mhurhangee/ep-ind-claims huggingface dataset:
A joint for an orthopedic device, wherein the joint comprises - a first element, - a spring support with at least one spring element (10, 12) mounted on the first element, and - a second element, wherein the second element is mounted to the first element such that it is pivotable in a first pivot direction counter to a first force applied by the at least one spring element (10, 12) and in an opposite second pivot direction counter to a second force applied by the at least one spring element (10, 12), wherein the second element is connected to a force transmission element of the spring support in such a way that tensile forces and compression forces can be transmitted, wherein the at least one spring element (10, 12) comprises a helical spring, a helical compression spring, a stack of disc springs and/or a rubber-elastic element and wherein a pre-load of at least one of the spring elements (10, 12) is adjustable, characterized in that the respective pre-load is adjustable in the mounted state of the joint. - a first element, - a spring support with at least one spring element (10, 12) mounted on the first element, and - a second element,
Device for storing two-wheelers, especially bicycles, at least comprising a multiplicity of pallets, each pallet having a plurality of parking spaces (6, 7) arranged one next to the other, each for receiving one two-wheeler, a multi-level structure for positioning the pallets in a plurality of levels (10, 11 a to 11 d) arranged one above the other, a transport device arranged laterally alongside for vertical transportation of a pallet between the levels (10, 11 a to 11 d) and for horizontal transportation of the pallet within a level (11a to 11 d), wherein at least one level serves as an input and/or removal level for putting two-wheelers into the parking spaces (6, 7) or removing them therefrom, and the remaining levels serve as storage levels (11 a to 11 d) for storing the pallets, wherein for each parking space (6, 7) formed on a pallet there is arranged in the input and/or removal level a fixed release and/or closure device (15, 16), especially a door, and by means of that release and/or closure device (15, 16) mutually complementary parking spaces (6, 7) of any desired pallets are releasable and/or closable, characterised in that the parking spaces (6, 7) in the input and/or removal level are accessible from two opposite sides (18, 19), wherein each parking space (6,7), starting from a handlebar region which is associated with the release and closure device (15, 16) and accommodates the handlebar of the two-wheeler, the two-wheeler being introducible backwards into the parking space (6, 7), has a base surface which in the direction of its longitudinal extent tapers in approximately a V-shape in such a way that, in the case of two parking spaces (6, 7) formed directly next to one other, a two-wheeler is introducible into and/or removable from one of those two parking spaces exclusively from one side and a two-wheeler is introducible into and/or removable from the other parking space exclusively from the opposite side.
A continuous metering volumetric valve, comprising a tubular body internally to which a transversal rotor is rotationally associated with, said rotor comprising two or more angularly equally spaced lobes radially extending from the shaft of the rotor up to the inner surface of said tubular body so as to define compartments featuring a V-shaped cross-section, characterized in that on the inside of the shaft of said rotor an axial cavity is defined, the lateral surface of said shaft having at least one inlet port, through which said cavity communicates with a first compartment of said rotor, said lateral surface of said shaft also having at least one outlet port to make the product go out from said cavity through a second compartment of said rotor opposite to said first compartment and in that internally to said cavity a metering screw is housed which, when said first compartment points towards the inlet of said tubular body, receives the product via said at least one inlet port and makes it continuously move forward in an axial direction along said cavity, up to making it go out through said at least one outlet port and in that said at least one outlet port is located in a longitudinal position that is more advanced with respect to said at least one inlet port, so that the longitudinal transfer of the product along the axis of said cavity takes place thanks to the action exerted by said metering screw.
Retrieval system for a container, with an immersion pipe which is mounted on and projects into the container and with an extraction head by means of which a rotary connection is fastenable to the immersion pipe, characterised in that the extraction head fastened to the immersion pipe is secured by means of a mechanical locking unit.
A urethane resin composition containing a urethane resin, water, a film forming auxiliary, and a surfactant, wherein the film forming auxiliary is at least one member selected from the group consisting of a polyoxyethylene alkyl ether (c-1), a polyoxyethylene sorbitan fatty acid ester (c-2), and a polyglycerol fatty acid ester (c-3), the amount of the film forming auxiliary used is in the range of from 0.05 to 50 parts by mass, relative to 100 parts by mass of the urethane resin, the surfactant is a stearic acid salt, and the amount of the surfactant used is in the range of from 0.01 to 30 parts by mass, relative to 100 parts by mass of the urethane resin. the film forming auxiliary is at least one member selected from the group consisting of a polyoxyethylene alkyl ether (c-1), a polyoxyethylene sorbitan fatty acid ester (c-2), and a polyglycerol fatty acid ester (c-3), the amount of the film forming auxiliary used is in the range of from 0.05 to 50 parts by mass, relative to 100 parts by mass of the urethane resin, the surfactant is a stearic acid salt, and the amount of the surfactant used is in the range of from 0.01 to 30 parts by mass, relative to 100 parts by mass of the urethane resin.
A system for providing power to an accessory on a moving element on a conveyor while the moving element is moving, the system comprising: a plurality of moving elements, each moving element comprising a moving element power transfer unit comprising one or more power pick-up panels; and at least one track section with which the plurality of moving elements are associated, the track section comprising: a control system; a track on which the plurality of moving elements move; and a track power transfer unit comprising a plurality of inductive panels, characterized in that the one or more power pick-up panels extend toward the track section and into gaps between the plurality of inductive panels, each of which extends towards the moving element, such that the one or more power pick-up panels and the plurality of inductive panels overlap in an interlaced fashion. a plurality of moving elements, each moving element comprising a moving element power transfer unit comprising one or more power pick-up panels; and at least one track section with which the plurality of moving elements are associated, the track section comprising: a control system; a track on which the plurality of moving elements move; and a track power transfer unit comprising a plurality of inductive panels, a control system; a track on which the plurality of moving elements move; and a track power transfer unit comprising a plurality of inductive panels, characterized in that the one or more power pick-up panels extend toward the track section and into gaps between the plurality of inductive panels, each of which extends towards the moving element, such that the one or more power pick-up panels and the plurality of inductive panels overlap in an interlaced fashion.
A method in a user equipment, UE, (110, 210) connected to a first radio access network, RAN, for obtaining a block of information, FS, transmitted by a transmitter in a second RAN, to which second RAN the UE is not connected, wherein: - the FS has a duration DTFS and is repeatedly transmitted every T1 time units, - an idle block having a duration DTID is transmitted every T2 time units, where T2 is greater than T1, the method comprising a repeated mapping process of: - obtaining timing information for a measurement interval that specifies a point in time, GAPT, and a duration, GAPD, for the measurement interval, during which measurement interval reception of information from the second RAN can be performed, - calculating a first mapping of GAPT and GAPD onto a first interval said first interval starting at zero and having a duration of T2 time units, - calculating, based on the first mapping, an interval DTME1 that is not overlapping with a previously recorded DTME1, and if DTME1 is greater than zero: - recording DTME1, - receiving information from the second RAN during DTME1, and - storing the received information in a first measurement buffer; - repeating the mapping process until the aggregated recordings of DTME1 span the interval [0, T3], where T3 is T1 plus DTFS, and then: - obtaining the FS from the first measurement buffer. - the FS has a duration DTFS and is repeatedly transmitted every T1 time units, - an idle block having a duration DTID is transmitted every T2 time units, where T2 is greater than T1, - obtaining timing information for a measurement interval that specifies a point in time, GAPT, and a duration, GAPD, for the measurement interval, during which measurement interval reception of information from the second RAN can be performed, - calculating a first mapping of GAPT and GAPD onto a first interval said first interval starting at zero and having a duration of T2 time units, - calculating, based on the first mapping, an interval DTME1 that is not overlapping with a previously recorded DTME1, and if DTME1 is greater than zero: - recording DTME1, - receiving information from the second RAN during DTME1, and - storing the received information in a first measurement buffer; - recording DTME1, - receiving information from the second RAN during DTME1, and - storing the received information in a first measurement buffer; - repeating the mapping process until the aggregated recordings of DTME1 span the interval [0, T3], where T3 is T1 plus DTFS, and then: - obtaining the FS from the first measurement buffer.
A container for elongate smoking articles, the container comprising: a box portion comprising a bottom wall, a front wall, a rear wall and two side walls extending between the front and the rear wall, an upper side of the box portion being open to provide an upper opening through which smoking articles can be removed; a lid portion hinged to the box portion along a hinge line extending across a rear wall of the container, the lid portion comprising a lid top wall, a lid rear wall and a top rear edge between the lid top wall and the lid rear wall; and a group of elongate smoking articles, the group comprising at least two rows of articles, the articles having a length and being arranged in each row with their longitudinal axes parallel to each other, the group being positioned within the box portion between the bottom wall of the box portion and the lid top wall of the lid portion; wherein the lid portion is pivotable about the hinge line to open the container and gain access to the smoking articles; wherein an internal height of the container is smaller than the length of the smoking articles and wherein the smoking articles are arranged within the box portion such that the axes of the smoking articles are slanted relative to a longitudinal axis of the box portion; wherein the smoking articles in different rows of the group are arranged with their longitudinal axes parallel to each other or with their longitudinal axes transverse to each other. a box portion comprising a bottom wall, a front wall, a rear wall and two side walls extending between the front and the rear wall, an upper side of the box portion being open to provide an upper opening through which smoking articles can be removed; a lid portion hinged to the box portion along a hinge line extending across a rear wall of the container, the lid portion comprising a lid top wall, a lid rear wall and a top rear edge between the lid top wall and the lid rear wall; and a group of elongate smoking articles, the group comprising at least two rows of articles, the articles having a length and being arranged in each row with their longitudinal axes parallel to each other, the group being positioned within the box portion between the bottom wall of the box portion and the lid top wall of the lid portion;
Vehicle door handle, comprising an inertial system mobile in rotation around a main rotation axis and configured for activating and preventing the actuation of the door handle, the said inertial system comprising a body receiving the main rotation axis and a mobile part comprising an inertial mass, the mobile part being mobile in rotation relative to the body around a secondary axis (A,B) sensibly parallel to the main rotation axis, the inertial system also comprising means for stopping the rotation of the mobile part in a predetermined direction, characterized in that, the handle further comprises a damper mechanism configured to temporize the return of the body of the inertial system from a locking angular domain (β) to a rest angular domain (α).
A steering casing of a motor vehicle, provided to house and guide a rack, and also preferably at least one pinion engaged with the rack, as well as possibly a pusher pressing the pinion against the rack, this steering casing having an elongated and hollow shape, and being constituted by at least two casing portions (10, 11; 18) which are arranged successively in the longitudinal direction of the casing and which are combined together, characterized in that these portions (10, 11; 18) of the casing are shaped so as to confer to the steering casing an ovoid or spindle outer shape, the section of the casing being significantly larger in its central region than in the regions of its ends (6, 7).
A system (130, 700) for determining the location and orientation of an implanted device, the system comprising: a memory device that stores a set of instructions; and at least one processor that executes the instructions to: cause an ex-vivo antenna array to transmit near-field signals to the implanted device; determine power levels of near-field signals backscattered from the implanted device, the near-field signals backscattered from the implanted device being detected by the ex-vivo antenna array; identify candidate location and orientation combinations corresponding to the determined power levels based on a data set, wherein the data set includes a corresponding location and orientation for each of a plurality of power levels; and select a candidate location and orientation combination among the identified candidate combinations as the location and orientation of the implanted device. a memory device that stores a set of instructions; and at least one processor that executes the instructions to: cause an ex-vivo antenna array to transmit near-field signals to the implanted device; determine power levels of near-field signals backscattered from the implanted device, the near-field signals backscattered from the implanted device being detected by the ex-vivo antenna array; identify candidate location and orientation combinations corresponding to the determined power levels based on a data set, wherein the data set includes a corresponding location and orientation for each of a plurality of power levels; and select a candidate location and orientation combination among the identified candidate combinations as the location and orientation of the implanted device. cause an ex-vivo antenna array to transmit near-field signals to the implanted device; determine power levels of near-field signals backscattered from the implanted device, the near-field signals backscattered from the implanted device being detected by the ex-vivo antenna array; identify candidate location and orientation combinations corresponding to the determined power levels based on a data set, wherein the data set includes a corresponding location and orientation for each of a plurality of power levels; and select a candidate location and orientation combination among the identified candidate combinations as the location and orientation of the implanted device.
An apparatus for data communication, comprising: a plurality of bus master circuits (1010a-1010h), each bus master circuit being configured to control point-to-point communication with a corresponding slave device (1004a - 1004h); and a clock generation circuit characterised in that the clock generation circuit is configured to provide pulses in a serial bus clock signal when one or more of the plurality of bus master circuits are in an active state and communicating with its corresponding slave device, and further configured to idle the serial bus clock signal when each of the plurality of bus master circuits is in an idle state, wherein the serial bus clock signal is transmitted over a common clock line to each slave device coupled to one of the plurality of bus master circuits, and wherein each bus master circuit is further configured to communicate with its corresponding slave device in accordance with the timing provided by the serial bus clock signal. a plurality of bus master circuits (1010a-1010h), each bus master circuit being configured to control point-to-point communication with a corresponding slave device (1004a - 1004h); and a clock generation circuit characterised in that the clock generation circuit is configured to provide pulses in a serial bus clock signal when one or more of the plurality of bus master circuits are in an active state and communicating with its corresponding slave device, and further configured to idle the serial bus clock signal when each of the plurality of bus master circuits is in an idle state, wherein the serial bus clock signal is transmitted over a common clock line to each slave device coupled to one of the plurality of bus master circuits, and wherein each bus master circuit is further configured to communicate with its corresponding slave device in accordance with the timing provided by the serial bus clock signal.
An air maintenance tire comprising a first and a second sidewall extending respectively from a first and a second tire bead region to a tire tread region, a tire cavity and a peristaltic pump assembly including an annular air tube, an air inlet device and an air outlet device for pumping air toward the outlet device and to the tire cavity, the first sidewall having at least one bending region operatively bending when radially within a rolling tire footprint, wherein a groove comprising groove sidewalls is located within the bending region of the first tire sidewall, the groove deforming segment by segment between a non-deformed state and a deformed, constricted state in response to a bending of the first sidewall bending region radially within the rolling tire footprint, wherein an air passageway is defined by the annular air tube within the groove, wherein the air passageway resiliently deforms segment by segment between an expanded condition and an at least partially collapsed condition in response to a respective segment by segment deformation of the groove when radially within the rolling tire footprint, wherein the annular air tube is a separate tube disposed within the groove, the separate tube defining a circular or oval air passageway, characterized in that a first cover strip is located at an open end of the groove for separating the air passageway from ambient air pressure and in that the first cover strip is cured to the first tire sidewall.
Method for connecting a converter to a rotating reluctance machine, wherein the reluctance machine has a stator with a stator winding and a rotor with a magnetically anisotropic rotor stack, by - inputting a direct current into the stator winding, - determining a voltage applied to the stator winding, which is induced inside the stator winding by a variation in the magnetic flux (Φ) caused by the rotation of the rotor, and - determining a rotor frequency (f) and/or a rotor angle (φ) of the rotor based on the determined induced voltage by means of a control device, characterised in that - the control device has at least one counter and/or one detector, by means of which a number of maxima of the induced electrical voltage and a time interval between two adjacent maxima of the determined induced voltage is determined and - the rotor frequency (f) is determined on the basis of the time interval between the two adjacent maxima of the determined induced voltage, - the rotor angle (φ) is determined on the basis of a geometry of the rotor stack and a chronological sequence of the induced voltage. - inputting a direct current into the stator winding, - determining a voltage applied to the stator winding, which is induced inside the stator winding by a variation in the magnetic flux (Φ) caused by the rotation of the rotor, and - determining a rotor frequency (f) and/or a rotor angle (φ) of the rotor based on the determined induced voltage by means of a control device, characterised in that - the control device has at least one counter and/or one detector, by means of which a number of maxima of the induced electrical voltage and a time interval between two adjacent maxima of the determined induced voltage is determined and - the rotor frequency (f) is determined on the basis of the time interval between the two adjacent maxima of the determined induced voltage, - the rotor angle (φ) is determined on the basis of a geometry of the rotor stack and a chronological sequence of the induced voltage.
An impact absorber comprising: a front wall for receiving impact, a mounting wall to be mounted on a mounting object and opposed to the front wall, surrounding walls that comprise a first side wall, a second side wall, and a third side wall and a fourth side wall for connecting the circumferences of the front wall and the mounting wall, and a parting line passing through the front wall, the mounting wall, the first side wall and the second side wall, wherein the first side wall and the second side wall are opposite to each other, and the third side wall and the fourth side wall are opposite to each other, and wherein groove-shaped ribs (6, 7) extending from the front wall toward the mounting wall are formed on the third side wall and the fourth side wall, characterized in that thin portions are formed at the ribs (6, 7), and in that the ribs are formed of a first groove-shaped rib (6a, 7a) and a second groove-shaped rib (6b, 7b) meeting at a connection portion (6c, 7c) which is bent. a front wall for receiving impact, a mounting wall to be mounted on a mounting object and opposed to the front wall, surrounding walls that comprise a first side wall, a second side wall, and a third side wall and a fourth side wall for connecting the circumferences of the front wall and the mounting wall, and a parting line passing through the front wall, the mounting wall, the first side wall and the second side wall, wherein the first side wall and the second side wall are opposite to each other, and the third side wall and the fourth side wall are opposite to each other, and wherein groove-shaped ribs (6, 7) extending from the front wall toward the mounting wall are formed on the third side wall and the fourth side wall, characterized in that thin portions are formed at the ribs (6, 7), and in that the ribs are formed of a first groove-shaped rib (6a, 7a) and a second groove-shaped rib (6b, 7b) meeting at a connection portion (6c, 7c) which is bent.
An aqueous slurry of finely divided fillers which are at least partly coated with a composition comprising at least one water-soluble amphoteric copolymer and at least one swollen starch.