mhurhangee/ep-ind-claims huggingface dataset:
An image forming apparatus connectable via a network with a server (200, 201) and configured to provide a resource service to an external apparatus connected via the network, the image forming apparatus comprising: a first acquisition means for acquiring, from an authorization server (200, 210), first authorization information indicating that a user's authorization for using the resource service has been delegated in response to an authorization operation by the user via an authorization confirmation screen to be provided after the authorization server succeeds in authenticating authentication information of the user; a resource service application; and in a case a request for acquiring authorization information is received from the resource service application, a second acquisition means for transmitting a request for further delegating the authorization to the authorization server (200, 210) together with the first authorization information, and acquiring second authorization information issued based on the first authorization information from the authorization server (200, 210); wherein the second authorization information is issued without the authorization operation by the user, and wherein the resource service application requests the resource service by use of the second authorization information so as to use the resource service without use of the authentication information by the user. a first acquisition means for acquiring, from an authorization server (200, 210), first authorization information indicating that a user's authorization for using the resource service has been delegated in response to an authorization operation by the user via an authorization confirmation screen to be provided after the authorization server succeeds in authenticating authentication information of the user; a resource service application; and in a case a request for acquiring authorization information is received from the resource service application, a second acquisition means for transmitting a request for further delegating the authorization to the authorization server (200, 210) together with the first authorization information, and acquiring second authorization information issued based on the first authorization information from the authorization server (200, 210);
A method of determining the texture of food material, comprising the steps of: applying a plurality of vibrational impacts with varying predetermined frequencies and with a predetermined discrete time-interval to the food material, wherein each vibrational impact has a frequency within a predetermined frequency range and a predetermined time-length, measuring the vibrational response of the food material to each of the vibrational impacts, and comparing the vibrational response with at least one reference value, determined prior to the measurement, wherein the food material is in a liquid or a semi-solid state and/or the food material is contained within a container body, such as a pipe. applying a plurality of vibrational impacts with varying predetermined frequencies and with a predetermined discrete time-interval to the food material, wherein each vibrational impact has a frequency within a predetermined frequency range and a predetermined time-length, measuring the vibrational response of the food material to each of the vibrational impacts, and comparing the vibrational response with at least one reference value, determined prior to the measurement, wherein the food material is in a liquid or a semi-solid state and/or the food material is contained within a container body, such as a pipe.
A method for protecting an aluminium fan blade with an airfoil, a tip, a root and a sheath, the root to be inserted into a hub, the method comprising: peening the airfoil of the fan blade; inserting a scrim cloth between the fan blade and the sheath to galvanically isolate the fan blade from the sheath; bonding the sheath to the blade with an epoxy adhesive; peening the blade root; bonding wear pads to the root with epoxy adhesive to galvanically isolate the root from the hub; applying a protective cover to the tip of the blade; and applying a coating (82,84) to all exposed areas of the blade to inhibit corrosion (72,74); characterised in that the method further comprises: peening interior cavities of the airfoil. peening the airfoil of the fan blade; inserting a scrim cloth between the fan blade and the sheath to galvanically isolate the fan blade from the sheath; bonding the sheath to the blade with an epoxy adhesive; peening the blade root; bonding wear pads to the root with epoxy adhesive to galvanically isolate the root from the hub; applying a protective cover to the tip of the blade; and applying a coating (82,84) to all exposed areas of the blade to inhibit corrosion (72,74); peening interior cavities of the airfoil.
Sensor head for an encoder for detecting the rotational or linear parameters of a rotary or linear moving component part, in particular of a shaft, comprising a housing, a first sensor device located on the housing with a first sensor surface, and a second sensor device located on the housing and moving in a circumferential direction of the rotating component part or in a longitudinal direction of the linear moving component part, offset with respect to the first sensor device, with a second sensor surface, whereby the sensor devices (3, 5) can each be rotated around an axis of rotation (7, 30) so that the sensor surfaces (4, 6) can be swiveled with respect to each other in at least two different angle positions, characterized in that the axes of rotation (7, 30) of the sensor devices (3, 5) are located on the sides (34, 36) of the sensor devices (3, 5) forming the sensor surfaces (4, 6).
An occupation control method for a camera application, comprising the operations of: in response to detecting that a terminal device switches from a first operating state to a second operating state, detecting whether a first application sends a camera data request message; in response to detecting that the first application sends the camera request message, sending a delay shutdown message delaying shutdown of the camera for a first duration to the camera application and detecting whether a state of the terminal device is switched from the second operating state to the first operating state within the first duration; in response to determining that the state of the terminal device is not switched to the second operating state and detecting that the first application continues to send the camera data request message, detecting whether the first application turns on at least one of video chat, audio playing during live broadcast, audio recording and floating player functions, and in response to detecting that the first application did not turn on any of the functions, controlling the first application to release occupancy of the camera application. in response to detecting that a terminal device switches from a first operating state to a second operating state, detecting whether a first application sends a camera data request message; in response to detecting that the first application sends the camera request message, sending a delay shutdown message delaying shutdown of the camera for a first duration to the camera application and detecting whether a state of the terminal device is switched from the second operating state to the first operating state within the first duration; in response to determining that the state of the terminal device is not switched to the second operating state and detecting that the first application continues to send the camera data request message, detecting whether the first application turns on at least one of video chat, audio playing during live broadcast, audio recording and floating player functions, and in response to detecting that the first application did not turn on any of the functions, controlling the first application to release occupancy of the camera application.
Circuitry for monitoring an optoelectronic transceiver, comprising: a host adapter, configured to couple an optoelectronic transceiver to a host device, the host adapter being a separate device from the optoelectronic transceiver and including: a transceiver interface for receiving from the optoelectronic transceiver digital values corresponding to operating conditions of the optoelectronic transceiver; memory including one or more memory arrays for storing information related to the optoelectronic transceiver, including the digital values received from the optoelectronic transceiver; comparison logic configured to compare the digital values with limit values to generate flag values, wherein the flag values are stored in predefined flag storage locations within the memory during operation of the optoelectronic transceiver; and a host interface configured to enable a host to read from host specified locations within the memory, including the predefined flag storage locations, in accordance with commands received from the host. a host adapter, configured to couple an optoelectronic transceiver to a host device, the host adapter being a separate device from the optoelectronic transceiver and including: a transceiver interface for receiving from the optoelectronic transceiver digital values corresponding to operating conditions of the optoelectronic transceiver; memory including one or more memory arrays for storing information related to the optoelectronic transceiver, including the digital values received from the optoelectronic transceiver; comparison logic configured to compare the digital values with limit values to generate flag values, wherein the flag values are stored in predefined flag storage locations within the memory during operation of the optoelectronic transceiver; and a host interface configured to enable a host to read from host specified locations within the memory, including the predefined flag storage locations, in accordance with commands received from the host. a transceiver interface for receiving from the optoelectronic transceiver digital values corresponding to operating conditions of the optoelectronic transceiver; memory including one or more memory arrays for storing information related to the optoelectronic transceiver, including the digital values received from the optoelectronic transceiver; comparison logic configured to compare the digital values with limit values to generate flag values, wherein the flag values are stored in predefined flag storage locations within the memory during operation of the optoelectronic transceiver; and a host interface configured to enable a host to read from host specified locations within the memory, including the predefined flag storage locations, in accordance with commands received from the host.
Fuse element comprising: an active fuse response part formed by at least four metal sub-strips with at least respectively two metal sub-strips being parallel, the sub-strips being provided by at least two elongated recesses within one or two self-supporting elongated fuse metal strips, with the at least two recesses being provides in serial alignment along the respective fuse metal strip, characterized by the self-supporting elongated fuse metal strip is provided by a first elongated fuse metal foil which is reinforced by a self-supporting dielectric polymer foil thereby forming a self-supporting compound material, wherein a second elongated fuse metal foil is deposited on a surface of the polymer foil opposite to the first elongated fuse metal foil. an active fuse response part formed by at least four metal sub-strips with at least respectively two metal sub-strips being parallel, the sub-strips being provided by at least two elongated recesses within one or two self-supporting elongated fuse metal strips, with the at least two recesses being provides in serial alignment along the respective fuse metal strip, characterized by the self-supporting elongated fuse metal strip is provided by a first elongated fuse metal foil which is reinforced by a self-supporting dielectric polymer foil thereby forming a self-supporting compound material, wherein a second elongated fuse metal foil is deposited on a surface of the polymer foil opposite to the first elongated fuse metal foil.
A method comprising: receiving an invite request message sent by a network entity on a circuit switched network, wherein the invite request message comprises an indication that a user equipment device is being handed over from a packet switched network to the circuit switched network; determining, in response to receipt of the invite request message, that the user equipment device being handed over from the packet switched network to the circuit switched network is a party to a voice call in an alerting state; and providing session state information indicating that the user equipment device is a party to a voice call in an alerting state to the network entity on the circuit switched network in response to the determination. receiving an invite request message sent by a network entity on a circuit switched network, wherein the invite request message comprises an indication that a user equipment device is being handed over from a packet switched network to the circuit switched network; determining, in response to receipt of the invite request message, that the user equipment device being handed over from the packet switched network to the circuit switched network is a party to a voice call in an alerting state; and providing session state information indicating that the user equipment device is a party to a voice call in an alerting state to the network entity on the circuit switched network in response to the determination.
An antibody, or an antigen-binding portion thereof, comprising: a heavy chain variable domain comprising an amino acid sequence having 85% to 100% identity to the amino acid sequence shown in SEQ ID NO: 3 and a light chain variable domain comprising an amino acid sequence having 85% to 100% identity to the amino acid sequence shown in SEQ ID NO: 4, wherein the antibody or antigen-binding portion thereof, binds to Globo H and can cross-react with a tumor-associated carbohydrate antigen selected from sLe x, sTn, Tn, sLe a, α-NeuAc-OCH 2 C 6 H 4 -p-NHCOOCH 2, Fucα1-2Galβ1-4GalNAcβ, NeuAca2-6Galb, Gala1-3Galb1-4GlaNAcb, (NeuAca2-8) 3, 6Gal-HSO 3 -SiaLex, 6GluNAc-HSO 3 -SiaLex, α2-6 sialylated diantennary N-glycan or Polysialic acid. a heavy chain variable domain comprising an amino acid sequence having 85% to 100% identity to the amino acid sequence shown in SEQ ID NO: 3 and a light chain variable domain comprising an amino acid sequence having 85% to 100% identity to the amino acid sequence shown in SEQ ID NO: 4, wherein the antibody or antigen-binding portion thereof, binds to Globo H and can cross-react with a tumor-associated carbohydrate antigen selected from sLe x, sTn, Tn, sLe a, α-NeuAc-OCH 2 C 6 H 4 -p-NHCOOCH 2, Fucα1-2Galβ1-4GalNAcβ, NeuAca2-6Galb, Gala1-3Galb1-4GlaNAcb, (NeuAca2-8) 3, 6Gal-HSO 3 -SiaLex, 6GluNAc-HSO 3 -SiaLex, α2-6 sialylated diantennary N-glycan or Polysialic acid.
Fluid line having a tube, which has an input-side end section with a first connector and an output-side end section with a second connector, wherein a cavity is configured in the tube, delimited radially inwardly by at least one auxiliary element, wherein the auxiliary element is configured as a heating rod and in the cavity at least one volume reduction element is arranged in the region of the output-side end section, wherein the volume reduction element has a recess extending along the length of the tube, which provides a continuous flow channel, characterised in that the volume reduction element has a plurality of sections (18a-18c), wherein a gap (19a, 19b) is provided between at least two sections (18a, 18b; 18b, 18c), wherein one of the sections is formed as an egg-shaped bracket comprising a longitudinally slotted tube portion whose inner diameter is smaller than the outer diameter of the auxiliary element.
A color printed plastic key fob comprising a built-in RFID tag, said plastic key fob comprising a body of sequentially combined layers of: - a front protective laminating layer, - a decorative/informative face layer, - a pre-laminate center layer with at least one installed RFID tag, - a decorative/informative reverse layer, and - a back protective laminating layer, - further having a rectangular shape with the following dimensions: - a length of 50.95 mm to 51.05 mm, - a width of 24.61 mm to 24.71 mm; - further having a round hole near one corner for attaching a key ring; - further having rounded corners; characterized in that said plastic key fob - further having a weight between 4.65 g and 4.95 g; - further having a thickness of 3.34 mm to 4.34 mm; - wherein, the round hole has a diameter from 4.00 mm to 4.50 mm; - wherein, the corner near the round hole has a bending radius R = 5.00 mm to 6.00 mm, while the other three corners have bending radiuses R = 3.00 mm to 3.36 mm; and further comprising on both sides of the body respectively a composite convex front layer and a composite convex reverse layer made of polyurethane-based material. - a front protective laminating layer, - a decorative/informative face layer, - a pre-laminate center layer with at least one installed RFID tag, - a decorative/informative reverse layer, and - a back protective laminating layer, - further having a rectangular shape with the following dimensions: - a length of 50.95 mm to 51.05 mm, - a width of 24.61 mm to 24.71 mm; - a length of 50.95 mm to 51.05 mm, - a width of 24.61 mm to 24.71 mm; - further having a round hole near one corner for attaching a key ring; - further having rounded corners; - further having a weight between 4.65 g and 4.95 g; - further having a thickness of 3.34 mm to 4.34 mm; - wherein, the round hole has a diameter from 4.00 mm to 4.50 mm; - wherein, the corner near the round hole has a bending radius R = 5.00 mm to 6.00 mm, while the other three corners have bending radiuses R = 3.00 mm to 3.36 mm;
A prosthesis for preventing valve regurgitation, comprising a fixation unit (110, 210, 310), a connection piece (120, 220, 320) and a closure assisting piece (130, 230, 330), the fixation unit (110, 210, 310) comprising a fixation piece (111, 211, 311), a distal section of the connection piece (120, 220, 320) being connected to a proximal section of the fixation piece, a proximal section of the connection piece being connected to a distal section of the closure assisting piece (130, 230, 330), the connection piece (120, 220, 320) being flexible such that the connection piece and the closure assisting piece (130, 230, 330) connected thereto are movable with a movement of a valve leaflet, wherein there is a channel for blood flowing therethrough between the closure assisting piece (130, 230, 330) and the fixation piece (111, 211, 311), the closure assisting piece (130, 230, 330) is adapted to be located between autologous valve leaflets of a patient when in a free state, whereby the fixation unit (110, 210, 310) further comprises an anchor (112, 212, 312), the fixation piece (111, 211, 311) is adapted to be secured to an atrial wall or a valve annulus of the patient by the anchor, a deployed width of the fixation piece is less than two thirds of a circumference of the valve tissue annulus, a maximum width of the closure assisting piece is less than a maximum deployed width of a single autologous valve leaflet, a proximal end of the anchor is provided with an anti-disengagement end, characterized in that the fixation piece (111, 211, 311) has a frame structure, the frame structure consists of a plurality of support rods, or the frame structure is a waved structure or a zigzag shaped structure made of metallic shape memory material wire, or the frame structure is formed in a lattice pattern, or the frame structure is a combination of the above-described structures, and in the free state the distal section of the frame structure is an arc shaped structure adapted to be positioned along a circumference of the valve annulus.
A method for synchronizing or phase shifting at least two cartridge shock generators, said at least two shock generators being actuated by means of an electromagnetic actuator powered by a power and control case, wherein the method comprises steps of: - operating at least two shock generators each including an inert cartridge, - detecting a time of percussion of the cartridges of each shock generator, - synchronizing or phase shifting said at least two shock generators. - operating at least two shock generators each including an inert cartridge, - detecting a time of percussion of the cartridges of each shock generator, - synchronizing or phase shifting said at least two shock generators.
Dryer, in particular a household laundry dryer, comprising - a drum for holding textiles, - a heat pump with a condenser and an evaporator, - an air circulation system for circulating air through the drum, the condenser and the evaporator for drying the textiles in the drum, - a first collecting container for collecting condensate, which is separated at the evaporator, wherein the dryer has a cleaning system for cleaning the front surface of the evaporator by means of the condensate collected in the first collecting container and the cleaning system has a feed line through which condensate water is fed from the first collecting container to the evaporator, characterised in that the feed line has an opening mechanism with a first openable opening arranged at the end of the feed line, adapted to accumulate the condensate water in the feed line when the first opening is closed. - a drum for holding textiles, - a heat pump with a condenser and an evaporator, - an air circulation system for circulating air through the drum, the condenser and the evaporator for drying the textiles in the drum, - a first collecting container for collecting condensate, which is separated at the evaporator, wherein the dryer has a cleaning system for cleaning the front surface of the evaporator by means of the condensate collected in the first collecting container and the cleaning system has a feed line through which condensate water is fed from the first collecting container to the evaporator, characterised in that the feed line has an opening mechanism with a first openable opening arranged at the end of the feed line, adapted to accumulate the condensate water in the feed line when the first opening is closed.
A method for testing a plasma reaction thruster in a terrestrial vacuum environment, comprising the step of: disposing the reaction thruster in a vacuum chamber which is at least partially connected to earth ground and at least partially formed of a conductive material, characterised in that the method further comprises: providing an electrode disposed downstream from the reaction thruster, wherein the electrode comprises at least a downstream portion of the vacuum chamber; and applying an electrical bias voltage (V p) to the electrode which has a positive potential in order to electrically isolate electrons of a beam formed by the reaction thruster from at least one electrically conductive surface of the vacuum chamber. providing an electrode disposed downstream from the reaction thruster, wherein the electrode comprises at least a downstream portion of the vacuum chamber; and applying an electrical bias voltage (V p) to the electrode which has a positive potential in order to electrically isolate electrons of a beam formed by the reaction thruster from at least one electrically conductive surface of the vacuum chamber.