mhurhangee/patent-ind-claim-en huggingface dataset:
A system for a gas turbine engine comprising at least one metal airfoil adjacent to at least one seal member having an abradable coating , wherein the metal airfoil has a tip and a coating on the tip, wherein the coating has a thickness of less than or equal to 254 micrometers, characterized in that said coating comprises metal boride compounds which comprise M 3 B 4 , wherein M is titanium, vanadium, chromium, zirconium, niobium, molybdenum, tantalum, tungsten, or a combination thereof, and the coating is formed in a base metal surface of the airfoil.
A transparent fiber-matrix composite, comprising reinforcing fibers made of an amorphous material and a matrix material made of an amorphous polymer, the matrix material including said reinforcing fibers, wherein the matrix material has a silicon content of less than 2 % by weight, and the transparent fiber-matrix composite has a normalized transmission, determined at 589 nm and 20°C, of at least 60%, and a fiber content of 25 to 60% by volume, preferably at least 40% by volume and more preferably of 45-55% by volume or 55-60% by volume, wherein the amorphous polymer is formed from two or more monomers selected from styrene, methyl methacrylate, ethyl methacrylate, butyl methacrylate, N -vinylpyrrolidone, N,N-dimethylacrylamide, glycidyl methacrylate, acrylonitrile, vinyl acetate, methacrylic acid, methacrylamide, tetrahydrofurfuryl methacrylate, isopropenyl acetate and vinyl propionate, wherein the amorphous polymer is a copolymer, terpolymer or quaterpolymer, the composition of which is adjusted via the ratio of the monomers of aromatic vinyl monomers and a vinyl or acrylic monomer in such a way that the matrix material and the reinforcing fibers have matching refractive indices which differ by 0.02 at most.
A high-strength steel plate having a yield strength of 800-950MPa, a tensile strength of 850-1000MPa, an elongation >12%, and an impact energy at -40°C >40J, consisting of the following components by weight percentage: C:0.06-0.14%, Si: 0.10-0.30%, Mn: 0.80-1.60%, Cr: 0.20-0.70%, Mo: 0.10-0.40%, Ni: 0-0.30%, Nb: 0.010-0.030%, Ti: 0.010-0.030%, V: 0.010-0.050%, B: 0.0005-0.0030%, Al: 0.02-0.06%, Ca: 0.001-0.004%, N: 0.002-0.005%, P≤0.020%, S≤0.010%, O≤0.008%, and the balance of Fe and unavoidable impurities; wherein the above elements meet the following relationships: 0.40%<Ceq<0.50%, Ceq=C+Mn/6+(Cr+Mo+V)/5+(Ni+Cu)/15, 0.7%≤Mo+0.8Ni+0.4Cr+6V≤1.1%; 3.7≤Ti/N≤7.0; and 1.0≤Ca/S≤3.0; wherein the high-strength steel plate has a microstructure of tempered martensite. 0.40%<Ceq<0.50%, Ceq=C+Mn/6+(Cr+Mo+V)/5+(Ni+Cu)/15, 0.7%≤Mo+0.8Ni+0.4Cr+6V≤1.1%; 3.7≤Ti/N≤7.0; and 1.0≤Ca/S≤3.0;
A system for optimizing a stimulation lead implanted in a patient's brain, the lead comprising a plurality of electrodes (16, E1-E8), the system comprising: a graphical user interface , and control circuitry configured to: receive parameters specifying a first stimulation location on the lead at which to provide stimulation, wherein the first stimulation location was previously determined using a first lead optimization algorithm, receive a first one or more values for one or more features extracted from recorded first evoked potentials, EPs, that were previously determined during the first lead optimization algorithm, cause stimulation circuitry to provide stimulation to the patient using the first stimulation location and record second EPs evoked by the stimulation, extract a second one or more values for the one or more features from the second EPs, and compare the first and second one or more values to determine if the lead has moved since the first lead optimization algorithm was performed. a graphical user interface , and control circuitry configured to: receive parameters specifying a first stimulation location on the lead at which to provide stimulation, wherein the first stimulation location was previously determined using a first lead optimization algorithm, receive a first one or more values for one or more features extracted from recorded first evoked potentials, EPs, that were previously determined during the first lead optimization algorithm, cause stimulation circuitry to provide stimulation to the patient using the first stimulation location and record second EPs evoked by the stimulation, extract a second one or more values for the one or more features from the second EPs, and compare the first and second one or more values to determine if the lead has moved since the first lead optimization algorithm was performed. receive parameters specifying a first stimulation location on the lead at which to provide stimulation, wherein the first stimulation location was previously determined using a first lead optimization algorithm, receive a first one or more values for one or more features extracted from recorded first evoked potentials, EPs, that were previously determined during the first lead optimization algorithm, cause stimulation circuitry to provide stimulation to the patient using the first stimulation location and record second EPs evoked by the stimulation, extract a second one or more values for the one or more features from the second EPs, and compare the first and second one or more values to determine if the lead has moved since the first lead optimization algorithm was performed.
Communication method comprising the following steps: a) a communicating device (T1,R), said communicating device being a client device (T1) capable of implementing a simple TCP, Transmission Control Protocol, connection or a multi-path connection obeying a transport protocol of the OSI model, or a relay device (R) connected to said client device (T1) and capable of implementing a multi-path connection obeying said transport protocol, receives (E1), in the absence of any multi-path connection obeying said transport protocol between said communicating device (T1,R) and a certain other client device (T2, T3) and before trying to establish a multi-path connection obeying said transport protocol between said communicating device and said other client device, information (MPTCP_STATUS) concerning the compatibility or the non-compatibility with multi-path connections obeying said transport protocol of at least one intermediate node placed on a path linking said communicating device (T1,R) to said other client device (T2, T3), b) said communicating device (T1,R) registers (E2) a status (PATH_CHECKED) of said path as to its compatibility or its non-compatibility with multi-path connections obeying said transport protocol; and c) if said communicating device (T1,R) finds that at least one path linking the communicating device (T1,R) to said other client device (T2, T3) is compatible with multi-path connections obeying said transport protocol, the communicating device (T1,R) uses a multi-path connection protocol to communicate with said other client device (T2, T3) along said compatible path. a) a communicating device (T1,R), said communicating device being a client device (T1) capable of implementing a simple TCP, Transmission Control Protocol, connection or a multi-path connection obeying a transport protocol of the OSI model, or a relay device (R) connected to said client device (T1) and capable of implementing a multi-path connection obeying said transport protocol, receives (E1), in the absence of any multi-path connection obeying said transport protocol between said communicating device (T1,R) and a certain other client device (T2, T3) and before trying to establish a multi-path connection obeying said transport protocol between said communicating device and said other client device, information (MPTCP_STATUS) concerning the compatibility or the non-compatibility with multi-path connections obeying said transport protocol of at least one intermediate node placed on a path linking said communicating device (T1,R) to said other client device (T2, T3), b) said communicating device (T1,R) registers (E2) a status (PATH_CHECKED) of said path as to its compatibility or its non-compatibility with multi-path connections obeying said transport protocol; and c) if said communicating device (T1,R) finds that at least one path linking the communicating device (T1,R) to said other client device (T2, T3) is compatible with multi-path connections obeying said transport protocol, the communicating device (T1,R) uses a multi-path connection protocol to communicate with said other client device (T2, T3) along said compatible path.
A piezoelectric element comprising: a first electrode provided above a substrate ; a piezoelectric layer including a plurality of crystal grains containing potassium, sodium, and niobium and provided above the first electrode; and a second electrode provided above the piezoelectric layer, characterised in that an atom concentration N K1 (atm%) of potassium contained in grain boundaries of the crystal grains and an atom concentration N K2 (atm%) of potassium contained in the crystal grains satisfy a relationship of 1.0 < N K1 /N K2 ≤ 2.4. a first electrode provided above a substrate ; a piezoelectric layer including a plurality of crystal grains containing potassium, sodium, and niobium and provided above the first electrode; and a second electrode provided above the piezoelectric layer, characterised in that an atom concentration N K1 (atm%) of potassium contained in grain boundaries of the crystal grains and an atom concentration N K2 (atm%) of potassium contained in the crystal grains satisfy a relationship of 1.0 < N K1 /N K2 ≤ 2.4.
An apparatus comprising: a first processing element , comprising: a memory device comprising: a global address space to store globally shared data; and a private address space to store data items local to the first processing element; characterized by an agent configured to receive control information from a second processing element indicating data availability, to write data to the shared global address space as part of a data transfer, to update a corresponding synchronization event object upon completion of the data transfer, and to generate a completion event indicating the first processing element has been synchronized with the second processing element. a memory device comprising: a global address space to store globally shared data; and a private address space to store data items local to the first processing element; a global address space to store globally shared data; and a private address space to store data items local to the first processing element; characterized by an agent configured to receive control information from a second processing element indicating data availability, to write data to the shared global address space as part of a data transfer, to update a corresponding synchronization event object upon completion of the data transfer, and to generate a completion event indicating the first processing element has been synchronized with the second processing element.
An image sensor comprising: a plurality of pixel circuits arranged in a matrix, the pixel circuits in each column each comprising: a light sensing component, a reset switch connected to a first reference voltage, a transmission switch series-connected between the light sensing component and the reset switch, and a non-inverting input circuit comprising a non-inverting input terminal connected to a node of connection of the transmission switch and the reset switch; an inverting input circuit in each column comprising an inverting input terminal; an active load in each column comprising an output terminal connected to the inverting input terminal, the active load being connected to the inverting input circuit and the non-inverting input circuit of each of the pixel circuits in the column, wherein the pixel circuits in each column share the inverting input circuit and the active load; a signal reading circuit connected to the output terminal of the active load in each column to read a sensing result of the light sensing component of each of the pixel circuits; and a pixel region guard ring for surrounding therein the pixel circuits and the inverting input circuit in each column, wherein the active load in each column and the signal reading circuit are disposed outside the pixel region guard ring. a plurality of pixel circuits arranged in a matrix, the pixel circuits in each column each comprising: a light sensing component, a reset switch connected to a first reference voltage, a transmission switch series-connected between the light sensing component and the reset switch, and a non-inverting input circuit comprising a non-inverting input terminal connected to a node of connection of the transmission switch and the reset switch; a light sensing component, a reset switch connected to a first reference voltage, a transmission switch series-connected between the light sensing component and the reset switch, and a non-inverting input circuit comprising a non-inverting input terminal connected to a node of connection of the transmission switch and the reset switch; an inverting input circuit in each column comprising an inverting input terminal; an active load in each column comprising an output terminal connected to the inverting input terminal, the active load being connected to the inverting input circuit and the non-inverting input circuit of each of the pixel circuits in the column, wherein the pixel circuits in each column share the inverting input circuit and the active load; a signal reading circuit connected to the output terminal of the active load in each column to read a sensing result of the light sensing component of each of the pixel circuits; and a pixel region guard ring for surrounding therein the pixel circuits and the inverting input circuit in each column, wherein the active load in each column and the signal reading circuit are disposed outside the pixel region guard ring.
A head-up display that projects an image onto an eye-box of an observer , the head-up display comprising: a plurality of light source elements that are arranged in an array and that emit light beams; a transmission type display element that displays the image; an optical member that deflects the light beams emitted from the plurality of light source elements ; a viewpoint detector that detects a viewpoint position of the observer ; and a controller , characterized in that the optical member deflects the light beams emitted from the plurality of light source elements such that an identical region in an incident plane of the transmission type display element is illuminated with the light beams and the controller controls intensity of the light beams of each of the plurality of light source elements according to the viewpoint position detected by the viewpoint detector . a plurality of light source elements that are arranged in an array and that emit light beams; a transmission type display element that displays the image; an optical member that deflects the light beams emitted from the plurality of light source elements ; a viewpoint detector that detects a viewpoint position of the observer ; and a controller , characterized in that the optical member deflects the light beams emitted from the plurality of light source elements such that an identical region in an incident plane of the transmission type display element is illuminated with the light beams and the controller controls intensity of the light beams of each of the plurality of light source elements according to the viewpoint position detected by the viewpoint detector .
An outdoor unit for an air-conditioning apparatus, the outdoor unit comprising an outer box having a machine chamber formed therein in which a compressor is placed, wherein the outer box includes a machine-chamber front panel placed on a front side of the machine chamber and removable from the outer box , and a top panel to cover a top surface, in a front surface of the top panel , a top-panel screw hole into which a screw is inserted is provided, on a front surface of the machine-chamber front panel , at an upper portion thereof, an insertion portion is formed and recessed backward, the insertion portion is provided with a front-panel screw hole into which the screw is inserted, characterized in that in the front surface of the top panel , a curled portion having a shape curled toward an inner side at a lower end of the top panel is provided, and in that the insertion portion is provided with a protruding portion with a shape projecting toward a front side relative to the front-panel screw hole , and further in that when the insertion portion is inserted inside a front surface of the top panel , and a position of the top-panel screw hole is aligned with a position of the front-panel screw hole , the protruding portion is engaged with the curled portion . the outer box includes a machine-chamber front panel placed on a front side of the machine chamber and removable from the outer box , and a top panel to cover a top surface, in a front surface of the top panel , a top-panel screw hole into which a screw is inserted is provided, on a front surface of the machine-chamber front panel , at an upper portion thereof, an insertion portion is formed and recessed backward, the insertion portion is provided with a front-panel screw hole into which the screw is inserted, in the front surface of the top panel , a curled portion having a shape curled toward an inner side at a lower end of the top panel is provided, and in that the insertion portion is provided with a protruding portion with a shape projecting toward a front side relative to the front-panel screw hole , and further in that when the insertion portion is inserted inside a front surface of the top panel , and a position of the top-panel screw hole is aligned with a position of the front-panel screw hole , the protruding portion is engaged with the curled portion .
A gun magazine automatic changing apparatus for a gun having a barrel , a barrel cover , a receiver connected to a rear end of the barrel, and a magazine chamber comprises: a multi-magazine mount including holders suitable for fitting magazines thereon, connectors disposed on both sides of each of the holders and each having a fitting protrusion at a first end, a fitting groove in which the fitting protrusion is fitted at a second end, and a first rack gear longitudinally formed on an outer side of the connectors, and a plurality of clips connected to each other, wherein each clip has a holder and connectors disposed on both sides of the holder; and a loading guide including an actuating bar pushing down the connectors of the multi-magazine mount and a handle formed at an end of the actuating bar to be held by a user and disposed under the barrel cover to move forward/backward. a multi-magazine mount including holders suitable for fitting magazines thereon, connectors disposed on both sides of each of the holders and each having a fitting protrusion at a first end, a fitting groove in which the fitting protrusion is fitted at a second end, and a first rack gear longitudinally formed on an outer side of the connectors, and a plurality of clips connected to each other, wherein each clip has a holder and connectors disposed on both sides of the holder; and a loading guide including an actuating bar pushing down the connectors of the multi-magazine mount and a handle formed at an end of the actuating bar to be held by a user and disposed under the barrel cover to move forward/backward.
An image formation apparatus communicable with an external apparatus, the image formation apparatus comprising: storage means including a first folder referable by the external apparatus and an externally inaccessible second folder , which is inaccessible by the external apparatus, and the storage means configured to store a print settings corresponding to the first folder ; detection means configured to detect that a file is stored in the first folder ; movement means configured to move the file detected by the detection means to the externally inaccessible second folder ; first generation means configured to generate a print job list based on information about the moved file and information about the first folder in which the file is detected by the detection means ; second generation means configured to acquire the information about the print settings stored in the storage means from the information about the first folder included in the print job list generated by the first generation means , and generates the print job based on the acquired information about the print settings and the moved file; and processing means configured to execute print processing based on the generated print job. storage means including a first folder referable by the external apparatus and an externally inaccessible second folder , which is inaccessible by the external apparatus, and the storage means configured to store a print settings corresponding to the first folder ; detection means configured to detect that a file is stored in the first folder ; movement means configured to move the file detected by the detection means to the externally inaccessible second folder ; first generation means configured to generate a print job list based on information about the moved file and information about the first folder in which the file is detected by the detection means ; second generation means configured to acquire the information about the print settings stored in the storage means from the information about the first folder included in the print job list generated by the first generation means , and generates the print job based on the acquired information about the print settings and the moved file; and processing means configured to execute print processing based on the generated print job.
Cooling preparations containing (a) L-menthol, (b) D-menthol and (c) at least one further cooling agent selected from the group consisting of menthyl acetate (L), menthyl acetate (D), menthyl acetate (iso), acetic acid menthyl lactate (iso) and acetic acid menthyl lactate (neo), with the proviso that they are liquid in the temperature range of 5 to 20 °C. (a) L-menthol, (b) D-menthol and (c) at least one further cooling agent selected from the group consisting of menthyl acetate (L), menthyl acetate (D), menthyl acetate (iso), acetic acid menthyl lactate (iso) and acetic acid menthyl lactate (neo),
A computer implemented method of providing state notifications to a client (102; 104; 202; 204; 302; 304), the client accessing information from a resource on a first node, the method comprising: receiving (410; 556; 658) a request from the client at the first node for witness information identifying multiple other nodes of a plurality of nodes in a cluster that provide a witness service for monitoring the resource for selection by the client; in response to the request, sending (412; 558; 660) a response with the witness information from the first node to the client; receiving (414; 560; 662) a registration request from the client at a second node of the plurality of nodes in the cluster that provide the witness service to register for notifications regarding the resource, wherein the second node serves as a first witness node and monitors the resource; and sending (420; 564; 666) from the second node to the client, a notification with the state of the resource. receiving (410; 556; 658) a request from the client at the first node for witness information identifying multiple other nodes of a plurality of nodes in a cluster that provide a witness service for monitoring the resource for selection by the client; in response to the request, sending (412; 558; 660) a response with the witness information from the first node to the client; receiving (414; 560; 662) a registration request from the client at a second node of the plurality of nodes in the cluster that provide the witness service to register for notifications regarding the resource, wherein the second node serves as a first witness node and monitors the resource; and sending (420; 564; 666) from the second node to the client, a notification with the state of the resource.