mhurhangee/ep-ind-claims huggingface dataset:
A storage library system comprising: a plurality of slots for storing items; a plurality of rails; and a robot for interacting with said items, the robot comprising: an end-effector for interacting with the items in the slots; at least two foot arrangements (210, 220); a drive mechanism for moving the robot along the rails; characterized in that: the foot arrangements (210, 220) each have a respective gripping mechanism for releasably engaging the foot arrangement (210, 220) with one of the rails; and the robot comprises a transfer mechanism constructed and arranged to move the robot, while a first one or more of the foot arrangements remains engaged with a first of the rails, from a first position in which one or more of the foot arrangements is in abutment with a second of the rails to a second position in which one or more of the foot arrangements is in abutment with a third of the rails. a plurality of slots for storing items; a plurality of rails; and a robot for interacting with said items, the robot comprising: an end-effector for interacting with the items in the slots; at least two foot arrangements (210, 220); a drive mechanism for moving the robot along the rails; an end-effector for interacting with the items in the slots; at least two foot arrangements (210, 220); a drive mechanism for moving the robot along the rails; characterized in that: the foot arrangements (210, 220) each have a respective gripping mechanism for releasably engaging the foot arrangement (210, 220) with one of the rails; and the robot comprises a transfer mechanism constructed and arranged to move the robot, while a first one or more of the foot arrangements remains engaged with a first of the rails, from a first position in which one or more of the foot arrangements is in abutment with a second of the rails to a second position in which one or more of the foot arrangements is in abutment with a third of the rails. the foot arrangements (210, 220) each have a respective gripping mechanism for releasably engaging the foot arrangement (210, 220) with one of the rails; and the robot comprises a transfer mechanism constructed and arranged to move the robot, while a first one or more of the foot arrangements remains engaged with a first of the rails, from a first position in which one or more of the foot arrangements is in abutment with a second of the rails to a second position in which one or more of the foot arrangements is in abutment with a third of the rails.
Attraction for amusement rides, such as a fairground or amusement park attraction, comprising a mast, a base frame rotatably attached to the mast and extending radially from the mast, means for rotating the base frame, a number of subframes (20;20') each comprising a stiff connecting arm to which a gondola (22;22') with one or more passenger seats is attached, in which the subframes are circumferentially distributed. each suspended freely pivotable by means of the connecting arm on the base frame, such that the subframes with gondolas swing upon rotation of the base frame under influence of the centrifugal force, wherein the attraction further comprises control means (24;24') for controlling the pivoting of the subframes with gondolas relative to the base frame, wherein the control means are arranged to displace the centre of gravity of the subframe relative to the base frame characterized in that the control means are arranged to move a mass in the subframe in a radial direction relative to the mast, which mass is located at the end of the connecting arm and is formed by the gondola itself or by an additional mass mounted in the chassis of the gondola, preferably hidden from view,
A method of insulating a conductive element in a medical electrical lead of the type comprising a lead body including a conductive element and a conductive connector electrically connected to the conductive element, the method characterized by: introducing a PEEK polymeric material over the conductive element forming a coated conductive element; coupling the coated conductive element comprising the conductive element and its polymeric material coating around a mandrel to form a coil shape in the coated conductive element; annealing the coiled coated conductive element thereby setting a coiled shape in the polymeric material and the conductive element; and removing the annealed coiled coated conductive element from the mandrel. introducing a PEEK polymeric material over the conductive element forming a coated conductive element; coupling the coated conductive element comprising the conductive element and its polymeric material coating around a mandrel to form a coil shape in the coated conductive element; annealing the coiled coated conductive element thereby setting a coiled shape in the polymeric material and the conductive element; and removing the annealed coiled coated conductive element from the mandrel.
Method for producing precomposite particles, characterized in that mixtures comprising silicon particles, as polymers exclusively one or more oxygen-free polymers, one or more carbon additives based on a carbon modification, and one or more dispersing liquids are dried by means of spray drying.
A composition for use in the treatment of an immunoproliferative disorder involving NK cells, wherein the disorder is selected from the group consisting of osteoarthritis, spondyloarthropathies, polyarteritis nodosa, systemic lupus erythematosus, Wegener's granulomatosis, autoimmune hepatitis, Behçet's disease, neuroinflammatory disorders, demyelinating conditions, gastrointestinal inflammation, Crohn's disease, ulcerative colitis, primary bilary cirrhosis, Type 1 diabetes mellitus, ankylosing spondylitis, rheumatoid arthritis, multiple sclerosis and psoriasis; wherein said composition comprises an antibody or antibody fragment that specifically binds to a NK cell receptor selected from NKG2C and NKp46, and when bound to said NK cell receptor on a human NK cell in vivo, causes said NK cell to be depleted, wherein said antibody or antibody fragment has a human Fc region such as human IgG1 or IgG3, which binds CD16.
Earth drilling device with a drill mount defining a drilling rod axis, a rod magazine for a plurality of different rods and a transfer device for transferring a rod between the rod magazine and the drilling rod axis, wherein a control of the transfer device is configured to select a particular rod in the rod magazine according to at least one drilling parameter or/and at least one rod parameter, characterised in that the rod magazine is configured for a horizontal arrangement of the rods in compartments arranged next to each other for grasping from above by means of the transfer device, and the rod magazine is configured such that the rods lie together on top of one another with two rods respectively in direct contact.
Use of one or more materials from the group consisting of one or more hybrid materials containing an organic polymer from the group of the polyamides, polyimides and epoxy resins and an inorganic oligo- or polymer from the group of the oligo- and polysiloxanes and heterocondensates of Si with Ti, Zr and/or Al, wherein the organic and the inorganic component are covalently bound to one another, in combination with one or more inorganic sols based on silyl alkoxylates and/or titanium alkoxylates, wherein hybrid material and inorganic sol are crosslinked, as adhesive for the bonding of metals, plastics, concrete and/or ceramics, wherein the said polyamides, polyimides and epoxy resins have a thermal stability of at least 250°C, have functional end and/or side groups which are suitable for the covalent attachment of the inorganic component, and have free functional groups which enable curing during bonding. as adhesive for the bonding of metals, plastics, concrete and/or ceramics, wherein the said polyamides, polyimides and epoxy resins have a thermal stability of at least 250°C, have functional end and/or side groups which are suitable for the covalent attachment of the inorganic component, and have free functional groups which enable curing during bonding.
Connection terminal for the terminal connection of an electrical conductor, comprising - an insulating-material housing which has at least one conductor insertion opening which leads to a spring-force clamping connection, - at least one spring-force clamping connection in the insulating-material housing, which spring-force clamping connection is formed from a busbar piece and from a clamping spring, - at least one operating lever which is mounted in the insulating-material housing such that it can pivot with at least one pivot bearing and which is designed to open a clamping point which is formed by the clamping spring and the busbar piece, characterized in that - the pivot bearing is formed from an elongate hole in the insulating-material housing, which elongate hole has a curved path shape, and a longitudinal pin of the operating lever, which operating pin enters the elongate hole, - wherein the longitudinal pin has a greater length than width and the length of the longitudinal pin is greater than the corresponding width of the elongate hole in each pivot position of the operating lever. - an insulating-material housing which has at least one conductor insertion opening which leads to a spring-force clamping connection, - at least one spring-force clamping connection in the insulating-material housing, which spring-force clamping connection is formed from a busbar piece and from a clamping spring, - at least one operating lever which is mounted in the insulating-material housing such that it can pivot with at least one pivot bearing and which is designed to open a clamping point which is formed by the clamping spring and the busbar piece, - the pivot bearing is formed from an elongate hole in the insulating-material housing, which elongate hole has a curved path shape, and a longitudinal pin of the operating lever, which operating pin enters the elongate hole, - wherein the longitudinal pin has a greater length than width and the length of the longitudinal pin is greater than the corresponding width of the elongate hole in each pivot position of the operating lever.
A sidelink communication method performed by a user equipment, UE, the method comprises: receiving, by a controller, from a base station a message that includes zone configuration information and resource pool configuration information; selecting, by the controller, a zone type mapped to a speed of the UE among a plurality of zone types indicated by the zone configuration information; determining, by the controller, a zone identifier based on configuration information of the selected zone type, the configuration information of the selected zone type being included in the zone configuration information; and performing, by the controller, sidelink communication using a resource pool mapped to the zone identifier among resource pool(s) indicated by the resource pool configuration information; wherein the plurality of zone types have different zone-sizes. receiving, by a controller, from a base station a message that includes zone configuration information and resource pool configuration information; selecting, by the controller, a zone type mapped to a speed of the UE among a plurality of zone types indicated by the zone configuration information; determining, by the controller, a zone identifier based on configuration information of the selected zone type, the configuration information of the selected zone type being included in the zone configuration information; and performing, by the controller, sidelink communication using a resource pool mapped to the zone identifier among resource pool(s) indicated by the resource pool configuration information; wherein the plurality of zone types have different zone-sizes.
Floor drain for installation in an operating room and for discharge of fluids accumulating in the operating room, in particular of fluids contaminated with pathogens, having a closed container, at least one inlet for leading the fluid into the container, an outlet equipped with a gas trap for discharge of fluids from the container, an irradiation device for irradiating the interior of the container with ultraviolet light for disinfection characterized in that a rinsing device is incorporated to rinse the interior of the container for cleaning, and that the inlet and a pipe for leading the fluid into the floor drain can be connected to one another by means of a connecting device for producing a detachable connection, wherein the surfaces of the parts of the connecting device coming into contact with the fluids are smooth.
An electrical machine, comprising: a housing and a stator assembly; the housing comprising: a casing, an oil inlet hole, an oil passage, oil outlet holes, a stator retainer and a casing end cover; wherein the oil inlet hole is located in the casing, the oil outlet holes are located in the stator retainer, and the oil passage is located inside the casing and links with the oil inlet hole and the oil outlet holes; the stator assembly comprising: a stator iron core, winding coils and slot insulations; the oil outlet holes are located above the winding coils; the electrical machine further comprises oil-guides located between the oil outlet holes and the winding coils; cooling oil entering from the oil inlet hole pours onto the winding coils by the guidance of the oil-guides after flowing through the oil passage and flowing out of the oil outlet holes; characterized in that a plurality of oil outlet holes are distributed in the circumferential wall of the stator retainer, such that sequentially downwards from a top end of the stator retainer, the hole diameters of the oil outlet holes increase sequentially.
A method of providing non-volatile data memory space for a range of user addresses, the method including: - providing a range of non-volatile flash memory locations (K, K+1; FW) for writing data, wherein said range of flash memory locations for writing data is larger than the range of user addresses, - writing data for a same user address in a plurality of different flash memory locations (K, K+1; FW) in said range of flash memory locations (K, K+1; FW), - arranging the physical locations of said range of flash memory locations (K, K+1; FW) in pages (K, K+1), and - erasing said flash memory locations (K, K+1; FW) on a page basis, - receiving a page erase command for a certain page in said range of flash memory locations (K, K+1; FW), - triggering a data erase procedure in said range of flash memory locations (K, K+1; FW), - providing a temporary memory and performing in said temporary memory any user write requests received during said data erase procedure, and - once said data erase procedure is ended, writing from said temporary memory to said range of flash memory locations (K, K+1; FW) data from user write requests received during said data erase procedure. - providing a range of non-volatile flash memory locations (K, K+1; FW) for writing data, wherein said range of flash memory locations for writing data is larger than the range of user addresses, - writing data for a same user address in a plurality of different flash memory locations (K, K+1; FW) in said range of flash memory locations (K, K+1; FW), - arranging the physical locations of said range of flash memory locations (K, K+1; FW) in pages (K, K+1), and - erasing said flash memory locations (K, K+1; FW) on a page basis, - receiving a page erase command for a certain page in said range of flash memory locations (K, K+1; FW), - triggering a data erase procedure in said range of flash memory locations (K, K+1; FW), - providing a temporary memory and performing in said temporary memory any user write requests received during said data erase procedure, and - once said data erase procedure is ended, writing from said temporary memory to said range of flash memory locations (K, K+1; FW) data from user write requests received during said data erase procedure.
A contactless power transmission device comprising: a flexible substrate; a coil unit including a coil part formed to have a wiring pattern form and having a plurality of coil strands (115a - 115e) connected in parallel with each other to thereby form a single coil pattern; and characterised in that the contactless power transmission device further comprises: a circuit unit electrically connected to the coil unit and processing power received through the coil unit, wherein the coil unit and the circuit unit are integrally formed in the flexible substrate; wherein the plurality of coil strands (115a to 115e) are formed on one surface of the substrate, and wherein each of the coil strands (115a to 115e) are disposed to be spaced apart from other coil strands (115a to 115e) at predetermined intervals. a flexible substrate; a coil unit including a coil part formed to have a wiring pattern form and having a plurality of coil strands (115a - 115e) connected in parallel with each other to thereby form a single coil pattern; and characterised in that the contactless power transmission device further comprises: a circuit unit electrically connected to the coil unit and processing power received through the coil unit, wherein the coil unit and the circuit unit are integrally formed in the flexible substrate; wherein the plurality of coil strands (115a to 115e) are formed on one surface of the substrate, and wherein each of the coil strands (115a to 115e) are disposed to be spaced apart from other coil strands (115a to 115e) at predetermined intervals. a circuit unit electrically connected to the coil unit and processing power received through the coil unit, wherein the coil unit and the circuit unit are integrally formed in the flexible substrate; wherein the plurality of coil strands (115a to 115e) are formed on one surface of the substrate, and wherein each of the coil strands (115a to 115e) are disposed to be spaced apart from other coil strands (115a to 115e) at predetermined intervals.
A system for controlling the delivery of medication comprising: a sensor package having one or more sensors, configured to measure a patient's response to delivery of medication; a medication delivery unit configured to administer medication to a patient at a rate set by a medication delivery controller; a medication delivery controller configured to: receive measurement data from the sensor package; control the medication delivery unit to adjust the rate of administration of medication; determine an initial medication response profile; repeatedly update, in a closed-loop process, the medication response profile using said received measurement data from the sensor package by adapting parameters of said medication response profile, said parameters indicative of changes in patient response to the delivery of said medication; calculate a new medication administration rate based on the medication response profile, if the updated patient response profile has changed; and instruct the medication delivery unit to deliver medication); characterised in that the medication delivery controller is configured to update the medication response profile using: a minimization technique on a single merit function combining an error of measurement data fit on an existing medication response profile and the divergence of the medication response profile from the initial medication response profile. a sensor package having one or more sensors, configured to measure a patient's response to delivery of medication; a medication delivery unit configured to administer medication to a patient at a rate set by a medication delivery controller; a medication delivery controller configured to: receive measurement data from the sensor package; control the medication delivery unit to adjust the rate of administration of medication; determine an initial medication response profile; repeatedly update, in a closed-loop process, the medication response profile using said received measurement data from the sensor package by adapting parameters of said medication response profile, said parameters indicative of changes in patient response to the delivery of said medication; calculate a new medication administration rate based on the medication response profile, if the updated patient response profile has changed; and instruct the medication delivery unit to deliver medication); receive measurement data from the sensor package; control the medication delivery unit to adjust the rate of administration of medication; determine an initial medication response profile; repeatedly update, in a closed-loop process, the medication response profile using said received measurement data from the sensor package by adapting parameters of said medication response profile, said parameters indicative of changes in patient response to the delivery of said medication; calculate a new medication administration rate based on the medication response profile, if the updated patient response profile has changed; and instruct the medication delivery unit to deliver medication);
AIS ship's transceiver that is provided for installation on a ship in order to be able to send and receive AIS radio signals containing ship data, having an AIS radio transmission unit that is designed to send AIS radio signals (AIS1/AIS2) of a first AIS radio signal type (TER-AIS) that contain ship data, wherein the AIS radio signals (AIS1/AIS2) of the first AIS radio signal type (TER-AIS) are provided for the interchange of ship data from the ships among one another, and that is designed to send AIS radio signals (AIS3/AIS4) of a second AIS radio signal type (SAT-AIS) that contain ship data, wherein the AIS radio signals (AIS3/AIS4) of the second AIS radio signal type (SAT-AIS) are provided for reception by a satellite and for transmission of the ship data that the AIS radio signals (AIS3/AIS4) of the second AIS radio signal type (SAT-AIS) contain to a ground station by means of the satellite, and having an AIS radio reception unit that is designed to receive AIS radio signals (AIS1/AIS2) of the first AIS radio signal type (TER-AIS) that have been emitted by AIS ship's transceivers on adjacent ships, characterized in that the AIS ship's transceiver has a control unit that is set up to deactivate and/or to activate the sending of the AIS radio signals (AIS3/AIS4) of the second AIS radio signal type (SAT-AIS) by the AIS radio transmission unit on the basis of a current ship position ascertained by a position finding unit.
A method of operating a doubly-fed induction generator (DFIG) having controllable line-side (104, 204) and rotor-side converters (106, 206) and at least one harmonic attenuating filter (112, 212, 214), comprising: coordinating switching of the line-side converter (104, 204) with switching of the rotor-side converter (106, 206) including switching of the line-side converter (104, 204) to produce a continuously variable frequency offset from the rotor-side converter (106, 206) in coordination with a DFIG slip frequency to produce an interleaved switching pattern therebetween; and producing by the interleaved switching pattern an effective increased switching frequency applied to the associated harmonic attenuating filter (112, 212, 214). coordinating switching of the line-side converter (104, 204) with switching of the rotor-side converter (106, 206) including switching of the line-side converter (104, 204) to produce a continuously variable frequency offset from the rotor-side converter (106, 206) in coordination with a DFIG slip frequency to produce an interleaved switching pattern therebetween; and producing by the interleaved switching pattern an effective increased switching frequency applied to the associated harmonic attenuating filter (112, 212, 214).