mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a storage system, comprising: receiving an I/O request by a storage system front end on a first server of a plurality of servers of the storage system; determining a relevant storage system back end, of a plurality of storage system back ends, according to the I/O request, each server of the plurality of servers comprising one or more storage system back ends of the plurality of storage system back ends, wherein the plurality of storage system back ends are responsible for resiliency, and wherein the resiliency is configured according to a stripe size of an erasure-coding stripe and a protection level, and wherein the erasure-coding stripe never has more than one representative from each failure domain, wherein a failure domain refers to a group of servers of the plurality of servers which could become inaccessible due to a single external failure; relaying information associated with the I/O request to the relevant storage system back end; and communicating metadata associated with the I/O request between the relevant storage system back end and a first solid state drive of a plurality of SSDs of the storage system via an SSD agent of a plurality of SSD agents, wherein the relevant storage system back end stores relevant information on object storage as well as communicates with the SSD agent, and wherein an SSD agent resides on each server that contains an SSD used by the storage system, and wherein the SSD agent on a particular server provides a particular SSD, which the particular server contains, with access to all storage system back ends of the plurality of servers. receiving an I/O request by a storage system front end on a first server of a plurality of servers of the storage system; determining a relevant storage system back end, of a plurality of storage system back ends, according to the I/O request, each server of the plurality of servers comprising one or more storage system back ends of the plurality of storage system back ends, wherein the plurality of storage system back ends are responsible for resiliency, and wherein the resiliency is configured according to a stripe size of an erasure-coding stripe and a protection level, and wherein the erasure-coding stripe never has more than one representative from each failure domain, wherein a failure domain refers to a group of servers of the plurality of servers which could become inaccessible due to a single external failure; relaying information associated with the I/O request to the relevant storage system back end; and communicating metadata associated with the I/O request between the relevant storage system back end and a first solid state drive of a plurality of SSDs of the storage system via an SSD agent of a plurality of SSD agents, wherein the relevant storage system back end stores relevant information on object storage as well as communicates with the SSD agent, and wherein an SSD agent resides on each server that contains an SSD used by the storage system, and wherein the SSD agent on a particular server provides a particular SSD, which the particular server contains, with access to all storage system back ends of the plurality of servers.
Method for locating metallic objects, or for identifying defects on objects, in which the AC voltage energization of at least one transmitting coil is effected by a carrier signal (U in) having a carrier frequency, an amplitude- and/or phase-modulated received signal (U out) is received by means of at least one receiving coil, and a demodulation of the received signal is furthermore formed using a computer and a Fourier or wavelet transformation method, in such a way that a predefined number of digitally determined measurement results (samples) are fed to such a transformation method, associated magnitude values and/or phase values are calculated for the frequency of the carrier signal and at least one further frequency component and the magnitude and/or phase values thus calculated are used as direct measures of a present signal strength vector or phase angle vector of the demodulated received signal, characterized in that the at least one further frequency component is selected in the range of the harmonics of the carrier frequency and in that less than 1 sample is detected and processed per full wave of the carrier signal, and so an intermittent data acquisition in the sense of an undersampling is effected.
A method for adaptation of a first multimedia content (M1, M11) comprising: - receiving said first multimedia content (M1, M11); - receiving control data (C2, C22) and at least one second multimedia content (M2, M22), wherein said control data (C2, C22) are streamed over a channel; - determining at least one replacement specification on the basis of said control data (C2, C22) and a profile information; - identifying at least one replaceable object in said first multimedia content (M1, M11) according to said at least one replacement specification; - creating a third multimedia content (M11, M3, M33) by adapting said at least one replaceable object in said first multimedia content (M1, M11) on the basis of said at least one second multimedia content (M2, M22) and said at least one replacement specification; - providing said third multimedia content (M11, M3, M33) according to said profile information; - wherein said at least one second multimedia content (M2, M22) is streamed over said channel; - receiving additional control data streamed over an additional channel; - aggregating said control data (C2, C22), said additional control data, and said at least one second multimedia content (M2, M22) into an aggregated channel; - providing said aggregated channel according to said profile information. - receiving said first multimedia content (M1, M11); - receiving control data (C2, C22) and at least one second multimedia content (M2, M22), wherein said control data (C2, C22) are streamed over a channel; - determining at least one replacement specification on the basis of said control data (C2, C22) and a profile information; - identifying at least one replaceable object in said first multimedia content (M1, M11) according to said at least one replacement specification; - creating a third multimedia content (M11, M3, M33) by adapting said at least one replaceable object in said first multimedia content (M1, M11) on the basis of said at least one second multimedia content (M2, M22) and said at least one replacement specification; - providing said third multimedia content (M11, M3, M33) according to said profile information; - wherein said at least one second multimedia content (M2, M22) is streamed over said channel; - receiving additional control data streamed over an additional channel; - aggregating said control data (C2, C22), said additional control data, and said at least one second multimedia content (M2, M22) into an aggregated channel; - providing said aggregated channel according to said profile information.
A rotating shaft holding mechanism including a plurality of parallel spring links, each of the plurality of parallel spring links comprising: - a movable side connected to a rotating shaft by a hinge at a connection point at a distance h radially away from a center of rotation of the rotating shaft; - a plurality of deformable sides (C1, C2) which are parallel to each other; - hinges each of which connects one end of a corresponding one of the deformable sides (C1, C2) to the movable side; and - hinges each of which connects the other end of a corresponding one of the deformable sides (C1, C2) to a stationary section, characterized in that - the effective length of each of the deformable sides (C1, C2) being set to h to permit the rotating shaft, which is connected to the movable side by the hinge at the connecting point at the distance h radially away from the center of rotation of the rotating shaft, to rotate within a range of finite angles, - the plurality of parallel spring links comprising at least two parallel spring links oriented in different directions. - a movable side connected to a rotating shaft by a hinge at a connection point at a distance h radially away from a center of rotation of the rotating shaft; - a plurality of deformable sides (C1, C2) which are parallel to each other; - hinges each of which connects one end of a corresponding one of the deformable sides (C1, C2) to the movable side; and - hinges each of which connects the other end of a corresponding one of the deformable sides (C1, C2) to a stationary section, - the effective length of each of the deformable sides (C1, C2) being set to h to permit the rotating shaft, which is connected to the movable side by the hinge at the connecting point at the distance h radially away from the center of rotation of the rotating shaft, to rotate within a range of finite angles, - the plurality of parallel spring links comprising at least two parallel spring links oriented in different directions.
A hair clipping device comprising: - a housing, - a cutting assembly which is arranged on a distal end of said housing and comprises a stationary cutting blade and a moveable cutting blade, and - a comb attachment which is releasably attachable to the housing and comprises a plurality of comb teeth, wherein a front side of the housing that runs transverse to the distal end and the cutting assembly and comprises a corrugated surface (40, 40') with a plurality of adjacent ribs (42, 42') and recesses (44, 44') running parallel to each other, and wherein a front side of the comb teeth faces away from the housing and an opposing backside of the comb teeth contacts the corrugated surface (40, 40') when the comb attachment is attached to the housing, characterized in that the comb teeth of the comb attachment are at least partly received within the recesses (44, 44') when the comb attachment is attached to the housing, such that the backside of each comb tooth contacts a base of a respective one of the recesses (44, 44'); and wherein the comb teeth of the comb attachment have a width that substantially equals a width of the recesses (44, 44'). - a housing, - a cutting assembly which is arranged on a distal end of said housing and comprises a stationary cutting blade and a moveable cutting blade, and - a comb attachment which is releasably attachable to the housing and comprises a plurality of comb teeth,
A method performed by a client side application executed on a client device, comprising: transmitting a request to an authorization service, via a network, for access to a resource; receiving from the authorization service, via the network, a request for confirmation that the client device complies with a distribution rule associated with the resource, wherein the distribution rule requires a key application to be installed on the client device as a prerequisite to accessing the resource and the request for confirmation includes a key application identifier identifying the key application; and in response to a determination (210-Y) that the client device complies with the distribution rule, receiving an authorization credential from the key application, and accessing the resource using the authorization credential, wherein the determination that the client device complies with the distribution rule is performed by the client side application based on the key application identifier. transmitting a request to an authorization service, via a network, for access to a resource; receiving from the authorization service, via the network, a request for confirmation that the client device complies with a distribution rule associated with the resource, wherein the distribution rule requires a key application to be installed on the client device as a prerequisite to accessing the resource and the request for confirmation includes a key application identifier identifying the key application; and in response to a determination (210-Y) that the client device complies with the distribution rule, receiving an authorization credential from the key application, and accessing the resource using the authorization credential, wherein the determination that the client device complies with the distribution rule is performed by the client side application based on the key application identifier.
A disposable set including: a tube; and a sensing member disposed within the tube, the sensing member including: a first end having a first diameter and including at least one through hole positioned along a perimeter of the first end; a second end having a second diameter and including at least one through hole positioned along a perimeter of the second end, the first diameter and the second diameter being substantially equal to a diameter of an inner wall of the tube; and a middle portion located between the first end and the second end having a diameter that is less than the first diameter, the middle portion including at least one surface enhanced Raman spectroscopy ("SERS") sensing element, wherein the at least one through hole in the first end and the at least one through hole in the second end are configured to enable fluid to pass through the sensing member so that between the first end and the second end the fluid passes through a volume surrounding the middle portion. a tube; and a sensing member disposed within the tube, the sensing member including: a first end having a first diameter and including at least one through hole positioned along a perimeter of the first end; a second end having a second diameter and including at least one through hole positioned along a perimeter of the second end, the first diameter and the second diameter being substantially equal to a diameter of an inner wall of the tube; and a middle portion located between the first end and the second end having a diameter that is less than the first diameter, the middle portion including at least one surface enhanced Raman spectroscopy ("SERS") sensing element, wherein the at least one through hole in the first end and the at least one through hole in the second end are configured to enable fluid to pass through the sensing member so that between the first end and the second end the fluid passes through a volume surrounding the middle portion. a first end having a first diameter and including at least one through hole positioned along a perimeter of the first end; a second end having a second diameter and including at least one through hole positioned along a perimeter of the second end, the first diameter and the second diameter being substantially equal to a diameter of an inner wall of the tube; and a middle portion located between the first end and the second end having a diameter that is less than the first diameter, the middle portion including at least one surface enhanced Raman spectroscopy ("SERS") sensing element, wherein the at least one through hole in the first end and the at least one through hole in the second end are configured to enable fluid to pass through the sensing member so that between the first end and the second end the fluid passes through a volume surrounding the middle portion.
Method for operating a transport system, which has a plurality of transport means, which can be moved independently of one another and are in particular emission-free, combined into a overall set of transport means, and wherein when a transport means request occurs at a central control unit, the latter selects a plurality of transport means from the overall set of transport means, assigns them to a transport means subset and autonomously directs them to a transport starting location, wherein at the transport starting location a vehicle having a plurality of wheel axles (12, 13) is jointly received by the transport means contained in the transport means subset, in that either on sides of the wheel axles facing away from one another at least one of the transport means arranged adjacent to at least one wheel (14, 15) of the respective wheel axis (12, 13) and as viewed in axial direction with respect to the wheel axis (12, 13) of the wheel (14, 15) is overlapping with the wheel (14, 15), and subsequently the transport means are moved autonomously towards one another for lifting the vehicle or in that on mutally facing sides of the wheel axles, in each case at least one of the transport means is arranged adjacent to at least one wheel (14, 15) of the respective wheel axle (12, 13) and, as viewed in axial direction with respect to the wheel axle (12, 13) of the wheel (14, 15) is overlapping with the wheel (14, 15) and subsequently the transport means are moved away from one another autonomously for lifting the vehicle, characterised in that the transport means by means of communication connection to the vehicle control at least one vehicle component of the vehicle such that the wheel (14, 15) is freely rotatably during loading or rotates for driving onto the transport means and optionally additionally that the wheel (14, 15) is blocked after loading.
A tyre support device, which comprises a frame that has an inclined structure with a window, providing on said frame at least two adjusting devices for positioning the tyre on the frame, each of said adjusting devices comprising: - Second adjusting means, that move on the inclined structure of the frame for adapting to the diameter of the tyre, - First adjusting means, placed on said second adjusting means to displace along the same to adapt to the width of the tyre, and - Support means, associated to the first adjustment means, for supporting the tyre on its surface, driven by rotating means that make the support means rotate to make the tyre rotate on its axis, wherein the second adjusting means move on the inclined structure to adapt to the diameter of the tyre, moving at the same time the first adjusting means with the support means placed on said second adjusting means, so that the support means make the tyre rotate after the first adjusting means adapt to the width of the tyre. - Second adjusting means, that move on the inclined structure of the frame for adapting to the diameter of the tyre, - First adjusting means, placed on said second adjusting means to displace along the same to adapt to the width of the tyre, and - Support means, associated to the first adjustment means, for supporting the tyre on its surface, driven by rotating means that make the support means rotate to make the tyre rotate on its axis,
Method for manufacturing a microchannel, characterised in that it comprises at least: - a step of fastening via a covalent bond a polymer of the hydrogel type onto a face of a substrate, the polymer of the hydrogel type being capable of undergoing variations in volume under the action of an outside stimulus; - a step of forming said microchannel at the interface of two layers of material, at least one of the two materials being the substrate, in such a way that the polymer is disposed in the volume of said microchannel; and in that: - the step of fastening the polymer is carried out before the step of forming the microchannel; - said face of the substrate is flat; - said variations in volume being carried out perpendicularly to said face of the substrate; - the polymer modifying the hydrodynamic resistance of the microchannel in a reversible manner. - a step of fastening via a covalent bond a polymer of the hydrogel type onto a face of a substrate, the polymer of the hydrogel type being capable of undergoing variations in volume under the action of an outside stimulus; - a step of forming said microchannel at the interface of two layers of material, at least one of the two materials being the substrate, in such a way that the polymer is disposed in the volume of said microchannel; - the step of fastening the polymer is carried out before the step of forming the microchannel; - said face of the substrate is flat; - said variations in volume being carried out perpendicularly to said face of the substrate; - the polymer modifying the hydrodynamic resistance of the microchannel in a reversible manner.
Apparatus to determine changes in intraventricular conduction in order to build a conduction curve; the apparatus comprising means for recording and analysing a surface electrocardiogram for distinguishing a physiological signal from noise including: a) means to pace (7,8,) the heart in a pacing sequence comprising a number of stimuli with a constant interval followed by an early stimulus, in which the interval between the early stimulus and the preceding constant rate stimulus is smaller than the interval between the constant rate stimuli; b) means to repeat the pacing sequence multiple times with the same interval between the early stimulus and the preceding constant rate stimulus; c) means to repeat the pacing sequence multiple times with a different interval between the early stimulus and the preceding constant rate stimulus; d) means to create surface electrocardiogram records (2, 3, 4, 5, 9, 10, 11) during the repeated pacing sequences in b) and c) e) means to average the surface electrocardiogram records corresponding to each of the early stimuli paced in b); f) means to average the surface electrocardiogram records corresponding to each of the early stimuli paced in c); and g) means to compare the averaged recorded surface electrocardiogram taken from e) and f) and to display the differences thereby displaying a conduction curve. a) means to pace (7,8,) the heart in a pacing sequence comprising a number of stimuli with a constant interval followed by an early stimulus, in which the interval between the early stimulus and the preceding constant rate stimulus is smaller than the interval between the constant rate stimuli; b) means to repeat the pacing sequence multiple times with the same interval between the early stimulus and the preceding constant rate stimulus; c) means to repeat the pacing sequence multiple times with a different interval between the early stimulus and the preceding constant rate stimulus; d) means to create surface electrocardiogram records (2, 3, 4, 5, 9, 10, 11) during the repeated pacing sequences in b) and c) e) means to average the surface electrocardiogram records corresponding to each of the early stimuli paced in b); f) means to average the surface electrocardiogram records corresponding to each of the early stimuli paced in c); and g) means to compare the averaged recorded surface electrocardiogram taken from e) and f) and to display the differences thereby displaying a conduction curve.