mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, comprising: an energy source, ES, configured to provide electrical power during discharging mode of operation and receive electrical power during charging mode of operation; and an electric drive system, comprising; a converter coupled to the energy source, the converter configured to convert the electrical power received from the energy source into drive electrical power, and configured to convert regenerative electrical power into charge electrical power for charging the energy source; at least one motor coupled to the converter, the motor configured to receive the drive electrical power provided from the converter and provide mechanical power for driving at least one load in drive mode of operation, and configured to convert mechanical power from the load into the regenerative electrical power in regenerative mode of operation; and a controller (108, 116) coupled to the energy source, converter, and at least one motor, the controller (108, 116) configured to receive at least one first parameter indicating charging status of the energy source, and configured to receive at least one second parameter indicating operation condition of the at least one motor, wherein the controller (108, 116) is configured to send control signals to the converter, based at least in part on a braking command, the at least one first parameter, and the at least one second parameter to allow the electric drive system to controllably generate loss power resulting from the regenerative electrical power. an energy source, ES, configured to provide electrical power during discharging mode of operation and receive electrical power during charging mode of operation; and an electric drive system, comprising; a converter coupled to the energy source, the converter configured to convert the electrical power received from the energy source into drive electrical power, and configured to convert regenerative electrical power into charge electrical power for charging the energy source; at least one motor coupled to the converter, the motor configured to receive the drive electrical power provided from the converter and provide mechanical power for driving at least one load in drive mode of operation, and configured to convert mechanical power from the load into the regenerative electrical power in regenerative mode of operation; and a controller (108, 116) coupled to the energy source, converter, and at least one motor, the controller (108, 116) configured to receive at least one first parameter indicating charging status of the energy source, and configured to receive at least one second parameter indicating operation condition of the at least one motor, wherein the controller (108, 116) is configured to send control signals to the converter, based at least in part on a braking command, the at least one first parameter, and the at least one second parameter to allow the electric drive system to controllably generate loss power resulting from the regenerative electrical power.
An electric machine having a shaft rotatably supported in a housing and having a labyrinth seal with at least two seal parts (4, 5) which comprise labyrinth contours which engage into one another for sealing the housing with respect to the shaft, wherein at least one side of the labyrinth seal is provided with an insulating coating at least in the region of the labyrinth contours, characterized in that the shaft is supported at the housing by at least one hybrid rolling bearing whose roller bodies consist of a different material than its races, wherein the said roller bodies are formed of an electrically non-conductive material and the the races are formed of steel, and in each case one labyrinth seal provided with an insulating coating on at least one side of the labyrinth seal at least in the region of the labyrinth contours is provided on both sides of the mentioned hybrid roller bearing, wherein the non-rotating labyrinth seal part is provided with an insulating coating, which is formed in the type of a ring-shaped disc.
A composition comprising 100 ppm to 200 ppm alpha-lipoic acid for use in inducing loss of body fat or increasing the percentage of muscle mass in the treatment of a weight-related disorder in a companion animal in need thereof, which comprises feeding the companion animal said composition, wherein the companion animal is a dog.
A fitting assembly (20, 120, 220) for securing an elongate member to a bracket having an open-ended slot into which said fitting assembly (20, 120, 220) is received, said fitting assembly (20, 120, 220) comprising: a first fitting member (42, 142, 242) attached to the elongate member having an axis; and a second fitting member (40, 140, 240) defining a channel (74, 174, 274) and a groove (56, 156, 256) opposing said channel (74, 174, 274) with said groove (56, 156, 256) being adapted for receipt into the open end of the slot and fixed engagement with the bracket through relative movement between said second fitting member (40, 140, 240) and the bracket in a direction substantially lateral to said axis; said first fitting member (42, 142, 242) being slidably received within said channel (74, 174, 274) of said second fitting member (40, 140, 240) and the fitting members having first and second positions relative to each other in a direction substantially lateral to said axis, and being constrained against relative movement substantially along said axis, said first (42, 142, 242) and second (40, 140, 240) fitting members being substantially immovable relative to each other in the direction substantially lateral to said axis when in said second position. a first fitting member (42, 142, 242) attached to the elongate member having an axis; and a second fitting member (40, 140, 240) defining a channel (74, 174, 274) and a groove (56, 156, 256) opposing said channel (74, 174, 274) with said groove (56, 156, 256) being adapted for receipt into the open end of the slot and fixed engagement with the bracket through relative movement between said second fitting member (40, 140, 240) and the bracket in a direction substantially lateral to said axis; said first fitting member (42, 142, 242) being slidably received within said channel (74, 174, 274) of said second fitting member (40, 140, 240) and the fitting members having first and second positions relative to each other in a direction substantially lateral to said axis, and being constrained against relative movement substantially along said axis, said first (42, 142, 242) and second (40, 140, 240) fitting members being substantially immovable relative to each other in the direction substantially lateral to said axis when in said second position.
Device for moving a weighing object, with a holder for mounting the device on the object to be moved, wherein the device can be freely arranged on the weighing object and is provided with a housing containing a drive unit and a rod pendulum with a pendulum weight, whereby the rod pendulum is connected to the drive unit and the drive unit drives the rod pendulum to a first end position and to a second end position opposite to the first end position with both end positions lying in one plane, whereby the device receives movement impulses that affect the weighing object.
A process for receiving encrypted data transmitted over a data network, the receiving process being arranged to decrypt the data in accordance with a cipher Control Word and cipher decryption process, wherein the process is arranged to automatically identify which of a plurality of cipher encryption modes was used to encrypt the data by analysing a ECM including a cipher Control Word and including additional information relating to the length of the Control Word incorporated in the encrypted signal which is characteristic of the encryption mode, the control words associated with the encryption modes having different lengths, and selecting a decryption process operating in a decryption mode identified from the analysis of the ECM characterised in that the decryption mode is identified from the length of the control word.
A pharmaceutical composition for use in the treatment of a brain tumor-comprising a population of tumor-propagating cells with stem-like characteristics (TPCs) in a subject, said pharmaceutical composition comprising a therapeutic amount of a therapeutic agent and a pharmaceutically acceptable carrier, wherein the therapeutic agent is a peptide derivative of Wnt5a, wherein the therapeutic amount of the therapeutic agent is effective to reduce tumor growth, migration, invasion or a combination thereof relative to a control by affecting a level of expression of Wnt5a; and to increase survival of the subject relative to a control. to reduce tumor growth, migration, invasion or a combination thereof relative to a control by affecting a level of expression of Wnt5a; and to increase survival of the subject relative to a control.
A computing system comprising: network circuitry; a storage device including instructions; and processor circuitry to execute the instructions to: determine a level of trust for executable code; assign the executable code to at least one of a first container (30a-30d) or a second container (30a-30d) based on the level of trust determined for the executable code, the first container (30a-30d) associated with a first level of trust, the second container (30a-30d) associated with a second level of trust, the second level of trust different from the first level of trust; and allocate compute resources to execute the executable code based on which one of the at least one of the first container (30a-30d) or the second container (30a-30d) is assigned to the executable code, characterized in that the instructions comprise instructions to use the stack composition and the content objective of the executable code to determine a level of trust for the executable code. network circuitry; a storage device including instructions; and processor circuitry to execute the instructions to: determine a level of trust for executable code; assign the executable code to at least one of a first container (30a-30d) or a second container (30a-30d) based on the level of trust determined for the executable code, the first container (30a-30d) associated with a first level of trust, the second container (30a-30d) associated with a second level of trust, the second level of trust different from the first level of trust; and allocate compute resources to execute the executable code based on which one of the at least one of the first container (30a-30d) or the second container (30a-30d) is assigned to the executable code, determine a level of trust for executable code; assign the executable code to at least one of a first container (30a-30d) or a second container (30a-30d) based on the level of trust determined for the executable code, the first container (30a-30d) associated with a first level of trust, the second container (30a-30d) associated with a second level of trust, the second level of trust different from the first level of trust; and allocate compute resources to execute the executable code based on which one of the at least one of the first container (30a-30d) or the second container (30a-30d) is assigned to the executable code,
A method for the removal of solid particles from air involving the following steps: - blowing the air through a channel in which a part of the particles in the air is ionized; - slowing down the air speed, for example through a diffuser; - filtering the air with a class F9 filter or a suitable comparable filter; - blowing the air that was filtered by the class F9 filter or the suitable comparable filter through an electrically charged filter unit that comprises one or more filters from the classes G1, G2 or G3, characterized in that the air that was filtered by the electrically charged filter unit is subsequently forced to flow to and through a class U15 filter. - blowing the air through a channel in which a part of the particles in the air is ionized; - slowing down the air speed, for example through a diffuser; - filtering the air with a class F9 filter or a suitable comparable filter; - blowing the air that was filtered by the class F9 filter or the suitable comparable filter through an electrically charged filter unit that comprises one or more filters from the classes G1, G2 or G3,
A digital microscope comprising: a stationary stand base body, a pivot unit mounted on a shaft of the stand base body pivotably about the longitudinal axis of the shaft, the pivot unit comprising an image capturing unit for capturing images of objects to be examined microscopically, a brake unit (32 to 38) for braking and/or immobilizing the pivot unit, and an actuation element for releasing the brake unit (32 to 38), at least one elastic element being provided that exerts, upon pivoting of the pivot unit out of a predetermined zero position, a restoring moment (M R) on the pivot unit, the restoring moment (M R) being directed against a tangential moment (M T) generated by the weight of the pivot unit, characterized in that the stand base body comprises a slotted link and the pivot unit comprises a rod that is firmly connected to the pivot unit, the rod projecting into the slotted link and being guided within the slotted link. a stationary stand base body, a pivot unit mounted on a shaft of the stand base body pivotably about the longitudinal axis of the shaft, the pivot unit comprising an image capturing unit for capturing images of objects to be examined microscopically, a brake unit (32 to 38) for braking and/or immobilizing the pivot unit, and an actuation element for releasing the brake unit (32 to 38), at least one elastic element being provided that exerts, upon pivoting of the pivot unit out of a predetermined zero position, a restoring moment (M R) on the pivot unit, the restoring moment (M R) being directed against a tangential moment (M T) generated by the weight of the pivot unit, characterized in that the stand base body comprises a slotted link and the pivot unit comprises a rod that is firmly connected to the pivot unit, the rod projecting into the slotted link and being guided within the slotted link.
A method operable by a Wi-Fi network entity, the method comprising: signaling at least one trigger indication to at least one Wi-Fi station served by the Wi-Fi network entity for interference measurements; and receiving interference measurements taken based on the at least one trigger indication from the at least one Wi-Fi station; characterized by: based on the received interference measurements, selecting at least two channels to serve the at least on Wi-Fi station, as a first transmitter parameter; based on the received interference measurements, using ready-to-send/clear-to-send, RTS/CTS, as a second transmitter parameter; and bonding the at least two channels for communication with the at least one Wi-Fi station while applying the first and second transmitting parameter. signaling at least one trigger indication to at least one Wi-Fi station served by the Wi-Fi network entity for interference measurements; and receiving interference measurements taken based on the at least one trigger indication from the at least one Wi-Fi station; characterized by: based on the received interference measurements, selecting at least two channels to serve the at least on Wi-Fi station, as a first transmitter parameter; based on the received interference measurements, using ready-to-send/clear-to-send, RTS/CTS, as a second transmitter parameter; and bonding the at least two channels for communication with the at least one Wi-Fi station while applying the first and second transmitting parameter. based on the received interference measurements, selecting at least two channels to serve the at least on Wi-Fi station, as a first transmitter parameter; based on the received interference measurements, using ready-to-send/clear-to-send, RTS/CTS, as a second transmitter parameter; and bonding the at least two channels for communication with the at least one Wi-Fi station while applying the first and second transmitting parameter.
A method of managing battery power, comprising: receiving an indication of an application becoming active on a mobile device; reserving battery power for the application prior to executing the application on the mobile device; and performing at least one mitigation action if the required battery power for the application exceeds the available battery power for the mobile device; characterised in that the at least one mitigation action comprises altering operation on a network side to reduce power consumption on the mobile device. receiving an indication of an application becoming active on a mobile device; reserving battery power for the application prior to executing the application on the mobile device; and performing at least one mitigation action if the required battery power for the application exceeds the available battery power for the mobile device; characterised in that the at least one mitigation action comprises altering operation on a network side to reduce power consumption on the mobile device.
A delivery system for a bifurcated stent having a stem and a pair of arms (220, 222), comprising: a delivery catheter comprising an elongated first tube having a proximal end and a distal end, and a bifurcated part at the distal end configured to accommodate the arms (220, 222), wherein the bifurcated part comprises a first limb and a second limb, each limb having a lumen (134, 136), wherein a continuous longitudinal slit disposed on the bifurcated part extending from the first limb to the second limb is configured for releasable passage of the bifurcated stent therethrough, wherein resistance to expansion of the walls of the first tube, including in the bifurcated part, prevents expansion of the bifurcated stent maintaining it in contracted state prior to deployment, and the delivery system being characterised in that the slit is closed in a native state, wherein when the slit is closed, the slit edges are compliant to allow passage of the bifurcated stent therethrough. wherein the bifurcated part comprises a first limb and a second limb, each limb having a lumen (134, 136), wherein a continuous longitudinal slit disposed on the bifurcated part extending from the first limb to the second limb is configured for releasable passage of the bifurcated stent therethrough, wherein resistance to expansion of the walls of the first tube, including in the bifurcated part, prevents expansion of the bifurcated stent maintaining it in contracted state prior to deployment, and the delivery system being characterised in that the slit is closed in a native state, wherein when the slit is closed, the slit edges are compliant to allow passage of the bifurcated stent therethrough.
A computer-implemented method, comprising: providing a statistical model to predict a disparity map from a single input colour image, the disparity map for calculating corresponding estimated depth data; characterised in that the model is trained on input binocular stereo pairs of images, by: predicting, for each image of an input binocular stereo pair, corresponding disparity values that enable reconstruction of a projected other image of the input binocular stereo pair when applied to the corresponding image of the input binocular stereo pair; and updating the model based on a cost function that enforces consistency between the predicted disparity values for each image in the input binocular stereo pair. providing a statistical model to predict a disparity map from a single input colour image, the disparity map for calculating corresponding estimated depth data; characterised in that the model is trained on input binocular stereo pairs of images, by: predicting, for each image of an input binocular stereo pair, corresponding disparity values that enable reconstruction of a projected other image of the input binocular stereo pair when applied to the corresponding image of the input binocular stereo pair; and updating the model based on a cost function that enforces consistency between the predicted disparity values for each image in the input binocular stereo pair. predicting, for each image of an input binocular stereo pair, corresponding disparity values that enable reconstruction of a projected other image of the input binocular stereo pair when applied to the corresponding image of the input binocular stereo pair; and updating the model based on a cost function that enforces consistency between the predicted disparity values for each image in the input binocular stereo pair.
Door sealing system for fastening to a door leaf, comprising a fastening rail for fastening the door sealing system to the door leaf and comprising a door seal arranged in the fastening rail, wherein the door seal has a housing rail and a sealing element, wherein the housing rail extends approximately over the entire width of the door leaf, wherein the sealing element is held in the housing rail and, with the door leaf closed, seals a gap between the door leaf and a floor or a ceiling, wherein the door sealing system has an air duct which ensures air circulation from a first side of the door leaf to a second side of the door leaf, and wherein the air duct extends between the fastening rail and an outer side of the housing rail, characterized in that the system further has at least one end-side terminating element which is releasably connected to the fastening rail and which has two mutually facing supporting ledges on which the housing rail is supported in its intended use position in which it is arranged within the fastening rail.
Method of loading radioactive elements in a package, comprising the successive following steps in this order: (a) placement of a plurality of radioactive elements in a storage basket provided with radiological protection means, in the pool; (b) extraction of the basket containing the radioactive elements out of the pool; and (c) loading said basket containing the radioactive elements in the package. (a) placement of a plurality of radioactive elements in a storage basket provided with radiological protection means, in the pool; (b) extraction of the basket containing the radioactive elements out of the pool; and (c) loading said basket containing the radioactive elements in the package.
A process for producing a halogenated α-fluoroether represented by a general formula by reacting a halogenated hemiacetal represented by a general formula with sulfuryl fluoride (SO 2 F 2) in the presence of an organic base, wherein: haloR represents fluoroalkyl group or chloroalkyl group; R 1 represents one of hydrogen atom, alkyl group, substituted alkyl group, alkoxycarbonyl group and substituted alkoxycarbonyl group; and R 2 represents one of alkyl group and substituted alkyl group, and wherein the reaction is conducted in the additional presence of one of a salt and a complex, of an organic base with hydrogen fluoride. wherein: haloR represents fluoroalkyl group or chloroalkyl group; R 1 represents one of hydrogen atom, alkyl group, substituted alkyl group, alkoxycarbonyl group and substituted alkoxycarbonyl group; and R 2 represents one of alkyl group and substituted alkyl group, and wherein the reaction is conducted in the additional presence of one of a salt and a complex, of an organic base with hydrogen fluoride.