mhurhangee/ep-ind-claims huggingface dataset:
A method of producing a liquid nutritional composition for enteral use comprising a protein fraction, a carbohydrate fraction and a fat fraction, the method comprising the steps of: a) mixing a dry blend of micellar casein and digestible carbohydrate with water having a temperature of between 30°C and 90°C, b) dissolving the blend of micellar casein and digestible carbohydrate in the water, c) de-aerating the composition of step b), preferably until the amount of air in the composition reaches a value below 20 % (v/v), d) mixing dietary fat into the composition of step c), and e) heat-treating, preferably by heat-sterilization or pasteurization, the nutritional composition obtained in step d), optionally followed by aseptically filling of the heat-treated composition in a suitable container. a) mixing a dry blend of micellar casein and digestible carbohydrate with water having a temperature of between 30°C and 90°C, b) dissolving the blend of micellar casein and digestible carbohydrate in the water, c) de-aerating the composition of step b), preferably until the amount of air in the composition reaches a value below 20 % (v/v), d) mixing dietary fat into the composition of step c), and e) heat-treating, preferably by heat-sterilization or pasteurization, the nutritional composition obtained in step d), optionally followed by aseptically filling of the heat-treated composition in a suitable container.
A reversible bone coupling device comprising: a first component comprising a first elongated stem portion for insertion longitudinally into a surface of a first bone piece, the first elongated stem portion comprising a cavity that extends within the first elongated stem portion, and a reversibly engaging locking mechanism; a second component comprising a second elongated stem portion for insertion longitudinally into a surface of a second bone piece and a connector (1140, 2040) extending from the second component for coupling with the first component and locking therein, wherein: the cavity in the first elongated stem portion is configured to receive the connector of the second component, the connector (1140, 2040) comprising a plurality of grooves (1142, 1220,1320), each groove adapted for interlocking with the first component and the reversibly engaging locking mechanism can disengage the connector from the first component and comprises an integral deflection means, characterized in that the integral deflection means is at least one of an integral tab and an inline deformed tab. a first component comprising a first elongated stem portion for insertion longitudinally into a surface of a first bone piece, the first elongated stem portion comprising a cavity that extends within the first elongated stem portion, and a reversibly engaging locking mechanism; a second component comprising a second elongated stem portion for insertion longitudinally into a surface of a second bone piece and a connector (1140, 2040) extending from the second component for coupling with the first component and locking therein, wherein: the cavity in the first elongated stem portion is configured to receive the connector of the second component, the connector (1140, 2040) comprising a plurality of grooves (1142, 1220,1320), each groove adapted for interlocking with the first component and the reversibly engaging locking mechanism can disengage the connector from the first component and comprises an integral deflection means, characterized in that the integral deflection means is at least one of an integral tab and an inline deformed tab. the cavity in the first elongated stem portion is configured to receive the connector of the second component, the connector (1140, 2040) comprising a plurality of grooves (1142, 1220,1320), each groove adapted for interlocking with the first component and the reversibly engaging locking mechanism can disengage the connector from the first component and comprises an integral deflection means, characterized in that the integral deflection means is at least one of an integral tab and an inline deformed tab.
A vehicle sealing disposed between a periphery of a door and a periphery of an associated door opening of a vehicle body, the vehicle sealing member comprising: a hollow seal part configured to seal a gap between the door and the door opening if pressed by the door in a closed state and the vehicle body, wherein the vehicle sealing member includes an extruded portion and a molded portion that are integrated together, a bridge is provided in the extruded portion to extend such that a plurality of points of an inner surface of the hollow seal part are connected together, the molded portion has an opening portion through which a core of a mold die for molding the inner surface of the hollow seal part is removed, characterised in that an edge of the opening portion has unevenness, and at least one protruding portion of the uneven edge comes into contact with the inner surface of the hollow seal part to seal the gap. a hollow seal part configured to seal a gap between the door and the door opening if pressed by the door in a closed state and the vehicle body, wherein the vehicle sealing member includes an extruded portion and a molded portion that are integrated together, a bridge is provided in the extruded portion to extend such that a plurality of points of an inner surface of the hollow seal part are connected together, the molded portion has an opening portion through which a core of a mold die for molding the inner surface of the hollow seal part is removed, characterised in that
A medication injection pen comprising: a body; a dose set knob rotatable with respect to said body to set a desired injection dose; a leadscrew provided with a thread element and advanceable in a first direction via a corresponding thread engagement, said first direction being that which expels medication from a cartridge; a driver rotationally fixed to said leadscrew for preventing relative rotation therebetween, said driver being rotatable in a first direction to rotate said leadscrew and advance said leadscrew in said first direction; a setback member rotationally fixed to said driver for preventing relative rotation therebetween; and a click element positioned between said dose set knob and said setback member, said click element comprising a first arm engaging an internal surface of said dose set knob, and a second arm engaging an external surface of said setback member, wherein one of the said first and second arms produces an audible signal when said dose set knob is rotated with respect to said body. a body; a dose set knob rotatable with respect to said body to set a desired injection dose; a leadscrew provided with a thread element and advanceable in a first direction via a corresponding thread engagement, said first direction being that which expels medication from a cartridge; a driver rotationally fixed to said leadscrew for preventing relative rotation therebetween, said driver being rotatable in a first direction to rotate said leadscrew and advance said leadscrew in said first direction; a setback member rotationally fixed to said driver for preventing relative rotation therebetween; and a click element positioned between said dose set knob and said setback member, said click element comprising a first arm engaging an internal surface of said dose set knob, and a second arm engaging an external surface of said setback member, wherein one of the said first and second arms produces an audible signal when said dose set knob is rotated with respect to said body.
Fire door comprising a door frame and a door leaf as door elements, wherein the door frame defines a door plane and the door leaf is mounted such that it can pivot with respect to the door frame about a geometric pivot axis which is arranged substantially in the door plane, wherein a securing element for locking the door leaf in the door frame in the event of a fire is provided, which securing element is formed on one of the door elements, in particular on the door leaf, in a door fold along a door edge (2.3), wherein the securing element is formed and arranged in such a way that the door leaf can be locked to a mating element (3.2) of the other door element by the securing element on account of a movement of the door leaf with respect to the door frame in a direction perpendicular to the door plane, characterized in that the securing element is formed and arranged in such a way that it at least partially overlaps with the mating element (3.2) in a projection onto the door plane when the door leaf is closed.
Use of a vulcanizable composition for producing a vulcanizate in contact with coolant, characterized in that the vulcanizable composition comprises (a) at least one rubber, preferably at least one hydrogenated nitrile rubber or EPDM, more preferably hydrogenated nitrile rubber, (b) at least one silane-coated wollastonite, preferably at least one vinylsilane-coated wollastonite, and (c) at least one peroxide compound. (a) at least one rubber, preferably at least one hydrogenated nitrile rubber or EPDM, more preferably hydrogenated nitrile rubber, (b) at least one silane-coated wollastonite, preferably at least one vinylsilane-coated wollastonite, and (c) at least one peroxide compound.
A flexible display device, comprising: a flexible screen having a bendable area and comprising a screen body layer; and a rotating mechanism supporting the back of the bendable area, wherein the rotating mechanism is provided with two rotating center axes spaced apart in parallel and the rotating mechanism is configured to rotate around the two rotating center axes, the bendable area is configured to bend with rotation of the rotating mechanism, and the screen body layer in the bendable area is a neutral layer of the flexible screen during bending of the flexible screen; characterized in that: the rotating mechanism comprises two rotating assemblies, the two rotating assemblies each comprises a supporting frame and a rotating frame rotatably connected with the supporting frame, and for each of the two rotating assemblies, a rotating center axis around which the rotating frame is configured to rotate relative to the supporting frame is located at the neutral layer; the rotating mechanism further comprises a gear assembly located between the two rotating assemblies, and the two rotating frames are each provided with a driving gear engaged with the gear assembly; and the two rotating frames each comprises a rotating member rotatably connected with the supporting frame and a connecting member connected with the rotating member, the connecting member comprises a connecting plate extending along a direction of the rotating center axis, and the driving gear is disposed at one end of the connecting plate away from the rotating member. a flexible screen having a bendable area and comprising a screen body layer; and a rotating mechanism supporting the back of the bendable area, wherein the rotating mechanism is provided with two rotating center axes spaced apart in parallel and the rotating mechanism is configured to rotate around the two rotating center axes, the bendable area is configured to bend with rotation of the rotating mechanism, and the screen body layer in the bendable area is a neutral layer of the flexible screen during bending of the flexible screen; the rotating mechanism comprises two rotating assemblies, the two rotating assemblies each comprises a supporting frame and a rotating frame rotatably connected with the supporting frame, and for each of the two rotating assemblies, a rotating center axis around which the rotating frame is configured to rotate relative to the supporting frame is located at the neutral layer; the rotating mechanism further comprises a gear assembly located between the two rotating assemblies, and the two rotating frames are each provided with a driving gear engaged with the gear assembly; and the two rotating frames each comprises a rotating member rotatably connected with the supporting frame and a connecting member connected with the rotating member, the connecting member comprises a connecting plate extending along a direction of the rotating center axis, and the driving gear is disposed at one end of the connecting plate away from the rotating member.
A device for spinning fibres, with coating means, by means of which individual fibres are provided with a coating generating an electric and/or magnetic field, with a reaction chamber, in which the coated fibres are exposed to a field of electric and/or magnetic actuators which are controlled by a computer unit, fibres of different lengths generating different electric and/or magnetic fields by means of the coatings, by means of which a length-selective influencing of fibres is effected by means of the actuators, wherein the actuators are designed to feed a partial quantity of fibres present in the reaction chamber with a length distribution predetermined by the computer unit to a sieve unit and a compressor unit, in which fibres are drawn off from the sieve unit and compressed to form a roving, and wherein twisting of rovings to form yarns is effected by means of a twist generator, by means of spindles or by suitable air turbulence.
An adaptive circuit (1, 1') for driving a lower-voltage DC load from a rectified higher-voltage AC supply, which adaptive circuit (1, 1') comprises - a charge-storage circuit (21,21'), which charge storage circuit (21,21') comprises a first capacitor and a second capacitor connected essentially in series, wherein the second capacitor is connected essentially in parallel with the load; and - an active switch (22, 22') characterised in that it is realised as a controlled current source (22, 22') for controlling a load current (I load) through the load such that, in a closed switch state, load current (I load) is drawn at least from the first capacitor of the charge-storage circuit (21, 21'), and, during an open switch state, load current (I load) is drawn essentially from the second capacitor. - a charge-storage circuit (21,21'), which charge storage circuit (21,21') comprises a first capacitor and a second capacitor connected essentially in series, wherein the second capacitor is connected essentially in parallel with the load; and - an active switch (22, 22') characterised in that it is realised as a controlled current source (22, 22') for controlling a load current (I load) through the load such that, in a closed switch state, load current (I load) is drawn at least from the first capacitor of the charge-storage circuit (21, 21'), and, during an open switch state, load current (I load) is drawn essentially from the second capacitor.
A hand grenade that includes a main body, a receiver including a cartridge chamber, a firing pin that acts in the manner of a pendulum and a ball located between facing conical surfaces (9, 8) on the firing pin and on a wall of the main body, characterised in that one end of the firing pin is positioned in a hole in the receiver and that a conical spring acts between the receiver and a shoulder of the firing pin.
Longitudinal control arm which can be mounted so as to be pivotable relative to a vehicle body and/or subframe of a vehicle, having a drive device for arrangement, close to a wheel, in the vehicle, wherein the drive device has at least one drive motor and two gearing stages (4, 5), wherein the first gearing stage has a planetary gearing and the second gearing stage has a spur gearing, wherein an output shaft of the drive motor is connected to the planetary gearing and an output shaft of the planetary gearing is connected to the spur gearing, characterized in that the drive device has an oil circuit for the oiling of the two gearing stages (4, 5), wherein the drive device has at least one first interior space which forms a first oil reservoir and which at least partially encloses the first gearing stage, and a separating device is provided between the two gearing stages, which separating device separates the first oil reservoir for the first gearing stage from a second oil reservoir for the second gearing stage, wherein the separating device has an opening through which oil can be transported from the first oil reservoir to the second reservoir.
A computer-implemented method for assessing an overall system failure rate associated with a braking decision system for a vehicle, the method comprising: determining a failure rate of a first channel of information associated with a textural analysis based sub-system configured to make a decision to brake based on a change in the size of objects appearing in at least two images captured by at least one image capture device (122;124; 126) configured to monitor an area in front of the vehicle, wherein the failure rate is based on a total number of times the textural analysis performed by the textual analysis sub-system yields a false braking decision; determining a failure rate of a second channel of information associated with a structural analysis based sub-system configured to make a decision to brake based on optical flow information derived from at least two images captured by the at least one image capture device (122;124;126), wherein the failure rate is based on a total number of times the structural analysis performed by the structural analysis based sub-system yields a false braking decision; and determining an overall system failure rate based on the failure rate of the first channel of information and the failure rate of the second channel of information wherein determining the overall system failure rate comprises multiplying the failure rate of the first channel of information and the failure rate of the second channel of information. determining a failure rate of a first channel of information associated with a textural analysis based sub-system configured to make a decision to brake based on a change in the size of objects appearing in at least two images captured by at least one image capture device (122;124; 126) configured to monitor an area in front of the vehicle, wherein the failure rate is based on a total number of times the textural analysis performed by the textual analysis sub-system yields a false braking decision; determining a failure rate of a second channel of information associated with a structural analysis based sub-system configured to make a decision to brake based on optical flow information derived from at least two images captured by the at least one image capture device (122;124;126), wherein the failure rate is based on a total number of times the structural analysis performed by the structural analysis based sub-system yields a false braking decision; and determining an overall system failure rate based on the failure rate of the first channel of information and the failure rate of the second channel of information wherein determining the overall system failure rate comprises multiplying the failure rate of the first channel of information and the failure rate of the second channel of information.
Aerator assembly for diffusing a gas in a liquid, comprising a gas supply conduit and at least one aerator, the gas supply conduit comprising a pipe wall delimiting an inner gas supply chamber and said at least one aerator comprises a holder having an inner space, wherein the gas supply conduit and the aerator are releasably joined to each other by means of an attachment means extending from the inner space of the holder to said gas supply chamber and comprising a duct for fluid communication between the inner space of the holder and the gas supply chamber, wherein the attachment means comprises a flexible body and a compressions means, the flexible body being tubular and having a first end and an opposite second end (25"), and the compression means of the attachment means comprising a screw and a nut, which are in engagement with each other, wherein said nut is joined to the tubular flexible body at the area of the first end, and said screw extends from a second end (25") of the tubular flexible body to said first end, wherein the attachment means is arranged to be reversibly set in an inactive mode, in which the gas supply conduit and said at least one aerator are in mutually released mode, as well as in an active mode in which the flexible body is compressed in its axial longitudinal direction by means of the compression means and clamps said at least one aerator and the gas supply conduit against each other.
A process for the production of a surface functionalized moulded part, that has a functionalized surface, encompassing the steps i) provision of a moulded part that has a surface that comprises a polyamide, where the polyamide comprises diene units of the general formula in which R 1, R 2 are selected independently of each other from C 1 -C 10 -alkanediyl. ii) bringing into contact the surface of the moulded part provided in step i) with a dienophile-containing solution that comprises at least one dienophile unit that is reactive towards the diene units contained in the polyamide to obtain the surface functionalized moulded part that has the functionalized surface. i) provision of a moulded part that has a surface that comprises a polyamide, where the polyamide comprises diene units of the general formula in which R 1, R 2 are selected independently of each other from C 1 -C 10 -alkanediyl. ii) bringing into contact the surface of the moulded part provided in step i) with a dienophile-containing solution that comprises at least one dienophile unit that is reactive towards the diene units contained in the polyamide to obtain the surface functionalized moulded part that has the functionalized surface.
A battery pack comprising a plurality of batteries that drive an electric vehicle, a cover and a case that houses the plurality of batteries, a first service plug and a second service plug that cut off electrical connection of the plurality of batteries, and a first housing part and a second housing part that are provided on the case and house the first service plug and the second service plug respectively, wherein the cover is fixed to the case by a special component, the first service plug comprises a special tool that detaches the special component, part of the first service plug or part of a first lid that closes the first housing part and part of the second service plug or part of a component disposed between the second housing part and a second lid that closes the second housing part are superimposed on one another via a superimposed part, and in the superimposed part, part of the first service plug or part of the first lid closing the first housing part is positioned on a deeper side in a direction in which the first service plug and the first lid are detached.