mhurhangee/ep-ind-claims huggingface dataset:
A tablet having a weight of 30-200 mg, preferably of 60-120 mg, said tablet consisting of: • 60-100 wt.% of granules consisting of: - 50-90% by weight of the granules of dehydroepiandrosterone (DHEA); - 6-35% by weight of the granules of microcrystalline cellulose; - 0-20% by weight of the granules of one or more other pharmaceutically acceptable granule ingredients; and • 0-40 wt.% of one or more other pharmaceutically acceptable tablet components. • 60-100 wt.% of granules consisting of: - 50-90% by weight of the granules of dehydroepiandrosterone (DHEA); - 6-35% by weight of the granules of microcrystalline cellulose; - 0-20% by weight of the granules of one or more other pharmaceutically acceptable granule ingredients; and - 50-90% by weight of the granules of dehydroepiandrosterone (DHEA); - 6-35% by weight of the granules of microcrystalline cellulose; - 0-20% by weight of the granules of one or more other pharmaceutically acceptable granule ingredients; and • 0-40 wt.% of one or more other pharmaceutically acceptable tablet components.
System for controlling and/or analysing an industrial process, having, in the installation, at least one automation or computer unit (2, 5, 6, 7) which carries out first process variable calculations and acts on the process, having, outside the installation, a computing unit which carries out a number of second process variable calculations and receives local data from the at least one automation or computer unit (2, 5, 6, 7) via a data connection, characterized in that the system has, in the installation, at least one data collector unit, wherein the data collector unit prioritizes the transfer of data between the at least one automation or computer unit (2, 5, 6, 7) and the computing unit outside the installation via the data connection, characterized in that the data collector unit has a priority dispatcher and at least one priority memory, wherein the priority dispatcher assigns the local data to different priority memories depending on the requirement imposed on their transmission time, or wherein the priority dispatcher prioritizes the local data depending on the requirement imposed on their transmission time within the at least one priority memory.
A method of key management, comprising: obtaining, at a user device of a primary user for splitting a transaction key, a number of users in a group of users for managing the transaction key and a first predetermined value, the first predetermined value indicating a minimum number of users in the group of users for restoring the transaction key; randomly generating, at the user device of the primary user, based on a message from a management device related to a further user in the group of users, the transaction key, wherein the transaction key is associated with processing a permission of a present transaction, wherein the message includes at least a public key of the further user; at the user device of the primary user, splitting the transaction key into a plurality of sub-keys, the number of sub-keys being the same as the number of users; and at the user device of the primary user, encrypting each of the plurality of sub-keys with a public key of a corresponding one of the users in the group of users associated with a given sub-key; and sending the plurality of encrypted sub-keys from the user device of the primary user to the management device. obtaining, at a user device of a primary user for splitting a transaction key, a number of users in a group of users for managing the transaction key and a first predetermined value, the first predetermined value indicating a minimum number of users in the group of users for restoring the transaction key; randomly generating, at the user device of the primary user, based on a message from a management device related to a further user in the group of users, the transaction key, wherein the transaction key is associated with processing a permission of a present transaction, wherein the message includes at least a public key of the further user; at the user device of the primary user, splitting the transaction key into a plurality of sub-keys, the number of sub-keys being the same as the number of users; and at the user device of the primary user, encrypting each of the plurality of sub-keys with a public key of a corresponding one of the users in the group of users associated with a given sub-key; and sending the plurality of encrypted sub-keys from the user device of the primary user to the management device.
A lighting device for vehicles, in particular a signaling light, with a light source, having a light guide which has a light coupling surface on one end face, through which light coupling surface light emitted by the light source can be coupled into the light guide which comprises a sheath surface running in the longitudinal direction of the light guide, at which sheath surface the light coupled in is totally reflected within the light guide and which has a surface structure in the form of a prism in a rear longitudinal region in the light radiating direction, which surface structure totally reflects a first part of the light coupled in until it is decoupled at a first light decoupling surface of the light guide, in order to produce a predefined light function, wherein the sheath surface forms the first light decoupling surface, characterized in that the sheath surface comprises a notch which directly adjoins the coupling region which tapers towards the light coupling surface, said notch having such a depth and/or shape that a second part of the light coupled in is deflected transversely to the longitudinal direction of the light guide and is decoupled at another second light decoupling surface which is arranged in a region of the sheath surface opposite the notch in the region of the coupling area, in order to produce a second light function, and that an optical element is assigned to the second light decoupling surface of the light guide, such that a side marking light function is produced by means of the second part of the light which is decoupled at the second light decoupling surface.
A front vehicle-body structure for a vehicle, comprising: an exterior member (10, 20) covering an upper side of an engine room provided in a vehicle front portion; and a front grille disposed on a vehicle up-down-direction lower side relative to a front end portion of the exterior member (10, 20), wherein a rectification member extending over substantially a full width of the exterior member (10, 20) in a vehicle width direction is provided on a lower side of the front end portion of the exterior member, and a front piece portion extending toward the vehicle up-down-direction lower side from the exterior member to an upper end portion of the front grille and a lower piece portion extending toward a vehicle rear side from an upper end of the front piece portion are formed in the rectification member, characterized in that: a rib for reinforcement is integrally formed from a front end face of an upper piece portion of the rectification member to a bottom face thereof. an exterior member (10, 20) covering an upper side of an engine room provided in a vehicle front portion; and a front grille disposed on a vehicle up-down-direction lower side relative to a front end portion of the exterior member (10, 20), wherein a rectification member extending over substantially a full width of the exterior member (10, 20) in a vehicle width direction is provided on a lower side of the front end portion of the exterior member, and a front piece portion extending toward the vehicle up-down-direction lower side from the exterior member to an upper end portion of the front grille and a lower piece portion extending toward a vehicle rear side from an upper end of the front piece portion are formed in the rectification member, characterized in that: a rib for reinforcement is integrally formed from a front end face of an upper piece portion of the rectification member to a bottom face thereof.
A frame, in particular for a protection device for use with a building opening, comprising - at least two first frame struts (4.1a, 4.1b), - at least two second frame struts (4.2), - profile connectors, wherein the first frame struts (4.1a, 4.1b) are connected in each case at their ends by means of a profile connector to a second frame strut (4.2) and the second frame struts (4.2) are connected in each case at their ends by means of a profile connector to a first frame strut (4.1a, 4.1b), and - at least one magnet element (5.1, 5.2) for holding the frame on the building opening, characterized in that the at least one magnet element (5.1, 5.2) is pivotably mounted in the frame. - at least two first frame struts (4.1a, 4.1b), - at least two second frame struts (4.2), - profile connectors, wherein the first frame struts (4.1a, 4.1b) are connected in each case at their ends by means of a profile connector to a second frame strut (4.2) and the second frame struts (4.2) are connected in each case at their ends by means of a profile connector to a first frame strut (4.1a, 4.1b), and - at least one magnet element (5.1, 5.2) for holding the frame on the building opening, characterized in that the at least one magnet element (5.1, 5.2) is pivotably mounted in the frame.
A driver assembly to be detachably coupled between a flexible shaft drive transmission having an outer casing assembly and an elongated drive transmitting shaft rotatable within the outer casing assembly and a handle assembly of a power operated tool to provide rotational power from a coupler fitting of the drive transmitting shaft to a drive train of the power operated tool, the driver assembly comprising: a) a tube assembly comprising a main tube defining a throughbore and first and second bushings (2040,2050) disposed within the throughbore at respective first and second ends (2014,2016) of the main tube and a casing coupler secured to and extending beyond the second end of the main tube, the casing coupler configured to releasably attach the driver assembly to the outer casing assembly; and b) an elongated shaft supported for rotation by the first and second bushings (2040,2050) of the tube assembly, a first end portion of the shaft rotatably supported in the first bushing and a second end portion of the elongated shaft rotatably supported in the second bushing, characterized in the first end portion of the elongated shaft including a driver fitting extending axially beyond the first end of the main tube, the first bushing defining an end wall to constrain axial movement of the elongated shaft with respect to the tube assembly in a first direction (PRXTOOL), the second end portion of the elongated shaft including a driven fitting extending axially beyond the second end of the main tube, the second bushing including an end wall to constrain axial movement of the elongated shaft with respect to the tube assembly in a direction (DISTOOL) opposite of the first direction (PRXTOOL). a) a tube assembly comprising a main tube defining a throughbore and first and second bushings (2040,2050) disposed within the throughbore at respective first and second ends (2014,2016) of the main tube and a casing coupler secured to and extending beyond the second end of the main tube, the casing coupler configured to releasably attach the driver assembly to the outer casing assembly; and b) an elongated shaft supported for rotation by the first and second bushings (2040,2050) of the tube assembly, a first end portion of the shaft rotatably supported in the first bushing and a second end portion of the elongated shaft rotatably supported in the second bushing, characterized in the first end portion of the elongated shaft including a driver fitting extending axially beyond the first end of the main tube, the first bushing defining an end wall to constrain axial movement of the elongated shaft with respect to the tube assembly in a first direction (PRXTOOL), the second end portion of the elongated shaft including a driven fitting extending axially beyond the second end of the main tube, the second bushing including an end wall to constrain axial movement of the elongated shaft with respect to the tube assembly in a direction (DISTOOL) opposite of the first direction (PRXTOOL).
A multi-cavity oven comprising: a housing providing a cooking volume surrounded by insulated outer walls (14a, 14b, 14c) and at least one door that may open and close to provide access to the cooking volume; a set of shelves (20a, 20b, 20c) dividing the cooking volume into cooking cavities (20a, 20b, 20c, 20d), the shelves having air channels each leading from an air inlet (32a, 32b) to upwardly or downwardly directed airstream openings and into adjacent cavities (20a. 20b, 20c, 20d); at least one fan providing air through the air channels into the air inlets (32a, 32b); a water inlet communicating with a water valve to introduce water into the cooking cavities (20a, 20b, 20c, 20d); characterised in that the oven comprises a controller communicating with the fan and the water valve to provide a first and second cleaning state wherein in the first state, the fan operates below a predetermined airflow rate to allow water from the water inlet to drain backward into and accumulate in the air channels and in a second state the fan operates above the predetermined airflow volume to rapidly expel accumulated water from the air channel through the airstream openings in at least one stream. a housing providing a cooking volume surrounded by insulated outer walls (14a, 14b, 14c) and at least one door that may open and close to provide access to the cooking volume; a set of shelves (20a, 20b, 20c) dividing the cooking volume into cooking cavities (20a, 20b, 20c, 20d), the shelves having air channels each leading from an air inlet (32a, 32b) to upwardly or downwardly directed airstream openings and into adjacent cavities (20a. 20b, 20c, 20d); at least one fan providing air through the air channels into the air inlets (32a, 32b); a water inlet communicating with a water valve to introduce water into the cooking cavities (20a, 20b, 20c, 20d); characterised in that the oven comprises a controller communicating with the fan and the water valve to provide a first and second cleaning state wherein in the first state, the fan operates below a predetermined airflow rate to allow water from the water inlet to drain backward into and accumulate in the air channels and in a second state the fan operates above the predetermined airflow volume to rapidly expel accumulated water from the air channel through the airstream openings in at least one stream.
A composition for forming a conductive pattern by means of photo irradiation, comprising: copper particles, plate-like silver particles each having a thickness of 10 to 200 nm, and a binder resin, wherein the mass ratio of the copper particles and the silver particles, represented by copper particles: silver particles, is 99:1 to 50:50. copper particles, plate-like silver particles each having a thickness of 10 to 200 nm, and a binder resin, wherein the mass ratio of the copper particles and the silver particles, represented by copper particles: silver particles, is 99:1 to 50:50.
A method of repairing a defect in a composite wind turbine component, the defect comprising a void located beneath a surface of the component, and the method comprising: a. forming an inlet passage extending between the surface of the component and the void, the inlet passage defining an inlet at the surface; b. forming an outlet passage extending between the surface of the component and the void, the outlet passage defining an outlet at the surface; c. administering resin through the inlet; and d. causing the resin to flow from the inlet towards the outlet such that the resin substantially fills the void; characterized in that the inlet and outlet passages are each formed as a respective groove that extends longitudinally between first and second ends (72, 74) defined at the surface of the component, each groove having a first end portion and a second end portion defining the first and second ends respectively, and an intermediate portion located between the first and second end portions and extending into the void; and wherein the first and second end portions (76, 78) of the respective grooves are chamfered such that the end portions have a depth relative to the surface of the component that increases progressively moving along the groove from the first and second ends towards the intermediate portion. a. forming an inlet passage extending between the surface of the component and the void, the inlet passage defining an inlet at the surface; b. forming an outlet passage extending between the surface of the component and the void, the outlet passage defining an outlet at the surface; c. administering resin through the inlet; and d. causing the resin to flow from the inlet towards the outlet such that the resin substantially fills the void;
A multifocal lens having at least three main refractive powers (D F, D M, D N), comprising a plurality of concentric annular main zones (Z i) respectively adjacent to each other, each of which is divided into an inner and an outer annular subzone (2, 3) of different refractive power (D 1, D 2), and wherein the lens is free of geometrical steps between all subzones (2, 3), characterised in that the refractive powers (D 1) of all inner subzones are in each case equal to one another and the refractive powers (D 2) of all outer subzones are in each case equal to one another, and in that all inner and outer subzones (2, 3) share their respective main zone (Z i) in an equal area ratio, which is in the range from 30:70 to 70:30, wherein at least one of the main refractive powers (D F, D M, D N) is diffractive.
A tissue cutting device comprising a tissue cutting portion comprising an annulus having an annular cutting element on a distal surface of said annulus, said annular cutting element comprising at least one level surface interrupted by at least one proximally directed serration, said at least one level surface having a sharp edge that is arranged to neatly slice soft tissue, said at least one serration being arranged to cut into hard tissue, wherein the junction of the level surface and the serration forms a pair of cutting angles (32', 32"), wherein said cutting angles are each arranged at or about a nearly neutral cutting angle, wherein the use of said cutting device preserves cell viability, characterized in that said serration is defined by a radius curve.
A transport structure with a handle moveable from a first position to a second position comprising: a platform having a generally planar upper surface for supporting loads and a plurality of wheels connected to a lower surface; and, a detachable handle having a first end and a second end, the handle connected to the platform proximate the first end, the handle moveable from a first position extending upwardly and outwardly from the platform, to a second collapsed position extending generally parallel to the upper surface of the platform, wherein the handle includes a first bar extending a length of the handle and a second bar extending the length of the handle, and wherein the first bar is separated from the second bar by a hand grasping portion; the transport structure being characterized in that the handle further comprises: a middle beam connected to a mid-portion of the first bar and a mid-portion of the second bar, wherein the middle beam includes a hinge to enable movement of the first bar and the second bar relative to each other to facilitate connection to, or detachment from, the platform. a platform having a generally planar upper surface for supporting loads and a plurality of wheels connected to a lower surface; and, a detachable handle having a first end and a second end, the handle connected to the platform proximate the first end, the handle moveable from a first position extending upwardly and outwardly from the platform, to a second collapsed position extending generally parallel to the upper surface of the platform, wherein the handle includes a first bar extending a length of the handle and a second bar extending the length of the handle, and wherein the first bar is separated from the second bar by a hand grasping portion; the transport structure being characterized in that the handle further comprises: a middle beam connected to a mid-portion of the first bar and a mid-portion of the second bar, wherein the middle beam includes a hinge to enable movement of the first bar and the second bar relative to each other to facilitate connection to, or detachment from, the platform.
Method for diagnosing aftertreatment of exhaust gases resulting from combustion, wherein at least a first substance (NO x) resulting from said combustion is reduced by supplying additive to an exhaust gas stream resulting from said combustion and use of a first reduction catalytic converter, the method being characterised in: - estimating an accumulated expected reduction of said first substance during a first period of time (tliml) on the basis of a measure of quality of said additive, said measure of quality being determined by means of a quality sensor being subjected to said additive, - determining an accumulated actual reduction of said first substance (NO x) during a period of time at least substantially overlapping said first period of time (tlim1), and - generating a signal indicating a fault in said reduction of said first substance (NO x) when said accumulated actual reduction differs from said accumulated expected reduction by a predetermined difference in occurrence of said first substance (NO x). - estimating an accumulated expected reduction of said first substance during a first period of time (tliml) on the basis of a measure of quality of said additive, said measure of quality being determined by means of a quality sensor being subjected to said additive, - determining an accumulated actual reduction of said first substance (NO x) during a period of time at least substantially overlapping said first period of time (tlim1), and - generating a signal indicating a fault in said reduction of said first substance (NO x) when said accumulated actual reduction differs from said accumulated expected reduction by a predetermined difference in occurrence of said first substance (NO x).