mhurhangee/patent-ind-claim-en huggingface dataset:
A method for detecting an occurring deadlock conflict in a robot fleet of autonomous mobile robots , said method comprising the steps of: designating a plurality of robot resource zones to respective physical zones in a physical environment , wherein autonomous mobile robots of said robot fleet are individually capable of blocking and being operated towards resource zones of said plurality of robot resource zones; operating said robot fleet such that autonomous mobile robots of said robot fleet individually and dynamically block different resource zones of said plurality of robot resource zones; monitoring said robot fleet to identify deadlock-relevant robot states associated with at least two mobile robots of said robot fleet, wherein said deadlock-relevant robot states are indicative of restricted movability of said at least two mobile robots, wherein said at least two mobile robots comprises at least a first robot and a second robot; and identifying that said first robot is being operated towards a resource zone of said plurality of robot resource zones blocked by said second robot to detect said occurring deadlock conflict , wherein said method is characterized in that said first robot and said second robot are each part of a resource zone queue indicative of an operation order of said at least two robots in relation to said resource zone of said plurality of robot resource zones blocked by said second robot. designating a plurality of robot resource zones to respective physical zones in a physical environment , wherein autonomous mobile robots of said robot fleet are individually capable of blocking and being operated towards resource zones of said plurality of robot resource zones; operating said robot fleet such that autonomous mobile robots of said robot fleet individually and dynamically block different resource zones of said plurality of robot resource zones; monitoring said robot fleet to identify deadlock-relevant robot states associated with at least two mobile robots of said robot fleet, wherein said deadlock-relevant robot states are indicative of restricted movability of said at least two mobile robots, wherein said at least two mobile robots comprises at least a first robot and a second robot; and identifying that said first robot is being operated towards a resource zone of said plurality of robot resource zones blocked by said second robot to detect said occurring deadlock conflict , wherein said method is characterized in that said first robot and said second robot are each part of a resource zone queue indicative of an operation order of said at least two robots in relation to said resource zone of said plurality of robot resource zones blocked by said second robot.
A system for preventing a brute force attack, comprising: an output interface to: provide a workfactor, a challenge token , and a login page to a client; an input interface to: receive a response token, a username, and a password from the client; and a processor at a server to: determine whether the response token satisfies a condition based at least in part on the workfactor, wherein the condition is scalable in computational difficulty for different workfactors; and in the event that it is determined that the response token satisfies the condition based at least in part on the workfactor: determine whether the username and password are valid; and in the event that the username and password are not valid, increase workfactor difficulty. an output interface to: provide a workfactor, a challenge token , and a login page to a client; an input interface to: receive a response token, a username, and a password from the client; and a processor at a server to: determine whether the response token satisfies a condition based at least in part on the workfactor, wherein the condition is scalable in computational difficulty for different workfactors; and in the event that it is determined that the response token satisfies the condition based at least in part on the workfactor: determine whether the username and password are valid; and in the event that the username and password are not valid, increase workfactor difficulty. determine whether the response token satisfies a condition based at least in part on the workfactor, wherein the condition is scalable in computational difficulty for different workfactors; and in the event that it is determined that the response token satisfies the condition based at least in part on the workfactor: determine whether the username and password are valid; and in the event that the username and password are not valid, increase workfactor difficulty. determine whether the username and password are valid; and in the event that the username and password are not valid, increase workfactor difficulty.
An ophthalmic illumination system , comprising: a collimator comprising a lens; a first light source and a second light source ; a first mirror arranged to reflect light towards the collimator, wherein the first mirror is configured for use with the first light source , the first light source emitting a first light beam having a first parameter; and a second mirror arranged to reflect light towards the collimator, wherein the second mirror is configured for use with the second light source , the second light source emitting a second light beam having a second parameter that is different than the first parameter, wherein the second mirror is shaped and arranged to cause a reflected portion of the second light beam to have the first parameter; wherein the first mirror and the first light source , and the second mirror and the second light source , are separately usable with the collimator; wherein the first and second parameters are first and second numerical apertures, respectively. a collimator comprising a lens; a first light source and a second light source ; a first mirror arranged to reflect light towards the collimator, wherein the first mirror is configured for use with the first light source , the first light source emitting a first light beam having a first parameter; and a second mirror arranged to reflect light towards the collimator, wherein the second mirror is configured for use with the second light source , the second light source emitting a second light beam having a second parameter that is different than the first parameter, wherein the second mirror is shaped and arranged to cause a reflected portion of the second light beam to have the first parameter; wherein the first mirror and the first light source , and the second mirror and the second light source , are separately usable with the collimator; wherein the first and second parameters are first and second numerical apertures, respectively.
A computer-implemented method for efficiently managing data storage, comprising: providing a storage volume that includes at least two tiers, a first tier including a shingled magnetic recording, SMR, storage medium configured exclusively for sequential write, and a second tier including a flash storage medium configured for random write; receiving a write request from an application; analyzing the write request to determine whether the write request pertains to file data or metadata ; based on the determination, deferring allocation of space on the SMR medium by providing a promise for guaranteed allocation of space in response to the write request pertaining to file data, the deferring comprising providing a promise token for each promised cluster or group of clusters, tracking the promised allocations in a separately maintained table , and, when an I/O stream from the application is presented to the file system, exchanging the promise token for an actual allocation on the SMR medium; and based on the determination, allocating space on the flash storage medium if the write request pertains to metadata. providing a storage volume that includes at least two tiers, a first tier including a shingled magnetic recording, SMR, storage medium configured exclusively for sequential write, and a second tier including a flash storage medium configured for random write; receiving a write request from an application; analyzing the write request to determine whether the write request pertains to file data or metadata ; based on the determination, deferring allocation of space on the SMR medium by providing a promise for guaranteed allocation of space in response to the write request pertaining to file data, the deferring comprising providing a promise token for each promised cluster or group of clusters, tracking the promised allocations in a separately maintained table , and, when an I/O stream from the application is presented to the file system, exchanging the promise token for an actual allocation on the SMR medium; and based on the determination, allocating space on the flash storage medium if the write request pertains to metadata.
System comprising a first electroacoustic transducer connected to an interrogation unit and at least one second electroacoustic transducer electrically connected to a resonator, wherein the first electroacoustic transducer and the second electroacoustic transducer form an acoustic channel and the second electroacoustic transducer is electrically connected to the resonator and forms with the resonator a passive cooperative target which, upon receiving an interrogation signal from the interrogation unit, transmits a response signal via the acoustic channel, and the interrogation signal has a higher energy than the response signal.
Trisazo compounds of formula (I) in which R 1 is SO 3 M or COOM, and R 2 is SO 3 M or COOM, R 3 and R 4 independently of one another are hydrogen or CH 3 , R 5 and R 6 independently of one another are SO 3 M, COOM or NO 2 , and M is hydrogen, a monovalent metal cation, is ammonium or is alkylammonium which is mono- or polysubstituted identically or differently by C 1 -C 4 -alkyl. R 1 is SO 3 M or COOM, and R 2 is SO 3 M or COOM, R 3 and R 4 independently of one another are hydrogen or CH 3 , R 5 and R 6 independently of one another are SO 3 M, COOM or NO 2 , and M is hydrogen, a monovalent metal cation, is ammonium or is alkylammonium which is mono- or polysubstituted identically or differently by C 1 -C 4 -alkyl.
A heat pump including a refrigerant circuit having: an evaporator , a condenser , sub-cooling means arranged to perform a sub-cooling process of cooling a refrigerant flowing out of the condenser , and heat transfer means arranged to transfer heat released from the refrigerant in the sub-cooling process from the sub-cooling means to the evaporator during the sub-cooling process. an evaporator , a condenser , sub-cooling means arranged to perform a sub-cooling process of cooling a refrigerant flowing out of the condenser , and heat transfer means arranged to transfer heat released from the refrigerant in the sub-cooling process from the sub-cooling means to the evaporator during the sub-cooling process.
A method for producing a silicone-based transparent adhesive sheet for optics for assembling optical components, the method comprising forming a surface activation treated surface , in which peel strength after laminating onto an adherend increases with time, as compared with peel strength before lamination, by performing surface activation treatment using UV-ray irradiation, in which the wavelength of said UV-ray irradiation treatment is 365 nm or less, on at least a part or the entire surface of a cured adhesive face contacting with the adherend of said transparent adhesive sheet for optics.
A method for continuously dosing a target weight W TARGET of long-type pasta using a dosing apparatus comprising a rough dosing channel and a fine dosing channel with a partition element transversally movable within the fine dosing channel , the method comprising the steps of: - calibrating a level (h) of the partition element in the fine dosing channel ; - feeding the rough dosing channel with long-type pasta ; - collecting a rough amount of long-type pasta discharged through the rough dosing channel and measuring a weight W ROUGH of said rough amount ; - calculating a fine weight W FINE of long-type pasta to be fed from the fine dosing channel as a difference between the target weight W TARGET and the measured rough weight W ROUGH , - converting the fine weight W FINE into a level h FINE of the partition element with respect to a bottom level of the fine dosing channel on the basis of the calibrating step of the fine dosing channel ; - arranging the partition element at the level h FINE obtained from the conversion and feeding the fine dosing channel with long-type pasta , characterised in that the step of calibrating a level (h) of the partition element in the fine dosing channel comprises determining a preliminary equation EQ1 of a characteristic straight line of weight (W) as a function of level (h) of the partition element in the fine dosing channel , said preliminary equation EQ1 being determined by acquiring coordinates of a first point (A) and of a second point (B) on a plane (h, W) and by calculating the preliminary equation EQ1 as a straight line passing through said points (A, B). - calibrating a level (h) of the partition element in the fine dosing channel ; - feeding the rough dosing channel with long-type pasta ; - collecting a rough amount of long-type pasta discharged through the rough dosing channel and measuring a weight W ROUGH of said rough amount ; - calculating a fine weight W FINE of long-type pasta to be fed from the fine dosing channel as a difference between the target weight W TARGET and the measured rough weight W ROUGH , - converting the fine weight W FINE into a level h FINE of the partition element with respect to a bottom level of the fine dosing channel on the basis of the calibrating step of the fine dosing channel ; - arranging the partition element at the level h FINE obtained from the conversion and feeding the fine dosing channel with long-type pasta ,
A vehicle having an underside comprising: a vehicle body having an underside, the vehicle body defining a wheel arch , the wheel arch forming an opening in the underside of the vehicle body and forming an opening in a side of the vehicle body, the opening in the underside of the vehicle body comprising an inner surface located opposite to the opening in the side of the vehicle body, the inner surface comprising a projection ; a wheel assembly having a rotation axis, the wheel assembly being positioned in the wheel arch and extending through the opening to the underside of the vehicle; a suspension linkage running within the wheel arch, the suspension linkage coupling the wheel assembly to the vehicle body to permit motion of the rotation axis of the wheel assembly relative to the vehicle body, the suspension linkage comprising a first suspension link coupled between the vehicle body and the wheel assembly; and a cover panel coupled to the first suspension link so that the cover panel moves with the first suspension link, the cover panel extending across at least part of the opening so that when the vehicle is in forward motion the cover panel directs a rearward moving airflow across the opening and the cover panel being contoured to fit over the projection. a vehicle body having an underside, the vehicle body defining a wheel arch , the wheel arch forming an opening in the underside of the vehicle body and forming an opening in a side of the vehicle body, the opening in the underside of the vehicle body comprising an inner surface located opposite to the opening in the side of the vehicle body, the inner surface comprising a projection ; a wheel assembly having a rotation axis, the wheel assembly being positioned in the wheel arch and extending through the opening to the underside of the vehicle; a suspension linkage running within the wheel arch, the suspension linkage coupling the wheel assembly to the vehicle body to permit motion of the rotation axis of the wheel assembly relative to the vehicle body, the suspension linkage comprising a first suspension link coupled between the vehicle body and the wheel assembly; and a cover panel coupled to the first suspension link so that the cover panel moves with the first suspension link, the cover panel extending across at least part of the opening so that when the vehicle is in forward motion the cover panel directs a rearward moving airflow across the opening and the cover panel being contoured to fit over the projection.
A filter system comprising a filter plate which is located in a filter chamber and is supported by a filter carrier plate , wherein either the filter plate is guided on the filter carrier plate by sliding elements in grooves or the filter carrier plate with the filter plate located thereon is guided in the filter chamber by sliding elements, and wherein the filter system has at least one, preferably two, cleaning chamber(s) connected to the filter chamber , wherein the filter plate is movable to the at least one cleaning chamber for cleaning, characterized in that the filter plate , or the filter plate together with the filter carrier plate , is guided in an oscillating movement during filtration for cleaning the filter plate , and that the filter plate is at least twice as wide as the active filter surface in the filter zone , wherein the filter zone is the region in which the liquid to be filtered passes through the filter plate and the filter carrier plate .
A computer-implemented method for determining sets of service links for a plurality of service demands in a data communication network, the method comprising: identifying a plurality of connected components in a service demand graph , wherein each of the connected components is formed by one or more edges and one or more vertices, wherein an edge is a direct connection between two vertices, and the number of edges included in each of the plurality of connected components is less than or equal to a predetermined size threshold; calculating a cost associated with each of the plurality of connected components; determining sets of service demands based on the plurality of connected components and the calculated cost; and determining the sets of service links for the plurality of service demands based on the sets of service demands, wherein each service link is a service path in a network graph in the data communication network and a path of service links refers to a series of service paths in which an end vertex of a service path is the beginning vertex of a next service path, and wherein a path of a service links satisfies a service demand <x,y> when the beginning vertex of the first service path is x and the end vertex of the last service path is y. identifying a plurality of connected components in a service demand graph , wherein each of the connected components is formed by one or more edges and one or more vertices, wherein an edge is a direct connection between two vertices, and the number of edges included in each of the plurality of connected components is less than or equal to a predetermined size threshold; calculating a cost associated with each of the plurality of connected components; determining sets of service demands based on the plurality of connected components and the calculated cost; and determining the sets of service links for the plurality of service demands based on the sets of service demands, wherein each service link is a service path in a network graph in the data communication network and a path of service links refers to a series of service paths in which an end vertex of a service path is the beginning vertex of a next service path, and wherein a path of a service links satisfies a service demand <x,y> when the beginning vertex of the first service path is x and the end vertex of the last service path is y.
A grain-oriented electrical steel sheet comprising: a silicon steel sheet including, as a chemical composition, by mass%, 2.50 to 4.0% of Si, 0.010 to 0.50% of Mn, 0 to 0.20% of C, 0 to 0.070% of acid-soluble Al, 0 to 0.020% of N, 0 to 0.080% of S, 0 to 0.020% of Bi, 0 to 0.50% of Sn, 0 to 0.50% of Cr, 0 to 1.0% of Cu, and a balance consisting of Fe and impurities; a glass film arranged on a surface of the silicon steel sheet; and an insulation coating arranged on a surface of the glass film, wherein the glass film includes a Mn-containing oxide including at least Braunite. a silicon steel sheet including, as a chemical composition, by mass%, 2.50 to 4.0% of Si, 0.010 to 0.50% of Mn, 0 to 0.20% of C, 0 to 0.070% of acid-soluble Al, 0 to 0.020% of N, 0 to 0.080% of S, 0 to 0.020% of Bi, 0 to 0.50% of Sn, 0 to 0.50% of Cr, 0 to 1.0% of Cu, and a balance consisting of Fe and impurities; a glass film arranged on a surface of the silicon steel sheet; and an insulation coating arranged on a surface of the glass film, wherein the glass film includes a Mn-containing oxide including at least Braunite.
A smear preparation apparatus comprising: a smearing unit configured to smear samples on respective glass slides ; a staining vessel comprising: a first staining vessel for storing a first staining liquid therein so as to allow a plurality of glass slides each having a sample smeared thereon to be immersed therein, the first staining vessel comprising first holders each configured to hold a glass slide; and a second staining vessel for storing a second staining liquid therein so as to allow a plurality of glass slides each having a sample smeared thereon to be immersed therein, the second staining vessel comprising second holders each configured to hold a glass slide; and a transfer unit for holding and transferring each glass slide, wherein the transfer unit is configured to put in and take out the glass slides one by one with respect to a plurality of the first holders of the staining vessel, and to thereafter put in and take out the glass slides having samples stained with the first staining liquid one by one with respect to a plurality of the second holders of the staining vessel. a smearing unit configured to smear samples on respective glass slides ; a staining vessel comprising: a first staining vessel for storing a first staining liquid therein so as to allow a plurality of glass slides each having a sample smeared thereon to be immersed therein, the first staining vessel comprising first holders each configured to hold a glass slide; and a second staining vessel for storing a second staining liquid therein so as to allow a plurality of glass slides each having a sample smeared thereon to be immersed therein, the second staining vessel comprising second holders each configured to hold a glass slide; and a first staining vessel for storing a first staining liquid therein so as to allow a plurality of glass slides each having a sample smeared thereon to be immersed therein, the first staining vessel comprising first holders each configured to hold a glass slide; and a second staining vessel for storing a second staining liquid therein so as to allow a plurality of glass slides each having a sample smeared thereon to be immersed therein, the second staining vessel comprising second holders each configured to hold a glass slide; and a transfer unit for holding and transferring each glass slide, wherein the transfer unit is configured to put in and take out the glass slides one by one with respect to a plurality of the first holders of the staining vessel, and to thereafter put in and take out the glass slides having samples stained with the first staining liquid one by one with respect to a plurality of the second holders of the staining vessel.