mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving a sequence of ciphertext messages that include encrypted plaintext and encrypted sequence numbers representative of successively increasing sequence numbers; and for each received ciphertext message: decrypting the ciphertext message to recover plaintext and a candidate sequence number; determining if the candidate sequence number is in any one of multiple acceptable sequence number windows having respective sequence number ranges, wherein at least one sequence number window is based on a highest sequence number previously accepted and at least another sequence number window is based on a last sequence number that was previously rejected, as established based on processing of previously received ciphertext messages; accepting the candidate sequence number if it is determined to be in any one of the acceptable sequence number windows and otherwise rejecting the candidate sequence number; and accepting the recovered plaintext if the candidate sequence number is accepted and rejecting the plaintext if the candidate sequence number is rejected. receiving a sequence of ciphertext messages that include encrypted plaintext and encrypted sequence numbers representative of successively increasing sequence numbers; and for each received ciphertext message: decrypting the ciphertext message to recover plaintext and a candidate sequence number; determining if the candidate sequence number is in any one of multiple acceptable sequence number windows having respective sequence number ranges, wherein at least one sequence number window is based on a highest sequence number previously accepted and at least another sequence number window is based on a last sequence number that was previously rejected, as established based on processing of previously received ciphertext messages; accepting the candidate sequence number if it is determined to be in any one of the acceptable sequence number windows and otherwise rejecting the candidate sequence number; and accepting the recovered plaintext if the candidate sequence number is accepted and rejecting the plaintext if the candidate sequence number is rejected. decrypting the ciphertext message to recover plaintext and a candidate sequence number; determining if the candidate sequence number is in any one of multiple acceptable sequence number windows having respective sequence number ranges, wherein at least one sequence number window is based on a highest sequence number previously accepted and at least another sequence number window is based on a last sequence number that was previously rejected, as established based on processing of previously received ciphertext messages; accepting the candidate sequence number if it is determined to be in any one of the acceptable sequence number windows and otherwise rejecting the candidate sequence number; and accepting the recovered plaintext if the candidate sequence number is accepted and rejecting the plaintext if the candidate sequence number is rejected.
Non-regenerative optical amplifier, having a first optical amplifying medium and at least one second optical amplifying medium, wherein the material properties of the first amplifying medium differ at least partly from the material properties of the second amplifying medium, wherein the emission spectra (Fig. 2) of the amplifying media (5, 5') partly overlap, wherein the optical amplifying media (5, 5, ') are formed by solid-state bulk crystals, at least one amplifying medium (5, 5') has a host crystal which is doped with a dopant, which is Nd and/or Yb and, wherein the amplifier is in the form of an ultrashort pulse amplifier, the output signal of which is a pulse signal with a pulse duration of 0.5 ps to 10 ps.
An apparatus for determining surface topography of a three-dimensional structure, the apparatus comprising: a probe sized to be inserted into an intraoral cavity of a patient; an illumination unit configured to output a plurality of light beams; a light focusing assembly (42, 200) to receive and focus each of the plurality of light beams to a respective external focal point external to the probe in order to generate illuminated spots on the structure, the light focusing assembly being configured to overlap the plurality of light beams to a system aperture and within a focus changing assembly disposed at the system aperture in order to move the external focal points along a direction of propagation of the plurality of light beams, wherein the focus changing assembly comprises a focus changing group of lenses in which separation between lenses of the focus changing group of lenses is varied to move the external focal points; a detector having an array of sensing elements configured to measure a characteristic of each of a plurality of light beams returning from the illuminated spots; and a processor coupled to the detector and configured to generate data representative of topography of the structure based on the measured characteristic of each of the plurality of light beams returning from the illuminated spots. a probe sized to be inserted into an intraoral cavity of a patient; an illumination unit configured to output a plurality of light beams; a light focusing assembly (42, 200) to receive and focus each of the plurality of light beams to a respective external focal point external to the probe in order to generate illuminated spots on the structure, the light focusing assembly being configured to overlap the plurality of light beams to a system aperture and within a focus changing assembly disposed at the system aperture in order to move the external focal points along a direction of propagation of the plurality of light beams, wherein the focus changing assembly comprises a focus changing group of lenses in which separation between lenses of the focus changing group of lenses is varied to move the external focal points; a detector having an array of sensing elements configured to measure a characteristic of each of a plurality of light beams returning from the illuminated spots; and a processor coupled to the detector and configured to generate data representative of topography of the structure based on the measured characteristic of each of the plurality of light beams returning from the illuminated spots.
Installation for generating wind energy at sea, comprising - a plurality of sea-based wind turbines each having a foundation structure which carries a tower (1.1) and is composed of a plurality of vertical hollow structure elements, - a substation for grid connection that consists of a plurality of components (4, 4.1), and comprising - a plurality of functional containers, wherein one or more of the functional containers each has one or more components (4, 4.1) of the substation that are arranged in a closed-off housing, wherein each of the plurality of functional containers is arranged directly on in each case one of the vertical hollow structure elements of the foundation structure and is fastened thereto via a releasable connection, wherein the hollow structure elements are provided with special receiving and fastening elements for the functional containers. - a substation for grid connection that consists of a plurality of components (4, 4.1), and comprising - a plurality of functional containers, wherein one or more of the functional containers each has one or more components (4, 4.1) of the substation that are arranged in a closed-off housing, wherein each of the plurality of functional containers is arranged directly on in each case one of the vertical hollow structure elements of the foundation structure and is fastened thereto via a releasable connection, wherein the hollow structure elements are provided with special receiving and fastening elements for the functional containers.
A valve body for an irrigation system, the valve body formed as a unitary moulding and comprising a manifold arrangement integrally formed in the valve body and including an inlet and at least one outlet, wherein the manifold arrangement includes a valve receiving region located between the inlet and each outlet, each valve receiving region operable to receive a valve to selectively control the flow of liquid between the inlet and each respective outlet of the manifold arrangement, characterised by the valve body including integrally formed sidewalls extending upwardly from the manifold arrangement.
A method of detecting peptide cyclization comprising a) generating a peptide microarray comprising at least one linear peptide coupled to a solid support, wherein the at least one linear peptide comprises a peptide tag sequence fragmented across a first end portion and a second end portion of the at least one linear peptide; b) cyclizing the at least one linear peptide to form at least one cyclic peptide by combining the first end portion and the second end portion, wherein a binding interaction of the peptide tag sequence with a detectable target protein increases after the first end portion and the second end portion combine to cyclize the at least one linear peptide; c) contacting the at least one cyclic peptide with the detectable target protein; and d) detecting the presence of the detectable target protein that is bound to the at least one cyclic peptide. a) generating a peptide microarray comprising at least one linear peptide coupled to a solid support, wherein the at least one linear peptide comprises a peptide tag sequence fragmented across a first end portion and a second end portion of the at least one linear peptide; b) cyclizing the at least one linear peptide to form at least one cyclic peptide by combining the first end portion and the second end portion, wherein a binding interaction of the peptide tag sequence with a detectable target protein increases after the first end portion and the second end portion combine to cyclize the at least one linear peptide; c) contacting the at least one cyclic peptide with the detectable target protein; and d) detecting the presence of the detectable target protein that is bound to the at least one cyclic peptide.
PORTABLE DEVICE TO COMPRESS BOWS which is applicable to simple arrow bows as well as to compound arrow bows, of the type comprising a main body, a set of limbs ending in double ends, sets of pulleys rotatingly mounted between said double ends, cables connected to said pulleys and bowstring, characterized by comprising: - a system of pulleys (2, 6) which comprises, at least, a block and tackle of pulleys linked by means of cables (4, 40, 43) connected to a set of fastening supports, - said fastening supports end in fastening ends prepared to fasten and pull from the ends of a bow, under the traction influence exerted by said block and tackle, - said block and tackle comprises a drive portion and a brake that controls the traction as well as the release of the cables connected to said fastening supports and - the fastening supports comprise, at least, a fixed pulley with respect to said supports. - a system of pulleys (2, 6) which comprises, at least, a block and tackle of pulleys linked by means of cables (4, 40, 43) connected to a set of fastening supports, - said fastening supports end in fastening ends prepared to fasten and pull from the ends of a bow, under the traction influence exerted by said block and tackle, - said block and tackle comprises a drive portion and a brake that controls the traction as well as the release of the cables connected to said fastening supports and - the fastening supports comprise, at least, a fixed pulley with respect to said supports.
Corner hinge of a corner bearing arrangement for mounting a sash of a window, a door, or the like to a fixed frame of the window, the door, or the like, comprising a horizontal hinge part that can be inserted at least partially into a horizontal fitting part receptacle of the sash, characterized in that a vertical hinge part is provided, which can be inserted at least partially into a vertical fitting part receptacle of the sash, wherein when the corner hinge is mounted, the hinge parts (20, 22) are positively connected in that the vertical hinge part engages behind sections of the horizontal hinge part.
A two-hole core drilling machine comprising: a body; a vertically reciprocating carriage vertically reciprocably mounted to the body; a fixing plate coupled to one side surface of the carriage, to rotatably support a drive shaft of a motor; the two-hole core drilling machine being characterized by comprising: a pivoting plate fastened to the fixing plate, a pivot angle of the pivoting plate is changeable; a moving plate fastened to the pivoting plate, a length of the moving plate from the pivoting plate is variable; a belt or chain mounted between a drive pulley coupled to the drive shaft and a driven pulley coupled to a driven shaft rotatably mounted to the moving plate; a first core bit coupled to the drive shaft; and a second core bit coupled to the driven shaft. a body; a vertically reciprocating carriage vertically reciprocably mounted to the body; a fixing plate coupled to one side surface of the carriage, to rotatably support a drive shaft of a motor; the two-hole core drilling machine being characterized by comprising: a pivoting plate fastened to the fixing plate, a pivot angle of the pivoting plate is changeable; a moving plate fastened to the pivoting plate, a length of the moving plate from the pivoting plate is variable; a belt or chain mounted between a drive pulley coupled to the drive shaft and a driven pulley coupled to a driven shaft rotatably mounted to the moving plate; a first core bit coupled to the drive shaft; and a second core bit coupled to the driven shaft. a pivoting plate fastened to the fixing plate, a pivot angle of the pivoting plate is changeable; a moving plate fastened to the pivoting plate, a length of the moving plate from the pivoting plate is variable; a belt or chain mounted between a drive pulley coupled to the drive shaft and a driven pulley coupled to a driven shaft rotatably mounted to the moving plate; a first core bit coupled to the drive shaft; and a second core bit coupled to the driven shaft.
An illumination apparatus having a reflector panel at which a facetted reflector surface structure is provided which irradiates light directed in a preferred direction with a grazing oblique irradiation through at least one light source, characterised in that a light-scattering surface structure in the form of a textile structure which is formed as elevated with respect to the reflector surface structure is applied to the reflector surface structure such that a plurality of partial surfaces of the reflector surface structure are arranged exposed and not covered by the textile structure and such that a plurality of partial surfaces of the reflector surface structure are covered by the textile structure.
A two-dimensional code comprising cells representing binary-coded data that are arranged as a pattern in the form of a two-dimensional matrix, wherein the two-dimensional code comprises: a basic pattern section; and a peripheral section arranged outside the basic pattern section, and the basic pattern section comprises: position detection patterns (12A-12D) for specifying cell positions; and characterised by: the basic pattern section comprising basic pattern section displacement information that indicates a position of the basic pattern section in the two-dimensional code, wherein the basic pattern section displacement information comprises the amount of displacement of the basic pattern section in each of the lateral and vertical directions from a prescribed reference position; wherein the data is arranged in the basic pattern section and the peripheral section. a basic pattern section; and a peripheral section arranged outside the basic pattern section, and the basic pattern section comprises: position detection patterns (12A-12D) for specifying cell positions; and the basic pattern section comprising basic pattern section displacement information that indicates a position of the basic pattern section in the two-dimensional code, wherein the basic pattern section displacement information comprises the amount of displacement of the basic pattern section in each of the lateral and vertical directions from a prescribed reference position; wherein the data is arranged in the basic pattern section and the peripheral section.
A compact air quality control system compartment characterized by each vertically arranged one above another and fluidly connected within a single housing: a first contact reactor fluidly connected with an electrolytic cell; a separator device; one or more second contact reactors with a fluidly connected silo; a filter system; a fan equipped with vibration dampers for vibration isolation; and a stack in fluid communication with the atmosphere. a first contact reactor fluidly connected with an electrolytic cell; a separator device; one or more second contact reactors with a fluidly connected silo; a filter system; a fan equipped with vibration dampers for vibration isolation; and a stack in fluid communication with the atmosphere.
Method for carrying out a pipe network analysis of a pipe network, in which each end branch of a pipe network is assigned a decentral pump, characterized in that for pairs of pumps in each case at least one pair of selected operating conditions are set at the pumps, the total volume flow in the pipe network or the partial volume flows in the end branches being determined for each pair of operating conditions, after which the line resistance K IJ of the tube sections used in common by both pumps and of the branch resistance R IJ of the end branch used exclusively only by the pump P I are calculated with the aid of the specific variables and those specified by the set operating conditions.
An adenovirus expressing an E1B55kD protein and/or an E4orf6 protein prior to an E1A-protein, wherein the adenovirus is replicating in cells which have YB-1 in the nucleus, but no in cells which do not have YB-1 in the nucleus.
A compound selected from compounds described by formula I or II and combinations thereof: wherein R 1 is a straight chained, saturated or unsaturated C7-C11 alkyl group; A and B are independently hydrogen or R 1 C; and X is a hydroxyl group, an oxy anion with a metallic mono- or dicationic counterion, or an alkoxy group with a straight chained or branched C1-C4 alkyl moiety; for use in nephroprotection in a patient with kidney diseases associated with renal fibrosis. R 1 is a straight chained, saturated or unsaturated C7-C11 alkyl group; A and B are independently hydrogen or R 1 C; and X is a hydroxyl group, an oxy anion with a metallic mono- or dicationic counterion, or an alkoxy group with a straight chained or branched C1-C4 alkyl moiety; for use in nephroprotection in a patient with kidney diseases associated with renal fibrosis.
A communication terminal comprising: a first subscriber identity module; a second subscriber identity module; a first plurality of radio communication components assigned to the first subscriber identity module; a second plurality of radio communication components assigned to the second subscriber identity module and a shared radio communication component assigned to both the first subscriber identity module and the second subscriber identity module; a priority determiner configured to determine, for each radio communication component of the first plurality of radio communication components a priority of a function to be carried by the radio communication component using the shared radio communication component and determine an accumulated priority for the first subscriber identity module based on the priorities determined for the first plurality of radio communication components; determine, for each radio communication component of the second plurality of radio communication components a priority of a function to be carried by the radio communication component using the shared radio communication component and determine an accumulated priority for the second subscriber identity module based on the priorities determined for the second plurality of radio communication components; a controller configured to give access to the shared radio communication component based on the accumulated priorities. a first subscriber identity module; a second subscriber identity module; a first plurality of radio communication components assigned to the first subscriber identity module; a second plurality of radio communication components assigned to the second subscriber identity module and a shared radio communication component assigned to both the first subscriber identity module and the second subscriber identity module; a priority determiner configured to determine, for each radio communication component of the first plurality of radio communication components a priority of a function to be carried by the radio communication component using the shared radio communication component and determine an accumulated priority for the first subscriber identity module based on the priorities determined for the first plurality of radio communication components; determine, for each radio communication component of the second plurality of radio communication components a priority of a function to be carried by the radio communication component using the shared radio communication component and determine an accumulated priority for the second subscriber identity module based on the priorities determined for the second plurality of radio communication components; a controller configured to give access to the shared radio communication component based on the accumulated priorities.
A system for providing integrated service capability exposure function, SCEF, service capability server, SCS, and application server, AS, functions, the system comprising: a computing platform (100; 350) including at least one processor (107; 352); a cellular device connectivity, CDC, service module implemented by the at least one processor for providing SCEF services and for determining for received non-Internet protocol, non-IP, messages whether to invoke Internet of things, loT, service handling based on an access point name or other message attribute that identifies an application; and an Internet of things, loT, service module implemented by the at least one processor for providing SCS and AS services for a first non-IP message and a second non-IP message identified by the CDC service module as requiring loT service handling, wherein the CDC service module is configured to receive the first non-IP message, identify the first non-IP message as requiring data pass through service, and, in response, forward the first non-IP message to an SCS separate from the computing platform and wherein the CDC service module is further configured to receive the second non-IP message, identify the second non-IP message as requiring loT service handling, and, in response, forward the second non-IP message to the loT service module, which forwards the message to an application server separate from the computing platform. a computing platform (100; 350) including at least one processor (107; 352); a cellular device connectivity, CDC, service module implemented by the at least one processor for providing SCEF services and for determining for received non-Internet protocol, non-IP, messages whether to invoke Internet of things, loT, service handling based on an access point name or other message attribute that identifies an application; and an Internet of things, loT, service module implemented by the at least one processor for providing SCS and AS services for a first non-IP message and a second non-IP message identified by the CDC service module as requiring loT service handling, wherein the CDC service module is configured to receive the first non-IP message, identify the first non-IP message as requiring data pass through service, and, in response, forward the first non-IP message to an SCS separate from the computing platform and wherein the CDC service module is further configured to receive the second non-IP message, identify the second non-IP message as requiring loT service handling, and, in response, forward the second non-IP message to the loT service module, which forwards the message to an application server separate from the computing platform.