mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a data read/write command between a control device and a storage device in a non-volatile memory express, NVMe, over fabric, NVMe over fabric, architecture, wherein the storage device comprises a data processing unit, a buffer unit, and a storage unit, the control device stores, in the storage unit, data that needs to be read/written, the data processing unit is configured to receive a data read/write command sent by the control device, the buffer unit is configured to buffer data to be transmitted according to the read/write command, and the method comprises: obtaining, by the control device, an available storage space of the buffer unit; determining, by the control device, whether a storage space occupied by first data to be transmitted according to a first data read/write command is less than or equal to the available storage space of the buffer unit; and sending the first data read/write command to the storage device when the storage space occupied by the first data is less than or equal to the available storage space of the buffer unit; suspending! sending of the first data read/write command when the storage space occupied by the first data is greater than the available storage space of the buffer unit, wherein obtaining, by the control device, an available storage space of the buffer unit comprises: before sending the first data read/write command to the storage device, sending, by the control device to the data processing unit, a request for obtaining the available storage space of the buffer unit, to obtain the available storage space of the buffer unit. obtaining, by the control device, an available storage space of the buffer unit; determining, by the control device, whether a storage space occupied by first data to be transmitted according to a first data read/write command is less than or equal to the available storage space of the buffer unit; and sending the first data read/write command to the storage device when the storage space occupied by the first data is less than or equal to the available storage space of the buffer unit; suspending! sending of the first data read/write command when the storage space occupied by the first data is greater than the available storage space of the buffer unit, wherein obtaining, by the control device, an available storage space of the buffer unit comprises: before sending the first data read/write command to the storage device, sending, by the control device to the data processing unit, a request for obtaining the available storage space of the buffer unit, to obtain the available storage space of the buffer unit.
A computer-implemented method for accurately calculating a time-of-flight of an acoustic signal traversing through a material, the method comprising: transmitting a frequency sweep of the acoustic signal between a transmitter and a receiver, wherein the transmitter and receiver are positioned so that the frequency sweep of the acoustic signal passes through the material before encountering the receiver; detecting the frequency sweep of the acoustic signal with the receiver; calculating time of flight of the acoustical signal on a computer system by: obtaining an error function of a frequency sweep of the acoustic signal; and characterized in that the method further comprises: generating an envelope of the error function; wherein the time-of-flight is based on a minimum of the envelope of the error function. transmitting a frequency sweep of the acoustic signal between a transmitter and a receiver, wherein the transmitter and receiver are positioned so that the frequency sweep of the acoustic signal passes through the material before encountering the receiver; detecting the frequency sweep of the acoustic signal with the receiver; calculating time of flight of the acoustical signal on a computer system by: obtaining an error function of a frequency sweep of the acoustic signal; and characterized in that the method further comprises: generating an envelope of the error function; wherein the time-of-flight is based on a minimum of the envelope of the error function. obtaining an error function of a frequency sweep of the acoustic signal; and characterized in that the method further comprises: generating an envelope of the error function; wherein the time-of-flight is based on a minimum of the envelope of the error function. generating an envelope of the error function; wherein the time-of-flight is based on a minimum of the envelope of the error function.
A method for controlling access to digital works in a document management system, the method comprising the steps of: receiving a request for a digital work from a requestor; and in response to receiving the request for the digital work: retrieving the digital work from a repository; incorporating a digital signature throughout the digital work specific to a device, wherein the incorporated digital signature includes information identifying the device having the ability to access to the digital work; providing the identified device (230, 240) with a device key associated with the device; encrypting the digital work, wherein the digital work is decryptable using the device key and the identified device; and providing the requestor with the encrypted digital work, wherein: the device key enables decryption of a portion of the digital signature that contains a further key that enables decryption of the digital work in conjunction with the device key. receiving a request for a digital work from a requestor; and in response to receiving the request for the digital work: retrieving the digital work from a repository; incorporating a digital signature throughout the digital work specific to a device, wherein the incorporated digital signature includes information identifying the device having the ability to access to the digital work; providing the identified device (230, 240) with a device key associated with the device; encrypting the digital work, wherein the digital work is decryptable using the device key and the identified device; and providing the requestor with the encrypted digital work, wherein: the device key enables decryption of a portion of the digital signature that contains a further key that enables decryption of the digital work in conjunction with the device key. retrieving the digital work from a repository; incorporating a digital signature throughout the digital work specific to a device, wherein the incorporated digital signature includes information identifying the device having the ability to access to the digital work; providing the identified device (230, 240) with a device key associated with the device; encrypting the digital work, wherein the digital work is decryptable using the device key and the identified device; and providing the requestor with the encrypted digital work, wherein: the device key enables decryption of a portion of the digital signature that contains a further key that enables decryption of the digital work in conjunction with the device key.
Composition comprising (a) at least one thermoplastic; b) filler material having a silica content of at least 80% by weight; c) at least one long glass fiber having a length of at least 0.5 mm and a diameter of 3 to 25 μm, said biological filler material comprising rice husk ash. (a) at least one thermoplastic; b) filler material having a silica content of at least 80% by weight; c) at least one long glass fiber having a length of at least 0.5 mm and a diameter of 3 to 25 μm, said biological filler material comprising rice husk ash.
A lighting apparatus comprising: a fixture accomodating a camera having imaging optics that define an optical axis, the fixture comprising; a base circuit board a pair of spaced-apart circuit boards (104, 106) mounted to the base circuit board so that the pair of spaced-apart circuit boards (104, 106) are substantially perpendicular to the base circuit board and substantially parallel to each other and to the optical axis, wherein the base circuit board and the pair of spaced-apart circuit boards (104, 106) form an open end of the fixture through which the imaging optics can capture an image; and one or more side-emitting illumination light sources positioned adjacent to the open end and mounted on an outside surface of at least one of the pair of spaced-apart circuit boards (104, 106), the one or more side-emitting illumination light sources positioned to direct light in the direction of the optical axis and toward a plane intersected by the optical axis. a fixture accomodating a camera having imaging optics that define an optical axis, the fixture comprising; a base circuit board a pair of spaced-apart circuit boards (104, 106) mounted to the base circuit board so that the pair of spaced-apart circuit boards (104, 106) are substantially perpendicular to the base circuit board and substantially parallel to each other and to the optical axis, wherein the base circuit board and the pair of spaced-apart circuit boards (104, 106) form an open end of the fixture through which the imaging optics can capture an image; and one or more side-emitting illumination light sources positioned adjacent to the open end and mounted on an outside surface of at least one of the pair of spaced-apart circuit boards (104, 106), the one or more side-emitting illumination light sources positioned to direct light in the direction of the optical axis and toward a plane intersected by the optical axis.
Method for generating a construction recommendation for an assembly of a plurality of components of a used gas turbine, comprising the automated steps of: determining a geometry of a flow-guiding component, in particular a rotor blade or stator blade, of the gas turbine; predicting aerodynamics and/or thermodynamics of the component on the basis of the determined geometry; classifying the component into one of a plurality of specified classes, wherein these classes are quality classes, designates the usefulness of the component on the basis of the predicted aerodynamics and/or thermodynamics; and predicting a property of an assembly with the component on the basis of its class, wherein properties of the assembly are predicted on the basis of different arrangements and/or different classes of the component of the assembly and wherein a construction recommendation for the assembly is output on the basis of one of the predicted properties, such that the component having a first class has a predicted second class after a repair, at least one property of the assembly is predicted with a comparison component of another class and it is determined from this whether the component without repair, the repaired component or a replacement component is to be installed at the corresponding position. determining a geometry of a flow-guiding component, in particular a rotor blade or stator blade, of the gas turbine; predicting aerodynamics and/or thermodynamics of the component on the basis of the determined geometry; classifying the component into one of a plurality of specified classes, wherein these classes are quality classes, designates the usefulness of the component on the basis of the predicted aerodynamics and/or thermodynamics; and predicting a property of an assembly with the component on the basis of its class, wherein properties of the assembly are predicted on the basis of different arrangements and/or different classes of the component of the assembly and wherein a construction recommendation for the assembly is output on the basis of one of the predicted properties, such that the component having a first class has a predicted second class after a repair, at least one property of the assembly is predicted with a comparison component of another class and it is determined from this whether the component without repair, the repaired component or a replacement component is to be installed at the corresponding position.
A device, comprising a multi-layer ceramic-based structure comprising a plurality of ceramic-based layers; a protrusion formed by at least one of the ceramic-based layers extending beyond at least one other of the ceramic-based layers at an edge of the multi-layer ceramic-based structure; at least one antenna formed by at least one conductive layer (141, 142; 145, 146) on the protrusion; and radio front end circuitry housed in a cavity of the multi-layer ceramic-based structure. a multi-layer ceramic-based structure comprising a plurality of ceramic-based layers; a protrusion formed by at least one of the ceramic-based layers extending beyond at least one other of the ceramic-based layers at an edge of the multi-layer ceramic-based structure; at least one antenna formed by at least one conductive layer (141, 142; 145, 146) on the protrusion; and radio front end circuitry housed in a cavity of the multi-layer ceramic-based structure.
An access control system (100, 600), comprising: a credential reader configured to exchange data with a computing device; an interactive reader commander configured to intercept a command exchanged between the credential reader and the computing device, determine whether the intercepted command corresponds to a sensitive command and, if the intercepted command is determined to correspond to a sensitive command, store the intercepted command in a command storage area unless and until a valid user input, that validates that the sensitive command is to be transmitted further, is received thereby limiting communication between the credential reader and computing device unless and until a valid user input is received at the interactive reader commander. a credential reader configured to exchange data with a computing device; an interactive reader commander configured to intercept a command exchanged between the credential reader and the computing device, determine whether the intercepted command corresponds to a sensitive command and, if the intercepted command is determined to correspond to a sensitive command, store the intercepted command in a command storage area unless and until a valid user input, that validates that the sensitive command is to be transmitted further, is received thereby limiting communication between the credential reader and computing device unless and until a valid user input is received at the interactive reader commander.
An infusion assembly (1a, 1b) for capsules and/or pods for obtaining infused beverages and the like, comprising a main body associable with a coffee machine or the like and supporting at least one element (5, 6, 24) adapted to define an infusion chamber (3a, 3b) adapted to accommodate a capsule or pod for infusions, and adapter means for said capsule or pod in said infusion chamber (3a, 3b), said adapter means comprising a body insertable by form-fit engagement in a seat defined by said at least one element, said body being of the hollow through type to define said infusion chamber (3a, 3b), characterized in that it further comprises a plurality of grooves which are defined on the inner surface of said body and are adapted to mutually match up with ribs defined on the outer surface of said capsule or pod, for the correct placement of said capsule or pod in said infusion chamber (3a, 3b).
In a video encoder, a method, comprising: encoding picture data for at least a block in a picture by determining a spatial pattern for a decoded intra prediction mode residue used to reconstruct the picture at the video encoder, the decoded intra prediction mode residue obtained by inverse quantizing and inverse transforming a transformed and quantized difference between an original version of the block and at least one predicted block, wherein the spatial pattern is used to determine a most probable mode used to encode an intra prediction mode selected for encoding the block (830, 835, 1030,1040, 1045, 1060, 1065, 1080,1230, 1235, 1245, 1265,1430), wherein the most probable mode is determined from among a plurality of intra prediction modes, and characterized in that the spatial pattern is used to determine the most probable mode by performing a spatial domain analysis of the spatial pattern, and in that the spatial domain analysis is based on at least one of gradients of residue pixels in the decoded intra prediction mode residue, and a correlation calculated between the decoded intra prediction mode residue and a predefined directional block mask. encoding picture data for at least a block in a picture by determining a spatial pattern for a decoded intra prediction mode residue used to reconstruct the picture at the video encoder, the decoded intra prediction mode residue obtained by inverse quantizing and inverse transforming a transformed and quantized difference between an original version of the block and at least one predicted block, wherein the spatial pattern is used to determine a most probable mode used to encode an intra prediction mode selected for encoding the block (830, 835, 1030,1040, 1045, 1060, 1065, 1080,1230, 1235, 1245, 1265,1430), wherein the most probable mode is determined from among a plurality of intra prediction modes, and characterized in that the spatial pattern is used to determine the most probable mode by performing a spatial domain analysis of the spatial pattern, and in that the spatial domain analysis is based on at least one of gradients of residue pixels in the decoded intra prediction mode residue, and a correlation calculated between the decoded intra prediction mode residue and a predefined directional block mask.
A system comprising a rapid prototyping device for building up a three-dimensional object from a build-up material, a material cartridge, and a plunger, wherein at least a component of the build-up material is a powder; the rapid prototyping device comprising: - at least a first chamber for building up the object from the build-up material; and the cartridge comprising: - a body into which a channel extends; - the channel forming a first cartridge opening in the body, wherein the channel is adapted to hold the powder; - a support being adapted to be movably arranged within the channel for a movement relative to the first cartridge opening, wherein the support comprises a plurality of through- holes; - the cartridge being adapted to be removably placed in the first chamber; and - the cartridge being adapted to form a reservoir; wherein the rapid prototyping device and the cartridge are adapted such that the rapid prototyping device can move the support of the cartridge, and wherein the rapid prototyping machine is adapted such that the presence of a cartridge is optional for building up the object so that the object can be built up in the reservoir of a cartridge present in the first chamber and in the first chamber outside the reservoir in absence of the cartridge, wherein the plunger is adapted to cooperate with the cartridge for moving the support, and wherein the system being further adapted such that the plunger blocks the through-holes during cooperation with the support for moving the support, and wherein the plunge opens the through-holes in a situation where the plunger is removed from the support. - at least a first chamber for building up the object from the build-up material; and - a body into which a channel extends; - the channel forming a first cartridge opening in the body, wherein the channel is adapted to hold the powder; - a support being adapted to be movably arranged within the channel for a movement relative to the first cartridge opening, wherein the support comprises a plurality of through- holes; - the cartridge being adapted to be removably placed in the first chamber; and - the cartridge being adapted to form a reservoir;
A ceiling suspended shelf where an overhead transport vehicle temporarily places articles in transporting the articles to a target position, the overhead transport vehicle transporting the articles by traveling along a rail while being suspended, the rail being provided on a ceiling of a building, the ceiling suspended shelf being suspended from the ceiling, the ceiling suspended shelf including an upper shelf having an upper support surface that supports the articles, characterized in that the upper shelf includes a switching mechanism for switching the state of the upper shelf between an open state that allows the articles to pass from below to above the upper shelf and a closed state that allows the upper shelf to support the articles and does not allow the articles to pass from below to above the upper shelf. the ceiling suspended shelf including an upper shelf having an upper support surface that supports the articles, characterized in that the upper shelf includes a switching mechanism for switching the state of the upper shelf between an open state that allows the articles to pass from below to above the upper shelf and a closed state that allows the upper shelf to support the articles and does not allow the articles to pass from below to above the upper shelf.
A test bench for measuring forces and torques of rotatably mounted bodies in charging devices, the test bench comprising: a rotatably mounted body of a charging device, a measuring component, and a bearing device for mounting the measuring component, characterized in that the bearing device is configured in such a way that the measuring component is frictionlessly mounted in the bearing device, and in that the measuring component is a measuring shaft which moves frictionlessly in the bearing device in the axial direction and can rotate around the longitudinal axis of the shaft in order to enable direct measurements of both a friction torque and also an axial force. a rotatably mounted body of a charging device, a measuring component, and a bearing device for mounting the measuring component, characterized in that the bearing device is configured in such a way that the measuring component is frictionlessly mounted in the bearing device, and in that the measuring component is a measuring shaft which moves frictionlessly in the bearing device in the axial direction and can rotate around the longitudinal axis of the shaft in order to enable direct measurements of both a friction torque and also an axial force.
Method for producing a friction welded joint for connecting at least two plate-like components (8, 9), in which a connecting element is used which has a collar and a mandrel, which mandrel has a planar cross-sectional area and penetrates the upper component(s) under rotation and pressure, and after penetration of the upper component(s), the cross-sectional area of the mandrel forms a friction-welded joint with the lower component, said connecting element being provided with a centering member to ensure that the connecting element, which is rotated and under pressure, is guided in a centered manner, with the length of said mandrel being adapted to the thickness of the upper component(s), that once a friction-welded joint has been produced with the lower component, the collar will rest against the uppermost component, characterized in that the centering member protrudes in the form of a pin (4, 13, 16) from the flat cross-sectional area (6, 12) of the mandrel that forms part of the friction-welded joint, and is designed to be sufficiently short and thin with respect to the length of the mandrel so that, once it has penetrated the upper component(s), its material softens and it almost completely becomes part of the friction-welded joint with the lower component.
A conveyor system for identifying an object on which an identification tag is affixed, comprising a conveyor frame for supporting between its two opposite sides (12A, 12B) a plurality of transverse conveyor rollers each having a roller shaft and an RFID interrogator exciting a radiant antenna for reading information from said identification tag, characterized in that said radiant antenna is a first magnetic loop formed by said conveyor frame and two adjacent roller shafts and excited by an excitation circuit (18, 28) connected to, but distinct from, said RFID interrogator.