mhurhangee/ep-ind-claims huggingface dataset:
A heavy duty tire having a carcass extending from a tread portion to a bead portion through a sidewall portion, and a belt layer disposed on the outside in the tire radial direction of the carcass and in the tread portion, by being provided in the tread portion with a pair of circumferentially continuously extending center main grooves disposed on both outsides of the tire equator, and a pair of circumferentially continuously extending shoulder main grooves disposed axially outside the respective center main grooves, a center land portion between the pair of the center main grooves, a pair of middle land portions between the center main grooves and the shoulder main grooves, and a pair of shoulder land portions axially outside the shoulder main grooves are divided, wherein the groove width of each shoulder main groove is more than the groove width of the center main groove, the middle land portion is provided with a plurality of middle axial grooves inclined with respect to the tire axial direction, the shoulder land portion is provided with a plurality of shoulder axial grooves inclined with respect to the tire axial direction, and the groove width of the shoulder axial groove is more than the groove width of the middle axial groove, and characterized in that in a tire meridian section including the tire rotational axis, the belt layer extends at least to a position axially outside each shoulder main groove from the tire equatorial plane (Cs), along a tire radial direction line passing through the groove bottom of the shoulder main groove, the distance t1 from the radially outer surface of the belt layer to the tire's inner surface is 15 to 23 mm, the ratio Wc: Wm: Ws of an average width Wc in the tire axial direction of the center land portion, an average width wm in the tire axial direction of the middle land portion, and an average width Ws in the tire axial direction of the shoulder land portion is 1.00: 1.00 to 1.08: 1.03 to 1.13, and the angle θs of the shoulder axial groove with respect to the tire axial direction is more than the angle θm of the middle axial groove with respect to the tire axial direction.
A computer-implemented method for predicting immunogenic modified peptides comprising amino acid modifications, said modifications being substitutions, the method comprising the steps: a) ascertaining a score for binding of a modified peptide to one or more MHC molecules, b) ascertaining a score for binding of the non-modified peptide to the one or more MHC molecules, and c) ascertaining a score for binding of the modified peptide when present in a MHC-peptide complex to one or more T cell receptors, which comprises ascertaining a score for the chemical and physical similarities between the non-modified and modified amino acids, wherein the score for the chemical and physical similarities is ascertained on the basis of the probability of amino acids being interchanged in nature, wherein the more frequently amino acids are interchanged in nature the more similar the amino acids are considered, wherein the chemical and physical similarities are determined using substitution matrices, wherein the non-modified peptide and modified peptide are identical but for the modification(s), wherein the non-modified peptide and modified peptide are 8 to 15 amino acids in length, and wherein the modified peptide is predicted to be immunogenic if (i) the non-modified peptide has a score for binding to the one or more MHC molecules satisfying a threshold indicating binding to the one or more MHC molecules and (ii) the modified peptide has a score for binding to the one or more MHC molecules satisfying a threshold indicating binding to the one or more MHC molecules and (iii) the non-modified and modified amino acids have a score for the chemical and physical similarities satisfying a threshold indicating chemical and physical dissimilarity. a) ascertaining a score for binding of a modified peptide to one or more MHC molecules, b) ascertaining a score for binding of the non-modified peptide to the one or more MHC molecules, and c) ascertaining a score for binding of the modified peptide when present in a MHC-peptide complex to one or more T cell receptors, which comprises ascertaining a score for the chemical and physical similarities between the non-modified and modified amino acids, wherein the score for the chemical and physical similarities is ascertained on the basis of the probability of amino acids being interchanged in nature, wherein the more frequently amino acids are interchanged in nature the more similar the amino acids are considered, wherein the chemical and physical similarities are determined using substitution matrices,
A vehicle with a sliding roof panel, comprising a roof opening which can be closed by a cover and in which a single central spar is arranged, the rear edge of the cover being able to be moved upwards out of the roof opening and backwards, comprising a central spar guide (5, 6) in the central spar, which extends approximately in the vehicle longitudinal direction and in which a sliding element (7, 8, 9, 10) is guided, said element being connected to a laterally central front lower region of the cover directly or via at least one intermediate part in a rigid manner or so as to be able to pivot about a real or virtual pivot axis that extends in the vehicle transverse direction, or additionally in a height adjustable manner, a guide part being arranged in a laterally central region, that is to say in a region which is central in the vehicle transverse direction, of the vehicle at a distance behind the sliding element (7, 8, 9, 10), and said guide part being guided in the central spar guide (5, 6) or in a further central spar guide in the central spar, but not in a roof longitudinal guide (30, 31) on the outer face of a roof region behind the roof opening in the vehicle longitudinal direction, and is connected or can be connected to the cover directly or via at least one connecting part (18, 19) in a longitudinally adjustable manner and/or so as to be able to pivot about a real or virtual pivot axis that extends in the vehicle transverse direction, or additionally in a relatively height adjustable manner, characterised in that the roof opening is formed in a front region of the vehicle roof or a part of the vehicle roof which completely surrounds the roof opening and at least two central spar guides (5, 6) are formed in the single central spar, which are open laterally in an upward and/or downward direction and/or in at least one designated direction and in each of which at least one sliding element (7, 8, 9, 10) is guided, and the at least two sliding elements (7, 9 and 8, 10) in different central spar guides (5, 6) being at a lateral distance from one another and each being connected to a laterally central front lower region of the cover directly or via at least one intermediate part in a rigid manner or so as to be able to pivot about a real or virtual pivot axis that extends in the vehicle transverse direction, or additionally in a relatively height adjustable manner.
Holding system for an electronic device in a vehicle, having a receiving part provided for immovable fastening, and a mount, to which the electronic device can be removably fastened, which can be inserted into the receiving part, wherein the receiving part comprises a receiving socket with a slot-like entrance opening into which a projection, with a shape complementing the receiving socket and connected in the mounted state to the mount when fitted, can be pushed in a push-in direction and can be fixed in the pushed-in state characterized in that at least one magnet is arranged in at least one side of the receiving socket such that magnetic poles (N, S) result which are active in the push-in direction, and in that magnetic poles (N, S) are correspondingly formed in the projection which, when there is correct orientation, draw the projection into a fixed position in the receiving socket and, when there is incorrect orientation, hinder the achievement of the fixed position.
A roll-holder cartridge for rolling a long article having an axis X, comprising two side walls, a plurality of roll-lever units, two adjusting rings and an adjusting actuator, wherein: - each side wall of the cartridge comprises a plurality of first seats; - each adjusting ring comprises a plurality of second seats; - each of the roll-lever units is mounted on the cartridge so as to be able to pivot about a pin, each end of each pin being housed in the axial direction inside a first seat and a second seat, respectively; and wherein: - the first seats allow displacement of the respective pins in a purely tangential direction t; - the second seats allow displacement of the respective pins in a purely radial direction r; and - the two adjusting rings may be rotated about the axis X by means of the adjusting actuator. - each side wall of the cartridge comprises a plurality of first seats; - each adjusting ring comprises a plurality of second seats; - each of the roll-lever units is mounted on the cartridge so as to be able to pivot about a pin, each end of each pin being housed in the axial direction inside a first seat and a second seat, respectively; - the first seats allow displacement of the respective pins in a purely tangential direction t; - the second seats allow displacement of the respective pins in a purely radial direction r; and - the two adjusting rings may be rotated about the axis X by means of the adjusting actuator.
A head mounted display comprising: a headgear having an attachment that comes into close contact with a face of a user in a manner such that the user can see at least a front and a fixture that is attached to the attachment and is used for fixing the attachment to a head of the user while maintaining close contact with the face of the user; a display unit that has a video display unit configured to display video, wherein the display unit is detachable from the attachment; and a lock mechanism that is provided in at least one of the attachment or the display unit, and fixes the display unit to the attachment in a manner such that fixing can be released, wherein the attachment and the display unit are configured to engage with each other in a front-rear direction of the user, characterized by a detection switch for detecting completion of fixing the display unit to the attachment by the lock mechanism; and a light emitting unit for notifying the detected completion of fixing the display unit to the attachment, wherein light emission of the light emitting unit is visible to a third party but not to the user wearing the head-mounted display. a headgear having an attachment that comes into close contact with a face of a user in a manner such that the user can see at least a front and a fixture that is attached to the attachment and is used for fixing the attachment to a head of the user while maintaining close contact with the face of the user; a display unit that has a video display unit configured to display video, wherein the display unit is detachable from the attachment; and a lock mechanism that is provided in at least one of the attachment or the display unit, and fixes the display unit to the attachment in a manner such that fixing can be released, wherein the attachment and the display unit are configured to engage with each other in a front-rear direction of the user, characterized by a detection switch for detecting completion of fixing the display unit to the attachment by the lock mechanism; and a light emitting unit for notifying the detected completion of fixing the display unit to the attachment, wherein light emission of the light emitting unit is visible to a third party but not to the user wearing the head-mounted display.
A cooking robot comprising: a cooking arm configured to perform a cooking operation for making a dish; and a control unit configured to control the cooking operation performed by the cooking arm using recipe data including a data set in which cooking operation data and cook biological data are linked, the cooking operation data describing information regarding an ingredient of the dish and information regarding an operation of a cook in a cooking process using the ingredient, and the cook biological data indicating a biological reaction of the cook measured in conjunction with a progress of the cooking process. a cooking arm configured to perform a cooking operation for making a dish; and a control unit configured to control the cooking operation performed by the cooking arm using recipe data including a data set in which cooking operation data and cook biological data are linked, the cooking operation data describing information regarding an ingredient of the dish and information regarding an operation of a cook in a cooking process using the ingredient, and the cook biological data indicating a biological reaction of the cook measured in conjunction with a progress of the cooking process.
A method of dynamically controlling at least one of a point-of-coherency or a point-of-serialization for shared data, the method comprising: receiving, by a controller, a request associated with data stored in a memory cache line of a last-level cache, wherein the last-level cache is included in a first cluster of a plurality of clusters included in a non-uniform memory access architecture, wherein the plurality of clusters includes a single owner cluster that is responsible for maintaining an authoritative copy of the data and a single manager cluster that is permanently responsible for assigning the responsibility for maintaining the authoritative copy of the data; determining, by the controller, state information of the first cluster with respect to the data, wherein the state information includes each of a manager status of the first cluster indicating whether the first cluster is the manager cluster for the data, and an ownership status of the first cluster indicating whether the first cluster is the owner cluster for the data; and controlling, by the controller, a change to the ownership status of the first cluster based on the manager status of the first cluster and the ownership status of the first cluster. receiving, by a controller, a request associated with data stored in a memory cache line of a last-level cache, wherein the last-level cache is included in a first cluster of a plurality of clusters included in a non-uniform memory access architecture, wherein the plurality of clusters includes a single owner cluster that is responsible for maintaining an authoritative copy of the data and a single manager cluster that is permanently responsible for assigning the responsibility for maintaining the authoritative copy of the data; determining, by the controller, state information of the first cluster with respect to the data, wherein the state information includes each of a manager status of the first cluster indicating whether the first cluster is the manager cluster for the data, and an ownership status of the first cluster indicating whether the first cluster is the owner cluster for the data; and controlling, by the controller, a change to the ownership status of the first cluster based on the manager status of the first cluster and the ownership status of the first cluster.
A method of inspecting and monitoring an elevator installation comprising the steps of: a) providing an autonomous flying object, the autonomous flying object having at least one sensor; b) sending the autonomous flying object to the elevator installation; c) selectively providing the autonomous flying object access into and out of a hoistway of the elevator installation; d) positioning the autonomous flying object within the hoistway; and e) sending data collected by the sensor of the autonomous flying object to a remote elevator service center. a) providing an autonomous flying object, the autonomous flying object having at least one sensor; b) sending the autonomous flying object to the elevator installation; c) selectively providing the autonomous flying object access into and out of a hoistway of the elevator installation; d) positioning the autonomous flying object within the hoistway; and e) sending data collected by the sensor of the autonomous flying object to a remote elevator service center.
A method of monitoring interrupts during a power down event at a processor and at an interrupt controller of the processor, wherein the interrupt controller shares a power domain with the processor, the method comprising: activating an interrupt monitor to detect interrupts during the power down event; isolating the interrupt controller from the interrupt monitor during the power down event, wherein the isolating comprises blocking incoming interrupts from being sent to the interrupt controller; checking the interrupt controller for pending interrupts when the power down event is initiated; storing the pending interrupts in a memory of the interrupt monitor; detecting interrupts at the interrupt monitor during a power down time period associated with the power down event; and storing the detected interrupts in the memory of the interrupt monitor, the method further comprising: when the processor and the interrupt controller are put into a powered state after the power down time period, replaying the stored pending interrupts to the interrupt controller for processing by the processor and replaying at least some of the detected interrupts saved by the interrupt monitor to the interrupt controller for processing by the processor. activating an interrupt monitor to detect interrupts during the power down event; isolating the interrupt controller from the interrupt monitor during the power down event, wherein the isolating comprises blocking incoming interrupts from being sent to the interrupt controller; checking the interrupt controller for pending interrupts when the power down event is initiated; storing the pending interrupts in a memory of the interrupt monitor; detecting interrupts at the interrupt monitor during a power down time period associated with the power down event; and storing the detected interrupts in the memory of the interrupt monitor, the method further comprising: when the processor and the interrupt controller are put into a powered state after the power down time period, replaying the stored pending interrupts to the interrupt controller for processing by the processor and replaying at least some of the detected interrupts saved by the interrupt monitor to the interrupt controller for processing by the processor. when the processor and the interrupt controller are put into a powered state after the power down time period, replaying the stored pending interrupts to the interrupt controller for processing by the processor and replaying at least some of the detected interrupts saved by the interrupt monitor to the interrupt controller for processing by the processor.
An insulation monitoring device that is configured to detect leakage current flowing back via a ground insulation resistor of a power system or load apparatus connected to the power system, calculates from the leakage current a resistance component current of the same phase as a reference voltage superimposed on the power system, and to detect an insulation failure caused by a decrease in the ground insulation resistance when the resistance component current exceeds a monitoring setting value, wherein the insulation monitoring device being applied to monitor the power system to which a noise filter including a capacitor that is connected when the load apparatus operates, the insulation monitoring device being characterized by including: a table in which the monitoring setting value is set in advance greater than a resistance component error current caused by the sum of the electrical capacitance of the capacitor and the ground insulation capacitance of the power system in accordance with an operating schedule of the load apparatus; and a monitoring setting value computing unit configured to output the monitoring setting value read from the table in accordance with the operating schedule at the current time, wherein the monitoring setting value output from the monitoring setting value computing unit is used in a comparison with the resistance component current. a table in which the monitoring setting value is set in advance greater than a resistance component error current caused by the sum of the electrical capacitance of the capacitor and the ground insulation capacitance of the power system in accordance with an operating schedule of the load apparatus; and a monitoring setting value computing unit configured to output the monitoring setting value read from the table in accordance with the operating schedule at the current time, wherein the monitoring setting value output from the monitoring setting value computing unit is used in a comparison with the resistance component current.
A control apparatus of a wind turbine comprising: an alert obtaining part configured to obtain a signal indicating an alert; a shutdown sequence storage part configured to store a sequential operation from a start of a feathering to a stop of the wind turbine as a shutdown sequence; a shutdown start part configured to start the shutdown sequence in response to the signal indicating the alert; and a recovery part configured to perform a recovery control when the alert is called off during the shutdown sequence, wherein by the recovery control, the shutdown sequence is stopped, and a control toward a fine state by which a pitch angle of a wind turbine blade is controlled toward a fine state is performed. an alert obtaining part configured to obtain a signal indicating an alert; a shutdown sequence storage part configured to store a sequential operation from a start of a feathering to a stop of the wind turbine as a shutdown sequence; a shutdown start part configured to start the shutdown sequence in response to the signal indicating the alert; and a recovery part configured to perform a recovery control when the alert is called off during the shutdown sequence, wherein by the recovery control, the shutdown sequence is stopped, and a control toward a fine state by which a pitch angle of a wind turbine blade is controlled toward a fine state is performed.
A laser machining nozzle, comprising: a main assist-gas nozzle having a jet-outlet for emitting a laser beam and a main assist-gas therefrom, and an auxiliary assist-gas nozzle for emitting an auxiliary assist-gas from an annular jet-outlet thereof provided in a circumference portion of the main assist-gas nozzle, characterized in that the main assist-gas nozzle includes a plating of a reflective material provided on an interior surface of the nozzle for reflecting the laser beam, and thermal conductivity of a material forming the main assist-gas nozzle is equal to or more than that of copper. a main assist-gas nozzle having a jet-outlet for emitting a laser beam and a main assist-gas therefrom, and an auxiliary assist-gas nozzle for emitting an auxiliary assist-gas from an annular jet-outlet thereof provided in a circumference portion of the main assist-gas nozzle, characterized in that the main assist-gas nozzle includes a plating of a reflective material provided on an interior surface of the nozzle for reflecting the laser beam, and thermal conductivity of a material forming the main assist-gas nozzle is equal to or more than that of copper.