mhurhangee/ep-ind-claims huggingface dataset:
An adjustable intraocular lens comprising: a lens body (150, 250, 350) having a front surface and a rear surface, and comprising a central optic zone (110, 210, 310) formed convexly in a first direction; characterized by an optical rod portion (160, 260, 360) comprising optical rods, said optical rod portion (160, 260, 360) arranged so that at least part thereof is included inside the central optic zone (110, 210, 310), and the optical rod portion (160, 260, 360) surrounds an outer portion of the central optic zone (110, 210, 310), wherein the optical rod portion (160, 260, 360) is arranged inside the lens body (150, 250, 350), wherein the optical rods are at least one of glass rods and optical fibers, and wherein a refractive index of the optical rod portion (160, 260, 360) is different from a refractive index of the central optic zone (110, 260, 360), such that external light directed to the central optic zone (110, 210, 310) passes through the central optic zone (110, 210, 310), and external light directed to the optical rod portion (160, 260, 360) selectively passes through the optical rod portion depending on an incident angle, which is defined as an angle between a direction of a center line in a thickness direction of the adjustable intraocular lens (100, 200, 300) and a direction of the incident light. a lens body (150, 250, 350) having a front surface and a rear surface, and comprising a central optic zone (110, 210, 310) formed convexly in a first direction; characterized by an optical rod portion (160, 260, 360) comprising optical rods, said optical rod portion (160, 260, 360) arranged so that at least part thereof is included inside the central optic zone (110, 210, 310), and the optical rod portion (160, 260, 360) surrounds an outer portion of the central optic zone (110, 210, 310), wherein the optical rod portion (160, 260, 360) is arranged inside the lens body (150, 250, 350), wherein the optical rods are at least one of glass rods and optical fibers, and wherein a refractive index of the optical rod portion (160, 260, 360) is different from a refractive index of the central optic zone (110, 260, 360), such that external light directed to the central optic zone (110, 210, 310) passes through the central optic zone (110, 210, 310), and external light directed to the optical rod portion (160, 260, 360) selectively passes through the optical rod portion depending on an incident angle, which is defined as an angle between a direction of a center line in a thickness direction of the adjustable intraocular lens (100, 200, 300) and a direction of the incident light.
A cannula for transferring a substance to and/or from a patient, the cannula comprising: a rigid tubular support sleeve defining a lumen extending from an inlet opening at a proximal end of the tubular support sleeve to an exit opening at a distal end of the tubular support sleeve; a transfer tube positioned in the lumen and extending fully through the inlet opening, the lumen and the exit opening, the transfer tube including a proximal extension section extending beyond the proximal end of the tubular support sleeve and a distal extension section extending beyond the distal end of the tubular support sleeve; characterised by an inner sleeve disposed in the tubular support sleeve and extending beyond the distal end of the tubular support sleeve, wherein the transfer tube has a length that is greater than that of the inner sleeve, the transfer tube extends fully through the inner sleeve, the proximal extension section extends beyond a proximal end of the inner sleeve, and the distal extension section extends beyond a distal end of the inner sleeve; and wherein the tubular support sleeve comprises a rigid, MRI-compatible material. a rigid tubular support sleeve defining a lumen extending from an inlet opening at a proximal end of the tubular support sleeve to an exit opening at a distal end of the tubular support sleeve; a transfer tube positioned in the lumen and extending fully through the inlet opening, the lumen and the exit opening, the transfer tube including a proximal extension section extending beyond the proximal end of the tubular support sleeve and a distal extension section extending beyond the distal end of the tubular support sleeve; characterised by an inner sleeve disposed in the tubular support sleeve and extending beyond the distal end of the tubular support sleeve, wherein the transfer tube has a length that is greater than that of the inner sleeve, the transfer tube extends fully through the inner sleeve, the proximal extension section extends beyond a proximal end of the inner sleeve, and the distal extension section extends beyond a distal end of the inner sleeve; and wherein the tubular support sleeve comprises a rigid, MRI-compatible material.
A gyroscope comprising: a resonator; a plurality of transducers configured to drive a vibrational mode in the resonator and detect vibrations of the resonator; a base configured to support the resonator, the base including attachment points (70a-c) for attachment to an external system; and, a vibration isolator for isolating the resonator from the external system, the vibration isolator being formed from resilient material and being completely located radially inward of the attachment points (70a-c) relative to an axis that extends through a centre of the resonator, wherein the resilient material is axially symmetric relative to the axis that extends through the centre of the resonator, characterised in that the resilient material is an elastomer. a resonator; a plurality of transducers configured to drive a vibrational mode in the resonator and detect vibrations of the resonator; a base configured to support the resonator, the base including attachment points (70a-c) for attachment to an external system; and, a vibration isolator for isolating the resonator from the external system, the vibration isolator being formed from resilient material and being completely located radially inward of the attachment points (70a-c) relative to an axis that extends through a centre of the resonator, wherein the resilient material is axially symmetric relative to the axis that extends through the centre of the resonator, characterised in that the resilient material is an elastomer.
The use of an enzyme preparation for binding and forming protein-based food raw material pieces measuring 3 mm or more in the smallest side without the use of additional protein materials, wherein the enzyme preparation comprises transglutaminase, and calcium chloride or magnesium chloride as active ingredients, wherein the amount of calcium chloride is 0.007 to 0.03 g per 1 U of the transglutaminase in said enzyme preparation, or wherein the amount of magnesium chloride is 0.022 to 0.025 g per 1 U of the transglutaminase in said enzyme preparation, so that the binding in the bound and formed food is in a state in which the tensile strength as measured with a rheometer is 80 g/cm 2 or more.
An apparatus for monitoring an ambient environment of a wind turbine, the apparatus comprising: a cooling system comprising first and second heat exchangers (12,16), and a fluid circuit arranged to enable coolant to flow between the first and second heat exchangers; and characterized by a processor configured to: monitor one or more operational parameters of the cooling system; measure an efficiency of the cooling system based on the monitored one or more operational parameters; and calculate a liquid water content of the ambient environment based on the measured efficiency of the cooling system. a cooling system comprising first and second heat exchangers (12,16), and a fluid circuit arranged to enable coolant to flow between the first and second heat exchangers; and characterized by a processor configured to: monitor one or more operational parameters of the cooling system; measure an efficiency of the cooling system based on the monitored one or more operational parameters; and calculate a liquid water content of the ambient environment based on the measured efficiency of the cooling system. monitor one or more operational parameters of the cooling system; measure an efficiency of the cooling system based on the monitored one or more operational parameters; and calculate a liquid water content of the ambient environment based on the measured efficiency of the cooling system.
A material suitable for a ply of a sack, comprising a paper sheet provided with a coating on at least one of its surfaces, wherein said coating comprises at least one ethylene-propylene copolymer having a melting point from 50 to 95°C, and wherein the extensibility level of said paper is a fully extensible paper with a machine direction stretch of 7-9% and a grammage of 100-120 g/m 2; or wherein the water vapour transmission rate (WVTR) through said paper, measured with TAPPI 448, is below 750 g/m 2 and a day; or wherein the air permeability measured as Gurley flow according to ISO 5636/5 through said material is below 10s.
A conotoxin peptide having an amino acid sequence as follows: wherein each X represents a cysteine residue replaced with -propargyl glycine or -azidonorvaline; wherein the triazole bridge is wherein the C-terminus of the conotoxin peptide is a carboxylic acid or an amide group; or a variant thereof with at least 90% sequence identity, at least 95% sequence identity, at least 96% sequence identity, at least 97% sequence identity, at least 98% sequence identity, or at least 99% sequence identity; wherein the variant has a conservative amino acid substitution; and wherein the variant has said triazole bridge and said disulfide bridge. wherein each X represents a cysteine residue replaced with -propargyl glycine or -azidonorvaline; wherein the triazole bridge is wherein the C-terminus of the conotoxin peptide is a carboxylic acid or an amide group; or a variant thereof with at least 90% sequence identity, at least 95% sequence identity, at least 96% sequence identity, at least 97% sequence identity, at least 98% sequence identity, or at least 99% sequence identity; wherein the variant has a conservative amino acid substitution; and wherein the variant has said triazole bridge and said disulfide bridge.
Nozzle head for a rotary atomizer for applying a coating material to an object, having a bell cup that can be rotated about an axis of rotation and has a discharge surface, to which coating material can be fed in such a way that coating material is thrown off the bell cup; characterized in that a Laval ring nozzle which is rotationally symmetrical with respect to the axis of rotation is formed on the bell cup and has a discharge ring gap, from which a working fluid can be blown onto the coating material thrown off the bell cup.
Method for operating a cleaning appliance, in particular a floor cleaning appliance, comprising a control device and at least one cleaning element for cleaning a surface and having a local memory element, wherein the control device comprises a control memory member and the control device is connected to a reader for reading the local memory element, wherein characteristic data distinguishing the type of cleaning element are stored in the local memory element, and said data being read and evaluated in the period of time from the starting up of the cleaning appliance up to the beginning of the cleaning action of the cleaning element, characterized in that information corresponding to the data read out is displayed on a display unit of the cleaning appliance.
A device for at least partially automatic actuation of a door wing, having: a drive with a drive axis of rotation for driving the door wing at least partially during a movement between an open position and a closed position, a frame element with a frame axis of rotation for supporting a movement of the door wing, a lever kinematics with at least one lever element for establishing an operative connection between the drive and the frame element, wherein the lever kinematics has at least one transmission means for transmitting electrical energy and/or data between at least one frame-side energy source and a drive-side energy receiver, characterized in that the lever kinematics has a protective cover for the transmission means, wherein the protective cover is fastened to the lever element in a form-fitting and/or force-fitting manner, and wherein a closed guide space for the transmission means is formed between the protective cover and the lever element. a drive with a drive axis of rotation for driving the door wing at least partially during a movement between an open position and a closed position, a frame element with a frame axis of rotation for supporting a movement of the door wing, a lever kinematics with at least one lever element for establishing an operative connection between the drive and the frame element, wherein the lever kinematics has at least one transmission means for transmitting electrical energy and/or data between at least one frame-side energy source and a drive-side energy receiver, characterized in that the lever kinematics has a protective cover for the transmission means, wherein the protective cover is fastened to the lever element in a form-fitting and/or force-fitting manner, and wherein a closed guide space for the transmission means is formed between the protective cover and the lever element.
A simulated fire effect apparatus comprising: an apertured bed; a vapour generating apparatus (254, 478) having a vapour outlet port configured to operatively supply vapour to a location below the apertured bed; characterised in that the apparatus further comprises; at least one heat source arranged below the apertured bed to induce a current of air upwardly from the apertured bed; and means for transferring vapour provided below the apertured bed, for transferring vapour generated by the vapour generating apparatus (254, 478) to at least one location below the apertured bed. an apertured bed; a vapour generating apparatus (254, 478) having a vapour outlet port configured to operatively supply vapour to a location below the apertured bed; characterised in that the apparatus further comprises; at least one heat source arranged below the apertured bed to induce a current of air upwardly from the apertured bed; and
A liquid discharging apparatus, comprising: a carriage; a discharging unit that includes a nozzle row configured to discharge a liquid and which is mounted to the carriage that is adapted to reciprocate in a first direction that intersects the nozzle row; a transport unit that is adapted to intermittently transport a medium in a second direction that intersects the first direction, wherein the liquid discharging apparatus is adapted to form an adjustment pattern for adjusting a transport amount of one transport in intermittent transport, and the adjustment pattern is formed using both of an outward direction movement pattern formed while moving the discharging unit in the outward direction from the first direction and a return direction movement pattern formed while moving the discharging unit in the return direction from the first direction, wherein the adjustment pattern includes a reference pattern formed from one of the outward direction movement pattern and the return direction movement pattern, and a transport amount adjustment pattern formed after the medium is transported a predetermined amount after the reference pattern is formed, and along therewith formed from the other of the outward direction movement pattern and the return direction movement pattern; and wherein the transport amount adjustment pattern is formed at a position overlapping the reference pattern when viewed from the second direction. a carriage; a discharging unit that includes a nozzle row configured to discharge a liquid and which is mounted to the carriage that is adapted to reciprocate in a first direction that intersects the nozzle row; a transport unit that is adapted to intermittently transport a medium in a second direction that intersects the first direction, wherein the liquid discharging apparatus is adapted to form an adjustment pattern for adjusting a transport amount of one transport in intermittent transport, and the adjustment pattern is formed using both of an outward direction movement pattern formed while moving the discharging unit in the outward direction from the first direction and a return direction movement pattern formed while moving the discharging unit in the return direction from the first direction, wherein the adjustment pattern includes a reference pattern formed from one of the outward direction movement pattern and the return direction movement pattern, and a transport amount adjustment pattern formed after the medium is transported a predetermined amount after the reference pattern is formed, and along therewith formed from the other of the outward direction movement pattern and the return direction movement pattern; and wherein the transport amount adjustment pattern is formed at a position overlapping the reference pattern when viewed from the second direction.
An autonomous cleaner (100; 100a), as a first cleaner (100; 100a) of a plurality of autonomous cleaners (100; 100a, 100b), comprising: a traveling unit to move a main body; a communication unit to perform communication with a second cleaner; and a control unit to determine a position of the second cleaner using an Ultra-WideBand signal output from the communication unit, and set area information, in which the first and second cleaners (100; 100a, 100b) are to perform cleaning, based on a position of the first cleaner (100; 100a) and the position of the second cleaner, wherein the control unit controls the second cleaner based on second area information (700b, 800b) in which the second cleaner is to perform cleaning, characterized in that the control unit is configured to receive information on whether or not cleaning can be continued, from the second cleaner through the communication unit, when the second cleaner has completed the cleaning of the area corresponding to the second area information (700b, 800b) along the sensed traveling path of the second cleaner; change the area information when the information that cleaning can be continued is received from the second cleaner; and continue the cleaning of the second cleaner based on the changed area information (700, 800). a traveling unit to move a main body; a communication unit to perform communication with a second cleaner; and a control unit to determine a position of the second cleaner using an Ultra-WideBand signal output from the communication unit, and set area information, in which the first and second cleaners (100; 100a, 100b) are to perform cleaning, based on a position of the first cleaner (100; 100a) and the position of the second cleaner, wherein the control unit controls the second cleaner based on second area information (700b, 800b) in which the second cleaner is to perform cleaning, characterized in that the control unit is configured to receive information on whether or not cleaning can be continued, from the second cleaner through the communication unit, when the second cleaner has completed the cleaning of the area corresponding to the second area information (700b, 800b) along the sensed traveling path of the second cleaner; change the area information when the information that cleaning can be continued is received from the second cleaner; and continue the cleaning of the second cleaner based on the changed area information (700, 800). receive information on whether or not cleaning can be continued, from the second cleaner through the communication unit, when the second cleaner has completed the cleaning of the area corresponding to the second area information (700b, 800b) along the sensed traveling path of the second cleaner; change the area information when the information that cleaning can be continued is received from the second cleaner; and continue the cleaning of the second cleaner based on the changed area information (700, 800).
A kit for changing compression of a spring member on a pressure relief valve, comprising: a spindle connection member comprising a shaft with an attachment element configured to secure to an end of a spindle on the pressure relief valve; a plunger connection member with a top, a bottom, and a first bore with a longitudinal axis and configured to fit onto the shaft of the spindle connection member, wherein the bottom of the plunger connection member is configured to interpose between the spindle and a compression screw disposed about the spindle on the pressure relief valve; and a force directing member with a central opening that is configured to receive the plunger connection member, wherein the force directing member is configured to transit the plunger connection member along the longitudinal axis between a first position and a second position, which is different from the first position and spaced apart from the top of the plunger connection member. a spindle connection member comprising a shaft with an attachment element configured to secure to an end of a spindle on the pressure relief valve; a plunger connection member with a top, a bottom, and a first bore with a longitudinal axis and configured to fit onto the shaft of the spindle connection member, wherein the bottom of the plunger connection member is configured to interpose between the spindle and a compression screw disposed about the spindle on the pressure relief valve; and a force directing member with a central opening that is configured to receive the plunger connection member, wherein the force directing member is configured to transit the plunger connection member along the longitudinal axis between a first position and a second position, which is different from the first position and spaced apart from the top of the plunger connection member.
A first radio communications device being a terminal for a radio communications network being configured to: - determine a high priority access mode to perform a prioritized transmission of payload to a second radio communications device being a base station; - perform a high priority access attempt to the second radio communications device while the first radio communications device is operating in the high priority access mode, wherein performing the high priority access attempt comprises: - determining a set of different preambles (prel, preN) associated with one or more secondary radio resources, and - transmitting to the second radio communications device the set of different preambles (prel, preN) simultaneously via one or more primary uplink radio resources; and - transmit the payload to the second radio communications device via one or more secondary uplink resources. - determine a high priority access mode to perform a prioritized transmission of payload to a second radio communications device being a base station; - perform a high priority access attempt to the second radio communications device while the first radio communications device is operating in the high priority access mode, wherein performing the high priority access attempt comprises: - determining a set of different preambles (prel, preN) associated with one or more secondary radio resources, and - transmitting to the second radio communications device the set of different preambles (prel, preN) simultaneously via one or more primary uplink radio resources; and - determining a set of different preambles (prel, preN) associated with one or more secondary radio resources, and - transmitting to the second radio communications device the set of different preambles (prel, preN) simultaneously via one or more primary uplink radio resources; and - transmit the payload to the second radio communications device via one or more secondary uplink resources.