mhurhangee/ep-ind-claims huggingface dataset:
Robot system (10, 40, 50, 60, 70), comprising at least - one bracing apparatus (12, 14) for a vehicle body (16, 54), - a measuring apparatus (18, 20) for determining the difference (Δx REAL, Δy REAL) between the position of a vehicle body (16, 54) braced in the bracing apparatus (12, 14) and a particular reference position in the X and Y directions, characterised by, - at least one individually adjustable delivery locking unit (22, 56, 62) comprising a stationary part and a movable part with a first coupling apparatus (24a/b, 58) that is movable in the X and Y directions by means of respective drives and can be locked at a predefinable position within the working area thereof, - a control apparatus, which is provided for the purpose of controlling the delivery locking unit (22, 56, 62) in such a manner that the first coupling apparatus (24a/b, 58) moves into a working position taking into account the determined position differences (Δx REAL, Δy REAL) and is locked there, - an industrial robot (26, 74) having a second coupling apparatus and a tool (30, 42) rigidly connected to the latter, - wherein the control apparatus is provided for the purpose of controlling the industrial robot (26, 74), independently of the movement of the delivery locking unit and not until after this has been adjusted, in such a manner that the second coupling apparatus is connected to the first coupling apparatus (24a/b, 58) in the working position thereof in a force-fitting manner taking into account the determined position differences (Δx REAL, Δy REAL) and the tool (30, 42) is thereby braced in the working position. - one bracing apparatus (12, 14) for a vehicle body (16, 54), - a measuring apparatus (18, 20) for determining the difference (Δx REAL, Δy REAL) between the position of a vehicle body (16, 54) braced in the bracing apparatus (12, 14) and a particular reference position in the X and Y directions, characterised by, - at least one individually adjustable delivery locking unit (22, 56, 62) comprising a stationary part and a movable part with a first coupling apparatus (24a/b, 58) that is movable in the X and Y directions by means of respective drives and can be locked at a predefinable position within the working area thereof, - a control apparatus, which is provided for the purpose of controlling the delivery locking unit (22, 56, 62) in such a manner that the first coupling apparatus (24a/b, 58) moves into a working position taking into account the determined position differences (Δx REAL, Δy REAL) and is locked there, - an industrial robot (26, 74) having a second coupling apparatus and a tool (30, 42) rigidly connected to the latter, - wherein the control apparatus is provided for the purpose of controlling the industrial robot (26, 74), independently of the movement of the delivery locking unit and not until after this has been adjusted, in such a manner that the second coupling apparatus is connected to the first coupling apparatus (24a/b, 58) in the working position thereof in a force-fitting manner taking into account the determined position differences (Δx REAL, Δy REAL) and the tool (30, 42) is thereby braced in the working position.
A wiring board (1, 1a, 20, 20a) comprising: a board body (2, 22) comprising an insulating material and having a front surface (3, 23), a back surface (4, 24), a cavity (5, 25) having an opening in the front surface (3, 23) of the board body (2, 22) and having a bottom surface (6, 26) and a side surface (7, 27), and a projection which is provided on a front surface side of the side surface (7, 27) of the cavity projecting toward a center of the opening; characterised by a metal layer provided on the side surface (7, 27) of the cavity; and an insulating portion (10, 18, 30, 32) covering at least a top end portion of the metal layer. a board body (2, 22) comprising an insulating material and having a front surface (3, 23), a back surface (4, 24), a cavity (5, 25) having an opening in the front surface (3, 23) of the board body (2, 22) and having a bottom surface (6, 26) and a side surface (7, 27), and a projection which is provided on a front surface side of the side surface (7, 27) of the cavity projecting toward a center of the opening; characterised by a metal layer provided on the side surface (7, 27) of the cavity; and an insulating portion (10, 18, 30, 32) covering at least a top end portion of the metal layer.
Arrangement for holding a mobile terminal in or on a vehicle, having a holding bracket which has a receiving portion for the said mobile terminal, wherein the receiving portion has, starting from a vertical, a support surface, which is arranged inclined in relation to the said receiving portion and against which the mobile terminal bears by way of a rear wall during arrangement of the said mobile terminal as intended in the receiving portion, and also has a base which delimits the receiving portion at the bottom and supports the mobile terminal at the bottom, characterized in that, as a result of compulsory arrangement of the holding bracket in the vehicle and the said arrangement of the mobile terminal in the holding bracket as intended, a front side, having an operator control and/or display area, of the mobile terminal is arranged inclined such that no viewing condition between a light beam emanating from the operator control and/or display area and a line of view of a vehicle driver is geometrically satisfied.
A system configured to track the location and orientation of a user's feet, comprising: a depth sensor (12; 14) for generating a depth map of a scene within the field of view of the depth sensor, the field of view containing at least a portion of the user; and a processor, configured to: identify a portion of the depth map as a candidate object for foot tracking; determine a 3D central skeleton representation of the identified portion; determine a location of a toe of the user's foot and a location of an ankle of the user's foot, based on the 3D central skeleton representation, wherein the location of the ankle is determined by analysing the 3D curvature of the 3D central skeleton representation; and calculate an orientation of the user's foot based on the determined locations of the toe and the ankle. a depth sensor (12; 14) for generating a depth map of a scene within the field of view of the depth sensor, the field of view containing at least a portion of the user; and a processor, configured to: identify a portion of the depth map as a candidate object for foot tracking; determine a 3D central skeleton representation of the identified portion; determine a location of a toe of the user's foot and a location of an ankle of the user's foot, based on the 3D central skeleton representation, wherein the location of the ankle is determined by analysing the 3D curvature of the 3D central skeleton representation; and calculate an orientation of the user's foot based on the determined locations of the toe and the ankle. identify a portion of the depth map as a candidate object for foot tracking; determine a 3D central skeleton representation of the identified portion; determine a location of a toe of the user's foot and a location of an ankle of the user's foot, based on the 3D central skeleton representation, wherein the location of the ankle is determined by analysing the 3D curvature of the 3D central skeleton representation; and calculate an orientation of the user's foot based on the determined locations of the toe and the ankle.
An inhibitor of the CD39-P2Y13-cAMP-PKA signaling axis for use in the treatment of chemoresistant acute myeloid leukemia in a patient in need thereof wherein the leukemia is resistant to a combination of daunorubicin or idarubicin, plus cytarabine (AraC) and wherein the inhibitor is an antibody having specificity for CD39.
A cremone bolt for opening and closing door or window frames, of the type comprising a handle in turn comprising a case intended to be applied on a moveable frame and a manoeuvring shaft mounted pivotally on said case around a rotation axis, in which within said case a pinion is provided, which is pivotally mounted around said rotation axis is integrally constrained, at least in rotation, to said manoeuvring shaft and engages with at least a rack that is slidably associated to said case in both directions of a straight line orthogonal to said rotation axis and parallel to at least a manoeuvring rod of the cremone bolt, furthermore comprising at least an actuating element which is connectable to said manoeuvring rod, characterised in that said actuating element is slidably associated to said rack in both directions of a straight line parallel to said straight line, and adjusting and fastening means of the position of said actuating element with respect to said rack.
An apparatus for scheduling in a wireless communications network, comprising: means for aggregating at least two stations with flows of the same traffic type; means for establishing a common service period for said at least two stations; means for scheduling said at least two stations with said same traffic type in said common service period; means for serving each of the at least two stations in a respective one of at least two service periods within the common service period; and means for sending signaling prior to the at least two service periods indicating the at least two service periods to the at least two stations. means for aggregating at least two stations with flows of the same traffic type; means for establishing a common service period for said at least two stations; means for scheduling said at least two stations with said same traffic type in said common service period; means for serving each of the at least two stations in a respective one of at least two service periods within the common service period; and means for sending signaling prior to the at least two service periods indicating the at least two service periods to the at least two stations.
A gel-type propellant consisting of at least one hydrocarbon which contains at least one nitro group as a basic monopropellant, and at least one gelling agent, wherein the propellant additionally contains at least one solid oxidizer, characterized in that the oxidizer has an average particle size of not more than 0.4 millimeters, and that the propellant is injectable, and wherein the at least one carbon-based gelling agent consists of carbon particles or carbon nanotubes.
Use of a lubricant composition as gearbox oil in an electric vehicle, the lubricant composition comprising at least 75 wt% of a base stock and 2 wt% to 10 wt% of a traction coefficient additive compound, based on the total weight of the lubricant composition, of the Formula: R 1 [ n -R 2] m wherein: - R 1 is the residue of sorbitol; - m is in the range from 5 to 6; - AO is an ethylene oxide residue; - n is in the range from 2 to 10; and - each R 2 is independently H or R 3, where each R 3 is a residue of (poly)12-hydroxystearic acid; and - on average at least 0.5 of R 2 groups are R 3. - R 1 is the residue of sorbitol; - m is in the range from 5 to 6; - AO is an ethylene oxide residue; - n is in the range from 2 to 10; and - each R 2 is independently H or R 3, where each R 3 is a residue of (poly)12-hydroxystearic acid; and - on average at least 0.5 of R 2 groups are R 3.
A method for producing a book-like security and/or value document comprising the following method steps: A) bringing together at least two layers (2, 3, 4) of a data sheet formed from organic polymeric materials, one layer having smaller dimensions than at least one adjacent layer (2, 4), the step of bringing together being carried out with the proviso that the data sheet forms a gap or a step along an edge, the gap or the step being filled with an auxiliary piece having a thickness which substantially corresponds to the thickness D1 of the layer of smaller dimensions, the auxiliary piece being formed from a material which is not laminable with the layers (2, 3, 4), B) subjecting the stack of step A) to a lamination step, all layers (2, 3, 4) being laminated with each other, not however with the auxiliary piece C) removing the auxiliary piece, D) introducing a data sheet region of a cover tab into the gap or into the step of the data sheet and connected with the data sheet in a form-fit, force-fit, or material-fit fashion, and E) binding a cover region of the cover tab into the cover of the security and/or value document. A) bringing together at least two layers (2, 3, 4) of a data sheet formed from organic polymeric materials, one layer having smaller dimensions than at least one adjacent layer (2, 4), the step of bringing together being carried out with the proviso that the data sheet forms a gap or a step along an edge, the gap or the step being filled with an auxiliary piece having a thickness which substantially corresponds to the thickness D1 of the layer of smaller dimensions, the auxiliary piece being formed from a material which is not laminable with the layers (2, 3, 4), B) subjecting the stack of step A) to a lamination step, all layers (2, 3, 4) being laminated with each other, not however with the auxiliary piece C) removing the auxiliary piece, D) introducing a data sheet region of a cover tab into the gap or into the step of the data sheet and connected with the data sheet in a form-fit, force-fit, or material-fit fashion, and E) binding a cover region of the cover tab into the cover of the security and/or value document.
A composition comprising components and below: a peptide compound having ClogP between 4 and 25, wherein the number of amino acid residues in the peptide compound is between 9 and 15, and a surfactant having a carnitine residue, wherein the surfactant is lauroyl-L-carnitine. a peptide compound having ClogP between 4 and 25, wherein the number of amino acid residues in the peptide compound is between 9 and 15, and a surfactant having a carnitine residue, wherein the surfactant is lauroyl-L-carnitine.
A gas sensor comprising a silicon substrate CMOS circuitry (4, 10) integrated on said silicon substrate, an opening extending through said substrate, a membrane extending over said opening, a patch of sensing material arranged on said membrane, electrodes arranged on said membrane in electrical contact with said patch of sensing material, a heater, comprising at least 90% of tungsten arranged in or on said membrane at a location of said patch, characterized in that - said electrodes are of a material that comprises at least 90% of platinum, and - at least one via extends from said electrodes to said CMOS circuitry (4, 10), wherein said via is formed in a lower section of a material that comprises at least 90% of tungsten and in an upper section of a material that comprises at least 90% of platinum, said upper section being above the lower section that is above the silicon substrate. - said electrodes are of a material that comprises at least 90% of platinum, and - at least one via extends from said electrodes to said CMOS circuitry (4, 10), wherein said via is formed in a lower section of a material that comprises at least 90% of tungsten and in an upper section of a material that comprises at least 90% of platinum, said upper section being above the lower section that is above the silicon substrate.
Drive belt having a main direction of development, comprising a plurality of ribs arranged substantially parallel to said main direction of development, wherein said ribs make a series of peaks and troughs, and said belt is made of a single polymeric material, characterized in that, there are no reinforcing elements arranged along the said main development direction, said polymeric material having: - Hardness comprised between 50 and 98 Sh A, - Stress at 100% elongation (100% Modulus) comprised between 5 and 14 MPa, - Rebound resilience comprised between 30% and 70%. - Hardness comprised between 50 and 98 Sh A, - Stress at 100% elongation (100% Modulus) comprised between 5 and 14 MPa, - Rebound resilience comprised between 30% and 70%.
A lubricating oil composition comprising: a base oil; 0.01 to 5 mass%, of the total amount of the composition, of a component that is a dialkyl hydrogen phosphite; 0.01 to 5 mass%, of the total amount of the composition, of a component that is a sulfur antioxidant; and 0.01 to 5 mass%, of the total amount of the composition, of a component that is a polyalkenyl succinimide, wherein the component is represented by a formula below, where: R 3, R 4, R 9 and R 10 are each independently an alkyl group and R 5, R 6, R 7 and R 8 are each independently an alkylene group. a base oil; 0.01 to 5 mass%, of the total amount of the composition, of a component that is a dialkyl hydrogen phosphite; 0.01 to 5 mass%, of the total amount of the composition, of a component that is a sulfur antioxidant; and 0.01 to 5 mass%, of the total amount of the composition, of a component that is a polyalkenyl succinimide, 0.01 to 5 mass%, of the total amount of the composition, of a component that is a dialkyl hydrogen phosphite; 0.01 to 5 mass%, of the total amount of the composition, of a component that is a sulfur antioxidant; and 0.01 to 5 mass%, of the total amount of the composition, of a component that is a polyalkenyl succinimide, wherein the component is represented by a formula below, where: R 3, R 4, R 9 and R 10 are each independently an alkyl group and R 5, R 6, R 7 and R 8 are each independently an alkylene group.
Method of immune-detection of the measurement of endogenous complexes of Glucose-regulated protein94 with Immunoglobulin G (IgG), wherein endogenous complexes of Grp94-IgG are a diagnostic and prognostic tumor marker, and the method for measuring the complexes is a sandwich ELISA that employs a capture or primary antibody, preferentially attached to wells of a plate, able to recognize one or more epitopes of Grp94 of the complex present in the biological sample, and a detection or secondary antibody able to recognize one or more epitopes of IgG of the complex and associated with a detection system employing either an enzyme or substances of another nature.
Use of an aqueous bio-catalytic composition in treating a contaminated water, the bio-catalytic composition comprising a fermentation supernatant which comprises micronutrients and lacks active enzymes, the fermentation supernatant being from a yeast culture, and one or more non-ionic surfactants, wherein the bio-catalytic composition lacks any active enzymes, and wherein the yeast culture is a Saccharomyces cerevisiae culture. wherein the bio-catalytic composition lacks any active enzymes, and wherein the yeast culture is a Saccharomyces cerevisiae culture.
An infusion pump for interfacing with a prefilled syringe to fill the infusion pump with a therapeutic liquid, the infusion pump comprising: a pump housing comprising a base including a syringe coupling region, the syringe coupling region including a fill port and a recessed engaging portion recessed into the pump housing and configured to engage a dispensing end of a prefilled syringe, wherein the recessed engaging portion is internally threaded to engage the dispensing end of the prefilled syringe in a threaded engagement; a needle located in the syringe coupling region, the needle having a first end passing through the fill port and a second end being recessed beneath an outer surface of the base and positioned within the recessed engaging portion such that the second end of the needle passes through the dispensing end of the prefilled syringe as the dispensing end of the prefilled syringe engages the recessed engaging portion; and a reservoir located within the housing, the reservoir being fluidly coupled to the needle. a pump housing comprising a base including a syringe coupling region, the syringe coupling region including a fill port and a recessed engaging portion recessed into the pump housing and configured to engage a dispensing end of a prefilled syringe, wherein the recessed engaging portion is internally threaded to engage the dispensing end of the prefilled syringe in a threaded engagement; a needle located in the syringe coupling region, the needle having a first end passing through the fill port and a second end being recessed beneath an outer surface of the base and positioned within the recessed engaging portion such that the second end of the needle passes through the dispensing end of the prefilled syringe as the dispensing end of the prefilled syringe engages the recessed engaging portion; and a reservoir located within the housing, the reservoir being fluidly coupled to the needle.
A method for automatically determining the condition of a hydraulic aggregate for powering a power wrench comprising a hydraulic cylinder for performing load strokes by means of a pressurized hydraulic medium, characterized in that, for a plurality of aggregate components (K i), a respective wear-indicating characteristic number (z i) is computed from the pressure (p(τ)) and the duration of operation since start-up, that a respective wear degree (g i) is determined from said characteristic number and from a wear limit (z i,0) which has been set for the aggregate component, and that, for the whole aggregate, the maximum max ⁢ g i | i = 1 n among the wear degrees (g i) of all aggregate components is determined and a total wear degree is obtained on the basis of said maximum.
Self-propelled, preferably single-axle, manually steerable and controllable working machine for moving and driving mounted implements or attached vehicles, comprising a drive motor mounted on a chassis and connected to a hydrostatic drive unit intended for moving the working machine, said drive unit having at least one controllable hydraulic pump (31, 34) that can be coupled to the drive motor and hydraulic motors line-connected thereto associated with wheels (6, 7) secured to either end of an axle extending transversely to the direction of movement, and said drive motor being designed with an auxiliary output shaft for driving an implement mounted at the front of the chassis, characterised in that respective clutches (23, 48) that can be engaged and disengaged independently of one another are disposed upstream of the at least one hydraulic pump (31, 34) of the hydrostatic drive unit arranged in a driveline connecting the drive motor, the hydrostatic drive unit and the output shaft by means of a drive shaft and of the output shaft.
A device for orienting a door seal when the door seal is applied to a door of a motor vehicle, having a receiving device for receiving the door in a defined manner, a holding device, arranged on the receiving device, for holding the door, a guide device, arranged on the receiving device, with a guide track for orienting the door seal relative to the door when the door seal is applied to the door, and a rotation device for turning the receiving device about at least one axis of rotation, characterised in that the guide track is designed to provide a lateral stop for the door seal. characterised in that the guide track is designed to provide a lateral stop for the door seal.