve through which the therapeutic product is only able to pass in the event that a blockage inhibits the therapeutic product from reaching the patient; and an occlusion detection layer comprising a plurality of contacts in a detection region at which said therapeutic product is deposited after passing through the break-through valve in the event said blockage inhibits the therapeutic product from reaching the patient, the circuit layer being arranged to detect said blockage when the therapeutic product deposited in the detection region provides an electrical connection between said contacts.
A gas turbine engine comprising: a first spool including a first compressor coupled to a first turbine through a first shaft; a second spool including a second compressor coupled to a second turbine through a second shaft; a first tower shaft coupled to the first shaft through a first gear assembly (100,102); a second tower shaft coupled to the second shaft through a second gear assembly (104,106); a first load generating device driven by the first tower shaft, wherein the first load generating device generates a first load on the first spool through the first tower shaft; a second load generating device driven by the second tower shaft, wherein the second load generating device generates a second load on the second spool through the second tower shaft, and the first load and the second load combine to apply a total load on the first spool and the second spool; and a controller controlling each of the first load generating device and the second load generating device to vary a proportion of the total load applied to each of the first spool and the second spool to bias a direction of an axial load on each of the first spool and the second spool, characterized in that: the axial load on each of the first spool and the second spool is biased away from a null load condition. a first spool including a first compressor coupled to a first turbine through a first shaft; a second spool including a second compressor coupled to a second turbine through a second shaft; a first tower shaft coupled to the first shaft through a first gear assembly (100,102); a second tower shaft coupled to the second shaft through a second gear assembly (104,106); a first load generating device driven by the first tower shaft, wherein the first load generating device generates a first load on the first spool through the first tower shaft; a second load generating device driven by the second tower shaft, wherein the second load generating device generates a second load on the second spool through the second tower shaft, and the first load and the second load combine to apply a total load on the first spool and the second spool; and a controller controlling each of the first load generating device and the second load generating device to vary a proportion of the total load applied to each of the first spool and the second spool to bias a direction of an axial load on each of the first spool and the second spool,
A wireless power reception device comprising: a planar resonator (23a; 43a) comprising an opening face (23c; 43c), and configured to be resonated by external magnetic fields and to generate an induced current; at least one first ferrite member (23b; 43b) mounted on a first side of the planar resonator and positioned in a lower portion of the planar resonator; at least one second ferrite member (23b; 43b) mounted on a second side of the planar resonator opposite to the first side and positioned in an upper portion of the planar resonator, wherein the external magnetic fields pass through the opening face of the planar resonator substantially from one of the first side of the lower portion of the planar resonator and the second side of the upper portion of the planar resonator to the other of the first side of the lower portion of the planar resonator and the second side of the upper portion of the planar resonator; characterized in that the first and second ferrite members are not connected through the opening of the planar resonator by any ferrite members. a planar resonator (23a; 43a) comprising an opening face (23c; 43c), and configured to be resonated by external magnetic fields and to generate an induced current; at least one first ferrite member (23b; 43b) mounted on a first side of the planar resonator and positioned in a lower portion of the planar resonator; at least one second ferrite member (23b; 43b) mounted on a second side of the planar resonator opposite to the first side and positioned in an upper portion of the planar resonator, wherein the external magnetic fields pass through the opening face of the planar resonator substantially from one of the first side of the lower portion of the planar resonator and the second side of the upper portion of the planar resonator to the other of the first side of the lower portion of the planar resonator and the second side of the upper portion of the planar resonator; characterized in that the first and second ferrite members are not connected through the opening of the planar resonator by any ferrite members.
A single lumen endobronchial tube adapted for isolating a first lung of a patient and ventilating a second lung of the patient comprising: a medical tube comprising a tracheal portion and a bronchial portion having a common single lumen and a common tube wall thickness, wherein a proximal end of the tracheal portion includes an opening adapted for connection to an external mechanical ventilation device, and wherein a distal end of the bronchial portion includes an opening adapted for delivery of a medical gas; at least a first tracheal inflatable cuff positioned around an external surface of the tracheal portion and adapted to expand radially outward sealing against the trachea of the patient; a bronchial inflatable cuff positioned around an external surface of the bronchial portion and adapted to expand radially outward against the left main stem bronchi of the patient; a distal intraluminal balloon blocker positioned along an inner surface of the bronchial portion and adapted to expand radially outward sealing the common single lumen at the distal end of the bronchial portion; and an aperture positioned between the tracheal portion and the bronchial portion and adapted to deliver an amount of medical gas to the second lung of the patient; characterised in that the endobronchial tube further comprises a mechanism positioned within the common tube wall thickness, the mechanism adapted to partially or completely close over the aperture such that the amount of medical gas passing through the aperture from the lumen ranges from 0% to 100%. a medical tube comprising a tracheal portion and a bronchial portion having a common single lumen and a common tube wall thickness, wherein a proximal end of the tracheal portion includes an opening adapted for connection to an external mechanical ventilation device, and wherein a distal end of the bronchial portion includes an opening adapted for delivery of a medical gas; at least a first tracheal inflatable cuff positioned around an external surface of the tracheal portion and adapted to expand radially outward sealing against the trachea of the patient; a bronchial inflatable cuff positioned around an external surface of the bronchial portion and adapted to expand radially outward against the left main stem bronchi of the patient; a distal intraluminal balloon blocker positioned along an inner surface of the bronchial portion and adapted to expand radially outward sealing the common single lumen at the distal end of the bronchial portion; and an aperture positioned between the tracheal portion and the bronchial portion and adapted to deliver an amount of medical gas to the second lung of the patient; characterised in that the endobronchial tube further comprises a mechanism positioned within the common tube wall thickness, the mechanism adapted to partially or completely close over the aperture such that the amount of medical gas passing through the aperture from the lumen ranges from 0% to 100%.
An ultrasonic fluid measurement probe comprising: a base comprising a transducer chamber, wherein the transducer chamber comprises a transducer chamber floor, a transducer chamber edge, and transducer chamber walls extending from the transducer chamber floor to the transducer chamber edge; an ultrasonic transducer attached to the transducer chamber floor; and a cap ultrasonically welded to the transducer chamber edge and that, along with the transducer chamber floor and the transducer chamber walls, encloses the transducer chamber to form an enclosed air space between the ultrasonic transducer and the cap; and a tube attached to the base such that an ultrasonic signal generated by the ultrasonic transducer is directed into the tube. a base comprising a transducer chamber, wherein the transducer chamber comprises a transducer chamber floor, a transducer chamber edge, and transducer chamber walls extending from the transducer chamber floor to the transducer chamber edge; an ultrasonic transducer attached to the transducer chamber floor; and a cap ultrasonically welded to the transducer chamber edge and that, along with the transducer chamber floor and the transducer chamber walls, encloses the transducer chamber to form an enclosed air space between the ultrasonic transducer and the cap; and a tube attached to the base such that an ultrasonic signal generated by the ultrasonic transducer is directed into the tube.
A container (1, 2) for holding foodstuffs, comprising a base, a peripheral side wall formed integrally with the base and a lid (3, 4) which can be placed on an upper rim of the side wall and which is connected to the container (1, 2) via a hinge (7, 8) at the rim in such a way that the lid (3, 4) forms the top of the container (1, 2) when the container (1, 2) is in the closed state and can be brought into an open position via the hinge (7, 8) in order to open the container (1, 2), the hinge (7, 8) being designed as a film hinge between the side wall of the container (1, 2) and a rim region of the lid (3, 4) and being provided with a tear-off line at which the lid (3, 4) can be separated manually from the side wall of the container (1, 2), characterised in that - the hinge (7, 8) is under resilient prestress in a position in which the lid (3, 4) is placed on the upper rim of the container (1, 2), - when the container (1, 2) is opened, the lid (3, 4) reaches a rest position with an angle of incidence of 30 - 80 ° with respect to the rim of the container (1, 2) - the film joint is formed between a first flat surface projection on the upper rim of the side wall of the container (1, 2) and a second flat surface projection on one side of the lid, the first and second surface projections (13, 14) lying essentially in one plane in a position of the lid (3, 4) folded open by 180° with respect to the rim of the container (1, 2) and running parallel to one another when the container (1, 2) is closed, and - the surface projections (13, 14) are connected to one another via a U- or V-shaped depression with a connecting region and two lateral legs (18, 19) between the surface projections (13, 14), the tear-off line being located in the centre of the connecting region. - the hinge (7, 8) is under resilient prestress in a position in which the lid (3, 4) is placed on the upper rim of the container (1, 2), - when the container (1, 2) is opened, the lid (3, 4) reaches a rest position with an angle of incidence of 30 - 80 ° with respect to the rim of the container (1, 2) - the film joint is formed between a first flat surface projection on the upper rim of the side wall of the container (1, 2) and a second flat surface projection on one side of the lid, the first and second surface projections (13, 14) lying essentially in one plane in a position of the lid (3, 4) folded open by 180° with respect to the rim of the container (1, 2) and running parallel to one another when the container (1, 2) is closed, and - the surface projections (13, 14) are connected to one another via a U- or V-shaped depression with a connecting region and two lateral legs (18, 19) between the surface projections (13, 14), the tear-off line being located in the centre of the connecting region.
A neck mechanism for a mannequin comprising: at least three joint units serially connected to provide joints for at least three rotational degrees of freedom, with a rotational axis of a first DOF configured to be aligned with a lateral axis of the mannequin, a rotational axis of a second DOF configured to be aligned with an anterior-posterior axis of the mannequin, and a rotational axis of a third DOF configured to be aligned with a cranial-caudal axis of the mannequin, motion sensors to measure movements at each of the at least three joint units, characterized in that at least one of the joint units includes a shaft located between journal walls, the shaft defining the rotational axis, and wherein a bottom one of the at least three joint units is adapted to be connected to a torso of the mannequin, and a top one of the at least three joint units is adapted to be connected to a skull. at least three joint units serially connected to provide joints for at least three rotational degrees of freedom, with a rotational axis of a first DOF configured to be aligned with a lateral axis of the mannequin, a rotational axis of a second DOF configured to be aligned with an anterior-posterior axis of the mannequin, and a rotational axis of a third DOF configured to be aligned with a cranial-caudal axis of the mannequin, motion sensors to measure movements at each of the at least three joint units, characterized in that at least one of the joint units includes a shaft located between journal walls, the shaft defining the rotational axis, and wherein a bottom one of the at least three joint units is adapted to be connected to a torso of the mannequin, and a top one of the at least three joint units is adapted to be connected to a skull.
A wireless IC device comprising: a wireless IC that processes transmission and reception signals; a feeder circuit substrate (10; 3C; 120) that has a feeder circuit incorporating an inductance element (L, L1, L2, L11, L12) connected to the wireless IC in a galvanically conductive state and in which a feeder electrode (12a, 12b; 19, 19a, 19b) coupled to the inductance element is provided on a surface of the substrate or an inside of the substrate; a radiation plate (21; 21a, 21b; 131) that is electromagnetically coupled to the feeder electrode; characterized by a mounting electrode (18, 18a to 18d; 122) provided on a surface of the feeder circuit substrate (10; 30; 120); and a mounted electrode (24, 24a to 24d; 132) that is provided on a surface of a radiation substrate (20; 55; 130) in which the radiation plate is formed, wherein the mounted electrode is electrically connected to the mounting electrode (18, 18a to 18d; 122) of the feeder circuit substrate (10: 30; 120). a wireless IC that processes transmission and reception signals; a feeder circuit substrate (10; 3C; 120) that has a feeder circuit incorporating an inductance element (L, L1, L2, L11, L12) connected to the wireless IC in a galvanically conductive state and in which a feeder electrode (12a, 12b; 19, 19a, 19b) coupled to the inductance element is provided on a surface of the substrate or an inside of the substrate; a radiation plate (21; 21a, 21b; 131) that is electromagnetically coupled to the feeder electrode; characterized by a mounting electrode (18, 18a to 18d; 122) provided on a surface of the feeder circuit substrate (10; 30; 120); and a mounted electrode (24, 24a to 24d; 132) that is provided on a surface of a radiation substrate (20; 55; 130) in which the radiation plate is formed, wherein the mounted electrode is electrically connected to the mounting electrode (18, 18a to 18d; 122) of the feeder circuit substrate (10: 30; 120).