mhurhangee/ep-ind-claims huggingface dataset:
A method for using a virtual file in a public memory area of a storage device to access a plurality of protected files in a private memory area of the storage device, wherein the virtual file is allocated a logical block address in a file allocation table for the public memory area but does not contain any data and appears as a regular file to a host and wherein the virtual file is associated with a plurality of protected files stored in the private memory area by a set of rules stored in an application, the set of rules determining how a controller of the storage device manages the plurality of protected files in the private memory area, wherein the private memory area also stores a database that associates the plurality of protected files with the virtual file, the method comprising: performing in the controller: (a) receiving a request from the host for access to the virtual file in the public memory area; (b) responding to the request for access to the virtual file using said rules to select and provide the host with access to one of the plurality of protected files stored in the private memory area according to the association in the database; and (c) receiving an additional request from the host for access to the virtual file, wherein the controller responds to the additional request by, using said rules, selecting and providing the host with access to a different one of the plurality of protected files stored in the private memory area according to the association specified by the database. (a) receiving a request from the host for access to the virtual file in the public memory area; (b) responding to the request for access to the virtual file using said rules to select and provide the host with access to one of the plurality of protected files stored in the private memory area according to the association in the database; and (c) receiving an additional request from the host for access to the virtual file, wherein the controller responds to the additional request by, using said rules, selecting and providing the host with access to a different one of the plurality of protected files stored in the private memory area according to the association specified by the database.
A tractor park brake force sensing system, comprising a linkage between a park brake lever and a park brake, the linkage including a force sensor that is responsive to how much force is applied through the linkage to the park brake; a force sensing switch on the force sensor that is actuated if the force reaches a pre-specified force that is adequate to hold the tractor in place; and an indicator light on the tractor that is turned on if the force sensing switch is actuated.
An electrochemical sensor for determining the presence or quantity of an oxidant of interest in an aqueous solution comprising: an elongate substrate layer having a first end opposite to a second end; first, second and third conductive tracks deposited axially onto the substrate layer in a parallel mutually spaced apart relationship, wherein the first conductive track constitutes a reference electrode, wherein on the second conductive track near to the second end of the substrate layer is a carbon deposit whereby to constitute a counter electrode and on the third conductive track near to the second end of the substrate layer is a carbon deposit whereby to constitute a working electrode, wherein each of the first, second and third conductive tracks terminates near to the first end of the substrate layer in an electrical contact; a non-conductive layer deposited on the first, second and third conductive tracks, wherein the non-conductive layer is fabricated to fully expose each electrical contact near to the first end of the substrate layer, to fully expose the carbon deposit on the second conductive track near to the second end of the substrate layer, to fully expose the first conductive track near to the second end of the substrate layer and to partially expose discrete working regions of the carbon deposit of the third conductive track through an array of apertures; a reagent formulation deposited on or near to the surface of the working electrode, wherein the reagent formulation includes a reductant; and a deposit of a supporting electrolyte deposited on the non-conductive layer. an elongate substrate layer having a first end opposite to a second end; first, second and third conductive tracks deposited axially onto the substrate layer in a parallel mutually spaced apart relationship, wherein the first conductive track constitutes a reference electrode, wherein on the second conductive track near to the second end of the substrate layer is a carbon deposit whereby to constitute a counter electrode and on the third conductive track near to the second end of the substrate layer is a carbon deposit whereby to constitute a working electrode, wherein each of the first, second and third conductive tracks terminates near to the first end of the substrate layer in an electrical contact; a non-conductive layer deposited on the first, second and third conductive tracks, wherein the non-conductive layer is fabricated to fully expose each electrical contact near to the first end of the substrate layer, to fully expose the carbon deposit on the second conductive track near to the second end of the substrate layer, to fully expose the first conductive track near to the second end of the substrate layer and to partially expose discrete working regions of the carbon deposit of the third conductive track through an array of apertures; a reagent formulation deposited on or near to the surface of the working electrode, wherein the reagent formulation includes a reductant; and a deposit of a supporting electrolyte deposited on the non-conductive layer.
A computer-implemented method of identifying, by a door monitoring system, a change of status at a monitored door, the method comprising: displaying a floor plan of a building comprising one or more monitored doors, each monitored door comprising a ligature-detection device, wherein each monitored door is monitored via a hardwired connection between the respective door and a computing apparatus of the door monitoring system whereby data from each monitored door may be obtained via an end-to-end, hardwired connection; identifying that a status of a first monitored door of the one or more monitored doors has changed, wherein identifying that a status of the first monitored door has changed comprises determining that: a) the ligature-detection device of the first monitored door has been triggered; b) a fault with the ligature-detection device of the first monitored door has been detected; c) the state of the ligature-detection device of the first monitored door can no longer be accurately determined; and/or d) the ligature-detection device of the first monitored door has not responded to a status update request, and indicating that a status of the first monitored door has changed by modifying the manner in which the first monitored door is presented on the displayed floor plan. displaying a floor plan of a building comprising one or more monitored doors, each monitored door comprising a ligature-detection device, wherein each monitored door is monitored via a hardwired connection between the respective door and a computing apparatus of the door monitoring system whereby data from each monitored door may be obtained via an end-to-end, hardwired connection; identifying that a status of a first monitored door of the one or more monitored doors has changed, wherein identifying that a status of the first monitored door has changed comprises determining that: a) the ligature-detection device of the first monitored door has been triggered; b) a fault with the ligature-detection device of the first monitored door has been detected; c) the state of the ligature-detection device of the first monitored door can no longer be accurately determined; and/or d) the ligature-detection device of the first monitored door has not responded to a status update request, and a) the ligature-detection device of the first monitored door has been triggered; b) a fault with the ligature-detection device of the first monitored door has been detected; c) the state of the ligature-detection device of the first monitored door can no longer be accurately determined; and/or d) the ligature-detection device of the first monitored door has not responded to a status update request, and indicating that a status of the first monitored door has changed by modifying the manner in which the first monitored door is presented on the displayed floor plan.
A sampling container assembly comprising: a sample receiving residue tube (1110a-b, 2110a-b, 3110a-b); a residue tube cap (1180a-b, 2180a-b, 3180a-b) assembled with the residue tube and defining inlet and outlet ports (1192a-b, 2192a-b, 3192a-b; 2193a-b, 3193a-b); a fixture block (1101, 2101); an inner pipe (1120a-b, 2120a-b) having a lower end sealingly mounted to the fixture block and surrounding the residue tube to define an inner cavity (1125a-b, 2125a-b) for receiving a heat transfer fluid; an outer pipe (1130a-b, 2130a-b) having a lower end sealingly mounted to the fixture block and surrounding the inner pipe to define an outer annulus (1135a-b, 2135a-b; a container cap (1170a-b, 2170a-b) sealingly assembled with an upper end of the outer pipe; and a supply conduit (1242a-b, 2242a-b) extending through the fixture block and the outer annulus and connected with the inlet port of the residue tube cap for providing a sample fluid to the residue tube; wherein the fixture block (1101, 2101) defines a passage extending to the outer annulus for supplying a chilling fluid to the outer annulus for chilling the heat transfer fluid in the inner cavity. a sample receiving residue tube (1110a-b, 2110a-b, 3110a-b); a residue tube cap (1180a-b, 2180a-b, 3180a-b) assembled with the residue tube and defining inlet and outlet ports (1192a-b, 2192a-b, 3192a-b; 2193a-b, 3193a-b); a fixture block (1101, 2101); an inner pipe (1120a-b, 2120a-b) having a lower end sealingly mounted to the fixture block and surrounding the residue tube to define an inner cavity (1125a-b, 2125a-b) for receiving a heat transfer fluid; an outer pipe (1130a-b, 2130a-b) having a lower end sealingly mounted to the fixture block and surrounding the inner pipe to define an outer annulus (1135a-b, 2135a-b; a container cap (1170a-b, 2170a-b) sealingly assembled with an upper end of the outer pipe; and a supply conduit (1242a-b, 2242a-b) extending through the fixture block and the outer annulus and connected with the inlet port of the residue tube cap for providing a sample fluid to the residue tube; wherein the fixture block (1101, 2101) defines a passage extending to the outer annulus for supplying a chilling fluid to the outer annulus for chilling the heat transfer fluid in the inner cavity.
A nucleic acid encoding an artificial primary miRNA transcript (pri-miRNA) consisting of, in order of position, a 5'-flanking region, a first siRNA region, a loop region wherein the loop region A) is 18 or 19 nucleotides in length or B) is CUNNNNNNNNNNNNNNNGG or C) is CCNNNNNNNNNNNNNNNGG or D) is CUGUGAAGCCACAGAUGGG or E) is CCGUGAAGCCACAGAUGGG, and a second siRNA region contiguously linked to a 3'-flanking region, wherein the 5'-flanking region comprises: (a) a 5'-joining sequence consisting of (i) 5-7 nucleotides contiguously linked to the first siRNA region, or (ii) 6 nucleotides, or (iii) GUGASSS, wherein S is either a G or C nucleotide, or (iv) GUGAGCG; (b) a 5'-bulge sequence (i) consisting of 1-10 nucleotides positioned upstream from the 5'-joining sequence, or (ii) comprising a cloning site, or a cloning site encoding an XhoI site, or (iii) UAAACUCGA; and (c) a 5'-spacer sequence consisting of (i) 10-12 nucleotides positioned upstream from the 5'-bulge sequence, or (ii) UGGUACCGUU. (a) a 5'-joining sequence consisting of (i) 5-7 nucleotides contiguously linked to the first siRNA region, or (ii) 6 nucleotides, or (iii) GUGASSS, wherein S is either a G or C nucleotide, or (iv) GUGAGCG; (i) 5-7 nucleotides contiguously linked to the first siRNA region, or (ii) 6 nucleotides, or (iii) GUGASSS, wherein S is either a G or C nucleotide, or (iv) GUGAGCG; (b) a 5'-bulge sequence (i) consisting of 1-10 nucleotides positioned upstream from the 5'-joining sequence, or (ii) comprising a cloning site, or a cloning site encoding an XhoI site, or (iii) UAAACUCGA; and (i) consisting of 1-10 nucleotides positioned upstream from the 5'-joining sequence, or (ii) comprising a cloning site, or a cloning site encoding an XhoI site, or (iii) UAAACUCGA; and (c) a 5'-spacer sequence consisting of (i) 10-12 nucleotides positioned upstream from the 5'-bulge sequence, or (ii) UGGUACCGUU. (i) 10-12 nucleotides positioned upstream from the 5'-bulge sequence, or (ii) UGGUACCGUU.
A freeze-dried nanosuspension comprising 4-[[4-[[4-(2-cyanoethenyl)-2,6-dimethylphenyl]amino]-2-pyrimidinyl]amino]benzonitrile or a stereoisomeric form thereof; or a pharmaceutically acceptable salt thereof and a steric stabilizer which is a solid at room temperature, wherein the stabilizer is a poloxamer, and further comprising a cryoprotectant, wherein the cryoprotectant is a mono- or disaccharide.
Rotary-drum laundry dryer comprising an outer casing having a front wall and a rear wall, a rotatable drum which is structured for housing the laundry to be dried and is fixed in axially rotating manner inside the casing, and a hot-air generator structured to circulate a stream of hot air (f) through the rotatable drum; said rotatable drum comprising a substantially cylindrical, tubular body having its front rim faced to the front wall of the casing and its rear rim faced to the rear wall of the casing; the rear wall of the casing comprising an inner section and an outer section that form/delimit in between themselves an inner cavity which is fluidly connected to the hot-air generator; a central portion of the inner section of the rear wall being furthermore permeable to air, so as to put the inside of tubular body in communication with the inner cavity; the rotary-drum laundry dryer being characterized in that the rear wall of the casing furthermore comprises an air-deflector member which is stationarily fitted/ housed into the inner cavity of the rear wall and is shaped/structured so as to channel the stream of hot air (f) that enters into the inner cavity towards the permeable-to-air central portion of the inner section of the rear wall or vice versa.
A portable electronic device comprising: a housing; electronic circuitry in the housing; and an audio-visual source tracking system comprising a first video camera and an array of microphones, wherein the first video camera and the array of microphones are attached to the housing, wherein the audio-visual source tracking system is configured to receive video information from the first video camera, and wherein the audio-visual source tracking system is configured to capture audio information from the array of microphones at least partially in response to the video information; characterized in that the audio-visual source tracking system being configured to adjust and direct a sensitivity of the array of microphones during an active voice and/or video call at least partially in response to the video information. a housing; electronic circuitry in the housing; and an audio-visual source tracking system comprising a first video camera and an array of microphones, wherein the first video camera and the array of microphones are attached to the housing, wherein the audio-visual source tracking system is configured to receive video information from the first video camera, and wherein the audio-visual source tracking system is configured to capture audio information from the array of microphones at least partially in response to the video information; characterized in that the audio-visual source tracking system being configured to adjust and direct a sensitivity of the array of microphones during an active voice and/or video call at least partially in response to the video information.
A curved belt conveyor with at least one continuous belt running along a curve and being guided via two return rollers, wherein, on the curve outer side, the continuous belt has a bulging thickening running continuously along a belt edge of the continuous belt and arranged within the continuous belt, wherein support means for supporting the continuous belt in the direction of the curve outer side contact the bulging thickening in the region of curve-outer-side end faces of the return rollers, wherein the support means are formed by the curve-outer-side end faces of the return rollers, characterized in that support means for supporting the continuous belt in the direction of the curve outer side are exclusively arranged within the continuous belt, wherein the support means do not have any components, such as hold-down devices, arranged outside the continuous belt, wherein a tensioning force of the continuous belt in a conveying direction, which presses the continuous belt onto the return rollers, prevents the bulging thickening from coming out of or slipping off from the end faces of the return rollers, wherein the tensioning force is applied by means of a tensioning device by shifting the non-driven return roller opposite to the conveying direction, wherein at least 95% of the support forces acting on the bulging thickening are transferred via the curve-outer end faces of the return rollers. wherein the rotation axes of the return rollers assigned to the continuous belt are arranged at an angle with respect to each other, the angle being between 10° and 60°.
An operation management apparatus (12; 120) for managing an integrated operating time (Td) of an internal combustion engine, the operation management apparatus comprising: a control section (41; 141) for controlling operation of the internal combustion engine; a storage section for storing data of the integrated operating time of the internal combustion engine monitored by the control section; and a display section (53; 153) capable of displaying not only an operating state of the internal combustion engine but also the integrated operating time of the internal combustion engine, the control section (41; 141) controlling the display section (53; 153) to make a blinking display with a predetermined number of blinking, at predetermined timing, characterized in that the predetermined number of blinking corresponds to the integrated operation time; and that the display section includes a first display section functioning as an output display light, switchable by the control section (41; 141) for indicating either an operating state of the engine or the blinking display with the predetermined number of blinking corresponding to the integrated operation time, a second display section functioning as an overload warning light for indicating overload states of the engine, and a third display section functioning as an oil warning light for indicating that the oil (Ju) stored in the engine has decreased to a lower limit value, wherein each of the display sections (53a - 53c) is in the form of an LED. a control section (41; 141) for controlling operation of the internal combustion engine; a storage section for storing data of the integrated operating time of the internal combustion engine monitored by the control section; and a display section (53; 153) capable of displaying not only an operating state of the internal combustion engine but also the integrated operating time of the internal combustion engine, the control section (41; 141) controlling the display section (53; 153) to make a blinking display with a predetermined number of blinking, at predetermined timing, characterized in that the predetermined number of blinking corresponds to the integrated operation time; and that the display section includes a first display section functioning as an output display light, switchable by the control section (41; 141) for indicating either an operating state of the engine or the blinking display with the predetermined number of blinking corresponding to the integrated operation time, a second display section functioning as an overload warning light for indicating overload states of the engine, and a third display section functioning as an oil warning light for indicating that the oil (Ju) stored in the engine has decreased to a lower limit value, wherein each of the display sections (53a - 53c) is in the form of an LED.
A device (100a; 100b; 100c) for optical coherence tomography, or OCT, the device comprising: - a light generator adapted to generate a series of input pulses (202, 204, 206) of coherent light, each input pulse of the series having an input pulse width (T 0); - a dispersive medium having an input optically coupled to the light generator and an output for output pulses (302, 304, 306), wherein the dispersive medium is adapted to stretch the input pulse width (T 0) to an output pulse width (T p) of each of the output pulses by means of chromatic dispersion, wherein the dispersive medium includes a plurality of taps at different positions along a path of light propagation; - an optical coupler adapted to couple the output pulses from the output into a reference arm and into a sample arm, and to superimpose light returning from the reference arm and from the sample arm; - an optical switch adapted to selectively couple the light generator to one of the taps as the input and/or to selectively couple one of the taps as the output to the optical coupler; and - a detector adapted to detect an intensity of interference of the superimposed light with a temporal resolution of a fraction (δt gate) of the output pulse width (T p), wherein the detector is calibrated by means of an optical clocking based on a Mach-Zehnder interferometer. - a light generator adapted to generate a series of input pulses (202, 204, 206) of coherent light, each input pulse of the series having an input pulse width (T 0); - a dispersive medium having an input optically coupled to the light generator and an output for output pulses (302, 304, 306), wherein the dispersive medium is adapted to stretch the input pulse width (T 0) to an output pulse width (T p) of each of the output pulses by means of chromatic dispersion, wherein the dispersive medium includes a plurality of taps at different positions along a path of light propagation; - an optical coupler adapted to couple the output pulses from the output into a reference arm and into a sample arm, and to superimpose light returning from the reference arm and from the sample arm; - an optical switch adapted to selectively couple the light generator to one of the taps as the input and/or to selectively couple one of the taps as the output to the optical coupler; and - a detector adapted to detect an intensity of interference of the superimposed light with a temporal resolution of a fraction (δt gate) of the output pulse width (T p), wherein the detector is calibrated by means of an optical clocking based on a Mach-Zehnder interferometer.