mhurhangee/patent-ind-claim-en huggingface dataset:
A working vehicle comprising: - a vehicle body to travel; - a steering handle to be turned to steer the vehicle body ; - a position detector device to detect a vehicle body position which is a position of the vehicle body based on a signal from of a navigation satellite, the position detector device being provided on the vehicle body ; - an auto steering mechanism to automatically steer the vehicle body based on the vehicle body position detected by the position detector device and a scheduled traveling line (L2); - a correction switch to issue an order to correct the vehicle body position detected by the position detector device along a width direction of the vehicle body ; and - a controller device to which the correction switch is connected, the controller device being configured to control the auto steering mechanism ; characterized in that : - the controller device being further configured to set, based on the order from the correction switch , a correction amount which is an amount of correction of the vehicle body position to one side or the other side in the width direction of the vehicle body and to correct the vehicle body position by the correction amount to determine a corrected vehicle body position; and - the auto steering mechanism being configured to perform, based on the corrected vehicle body position determined by the controller device and the scheduled traveling line (L2), automatic steering such that the vehicle body is shifted along the width direction of the vehicle body with respect to the scheduled traveling line (L2). - a vehicle body to travel; - a steering handle to be turned to steer the vehicle body ; - a position detector device to detect a vehicle body position which is a position of the vehicle body based on a signal from of a navigation satellite, the position detector device being provided on the vehicle body ; - an auto steering mechanism to automatically steer the vehicle body based on the vehicle body position detected by the position detector device and a scheduled traveling line (L2); - a correction switch to issue an order to correct the vehicle body position detected by the position detector device along a width direction of the vehicle body ; and - a controller device to which the correction switch is connected, the controller device being configured to control the auto steering mechanism ; - the controller device being further configured to set, based on the order from the correction switch , a correction amount which is an amount of correction of the vehicle body position to one side or the other side in the width direction of the vehicle body and to correct the vehicle body position by the correction amount to determine a corrected vehicle body position; and - the auto steering mechanism being configured to perform, based on the corrected vehicle body position determined by the controller device and the scheduled traveling line (L2), automatic steering such that the vehicle body is shifted along the width direction of the vehicle body with respect to the scheduled traveling line (L2).
A process for producing an increase in figure of merit zT for a composite thermoelectric material to produce an enhanced composite thermoelectric material with the increased figure of merit zT , the process comprising mixing aerogel with the composite thermoelectric material, characterized in that the aerogel is one of 1) silicate/silica aerogel, 2) carbon aerogel, 3) chalcogenide aerogel and 4) metal oxide aerogel.
Centrifugal coffee brewing device , comprising: - a spinning assembly which is rotatable about a main axis , the spinning assembly comprising: o a chamber element comprising a bottom wall , o a cylinder element comprising a filter , wherein the chamber element and the cylinder element form a brewing chamber , - a main drive for rotating the spinning assembly about the main axis for centrifuging the coffee, wherein the cylinder element including the filter is movable between a first, lower position in which the filter forms the circumference of the brewing chamber and in which the spinning assembly has a brewing configuration, and a second, upper position in which the circumference of the brewing chamber is open, and wherein in the second position coffee residue can be ejected by spinning the chamber element. - a spinning assembly which is rotatable about a main axis , the spinning assembly comprising: o a chamber element comprising a bottom wall , o a cylinder element comprising a filter , wherein the chamber element and the cylinder element form a brewing chamber , o a chamber element comprising a bottom wall , o a cylinder element comprising a filter , - a main drive for rotating the spinning assembly about the main axis for centrifuging the coffee,
A wastewater treatment facility including membrane bioreactor (MBRs) with a tank or basin, with membrane units submerged in mixed liquor suspended solids (MLSS) and with air diffusers positioned below the membrane units for aeration and/or air scouring of the membranes , comprising: a series of the submerged air diffusers , each being elongated in length and having a width (w), the air diffusers being arranged parallel to one another and at a desired spacing, and at a preselected distance below the membranes , a supply of air, to each of the air diffusers , so as to produce bubbles issuing from pores of the air diffusers when air is delivered under pressure, and characterized by the air diffusers being flat panel air diffusers and being inclined upwardly with the width dimension of each of the air diffusers being at an inclined angle to the floor of the tank or basin, the air diffusers being inclined with the width (w) dimension of each air diffuser being tilted relative to horizontal, at an angle (φ) such as to allow evolving fine bubbles from lower areas of the angled air diffusers to coalesce with other bubbles as they rise, to form coarser bubbles, while bubbles from upper areas of the air diffusers remain essentially as fine bubbles, wherein the air diffusers are rotationally adjustable to adjust the angle (φ) from 0° to 180°, whereby bubbles of finer and coarser sizes can be produced from each air diffuser , such that smaller, slower-rising bubbles can supply aeration requirements as needed while coarser, faster-rising bubbles can supply desired mixing and energy for air scour of the membranes as needed. a series of the submerged air diffusers , each being elongated in length and having a width (w), the air diffusers being arranged parallel to one another and at a desired spacing, and at a preselected distance below the membranes , a supply of air, to each of the air diffusers , so as to produce bubbles issuing from pores of the air diffusers when air is delivered under pressure, and characterized by the air diffusers being flat panel air diffusers and being inclined upwardly with the width dimension of each of the air diffusers being at an inclined angle to the floor of the tank or basin, the air diffusers being inclined with the width (w) dimension of each air diffuser being tilted relative to horizontal, at an angle (φ) such as to allow evolving fine bubbles from lower areas of the angled air diffusers to coalesce with other bubbles as they rise, to form coarser bubbles, while bubbles from upper areas of the air diffusers remain essentially as fine bubbles, wherein the air diffusers are rotationally adjustable to adjust the angle (φ) from 0° to 180°, whereby bubbles of finer and coarser sizes can be produced from each air diffuser , such that smaller, slower-rising bubbles can supply aeration requirements as needed while coarser, faster-rising bubbles can supply desired mixing and energy for air scour of the membranes as needed.
A method of detecting a need for maintenance of an exercise machine comprising a time-of-flight sensor , the method comprising: obtaining , by the time-of-flight sensor during a measurement period, a plurality of measurement values indicative of measured distance between the time-of-flight sensor and a reflective element in the exercise machine , each of the measurement values corresponding to a respective signal pulse emitted by the time-of-flight sensor ; computing one or more evaluation parameters (EPD) as a function of the plurality of measurement values; and evaluating the one or more evaluation parameters (EPD) for detection of the need for maintenance. obtaining , by the time-of-flight sensor during a measurement period, a plurality of measurement values indicative of measured distance between the time-of-flight sensor and a reflective element in the exercise machine , each of the measurement values corresponding to a respective signal pulse emitted by the time-of-flight sensor ; computing one or more evaluation parameters (EPD) as a function of the plurality of measurement values; and evaluating the one or more evaluation parameters (EPD) for detection of the need for maintenance.
A method of aiming a grenade launcher at a real target , comprising: determining distance to the real target ; calculating a trajectory to hit the real target ; displaying a representative target representing the real target through a weapon sight that is coupled to a barrel of the grenade launcher ; and aiming the barrel toward the representative target thereby aiming the grenade launcher to launch a projectile to hit the real target ; and characterized by the representative target being displayed on the display by aiming the sight at a drone in direct sight with the real target and positioned to serve as the representative target . determining distance to the real target ; calculating a trajectory to hit the real target ; displaying a representative target representing the real target through a weapon sight that is coupled to a barrel of the grenade launcher ; and aiming the barrel toward the representative target thereby aiming the grenade launcher to launch a projectile to hit the real target ; and characterized by the representative target being displayed on the display by aiming the sight at a drone in direct sight with the real target and positioned to serve as the representative target .
A method performed by a coordination node for controlling communications between Light Fidelity, Li-Fi, Access Points, APs, and user equipment, UEs, , the method comprising: receiving peer connectivity reports from Li-Fi APs which identify Li-Fi APs having at least partially overlapping coverage areas; developing a handover pathway data structure, based on the peer connectivity reports, that identifies Li-Fi APs that can receive communication handover from other identified Li-Fi APs ; determining an identifier of a first Li-Fi AP providing Li-Fi communication service for a UE ; accessing the handover pathway data structure using the identifier of the first Li-Fi AP to determine an identifier of a second Li-Fi AP to which handover from the first Li-Fi AP can be performed; and initiating handover of the Li-Fi communication service for the UE from the first Li-Fi AP to the second Li-Fi AP . receiving peer connectivity reports from Li-Fi APs which identify Li-Fi APs having at least partially overlapping coverage areas; developing a handover pathway data structure, based on the peer connectivity reports, that identifies Li-Fi APs that can receive communication handover from other identified Li-Fi APs ; determining an identifier of a first Li-Fi AP providing Li-Fi communication service for a UE ; accessing the handover pathway data structure using the identifier of the first Li-Fi AP to determine an identifier of a second Li-Fi AP to which handover from the first Li-Fi AP can be performed; and initiating handover of the Li-Fi communication service for the UE from the first Li-Fi AP to the second Li-Fi AP .
A computer-implemented method comprising: storing an encryption public key that is associated with a group of nodes, each node in the group associated with a private key share, the private key shares associated with a threshold private key reconstruction scheme for the group to allow an encryption private key associated with the encryption public key to be determined from at least a threshold of the private key shares; iteratively obtaining a plurality of indicators provided by a plurality of nodes of the group, wherein each node is configured to generate at least one of the plurality of indicators, each of the indicators representing one of an encryption private key share or a dummy signal, wherein when a predetermined event has not occurred, the indicator is a dummy signal; and in response to detecting the predetermined event, the indicator is an encryption private key share; and identifying the encryption private key by iteratively: selecting a subset of the indicators; calculating a possible shared secret based on the subset of the indicators; and evaluating each possible shared secret against the encryption public key to determine whether the possible shared secret is the encryption private key. storing an encryption public key that is associated with a group of nodes, each node in the group associated with a private key share, the private key shares associated with a threshold private key reconstruction scheme for the group to allow an encryption private key associated with the encryption public key to be determined from at least a threshold of the private key shares; iteratively obtaining a plurality of indicators provided by a plurality of nodes of the group, wherein each node is configured to generate at least one of the plurality of indicators, each of the indicators representing one of an encryption private key share or a dummy signal, wherein when a predetermined event has not occurred, the indicator is a dummy signal; and in response to detecting the predetermined event, the indicator is an encryption private key share; when a predetermined event has not occurred, the indicator is a dummy signal; and in response to detecting the predetermined event, the indicator is an encryption private key share; and identifying the encryption private key by iteratively: selecting a subset of the indicators; calculating a possible shared secret based on the subset of the indicators; and evaluating each possible shared secret against the encryption public key to determine whether the possible shared secret is the encryption private key. selecting a subset of the indicators; calculating a possible shared secret based on the subset of the indicators; and evaluating each possible shared secret against the encryption public key to determine whether the possible shared secret is the encryption private key.
A gas supply device for a laser machining head for generating a homogeneous gas flow, comprising: a gas inlet ; a shared volume for superimposing a laser beam and the gas flow; a gas channel system which, starting from said gas inlet , branches into at least three gas channels , each of which connecting said gas inlet with at least one outlet opening at said shared volume ; and an exit opening at a first end of said shared volume for providing the homogeneous gas flow, characterized in that said gas channel system has at least two branching points (302, 304; 402, 404, 406), which are arranged consecutively along the flow path from the gas inlet to the shared volume , wherein a first gas channel connected to the gas inlet is split at a first branching point (302; 402) into at least two second gas channels that are each split into at least two third gas channels at a second branching point (304; 404). a gas inlet ; a shared volume for superimposing a laser beam and the gas flow; a gas channel system which, starting from said gas inlet , branches into at least three gas channels , each of which connecting said gas inlet with at least one outlet opening at said shared volume ; and an exit opening at a first end of said shared volume for providing the homogeneous gas flow, characterized in that said gas channel system has at least two branching points (302, 304; 402, 404, 406), which are arranged consecutively along the flow path from the gas inlet to the shared volume , wherein a first gas channel connected to the gas inlet is split at a first branching point (302; 402) into at least two second gas channels that are each split into at least two third gas channels at a second branching point (304; 404).
A cascade array vane for a thrust reverser, comprising: a vane (404; 406) having an airfoil portion (408; 414) extending between a first end and a second end; a first longitudinal portion (410; 416) disposed at the first end of the vane (404; 406) extending outwardly from the vane (404; 406); a second longitudinal portion (412; 418) disposed at the second end of the vane (404; 406) extending outwardly from the vane (404; 406); and at least one coupling feature incorporated with at least one of the first longitudinal portion (410; 416) or the second longitudinal portion (412; 418), wherein each of the at least one coupling feature is one half of a mating male and female pair , characterised in that : the first longitudinal portion (410; 416) includes a decreased thickness segment (410a; 416a) configured for connection in a first joint, and at least one of the at least one coupling feature is incorporated with the decreased thickness segment (410a; 416a) of the first longitudinal portion (410; 416). a vane (404; 406) having an airfoil portion (408; 414) extending between a first end and a second end; a first longitudinal portion (410; 416) disposed at the first end of the vane (404; 406) extending outwardly from the vane (404; 406); a second longitudinal portion (412; 418) disposed at the second end of the vane (404; 406) extending outwardly from the vane (404; 406); and at least one coupling feature incorporated with at least one of the first longitudinal portion (410; 416) or the second longitudinal portion (412; 418), wherein each of the at least one coupling feature is one half of a mating male and female pair , characterised in that : the first longitudinal portion (410; 416) includes a decreased thickness segment (410a; 416a) configured for connection in a first joint, and at least one of the at least one coupling feature is incorporated with the decreased thickness segment (410a; 416a) of the first longitudinal portion (410; 416).
A method for altering a target site in the genome of a non-conventional yeast cell, the method comprising providing to a non-conventional yeast cell at least one guide RNA, at least one Cas endonuclease capable of introducing a double strand break at the target site, and an inhibitor of a DNA Ligase IV (LIG4), wherein the inhibitor is Scr7.
A method comprising: bleaching a kraft pulp using a five stage bleaching process; and oxidizing the kraft pulp during the 4 th stage of the five stage bleaching process with hydrogen peroxide and a catalyst chosen from at least one of copper and iron, under acidic conditions, wherein five stage bleaching process comprises a non-alkaline bleaching step following said oxidizing step, to produce a kraft fiber having a reduced degree of polymerization. bleaching a kraft pulp using a five stage bleaching process; and oxidizing the kraft pulp during the 4 th stage of the five stage bleaching process with hydrogen peroxide and a catalyst chosen from at least one of copper and iron, under acidic conditions, wherein five stage bleaching process comprises a non-alkaline bleaching step following said oxidizing step, to produce a kraft fiber having a reduced degree of polymerization.
A multispecific antibody comprising a first half antibody comprising a first antigen binding site that binds to human transferrin receptor (TfR) and primate TfR, wherein the antibody does not inhibit the binding of transferrin to TfR; and a second half antibody comprising a second antigen binding site that binds BACE1, wherein the second antigen binding site comprises: a) a heavy chain variable domain sequence having a sequence selected from SEQ ID NOs: 288, 352 to 358, and 367 to 374; and b) a light chain variable domain sequence having a sequence selected from SEQ ID NOs: 306, 345 to 351, and 359 to 366; wherein the antibody inhibits the activity of BACE1. a) a heavy chain variable domain sequence having a sequence selected from SEQ ID NOs: 288, 352 to 358, and 367 to 374; and b) a light chain variable domain sequence having a sequence selected from SEQ ID
Apparatus for adapting a numerical controller to a machine in terms of data, comprising a data acquisition logic unit which is connected to the machine via a data connection for the purpose of acquiring values of machine parameters which are characteristic of a machine state, wherein the data acquisition logic unit comprises an interface module , characterised in that - the interface module contains rules, by means of which a machine data structure of the values of machine parameters is transformed into a control data structure which can be read by the numerical controller , - and that the interface module comprises an interpreter with plug-in mechanisms (26, 26.1, 26.2, 26.3) for the rules for the purpose of interpreting and preparing data of machine parameters. - the interface module contains rules, by means of which a machine data structure of the values of machine parameters is transformed into a control data structure which can be read by the numerical controller , - and that the interface module comprises an interpreter with plug-in mechanisms (26, 26.1, 26.2, 26.3) for the rules for the purpose of interpreting and preparing data of machine parameters.