mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: establishing, by a computing device, a replication relationship between a first storage endpoint and a second storage endpoint, the computing device communicatively coupled to the first storage endpoint and to the second storage endpoint over a network; implementing, at the computing device, a first proxy to represent the first storage endpoint and a second proxy to represent the second storage endpoint remote to the computing device; performing a replication operation to replicate data from the first storage endpoint to the second storage endpoint based upon the replication relationship, wherein the performing comprises: selectively implementing a first task of the replication operation locally upon the first proxy based upon the first task targeting the first endpoint; and selectively implementing a second task of the replication operation locally upon the second proxy based upon the second task targeting the second endpoint and comprising a control operation not natively supported by the second endpoint; and selectively routing a further task to the second endpoint for remote implementation based upon the further task comprising a file system access operation targeting data stored within storage of the second endpoint. establishing, by a computing device, a replication relationship between a first storage endpoint and a second storage endpoint, the computing device communicatively coupled to the first storage endpoint and to the second storage endpoint over a network; implementing, at the computing device, a first proxy to represent the first storage endpoint and a second proxy to represent the second storage endpoint remote to the computing device; performing a replication operation to replicate data from the first storage endpoint to the second storage endpoint based upon the replication relationship, wherein the performing comprises: selectively implementing a first task of the replication operation locally upon the first proxy based upon the first task targeting the first endpoint; and selectively implementing a second task of the replication operation locally upon the second proxy based upon the second task targeting the second endpoint and comprising a control operation not natively supported by the second endpoint; and selectively routing a further task to the second endpoint for remote implementation based upon the further task comprising a file system access operation targeting data stored within storage of the second endpoint. selectively implementing a first task of the replication operation locally upon the first proxy based upon the first task targeting the first endpoint; and selectively implementing a second task of the replication operation locally upon the second proxy based upon the second task targeting the second endpoint and comprising a control operation not natively supported by the second endpoint; and selectively routing a further task to the second endpoint for remote implementation based upon the further task comprising a file system access operation targeting data stored within storage of the second endpoint.
A magnetic sensor comprising: two or more magnetic tunnel junction (MTJ) magnetoresistive elements electrically connected to each other in series, a first electrode contacting at least a portion of a surface of a first MTJ magnetoresistive element and extending beyond an edge of the surface of the first MTJ magnetoresistive element; and a second electrode comprising a first end contacting at least a portion of an opposing surface of the first MTJ magnetoresistive element and a second end extending beyond an edge of the opposing surface of the first MTJ magnetoresistive element, and contacting at least a portion of a surface of a second MTJ magnetoresistive element; and characterised by an analyte-specific probe bound to a surface of the magnetic sensor, wherein facing surfaces of the extending portions of the first and second electrodes are non-overlapping, the first MTJ magnetoresistive element comprises a first free layer (FL), the second MTJ magnetoresistive element comprises a second free layer (FL), and the first and second MTJ magnetoresistive elements comprise a common antiferromagnetic layer (AFM) and a common insulating layer (MgO) between the antiferromagnetic layer and the first and second free layers, and the magnetic sensor is configured to detect a magnetically-labeled analyte in a sample. two or more magnetic tunnel junction (MTJ) magnetoresistive elements electrically connected to each other in series, a first electrode contacting at least a portion of a surface of a first MTJ magnetoresistive element and extending beyond an edge of the surface of the first MTJ magnetoresistive element; and a second electrode comprising a first end contacting at least a portion of an opposing surface of the first MTJ magnetoresistive element and a second end extending beyond an edge of the opposing surface of the first MTJ magnetoresistive element, and contacting at least a portion of a surface of a second MTJ magnetoresistive element; and characterised by an analyte-specific probe bound to a surface of the magnetic sensor, wherein facing surfaces of the extending portions of the first and second electrodes are non-overlapping, the first MTJ magnetoresistive element comprises a first free layer (FL), the second MTJ magnetoresistive element comprises a second free layer (FL), and the first and second MTJ magnetoresistive elements comprise a common antiferromagnetic layer (AFM) and a common insulating layer (MgO) between the antiferromagnetic layer and the first and second free layers, and the magnetic sensor is configured to detect a magnetically-labeled analyte in a sample.
A water-soluble polymer obtained by polymerization of at least a 2-dimethylaminoethyl acrylate monomer and/or its salts, in presence of at least a tocopherol and/or its derivatives, or a tocotrienol and/or its derivatives.
An assembly , comprising: a first member ; a second member maintained in a spaced apart relationship from the first member ; a clutch plate having radially extending engagement structures and a body ; a housing having a substantially cylindrical wall with grooves formed therein, wherein the radially extending engagement structures of the clutch plate are disposed within the grooves of the substantially cylindrical wall ; and characterized in that disposed between the first member and second member , the clutch plate having a first half with inclined surfaces formed on the engagement structures and the body and a second half with mating inclined surfaces formed on the engagement structures and the body , the first half and the second half being slidably rotatable with respect to one another, wherein the first half and second half of the clutch plate rotate in opposite directions to widen a width of each radially extending engagement structure when axial pressure (A p ) is applied to the first member . a first member ; a second member maintained in a spaced apart relationship from the first member ; a clutch plate having radially extending engagement structures and a body ; a housing having a substantially cylindrical wall with grooves formed therein, wherein the radially extending engagement structures of the clutch plate are disposed within the grooves of the substantially cylindrical wall ; and characterized in that disposed between the first member and second member , the clutch plate having a first half with inclined surfaces formed on the engagement structures and the body and a second half with mating inclined surfaces formed on the engagement structures and the body , the first half and the second half being slidably rotatable with respect to one another, wherein the first half and second half of the clutch plate rotate in opposite directions to widen a width of each radially extending engagement structure when axial pressure (A p ) is applied to the first member .
A high-strength hot-dip galvanized steel sheet having small material anisotropy and excellent formability with an ultimate tensile strength of 980 MPa or more, the hot-dip galvanized steel sheet comprising a hot-dip galvanized layer formed on a surface of a base steel sheet, wherein the base steel sheet contains: by mass%, C: 0.1 to less than 0.40%; Si: 0.5 to 3.0%; Mn: 1.5 to 3.0%; O: limited to 0.006% or less; P: limited to 0.04% or less; S: limited to 0.01% or less; Al: limited to 2.0% or less; N: limited to 0.01% or less; and optionally one or two or more of: by mass%, Cr: 0.05 to 1.0%; Mo: 0.01 to 1.0%; Ni: 0.05 to 1.0%; Cu: 0.05 to 1.0%; Nb: 0.005 to 0.3%; Ti: 0.005 to 0.3%; V: 0.005 to 0.5%; B: 0.0001 to 0.01%; 0.0005 to 0.04% in total of one or two or more selected from Ca, Mg, and REM, and a balance being Fe and inevitable impurities, a microstructure of the base steel sheet contains ferrite of 40% or more, residual austenite of 8 to less than 60%, by volume fraction, and a balance being bainite or martensite, and optionally contains pearlite of less than 10%, an average value of pole densities of a body-centered cubic structure of orientation groups <011> to <110> represented by each of crystal orientations <011>, <110>, <110>, <110>, <110>, <110>, and <110> in a sheet thickness range of 5/8 to 3/8 from the surface of the base steel sheet is 6.5 or less and a pole density of a crystal orientation <113> is 5.0 or less, wherein the crystal orientation represented by {hkl} <uvw> means that the normal direction of a steel sheet plane is parallel to <hkl> and a rolling direction is parallel to <uvw>, the average value of pole densities being measured as described in accordance with the description, and the hot-dip galvanized layer contains Fe: less than 7 mass% and a balance being Zn, Al, and inevitable impurities.
System for assisting pulmonary gas exchange in patients and for coupling to a ventilation system or for use in non-ventilated patients , which system comprises a flexible tube , which can in particular be inserted into the trachea of a patient , a bidirectionally acting pump unit , and in particular a controller , such that an in particular end-expiratory extraction and an in particular end-inspiratory return of the extracted gas can be adjusted via the flexible tube by means of the pump unit , the flexible tube being surrounded, at least in portions, by an outer tube , a heating tube for conducting a medium also being arranged within the outer tube , such that the medium can be conducted through the heating tube in a first direction, and at least partially outside the heating tube and inside the outer tube in an opposite second direction, characterized in that the medium can be conducted in such a way that it first heats the pump unit and only then is conveyed into the heating tube .
A transport conveyer, comprising: a driving roller disposed on one side in a direction of transport; a driven roller disposed on another side in the direction of transport; a conveyer frame to which the driving roller and the driven roller are mountable; and a conveyer belt wound around the driving roller and the driven roller , the conveyer frame comprising: a top plate that contacts an inner peripheral surface of the conveyer belt while the conveyer belt slides along the top plate , characterized in that the conveyer frame further comprises a pair of side plates that axially supports both ends of the driving roller , while both ends of the driven roller are, in a freely rotatable way, pivotally supported by bearing brackets which are coupled with bolts to both ends of a coupling shaft interposed between the side plates , and in that the top plate comprising a plurality of openings , and the pair of side plates and the top plate are integrally formed by bending. a driving roller disposed on one side in a direction of transport; a driven roller disposed on another side in the direction of transport; a conveyer frame to which the driving roller and the driven roller are mountable; and a conveyer belt wound around the driving roller and the driven roller , the conveyer frame comprising: a top plate that contacts an inner peripheral surface of the conveyer belt while the conveyer belt slides along the top plate , characterized in that the conveyer frame further comprises a pair of side plates that axially supports both ends of the driving roller , while both ends of the driven roller are, in a freely rotatable way, pivotally supported by bearing brackets which are coupled with bolts to both ends of a coupling shaft interposed between the side plates , and in that the top plate comprising a plurality of openings , and the pair of side plates and the top plate are integrally formed by bending. a top plate that contacts an inner peripheral surface of the conveyer belt while the conveyer belt slides along the top plate , characterized in that the conveyer frame further comprises a pair of side plates that axially supports both ends of the driving roller , while both ends of the driven roller are, in a freely rotatable way, pivotally supported by bearing brackets which are coupled with bolts to both ends of a coupling shaft interposed between the side plates , and in that the top plate comprising a plurality of openings , and the pair of side plates and the top plate are integrally formed by bending.
Multi-pass fluidic rotary distributor (D) comprising: an inner stem provided with axial channeling means and at least one line (L1, L2) for circulating a fluid under pressure, an outer jacket made in one piece, said channeling means being placed in communication with chamber means formed on the outer jacket , said outer jacket being adapted to support and enclose coaxially to its interior and in a rotary way said inner stem and being provided with duct means placed externally in communication with tank means or other facilities of said fluid; sealing means (K) being mounted on said outer jacket for sealing said fluid in said chamber means and closing means (P) of said distributor (D) ; wherein said multi-pass fluidic rotary distributor is for a working pressure higher that 50 bar; characterized in that : said outer jacket is made of a polymeric material. an inner stem provided with axial channeling means and at least one line (L1, L2) for circulating a fluid under pressure, an outer jacket made in one piece, said channeling means being placed in communication with chamber means formed on the outer jacket , said outer jacket being adapted to support and enclose coaxially to its interior and in a rotary way said inner stem and being provided with duct means placed externally in communication with tank means or other facilities of said fluid; sealing means (K) being mounted on said outer jacket for sealing said fluid in said chamber means and closing means (P) of said distributor (D) ; wherein said multi-pass fluidic rotary distributor is for a working pressure higher that 50 bar; characterized in that : said outer jacket is made of a polymeric material.
A computer-implemented method comprising: receiving first patient bone data of a patient leg and foot in a first pose, the first patient bone data generated via a first imaging modality, the first pose comprising a position and orientation of the patient leg relative to the patient foot as defined in the first patient bone data , the first pose comprising a non-weighted condition of the patient leg and the patient foot ; receiving second patient bone data of the patient leg and foot in a second pose, the second patient bone data generated via a second imaging modality that is different from the first imaging modality, the second pose comprising a position and orientation of the patient leg relative to the patient foot as defined in the second patient bone data, the second pose comprising a weighted condition of the patient leg and the patient foot ; generating a three-dimensional bone model of the patient leg and foot from the first patient bone data , the 3D bone model comprising a plurality of 3D bone models arranged in the first pose, wherein the 3D bone models represent individual bones of the patient leg and foot ; and modifying the 3D bone model of the patient leg and foot such that the plurality of 3D bone models are reoriented into a third pose that matches a particular arrangement of bones in the patient leg and foot in the second pose. receiving first patient bone data of a patient leg and foot in a first pose, the first patient bone data generated via a first imaging modality, the first pose comprising a position and orientation of the patient leg relative to the patient foot as defined in the first patient bone data , the first pose comprising a non-weighted condition of the patient leg and the patient foot ; receiving second patient bone data of the patient leg and foot in a second pose, the second patient bone data generated via a second imaging modality that is different from the first imaging modality, the second pose comprising a position and orientation of the patient leg relative to the patient foot as defined in the second patient bone data, the second pose comprising a weighted condition of the patient leg and the patient foot ; generating a three-dimensional bone model of the patient leg and foot from the first patient bone data , the 3D bone model comprising a plurality of 3D bone models arranged in the first pose, wherein the 3D bone models represent individual bones of the patient leg and foot ; and modifying the 3D bone model of the patient leg and foot such that the plurality of 3D bone models are reoriented into a third pose that matches a particular arrangement of bones in the patient leg and foot in the second pose.
An airline catering trolley , comprising: a mobile cart body ; a beverage dispensing system disposed within the cart body and including a beverage dispenser extending from the cart body ; and a first computing device mounted to the cart body and operatively connected to the beverage dispensing system , the first computing device including a processor , a memory , an input/output device , and a transceiver ; wherein the first computing device is configured to receive a first input regarding a first beverage to be dispensed through the input/output device , and dispense beverages from the beverage dispenser based on the first input; and wherein the first computing device is removeably mounted to the cart body and is mountable to an aircraft when removed from the cart body . a mobile cart body ; a beverage dispensing system disposed within the cart body and including a beverage dispenser extending from the cart body ; and a first computing device mounted to the cart body and operatively connected to the beverage dispensing system , the first computing device including a processor , a memory , an input/output device , and a transceiver ; wherein the first computing device is configured to receive a first input regarding a first beverage to be dispensed through the input/output device , and dispense beverages from the beverage dispenser based on the first input; and wherein the first computing device is removeably mounted to the cart body and is mountable to an aircraft when removed from the cart body .
A method of performing, by a station, STA, a transmission opportunity-based, TXOP-based, sectorization operation in a wireless local area network, WLAN, system, the method comprising: determining (S1410) whether an ongoing frame exchange is within a basic service set, BSS, of the STA or from an overlapping BSS, OBSS, based on COLOR bits included in a downlink frame within the ongoing frame, wherein the COLOR bits are used to distinguish a plurality of OBSSs in the WLAN system; determining (S1420) whether a spatially orthogonal, SO, condition is met, and wherein the SO condition is met, if the STA receives an omnidirectional beam but not the subsequent sectorized beam transmission; and resetting (S1430) a Network Allocation Vector, NAV, of the STA, if the ongoing frame exchange is from the OBSS and the SO condition is met. determining (S1410) whether an ongoing frame exchange is within a basic service set, BSS, of the STA or from an overlapping BSS, OBSS, based on COLOR bits included in a downlink frame within the ongoing frame, wherein the COLOR bits are used to distinguish a plurality of OBSSs in the WLAN system; determining (S1420) whether a spatially orthogonal, SO, condition is met, and wherein the SO condition is met, if the STA receives an omnidirectional beam but not the subsequent sectorized beam transmission; and resetting (S1430) a Network Allocation Vector, NAV, of the STA, if the ongoing frame exchange is from the OBSS and the SO condition is met.
A management device comprising: an obtaining unit configured to obtain, from a communication control device , first-type identification information which is specific to each communication device that performs wireless communication with one or more terminal devices, and second-type identification information which is specific to user who is target for allocation of frequency band that is available for secondary use in the wireless communication; a generating unit configured to generate third-type identification information which is specific to combination of the obtained first-type identification information and the obtained second-type identification information and which is meant for allocating the frequency band to at least either the communication device or the user; and a notifying unit configured to notify the communication control device about the generated third-type identification information. an obtaining unit configured to obtain, from a communication control device , first-type identification information which is specific to each communication device that performs wireless communication with one or more terminal devices, and second-type identification information which is specific to user who is target for allocation of frequency band that is available for secondary use in the wireless communication; first-type identification information which is specific to each communication device that performs wireless communication with one or more terminal devices, and second-type identification information which is specific to user who is target for allocation of frequency band that is available for secondary use in the wireless communication; a generating unit configured to generate third-type identification information which is specific to combination of the obtained first-type identification information and the obtained second-type identification information and which is meant for allocating the frequency band to at least either the communication device or the user; and a notifying unit configured to notify the communication control device about the generated third-type identification information.