mhurhangee/ep-ind-claims huggingface dataset:
An anti-human CCR7 antibody specifically binding to an extracellular domain of human CCR7, wherein the antibody comprises a heavy chain variable region and a light chain variable region that consist of any one of amino acid sequences as the following, and: comprising a heavy chain variable region containing an amino acid sequence represented by SEQ ID NO: 72, and a light chain variable region containing an amino acid sequence represented by SEQ ID NO: 74, comprising a heavy chain variable region containing an amino acid sequence represented by SEQ ID NO: 52, and a light chain variable region containing an amino acid sequence represented by SEQ ID NO: 54, and comprising a heavy chain variable region containing an amino acid sequence represented by SEQ ID NO: 42, and a light chain variable region containing an amino acid sequence represented by SEQ ID NO: 44, and wherein the antibody comprises an activity of interfering with a CCR7-dependent intracellular signal transduction mechanism caused by CCL21 stimulation. comprising a heavy chain variable region containing an amino acid sequence represented by SEQ ID NO: 72, and a light chain variable region containing an amino acid sequence represented by SEQ ID NO: 74, comprising a heavy chain variable region containing an amino acid sequence represented by SEQ ID NO: 52, and a light chain variable region containing an amino acid sequence represented by SEQ ID NO: 54, and comprising a heavy chain variable region containing an amino acid sequence represented by SEQ ID NO: 42, and a light chain variable region containing an amino acid sequence represented by SEQ ID NO: 44, and
A security device, comprising: an at least semi-transparent layer (12, 52) exhibiting a first pattern (P 1) of integral regions (13, 53) of the layer having a higher optical density or a raised surface profile relative to intervening regions (14, 54) of the layer; and a colour layer (15, 55) exhibiting a second pattern (P 2) of elements (16, 56, 57, 58) of at least one colour; and arranged to follow the contours of the regions in the case of raised surface profile; and, wherein the first and second patterns (P 1, P 2) at least partially overlap one another and are configured such that, when the device is viewed from at least one side, the first and second patterns (P 1, P 2) co-operate to generate an optically variable effect whereby the appearance of the device varies at different viewing angles. an at least semi-transparent layer (12, 52) exhibiting a first pattern (P 1) of integral regions (13, 53) of the layer having a higher optical density or a raised surface profile relative to intervening regions (14, 54) of the layer; and a colour layer (15, 55) exhibiting a second pattern (P 2) of elements (16, 56, 57, 58) of at least one colour; and arranged to follow the contours of the regions in the case of raised surface profile; and, wherein the first and second patterns (P 1, P 2) at least partially overlap one another and are configured such that, when the device is viewed from at least one side, the first and second patterns (P 1, P 2) co-operate to generate an optically variable effect whereby the appearance of the device varies at different viewing angles.
Axle guide bearing for coupling a rear axle to a body of a motor vehicle, comprising: an outer sleeve for coupling to the rear axle, and an inner part for the fixed arrangement on the vehicle body, said inner part extending with a journal into the outer sleeve and having a stop disc which is spaced apart axially from an axial end portion of the outer sleeve, a first rubber body for axial force absorption, which is arranged between the axis end portion of the outer sleeve and the stop disc, and a second rubber body which is arranged between the journal and the outer sleeve, wherein the first rubber body is adhesively bonded or vulcanized onto the stop disc and onto a collar on the axial end portion of the outer sleeve, characterized in that a first liquid-filled chamber and a second liquid-filled chamber are provided on the second rubber body, wherein the first liquid-filled chamber is arranged in front of the journal, and the second liquid-filled chamber is arranged behind the journal, with respect to the forwards direction of travel of the motor vehicle, a first stop body is arranged in the first liquid-filled chamber, said stop body limiting the maximum bearing travel of the axle guide bearing in the event of forces acting on the rear axle counter to the forwards direction of travel, and a second stop body is arranged in the second liquid-filled chamber, said stop body limiting the maximum bearing travel of the axle guide bearing in the event of forces acting on the rear axle in the forwards direction of travel. an outer sleeve for coupling to the rear axle, and an inner part for the fixed arrangement on the vehicle body, said inner part extending with a journal into the outer sleeve and having a stop disc which is spaced apart axially from an axial end portion of the outer sleeve, a first rubber body for axial force absorption, which is arranged between the axis end portion of the outer sleeve and the stop disc, and a second rubber body which is arranged between the journal and the outer sleeve, wherein the first rubber body is adhesively bonded or vulcanized onto the stop disc and onto a collar on the axial end portion of the outer sleeve, characterized in that a first liquid-filled chamber and a second liquid-filled chamber are provided on the second rubber body, wherein the first liquid-filled chamber is arranged in front of the journal, and the second liquid-filled chamber is arranged behind the journal, with respect to the forwards direction of travel of the motor vehicle, a first stop body is arranged in the first liquid-filled chamber, said stop body limiting the maximum bearing travel of the axle guide bearing in the event of forces acting on the rear axle counter to the forwards direction of travel, and a second stop body is arranged in the second liquid-filled chamber, said stop body limiting the maximum bearing travel of the axle guide bearing in the event of forces acting on the rear axle in the forwards direction of travel.
A network system comprising: - an energy supplied component to which energy is supplied and an energy management component that manages the energy supplied component, - wherein the energy management component controls an energy usage amount or an energy usage cost of the energy supplied component, and - the energy usage amount or the energy usage cost when the energy supplied component is controlled is based on information related to at least an energy cost that is less than when the energy usage amount or the energy usage cost of the energy supplied component is controlled without the information related to at least the energy cost, characterized in that - the information related to at least an energy cost comprises a high-cost information, - if high-cost information is recognized in the operation of the energy supplied component, the power of the energy supplied component is changed in a portion or entire of a section in which the high-cost information is recognized, - wherein different degrees of reduction of the consumption of power are selected based on a length of a peak time section, - wherein different energy reduction methods are selected based on the length of the peak time section, - wherein the energy supplied component includes a refrigerator having a compressor, - wherein the compressor is turned off when the length of the peak time section is smaller than a first reference value, and a cooling force of the compressor is changed when the length of the peak time section is between the first reference value and a second reference value greater than the first reference value. - an energy supplied component to which energy is supplied and an energy management component that manages the energy supplied component, - wherein the energy management component controls an energy usage amount or an energy usage cost of the energy supplied component, and - the energy usage amount or the energy usage cost when the energy supplied component is controlled is based on information related to at least an energy cost that is less than when the energy usage amount or the energy usage cost of the energy supplied component is controlled without the information related to at least the energy cost, - the information related to at least an energy cost comprises a high-cost information, - if high-cost information is recognized in the operation of the energy supplied component, the power of the energy supplied component is changed in a portion or entire of a section in which the high-cost information is recognized, - wherein different degrees of reduction of the consumption of power are selected based on a length of a peak time section, - wherein different energy reduction methods are selected based on the length of the peak time section, - wherein the energy supplied component includes a refrigerator having a compressor, - wherein the compressor is turned off when the length of the peak time section is smaller than a first reference value, and a cooling force of the compressor is changed when the length of the peak time section is between the first reference value and a second reference value greater than the first reference value.
Door handle module for a motor vehicle having at least one handle unit, comprising a handle housing and a cover panel, wherein the handle unit is designed to be movable at least between an inoperative position and an operating position for a door of the motor vehicle, and in the inoperative position the cover panel is arranged at least substantially flush with an external side of the door, wherein the cover panel can be connected to the handle housing via at least two form-fitting connections, wherein a first form-fitting connection, which secures the cover panel in the transverse direction with respect to the handle housing, and a second form-fitting connection, which secures the cover panel in the lengthwise direction with respect to the handle housing, can be created between the handle housing and the cover panel simultaneously when the cover panel is assembled, wherein a non-destructive disassembly of the cover panel in the transverse direction can only be performed by releasing the second form-fitting connection, wherein a release of the first form-fitting connection is only possible after the release of the second form-fitting connection, wherein the door handle module comprises a support, the handle unit includes a recess or opening into which an object, particularly a key bit, can be introduced, in order to release the second form-fitting connection between the cover panel and the handle housing, and/or the opening or recess is arranged on the handle housing, characterized in that in the inoperative position the recess or opening is disposed inside the support, invisible from the outside, a release of the second form-fitting connection between the cover panel and the handle housing can only be performed in the operating position and/or in an intermediate position in which the handle unit is positioned between an inoperative position and an operating position.
A method of forming a non-random copolymer by combining a mixture of a first radical polymerizable compound and an organoborane-organonitrogen complex, a second radical polymerizable compound, and an organoborane decomplexing agent, wherein the step of combining is further defined as adding the mixture of the first radical polymerizable compound and the organoborane-organonitrogen complex to a mixture of the second radical polymerizable compound and the organoborane decomplexing agent.
A device suitable for placement in a mounted condition on a floating object, comprising a mounting structure and a tiltable arm having a free extremity and a pivot point supported by said mounting structure, wherein said arm connects to suspension and/or support means for controlling the arm's inclination with respect to the horizon, and wherein said suspension and/or support means comprise at least one spring, wherein opposite extremities of the said spring share connecting points (60, 61) with said arm and with said mounting structure, characterized in that the spring is a passive spring and is arranged to balance the arm so as to stabilize a position of a free extremity of the arm during movements of the floating object in that a moment generated by the force of gravity on the arm relative to the pivot point with the mounting structure is substantially compensated by a moment generated on the arm relative to said pivot point by the spring in any inclination the arm assumes, so that the spring is arranged to balance the arm in any inclination it assumes, and the force of gravity on the arm and the force of the spring on the arm cancel each other out to arrange that the position of the free extremity of the arm is substantially independent from said forces to cause that an inertia of the arm ensures maintaining the said extremity of the arm in a stable position during movements of the floating object.
A method implemented by a first computing device, the method comprising: determining, by the first computing device, an ephemeral key pair comprising an ephemeral public key (ePubF) and an ephemeral private key (ePriF); generating, by the first computing device, a first shared secret using the ephemeral private key (ePriF) and a static second device public key (PubS); encrypting, by the first computing device, request data using the first shared secret to obtain encrypted request data; sending, by the first computing device, a request message including the encrypted request data and the ephemeral public key (ePubF) to a second computing device; the method characterized by: receiving, by the first computing device, a response message including encrypted response data and a blinded static second device public key from the second computing device, wherein the blinded static second device public key is determined by combining the static second device public key with another data element; determining, by the first computing device, a second shared secret using the ephemeral private key (ePriF) and the blinded static second device public key; and decrypting, by the first computing device, the encrypted response data using the second shared secret to determine response data. determining, by the first computing device, an ephemeral key pair comprising an ephemeral public key (ePubF) and an ephemeral private key (ePriF); generating, by the first computing device, a first shared secret using the ephemeral private key (ePriF) and a static second device public key (PubS); encrypting, by the first computing device, request data using the first shared secret to obtain encrypted request data; sending, by the first computing device, a request message including the encrypted request data and the ephemeral public key (ePubF) to a second computing device; the method characterized by: receiving, by the first computing device, a response message including encrypted response data and a blinded static second device public key from the second computing device, wherein the blinded static second device public key is determined by combining the static second device public key with another data element; determining, by the first computing device, a second shared secret using the ephemeral private key (ePriF) and the blinded static second device public key; and decrypting, by the first computing device, the encrypted response data using the second shared secret to determine response data. receiving, by the first computing device, a response message including encrypted response data and a blinded static second device public key from the second computing device, wherein the blinded static second device public key is determined by combining the static second device public key with another data element; determining, by the first computing device, a second shared secret using the ephemeral private key (ePriF) and the blinded static second device public key; and decrypting, by the first computing device, the encrypted response data using the second shared secret to determine response data.
A spray generator comprising: a membrane (33, 40) having a perforate portion through which, in use, a fluid is caused to flow when the membrane (33, 40) is vibrated; an electronically-driven or a piezoelectrically driven actuator or vibrating the membrane (33, 40), the actuator taking the form of an annulus and being provided on a substrate, a chamber (18, 44) for storing fluid for supply to a surface of the membrane (33, 40); and a sealing element (13, 45, 60) located in and movable within the chamber (18, 44) between a first position in which fluid flow from the chamber (18, 44) through the membrane (33, 40) is prevented and a second position in which fluid flow from the chamber (18, 44) through the membrane (33, 40) is allowed, characterised in that the first position being one in which the sealing element (13, 45, 60) seals against the chamber side of the membrane (33, 40) or the substrate, and in that a back surface of the sealing element (13, 45, 60) is primarily exposed to fluid pressure and a front surface of the sealing element (13, 45, 60) is exposed to atmospheric pressure when the sealing element (13,45,60) is in the first position. a membrane (33, 40) having a perforate portion through which, in use, a fluid is caused to flow when the membrane (33, 40) is vibrated; an electronically-driven or a piezoelectrically driven actuator or vibrating the membrane (33, 40), the actuator taking the form of an annulus and being provided on a substrate, a chamber (18, 44) for storing fluid for supply to a surface of the membrane (33, 40); and a sealing element (13, 45, 60) located in and movable within the chamber (18, 44) between a first position in which fluid flow from the chamber (18, 44) through the membrane (33, 40) is prevented and a second position in which fluid flow from the chamber (18, 44) through the membrane (33, 40) is allowed, characterised in that the first position being one in which the sealing element (13, 45, 60) seals against the chamber side of the membrane (33, 40) or the substrate, and in that a back surface of the sealing element (13, 45, 60) is primarily exposed to fluid pressure and a front surface of the sealing element (13, 45, 60) is exposed to atmospheric pressure when the sealing element (13,45,60) is in the first position.
A method for seamless transition between a first network and a second network, the method comprising: while in a data communication with the first network, monitoring a signal quality of the first network; if the signal quality of the first network falls below a first threshold, establishing a replacement connection with the second network; and if the signal quality of the first network falls below a second threshold, transitioning the data communication to the replacement connection, characterized in that it comprises capturing and buffering data from the first and second network (102A, 102B) at a client device in parallel. while in a data communication with the first network, monitoring a signal quality of the first network; if the signal quality of the first network falls below a first threshold, establishing a replacement connection with the second network; and if the signal quality of the first network falls below a second threshold, transitioning the data communication to the replacement connection,
A method for carrying out a cryptographic operation, the method comprising: - ascertaining or receiving first position data (G; P1, P2, P3) by a localization unit (130, LE1-LE3), wherein the position data indicates the position of the localization unit (130, LE1-LE3); - transmitting the position data from the localization unit (130, LE1-LE3) to the chip card via a contactless interface (118a, 118b) using a cryptographic protocol; - executing a distance bounding protocol between the chip card and the localization unit (130, LE1-LE3), wherein the distance bounding protocol concludes successfully precisely when the spatial distance between the chip card and the localization unit (130, LE1-LE3) does not exceed a predefined maximum distance (114, 302); - executing a chip card function by the chip card only if the distance bounding protocol has been successfully concluded, wherein the chip card function uses the transmitted position data as the first position data for indicating the current position of the chip card; - accessing a data value by the chip card, which is stored in a protected memory of the chip card or is manually entered by a user of the chip card; - applying a key derivation function by the chip card to the data value and the first position data for generating a first position-dependent cryptographic key (116; S1, S2, S3); and - using the first position-dependent cryptographic key (116; S1, S2, S3) by the chip card for carrying out a key-dependent cryptographic sub-operation. - ascertaining or receiving first position data (G; P1, P2, P3) by a localization unit (130, LE1-LE3), wherein the position data indicates the position of the localization unit (130, LE1-LE3); - transmitting the position data from the localization unit (130, LE1-LE3) to the chip card via a contactless interface (118a, 118b) using a cryptographic protocol; - executing a distance bounding protocol between the chip card and the localization unit (130, LE1-LE3), wherein the distance bounding protocol concludes successfully precisely when the spatial distance between the chip card and the localization unit (130, LE1-LE3) does not exceed a predefined maximum distance (114, 302); - executing a chip card function by the chip card only if the distance bounding protocol has been successfully concluded, wherein the chip card function uses the transmitted position data as the first position data for indicating the current position of the chip card; - accessing a data value by the chip card, which is stored in a protected memory of the chip card or is manually entered by a user of the chip card; - applying a key derivation function by the chip card to the data value and the first position data for generating a first position-dependent cryptographic key (116; S1, S2, S3); and - using the first position-dependent cryptographic key (116; S1, S2, S3) by the chip card for carrying out a key-dependent cryptographic sub-operation.