mhurhangee/ep-ind-claims huggingface dataset:
A method for securely validating information exchange between a receiver and a transmitter, the method comprising: generating, by the transmitter, a message m from information i; using an elliptic curve with a point P and a point Q, each point comprising at least an x -coordinate and a y -coordinate, generating, by the transmitter, a cipher comprising a first value comprising the product kP of a random value k and the elliptic curve point P, and a second value comprising the message m multiplied by the x-coordinate of the product kQ of the random value k and the elliptic curve point Q; transmitting the cipher from the transmitter to the receiver; forming, by the receiver, a validation token V as a multiplication of a message m' that is decoded from the cipher, with a product of a private key q of the receiver and the product kP, wherein Q is a public key of the receiver and is equal to a product of the private key q and the elliptic curve point P, wherein the x -coordinate of the point kQ on the elliptic curve is an affine coordinate, and wherein the message m' is decoded from the second value of the cipher and the x -coordinate of the product qkP; receiving the validation token at the transmitter from the receiver; and validating, by the transmitter, the information exchange if the validation token comprises the product of the message m and the point kQ. generating, by the transmitter, a message m from information i; using an elliptic curve with a point P and a point Q, each point comprising at least an x -coordinate and a y -coordinate, generating, by the transmitter, a cipher comprising a first value comprising the product kP of a random value k and the elliptic curve point P, and a second value comprising the message m multiplied by the x-coordinate of the product kQ of the random value k and the elliptic curve point Q; transmitting the cipher from the transmitter to the receiver; forming, by the receiver, a validation token V as a multiplication of a message m' that is decoded from the cipher, with a product of a private key q of the receiver and the product kP, wherein Q is a public key of the receiver and is equal to a product of the private key q and the elliptic curve point P, wherein the x -coordinate of the point kQ on the elliptic curve is an affine coordinate, and wherein the message m' is decoded from the second value of the cipher and the x -coordinate of the product qkP; receiving the validation token at the transmitter from the receiver; and validating, by the transmitter, the information exchange if the validation token comprises the product of the message m and the point kQ. wherein Q is a public key of the receiver and is equal to a product of the private key q and the elliptic curve point P, wherein the x -coordinate of the point kQ on the elliptic curve is an affine coordinate, and wherein the message m' is decoded from the second value of the cipher and the x -coordinate of the product qkP; receiving the validation token at the transmitter from the receiver; and validating, by the transmitter, the information exchange if the validation token comprises the product of the message m and the point kQ.
Container building comprising an interior which is formed of at least one container (12, 14) and which is delimited by a ceiling wall (28, 30), a floor wall (32, 34), and by a plurality of side walls (16, 18, 20, 22) running transversely to the ceiling wall (28, 30) and the floor wall (32, 34), wherein at least one of these side walls (16, 18, 20, 22) has an internal wall cladding into which, for the reception and mechanical guidance of power supply, air supply, fuel and/or water lines, a supply shaft is integrated, wherein the supply shaft is covered with a cover strip which separates the supply shaft from the interior of the container building, and wherein at least one opening for the attachment of connections to the power supply, air supply, fuel and/or water lines is provided in the cover strip, characterized in that the internal wall cladding has a groove-shaped recess, which runs substantially parallel to the ceiling wall (28, 30) and the floor wall (32, 34), and in that the supply shaft is configured as a separate housing, which is tailored to the shape of the groove-shaped recess and is disposed in this same.
A security marking composition for marking an area of land, which security marking composition is readily capable of transfer from the land to a person or to a vehicle, which security marking composition comprises: (a) a carrier comprising a polymer; and (b) a security marker, wherein the security marker comprises nucleic acid; wherein the polymer is a sticky polymer; wherein the security marker is either absorbed into the polymer or adsorbed onto the polymer; and wherein: (i) the polymer is in the form of spheres and is a polyacrylamide, and the composition further comprises an adhesive; or (ii) the polymer is in the form of threads and is a polyacrylamide or a synthetic spider silk protein. (a) a carrier comprising a polymer; and (b) a security marker, wherein the security marker comprises nucleic acid; wherein the polymer is a sticky polymer; wherein the security marker is either absorbed into the polymer or adsorbed onto the polymer; and wherein: (i) the polymer is in the form of spheres and is a polyacrylamide, and the composition further comprises an adhesive; or (ii) the polymer is in the form of threads and is a polyacrylamide or a synthetic spider silk protein. (i) the polymer is in the form of spheres and is a polyacrylamide, and the composition further comprises an adhesive; or (ii) the polymer is in the form of threads and is a polyacrylamide or a synthetic spider silk protein.
A method, comprising: transmitting from a base station at least one parameter for a first type of listen before talk procedure to be used for uplink transmission to the base station according to a time division frame configuration for licensed assisted access, wherein the first type of listen before talk procedure is a procedure that allows transmission to start when at least one channel is assessed to be unoccupied at at least one periodic time instance; and configuring the base station for a different second type of listen before talk procedure to be used for downlink transmission from the base station according to the time division frame configuration for licensed assisted access during a portion of a subframe, wherein the portion is less than an entire subframe, wherein the second type of listen before talk procedure is a procedure that allows transmission to start when at least one channel is assessed to be unoccupied at at least one time instance that is not periodic; wherein a dimension of the portion of the subframe is transmitted as part of a physical downlink shared channel assignment downlink control information, or by a separate downlink control information targeted to multiple user equipment and carried on a physical downlink control channel common search space, or by user equipment-specific radio resource control signaling, or by cell-specific radio resource control signaling. transmitting from a base station at least one parameter for a first type of listen before talk procedure to be used for uplink transmission to the base station according to a time division frame configuration for licensed assisted access, wherein the first type of listen before talk procedure is a procedure that allows transmission to start when at least one channel is assessed to be unoccupied at at least one periodic time instance; and configuring the base station for a different second type of listen before talk procedure to be used for downlink transmission from the base station according to the time division frame configuration for licensed assisted access during a portion of a subframe, wherein the portion is less than an entire subframe, wherein the second type of listen before talk procedure is a procedure that allows transmission to start when at least one channel is assessed to be unoccupied at at least one time instance that is not periodic; wherein a dimension of the portion of the subframe is transmitted as part of a physical downlink shared channel assignment downlink control information, or by a separate downlink control information targeted to multiple user equipment and carried on a physical downlink control channel common search space, or by user equipment-specific radio resource control signaling, or by cell-specific radio resource control signaling.
An aircraft, comprising: an airframe including first and second rotor apparatuses at upper and tail portions of the aircraft, respectively, to provide for control and navigational drive; a stabilizer component disposed at the tail portion in a position displaced from downwash of the first and second rotor apparatuses at airspeed ranges; and a control system configured to apply a dither actuation signal to the stabilizer component at the airspeed ranges by which an aircraft response to a stabilizer component input is measurable for airspeed estimation purposes. an airframe including first and second rotor apparatuses at upper and tail portions of the aircraft, respectively, to provide for control and navigational drive; a stabilizer component disposed at the tail portion in a position displaced from downwash of the first and second rotor apparatuses at airspeed ranges; and a control system configured to apply a dither actuation signal to the stabilizer component at the airspeed ranges by which an aircraft response to a stabilizer component input is measurable for airspeed estimation purposes.
A device comprising: - a semiconductor structure comprising a light emitting layer; - a luminescent material (58a, 58b, 58, 66) positioned in a path of light emitted by the light emitting layer; and - a thermal coupling material disposed in a transparent material; wherein: - the thermal coupling material is non-wavelength converting of light emitted by the light emitting layer; - the thermal coupling material has a thermal conductivity greater than a thermal conductivity of the transparent material; - the thermal coupling material is positioned to dissipate heat from the luminescent material; and - an index of refraction of the thermal coupling material differs from an index of refraction of the transparent material by less than 10%; and wherein: - the luminescent material (58a, 58b, 58, 66) is a powder phosphor (58a, 58b, 58) disposed in the transparent material; and - the thermal coupling material is a powder; characterized in that the thermal coupling material powder has a median particle size greater than a median particle size of the powder phosphor. - a semiconductor structure comprising a light emitting layer; - a luminescent material (58a, 58b, 58, 66) positioned in a path of light emitted by the light emitting layer; and - a thermal coupling material disposed in a transparent material; wherein: - the thermal coupling material is non-wavelength converting of light emitted by the light emitting layer; - the thermal coupling material has a thermal conductivity greater than a thermal conductivity of the transparent material; - the thermal coupling material is positioned to dissipate heat from the luminescent material; and - an index of refraction of the thermal coupling material differs from an index of refraction of the transparent material by less than 10%; and wherein: - the luminescent material (58a, 58b, 58, 66) is a powder phosphor (58a, 58b, 58) disposed in the transparent material; and - the thermal coupling material is a powder;
System for filtering fluids, with a primary filter which comprises at least one filter element, through which fluid can flow in one direction during the filtration operation and fluid can flow in the opposite direction thereto for a back-flushing operation, with a post-treatment apparatus connected downstream of the primary filter to treat the back-flushing volumes discharged from said primary filter, said apparatus comprising at least one filter chamber receiving the back-flushing volumes with a fluid inlet and a fluid outlet, and comprising at least one post-treatment filter element, and with a control apparatus for supplying the respective back-flushing volume in portions to the post-treatment filter element to which it can be assigned, characterised in that the control apparatus comprises a control chamber with a first and a second fluid space, the first of these spaces serving to receive the respective back-flushing volume and a compressed gas being able to be applied to the second fluid space at a pre-definable operating pressure; and in that the first and second fluid space of the control chamber are separated by a separator piston.
A mixing vessel for an electric motor-operated food processor, with a vessel floor, an agitator extending through the vessel floor into the mixing vessel, and a foot part that can be externally connected with the vessel floor, which is designed for fixing the agitator to the vessel floor, characterized in that the vessel floor or foot part has a blocking element that can be exposed to the spring force of a spring element, and can be shifted against the spring force by means of a corresponding contact element of the foot part or vessel floor from a blocking position that prevents a fixation of the agitator into a release position that enables a fixation, wherein, in absence of the agitator at the vessel floor, no fixation of the foot part is performed at the vessel floor and the foot part remains displaceable relative to the vessel floor and gets pushed by the locking element into a locking position.
Trocar sheath for minimally invasive surgery, with a first sheath part (4; 34), which has substantially the shape of a straight pipe section with a longitudinal axis, and with a second sheath part (6; 36), which bears tightly on and at least partially surrounds the first sheath part and, during use, is movable relative to the first sheath part, characterized in that the mobility of the second sheath part (6; 36) relative to the first sheath part lies substantially only in a rotatability of the second sheath part (6; 36) about the first sheath part (4; 34), and in that the first sheath part (4; 34) and the second sheath part (6; 36) each have, at their distal axial ends, a flange part (14, 16; 44, 46) which extends radially outwards from the respective sheath part (4, 6; 34, 36) about an angle of less than 180°.
A method for resource information backup operation based on peer to peer network, wherein a node in the peer to peer network has a node global identifier including a domain identifier and a node identifier, and said resource information in the peer to peer network has a resource global identifier including a domain identifier and a resource identifier, and said resource information is saved in a host node having the same domain identifier as said resource information, and said method comprises: an initiating node sending an out-of-domain backup node determining request to a connecting node in backup domain, and said out-of-domain backup node determining request including the resource global identifier of said resource information, and the connecting node in said backup domain and said host node in which the resource information is saved have different domain identifiers; the connecting node in said backup domain determining an out-of-domain backup node according to information of said resource global identifier and out-of-domain backup rules, and sending routing information of said out-of-domain backup node to said initiating node; and said initiating node sending an out-of-domain backup operation request to said out-of-domain backup node according to said routing information, said out-of-domain backup operation request including the information of the resource global identifier of said resource information, and said out-of-domain backup node implementing a corresponding processing according to said out-of-domain backup operation request. an initiating node sending an out-of-domain backup node determining request to a connecting node in backup domain, and said out-of-domain backup node determining request including the resource global identifier of said resource information, and the connecting node in said backup domain and said host node in which the resource information is saved have different domain identifiers; the connecting node in said backup domain determining an out-of-domain backup node according to information of said resource global identifier and out-of-domain backup rules, and sending routing information of said out-of-domain backup node to said initiating node; and said initiating node sending an out-of-domain backup operation request to said out-of-domain backup node according to said routing information, said out-of-domain backup operation request including the information of the resource global identifier of said resource information, and said out-of-domain backup node implementing a corresponding processing according to said out-of-domain backup operation request.
A wound monitoring and/or therapy apparatus comprising: a substrate configured to be positioned at least partially in a wound, the substrate supporting a plurality of sensors including a first sensor and a second sensor wherein the first sensor is of a different sensor type to the second sensor; a plurality of sensor circuits positioned on the substrate, each sensor circuit configured to process a plurality of input signals to generate a single output signal from the plurality of input signals, wherein each of the plurality of input signals corresponds to a measurement of a different sensor of the plurality of sensors positioned on the substrate; a selection circuit positioned on the substrate and coupled to each sensor circuit, the selection circuit configured to receive the plurality of single output signals from the plurality of sensor circuits and output the single output signal of a selected sensor circuit of the plurality of sensor circuits; and a processor configured to be in electrical communication with the selection circuit, the processor configured to: communicate, to the selection circuit, which of the plurality of sensor circuits to select, receive, from the selection circuit, the single output signal of the selected sensor circuit, and separately extract each of the plurality of input signals from the single output signal of the selected sensor circuit. a substrate configured to be positioned at least partially in a wound, the substrate supporting a plurality of sensors including a first sensor and a second sensor wherein the first sensor is of a different sensor type to the second sensor; a plurality of sensor circuits positioned on the substrate, each sensor circuit configured to process a plurality of input signals to generate a single output signal from the plurality of input signals, wherein each of the plurality of input signals corresponds to a measurement of a different sensor of the plurality of sensors positioned on the substrate; a selection circuit positioned on the substrate and coupled to each sensor circuit, the selection circuit configured to receive the plurality of single output signals from the plurality of sensor circuits and output the single output signal of a selected sensor circuit of the plurality of sensor circuits; and a processor configured to be in electrical communication with the selection circuit, the processor configured to: communicate, to the selection circuit, which of the plurality of sensor circuits to select, receive, from the selection circuit, the single output signal of the selected sensor circuit, and separately extract each of the plurality of input signals from the single output signal of the selected sensor circuit. communicate, to the selection circuit, which of the plurality of sensor circuits to select, receive, from the selection circuit, the single output signal of the selected sensor circuit, and separately extract each of the plurality of input signals from the single output signal of the selected sensor circuit.
A compound of formula: wherein L is fluorenyl, or has a structure: and X 1 and X 2 are each independently CR or N; each R 1 independently is -SO 3 H, -CO 2 R, or-NO 2; each R 2 independently is -NO 2, -CO 2 R, -NH 2, -CI, -F, -CF 3, phenyl, or phenyl substituted with one or more of -NO 2, -CO 2 R, -NH 2, -CI, -F, or-CF 3, and/or two adjacent R 2 together form - (N=N-NH)-; each R independently is H, C 1-5 alkyl, or -O-C 1-5 alkyl; n is 1, 2, 3, or 4; and m is 1, 2, 3, or 4; or a pharmaceutically acceptable salt thereof. L is fluorenyl, or has a structure: and X 1 and X 2 are each independently CR or N; each R 1 independently is -SO 3 H, -CO 2 R, or-NO 2; each R 2 independently is -NO 2, -CO 2 R, -NH 2, -CI, -F, -CF 3, phenyl, or phenyl substituted with one or more of -NO 2, -CO 2 R, -NH 2, -CI, -F, or-CF 3, and/or two adjacent R 2 together form - (N=N-NH)-; each R independently is H, C 1-5 alkyl, or -O-C 1-5 alkyl; n is 1, 2, 3, or 4; and m is 1, 2, 3, or 4;
Container for storing and/or transporting bulk material, comprising: - a bag configured to hold the bulk material; - at least one filling and/or emptying opening arranged in the bag; - an upper edge arranged on or close to the opening; - an outer bag; and - fastening means for fastening the outer bag to the upper edge, wherein the outer bag is substantially enveloping the bag as an outer liner, and wherein the bag is configured to hold the bulk material and the outer liner can be removed, characterised in that the outer bag at least partially comprises a substantially transparent wall for the purpose of checking for contamination, and in that the fastening means comprise a stitched edge. - a bag configured to hold the bulk material; - at least one filling and/or emptying opening arranged in the bag; - an upper edge arranged on or close to the opening; - an outer bag; and - fastening means for fastening the outer bag to the upper edge, wherein the outer bag is substantially enveloping the bag as an outer liner, and wherein the bag is configured to hold the bulk material and the outer liner can be removed, characterised in that the outer bag at least partially comprises a substantially transparent wall for the purpose of checking for contamination, and in that the fastening means comprise a stitched edge.