mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting a rootkit in one or more storage volumes present on a storage device, the one or more storage volumes being connectable to one or more host systems by a storage area network, SAN, routing device configured to connect the one or more host systems to the one or more storage volumes, wherein the SAN routing device is configured to manage read and write requests made by the one or more host systems to access the one or more storage volumes, and wherein the SAN routing device provides the one or more host systems with access to the one or more storage volumes such that a mounted storage volume appears to a respective host system as a storage device physically present on the respective host system, wherein the method comprises the SAN routing device: mounting the one or more storage volumes; identifying one or more files present on the mounted storage volume; retrieving a manifest specifying a list of files, wherein the list of files specifies a list of known rootkit signatures; generating a file signature for each of the one or more files on the mounted storage volume; comparing each generated file signature with the list of known rootkit signatures to detect the presence of a rootkit; and upon detecting the presence of a rootkit, adding an entry reflecting the presence of the rootkit to a file log. mounting the one or more storage volumes; identifying one or more files present on the mounted storage volume; retrieving a manifest specifying a list of files, wherein the list of files specifies a list of known rootkit signatures; generating a file signature for each of the one or more files on the mounted storage volume; comparing each generated file signature with the list of known rootkit signatures to detect the presence of a rootkit; and upon detecting the presence of a rootkit, adding an entry reflecting the presence of the rootkit to a file log.
A slicing machine comprising an annular-shaped cutting head and a modular unit mounted to the cutting head for securing a knife to the cutting head, the cutting head comprising support rings (72, 74) that are spaced apart in an axial direction of the cutting head, the modular unit being mounted to and between the support rings (72, 74) the modular unit comprising: mounting blocks that are spaced apart from each other in the axial direction of the cutting head, wherein a first of the mounting blocks is secured to a first of the support rings, and a second of the mounting blocks is secured to a second of the support rings; and a clamping assembly assembled with the first and second mounting blocks so as to be between the first and second mounting blocks, the clamping assembly comprising a knife holder and a clamp, being configured to secure a knife between the knife holder and the clamp; wherein the first and second mounting blocks are secured to the first and second support rings (72, 74) so that the knife holder and the clamp are removable from the cutting head by disassembling the clamping assembly from the first and second mounting blocks without removing the first and second mounting blocks from the first and second support rings (72, 74). mounting blocks that are spaced apart from each other in the axial direction of the cutting head, wherein a first of the mounting blocks is secured to a first of the support rings, and a second of the mounting blocks is secured to a second of the support rings; and a clamping assembly assembled with the first and second mounting blocks so as to be between the first and second mounting blocks, the clamping assembly comprising a knife holder and a clamp, being configured to secure a knife between the knife holder and the clamp; wherein the first and second mounting blocks are secured to the first and second support rings (72, 74) so that the knife holder and the clamp are removable from the cutting head by disassembling the clamping assembly from the first and second mounting blocks without removing the first and second mounting blocks from the first and second support rings (72, 74).
An electronic wind instrument (1, 1D) comprising: a breath sensor; an operating element that receives an instruction related to a pitch; a speaker that outputs a sound based on musical performance information obtained from at least one of the breath sensor and the operating element, the speaker having an inner space therein; and an acoustic tube that has an inner space therein, the inner space of the acoustic tube being continuous with the inner space of the speaker, the acoustic tube extending in a direction away from the speaker, wherein the acoustic tube includes: a first tube part that includes a first end connected to the speaker and a second end spaced apart from the first end; and a second tube part connected to the second end of the first tube part, and the operating element is provided on the first tube part, characterized in that the sound is directly radiated to outside of the electronic wind instrument (1, 1D) and is radiated to the outside of the electronic wind instrument (1, 1D) from an opening end of the acoustic tube 5 through an inner space of the first tube part and an inner space of the second tube part. a breath sensor; an operating element that receives an instruction related to a pitch; a speaker that outputs a sound based on musical performance information obtained from at least one of the breath sensor and the operating element, the speaker having an inner space therein; and an acoustic tube that has an inner space therein, the inner space of the acoustic tube being continuous with the inner space of the speaker, the acoustic tube extending in a direction away from the speaker, wherein the acoustic tube includes: a first tube part that includes a first end connected to the speaker and a second end spaced apart from the first end; and a second tube part connected to the second end of the first tube part, and a first tube part that includes a first end connected to the speaker and a second end spaced apart from the first end; and a second tube part connected to the second end of the first tube part, and the operating element is provided on the first tube part, characterized in that the sound is directly radiated to outside of the electronic wind instrument (1, 1D) and is radiated to the outside of the electronic wind instrument (1, 1D) from an opening end of the acoustic tube 5 through an inner space of the first tube part and an inner space of the second tube part.
A cleaning device (1, 51) for removing deposits in receptacles by way of blasting technology, comprising a cleaning lance (2, 52) with a grip-side and with a cleaning-side end section (15, 16; 65, 66), wherein the cleaning lance (2, 52) comprises a feed channel (4, 54) with a container connection device (17, 67) which is arranged on the cleaning-side end section (16, 66) and on which a flexible container envelope (14, 64) forming a receiving space can be attached, as well as a protective tube (12, 62) with a receiving space for a container envelope (14, 16) for the propose of shielding the container envelope (14, 64) to the outside, characterised in that the feed channel (4, 54) is displaceably arranged along the longitudinal axis of the cleaning lance (2, 52) relative to the protective tube (12, 62), from a first position, in which a container envelope (14, 64) attached on the container connection device (17, 67) is shielded with respect to the environment by the protective tube (12, 62), into a second position, in which the container envelope (14, 64) projects out of the shielding through the protective tube (12, 62).
A method for reducing oil uptake of a potato chip while in a fryer, said method comprising the steps of: a) submerging a whole peeled potato in a water bath of 54°C (130°F) to 60°C (140°F) for a period of 5 minutes to 2 hours; b) cutting said whole potato to form at least a potato slice; c) introducing the potato slice, which is unwashed, into a body of cooking oil, wherein the body of cooking oil has an initial temperature of 149°C to 160°C (300°F to 320°F); d) decreasing the temperature of the oil from the initial temperature of 149°C to 160°C (300°F to 320°F) to a reduced temperature between 104°C (220°F) and 127°C (260°F) within no more than 5 minutes; e) maintaining the temperature of the oil, at least in the vicinity of the potato slice, below 127°C (260°F) for a residence time of at least 3 minutes; f) increasing the temperature of said potato slice; g) frying said potato slice; and h) removing said potato slice from the fryer. a) submerging a whole peeled potato in a water bath of 54°C (130°F) to 60°C (140°F) for a period of 5 minutes to 2 hours; b) cutting said whole potato to form at least a potato slice; c) introducing the potato slice, which is unwashed, into a body of cooking oil, wherein the body of cooking oil has an initial temperature of 149°C to 160°C (300°F to 320°F); d) decreasing the temperature of the oil from the initial temperature of 149°C to 160°C (300°F to 320°F) to a reduced temperature between 104°C (220°F) and 127°C (260°F) within no more than 5 minutes; e) maintaining the temperature of the oil, at least in the vicinity of the potato slice, below 127°C (260°F) for a residence time of at least 3 minutes; f) increasing the temperature of said potato slice; g) frying said potato slice; and h) removing said potato slice from the fryer.
A pressurised liquid dispensing container comprising: - a valve for dispensing the liquid from the container; and - a vessel containing the liquid under pressure, the vessel having: a valve end to which the valve is attached, a sidewall having an at least partially cylindrical shape and an end wall, the vessel defining a cylindrical envelope, whose cross-section is the cross-section of the vessel at the sidewall and whose length is the length of the vessel between the valve end and the end wall, characterised in that the container has within the cylindrical envelope: - a formation of the vessel or a discrete element in the vessel which causes the centre of gravity of liquid contents of the container to be positioned differently, when the container is lain on the sidewall, from its notional position, in the absence of the formation-or-element, the formation-or-element also being such that: - when the container is lain on the sidewall and is at least substantially full of liquid contents, the centre of gravity of the liquid biases the container to one orientation thereof; and - when the container is at least empty or nearly so, the centre of gravity of the container per se biases the container to another orientation thereof. - a valve for dispensing the liquid from the container; and - a vessel containing the liquid under pressure, the vessel having: a valve end to which the valve is attached, a sidewall having an at least partially cylindrical shape and an end wall, the vessel defining a cylindrical envelope, whose cross-section is the cross-section of the vessel at the sidewall and whose length is the length of the vessel between the valve end and the end wall, - a formation of the vessel or a discrete element in the vessel which causes the centre of gravity of liquid contents of the container to be positioned differently, when the container is lain on the sidewall, from its notional position, in the absence of the formation-or-element, the formation-or-element also being such that: - when the container is lain on the sidewall and is at least substantially full of liquid contents, the centre of gravity of the liquid biases the container to one orientation thereof; and - when the container is at least empty or nearly so, the centre of gravity of the container per se biases the container to another orientation thereof.
A speech decoding device for changing a decoding operation of a speech signal according to whether the speech signal is in a voice period or in a voice-less period, decoding frames of the speech signal in the voice-less period by discontinuously receiving filter coefficients for the corresponding frames, smoothing said filter coefficients, and using said smoothed filter coefficients to decode the frames, said filter coefficients representing spectral envelope characteristics, the device comprising: a voice-less part decoding unit for decoding a current frame of the speech signal in the voice-less period by using a previously received filter coefficient for a past frame to obtain a smoothed filter coefficient for said current frame, wherein the smoothed filter coefficient F(n,i) of the current frame n is calculated as (1-β) x (a smoothed filter coefficient F(n-1, i) of an immediately preceding frame n-1) + β x (a filter coefficient f(n,i) of said current frame n), where β is a smoothing factor, i=1,...,M, and M is an order of filter, and wherein, when no filter coefficient is received in said current frame n, the smoothed filter coefficient F(n,i) of the current frame n is calculated by using a last received filter coefficient in place of said filter coefficient f(n,i) of said current frame n. a voice-less part decoding unit for decoding a current frame of the speech signal in the voice-less period by using a previously received filter coefficient for a past frame to obtain a smoothed filter coefficient for said current frame, wherein the smoothed filter coefficient F(n,i) of the current frame n is calculated as (1-β) x (a smoothed filter coefficient F(n-1, i) of an immediately preceding frame n-1) + β x (a filter coefficient f(n,i) of said current frame n), where β is a smoothing factor, i=1,...,M, and M is an order of filter, and wherein, when no filter coefficient is received in said current frame n, the smoothed filter coefficient F(n,i) of the current frame n is calculated by using a last received filter coefficient in place of said filter coefficient f(n,i) of said current frame n.
A display controller, connectable with a first display device and a second display device, comprising an attitude detecting unit, (270,304), that detects an attitude of the second display device, and adapted to control the first display device and the second display device, the display controller comprising a display control unit that is adapted to control one of the first display device and the second display device to display a map image corresponding to a given position, and adapted to control the other of the first display device and the second display device to display a partial image which is a part of a panoramic images corresponding to the position, wherein a panoramic image is an image showing a view from a given position and corresponds to views in various directions from the given position; wherein the display control unit is adapted to control the first display device to display the map image, and the display control unit is adapted to control the second display unit to display the partial image which is clipped from the panoramic image in response to the attitude detected by the attitude detecting unit.
Method for mapping a working area of a mobile device for the maintenance of lawns or gardens or agricultural lands, comprising the steps of: a. defining at least one contour delimiting said working area; b. obtaining from said working area at least one first region and a second region, by defining in said working area at least one first boundary marking out said first region and said second region; and c. assigning to said first region a first tolerance threshold, the first tolerance threshold defining a limit about the maximum permissible error in the detection of the position of the mobile device when the mobile device is in the first region or is deemed to be in the first region, characterised by further comprising the step of: d. assigning to said second region a second tolerance threshold, wherein said first region extends between said contour and said first boundary and said second region extends internally starting from said first boundary, said second tolerance threshold being greater than said first tolerance threshold, whereby the second region allows the mobile device a lower precision in detecting or estimating its position with respect to what is required by the first region. a. defining at least one contour delimiting said working area; b. obtaining from said working area at least one first region and a second region, by defining in said working area at least one first boundary marking out said first region and said second region; and c. assigning to said first region a first tolerance threshold, the first tolerance threshold defining a limit about the maximum permissible error in the detection of the position of the mobile device when the mobile device is in the first region or is deemed to be in the first region,
Device for removably connecting a lining layer to an inner shock-absorbing portion of a helmet, the inner portion being mainly made of foam, said device comprising a first element constrainable to said lining layer and a second element constrainable to said inner shock-absorbing portion, characterized in that said second element comprises a threaded portion that can be inserted by screwing it in the foam of said inner shock-absorbing portion and in that said device comprises means (4a, 4b) for the mechanical snap-fit coupling of said first element to said second element.
A phosphor composition comprising particles of K 2 SiF 6:Mn 4+ coated with a manganese-free complex fluoride comprising a composition of formula I:A 3 [MF 6], where A is selected from Na, K, Rb and combinations thereof; and M is selected from Al, Ga, In, Sc, Y, Gd and combinations thereof, wherein the composition of formula I:A 3 [MF 6] has lower water solubility than a water solubility of K 2 SiF 6.
Use of a consortium of cells of the species Mycosphaerella polygoni-cuspidati for the herbicidal control of a plant of the genus Fallopia, wherein the cells in the consortium are all of the same mating type.
A process for producing ultrafine particles of titanium dioxide, comprising: a reaction step of subjecting titanium tetrachloride to hydrolysis reaction in water, and a sulfuric acid addition step of adding sulfuric acid to the reaction solution after a reaction conversion rate of the titanium tetrachloride reaches not less than 80% and less than 100%. a reaction step of subjecting titanium tetrachloride to hydrolysis reaction in water, and a sulfuric acid addition step of adding sulfuric acid to the reaction solution after a reaction conversion rate of the titanium tetrachloride reaches not less than 80% and less than 100%.
A non-volatile memory device, comprising: a) an interface configured to receive write and read commands from a host; b) a memory array comprising a plurality of non-volatile memory cells arranged in a plurality of array planes; and c) a memory controller configured to begin execution of a write operation, such as a program operation or an erase operation, on a first array plane of the plurality of array planes, in response to a write command and to execute a read operation on another, second array plane of the plurality of array planes in response to a read command detected during execution of the write operation, - wherein the memory controller is configured to suspend, partially pause, stall or otherwise interrupt the write operation in response to detection of the read command, and - wherein the memory controller is configured to resume the write operation after the read operation has at least partially been executed. a) an interface configured to receive write and read commands from a host; b) a memory array comprising a plurality of non-volatile memory cells arranged in a plurality of array planes; and c) a memory controller configured to begin execution of a write operation, such as a program operation or an erase operation, on a first array plane of the plurality of array planes, in response to a write command and to execute a read operation on another, second array plane of the plurality of array planes in response to a read command detected during execution of the write operation, - wherein the memory controller is configured to suspend, partially pause, stall or otherwise interrupt the write operation in response to detection of the read command, and - wherein the memory controller is configured to resume the write operation after the read operation has at least partially been executed. - wherein the memory controller is configured to suspend, partially pause, stall or otherwise interrupt the write operation in response to detection of the read command, and - wherein the memory controller is configured to resume the write operation after the read operation has at least partially been executed.
An electric machine system comprising: a first electric machine rotor disposed on a rotor shaft; a first gear connected to the first electric machine rotor and to a first input/output shaft; and a second gear connected to the first electric machine rotor and to a second input/output shaft, the second input/output shaft being independent from the first input/output shaft, the first electric machine rotor disposed between the first gear and the second gear, characterised in that: the first gear and second gear are each connected to the first electric machine rotor by the rotor shaft, wherein the second gear shares the rotor shaft with the first gear such that the second gear will rotate at the same angular speed as the first gear. a first electric machine rotor disposed on a rotor shaft; a first gear connected to the first electric machine rotor and to a first input/output shaft; and a second gear connected to the first electric machine rotor and to a second input/output shaft, the second input/output shaft being independent from the first input/output shaft, the first electric machine rotor disposed between the first gear and the second gear,
An oxygen concentrator for generating oxygen enriched gas, comprising: at least one oxygen separation device, and a sensor system for quantitatively detecting nitrogen in an oxygen comprising gas, said oxygen comprising gas comprising nitrogen, wherein the sensor system comprises: a zeolite capable of sorbing nitrogen, wherein the zeolite undergoes a temperature change when sorbing nitrogen; at least a first temperature sensor for measuring the temperature of the zeolite; and characterised in that the sensor system further comprises a second temperature sensor for measuring the temperature of the oxygen comprising gas, and comprising a control unit being adapted for quantitatively determining nitrogen based on the temperature change of the zeolite relative to a temperature change of the oxygen comprising gas, and for dynamically controlling the at least one oxygen separation device in dependence upon the result of the quantitatively determined nitrogen. at least one oxygen separation device, and a sensor system for quantitatively detecting nitrogen in an oxygen comprising gas, said oxygen comprising gas comprising nitrogen, wherein the sensor system comprises: a zeolite capable of sorbing nitrogen, wherein the zeolite undergoes a temperature change when sorbing nitrogen; at least a first temperature sensor for measuring the temperature of the zeolite; and characterised in that the sensor system further comprises a second temperature sensor for measuring the temperature of the oxygen comprising gas, and comprising a control unit being adapted for quantitatively determining nitrogen based on the temperature change of the zeolite relative to a temperature change of the oxygen comprising gas, and for dynamically controlling the at least one oxygen separation device in dependence upon the result of the quantitatively determined nitrogen. a zeolite capable of sorbing nitrogen, wherein the zeolite undergoes a temperature change when sorbing nitrogen; at least a first temperature sensor for measuring the temperature of the zeolite; and characterised in that the sensor system further comprises a second temperature sensor for measuring the temperature of the oxygen comprising gas, and comprising a control unit being adapted for quantitatively determining nitrogen based on the temperature change of the zeolite relative to a temperature change of the oxygen comprising gas, and for dynamically controlling the at least one oxygen separation device in dependence upon the result of the quantitatively determined nitrogen.