mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method of non-intrusively enforcing security during federated single sign-on, SSO, authentication without modifying a trust relationship between a service provider, SP, and an identity provider, IDP, the method including: establishing the trust relationship between the SP and the IDP by configuring a SSO-unified resource locator, URL, and a public key of the IDP at the SP and configuring an assertion consumer service, ACS-URL, of the SP at the IDP; generating an assertion at the IDP when a user logs into the SP, identifying the SP's ACS-URL in the generated assertion, and digitally signing the generated assertion using an IDP-certificate; configuring the IDP to encrypt the signed assertion using a proxy-public key of an assertion proxy and to forward the encrypted assertion to a proxy-URL of the assertion proxy instead of the SP's ACS-URL; decrypting the encrypted assertion at the assertion proxy with a complementary proxy-private key and forwarding the decrypted assertion to an ACS of the SP using the SP's ACS-URL identified in the decrypted assertion; and preserving the trust relationship between the SP and the IDP by validating the decrypted assertion at the SP using the IDP's public key to establish a federated SSO authenticated session through the assertion proxy. establishing the trust relationship between the SP and the IDP by configuring a SSO-unified resource locator, URL, and a public key of the IDP at the SP and configuring an assertion consumer service, ACS-URL, of the SP at the IDP; generating an assertion at the IDP when a user logs into the SP, identifying the SP's ACS-URL in the generated assertion, and digitally signing the generated assertion using an IDP-certificate; configuring the IDP to encrypt the signed assertion using a proxy-public key of an assertion proxy and to forward the encrypted assertion to a proxy-URL of the assertion proxy instead of the SP's ACS-URL; decrypting the encrypted assertion at the assertion proxy with a complementary proxy-private key and forwarding the decrypted assertion to an ACS of the SP using the SP's ACS-URL identified in the decrypted assertion; and preserving the trust relationship between the SP and the IDP by validating the decrypted assertion at the SP using the IDP's public key to establish a federated SSO authenticated session through the assertion proxy.
A method of providing a communication quality feedback of an end-to-end communication path between an application transmitter and an application receiver, the method comprising: transmitting data from the application transmitter to the application receiver via the end-to-end communication path, the end-to-end communication path having at least one wireless link with a wireless transmitter and a wireless receiver; generating, at the wireless transmitter, a first communication quality feedback message using end-to-end feedback data received from the wireless receiver, wherein the first communication quality feedback message includes at least a jitter component and wherein the jitter component is estimated at the wireless transmitter in conjunction with a corresponding jitter parameter from the end-to-end communication path contained in the end-to-end feedback data; and transmitting the first communication quality feedback message from the wireless transmitter to the application transmitter in a standardized format. transmitting data from the application transmitter to the application receiver via the end-to-end communication path, the end-to-end communication path having at least one wireless link with a wireless transmitter and a wireless receiver; generating, at the wireless transmitter, a first communication quality feedback message using end-to-end feedback data received from the wireless receiver, wherein the first communication quality feedback message includes at least a jitter component and wherein the jitter component is estimated at the wireless transmitter in conjunction with a corresponding jitter parameter from the end-to-end communication path contained in the end-to-end feedback data; and transmitting the first communication quality feedback message from the wireless transmitter to the application transmitter in a standardized format.
A combined display and antenna arrangement (100; 100 2; 100 3; 100 4; 100 5; 100 6; 100 7) adapted to be arranged in a wireless communication device such as a laptop, a palmtop or a mobile phone, the combined display and antenna arrangement comprising display means associated with receiving and/or transmitting elements comprising antenna elements (3A 11,...,3A 45; 3A 11,...,3A 31; 6 4; 3A 11,...,3A 61; 3A' 11,..., 3A' 51;G7;H8) for communication of radio-, millimeter wave or microwave signals, wherein the antenna elements are individually or groupwise controllable and/or feedable; characterized in that the display means comprises a functional, primary display means (10; 10 2; 10 3; 10 4; 10 5; 10 6; 10 7) and a main display means (20;20 2;20 3;20 4;20 5;20 6;20 7), that the functional, primary display means comprises a number of first, small pixel elements (1A 11,...,1A 44;2B 1,...,2B 16; 1C 11,...,1C 31;1A;A 11,..., A 55) and comprises or communicates with image generating means (70 2;70 3;70 4) for generation of a high resolution miniature or compressed image, that the main display means is made of a non-conductive dielectric material which is transparent to radio-, and/or millimetre waves and/or microwaves and comprises a number of second, passive, pixel elements (2A 11,...,2A 44; 1B 1,...,1B 16; 2A 11,...,2A 31; 2A 11,...,2A 81; 2A 11,...,2A 91) substantially corresponding to the number of first, small, pixel elements, that said second pixel elements are larger than said first pixel elements, that each first pixel element is connected to a corresponding second pixel element by means of optical transmission means comprising a bundle of optical fibres (80; 80 2; 8 3; 8 11,8 13,8 22,8 31) for transfer of optical image information, that the main display means (20;20 2; 20 3;20 4;20 5;20 6;20 7) is adapted to visually represent the transferred optical information as an enlarged image and to act as the display screen of said wireless communication device, the primary, functional display means (10; 10 2; 10 3; 10 4; 10 5; 10 6; 10 7) adapted to be provided at an optional location of said communication device, and in that the antenna elements are arranged in or on the main display means (20;20 2;20 3;20 4;20 5;20 6; 20 7) and configured to receive and/or transmit radio signals through the main display means independently of optical representation.
A battery stick for the oval-shaped electronic cigarette, which can be connected with a vaporizer of the electronic cigarette to constitute the electronic cigarette and serves to supply power for the vaporizer of the electronic cigarette, comprising a rod shaped housing with oval-shaped cross section, and a battery, a control circuit board, and a power button which are accommodated in the housing, characterized in that, the housing has an open end and a closed end, an engagement portion for fixed connection with the vaporizer is arranged on an inner wall of the housing proximal to the open end, the housing is provided with a first button hole from which the power button can protrude, and a mounting frame is fitted inside the housing, wherein the mounting frame comprises a circuit section for mounting the control circuit board and a battery section for mounting the battery, the circuit section of the mounting frame being arranged at one side of the control circuit board with a frame side plate having a same curvature as the inner wall of the housing, an outer border of the mounting frame proximal to the open end of the housing is arranged with positive and negative electrodes; the control circuit board is arranged with a press-type power switch, the power button is arranged on the power switch and is received in the first button hole; a wedge part sized to be inserted via the open end of the housing is arranged between the inner wall of the housing and the frame side plate to secure the mounting frame.
A method comprising: moving a media unit having a transponder to a first position; attempting to communicate with the transponder of the media unit through at least a first and a second encoding element of a plurality of encoding elements arranged in an array of columns and rows; and determining an optimal encoding element for the transponder of the media unit. moving a media unit having a transponder to a first position; attempting to communicate with the transponder of the media unit through at least a first and a second encoding element of a plurality of encoding elements arranged in an array of columns and rows; and determining an optimal encoding element for the transponder of the media unit.
An electromagnetic relay having a coil assembly, a rotatable armature assembly, and a switch assembly wherein the switch assembly comprises a three-spring, spring assembly, said spring assembly comprising three stacked spring elements (40, 39, 38) and a longitudinal spring assembly axis, wherein said spring assembly is characterised by a first spring element comprising a first spring length, a first contact-receiving aperture, and a first elastically deformable terminal side end, the second spring element comprising a second spring length abbreviated relative to the first spring length, a second contact-receiving aperture, and a first C-shaped button-stackable spring portion extending in radial adjacency to the second contact-receiving aperture, the third spring element comprising a third spring length equal to the first spring length, a first C-shaped aperture for enabling spring over travel, a third contact-receiving aperture, a second C-shaped button-stackable spring portion extending intermediate the first C-shaped aperture and the third contact-receiving aperture, and a second elastically deformable terminal side end, the first C-shaped aperture extending symmetrically about the longitudinal spring assembly axis, the second spring element being sandwiched intermediate the first and third spring elements (40, 38) such that the first and second button-stackable spring portions (52, 52) are uniformly stacked, and the first and third spring elements (40, 38) are spaced in relation to one another by way of the sandwiched second spring element for actuation by an actuator element of the switch assembly, the first and third spring elements (40, 38), so spaced, being reconfigurable via the actuator element intermediate (a) a closed position wherein the first and third spring elements (40, 38) are substantially planar along the first and third spring lengths and (b) an over travel position wherein the first and second elastically deformable terminal side ends (53, 53) are elastically deformed such that the first and third spring elements (40, 38) are non-planar along the first and third spring lengths.
A method for the thermal analysis of a sample, comprising: - controlling the temperature of the sample according to a temperature program, in the course of which a temperature of the sample is changed, - measuring the temperature of the sample in the course of the temperature program, - measuring at least one physical property of the sample, which differs from the temperature of the sample, in the course of the temperature program, characterized in that the measuring of the temperature of the sample comprises: - irradiating a first surface region of the sample with an electromagnetic excitation beam, detecting an intensity of a thermal radiation emanating from a second surface region of the sample as a result of the irradiation, - determining a temperature conductivity (α) of the sample by evaluating the detected intensity of the thermal radiation, - determining the temperature of the sample by means of the determined temperature conductivity (α) by using data indicating the temperature-dependent course of the temperature conductivity (α) of the sample. - controlling the temperature of the sample according to a temperature program, in the course of which a temperature of the sample is changed, - measuring the temperature of the sample in the course of the temperature program, - measuring at least one physical property of the sample, which differs from the temperature of the sample, in the course of the temperature program, - irradiating a first surface region of the sample with an electromagnetic excitation beam, detecting an intensity of a thermal radiation emanating from a second surface region of the sample as a result of the irradiation, - determining a temperature conductivity (α) of the sample by evaluating the detected intensity of the thermal radiation, - determining the temperature of the sample by means of the determined temperature conductivity (α) by using data indicating the temperature-dependent course of the temperature conductivity (α) of the sample.
A process for preparing the compound of Formula III comprising: (a) condensing valeraldehyde and malonic acid to obtain compound IIIB: (b) treating IIIB with 2-methylpropene and an acid to obtain ester IIIC: (c) reacting ester IIIC with -N-(-)-benzyl-α-methylbenzylamine, lithium amide, followed by (1 S)-(+)-(10-camphorsulfonyl)-oxaziridine, to obtain the β-amino-α-hydroxy ester IIID: (d) converting the ester IIID to the free acid by treating with an acid, then coupling the free acid with cyclopropylamine in the presence of a dehydrating agent to obtain the amide IIIE: and (e) removing the benzyl protecting groups to obtain amine IIIF, and treating the free amine with HCl to obtain the salt: (a) condensing valeraldehyde and malonic acid to obtain compound IIIB: (b) treating IIIB with 2-methylpropene and an acid to obtain ester IIIC: (c) reacting ester IIIC with -N-(-)-benzyl-α-methylbenzylamine, lithium amide, followed by (1 S)-(+)-(10-camphorsulfonyl)-oxaziridine, to obtain the β-amino-α-hydroxy ester IIID: (d) converting the ester IIID to the free acid by treating with an acid, then coupling the free acid with cyclopropylamine in the presence of a dehydrating agent to obtain the amide IIIE: and (e) removing the benzyl protecting groups to obtain amine IIIF, and treating the free amine with HCl to obtain the salt:
A melter apparatus comprising: a melter vessel comprising floor, a ceiling, a wall connecting the floor and ceiling at a perimeter of the floor and ceiling, wherein at least some of the wall comprises fluid-cooled panels, a melting zone being defined by the floor, ceiling and wall, and a plurality of burners, at least some of which are positioned to direct combustion products into the melting zone under a level of molten glass in the melting zone and form a turbulent molten glass imparting mechanical energy to the melter vessel, the melter vessel comprising a batch feeder attached to the wall or ceiling above the level, and an exit end comprising a melter exit structure for discharging the molten glass, the melter exit structure fluidly and mechanically connecting the melter vessel to a molten glass conditioning channel, wherein the melter exit structure comprises a fluid-cooled transition channel configured to form a frozen glass layer or highly viscous glass layer, or combination thereof, on inner surfaces of the fluid-cooled transition channel and thus protect the melter exit structure from the mechanical energy imparted from the melter vessel to the melter exit structure. a melter vessel comprising floor, a ceiling, a wall connecting the floor and ceiling at a perimeter of the floor and ceiling, wherein at least some of the wall comprises fluid-cooled panels, a melting zone being defined by the floor, ceiling and wall, and a plurality of burners, at least some of which are positioned to direct combustion products into the melting zone under a level of molten glass in the melting zone and form a turbulent molten glass imparting mechanical energy to the melter vessel, the melter vessel comprising a batch feeder attached to the wall or ceiling above the level, and an exit end comprising a melter exit structure for discharging the molten glass, the melter exit structure fluidly and mechanically connecting the melter vessel to a molten glass conditioning channel, wherein the melter exit structure comprises a fluid-cooled transition channel configured to form a frozen glass layer or highly viscous glass layer, or combination thereof, on inner surfaces of the fluid-cooled transition channel and thus protect the melter exit structure from the mechanical energy imparted from the melter vessel to the melter exit structure.
A longitudinal multi-stage electrically driving power assembly, the longitudinal multi-stage electrically driving power assembly comprising an electric motor and a plurality of sets of gearboxes (4, 5, 6, 7, 8), each of the gearboxes is a single-stage reduction gearbox or a multi-stage reduction gearbox, the gearboxes (4, 5, 6, 7, 8) are connected in series to form a gearbox assembly, characterized in that an output shaft of the electric motor and an input shaft of the gearbox assembly are integrally manufactured, and an output shaft of the last connected gearbox is the output shaft of the entire power assembly.
An apparatus, comprising: an adapter body comprising a first end and a second end, the first end configured to attach to one of a plurality of inventory items to create a substantially unitary piece, each of the inventory items having a universal attachment fitting, the second end configured to attach to a tool configured to attach to the universal attachment fitting; characterized in that the apparatus further comprises an electronic identification device configured to permanently attach to the adapter body; and a cover configured to attach the electronic identification device to the adapter body. an adapter body comprising a first end and a second end, the first end configured to attach to one of a plurality of inventory items to create a substantially unitary piece, each of the inventory items having a universal attachment fitting, the second end configured to attach to a tool configured to attach to the universal attachment fitting; characterized in that the apparatus further comprises an electronic identification device configured to permanently attach to the adapter body; and a cover configured to attach the electronic identification device to the adapter body.
A system for wirelessly locating a tip of a medical tube or catheter inserted in a human body, comprising: a passive electromagnetic reflector affixed to the tip of the medical tube or catheter, wherein the passive electromagnetic reflector has a coil configured to: receive a signal of frequency f 0, and selectively reflect multiples of fo; and a transceiver unit having an antenna array with two partially overlapping coils (212, 214), wherein the coils are planar for the area where they overlap and are positioned such that signal coupling between the coils is minimum, wherein the first coil is tuned to transmit the signal of frequency f 0 to be received by the passive electromagnetic reflector, and the second coil is tuned to receive the multiples of f 0 reflected by the passive electromagnetic reflector. a passive electromagnetic reflector affixed to the tip of the medical tube or catheter, wherein the passive electromagnetic reflector has a coil configured to: receive a signal of frequency f 0, and selectively reflect multiples of fo; and a transceiver unit having an antenna array with two partially overlapping coils (212, 214), wherein the coils are planar for the area where they overlap and are positioned such that signal coupling between the coils is minimum, wherein the first coil is tuned to transmit the signal of frequency f 0 to be received by the passive electromagnetic reflector, and the second coil is tuned to receive the multiples of f 0 reflected by the passive electromagnetic reflector.
A synthetic nucleic acid molecule encoding a synthetic mini-dystrophin gene or micro-dystrophin gene encoding a synthetic, non-full length dystrophin protein comprising: (i) an N-terminal domain of the dystrophin protein which includes amino acid residues 1 to 252 of SEQ ID NO: 1 of the dystrophin protein, or a variant thereof that exhibits at least 90% identity to residues 1 to 252 of SEQ ID NO: 1 and that retains substantial function; (ii) at least two membrane binding motifs independently selected from the group consisting of an MBM of an R1-R2-R3 membrane binding domain, an MBM of a CR membrane binding domain, and an MBM of a CT membrane binding domain; (iii) an MBM of an R10-R11-R12 MBD comprising an S-palmitoylation site peptide of SEQ ID NO: 57, or an R10 repeat of SEQ ID NO: 29, an R11 repeat of SEQ ID NO: 30, an R12 repeat of SEQ ID NO: 31, R10-R11 repeats, R11-R12 repeats, or R10 and R12 repeats; and (iv) an nNOS binding domain of R16-R17; wherein the domains and the MBM are arranged from N to C terminus in the order in which they occur in a wild-type dystrophin protein and are operably linked. (i) an N-terminal domain of the dystrophin protein which includes amino acid residues 1 to 252 of SEQ ID NO: 1 of the dystrophin protein, or a variant thereof that exhibits at least 90% identity to residues 1 to 252 of SEQ ID NO: 1 and that retains substantial function; (ii) at least two membrane binding motifs independently selected from the group consisting of an MBM of an R1-R2-R3 membrane binding domain, an MBM of a CR membrane binding domain, and an MBM of a CT membrane binding domain; (iii) an MBM of an R10-R11-R12 MBD comprising an S-palmitoylation site peptide of SEQ ID NO: 57, or an R10 repeat of SEQ ID NO: 29, an R11 repeat of SEQ ID NO: 30, an R12 repeat of SEQ ID NO: 31, R10-R11 repeats, R11-R12 repeats, or R10 and R12 repeats; and (iv) an nNOS binding domain of R16-R17;
A pharmaceutical composition comprising an effective amount of ten RV peptide epitopes being conserved RV peptide epitopes recognized by RV-specific CD4 + antigen-experienced T cells and consisting of SEQ ID NOs:1-10, respectively, for use in inducing an immune response against a rhinovirus or for activating RV-specific CD4 + antigen-experienced T cells in a subject.
Bevel milling head for furniture, floor, wall or other panels coated with films having a film overhang over panel edges, comprising two upper and lower bevel milling tools (2; 3) which are mutually distance-adjustable on an axis of rotation, characterized in that each bevel milling tool (2; 3) has a main body that has cutting blades (6; 8) which are spaced apart from one another radially and distributed over the circumference thereof and which have an axial extension and a radial distance from one another in the direction of the opposite bevel milling tool (3; 2) which creates a free space that is large enough that the cutting blades (8; 6) of the other bevel milling tool (2; 3) can engage there in an adjustable depth when rotated by an intermediate angle on the axis of rotation, and that the main body is designed to be axially divided and the base body parts are joined together by means of screw connections on the axis of rotation of the bevel milling head and are fixed thereon in a displaceable or fixed distance-adjustable manner.