mhurhangee/ep-ind-claims huggingface dataset:
A system for monitoring and treating head, spine and body health status, comprising: a) a plurality of receiver units wherein each receiver unit is configured to be secured at a selected location on a wearer's body; and b) a plurality of universal multimodality sensor modules, each comprising one or more individual sensors, a power source, a printed circuit board including a processor, memory and communication module, wherein a respective multimodality sensor module is coupled with a respective receiver, characterized in that, one or more selected individual sensors within said each respective multimodality sensor module is powered depending upon said selected location of its respective receiver unit on said wearer's body; wherein health data related to the head, spine or body movements of the wearer is sensed at regular intervals using said one or more powered selected individual sensors; characterized in that the plurality of receiver units have contacts with configurations specific to the selected locations, the configurations causing selection of the one or more individual sensors; and when the universal multimodality sensor module is coupled to the receiver unit, leads interpret the specific contacts whereby one or more of the individual sensors are selected by the processor to power to receive the health data from the wearer. one or more selected individual sensors within said each respective multimodality sensor module is powered depending upon said selected location of its respective receiver unit on said wearer's body; wherein health data related to the head, spine or body movements of the wearer is sensed at regular intervals using said one or more powered selected individual sensors; characterized in that the plurality of receiver units have contacts with configurations specific to the selected locations, the configurations causing selection of the one or more individual sensors; and when the universal multimodality sensor module is coupled to the receiver unit, leads interpret the specific contacts whereby one or more of the individual sensors are selected by the processor to power to receive the health data from the wearer.
A natural ventilation window comprising: a window frame which is installed in a building; a framed panel disposed in an opening portion defined by said window frame; and opening/closing means for opening and closing the opening portion on the basis of an air current, said opening/closing means including a first supporting mechanism for supporting a portion on one side of either a top rail or a bottom rail of said framed panel liftably and rotatably about a horizontal axis and a second supporting mechanism for supporting another portion of said framed panel located below or above said portion, movably in a direction toward an interior or exterior of the building and rotatably about the horizontal axis, said another portion of said framed panel being disposed so as to be located above a center of gravity of said framed panel and to be located on one side of either a building interior or a building exterior with respect to that center of gravity when said framed panel is in an opening portion closed position, said second supporting mechanism including a supported member formed in said another portion of said framed panel and a support member which is fitted to said window frame so as to support said supported member, said support member including a linear motion supporting portion for supporting said supported member linearly movably in the direction toward the interior or exterior of the building and rotatably about the horizontal axis characterized in that; said support member further comprises at least one of an end side supporting portion connected to an end portion close to the building interior side of said linear motion supporting portion and adapted to support said supported member movably in a direction intersecting to the direction toward the interior or exterior of the building and rotatably about the horizontal axis, so as to displace said another portion upward at the time of movement of said another portion of said framed panel in a direction toward the interior of the building, and to displace said another portion of said framed panel downward at the time of movement of said another portion in a direction toward the exterior of the building, and an end side supporting portion connected to an end portion close to the building exterior side of said linear motion supporting portion and adapted to support said supported member movably in the direction intersecting to the direction toward the interior or exterior of the building and rotatably about the horizontal axis, so as to displace said another portion of said framed panel downward at the time of movement of said another portion in the direction toward the interior of the building, and to displace said another portion of said framed panel upward at the time of movement of said another portion in the direction toward the exterior of the building.
A composition for immunity regulation and/or stimulation for use in a method for the prevention and/or alleviation of the symptoms related to pathogenic infections comprising viral infections, bacterial infections, parasitic infections such as malaria, fungal infections, superinfections and episodic infections, per 100g or 100ml, comprising the combination of: • 10μg to 1000μg of positively charged minerals consisting of magnesium, • 10μg to 1000μg of metals selected from zinc and iron • 7μg to 700μg of at least one plant oil selected from Ribes nigrum Oleum Acini (blackcurrant seed oil) and Elaeis guineensis Oleum (palm oil), • 6μg to 600μg of at least two plant extracts selected from Thymus vulgaris (thyme), Cicer arietinum (chickpea), and Ervum lens (lentil), • 6μg to 600μg of at least one alga chosen among Fucus vesiculosus (Fucus), Undaria pinnatifida (Wakame), Palmaria palmata (Dulse), and Porphyra umbilicalis (Nori), • 7μg to 700μg of at least one mushroom chosen among Lentinula edodes (Shiitake) and Grifola frondosa (Maitake), • 8μg to 800μg of at least one vitamin chosen among vitamins A, B1, B2, B5, B6, B9, C, E, PP; optionally with a suitable excipient. • 10μg to 1000μg of positively charged minerals consisting of magnesium, • 10μg to 1000μg of metals selected from zinc and iron • 7μg to 700μg of at least one plant oil selected from Ribes nigrum Oleum Acini (blackcurrant seed oil) and Elaeis guineensis Oleum (palm oil), • 6μg to 600μg of at least two plant extracts selected from Thymus vulgaris (thyme), Cicer arietinum (chickpea), and Ervum lens (lentil), • 6μg to 600μg of at least one alga chosen among Fucus vesiculosus (Fucus), Undaria pinnatifida (Wakame), Palmaria palmata (Dulse), and Porphyra umbilicalis (Nori), • 7μg to 700μg of at least one mushroom chosen among Lentinula edodes (Shiitake) and Grifola frondosa (Maitake), • 8μg to 800μg of at least one vitamin chosen among vitamins A, B1, B2, B5, B6, B9, C, E, PP;
An arthroscope, said arthroscope comprising: a sheath having an outer diameter and an inner diameter, the inner diameter having an extruded profile and having an inner surface and an outer surface; an molded elongated core, constructed of a flat molded backing folded onto a square configuration, the elongated core having an inner and an outer surface, a square radial cross section, a proximal end, a distal end spaced from the proximal end for insertion into a body, a first surface with at least one hinge point, and a second surface with at least one hinge point, the molded backing being folded on the hinge points; and an imaging device chip fitted at the distal end of the elongated core having an imaging surface arranged in a viewing direction of the arthroscope; wherein the longitudinal movement of the first surface of the elongated core relative to the second surface of the elongated core changes the angle of the imaging chip relative to a radial plane of the elongated core; wherein when the elongated core is inserted into the sheath, the inner surface of the sheath and the outer surface of the elongated core define an inflow channel extending longitudinally within the arthroscope and an outflow channel extending longitudinally within the arthroscope, so that fluid may enter the inflow channel and exit through the outflow channel and come behind the distal end of the arthroscope. a sheath having an outer diameter and an inner diameter, the inner diameter having an extruded profile and having an inner surface and an outer surface; an molded elongated core, constructed of a flat molded backing folded onto a square configuration, the elongated core having an inner and an outer surface, a square radial cross section, a proximal end, a distal end spaced from the proximal end for insertion into a body, a first surface with at least one hinge point, and a second surface with at least one hinge point, the molded backing being folded on the hinge points; and an imaging device chip fitted at the distal end of the elongated core having an imaging surface arranged in a viewing direction of the arthroscope; wherein the longitudinal movement of the first surface of the elongated core relative to the second surface of the elongated core changes the angle of the imaging chip relative to a radial plane of the elongated core; wherein when the elongated core is inserted into the sheath, the inner surface of the sheath and the outer surface of the elongated core define an inflow channel extending longitudinally within the arthroscope and an outflow channel extending longitudinally within the arthroscope, so that fluid may enter the inflow channel and exit through the outflow channel and come behind the distal end of the arthroscope.
A high manganese-nitrogen containing twin induced plasticity TWIP steel sheet consisting of: 0.5 to 1.0 wt% of carbon; 10 to 20 wt% of manganese; 0.02 to 0.3 wt% of nitrogen; optionally 4.0 wt% or less of chromium; optionally at least one of less than 4 wt% of silicon, less than 3 wt% of aluminum, less than 0.30 wt% of niobium, less than 0.30 wt% of titanium and less than 0.30 wt% of vanadium; and the balance of Fe and unavoidable impurities; wherein at least part of the nitrogen is contained in the steel sheet through arc-melting; wherein the steel sheet has a product of tensile strength to total elongation (TS× El) of 50,000 MPa% or more. 0.5 to 1.0 wt% of carbon; 10 to 20 wt% of manganese; 0.02 to 0.3 wt% of nitrogen; optionally 4.0 wt% or less of chromium; optionally at least one of less than 4 wt% of silicon, less than 3 wt% of aluminum, less than 0.30 wt% of niobium, less than 0.30 wt% of titanium and less than 0.30 wt% of vanadium; and the balance of Fe and unavoidable impurities; wherein at least part of the nitrogen is contained in the steel sheet through arc-melting; wherein the steel sheet has a product of tensile strength to total elongation (TS× El) of 50,000 MPa% or more.
Gun for spill-free refilling of liquids comprising a dispensing nozzle, a handle part, a trigger with a trigger handle, a valve arrangement to be activated by the trigger, and a liquid input connection for connecting the gun to a liquid provision pipe, the nozzle comprising a nozzle coupling part arranged to be releasably connected to a tank coupling part to form a liquid-tight connection for spill-free transfer of liquid from the gun to the tank, characterized in a release sleeve arranged substantially outside of the nozzle coupling part, the sleeve being axially movable by means of a link element from a coupling position to a release position and comprising flange means arranged to co-act with flange means of a coupling collar of said nozzle coupling part to move said coupling collar axially into a release position.
An indicator member for a fire extinguisher safety mechanism comprising: a disc-like head portion; a shank projecting from the head portion; said shank having an intermediate region provided with an area of weakness and a distal end provided with resilient retaining means, characterised in that a rear surface of the head is provided with a rib for assisting in the appropriate orientation of the indicator member. a disc-like head portion; a shank projecting from the head portion; said shank having an intermediate region provided with an area of weakness and a distal end provided with resilient retaining means, characterised in that a rear surface of the head is provided with a rib for assisting in the appropriate orientation of the indicator member.
A method for measuring radiation dose, comprising: measuring the radiation dose received by a protein in a radiation field based on degree of protein degradation in the radiation field, wherein the degree of degradation is a ratio of the molecular weight of the protein before and after irradiation, characterized in that the radiation field comprises a mixed radiation field of neutron and gamma and wherein the method further comprises: utilizing the degree of protein degradation at different protein concentrations in a gamma radiation field to draw a standard curve showing the degree of protein degradation versus radiation dose and calculating the radiation dose corresponding to the degree of protein degradation Xi as the relative radiation dose of the protein in the gamma radiation field Di = Mj + Nj, wherein Mj is gamma dose determined by Monte Carlo simulation, Nj is equivalent dose of neutron relative to gamma, the neutron dose actually received by the protein is ratio of the equivalent dose of neutron relative to gamma to the conversion coefficient Ki at the protein degradation concentration, and the conversion coefficient Ki is ratio of the gamma dose to the neutron dose at a particular degree of protein degradation.
An apparatus for a turbine engine, comprising: a fuel nozzle comprising a nozzle passage and a nozzle orifice; the nozzle passage extending longitudinally along a centerline within the fuel nozzle to the nozzle orifice; an air tube including an air passage, the fuel nozzle projecting into the air passage; and a combustor wall at least partially forming a combustion chamber, the air tube connected to the combustor wall and projecting into the combustion chamber, wherein the nozzle passage has a solid polygonal cross-sectional geometry at the nozzle orifice and the fuel nozzle is configured to direct fuel out of the nozzle passage through the nozzle orifice into the air passage, wherein the fuel nozzle is configured to direct at least a portion of the fuel against a surface of the air tube, wherein the air tube is a fuel vaporizer and wherein the fuel vaporizer at least partially vaporizes the fuel impinging against its surface. a fuel nozzle comprising a nozzle passage and a nozzle orifice; the nozzle passage extending longitudinally along a centerline within the fuel nozzle to the nozzle orifice; an air tube including an air passage, the fuel nozzle projecting into the air passage; and a combustor wall at least partially forming a combustion chamber, the air tube connected to the combustor wall and projecting into the combustion chamber, wherein the nozzle passage has a solid polygonal cross-sectional geometry at the nozzle orifice and the fuel nozzle is configured to direct fuel out of the nozzle passage through the nozzle orifice into the air passage, wherein the fuel nozzle is configured to direct at least a portion of the fuel against a surface of the air tube, wherein the air tube is a fuel vaporizer and wherein the fuel vaporizer at least partially vaporizes the fuel impinging against its surface.
Method for producing a housing of an electronic module, wherein - leads, which each have a bondable lead surface, are injection moulded with a plastic in a plastic injection mould, wherein a pin recess is produced for each lead, which pin recess passes through the plastic and comprises a lead recess in the lead, and wherein at least one part of each bondable lead surface is not injectionmoulded, and - an electrically conductive pin element is inserted into at least one pin recess, wherein the pin element is guided through the lead recess of the pin recess, characterised in that the injection moulded tool has a stamp component and a matrix component for each pin recess to be produced, said components (21, 23) sealing the lead recess of the pin recess on opposing sides when the injection moulded tool is closed and being injection moulded with the plastic after the injection moulded tool is closed. - leads, which each have a bondable lead surface, are injection moulded with a plastic in a plastic injection mould, wherein a pin recess is produced for each lead, which pin recess passes through the plastic and comprises a lead recess in the lead, and wherein at least one part of each bondable lead surface is not injectionmoulded, and - an electrically conductive pin element is inserted into at least one pin recess, wherein the pin element is guided through the lead recess of the pin recess, characterised in that the injection moulded tool has a stamp component and a matrix component for each pin recess to be produced, said components (21, 23) sealing the lead recess of the pin recess on opposing sides when the injection moulded tool is closed and being injection moulded with the plastic after the injection moulded tool is closed.
Dough processing method using a plurality of dough piece molds configured to receive at least one dough piece, each of the dough piece molds having at least one machine-readable identification label containing identification data, which include mold type data and unambiguous individualization data for the respective dough piece mold, the dough piece molds being used in a dough processing installation, comprising the following automated steps: - preparing dough pieces to be fermented and baked, - preparing the dough piece molds to be filled, - filling the dough piece molds with in each case at least one prepared dough piece, - fermenting the dough pieces in the dough piece molds in the dough processing installation, - baking the dough pieces in the dough piece molds in the dough processing machine, - removing the baked dough pieces from the dough piece molds, - transferring the dough piece molds to a refilling preparation of the dough piece molds, - wherein starting from and including the step of preparing the dough piece molds to be filled up to the refilling preparation of the dough piece molds, the following identifications are each carried out once: -- mold type identification of the dough piece mold, -- individual identification of the dough piece mold, - wherein the identifications are used to control processing stations of the dough processing installation, with - an imaging monitoring of the dough piece molds immediately after filling the dough piece molds and prior to fermenting the dough pieces and/or - an imaging monitoring of the dough piece molds immediately prior to fermenting the dough pieces and/or - an imaging monitoring of the dough piece molds immediately after removing the dough pieces. - preparing dough pieces to be fermented and baked, - preparing the dough piece molds to be filled, - filling the dough piece molds with in each case at least one prepared dough piece, - fermenting the dough pieces in the dough piece molds in the dough processing installation, - baking the dough pieces in the dough piece molds in the dough processing machine, - removing the baked dough pieces from the dough piece molds, - transferring the dough piece molds to a refilling preparation of the dough piece molds, - wherein starting from and including the step of preparing the dough piece molds to be filled up to the refilling preparation of the dough piece molds, the following identifications are each carried out once: -- mold type identification of the dough piece mold, -- individual identification of the dough piece mold, -- mold type identification of the dough piece mold, -- individual identification of the dough piece mold, - wherein the identifications are used to control processing stations of the dough processing installation, with - an imaging monitoring of the dough piece molds immediately after filling the dough piece molds and prior to fermenting the dough pieces and/or - an imaging monitoring of the dough piece molds immediately prior to fermenting the dough pieces and/or - an imaging monitoring of the dough piece molds immediately after removing the dough pieces.
A medicament delivery device comprising: a cartridge holder mounted in a housing and configured to receive a cartridge containing a medicament, the housing having a longitudinal axis; an outer cap detachably connected to the housing; an injection needle holder to which an injection needle is fixed, the injection needle having a proximal end and a distal end; and a coupling mechanism configured to connect the outer cap to the injection needle holder; wherein the coupling mechanism comprises a rotatable member which is connected to the injection needle holder and which is threadedly engaged with the outer cap and is rotatable relative to the outer cap, and wherein the coupling mechanism is configured such that pulling the outer cap away from the cartridge holder in a first axial direction along the longitudinal axis causes rotational movement of the rotatable member and thereby of the injection needle holder connected thereto, about the longitudinal axis and translational movement of the rotatable member and thereby the connected injection needle holder relative to the housing in a second axial direction opposed to the first axial direction such that the injection needle holder moves from a storage position in which, when the cartridge is received in the cartridge holder, the distal end of the injection needle is spaced from the cartridge, towards a use position in which, when the cartridge is received in the cartridge holder, the distal end of the injection needle can engage the cartridge. a cartridge holder mounted in a housing and configured to receive a cartridge containing a medicament, the housing having a longitudinal axis; an outer cap detachably connected to the housing; an injection needle holder to which an injection needle is fixed, the injection needle having a proximal end and a distal end; and a coupling mechanism configured to connect the outer cap to the injection needle holder; wherein the coupling mechanism comprises a rotatable member which is connected to the injection needle holder and which is threadedly engaged with the outer cap and is rotatable relative to the outer cap, and wherein the coupling mechanism is configured such that pulling the outer cap away from the cartridge holder in a first axial direction along the longitudinal axis causes rotational movement of the rotatable member and thereby of the injection needle holder connected thereto, about the longitudinal axis and translational movement of the rotatable member and thereby the connected injection needle holder relative to the housing in a second axial direction opposed to the first axial direction such that the injection needle holder moves from a storage position in which, when the cartridge is received in the cartridge holder, the distal end of the injection needle is spaced from the cartridge, towards a use position in which, when the cartridge is received in the cartridge holder, the distal end of the injection needle can engage the cartridge.