mhurhangee/patent-ind-claim-en huggingface dataset:
A pressure vessel standing vertically in use, in particular for compressed natural gas containment or transport, with a generally cylindrical shape over a majority of its length and at least, an opening for gas loading and offloading and for liquid evacuation, the pressure vessel comprising: a non-structural metallic liner ; a first, structural support fiber layer external and adjacent to the metallic liner fully wrapping the vessel, including most of the vessel ends, and a second, non-structural fiber layer external and adjacent to the first fiber layer, wherein the first and second layers are made of different materials; wherein structural support is provided, during pressurized transportation of gas, by the first fiber layer , characterized by : the pressure vessel further comprising a manhole for internal inspection of the vessel, being provided at a top with closing means for allowing sealed closing of the manhole , and said opening at a bottom, of the pressure vessel when the pressure vessel stands vertically, and said opening being provided with a cap or connector. a non-structural metallic liner ; a first, structural support fiber layer external and adjacent to the metallic liner fully wrapping the vessel, including most of the vessel ends, and a second, non-structural fiber layer external and adjacent to the first fiber layer, wherein the first and second layers are made of different materials; wherein structural support is provided, during pressurized transportation of gas, by the first fiber layer , characterized by : the pressure vessel further comprising a manhole for internal inspection of the vessel, being provided at a top with closing means for allowing sealed closing of the manhole , and said opening at a bottom, of the pressure vessel when the pressure vessel stands vertically, and said opening being provided with a cap or connector.
A pharmaceutical composition comprising digestive enzymes and one or more excipients, for use in the treatment of vitamin K deficiency or bone fragility in a subject exhibiting Autism Spectrum Disorder (ASD), wherein the digestive enzymes comprise a protease, an amylase, and a lipase.
A lubricating composition comprising a major amount of a lubricating base oil, and (A) an organo-molybdenum compound providing a total molybdenum content of 50 ppm to 800 ppm in the lubricating composition and (B) an alkylated diphenylamine derivative of 1,2,4-triazole present in an amount from 0.01-5.0 % by weight of the lubricating composition.
A vial closure assembly comprising: a ring comprising a first top wall and a skirt extending downwardly from the first top wall , the first top wall defining a first central through-opening , the skirt comprising a plurality of locking tabs ; a cover comprising a second top wall , a sidewall extending downwardly from the second top wall and an interior cavity defined by the second top wall and the sidewall, the second top wall defining a second central through-opening generally aligned with the first central through-opening of the ring; a cap ; and a stopper that is inserted within an interior of the ring ; characterized in that the vial closure assembly further comprises: a shell comprising a barrel-shaped body having an upper lip that extends inwardly radially and a lower lip that extends inwardly radially, such that the shell is configured to captivate the cover , the upper lip including at least one rail that extends in a direction generally parallel to the barrel-shaped body for sliding contact with a top surface of the second top wall; wherein the cap comprises a plurality of tabs configured to engage the second top wall of the cover. a ring comprising a first top wall and a skirt extending downwardly from the first top wall , the first top wall defining a first central through-opening , the skirt comprising a plurality of locking tabs ; a cover comprising a second top wall , a sidewall extending downwardly from the second top wall and an interior cavity defined by the second top wall and the sidewall, the second top wall defining a second central through-opening generally aligned with the first central through-opening of the ring; a cap ; and a stopper that is inserted within an interior of the ring ; characterized in that the vial closure assembly further comprises: a shell comprising a barrel-shaped body having an upper lip that extends inwardly radially and a lower lip that extends inwardly radially, such that the shell is configured to captivate the cover , the upper lip including at least one rail that extends in a direction generally parallel to the barrel-shaped body for sliding contact with a top surface of the second top wall; wherein the cap comprises a plurality of tabs configured to engage the second top wall of the cover. a shell comprising a barrel-shaped body having an upper lip that extends inwardly radially and a lower lip that extends inwardly radially, such that the shell is configured to captivate the cover , the upper lip including at least one rail that extends in a direction generally parallel to the barrel-shaped body for sliding contact with a top surface of the second top wall; wherein the cap comprises a plurality of tabs configured to engage the second top wall of the cover.
A sensor assembly for sensing a sensed parameter and for outputting a sensor assembly output signal , the sensor assembly comprising: a sense element for sensing the sensed parameter, the sense element providing a sense element output signal that is related to the sensed parameter; a control block , including: an amplifier having a programmable gain and a programmable offset ; a first input port for receiving the sense element output signal ; a second input port for receiving a scale input adjustable by a user, the control block configured to adjust the offset and the gain of the amplifier based on the received scale input to adjust a resolution of the sensor assembly output signal within the sensor assembly output signal range; and an output port for providing the sensor assembly output signal with adjusted resolution, wherein the control block is configured to produce the sensor assembly output signal at a first resolution for a first scale input and at a second resolution for a second scale input, the second resolution being different from the first resolution and the second scale input being different from the first scale input. a sense element for sensing the sensed parameter, the sense element providing a sense element output signal that is related to the sensed parameter; a control block , including: an amplifier having a programmable gain and a programmable offset ; a first input port for receiving the sense element output signal ; a second input port for receiving a scale input adjustable by a user, the control block configured to adjust the offset and the gain of the amplifier based on the received scale input to adjust a resolution of the sensor assembly output signal within the sensor assembly output signal range; and an output port for providing the sensor assembly output signal with adjusted resolution, wherein the control block is configured to produce the sensor assembly output signal at a first resolution for a first scale input and at a second resolution for a second scale input, the second resolution being different from the first resolution and the second scale input being different from the first scale input. an amplifier having a programmable gain and a programmable offset ; a first input port for receiving the sense element output signal ; a second input port for receiving a scale input adjustable by a user, the control block configured to adjust the offset and the gain of the amplifier based on the received scale input to adjust a resolution of the sensor assembly output signal within the sensor assembly output signal range; and an output port for providing the sensor assembly output signal with adjusted resolution, wherein the control block is configured to produce the sensor assembly output signal at a first resolution for a first scale input and at a second resolution for a second scale input, the second resolution being different from the first resolution and the second scale input being different from the first scale input.
A flexible tube skirt formed by rolling a flat sheet of a recyclable polypropylene (PP) based laminated material , said laminated material being made for forming a flexible container and comprising an inner layer comprising PP, an outer layer comprising PP and an barrier layer comprising an oxide material barrier and a carrier layer coated by said oxide material barrier , said carrier layer being made of PP, the inner layer having an higher ability to flow than the carrier layer , said flexible tube skirt comprising an overlap side seam made of a first side edge of the sheet covering a second side edge of the sheet .
A flame producing assembly comprising a pocket lighter and a sub-unit assembly , the sub-unit assembly comprising : - an extended wand , - a rigid support located inside the extended wand and having a longitudinal inner opening , - an inner space located inside the extended wand , but outside the rigid support , and - an helical spring extending along the longitudinal inner opening and having a second end portion protruding in the inner space , the pocket lighter being connected directly to the sub-unit assembly and comprising a piezoelectric ignition device which is electrically coupled to the extended wand , characterized in that at least a portion of the helical spring , being located in the longitudinal inner opening , has a pitch smaller than a pitch of the second end portion . - an extended wand , - a rigid support located inside the extended wand and having a longitudinal inner opening , - an inner space located inside the extended wand , but outside the rigid support , and - an helical spring extending along the longitudinal inner opening and having a second end portion protruding in the inner space , the pocket lighter being connected directly to the sub-unit assembly and comprising a piezoelectric ignition device which is electrically coupled to the extended wand ,
A recuperative gas burner , comprising a combustion chamber ; a burner tip providing an outlet opening of the combustion chamber; a gas supply for combustion gas having a first gas supply duct and a second gas supply duct , wherein the combustion gas is provided to the combustion chamber through the first gas supply duct, wherein the combustion gas is provided to the burner tip through the second gas supply duct; an air supply for combustion air; an exhaust gas flow channel for exhaust gas, wherein the exhaust gas flow channel and the air supply are configured such that the combustion air is heated by the exhaust gas, wherein the air supply comprises an inner air supply chamber with a first inlet for the combustion air, wherein the inner air supply chamber is configured to provide the combustion air to the combustion chamber; characterised in that the air supply comprises an outer air supply chamber with a second, separate inlet for the combustion air, wherein the outer air supply chamber is configured to provide the combustion air to the burner tip, wherein the outer air supply chamber is positioned between the exhaust gas flow channel and the inner air supply chamber. a combustion chamber ; a burner tip providing an outlet opening of the combustion chamber; a gas supply for combustion gas having a first gas supply duct and a second gas supply duct , wherein the combustion gas is provided to the combustion chamber through the first gas supply duct, wherein the combustion gas is provided to the burner tip through the second gas supply duct; an air supply for combustion air; an exhaust gas flow channel for exhaust gas, wherein the exhaust gas flow channel and the air supply are configured such that the combustion air is heated by the exhaust gas, wherein the air supply comprises an inner air supply chamber with a first inlet for the combustion air, wherein the inner air supply chamber is configured to provide the combustion air to the combustion chamber; characterised in that the air supply comprises an outer air supply chamber with a second, separate inlet for the combustion air, wherein the outer air supply chamber is configured to provide the combustion air to the burner tip, wherein the outer air supply chamber is positioned between the exhaust gas flow channel and the inner air supply chamber.
An implantable medical device (IMD) retrieval system comprising: an elongate outer tubular member including a longitudinally extending lumen terminating in a distal cup , wherein the distal cup is configured to receive the IMD; and a retrieval assembly comprising: a retrieval member comprising an elongate member terminating in at least one snare , wherein the at least one snare is moveable between an expanded configuration and a contracted configuration; and a fixed-curve catheter comprising a resilient material forming a distal curve and defining a lumen in which the retrieval member extends in sliding engagement, wherein the fixed-curve catheter extends in sliding engagement within the lumen of the elongate outer tubular member, wherein the fixed-curve catheter is rotatable relative to the elongate outer tubular member. an elongate outer tubular member including a longitudinally extending lumen terminating in a distal cup , wherein the distal cup is configured to receive the IMD; and a retrieval assembly comprising: a retrieval member comprising an elongate member terminating in at least one snare , wherein the at least one snare is moveable between an expanded configuration and a contracted configuration; and a fixed-curve catheter comprising a resilient material forming a distal curve and defining a lumen in which the retrieval member extends in sliding engagement, wherein the fixed-curve catheter extends in sliding engagement within the lumen of the elongate outer tubular member, a retrieval member comprising an elongate member terminating in at least one snare , wherein the at least one snare is moveable between an expanded configuration and a contracted configuration; and a fixed-curve catheter comprising a resilient material forming a distal curve and defining a lumen in which the retrieval member extends in sliding engagement, wherein the fixed-curve catheter extends in sliding engagement within the lumen of the elongate outer tubular member, wherein the fixed-curve catheter is rotatable relative to the elongate outer tubular member.
An apparatus for counting value-document bundles , which contain respectively several value documents, in particular bank notes, combined to a bundle by a bundling element , - an image-capturing device which is configured to capture at least one image of the value-document bundles including bundling elements , and - an evaluation device which is configured to identify the bundling elements in the captured image and to establish their number characterized by at least one illumination device which is configured for illuminating the value-document bundles including bundling elements with ultraviolet radiation, wherein the evaluation device is configured to identify the bundling elements on the basis of a fluorescence behavior of the bundling elements . - an image-capturing device which is configured to capture at least one image of the value-document bundles including bundling elements , and - an evaluation device which is configured to identify the bundling elements in the captured image and to establish their number at least one illumination device which is configured for illuminating the value-document bundles including bundling elements with ultraviolet radiation, wherein the evaluation device is configured to identify the bundling elements on the basis of a fluorescence behavior of the bundling elements .
A glass panel unit manufacturing method comprising: a providing step of providing a first substrate and a second substrate, the first substrate including a first glass pane, the second substrate including a second glass pane; a pillar arrangement step of arranging a plurality of pillars on the first substrate; a bonding step of hermetically bonding peripheral edges of the second substrate onto the first substrate while arranging the second substrate over the first substrate and then interposing the plurality of pillars between the second substrate and the first substrate; a sealing step of sealing up an internal space created between the second substrate and the first substrate, while keeping the internal space evacuated; characterised in that the second substrate has a smaller contour than the first substrate and in that the method further comprises a cutting step of cutting the first substrate to the contour of the second substrate. a providing step of providing a first substrate and a second substrate, the first substrate including a first glass pane, the second substrate including a second glass pane; a pillar arrangement step of arranging a plurality of pillars on the first substrate; a bonding step of hermetically bonding peripheral edges of the second substrate onto the first substrate while arranging the second substrate over the first substrate and then interposing the plurality of pillars between the second substrate and the first substrate; a sealing step of sealing up an internal space created between the second substrate and the first substrate, while keeping the internal space evacuated; characterised in that the second substrate has a smaller contour than the first substrate and in that the method further comprises a cutting step of cutting the first substrate to the contour of the second substrate.
A device comprising: a printed circuit board (PCB) with a magnetic core coupled to the PCB; a high voltage coil comprising first traces disposed on the PCB; a low voltage coil comprising second traces disposed on the PCB; and a conductive shield, characterized in that the conductive shield comprises a three-dimensional enclosure around the high voltage coil , wherein the three-dimensional enclosure comprises third traces, wherein the conductive shield confines an electric field generated by the device to the PCB; and the magnetic core and one or more sides of the conductive shield are separated by an air gap . a printed circuit board (PCB) with a magnetic core coupled to the PCB; a high voltage coil comprising first traces disposed on the PCB; a low voltage coil comprising second traces disposed on the PCB; and a conductive shield, characterized in that the conductive shield comprises a three-dimensional enclosure around the high voltage coil , wherein the three-dimensional enclosure comprises third traces, wherein the conductive shield confines an electric field generated by the device to the PCB; and the magnetic core and one or more sides of the conductive shield are separated by an air gap .
A camera module comprising: a substrate formed with a cavity , and including a plurality of through holes ; an array sensor disposed in the cavity of the substrate , wherein an upper surface of the array sensor is coupled to a lower surface of the substrate , and the array sensor includes a plurality of image sensors ; a plurality of lens units mounted on upper surfaces of the image sensors , respectively, through the through holes, , wherein the plurality of through holes is formed larger than the respective lens unit ; a shield can comprising windows configured to pass an optical image of an object to the plurality of lens units , the camera module being characterized in that a ground line is formed on the substrate, and the shield can is brought into contact with another ground line formed at an array sensor area distanced from each of the image sensors through the ground line formed on the substrate to provide an EMC shielding function; and a blocking member configured to block spill light interposed between inner walls of the windows of the shield can and the lens units , wherein the plurality of lens units is embedded in the shield can , and wherein the blocking member is interposed between the shield can and the plurality of lens units . a substrate formed with a cavity , and including a plurality of through holes ; an array sensor disposed in the cavity of the substrate , wherein an upper surface of the array sensor is coupled to a lower surface of the substrate , and the array sensor includes a plurality of image sensors ; a plurality of lens units mounted on upper surfaces of the image sensors , respectively, through the through holes, , wherein the plurality of through holes is formed larger than the respective lens unit ; a shield can comprising windows configured to pass an optical image of an object to the plurality of lens units , the camera module being characterized in that a ground line is formed on the substrate, and the shield can is brought into contact with another ground line formed at an array sensor area distanced from each of the image sensors through the ground line formed on the substrate to provide an EMC shielding function; and a blocking member configured to block spill light interposed between inner walls of the windows of the shield can and the lens units , wherein the plurality of lens units is embedded in the shield can , and wherein the blocking member is interposed between the shield can and the plurality of lens units .
A gripper unit for a system for moving containers to and from a processing unit of said containers, comprising a support assembly and a gripper assembly , two jaws being arranged on the gripper assembly , wherein the gripper assembly comprises a support body , wherein a jaws support is pivotally coupled to the support body and in that there are provided means for stopping the free rotation of the jaws support configured so as to allow the rotation of the jaws support only in the case of transverse stress above a predefined threshold, wherein the gripper assembly is movable with respect to the support assembly between a retracted position and an extended position, characterised in that the gripper assembly comprises a pushing bearing configured so as to react in a cam path to actuate said movement between said retracted position and said extended position, said pushing bearing being hinged to a pin and wherein preloaded elastic means are arranged between said pushing bearing and a movable plate , and in that the gripper unit comprises a proximity sensor, connected to a command and control unit of the conveyor system, configured so as to detect the dislocation of the jaws support with respect to the support body .