mhurhangee/ep-ind-claims huggingface dataset:
A method of processing transactions associated with a command in a storage system having a plurality of storage devices, comprising: allocating partitions in the storage devices to first and second authorities, wherein an authority is an owner of data and metadata; receiving, at the first authority of the storage system, a command relating to user data, wherein a command includes one or more transactions; maintaining a pre-transaction state of the system; sending a transaction of the command, from the first authority to the second authority of the storage system, wherein a token is associated with the transaction and indicates that the authority executing the transaction has permission to perform the transaction and is permitted to write data to an allocated partition of a storage device; writing data in accordance with the transaction as permitted by the token into a partition that is allocated to the second authority in a storage device of the storage system; and transitioning the system to a post-transaction state of the system when the transaction is complete. allocating partitions in the storage devices to first and second authorities, wherein an authority is an owner of data and metadata; receiving, at the first authority of the storage system, a command relating to user data, wherein a command includes one or more transactions; maintaining a pre-transaction state of the system; sending a transaction of the command, from the first authority to the second authority of the storage system, wherein a token is associated with the transaction and indicates that the authority executing the transaction has permission to perform the transaction and is permitted to write data to an allocated partition of a storage device; writing data in accordance with the transaction as permitted by the token into a partition that is allocated to the second authority in a storage device of the storage system; and transitioning the system to a post-transaction state of the system when the transaction is complete.
A lifting assembly comprising a support structure arranged to support a load suspended from the support structure, a guide line arranged to extend from a first location, to a second location, a wheel assembly with one or more wheels (621, 622, 623) arranged to engage, and roll along the guide line, and a control line assembly arranged to extend from the wheel assembly to the load, wherein the lifting assembly comprises a retainer arranged to connect, between the first and second locations, the guide line to the support structure, wherein the retainer comprises a retainer bracket for fixing the retainer to the guide line, and wherein the wheel assembly comprises a plurality of wheels (621, 622, 623) which are distributed around the guide line, is characterized in that one or more of the wheels (621, 622, 623) is spring loaded so as to be biased against the guide line, allowing displacement of the spring loaded wheel(s) (621, 622, 623), away from the guideline, when the wheel(s) (621, 622, 623) roll(s) over the retainer bracket engaging the guideline, thus allowing the wheel assembly to ride over the retainer.
An ultrasound focusing transducer comprising a shell, and a piezoelectric ceramic wafer, a fixed sealing part, and a support having an installing hole accommodated in the shell; the piezoelectric ceramic wafer is of a spherical segment shape and has a spherical-segment shaped through hole which is provided with a first side opening and a second side opening which are circular and arranged oppositely, wherein the hole size of the first side opening is smaller than that of the second side opening, one end of the piezoelectric ceramic wafer forming the second side opening abuts against one end of the shell, and one end of the piezoelectric ceramic wafer forming the first side opening faces the other end of the shell; the fixed sealing part is annular and installed on the inner surface of the shell; the support comprises a clamping part, the clamping part being adapted to press and clamp a periphery of the first side opening of the piezoelectric ceramic wafer and fix the support on the piezoelectric ceramic wafer, and the installing hole being communicated with the spherical-segment shaped through hole; the shell comprises a cylindrical side wall and a projection extending radially inwardly from one end of the side wall; the fixed sealing part, the support and the piezoelectric ceramic wafer cooperatively form a sealed air cavity characterised in that the fixed sealing part abuts against the piezoelectric ceramic wafer, the end of the piezoelectric ceramic wafer forming the second side opening abuts against a joint between the projection and the side wall of the shell, and the fixed sealing part is connected to the support in a sealed manner.
Electromechanical protective switching device, in particular line circuit breaker, residual-current circuit breaker or power breaker, which has at least one insulating apparatus for covering a conductive contact element (9, 10, 11) of the electromechanical protective switching device, wherein the conductive contact element (9, 10, 11) is arranged behind a housing opening in the protective switching device, - comprising a main body which can be fastened to a housing of the protective switching device and has an opening for at least one electrical connection line to pass through, - wherein the opening is subdivided into two partial openings (105, 106) by a web in such a way - that a connection line can be passed through each of the partial openings (105, 106), - wherein, in the state in which the insulating apparatus is mounted on the protective switching device, manual contact with the contact element (9, 10, 11) is precluded, characterized in that the web is in the form of a thin-walled hollow profile. - comprising a main body which can be fastened to a housing of the protective switching device and has an opening for at least one electrical connection line to pass through, - wherein the opening is subdivided into two partial openings (105, 106) by a web in such a way - that a connection line can be passed through each of the partial openings (105, 106), - wherein, in the state in which the insulating apparatus is mounted on the protective switching device, manual contact with the contact element (9, 10, 11) is precluded,
An optical sensor comprising - a hollow core waveguide comprising at least one distributed Bragg reflector, and - at least one deflecting element configured for changing the geometry and/or dimension of the hollow core waveguide when submitted to a force, characterized in that the optical sensor comprises at least one solid core waveguide adjacent the hollow core waveguide, each waveguide of said at least one solid core waveguide being configured as a respective coupling element for coupling light into and/or out of the hollow core of the hollow core waveguide and in that the optical sensor comprises a waveguide sensor chip wherein the hollow core waveguide, the at least one deflecting element and the at least one solid core waveguide are integrated in the waveguide sensor chip. - a hollow core waveguide comprising at least one distributed Bragg reflector, and - at least one deflecting element configured for changing the geometry and/or dimension of the hollow core waveguide when submitted to a force,
A segmentation apparatus for interactively segmenting blood vessels in angiographic image data, wherein the segmentation apparatus comprises: - a significant location determining unit for determining one or more locations of a current segmentation of the blood vessels in the angiographic image data as significant locations at which the current segmentation has a predetermined influence on a value of a blood flow parameter that is calculated based on the current segmentation, and - a display unit for displaying the significant locations to an operator, wherein the significant location determining unit comprises: - a significant location candidate determining unit for determining one or more locations of the current segmentation as significant location candidates based on a criterion that depends on the current segmentation at the one or more locations, and - a blood flow parameter calculating unit for calculating, for a simulated variation of the diameter of the current segmentation at one of the significant location candidates, the value of the blood flow parameter at one or more of the significant location candidates, wherein the significant location determining unit is adapted to determine the one of the significant location candidates as a significant location if the simulated variation of the diameter of the current segmentation results in a predetermined variation in the value of the blood flow parameter at one or more of the significant location candidates. - a significant location determining unit for determining one or more locations of a current segmentation of the blood vessels in the angiographic image data as significant locations at which the current segmentation has a predetermined influence on a value of a blood flow parameter that is calculated based on the current segmentation, and - a display unit for displaying the significant locations to an operator, wherein the significant location determining unit comprises: - a significant location candidate determining unit for determining one or more locations of the current segmentation as significant location candidates based on a criterion that depends on the current segmentation at the one or more locations, and - a blood flow parameter calculating unit for calculating, for a simulated variation of the diameter of the current segmentation at one of the significant location candidates, the value of the blood flow parameter at one or more of the significant location candidates,
Sanitary wall module comprising a stud frame composed of vertical and horizontal profile bars (2, 3) and connectors, at least one water inlet connection, and at least one cladding panel to be attached to the front of the stud frame, which has at least one opening (12, 12 I), wherein the stud frame is designed as a prefabricated stud frame for forming a wall module, and wherein the cladding panel is designed as a prefabricated cladding panel in that it already has the at least one opening (12, 12 I) and is dimensioned and/or cut to size in such a way that in the assembled state it extends substantially over the entire height and/or the entire width of the stud frame, characterised in that the at least one water inlet connection is mounted on a fitting plate (8, 8 I, 8 II) connected to the stud frame, a mixing and/or distributing fitting being mounted on the fitting plate (8, 8 I, 8 II), to which the at least one water inlet connection is connected via a pipeline, the fitting plate (8, 8 I, 8 II) being shaped in such a way that it has mounting planes (M1, M2) which are horizontally spaced apart from one another, wherein the mixing and/or distributing fitting is mounted on a different one of these mounting planes (M1, M2) than the at least one water inlet connection, and wherein the horizontal distance between the mounting planes (M1, M2) is dimensioned such that the pipeline connecting the water inlet connection to the mixing and/or distributing fitting extends as an axially straight pipeline in a plane which is parallel to the mounting planes (M1, M2) of the fitting plate (8, 8 I, 8 II).
A railway vehicle comprising a bogie, a body, a suspension by means of pneumatic springs arranged between the bogie and the body, at each side of the railway vehicle, and a tilt control system comprising valves for controlling the filling and emptying of said pneumatic springs to cause an inclination of the body with respect to the plane of the track, each of the valves being mounted on one of the bogie or the body and incorporating an operating lever and a connecting rod articulating the operating lever to the other of the bogie or the body, so that tilting of the body towards one side of the vehicle makes the connecting rods act over the levers of the valves in an opposite manner on each side of the vehicle, causing the pneumatic springs of the side towards which the body tilts to fill up with air and the pneumatic springs on the opposite side to empty, and characterized in that, on a straight route, the connecting rod associated to each operating lever is inclined with respect to the perpendicular to the plane of the track, so that said inclined connecting rods determine a combined response of operation of the valves due to both the inclination and the lateral movement of the body caused by the inertial forces generated in curves.
A pedal module for an aircraft rudder bar, said pedal module (10A, 10B) comprising a single pedal (8A, 8B), the pedal module (10A, 10B) being intended to be arranged on a central module of the rudder bar, characterized in that it is monobloc and further comprises at least one integrated adjustment system which enables neutral inclination of the pedal (8A, 8B) to be modified, as well as a connection device which enables a removable connection of the pedal module (10A, 10B) to be produced.
A method comprising: detecting, by an apparatus, a response to a frame, the response transmitted from a first device as addressed to a second device different from the apparatus and comprising a first value indicating a received signal strength between the first device and the second device; determining, by the apparatus, a second value indicating a received signal strength of the response in the apparatus; and causing, by the apparatus, transmission of an overlapping frame that overlaps with a transmission between the first device and the second device only if the second value in proportion to the first value is below a determined threshold. detecting, by an apparatus, a response to a frame, the response transmitted from a first device as addressed to a second device different from the apparatus and comprising a first value indicating a received signal strength between the first device and the second device; determining, by the apparatus, a second value indicating a received signal strength of the response in the apparatus; and causing, by the apparatus, transmission of an overlapping frame that overlaps with a transmission between the first device and the second device only if the second value in proportion to the first value is below a determined threshold.
A method for predicting a performance indicator for a service in a network, the method being performed by a network node (2; 3; 4) of the network, the method comprising: obtaining measurement data of a metric affecting a service communicating via a radio access network, RAN, node, wherein the metric is independent of the service communicating via the RAN node; inputting the obtained measurement data into a prediction model for performance of the service communicating via the RAN node, wherein the prediction model has been trained with measurement data from the RAN node and measurement data from an end node; and predicting the performance indicator for performance of the service in the network. obtaining measurement data of a metric affecting a service communicating via a radio access network, RAN, node, wherein the metric is independent of the service communicating via the RAN node; inputting the obtained measurement data into a prediction model for performance of the service communicating via the RAN node, wherein the prediction model has been trained with measurement data from the RAN node and measurement data from an end node; and predicting the performance indicator for performance of the service in the network.
An optical aiming device for aiming a shot gun having a barrel with an aiming bridge and which upon firing a shot provides a shot pattern, said optical aiming device comprising; a base part having an extension, a distal and a proximal end (12, 13) and comprising means for attaching said aiming device to said shot gun; a mirror or lens having a maximum height and a maximum width; a light source, said light source being arranged to project light on said mirror or lens, wherein said mirror or lens is arranged to reflect or redirect at least parts of said light in a first direction, said projected light forming a reticle; said reticle defining a target area, and in that said target area corresponds to the shot pattern at a predetermined distance from said transparent mirror or lens; characterized in that: said optical aiming device (10 comprises a light sensor arrangement adapted to detect the intensity of the light of a predetermined area at a predetermined distance from the light sensor arrangement, whereby the light in the ambient environment in front of the aiming device is collected by a convex lens and directed to a detector, whereby a shutter is confgured to adjust an effective detector area of said detector in accordance with the size of the predetermined area, whereby the optical aiming device comprises means to adjust the intensity of the reticle as a function of the detected light intensity. said optical aiming device (10 comprises a light sensor arrangement adapted to detect the intensity of the light of a predetermined area at a predetermined distance from the light sensor arrangement, whereby the light in the ambient environment in front of the aiming device is collected by a convex lens and directed to a detector, whereby a shutter is confgured to adjust an effective detector area of said detector in accordance with the size of the predetermined area,
Contact carrier for receiving an electrical contact element, wherein the contact carrier has a base body and a holding element, wherein the base body has a plug-in side and a connection side, wherein the base body comprises a continuous opening that is configured as a contact receptacle, wherein the contact receptacle extends through the base body from the connection side to the plug-in side along a plug axis, and wherein the holding element can be fastened to the connection side of the base body, wherein the holding element has a guide region that protrudes into the contact receptacle, and also a latching region, wherein the latching region has at least one latching means, wherein the latching means can be latched to the base body, characterized in that the latching region and the guide region are configured in such a manner that they can rotate with respect to one another, and in that the holding element can be pulled out of the contact receptacle by rotating and unlocking the latching region, as a result of which disassembly of the contact element is made possible.
A method comprising: obtaining, by an encryption/decryption engine on an Integrated Circuit, IC, of a computing device, at least one plaintext data; marking, by a processor of the IC, a value of a selector bit to indicate whether the at least one plaintext data is to be sent to a memory or to an I/O device; determining, by the encryption/decryption engine, whether the at least one plaintext data is to be sent to the memory in the computing device or to the Input/Output, I/O, device using the value of the selector bit; applying, by the encryption/decryption engine, when the at least one plaintext data is to be sent to the I/O device, an encryption primitive of a block cipher encryption algorithm to the at least one plaintext data to create output encrypted data, wherein an initialization vector that comprises a random number is applied to the encryption primitive; storing, by the encryption/decryption engine, when the at least one plaintext data is to be sent to the I/O device, the output encrypted data into a particular address of the memory; sending, by the processor, when the at least one plaintext data is to be sent to the I/O device, a write request to the I/O device including the particular address of the memory; and applying, by the encryption/decryption engine, when the at least one plaintext data is to be sent to the memory, the encryption primitive to the at least one plaintext data to create output encrypted data, wherein an initialization vector that comprises a physical address of the at least one plaintext data is applied to the encryption primitive. obtaining, by an encryption/decryption engine on an Integrated Circuit, IC, of a computing device, at least one plaintext data; marking, by a processor of the IC, a value of a selector bit to indicate whether the at least one plaintext data is to be sent to a memory or to an I/O device; determining, by the encryption/decryption engine, whether the at least one plaintext data is to be sent to the memory in the computing device or to the Input/Output, I/O, device using the value of the selector bit; applying, by the encryption/decryption engine, when the at least one plaintext data is to be sent to the I/O device, an encryption primitive of a block cipher encryption algorithm to the at least one plaintext data to create output encrypted data, wherein an initialization vector that comprises a random number is applied to the encryption primitive; storing, by the encryption/decryption engine, when the at least one plaintext data is to be sent to the I/O device, the output encrypted data into a particular address of the memory; sending, by the processor, when the at least one plaintext data is to be sent to the I/O device, a write request to the I/O device including the particular address of the memory; and applying, by the encryption/decryption engine, when the at least one plaintext data is to be sent to the memory, the encryption primitive to the at least one plaintext data to create output encrypted data, wherein an initialization vector that comprises a physical address of the at least one plaintext data is applied to the encryption primitive.