mhurhangee/ep-ind-claims huggingface dataset:
A method for executing instructions inputted by a user applied to a mobile terminal, the method comprising: Receiving a first instruction inputted by a user; and Executing a preset program string according to the first inputted instruction, the step of executing a preset program string according to the first inputted instruction comprises: executing two or more applications in a predetermined order according to the first inputted instruction, Receiving a second instruction inputted by the user comprising receiving a long pressing instruction inputted by the user via a button or touch screen of the mobile terminal; and characterised in that Executing the preset program string according to the second inputted instruction comprises: terminating the applications of the executed program string according to the long pressing instruction and returning to the desktop state or the standby state. Receiving a first instruction inputted by a user; and Executing a preset program string according to the first inputted instruction, the step of executing a preset program string according to the first inputted instruction comprises: executing two or more applications in a predetermined order according to the first inputted instruction, Receiving a second instruction inputted by the user comprising receiving a long pressing instruction inputted by the user via a button or touch screen of the mobile terminal; and characterised in that Executing the preset program string according to the second inputted instruction comprises: terminating the applications of the executed program string according to the long pressing instruction and returning to the desktop state or the standby state. executing two or more applications in a predetermined order according to the first inputted instruction, Receiving a second instruction inputted by the user comprising receiving a long pressing instruction inputted by the user via a button or touch screen of the mobile terminal; and characterised in that Executing the preset program string according to the second inputted instruction comprises: terminating the applications of the executed program string according to the long pressing instruction and returning to the desktop state or the standby state.
Protection box for electric connections comprising a first and a second half shell (1,2) which can be hooked to each other and overlapped onto each other so as to form a box shaped body with a seat for an electric block terminal or terminal junction box, wherein said seat is provided by the overlapping of two compartments (12, 22) each of which is centrally provided by a corresponding half shell (1,2) and the sides which delimit one of said compartments surmount and cover the sides which delimit the other compartment, characterized in that each of said half shells (1,2) is internally divided into three compartments (11,12,13; 21,22,23) so that each of the two half shells features two end compartments (11,13; 21,23) and a central compartment (12,22), and the sides (P,PF) of one of the said compartments feature a step along their whole edge and in that the edge of the sides which delimit the other compartment is raised with respect to the perimetral edge of the respective half shell.
An image quality improving device comprising: a first low pass filter having a first cutoff frequency and extracting a low frequency component signal of a video signal that is input; a first delay unit delaying the input video signal by a length of time required for processing in the first low pass filter; a subtracter extracting a first high frequency component signal by subtracting the low frequency component signal from the video signal output from the first delay unit; a second low pass filter having a second cutoff frequency higher than the first cutoff frequency and extracting a lower high frequency component signal, which is a low-frequency-side signal of the first high frequency component signal; a first multiplier generating a first corrected component signal by multiplying the lower high frequency component signal by a first gain; a second delay unit delaying the video signal output from the first delay unit by a length of time required for processing in the second low pass filter and the first multiplier; a high pass filter extracting a second high frequency component signal from the input video signal; a second multiplier generating a second corrected component signal by multiplying the second high frequency component signal by a second gain; and an adder adding the first and second corrected component signals to the video signal output from the second delay unit. a first low pass filter having a first cutoff frequency and extracting a low frequency component signal of a video signal that is input; a first delay unit delaying the input video signal by a length of time required for processing in the first low pass filter; a subtracter extracting a first high frequency component signal by subtracting the low frequency component signal from the video signal output from the first delay unit; a second low pass filter having a second cutoff frequency higher than the first cutoff frequency and extracting a lower high frequency component signal, which is a low-frequency-side signal of the first high frequency component signal; a first multiplier generating a first corrected component signal by multiplying the lower high frequency component signal by a first gain; a second delay unit delaying the video signal output from the first delay unit by a length of time required for processing in the second low pass filter and the first multiplier; a high pass filter extracting a second high frequency component signal from the input video signal; a second multiplier generating a second corrected component signal by multiplying the second high frequency component signal by a second gain; and an adder adding the first and second corrected component signals to the video signal output from the second delay unit.
An electrically conductive member comprising: a base member containing chromium (Cr); and a first layer provided on a surface of the base member and containing chromium oxide (Cr 2 O 3), wherein a nickel-chromium-based alloy or an iron-chromium-based alloy is used as the base member, the first layer also contains titanium (Ti), a second layer is provided on the first layer, the second layer contains zinc (Zn), manganese (Mn), cobalt (Co), and titanium, and an average concentration of titanium in an entirety of the second layer is lower than an average concentration of the titanium in an entirety of the first layer. a base member containing chromium (Cr); and a first layer provided on a surface of the base member and containing chromium oxide (Cr 2 O 3), wherein a nickel-chromium-based alloy or an iron-chromium-based alloy is used as the base member, the first layer also contains titanium (Ti), a second layer is provided on the first layer, the second layer contains zinc (Zn), manganese (Mn), cobalt (Co), and titanium, and an average concentration of titanium in an entirety of the second layer is lower than an average concentration of the titanium in an entirety of the first layer.
A pharmaceutical preparation comprising non-spheronized granules of which each has an active pharmaceutical ingredient and of which each has a predetermined axis and the same predetermined cross-sectional profile, wherein at least 80% by number of those granules have a median aspect ratio above 1.1 and below 1.7, the aspect ratio being defined as granule length along the predetermined axis divided by the smallest cross-sectional dimension.
A corrosion-resistant structure for a high-temperature water system comprising: a structural material; and a corrosion-resistant film containing at least one of La 2 O 3, La 3, La 2 (CO 3) 3, La(CH 3 COO) 3, La 2 (C 2 O 4) 3, Y 3, Y 2 (CO 3) 3, Y(CH 3 COO) 3 and Y 2 (C 2 O 4) 3 deposited on a newly-formed surface obtained by machining or acid pickling treatment in a side that comes in contact with a cooling water, of the structural material which constitutes the high-temperature water system that passes a cooling water of high temperature therein. a structural material; and a corrosion-resistant film containing at least one of La 2 O 3, La 3, La 2 (CO 3) 3, La(CH 3 COO) 3, La 2 (C 2 O 4) 3, Y 3, Y 2 (CO 3) 3, Y(CH 3 COO) 3 and Y 2 (C 2 O 4) 3 deposited on a newly-formed surface obtained by machining or acid pickling treatment in a side that comes in contact with a cooling water, of the structural material which constitutes the high-temperature water system that passes a cooling water of high temperature therein.
Concrete component with a concrete matrix in which at least one reinforcing element is embedded for reinforcement, wherein the reinforcing body has at least one reinforcing part in the form of a reinforcing bar, wherein the at least one reinforcing bar extends in an extent direction and has at least one reinforcing thread, and wherein the at least one reinforcing thread is arranged in a plastic matrix of the reinforcing bar which consists of a reversibly cross-linked plastic, the cross-linkings of which can be repeatedly separated and recreated reversibly and are separable such that the reinforcing bar is flexible, wherein at least one of the present reinforcing bars extends rectilinearly in at least one bar portion (30a, 30b) or over its entire length, and wherein the at least one reinforcing thread is arranged in the plastic matrix under a tensile stress along the at least one rectilinearly extending bar portion (30a, 30b) or over its entire length.
A method for forming an aperture in a ceramic matrix composite, CMC, component, the method comprising: based on a final dimension of the aperture, selecting a tool having a tool size and a cutting surface; selecting an angle at which to cut the component with the tool; cutting a back surface of the component with the tool, the cutting surface of the tool positioned at the angle; repositioning the tool relative to the component; and cutting the aperture through to its final dimension, wherein cutting the aperture through to its final dimension comprises cutting the component from a front surface, the front surface opposite the back surface. based on a final dimension of the aperture, selecting a tool having a tool size and a cutting surface; selecting an angle at which to cut the component with the tool; cutting a back surface of the component with the tool, the cutting surface of the tool positioned at the angle; repositioning the tool relative to the component; and cutting the aperture through to its final dimension, wherein cutting the aperture through to its final dimension comprises cutting the component from a front surface, the front surface opposite the back surface.
- A method of manufacturing a stiffened panel comprising a skin and at least one substantially elongated stiffener, said at least one stiffener comprising a groove placed in the longitudinal direction and forming a cavity with the skin, said panel comprising at least one means for storing and releasing electrical energy, which means is placed inside the cavity, said method involving a step of filling the groove of the at least one stiffener with at least one means of storing and releasing electrical energy; and a step of covering the at least one means of storing and releasing electrical energy with the skin, so that the groove of the stiffener and the skin together form the cavity.
A nacelle cover (100; 240) for a wind turbine, wherein the nacelle cover (100; 240) comprises a roof (101; 501), opposite sidewalls (102, 103; 502) and a floor (104; 504) assembled together to form a composite material elongate housing (105; 245) defining an interior space for containing machinery components of the wind turbine, the housing (105; 245) having a front end (107; 247) for mounting to a tower (122; 252) of the wind turbine, and an opposite rear end (108; 248), wherein each of the roof (101; 501), the opposite sidewalls (102, 103; 502) and the floor (104; 504) comprises a fibre-reinforced polymer composite material, wherein the front end (107; 247) of the housing (105; 245) is mounted on a bed plate frame (25; 420) which is affixable to the tower (122; 252), the bed plate frame (25; 420) supporting at least one part of a drive train of the wind turbine, and at least one machinery component is mounted on the housing (105; 245) at a position laterally spaced from the bed plate frame (25; 420) in a longitudinal direction along the housing (105; 245), and the housing (105; 245) comprises a structural tube (128; 242) which functions as a vertically displaceable cantilever beam carrying the load of the at least one machinery component mounted thereon, wherein (i) at least one said machinery component is directly mounted on the sidewalls (102, 103; 502) of the housing (105; 245) and the sidewalls (102, 103; 502) of the housing (105; 245) directly support the load of the said machinery component, and/or (ii) at least one said machinery component is mounted on a reinforced area of the floor (104; 504) which is fitted to the sidewalls (102, 103; 502), a transverse reinforced interior floor which is fitted to the sidewalls (102, 103; 502) or a transverse support assembly which is fitted to the sidewalls (102, 103; 502), and thereby the said machinery component is indirectly mounted on the sidewalls (102, 103; 502) of the housing (105; 245), and the sidewalls (102, 103; 502) of the housing (105; 245) indirectly support the load of the said machinery component.
A method of transmitting messages between a personal area network and an Internet Protocol network, said method comprising allocating ports on an IP interface of a gateway connecting said PAN and said IP network to one or more PAN clients in said PAN, storing a routing table in a memory of said gateway for relating said PAN clients in said PAN with their corresponding ports, and transferring messages between said PAN clients and said IP network based on said routing table, and said method characterized by: wherein said routing table includes an indication of the device types of said PAN clients in said routing table. wherein said routing table includes an indication of the device types of said PAN clients in said routing table.
A radial artery compression device, the device comprising: a rigid frame, the frame comprising an outer surface and an inner surface, wherein at least a portion of the frame is transparent; a flexible sheet that is coupled to the frame, wherein at least a portion of the sheet is transparent; and an inflatable chamber that is at least partially defined by the inner surface of the frame and the flexible sheet; and characterized in that the radial artery compression device comprises indicia on the transparent portion of the frame with a first indicium positioned directly on the transparent portion of the frame and a second indicium positioned directly on the transparent portion of the frame, the second indicium is axially offset from the first indicium, and wherein the indicia are designed to facilitate identification of an arteriotomy site relative to a puncture site in the patient's skin, such that aligning a first indicium with the puncture site on the patient's skin is configured to position a center of the flexible sheet that is designed to extend furthest from the frame when the inflatable chamber is in an inflated state, directly over the arteriotomy site. a rigid frame, the frame comprising an outer surface and an inner surface, wherein at least a portion of the frame is transparent; a flexible sheet that is coupled to the frame, wherein at least a portion of the sheet is transparent; and an inflatable chamber that is at least partially defined by the inner surface of the frame and the flexible sheet; and characterized in that the radial artery compression device comprises indicia on the transparent portion of the frame with a first indicium positioned directly on the transparent portion of the frame and a second indicium positioned directly on the transparent portion of the frame, the second indicium is axially offset from the first indicium, and wherein the indicia are designed to facilitate identification of an arteriotomy site relative to a puncture site in the patient's skin, such that aligning a first indicium with the puncture site on the patient's skin is configured to position a center of the flexible sheet that is designed to extend furthest from the frame when the inflatable chamber is in an inflated state, directly over the arteriotomy site.
A method of making a corrosion inhibition coating material comprising: selecting a corrosion inhibition compound, wherein the corrosion inhibitor compound is a macrocycle, wherein a macrocycle is a cyclic molecule, or a molecule comprising a cyclic portion, with six or more core atoms in the cyclic backbone, wherein the corrosion inhibiting compound includes at least two inhibitor groups, wherein the inhibitor groups are each linked to the corrosion inhibition compound with a labile linkage each independently selected from the group consisting of a disulfide bond and a metal sulfide bond, wherein each labile linkage is selected to dissociate in response to a corrosion stimulus to produce a dissociated inhibitor group; selecting a carrier adapted to coat a substrate; and mixing the corrosion inhibition compound and the carrier. selecting a corrosion inhibition compound, wherein the corrosion inhibitor compound is a macrocycle, wherein a macrocycle is a cyclic molecule, or a molecule comprising a cyclic portion, with six or more core atoms in the cyclic backbone, wherein the corrosion inhibiting compound includes at least two inhibitor groups, wherein the inhibitor groups are each linked to the corrosion inhibition compound with a labile linkage each independently selected from the group consisting of a disulfide bond and a metal sulfide bond, wherein each labile linkage is selected to dissociate in response to a corrosion stimulus to produce a dissociated inhibitor group; selecting a carrier adapted to coat a substrate; and mixing the corrosion inhibition compound and the carrier.
A method of characterizing an interaction between at least two species in a liquid environment, wherein a sample liquid comprising at least one of said species is passed as a flow through a measurement system, and wherein the interaction takes place within said measurement system, the method comprising the steps of: providing in said flow of sample liquid, a concentration gradient of at least one of said species; injecting the sample liquid comprising at least one of said species into a sensor device; and detecting by said sensor device a result of an interaction between said at least two species; characterized in that the flow of sample liquid comprising said concentration gradient is intersected at least once with an additional liquid before the flow is injected into said sensor, so as to create pulses of separated liquid segments having different concentrations of said species forming the concentration gradient, whereby each injection contains a number of sample pulses generated by the alternating sample liquid and additional liquid flow. providing in said flow of sample liquid, a concentration gradient of at least one of said species; injecting the sample liquid comprising at least one of said species into a sensor device; and detecting by said sensor device a result of an interaction between said at least two species;
A safety system for localizing at least one object with varying locations, the safety system having at least one control and evaluation unit, and at least one radio location system, wherein the radio location system has at least three arranged radio stations; wherein at least one radio transponder is arranged at the object; wherein position data of the radio transponder and thus position data of the object can be determined by means of the radio location system; wherein the position data can be transmitted from the radio station of the radio location system to the control and evaluation unit; wherein the control and evaluation unit is configured to cyclically detect the position data of the radio transponder; wherein a first inspection unit is provided, with the first inspection unit being connected to the control and evaluation unit, and with the control and evaluation unit being checked by the first inspection unit, characterized in that the radio transponders each have a second inspection unit, with the second inspection unit being cyclically reset via a signal from the first transmission unit. wherein the radio location system has at least three arranged radio stations; wherein at least one radio transponder is arranged at the object; wherein position data of the radio transponder and thus position data of the object can be determined by means of the radio location system; wherein the position data can be transmitted from the radio station of the radio location system to the control and evaluation unit; wherein the control and evaluation unit is configured to cyclically detect the position data of the radio transponder; wherein a first inspection unit is provided, with the first inspection unit being connected to the control and evaluation unit, and with the control and evaluation unit being checked by the first inspection unit, characterized in that the radio transponders each have a second inspection unit, with the second inspection unit being cyclically reset via a signal from the first transmission unit.
Two-stage fuel injector comprising two valves (7, 10) arranged in series and biased towards closed positions, namely a primary valve arranged on a primary fuel path and a secondary valve arranged on a secondary fuel path, the primary fuel path and the secondary fuel path branching downstream of the primary valve, and an inner body in which the secondary valve slides and which delimits the primary path, the secondary path comprising a central cavity of the secondary valve and at least one hole passing radially through the secondary valve between a periphery and the central cavity, characterized in that it comprises at least one orifice passing through the inner body between the primary fuel path and the secondary valve and opening into the hole when the secondary valve is in the closed position.
A separator for a lithium-sulfur battery comprising: a separator body; and a composite coating layer formed on at least one surface of the separator body, wherein the composite coating layer includes polydopamine and a conductive material. a separator body; and a composite coating layer formed on at least one surface of the separator body,