mhurhangee/patent-ind-claim-en huggingface dataset:
A saddle riding vehicle comprising a lighting apparatus, the lighting apparatus comprising: a laser light source that emits light; a light guide that guides light from the laser light source ; and at least one light emitting unit disposed at a distal end of the light guide , the light emitting unit irradiating areas around the vehicle with light from the light guide , wherein the light emitting unit is disposed at a position higher in level than a lower end of a meter unit disposed at a front portion of a vehicle body, characterized in that the light guide guides light from the laser light source to any desired position, and the light emitting unit is incorporated in a rearview mirror disposed at the front portion of the vehicle body. a laser light source that emits light; a light guide that guides light from the laser light source ; and at least one light emitting unit disposed at a distal end of the light guide , the light emitting unit irradiating areas around the vehicle with light from the light guide , wherein the light emitting unit is disposed at a position higher in level than a lower end of a meter unit disposed at a front portion of a vehicle body, characterized in that the light guide guides light from the laser light source to any desired position, and the light emitting unit is incorporated in a rearview mirror disposed at the front portion of the vehicle body.
A memory , comprising: a memory operation controller configured to receive memory instructions from a memory controller and decode the same to provide internal signals for performing memory operations for the memory instructions, the memory operation controller further configured to provide information indicative of a remaining time for a variable latency period of a memory instruction during the variable latency period to the memory controller, wherein the information related to the remaining time for the variable latency period is selected from a plurality of remaining times for the variable latency period. a memory operation controller configured to receive memory instructions from a memory controller and decode the same to provide internal signals for performing memory operations for the memory instructions, the memory operation controller further configured to provide information indicative of a remaining time for a variable latency period of a memory instruction during the variable latency period to the memory controller, wherein the information related to the remaining time for the variable latency period is selected from a plurality of remaining times for the variable latency period.
A shuttle for moving along a track in a first direction to open a shutter door and in a second direction, opposite to the first direction, to close the shutter door , comprising: a locking mechanism for switching between an engaged position where the shuttle is engaged with a drive belt and a disengaged position where the shuttle is disengaged from the drive belt , such that movement of the shuttle along the track by the drive belt can only occur when in the engaged position; an engaging means for engaging and disengaging with the drive belt , a channel for the drive belt to run through; wherein the locking mechanism and the engaging means are located in a transverse plane of the shuttle , the transverse plane being within the height (h") of the channel , wherein the shuttle has a first end nearest the shutter door in use and a second end opposite the first end , and wherein the locking mechanism is located between the engaging means and the second end of the shuttle , wherein the locking mechanism is configured to engage with an end of the engaging means nearest the second end of the shuttle , wherein a releasing means is provided, at least in part, outside the shuttle for releasing the engaging means from the engaged position; and the releasing means is configured to push on the locking mechanism such that the locking mechanism is pivoted away from the engaging means to release the engaging means from the engaged position, or the releasing means is configured to pull on the locking mechanism such that the locking mechanism is pivoted away from the engaging means to release the engaging means from the engaged position. a locking mechanism for switching between an engaged position where the shuttle is engaged with a drive belt and a disengaged position where the shuttle is disengaged from the drive belt , such that movement of the shuttle along the track by the drive belt can only occur when in the engaged position; an engaging means for engaging and disengaging with the drive belt , a channel for the drive belt to run through; wherein the locking mechanism and the engaging means are located in a transverse plane of the shuttle , the transverse plane being within the height (h") of the channel , wherein the shuttle has a first end nearest the shutter door in use and a second end opposite the first end , and wherein the locking mechanism is located between the engaging means and the second end of the shuttle , wherein the locking mechanism is configured to engage with an end of the engaging means nearest the second end of the shuttle , wherein a releasing means is provided, at least in part, outside the shuttle for releasing the engaging means from the engaged position; and the releasing means is configured to push on the locking mechanism such that the locking mechanism is pivoted away from the engaging means to release the engaging means from the engaged position, or the releasing means is configured to pull on the locking mechanism such that the locking mechanism is pivoted away from the engaging means to release the engaging means from the engaged position.
A method of determining potency of glucocerebrosidase, comprising the steps of: contacting a sample comprising a glucocerebrosidase with a C18:1 β-D-Glucosylceramide substrate under conditions that permit the glucocerebrosidase to catalyze hydrolysis of the C18:1 β-D-Glucosylceramide substrate to release glucose; and analyzing glucose released to determine one or more kinetic parameters of the glucocerebrosidase, wherein the one or more kinetic parameters are indicative of the potency of the glucocerebrosidase. contacting a sample comprising a glucocerebrosidase with a C18:1 β-D-Glucosylceramide substrate under conditions that permit the glucocerebrosidase to catalyze hydrolysis of the C18:1 β-D-Glucosylceramide substrate to release glucose; and analyzing glucose released to determine one or more kinetic parameters of the glucocerebrosidase, wherein the one or more kinetic parameters are indicative of the potency of the glucocerebrosidase.
A display control apparatus comprising: a display control unit configured to cause a display apparatus to display a live preview image generated based on image data obtained through an image sensor , and a plurality of processed images generated using respective image processing conditions based on one of the image data which has been obtained at some time point including any time point after the display control unit issues an instruction to generate a new processed image or a time point when a shooting mode starts; and a determination unit configured to determine whether or not a predetermined user operation has been recognized, wherein, if it is determined that the predetermined user operation has been recognized, the display control unit updates the plurality of processed images to be displayed using the respective image processing conditions based on image data which has been obtained at a new time point after the some time point, wherein the plurality of processed images are each an image containing a subject which is enlarged in size compared to the live preview image . a display control unit configured to cause a display apparatus to display a live preview image generated based on image data obtained through an image sensor , and a plurality of processed images generated using respective image processing conditions based on one of the image data which has been obtained at some time point including any time point after the display control unit issues an instruction to generate a new processed image or a time point when a shooting mode starts; and a determination unit configured to determine whether or not a predetermined user operation has been recognized, wherein, if it is determined that the predetermined user operation has been recognized, the display control unit updates the plurality of processed images to be displayed using the respective image processing conditions based on image data which has been obtained at a new time point after the some time point, wherein the plurality of processed images are each an image containing a subject which is enlarged in size compared to the live preview image .
A display control device comprising: a display control unit configured to move a displayed object on a screen of a display device of a head-mounted display in a direction opposite to the direction of movement of the display device of the head-mounted display, wherein the displayed object is moved to a predetermined position on the screen without any user input after the displayed object has been moved from the predetermined position on the basis of turning of a head of a user, wherein the predetermined position is a position set in a local space, wherein the local space is a coordinate system transferring along with a direction of the head-mounted display. a display control unit configured to move a displayed object on a screen of a display device of a head-mounted display in a direction opposite to the direction of movement of the display device of the head-mounted display, wherein the displayed object is moved to a predetermined position on the screen without any user input after the displayed object has been moved from the predetermined position on the basis of turning of a head of a user, wherein the predetermined position is a position set in a local space, wherein the local space is a coordinate system transferring along with a direction of the head-mounted display.
A system for measuring impedance at a plurality of locations within a body of a patient, comprising: an elongated probe sized and shaped for being disposed within a cavity of the body of the patient or in an extracorporeal position; at least one pair of parallel transmission wires disposed along a length of the elongated probe; characterized by : a plurality of impedance elements , each connected to the at least one pair of parallel transmission wires at a respective spaced apart location along the length of the elongated probe in a ladder arrangement; a transmitter configured for injecting an electrical signal to the at least one pair of parallel transmission wires; a receiver configured for measuring a plurality of reflections of the electrical signal from the plurality of impedance elements; and a processor configured for computing an impedance value for each of the impedance elements according to the measured plurality of reflections. an elongated probe sized and shaped for being disposed within a cavity of the body of the patient or in an extracorporeal position; at least one pair of parallel transmission wires disposed along a length of the elongated probe; characterized by : a plurality of impedance elements , each connected to the at least one pair of parallel transmission wires at a respective spaced apart location along the length of the elongated probe in a ladder arrangement; a transmitter configured for injecting an electrical signal to the at least one pair of parallel transmission wires; a receiver configured for measuring a plurality of reflections of the electrical signal from the plurality of impedance elements; and a processor configured for computing an impedance value for each of the impedance elements according to the measured plurality of reflections. a plurality of impedance elements , each connected to the at least one pair of parallel transmission wires at a respective spaced apart location along the length of the elongated probe in a ladder arrangement; a transmitter configured for injecting an electrical signal to the at least one pair of parallel transmission wires; a receiver configured for measuring a plurality of reflections of the electrical signal from the plurality of impedance elements; and a processor configured for computing an impedance value for each of the impedance elements according to the measured plurality of reflections.
A valve control system comprising: a latch valve controlling a stream of water in a pipe; a flow rate sensor measuring a flow rate in the pipe; and a valve control device determining that the latch valve is malfunctioning if a flow rate value measured by the flow rate sensor is not within a pre-set flow rate value range corresponding to a valve operation and controlling the latch valve to re-operate in the occurrence of the malfunction, wherein the valve control device comprises a first counter measuring the number of re-operations of the latch valve, wherein when the number of re-operations of the latch valve measured by the first counter exceeds a pre-set number, the valve control device controls the latch valve to perform a reverse operation of the operation performed during the re-operations. a latch valve controlling a stream of water in a pipe; a flow rate sensor measuring a flow rate in the pipe; and a valve control device determining that the latch valve is malfunctioning if a flow rate value measured by the flow rate sensor is not within a pre-set flow rate value range corresponding to a valve operation and controlling the latch valve to re-operate in the occurrence of the malfunction, wherein the valve control device comprises a first counter measuring the number of re-operations of the latch valve, wherein when the number of re-operations of the latch valve measured by the first counter exceeds a pre-set number, the valve control device controls the latch valve to perform a reverse operation of the operation performed during the re-operations.
METHOD FOR PRODUCING A CRIMPED UPPER, made up of a section edge (A), leg line (B), crimping arc (C), metatarsal and phalanx line (D) and side areas (E, F), wherein the crimping arc (C) is produced with a special technique called "gradual needle suspension", comprising after a group of needles is gradually suspended in the work area, obtaining in this manner different rows to be worked between the two areas that are transversally on the same line, said method being characterized in that it consists of the following phases: - the starting point is an arc radius (r) of a circle, created with geometric constructions using CAD software, from an intended silhouette of the instep portion of a shoe upper at the plane of symmetry of the shoe upper; - once the circle has been created, the angle of the half-lines that depart from its centre and cross the extremities of the arc are obtained; - after this phase, the arc is divided into equal parts to obtain greater definition of the crimping curve; - after dividing into a given number of slices of equal parts , the same angle size is used to determine the alignment layout of said parts ; - after this phase, a group of needles (X) is gradually suspended in the work area, obtaining in this manner different rows to be worked (Y) between the two areas that are transversally on the same line. - the starting point is an arc radius (r) of a circle, created with geometric constructions using CAD software, from an intended silhouette of the instep portion of a shoe upper at the plane of symmetry of the shoe upper; - once the circle has been created, the angle of the half-lines that depart from its centre and cross the extremities of the arc are obtained; - after this phase, the arc is divided into equal parts to obtain greater definition of the crimping curve; - after dividing into a given number of slices of equal parts , the same angle size is used to determine the alignment layout of said parts ; - after this phase, a group of needles (X) is gradually suspended in the work area, obtaining in this manner different rows to be worked (Y) between the two areas that are transversally on the same line.
A method of limiting circumferential rotation of a split-ring seal for use in a gas turbine engine , the method comprising: inserting a retention block (90; 130) through a slot (116; 154) in a flange (102; 147) of a support structure (68; 70) and into a groove (108; 148) configured to hold a split-ring seal ; engaging an end of a split-ring seal in the groove (108; 148) with a surface of the retention block (90; 130); and providing axial retention of the retention block (90; 130) using a method selected from the group consisting of: engaging first and second sides of the flange (102; 147) with first and second inner sides (92; 94) of the retention block (90; 130); and extending a boss through a portion of the support structure (68; 70) disposed adjacent to the flange (102; 147) and swaging an end of the boss to engage the support structure (68; 70). inserting a retention block (90; 130) through a slot (116; 154) in a flange (102; 147) of a support structure (68; 70) and into a groove (108; 148) configured to hold a split-ring seal ; engaging an end of a split-ring seal in the groove (108; 148) with a surface of the retention block (90; 130); and providing axial retention of the retention block (90; 130) using a method selected from the group consisting of: engaging first and second sides of the flange (102; 147) with first and second inner sides (92; 94) of the retention block (90; 130); and extending a boss through a portion of the support structure (68; 70) disposed adjacent to the flange (102; 147) and swaging an end of the boss to engage the support structure (68; 70).
A bacterial strain of human origin belonging to the genus Lactobacillus selected from the group consisting of: Lactobacillus plantarum, deposit number DSM 32252 LMC1]; Lactobacillus paracasei, deposit number DSM 32254) [LMC4]; Lactobacillus rhamnosus, deposit number DSM 32256 [LMC6]; Lactobacillus rhamnosus, deposit number DSM 32257 [LMC7]; Lactobacillus paracasei, deposit number DSM 32258 [LMC8], all deposited with the DSMZ [ Deutsche Sammlung von Mikroorganismen und Zellkulturen GmbH, Braunschweig, Germany) on 29.01.2016. Lactobacillus plantarum, deposit number DSM 32252 LMC1]; Lactobacillus paracasei, deposit number DSM 32254) [LMC4]; Lactobacillus rhamnosus, deposit number DSM 32256 [LMC6]; Lactobacillus rhamnosus, deposit number DSM 32257 [LMC7]; Lactobacillus paracasei, deposit number DSM 32258 [LMC8], all deposited with the DSMZ [ Deutsche Sammlung von Mikroorganismen und Zellkulturen GmbH, Braunschweig, Germany) on 29.01.2016.
A coated iron particle, or reaction product thereof, comprising: an iron particle having a diameter of from 0.5 micrometer to 1,000 micrometers; and a thiol coating disposed on the iron particle; and wherein the thiol coating has a thickness of from 10 Angstroms to 1,000 Angstroms and wherein the thiol coating comprises, or is the reaction product of, a thiol compound selected from a heteroaromatic thiol, a disulfide compound, a thiolate compound, and an alkyl polythiol. an iron particle having a diameter of from 0.5 micrometer to 1,000 micrometers; and a thiol coating disposed on the iron particle; and
A method, carried out on a computer having one or more processors for implementing a command stack for an application, wherein the application uses the command stack to keep track of executed commands such that command instances of a user's workflow can be undone and redone, the method comprising: receiving an input, by a user, for executing a first command of the application; initiating execution of the first command; executing one or more second commands which are set to execute in response of the execution of the first command; completing execution of the first command; and pushing the first command onto the command stack such that an association is defined between the first command and the one or more second commands, wherein pushing the first command and the one or more second commands in the command stack comprises: generating a first nested command stack associated with the first command; pushing the one or more second commands onto the first nested command stack; and pushing the first command and the first nested command stack onto the command stack. receiving an input, by a user, for executing a first command of the application; initiating execution of the first command; executing one or more second commands which are set to execute in response of the execution of the first command; completing execution of the first command; and pushing the first command onto the command stack such that an association is defined between the first command and the one or more second commands, wherein pushing the first command and the one or more second commands in the command stack comprises: generating a first nested command stack associated with the first command; pushing the one or more second commands onto the first nested command stack; and pushing the first command and the first nested command stack onto the command stack. generating a first nested command stack associated with the first command; pushing the one or more second commands onto the first nested command stack; and pushing the first command and the first nested command stack onto the command stack.
An optical cable for distributed sensing comprising: - a first metal tube with at least two optical fibers loosely arranged therein; - a second metal tube with at least two tight buffered optical fibers tightly arranged within an inner surface of the second metal tube ; and - a third metal tube having an inner surface and collectively surrounding and operatively contacting said first metal tube and said second metal tube , the third metal tube being a metal foil conformed and welded around the first metal tube and second metal tube , wherein at least one of the first metal tube and the second metal tube is fixed by means of an adhesive compound to the inner surface of the third metal tube . - a first metal tube with at least two optical fibers loosely arranged therein; - a second metal tube with at least two tight buffered optical fibers tightly arranged within an inner surface of the second metal tube ; and - a third metal tube having an inner surface and collectively surrounding and operatively contacting said first metal tube and said second metal tube , the third metal tube being a metal foil conformed and welded around the first metal tube and second metal tube ,
A method for configuring protected subframes implemented by an operations and maintenance, OaM, node associated with a cellular radio communications network including base stations that provide radio communication service to user equipments, UEs, in respective cell service areas comprising: receiving, from an operator or base station, a usage fraction or percentage of protected subframes for an aggressor base station to not transmit on or to transmit at reduced power (S1); converting the fraction or percentage of protected subframes for the aggressor base station into one or more protected subframe patterns (S2); and configuring one or more interfered base stations to use the one or more protected subframe patterns (S3). receiving, from an operator or base station, a usage fraction or percentage of protected subframes for an aggressor base station to not transmit on or to transmit at reduced power (S1); converting the fraction or percentage of protected subframes for the aggressor base station into one or more protected subframe patterns (S2); and configuring one or more interfered base stations to use the one or more protected subframe patterns (S3).