mhurhangee/patent-ind-claim-en huggingface dataset:
A method implemented by an authorization verification service of a service layer, the method comprising: receiving, from a device, a request to access at least one of data or a service made available by the service layer; determining an authorization policy associated with the at least one of the data or service made available by the service layer; determining one or more context aware states associated with the authorization policy, wherein the one or more context aware states comprise an indication of one or more conditions for accessing the at least one of the data or service made available by the service layer, and wherein the one or more conditions comprise a number of allowed accesses to the at least one of the data or service made available by the service layer; determining whether the one or more conditions associated with the one or more context aware states are valid; and granting, to the device and based on determining that the one or more conditions associated with the one or more context aware states are valid, access to the at least one of the data or service made available by the service layer. receiving, from a device, a request to access at least one of data or a service made available by the service layer; determining an authorization policy associated with the at least one of the data or service made available by the service layer; determining one or more context aware states associated with the authorization policy, wherein the one or more context aware states comprise an indication of one or more conditions for accessing the at least one of the data or service made available by the service layer, and wherein the one or more conditions comprise a number of allowed accesses to the at least one of the data or service made available by the service layer; determining whether the one or more conditions associated with the one or more context aware states are valid; and granting, to the device and based on determining that the one or more conditions associated with the one or more context aware states are valid, access to the at least one of the data or service made available by the service layer.
A compound according to formula (I) wherein A is pyridyl substituted with one or two members of the group consisting of fluoro and F 1-7 -fluoro-C 1-3 -alkyl; E is selected from the group consisting of phenyl and pyridyl optionally substituted with one or two members of the group consisting of fluoro and F 1-7 -fluoro-C 1-3 -alkyl; K is selected from the group consisting of R 3 is selected from the group consisting of R 4 (O)C-, methyl, and R 4 is methyl; A is pyridyl substituted with one or two members of the group consisting of fluoro and F 1-7 -fluoro-C 1-3 -alkyl; E is selected from the group consisting of phenyl and pyridyl optionally substituted with one or two members of the group consisting of fluoro and F 1-7 -fluoro-C 1-3 -alkyl; K is selected from the group consisting of R 3 is selected from the group consisting of R 4 (O)C-, methyl, and R 4 is methyl;
Gas bottle valve comprising: - a body which is fixed to the gas bottle and through which there extends axially a passage which terminates as a sealing seat which opens in a chamber and which is controlled by the closing element which is manoeuvred via a handle, - an outlet nozzle which communicates with the chamber and which receives a valve which opens in the output direction of the gas under the effect of the pressure of the gas arriving in the chamber after the opening of the passage by the closing element , - a valve type stopper which is fixed in the outlet nozzle and which is formed by a sleeve which receives a valve , - the sleeve having downstream of the valve a tool socket in order to fix/remove the stopper in/from the outlet nozzle , which gas bottle valve is characterised in that - the sleeve of the stopper has a sealing seat against which the valve is supported, - the sleeve has, externally, in the passage direction of the gas being discharged, a recess having a sealing joint , a thread and a tool socket which terminates upstream of the external edge , - the nozzle has internally in the same passage direction along the axis (yy), at the chamber side , a cylindrical sealing surface which receives in abutment the sealing joint , this surface being followed by a thread which receives the thread of the sleeve , and - the stopper which is installed in the outlet nozzle is provided with a protection means for the fixing of the sleeve (314, 144, 33; 144a, 314a, 14b, 145b, 344-347b) which is accessible from the outlet of the nozzle . - a body which is fixed to the gas bottle and through which there extends axially a passage which terminates as a sealing seat which opens in a chamber and which is controlled by the closing element which is manoeuvred via a handle, - an outlet nozzle which communicates with the chamber and which receives a valve which opens in the output direction of the gas under the effect of the pressure of the gas arriving in the chamber after the opening of the passage by the closing element , - a valve type stopper which is fixed in the outlet nozzle and which is formed by a sleeve which receives a valve , - the sleeve having downstream of the valve a tool socket in order to fix/remove the stopper in/from the outlet nozzle , - the sleeve of the stopper has a sealing seat against which the valve is supported, - the sleeve has, externally, in the passage direction of the gas being discharged, a recess having a sealing joint , a thread and a tool socket which terminates upstream of the external edge , - the nozzle has internally in the same passage direction along the axis (yy), at the chamber side , a cylindrical sealing surface which receives in abutment the sealing joint , this surface being followed by a thread which receives the thread of the sleeve , and - the stopper which is installed in the outlet nozzle is provided with a protection means for the fixing of the sleeve (314, 144, 33; 144a, 314a, 14b, 145b, 344-347b) which is accessible from the outlet of the nozzle .
A method for producing a template for epitaxial growth , comprising: processing a surface of a sapphire substrate to form recesses and protrusions on the surface so that protrusion tops are made flat with a given plan-view pattern; epitaxially growing an initial-stage AlN layer on the surface of the sapphire substrate having the recesses and protrusions by performing C axis orientation control so that the initial stage AlN layer grows C+ axis oriented on flat surfaces of the protrusion tops, but not on edges of the protrusions , and so that the initial stage AlN layer deposited on the recesses obtained by the recesses and protrusions forming process forms new recesses over the recesses ; and epitaxially growing an AlN layer on the initial-stage A1N layer by a lateral overgrowth method so as to cover the new recesses with the AlN layer laterally overgrown from above the protrusion tops, wherein the initial-stage A1N layer is grown and deposited on the flat surfaces of the protrusion tops and on side walls and bottom surfaces of the recesses , and voids are formed at portions of the AlN layer above the new recesses , wherein the voids are wedge-shaped on a cross-section perpendicular to an extending direction of the recesses . processing a surface of a sapphire substrate to form recesses and protrusions on the surface so that protrusion tops are made flat with a given plan-view pattern; epitaxially growing an initial-stage AlN layer on the surface of the sapphire substrate having the recesses and protrusions by performing C axis orientation control so that the initial stage AlN layer grows C+ axis oriented on flat surfaces of the protrusion tops, but not on edges of the protrusions , and so that the initial stage AlN layer deposited on the recesses obtained by the recesses and protrusions forming process forms new recesses over the recesses ; and epitaxially growing an AlN layer on the initial-stage A1N layer by a lateral overgrowth method so as to cover the new recesses with the AlN layer laterally overgrown from above the protrusion tops, wherein the initial-stage A1N layer is grown and deposited on the flat surfaces of the protrusion tops and on side walls and bottom surfaces of the recesses , and voids are formed at portions of the AlN layer above the new recesses , wherein the voids are wedge-shaped on a cross-section perpendicular to an extending direction of the recesses .
A method for coating, especially impregnating, a wooden carrier material with a silicon dioxide layer , with the following sequence: - coating of the carrier material with a silicon dioxide precursor solution prepared by dissolving a, in particular oligomeric, silicate, preferably a silicic acid tetramethyl ester homopolymer, in a solvent, said silicon dioxide precursor solution having a water content < 25 vol.%, and - hardening of the silicon dioxide precursor solution and thus forming the silicon dioxide layer on the carrier material in an at least partially vaporous ammonia atmosphere at: a) a temperature between 5 °C and 100 °C and b) a pressure between 10 -3 mbar and 10 bar. - coating of the carrier material with a silicon dioxide precursor solution prepared by dissolving a, in particular oligomeric, silicate, preferably a silicic acid tetramethyl ester homopolymer, in a solvent, said silicon dioxide precursor solution having a water content < 25 vol.%, and - hardening of the silicon dioxide precursor solution and thus forming the silicon dioxide layer on the carrier material in an at least partially vaporous ammonia atmosphere at: a) a temperature between 5 °C and 100 °C and b) a pressure between 10 -3 mbar and 10 bar. a) a temperature between 5 °C and 100 °C and b) a pressure between 10 -3 mbar and 10 bar.
A method for random access, applied to a terminal device, the method comprises: receiving a random access response message sent by a network side; and determining whether a random access response in the random access response message is responsive to the terminal device based on indication information in the random access response message, wherein the indication information is able to at least indicate different types of random access responses, and the indication information comprises second indication information configured to indicate different types of random access responses; characterized in that , when the indication information only comprises the second indication information, a random access preamble identifier, RAPID, acquired from the second indication information is consistent with the RAPID sent by the terminal device and the random access process type indicated by the second indication information is consistent with the random access process type selected by the terminal device, determining that the random access response in the random access response message is a response for the terminal device; or, when the indication information only comprises the second indication information, the RAPID acquired from the second indication information is consistent with the RAPID sent by the terminal device and the random access response type indicated by the second indication information corresponds to the random access process type selected by the terminal device, determining that the random access response in the random access response message is a response for the terminal device. receiving a random access response message sent by a network side; and determining whether a random access response in the random access response message is responsive to the terminal device based on indication information in the random access response message, wherein the indication information is able to at least indicate different types of random access responses, and the indication information comprises second indication information configured to indicate different types of random access responses; characterized in that , when the indication information only comprises the second indication information, a random access preamble identifier, RAPID, acquired from the second indication information is consistent with the RAPID sent by the terminal device and the random access process type indicated by the second indication information is consistent with the random access process type selected by the terminal device, determining that the random access response in the random access response message is a response for the terminal device; or, when the indication information only comprises the second indication information, the RAPID acquired from the second indication information is consistent with the RAPID sent by the terminal device and the random access response type indicated by the second indication information corresponds to the random access process type selected by the terminal device, determining that the random access response in the random access response message is a response for the terminal device.
A sensor for measuring an electric field strength of an electric field , comprising: a base element , a sensor element having at least one electrical conductor , wherein the sensor element is deflectable from a rest position to a measurement position by the effect of the electric field on the electrical conductor ; an evaluation unit for detecting the deflection of the sensor element in the measurement position ; and a counter element having at least one electrically conductive coupling area , wherein, in the rest state of the sensor element , the electrically conductive coupling area on the counter element extends adjacent to a coupling section of the electrical conductor on the sensor element , characterized in that the electrically conductive coupling area is connected to a voltage source for capacitive coupling with the coupling section of the electrical conductor at the sensor element , wherein the voltage source is an AC voltage source. a base element , a sensor element having at least one electrical conductor , wherein the sensor element is deflectable from a rest position to a measurement position by the effect of the electric field on the electrical conductor ; an evaluation unit for detecting the deflection of the sensor element in the measurement position ; and a counter element having at least one electrically conductive coupling area , wherein, in the rest state of the sensor element , the electrically conductive coupling area on the counter element extends adjacent to a coupling section of the electrical conductor on the sensor element , characterized in that the electrically conductive coupling area is connected to a voltage source for capacitive coupling with the coupling section of the electrical conductor at the sensor element , wherein the voltage source is an AC voltage source.
A green ink, comprising: from 1.5 wt% to 6 wt% green pigment; a styrene acrylic polymer having a weight average molecular weight from 3,000 to 30,000; a polyurethane having a weight average molecular weight from 15,000 to 120,000, wherein said polyurethane is present in an amount from 3 wt% to 10 wt%; an organic co-solvent; and from 50 wt% to 90% water. from 1.5 wt% to 6 wt% green pigment; a styrene acrylic polymer having a weight average molecular weight from 3,000 to 30,000; a polyurethane having a weight average molecular weight from 15,000 to 120,000, wherein said polyurethane is present in an amount from 3 wt% to 10 wt%; an organic co-solvent; and from 50 wt% to 90% water.
Protective cap for cylindrically mounted optical elements, comprising a retaining ring which is placed rotatably onto a cylinder ring , the - retaining ring covering the circumferential surface of the cylinder ring in a positively locking manner, - there being a latching means with a latching element which engages in a non-positive or positively locking manner into the latching means between the cylinder ring and the retaining ring , characterized in that - the latching element can be released by way of an actuating element (13; 26) which is attached to the retaining ring , and - there is a folding hinge on the retaining ring for fastening and moving a protective cover out of a covering position into a spatially fixed open position, - the rotational position of the retaining ring relative to the cylinder ring and the relative position between the folding hinge and the cylinder ring being fixed by way of the latching element which engages into the latching means , and the protective cover being part of the protective cap . - retaining ring covering the circumferential surface of the cylinder ring in a positively locking manner, - there being a latching means with a latching element which engages in a non-positive or positively locking manner into the latching means between the cylinder ring and the retaining ring , - the latching element can be released by way of an actuating element (13; 26) which is attached to the retaining ring , and - there is a folding hinge on the retaining ring for fastening and moving a protective cover out of a covering position into a spatially fixed open position, - the rotational position of the retaining ring relative to the cylinder ring and the relative position between the folding hinge and the cylinder ring being fixed by way of the latching element which engages into the latching means , and the protective cover being part of the protective cap .
Coil comprising: a multi-part conductor having an extension being long in relation to its cross-section, the multi-part conductor comprising two or more conductors (A,B) having equal cross-section, which two or more conductors are electrically insulated from each other, wherein, in a cross-section of the multi-part conductor , said two or more conductors (A,B) are arranged adjacent to each other in the direction of a central axis of the coil , wherein said multi-part conductor is wound around the central axis in more than one circumferential turn, such that a first portion of the multi-part conductor is arranged adjacent to a second portion of the multi-part conductor in the direction of the central axis , and wherein said adjacent arrangement of said two or more conductors (A,B) is the same in relation to each other and in relation to the direction of a central axis of the coil for each circumferential turn, characterized in that said multi-part conductor is wound around the central axis such that a distance between the central axis and the multi-part conductor in a first circumferential turn is larger than a distance between the central axis and the multi-part conductor in a second circumferential turn. a multi-part conductor having an extension being long in relation to its cross-section, the multi-part conductor comprising two or more conductors (A,B) having equal cross-section, which two or more conductors are electrically insulated from each other, wherein, in a cross-section of the multi-part conductor , said two or more conductors (A,B) are arranged adjacent to each other in the direction of a central axis of the coil , wherein said multi-part conductor is wound around the central axis in more than one circumferential turn, such that a first portion of the multi-part conductor is arranged adjacent to a second portion of the multi-part conductor in the direction of the central axis , and wherein said adjacent arrangement of said two or more conductors (A,B) is the same in relation to each other and in relation to the direction of a central axis of the coil for each circumferential turn, characterized in that said multi-part conductor is wound around the central axis such that a distance between the central axis and the multi-part conductor in a first circumferential turn is larger than a distance between the central axis and the multi-part conductor in a second circumferential turn.
A tool for hot forming die quenching boron steel structural components having locally different microstructures and mechanical properties, the tool comprising upper and lower mating dies (10; 10'; 40) for stamping a component, each die being formed by two or more die blocks (11; 12; 15; E1-E8) comprising a working surface (111; 121; 151) that in use faces the structural component to be stamped and side faces (112; 122; 152), the upper and lower dies (10; 10'; 40) comprising at least two neighbouring die blocks (11; 12; 15) adapted to operate at different temperatures corresponding to zones of the structural component to be formed having locally different microstructures and mechanical properties, wherein the neighbouring die blocks (11; 12; 15) in use are arranged with a gap (13; 13") between their side faces(112; 122; 152), characterized in that end portions (113; 123; 153) of the side faces (112; 122; 152) of the neighbouring die blocks that are close to the working surface (111; 121; 151) are designed such that in use they are in contact. upper and lower mating dies (10; 10'; 40) for stamping a component, each die being formed by two or more die blocks (11; 12; 15; E1-E8) comprising a working surface (111; 121; 151) that in use faces the structural component to be stamped and side faces (112; 122; 152), the upper and lower dies (10; 10'; 40) comprising at least two neighbouring die blocks (11; 12; 15) adapted to operate at different temperatures corresponding to zones of the structural component to be formed having locally different microstructures and mechanical properties, wherein the neighbouring die blocks (11; 12; 15) in use are arranged with a gap (13; 13") between their side faces(112; 122; 152), characterized in that end portions (113; 123; 153) of the side faces (112; 122; 152) of the neighbouring die blocks that are close to the working surface (111; 121; 151) are designed such that in use they are in contact.