mhurhangee/ep-ind-claims huggingface dataset:
A process for obtaining borazane (NH 3 -BH 3), characterized in that it comprises: - providing a reactor, equipped with stirring means and thermostatically regulated at a temperature between a temperature θ 1 and 40°C; - introducing anhydrous liquid ammonia (NH 3) into said reactor; - introducing, with stirring, into said reactor containing anhydrous liquid ammonia (NH 3), an amine borane complex (Am.BH 3), said amine borane complex (Am.BH 3), the corresponding amine (Am) of which is soluble in anhydrous liquid ammonia only to a proportion of less than 10 g in 100 g of anhydrous liquid ammonia at 20°C, being introduced in an amount such that the mole ratio R = anhydrous liquid ammonia (NH 3)/amine borane complex (Am.BH 3) is greater than or equal to 5; - stirring the mixture to the point of depletion of said amine borane complex; - stopping the stirring and obtaining, in said reactor, two demixed phases: + a light phase constituted essentially of a solution of anhydrous liquid ammonia (NH 3) containing borazane; and + a heavy phase constituted essentially of the amine (Am) corresponding to the amine borane complex (Am.BH 3) introduced; - isolating said borazane and drying under vacuum thereof; said temperature θ 1 being greater than or equal to the melting point of said amine borane complex (Am.BH 3). - providing a reactor, equipped with stirring means and thermostatically regulated at a temperature between a temperature θ 1 and 40°C; - introducing anhydrous liquid ammonia (NH 3) into said reactor; - introducing, with stirring, into said reactor containing anhydrous liquid ammonia (NH 3), an amine borane complex (Am.BH 3), said amine borane complex (Am.BH 3), the corresponding amine (Am) of which is soluble in anhydrous liquid ammonia only to a proportion of less than 10 g in 100 g of anhydrous liquid ammonia at 20°C, being introduced in an amount such that the mole ratio R = anhydrous liquid ammonia (NH 3)/amine borane complex (Am.BH 3) is greater than or equal to 5; - stirring the mixture to the point of depletion of said amine borane complex; - stopping the stirring and obtaining, in said reactor, two demixed phases: + a light phase constituted essentially of a solution of anhydrous liquid ammonia (NH 3) containing borazane; and + a heavy phase constituted essentially of the amine (Am) corresponding to the amine borane complex (Am.BH 3) introduced; + a light phase constituted essentially of a solution of anhydrous liquid ammonia (NH 3) containing borazane; and + a heavy phase constituted essentially of the amine (Am) corresponding to the amine borane complex (Am.BH 3) introduced; - isolating said borazane and drying under vacuum thereof;
Device for infiltrating fibrous material with resin so as to produce a fibre composite component, said device comprising a moulding tool having a cavity that is enclosed by at least two tool parts (22, 24), wherein the moulding tool is embodied for a relative adjustment of the at least two tool parts (22, 24) in such a manner that in a first tool position space for receiving the fibrous material and additional space for receiving resin can be provided within the cavity and the size of the cavity can be reduced by means of adjusting the moulding tool from the first tool position into a second tool position, characterized in that a flow aid is provided in the cavity, said flow aid comprising at least one layer and one second layer that are connected to one another in an edge region of the flow aid in order to enclose a flow space, wherein the first layer is impermeable to resin, while the second layer provides an outlet for discharging resin from the flow space into the fibrous material, and wherein the flow space of the flow aid is filled with resin and/or the flow aid comprises an inlet for supplying resin into the flow space.
Motor vehicle, in particular commercial vehicle, having a vehicle frame and/or a subframe (2; 2a) which has, in particular, contact faces (10; 10a) which lie transversely and/or longitudinally with respect to the driving direction as connecting faces to further components (6; 7; 8; 12) which are attached via connecting means which penetrate the contact faces (10; 10a), characterized in that the axis of the respective connecting means runs through the contact face (10; 10a) which is penetrated by it at an angle (α) which differs from 90°.
A smokeless tobacco or non-tobacco snuff composition for oral use comprising at least 20 wt% water based on the total weight of the final composition, wherein the composition comprises at least 1 wt% lactic acid or a salt thereof based on the dry weight of the final composition.
A non-transitory computer-readable medium containing instructions to configure a processor to perform operations comprising: executing an application to generate one or more alerts on a device relating to a glucose level of a patient, the executing comprising: accessing a current glucose level of the patient; accessing one or more conditions associated with the one or more alerts, the one or more conditions defining a relationship between the current glucose level and one or more threshold values; determining whether the one or more conditions are satisfied; generating the one or more alerts when the one or more conditions are satisfied, the one or more alerts that are generated based on one or more of a state of the device and a state of the application, wherein the one or more alerts comprise a low alert, a high alert, a rise rate alert, a fall rate alert, or a no data alert; and characterised by adjusting, when the device is muted, the one or more threshold values associated with the one or more alerts, the adjusting causing the one or more conditions of one or more alerts to be satisfied more frequently than without the adjusting. accessing a current glucose level of the patient; accessing one or more conditions associated with the one or more alerts, the one or more conditions defining a relationship between the current glucose level and one or more threshold values; determining whether the one or more conditions are satisfied; generating the one or more alerts when the one or more conditions are satisfied, the one or more alerts that are generated based on one or more of a state of the device and a state of the application, wherein the one or more alerts comprise a low alert, a high alert, a rise rate alert, a fall rate alert, or a no data alert; and characterised by adjusting, when the device is muted, the one or more threshold values associated with the one or more alerts, the adjusting causing the one or more conditions of one or more alerts to be satisfied more frequently than without the adjusting.
A method for forming a shape of a sensor electrode for a capacitive sensor device out of an electrode having an initial shape, wherein the method comprises the steps of: a) subdividing the electrode into a predetermined number of interconnected electrode segments along a predetermined axis, wherein each electrode segment has a predetermined electrode surface area, b) positioning an object at a constant distance with respect to each electrode segment along the predetermined axis, determining for each electrode segment a respective sensor value when the object is located above one of the electrode segment, c) determining minimum and maximum sensor values, d) adjusting the predetermined electrode surface area of the electrode segment associated with the maximum value by decreasing a width or a length of the respective electrode segment and adjusting the predetermined electrode surface area of the electrode segment associated with the minimum value by increasing a width or a length of the respective electrode segment, wherein steps b) to d) are repeated until a desired sensor value response with respect to the object moving along the predetermined axis at the constant distance is reached. a) subdividing the electrode into a predetermined number of interconnected electrode segments along a predetermined axis, wherein each electrode segment has a predetermined electrode surface area, b) positioning an object at a constant distance with respect to each electrode segment along the predetermined axis, determining for each electrode segment a respective sensor value when the object is located above one of the electrode segment, c) determining minimum and maximum sensor values, d) adjusting the predetermined electrode surface area of the electrode segment associated with the maximum value by decreasing a width or a length of the respective electrode segment and adjusting the predetermined electrode surface area of the electrode segment associated with the minimum value by increasing a width or a length of the respective electrode segment,
Spray nozzle for a sanitary article, in particular for a urinal, said spray nozzle comprising a nozzle head which comprises a nozzle channel which extends along a centre axis and has a nozzle inlet and a nozzle outlet, and a pipe section which comprises an interior with an inlet, to which a water pipe is connectable, and an outlet, wherein the nozzle head is mounted in the interior, wherein the nozzle inlet is accessible from the interior such that flushing water is able to enter into the nozzle channel from the interior and the nozzle outlet projects out of the interior, and wherein the nozzle head is secured with reference to the interior of the pipe section by means of a securing element, wherein the securing element is a groove and tongue connection (14, 15) between the nozzle head and the interior, and that said groove and tongue connection (14, 15) comprises at least one part portion which, with reference to the centre axis, is formed at least in part circumferential and extending along the centre axis in such a manner that a rotation of the nozzle head in the fixed interior results in an axial displacement along the centre axis, characterized in that the nozzle head and the pipe section include alignment elements such that, in its installation position, the nozzle head is mounted in the interior so as to be non-rotatable with reference to a movement about the centre axis and that the groove and tongue connection (14, 15) provides the alignment element.
A composition comprising: a corrosion inhibiting compound effective for inhibiting corrosion of a metal surface contacted with produced water; and a graphene quantum dot having a particle size of 2 nm to 20 nm; and having a residue of the corrosion inhibiting compound covalently bonded thereto. a corrosion inhibiting compound effective for inhibiting corrosion of a metal surface contacted with produced water; and a graphene quantum dot having a particle size of 2 nm to 20 nm; and having a residue of the corrosion inhibiting compound covalently bonded thereto.
An airfoil (62; 78) for a gas turbine engine comprising: a plurality of internal cavities (91, 92, 93) defined by the airfoil (62; 78), including a first internal cavity, a second internal cavity situated between the first internal cavity and a leading edge of the airfoil (62; 78), and a third internal cavity situated between the first internal cavity and a trailing edge of the airfoil (62; 78), wherein the first internal cavity is in fluid communication with a source of cooling air; and a baffle disposed within the first internal cavity, the baffle including at least four longitudinal sidewalls that include at least two opposing first sidewalls (97A, 97B), one of which faces the leading edge of the airfoil (62; 78) and one of which faces the trailing edge of the airfoil (62; 78), wherein each of the at least two opposing first sidewalls (97A, 97B) extend along a respective direction having a major component between a suction side of the airfoil (62; 78) and a pressure side of the airfoil (62; 78), the baffle also including at least two opposing second sidewalls (98A, 98B;), one of which faces the suction side of the airfoil (62; 78) and the other of which faces the pressure side of the airfoil (62; 78), wherein each of the at least two opposing second sidewalls (98A, 98B) extends along a respective direction having a major component between the leading edge and the trailing edge of the airfoil (62; 78), the baffle also including a first plurality of openings for directing cooling air from within the baffle into the first internal cavity, characterised in that: each of the first plurality of openings are on at least one of the first sidewalls (97A, 97B); wherein the third internal cavity is configured as an exhaust chamber in fluid communication with the first internal cavity via a second plurality of openings located in an interior cavity wall between the first and third internal cavities (92, 93), and the third internal cavity includes a third plurality of openings along a trailing edge of the airfoil (62; 78) that are configured to permit air to flow from the first cavity to an exterior of the airfoil (62; 78).
Method for processing measurement data comprising the following steps: - measuring of a plurality of individual spectra of a signal in a particular interval of time; - simultaneous displaying of the individual spectra on a displaying device and optically distinguishable displaying of the spectral values occurring dependent on the number of their occurrences in the totality of the different individual spectra; wherein an auxiliary spectrum is formed from one or more of the individual spectra and the auxiliary spectrum is displayed on the displaying device so as to be optically distinguishable from the individual spectra displayed simultaneously; characterised in that the spectral values of the individual spectra displayed simultaneously are each displayed as points over the frequency and the number of the occurrences of the spectral values in the totality of the different individual spectra is displayed by a colour scale and the auxiliary spectrum is displayed in a colour which does not occur in the colour scale of the frequency of occurrence of the spectral values, in that the auxiliary spectrum is a measured individual spectrum of the plurality of the measured individual spectra or in the case of a plurality of auxiliary spectra the auxiliary spectra (8, 9) are measured individual spectra the colours of which correspond to the times which have elapsed since their measurement, and in that the display points of the auxiliary spectrum are interpolated. - measuring of a plurality of individual spectra of a signal in a particular interval of time; - simultaneous displaying of the individual spectra on a displaying device and optically distinguishable displaying of the spectral values occurring dependent on the number of their occurrences in the totality of the different individual spectra;
A padlock having a lock body and a hoop, the hoop being displaceably held at the lock body; furthermore having a cylinder core into which at least one core pin is inserted and which is rotatably supported about a cylinder axis directly in a reception opening of the lock body in order selectively to lock or release the hoop at the lock body; and having a tumbler housing into which at least one housing pin is inserted and which is received in a fixed position in the lock body, characterized in that a securing pin is provided via which the cylinder core is axially fixed relative to the tumbler housing to hold the cylinder core axially fixedly in the lock body, with the securing pin being inserted in a pin passage of the tumbler housing extending in parallel with the at least one housing pin.
A processor comprising: an instruction unit to receive a first instruction, wherein the first instruction is to initialize a secure enclave, and wherein the first instruction also includes setting a functionality specific attribute bit for the secure enclave; and an execution unit to execute the first instruction, wherein execution of the first instruction includes verifying that a signature structure key matches a digital key embedded in the processor to permit software running inside the secure enclave to use software or hardware to perform a function outside of the secure enclave; and wherein the instruction unit is also to receive a second instruction from within the secure enclave, and the execution unit is to execute the second instruction, wherein execution of the second instruction includes providing a functionality specific key if the functionality specific attribute bit is set. an instruction unit to receive a first instruction, wherein the first instruction is to initialize a secure enclave, and wherein the first instruction also includes setting a functionality specific attribute bit for the secure enclave; and an execution unit to execute the first instruction, wherein execution of the first instruction includes verifying that a signature structure key matches a digital key embedded in the processor to permit software running inside the secure enclave to use software or hardware to perform a function outside of the secure enclave; and wherein the instruction unit is also to receive a second instruction from within the secure enclave, and the execution unit is to execute the second instruction, wherein execution of the second instruction includes providing a functionality specific key if the functionality specific attribute bit is set.
A hinge connection comprising a male member applied on a base plate and a pair of female members applied on a further base plate, said male member having protrusions and provided to be hinged and resiliently fitted between a pair of female members applied on said further base plate, said male member being formed by two parallel male legs, wherein each leg comprises one of said protrusions, each of said female members formed by two parallel female legs and comprising a through hole for engaging one of said protrusions, wherein the two parallel female legs comprise an intermediary piece and wherein said through hole extends through said female legs and said intermediary piece, characterized in that - said protrusions on each leg of the male member comprise cogs or cut teeth, - said through hole of the female member comprises cogs or cut teeth to receive the cogs or cut teeth of said male protrusions, and - said intermediary piece of the female members is interrupted in the transverse direction perpendicular to the central axis of the through hole. - said protrusions on each leg of the male member comprise cogs or cut teeth, - said through hole of the female member comprises cogs or cut teeth to receive the cogs or cut teeth of said male protrusions, and - said intermediary piece of the female members is interrupted in the transverse direction perpendicular to the central axis of the through hole.
A saddle-ride type vehicle, comprising: a vehicle body frame, a front seat supported on the vehicle body frame, the front seat having at a rear end thereof a curved edge that is recessed at a central portion thereof in a vehicle width direction toward a front, as seen in a plan view; a rear seat supported on the vehicle body frame at a position behind the front seat, the rear seat having a front end bulging at a central portion thereof in the vehicle width direction toward the front, as seen in a plan view, so as to correspond to the curved edge of the front seat such that the front end of the rear seat is positioned forwardly of the rear end of the front seat and, as seen in a plan view, the front end of the rear seat and the rear end of the front seat are overlapped with one another with the front end of the rear seat being placed below the rear end of the front seat; and vehicle body covers mounted on the vehicle body frame and getting under the front seat so as to be along a lower surface of the front seat, at opposite ends in the vehicle width direction of the curved edge, the vehicle body covers extending from the opposite ends in the vehicle width direction of the curved edge toward a rear along a lower surface of the rear seat on opposite edges of the rear seat. a vehicle body frame, a front seat supported on the vehicle body frame, the front seat having at a rear end thereof a curved edge that is recessed at a central portion thereof in a vehicle width direction toward a front, as seen in a plan view; a rear seat supported on the vehicle body frame at a position behind the front seat, the rear seat having a front end bulging at a central portion thereof in the vehicle width direction toward the front, as seen in a plan view, so as to correspond to the curved edge of the front seat such that the front end of the rear seat is positioned forwardly of the rear end of the front seat and, as seen in a plan view, the front end of the rear seat and the rear end of the front seat are overlapped with one another with the front end of the rear seat being placed below the rear end of the front seat; and vehicle body covers mounted on the vehicle body frame and getting under the front seat so as to be along a lower surface of the front seat, at opposite ends in the vehicle width direction of the curved edge, the vehicle body covers extending from the opposite ends in the vehicle width direction of the curved edge toward a rear along a lower surface of the rear seat on opposite edges of the rear seat.
A vehicle comprising: a rear opening formed across an entire rear face in a lateral direction; a tailgate attached to a vehicle body for opening and closing the rear opening; a lateral center line of the vehicle body extending in the top-bottom direction; a passenger opening formed in a portion of the rear face in the lateral direction, whereby a vehicle occupant can enter and exit is formed in the tailgate, wherein the passenger opening defines a lateral center line and has a sideways-opening door capable of opening and closing; characterized in that a seat is provided adjacent to the rear face, wherein a lateral one end of the seat is positioned at a lateral one end of the vehicle body laterally opposite to a lateral other end of the vehicle body, and a lateral other end of the seat is positioned at a location overlapping with the passenger opening in the lateral direction; the lateral center line of the passenger opening is offset from a lateral center line of the vehicle body toward the lateral other end of the vehicle body, wherein of the left and right side edges of the passenger opening, the side edge at the lateral other end of the vehicle body is a beginning end at which opening by the door begins; and a headrest is provided to a top part of the seat, and the headrest overlaps with the passenger opening as viewed from a back face of the vehicle body. a rear opening formed across an entire rear face in a lateral direction; a tailgate attached to a vehicle body for opening and closing the rear opening; a lateral center line of the vehicle body extending in the top-bottom direction; a passenger opening formed in a portion of the rear face in the lateral direction, whereby a vehicle occupant can enter and exit is formed in the tailgate, wherein the passenger opening defines a lateral center line and has a sideways-opening door capable of opening and closing; characterized in that a seat is provided adjacent to the rear face, wherein a lateral one end of the seat is positioned at a lateral one end of the vehicle body laterally opposite to a lateral other end of the vehicle body, and a lateral other end of the seat is positioned at a location overlapping with the passenger opening in the lateral direction; the lateral center line of the passenger opening is offset from a lateral center line of the vehicle body toward the lateral other end of the vehicle body, wherein of the left and right side edges of the passenger opening, the side edge at the lateral other end of the vehicle body is a beginning end at which opening by the door begins; and a headrest is provided to a top part of the seat, and the headrest overlaps with the passenger opening as viewed from a back face of the vehicle body.