mhurhangee/ep-ind-claims huggingface dataset:
A controller system (1, 1a), comprising: a control apparatus (100, 100a), adapted to execute a control program (1086, 1086a) for realizing a control arithmetic operation for controlling a control target, wherein the control target comprises at least one slave connected to the control apparatus (100, 100a), wherein the control apparatus is adapted to exert control in at least one action state of multiple action states; and a security monitoring device (200, 200a), adapted to execute a security protection process which is adapted to detect a security event which is possible to occur in the controller system (1, 1a) and which is adapted to execute a process in correspondence with the detected security event, wherein the controller system is characterized in that execution contents of the security protection process performed by the security monitoring device (200, 200a) are determined in accordance with an action state of the control apparatus (100, 100a) and a notification issued by the control arithmetic operation by the control apparatus (100, 100a), wherein the notification issued by the control arithmetic operation comprises a notification of an abnormality generated in the control target, and in a case with the notification of the abnormality, the security monitoring device (200, 200a) is adapted to enable communication between the control apparatus (100, 100a) and a superordinate apparatus (600, 600a) of the control apparatus (100, 100a). a control apparatus (100, 100a), adapted to execute a control program (1086, 1086a) for realizing a control arithmetic operation for controlling a control target, wherein the control target comprises at least one slave connected to the control apparatus (100, 100a), wherein the control apparatus is adapted to exert control in at least one action state of multiple action states; and a security monitoring device (200, 200a), adapted to execute a security protection process which is adapted to detect a security event which is possible to occur in the controller system (1, 1a) and which is adapted to execute a process in correspondence with the detected security event, wherein the controller system is characterized in that execution contents of the security protection process performed by the security monitoring device (200, 200a) are determined in accordance with an action state of the control apparatus (100, 100a) and a notification issued by the control arithmetic operation by the control apparatus (100, 100a), wherein the notification issued by the control arithmetic operation comprises a notification of an abnormality generated in the control target, and in a case with the notification of the abnormality, the security monitoring device (200, 200a) is adapted to enable communication between the control apparatus (100, 100a) and a superordinate apparatus (600, 600a) of the control apparatus (100, 100a).
Carriage assembly for a construction machine having - a device carriage which is linearly movable along a substantially vertical guide means and - a carriage insert which can be releasably connected to the device carriage, wherein a first connection and a second connection are provided, - wherein in order to form the first connection at least one slotted insertion link is provided which, when in usage position, is arranged either on the device carriage and open in the downward direction or on the carriage insert and open in the upward direction, - wherein corresponding thereto at least one insertion bolt is arranged opposite on the carriage insert or the device carriage, wherein, when in usage position, the carriage insert can be slid in from below relative to the device carriage in order to form the first connection, and - wherein the second connection is designed as at least one bolt connection with a locking bolt. - a device carriage which is linearly movable along a substantially vertical guide means and - a carriage insert which can be releasably connected to the device carriage, wherein a first connection and a second connection are provided, - wherein in order to form the first connection at least one slotted insertion link is provided which, when in usage position, is arranged either on the device carriage and open in the downward direction or on the carriage insert and open in the upward direction, - wherein corresponding thereto at least one insertion bolt is arranged opposite on the carriage insert or the device carriage, wherein, when in usage position, the carriage insert can be slid in from below relative to the device carriage in order to form the first connection, and - wherein the second connection is designed as at least one bolt connection with a locking bolt.
A method of operating a managing component of a virtualized application cluster, wherein the cluster is to comprise a system controller and at least one virtual machine with a dedicated function, the method comprising: deploying the system controller and providing the system controller with access to an association between virtual machine identifiers and virtual machine functions, wherein each virtual machine identifier is locally unique within the virtualized cluster; determining a virtual machine identifier that is associated with the dedicated function of the virtual machine to be deployed, wherein the dedicated function defines booting information dedicated to the virtual machine, wherein the booting information defines at least one of an address of a boot server configured to provide one or more boot files to the virtual machine and a file path to the one or more boot files, and wherein the virtual machine identifier is determined from an Open Virtualization Format file, wherein the OVF file contains a descriptor for each virtual machine; and deploying the virtual machine and statically configuring the virtual machine, at deployment, with the determined virtual machine identifier. deploying the system controller and providing the system controller with access to an association between virtual machine identifiers and virtual machine functions, wherein each virtual machine identifier is locally unique within the virtualized cluster; determining a virtual machine identifier that is associated with the dedicated function of the virtual machine to be deployed, wherein the dedicated function defines booting information dedicated to the virtual machine, wherein the booting information defines at least one of an address of a boot server configured to provide one or more boot files to the virtual machine and a file path to the one or more boot files, and wherein the virtual machine identifier is determined from an Open Virtualization Format file, wherein the OVF file contains a descriptor for each virtual machine; and deploying the virtual machine and statically configuring the virtual machine, at deployment, with the determined virtual machine identifier.
A method of determining a vertical profile signal z of a rail surface, comprising: - a step of obtaining a vertical acceleration signal acc 1, by measuring vertical acceleration of a bogie of a rail vehicle that runs on the rail surface; - a step of processing the vertical acceleration signal acc 1 to obtain a vertical velocity signal vel 1; - a step of determining the vertical profile signal of the rail surface, by using the vertical acceleration signal acc 1 and the vertical velocity signal vel 1 as inputs to a simulation model of the bogie, said model comprising an unsprung mass m 1 connected to a sprung mass m 2, wherein the vertical acceleration signal acc 1 represents the vertical acceleration of the unsprung mass m 1; and - a step of measuring a linear velocity signal n of the rail vehicle, wherein the linear velocity signal is used in the step of determining to convert the vertical profile signal z from the time domain to the distance domain. - a step of obtaining a vertical acceleration signal acc 1, by measuring vertical acceleration of a bogie of a rail vehicle that runs on the rail surface; - a step of processing the vertical acceleration signal acc 1 to obtain a vertical velocity signal vel 1; - a step of determining the vertical profile signal of the rail surface, by using the vertical acceleration signal acc 1 and the vertical velocity signal vel 1 as inputs to a simulation model of the bogie, said model comprising an unsprung mass m 1 connected to a sprung mass m 2, wherein the vertical acceleration signal acc 1 represents the vertical acceleration of the unsprung mass m 1; and - a step of measuring a linear velocity signal n of the rail vehicle, wherein the linear velocity signal is used in the step of determining to convert the vertical profile signal z from the time domain to the distance domain.
A method performed by data processing apparatus, the method comprising: receiving a file to be stored across a plurality of storage nodes each including a cache and a slower storage; storing the file by storing a plurality of portions of the file each on a different storage node, including writing a first portion to a first storage node's cache until determining that the first storage node's cache is full and selecting a different second storage node in response to determining that the first storage node's cache is full; copying the first portion from the first storage node's cache to the first storage node's slower storage in response to writing the first portion to the first storage node's cache; and recording, for each portion of the file, a location of the portion, the location indicating at least a storage node storing the portion, wherein determining that the first storage node's cache is full comprises determining that a data storage rate for writing the first portion to the first storage node's cache has dropped in response to monitoring the data storage rate. receiving a file to be stored across a plurality of storage nodes each including a cache and a slower storage; storing the file by storing a plurality of portions of the file each on a different storage node, including writing a first portion to a first storage node's cache until determining that the first storage node's cache is full and selecting a different second storage node in response to determining that the first storage node's cache is full; copying the first portion from the first storage node's cache to the first storage node's slower storage in response to writing the first portion to the first storage node's cache; and recording, for each portion of the file, a location of the portion, the location indicating at least a storage node storing the portion, wherein determining that the first storage node's cache is full comprises determining that a data storage rate for writing the first portion to the first storage node's cache has dropped in response to monitoring the data storage rate.
A compound having the formula R1 - COOH wherein R1 is an alkyl group having a C 7-11 backbone, optionally branched with a methyl, ethyl or butyl group at any C position in the backbone, or a pharmaceutically acceptable salt, amide or ester thereof, wherein the backbone of the alkyl group, and/or the branched alkyl groups, are optionally interrupted by one or more heteroatoms selected from the group consisting of oxygen, sulphur and nitrogen, wherein the compound is selected from dodecanoic acid 4-methyloctanoic acid, 4-ethyloctanoic acid, 4-methylnonanoic acid, and 3-Methylundecanoic acid, for use in the treatment or prevention of a disease or a biomedical condition selected from bipolar disorders, mania, depression, migraine, Alzheimer's disease, and ischemia. wherein R1 is an alkyl group having a C 7-11 backbone, optionally branched with a methyl, ethyl or butyl group at any C position in the backbone, or a pharmaceutically acceptable salt, amide or ester thereof, wherein the backbone of the alkyl group, and/or the branched alkyl groups, are optionally interrupted by one or more heteroatoms selected from the group consisting of oxygen, sulphur and nitrogen, wherein the compound is selected from dodecanoic acid 4-methyloctanoic acid, 4-ethyloctanoic acid, 4-methylnonanoic acid, and 3-Methylundecanoic acid, for use in the treatment or prevention of a disease or a biomedical condition selected from bipolar disorders, mania, depression, migraine, Alzheimer's disease, and ischemia.
A process of reducing the agricultural residue content of a citrus oil, comprising: (a) vacuum batch-distilling an AR-containing cold-pressed citrus oil to give a low-AR distillate and a high-AR residue; (b) subjecting the high-AR residue from (a) to single-stage vacuum distillation, to give a high-AR distillate and a low-AR residue; (c) subjecting the high-AR distillate from (b) to a further batch distillation to give a redistilled low-AR distillate and a waste high-AR redistilled residue; and (d) combining the low-AR distillate of (a), the low-AR residue of (b) and the redistilled low-AR distillate of (c) to give a low-AR citrus oil. (a) vacuum batch-distilling an AR-containing cold-pressed citrus oil to give a low-AR distillate and a high-AR residue; (b) subjecting the high-AR residue from (a) to single-stage vacuum distillation, to give a high-AR distillate and a low-AR residue; (c) subjecting the high-AR distillate from (b) to a further batch distillation to give a redistilled low-AR distillate and a waste high-AR redistilled residue; and (d) combining the low-AR distillate of (a), the low-AR residue of (b) and the redistilled low-AR distillate of (c) to give a low-AR citrus oil.
Sector light, which comprises: a light source unit, the light source unit comprising light source parts (301, 302, 303) one above another and having different colors, which form layers one above another, for each color of at least one light source part, wherein a light source part comprises a light source (101, 102, 103) and means for refracting light, by the aid of which means the light is refracted to be omnidirectional in mainly the horizontal direction, an obscuring wall unit, which comprises a light-impermeable obscuring wall, in which are light apertures (111, 112, 113, 114), from which light is visible in the desired direction from each layer of the light source unit in such a way that the desired sector or sectors of horizontal light remain in each layer of the light source unit, wherein the obscuring wall unit can be fixed to its mounting base, characterized in that a transparent cover is fitted around the light source unit, the light source unit, having the surrounding transparent cover, forms an integral and sealed structure in such a way that the light source unit can be detachably fixed, with fixing means, inside the obscuring wall unit in such a way that the layers of the light source unit and the corresponding light apertures of the obscuring wall unit are face-to-face, and wherein the light source unit and the obscuring wall unit are essentially separate parts in which case the light source unit is replaceable and/ or removable from inside the obscuring wall unit without needing to detach the obscuring wall unit from its mounting base. a light source unit, the light source unit comprising light source parts (301, 302, 303) one above another and having different colors, which form layers one above another, for each color of at least one light source part, wherein a light source part comprises a light source (101, 102, 103) and means for refracting light, by the aid of which means the light is refracted to be omnidirectional in mainly the horizontal direction, an obscuring wall unit, which comprises a light-impermeable obscuring wall, in which are light apertures (111, 112, 113, 114), from which light is visible in the desired direction from each layer of the light source unit in such a way that the desired sector or sectors of horizontal light remain in each layer of the light source unit, wherein the obscuring wall unit can be fixed to its mounting base, characterized in that a transparent cover is fitted around the light source unit, the light source unit, having the surrounding transparent cover, forms an integral and sealed structure in such a way that the light source unit can be detachably fixed, with fixing means, inside the obscuring wall unit in such a way that the layers of the light source unit and the corresponding light apertures of the obscuring wall unit are face-to-face, and wherein the light source unit and the obscuring wall unit are essentially separate parts in which case the light source unit is replaceable and/ or removable from inside the obscuring wall unit without needing to detach the obscuring wall unit from its mounting base.
A process for the production of a filter media for fluid filtration having antimicrobial properties comprising the steps of: a) diluting polyacrylic acid in deionized water to form a diluted solution; b) adding lignite-based powdered activated carbon to said diluted solution and blending to form a blended solution; c) soaking said blended solution; d) mixing a copper-zinc alloy with a wet cellulose fibrillated fiber, a heavy metal removal powder adsorbent, and a CoPET/PET polyester fiber, with said blended solution to form a resultant solution; e) blending said resultant solution; f) forming a paper slurry from said resultant solution; and g) drying said paper slurry to form said filter media. a) diluting polyacrylic acid in deionized water to form a diluted solution; b) adding lignite-based powdered activated carbon to said diluted solution and blending to form a blended solution; c) soaking said blended solution; d) mixing a copper-zinc alloy with a wet cellulose fibrillated fiber, a heavy metal removal powder adsorbent, and a CoPET/PET polyester fiber, with said blended solution to form a resultant solution; e) blending said resultant solution; f) forming a paper slurry from said resultant solution; and g) drying said paper slurry to form said filter media.
A communication terminal including a plurality of communication means (11, 12) with different communication distances, comprising: a presence status detection means that detects a presence status indicating whether a distance of the communication terminal from another communication terminal to communicate with is inside a communication range where communication is possible or outside the communication range where communication is not possible for one communication means among the plurality of communication means (11, 12); and a communication status management means that causes the other communication means to transition to an activation state, a standby state or a disconnection state in accordance with the presence status detected by the presence status detection means, characterized in that, when the presence status of one communication means with a shortest communication distance among the plurality of communication means (11, 12) has changed from inside the communication range to outside the communication range, the communication status management means causes the other communication means to transition to the standby state or the disconnection state. a presence status detection means that detects a presence status indicating whether a distance of the communication terminal from another communication terminal to communicate with is inside a communication range where communication is possible or outside the communication range where communication is not possible for one communication means among the plurality of communication means (11, 12); and a communication status management means that causes the other communication means to transition to an activation state, a standby state or a disconnection state in accordance with the presence status detected by the presence status detection means, characterized in that, when the presence status of one communication means with a shortest communication distance among the plurality of communication means (11, 12) has changed from inside the communication range to outside the communication range, the communication status management means causes the other communication means to transition to the standby state or the disconnection state.
A medical imaging system comprising: a C-arm imaging device for acquiring X-ray images (I 1, I N) over an angular range; a configurator, which is configured to determine i) an adapted angular range in accordance with an operation mode of the system, the adapted angular range being adapted with respect to a full angular range of the C-arm, and ii) a segmentation parameter based on the adapted angular range, and a segmentator, which is configured to generate a segmentation model based on the acquired images (I 1,..., I N) using the determined segmentation parameter. a C-arm imaging device for acquiring X-ray images (I 1, I N) over an angular range; a configurator, which is configured to determine i) an adapted angular range in accordance with an operation mode of the system, the adapted angular range being adapted with respect to a full angular range of the C-arm, and ii) a segmentation parameter based on the adapted angular range, and a segmentator, which is configured to generate a segmentation model based on the acquired images (I 1,..., I N) using the determined segmentation parameter.
A lubrication system for supplying at least one lubrication point with a lubricant with at least one conveying device (2, 4) and at least one line (3, 5a, 5b) running between said conveying device and a lubrication point (6a, 6b), characterised in that an electrical connection is provided in each case on the conveying device (2, 4) and the lubrication point (6a, 6b), that an electrical conductor running between the two connections is assigned to the line (5a, 5b), and that a monitoring device (7a, 7b, K 1, K 2) is assigned to the line (5a, 5b) in such a way that said monitoring device generates a signal when the electrical conductor is interrupted, wherein the line (5a, 5b) itself is constituted as the electrical conductor or the electrical conductor is integrated into the line (5a, 5b).
Parasol comprising: - a leg having a pole, - a head secured to one end of said pole and having a canvas capable of filtering at least part of the sun's rays and a support structure of said canvas, said support structure being deformable between a first configuration, referred to as the "deployed configuration", in which the canvas is stretched, and a second configuration, referred to as the "folded configuration", in which the canvas is folded, the support structure having a first hoop, referred to as a "peripheral hoop", which is closed in on itself and lies in a plane in the deployed configuration of the support structure, the canvas being fixed to the interior of the peripheral hoop such that said canvas is stretched in the interior of said peripheral hoop in the deployed configuration of the support structure, the parasol being characterized in that the support structure comprises a second hoop, referred to as the "internal hoop", which is closed in on itself, the internal hoop being arranged in the interior of the peripheral hoop, contiguous at an inner tangential point, and substantially coplanar with said tangential point when the support structure is in its deployed configuration. - a leg having a pole, - a head secured to one end of said pole and having a canvas capable of filtering at least part of the sun's rays and a support structure of said canvas, said support structure being deformable between a first configuration, referred to as the "deployed configuration", in which the canvas is stretched, and a second configuration, referred to as the "folded configuration", in which the canvas is folded, the support structure having a first hoop, referred to as a "peripheral hoop", which is closed in on itself and lies in a plane in the deployed configuration of the support structure, the canvas being fixed to the interior of the peripheral hoop such that said canvas is stretched in the interior of said peripheral hoop in the deployed configuration of the support structure, the parasol being characterized in that the support structure comprises a second hoop, referred to as the "internal hoop", which is closed in on itself, the internal hoop being arranged in the interior of the peripheral hoop, contiguous at an inner tangential point, and substantially coplanar with said tangential point when the support structure is in its deployed configuration.