mhurhangee/ep-ind-claims huggingface dataset:
Fully electric drive unit for a vehicle, in particular a self-driving work machine comprising a carrier vehicle and an implement that is integrated or is arranged thereon such that it can be dismantled, the drive unit comprising - a power split transmission having - a planetary transmission having the rotatable elements of sun gear, ring gear and planet carrier, - it being possible for one of these three rotatable elements to be used as the main output of the planetary transmission, - two drive sources, each of which is operatively connected to and can drive one of the two other of the three mentioned rotatable elements (2, 3, 4) of the planetary transmission, - a controller (100*), which can centrally control the two drive sources independently of one another, - two E-machines (E1, E2) as drive sources, - the E-machines (E1, E2) being controllable independently of one another, - at least one secondary output which is operatively connected to one of the two E-machines (E1 or E2), in particular is operatively connected to said E-machine (E1 or E2) in a fixed transmission ratio, characterised in that - the maximum power of the more powerful E-machine (e.g. E1) is greater and at most 500% greater than that of the less powerful E-machine (e.g. E2). - a power split transmission having - a planetary transmission having the rotatable elements of sun gear, ring gear and planet carrier, - it being possible for one of these three rotatable elements to be used as the main output of the planetary transmission, - a planetary transmission having the rotatable elements of sun gear, ring gear and planet carrier, - it being possible for one of these three rotatable elements to be used as the main output of the planetary transmission, - two drive sources, each of which is operatively connected to and can drive one of the two other of the three mentioned rotatable elements (2, 3, 4) of the planetary transmission, - a controller (100*), which can centrally control the two drive sources independently of one another, - two E-machines (E1, E2) as drive sources, - the E-machines (E1, E2) being controllable independently of one another, - at least one secondary output which is operatively connected to one of the two E-machines (E1 or E2), in particular is operatively connected to said E-machine (E1 or E2) in a fixed transmission ratio, - the maximum power of the more powerful E-machine (e.g. E1) is greater and at most 500% greater than that of the less powerful E-machine (e.g. E2).
A building element for the tiled cladding of a vertical façade and the generation of heat from solar radiation energy by means of transparent thermal insulation, comprising: a) an air conditioning element with - a flat carrier element for flat application to a façade; - a flat absorber layer applied to the exterior side of the carrier element with a vertical height (b) for the absorption of incident solar radiation; - and a flat, transparent thermal insulation that completely covers the absorber layer; b) and a flat slat element as a shading element, which can be applied to the lower or upper edge of the air conditioning element horizontally or sloping outwardly at an angle (α) thereto, and, in the mounted state as viewed in a vertical direction, is located next to the absorber layer and next to the transparent thermal insulation and projects horizontally over the absorber layer on an overhang for shading an absorber layer arranged below it during use; wherein the ratio between the overhang and the height (b) of the absorber layer makes it possible to set a limit angle (β) at which incident solar radiation can at least partially hit the absorber layer and over which the absorber layer is completely shaded. a) an air conditioning element with - a flat carrier element for flat application to a façade; - a flat absorber layer applied to the exterior side of the carrier element with a vertical height (b) for the absorption of incident solar radiation; - and a flat, transparent thermal insulation that completely covers the absorber layer; - a flat carrier element for flat application to a façade; - a flat absorber layer applied to the exterior side of the carrier element with a vertical height (b) for the absorption of incident solar radiation; - and a flat, transparent thermal insulation that completely covers the absorber layer; b) and a flat slat element as a shading element, which can be applied to the lower or upper edge of the air conditioning element horizontally or sloping outwardly at an angle (α) thereto, and, in the mounted state as viewed in a vertical direction, is located next to the absorber layer and next to the transparent thermal insulation and projects horizontally over the absorber layer on an overhang for shading an absorber layer arranged below it during use;
A bearing having a retainer, comprising an inner ring, an outer ring, a plurality of balls, and an annular retainer, the inner ring having a rolling groove thereon, the outer ring being fitted on the inner ring, the outer ring having a rolling trough therein, the rolling trough corresponding in position to the rolling groove, the rolling groove and the rolling trough forming a load route, the annular retainer having a plurality of interlaced accommodation holes to accommodate the balls, each accommodation hole being formed by a pair of corresponding U-shaped half retaining portions, each half retaining portion having a U-shaped opening, the pair of half retaining portions having corresponding U-shaped half oil grooves (312A, 312B), the two half oil grooves (312A, 312B) forming an oil groove, a lubricant storage space being formed between each ball and the oil groove characterized in that the half oil grooves (312A, 312B) are one quarter of a circle, and the circle has a diameter of 0.5-2 mm.
A cell-based method of measuring protease activity of a BoNT protease, comprising: providing a transfected cell that produces a hybrid protein having a structure of A- B-C-D or two hybrid proteins having a structure of A-C-B and A-C-D, respectively; wherein A is a transmembrane domain that is not cleavable by the BoNT protease and that inserts across a lipid membrane such that B, C and D are located on the same side of the lipid membrane, B is a first fluorescent protein, C is a BoNT protease recognition and cleavage sequence, and D is a second fluorescent protein; contacting the transfected cell with a BoNT protease under conditions to allow the cell to take up the BoNT protease; and measuring fluorescence of at least one of the first and second fluorescent proteins in the transfected cell. providing a transfected cell that produces a hybrid protein having a structure of A- B-C-D or two hybrid proteins having a structure of A-C-B and A-C-D, respectively; wherein A is a transmembrane domain that is not cleavable by the BoNT protease and that inserts across a lipid membrane such that B, C and D are located on the same side of the lipid membrane, B is a first fluorescent protein, C is a BoNT protease recognition and cleavage sequence, and D is a second fluorescent protein; contacting the transfected cell with a BoNT protease under conditions to allow the cell to take up the BoNT protease; and measuring fluorescence of at least one of the first and second fluorescent proteins in the transfected cell.
A shoe of adaptable height such that it comprises: - a flexible insole comprising a fastening means at the front of the flexible insole and a fastening means at the rear of the flexible insole as well as a rod; - at least one first rigid outsole that is interchangeable with a second rigid outsole, the second rigid outsole having a heel of different height from that of the first rigid outsole, each rigid outsole (3, 3') extending, during use, over the entire length of the foot and comprising a fastening means at the front of the rigid insole that is complementary to the fastening means at the front of the flexible insole and a fastening means at the rear of the rigid insole that is complementary to the fastening means at the rear of the flexible insole, at least one of the rigid outsoles comprising a heel of at least 3 cm. - a flexible insole comprising a fastening means at the front of the flexible insole and a fastening means at the rear of the flexible insole as well as a rod; - at least one first rigid outsole that is interchangeable with a second rigid outsole, the second rigid outsole having a heel of different height from that of the first rigid outsole, each rigid outsole (3, 3') extending, during use, over the entire length of the foot and comprising a fastening means at the front of the rigid insole that is complementary to the fastening means at the front of the flexible insole and a fastening means at the rear of the rigid insole that is complementary to the fastening means at the rear of the flexible insole, at least one of the rigid outsoles comprising a heel of at least 3 cm.
Optical waveguide, and in particular an optical fibre, having a front face which has a coating, the coating comprising one or more organic fluorine compounds, characterised in that the coating is treated with plasma, whereby, as a function of the process parameters which are set, there is formed on the front face etching-generated grass, the coating comprising plasma polymerised octafluorocyclobutane (PP-OFCB).
A method of controlling a reverse-conducting insulated gate bipolar transistor, RC-IGBT, the method comprising, upon receiving an ON command: applying high-level gate voltage and feeding a current into a connection point (m) connected, via a unidirectional conducting element (225; 325), to a collector terminal of the RC-IGBT and, via a series resistor (222; 322,324), to an emitter terminal of the RC-IGBT; monitoring the connection point potential (V m) at the end of a first time period (δ 1); and applying low-level gate voltage in response to said connection point potential being below a threshold potential. applying high-level gate voltage and feeding a current into a connection point (m) connected, via a unidirectional conducting element (225; 325), to a collector terminal of the RC-IGBT and, via a series resistor (222; 322,324), to an emitter terminal of the RC-IGBT; monitoring the connection point potential (V m) at the end of a first time period (δ 1); and applying low-level gate voltage in response to said connection point potential being below a threshold potential.
A dot pattern (1, 601) for defining data content, comprising: - a first plurality of dots being equally spaced arranged along a first direction; - a second plurality of dots being equally spaced arranged along a second direction, said second direction being orthogonal to the first direction, wherein at least one dot of the second plurality is shifted in parallel with the first direction; and - information dots being shifted from each of respective intersections, the intersections being formed by a first set of axes respectively passing through the first plurality of dots, said first set of axes being parallel to the second direction and a second set of axes respectively passing through the second plurality of dots including the shifted dot, said second set of axes being parallel to the first direction. - a first plurality of dots being equally spaced arranged along a first direction; - a second plurality of dots being equally spaced arranged along a second direction, - information dots being shifted from each of respective intersections, the intersections being formed by a first set of axes respectively passing through the first plurality of dots, said first set of axes being parallel to the second direction and a second set of axes respectively passing through the second plurality of dots including the shifted dot, said second set of axes being parallel to the first direction.
An apparatus to support at least one superconductor winding (61 A, 61 B) in a spaced-apart relationship from a rotor core of an electromotive machine, the apparatus comprising: at least one elongated loop arranged to provide radial support to said at least one superconducting winding (61 A, 61 B), the elongated loop comprising a material substantially resistant to heat flow; an axially-extending base assembly arranged to anchor said at least one loop with respect to the rotor core at a proximate end of the elongated loop; and a bracket assembly configured to define an interior recess to receive at least a portion of said at least one superconductor winding (61 A, 61B) and to support the elongated loop at a distal end of the elongated loop, wherein the axially-extending base assembly comprises a modular assembly comprising at least one base module disposed in a cavity of the rotor core, wherein said rotor core cavity is configured to define mutually opposite shoulders arranged to retain the base assembly in said cavity. at least one elongated loop arranged to provide radial support to said at least one superconducting winding (61 A, 61 B), the elongated loop comprising a material substantially resistant to heat flow; an axially-extending base assembly arranged to anchor said at least one loop with respect to the rotor core at a proximate end of the elongated loop; and a bracket assembly configured to define an interior recess to receive at least a portion of said at least one superconductor winding (61 A, 61B) and to support the elongated loop at a distal end of the elongated loop, wherein the axially-extending base assembly comprises a modular assembly comprising at least one base module disposed in a cavity of the rotor core, wherein said rotor core cavity is configured to define mutually opposite shoulders arranged to retain the base assembly in said cavity.
A method for reviving an organic photoconductor member having an outer protective layer, the method comprising: heating the outer protective layer of the organic photoconductor member, to a predetermined temperature equal to or greater than the glass transition temperature of the outer protective layer.; and testing donor concentration in the heated outer protective layer and/or maximum voltage achieved during charging. heating the outer protective layer of the organic photoconductor member, to a predetermined temperature equal to or greater than the glass transition temperature of the outer protective layer.; and testing donor concentration in the heated outer protective layer and/or maximum voltage achieved during charging.
An electrical coupling part with connected electrical line, which has a contact carrier made of mechanically stable insulating material, which has at least two through-holes (2, 3, 4) separated from one another, extending parallel to one another, in which in each case an electrical contact part (5, 6, 7) is arranged, which is connected to an electrical conductor of the line, which has at least two wires (8, 9, 10) consisting of insulated electrical conductors, in which a sealing element (12, 13, 14) with a clamping fit is attached within the through-holes (2, 3, 4) on each wire (8, 9, 10), by means of which the respective through-hole is tightly closed in the mounting position, and in which the wires (8, 9, 10) on an end face of the contact carrier are led out of the same, characterized in - that on the end face of the contact carrier out of which the wires (8, 9, 10) protrude, clamping elements (16, 17), pivotably mounted, consisting of two parts are attached, which clamping elements are arranged on sides opposite one another of the through-holes (2, 3, 4) of the contact carrier, and - that the two clamping elements (16, 17) attached on sides of the through-holes (2, 3, 4) opposite one another are connected with one another in the mounting position, whereby they abut firmly against the wires (8, 9, 10), so that said wires are fixed immovably in the radial direction, so that the sealing elements (12, 13, 14), which alone ensure the sealing of the through-holes (2, 3, 4) of the contact carrier against moisture, are not loaded in the radial direction and in particular not obliquely. - that on the end face of the contact carrier out of which the wires (8, 9, 10) protrude, clamping elements (16, 17), pivotably mounted, consisting of two parts are attached, which clamping elements are arranged on sides opposite one another of the through-holes (2, 3, 4) of the contact carrier, and - that the two clamping elements (16, 17) attached on sides of the through-holes (2, 3, 4) opposite one another are connected with one another in the mounting position, whereby they abut firmly against the wires (8, 9, 10), so that said wires are fixed immovably in the radial direction, so that the sealing elements (12, 13, 14), which alone ensure the sealing of the through-holes (2, 3, 4) of the contact carrier against moisture, are not loaded in the radial direction and in particular not obliquely.
Device for producing a component made of fibre composite material from a semi-finished fibre product, having a multi-part moulding and infiltration tool with tool parts, the shaping functional surfaces of which, in the closed state of the tool, form a cavity which is decisive for the component, whereby the tool comprises a hollow-body sealing frame (2, 16, 18, 20, 21, 22) in which the semi-finished fibre product may be arranged, and the tool parts are designed and associated with the sealing frame (2, 16, 18, 20, 21, 22) in such a way that, in the closed state of the tool, the tool parts are tightly connected to the sealing frame (2, 16, 18, 20, 21, 22).
A warp knitted fabric (10, 11, 12, 13) comprising: a plurality of first loop columns (1, 1a, 1b, 1c), each comprising a group of consecutive loops in a warp direction, the first loops comprising a first yarn; and one or more second loop columns (2, 2a, 2a1, 2a2, 2b, 2c), each comprising a group of consecutive loops in a warp direction, and being disposed between the first loop columns (1, 1a, 1b, 1c), wherein the second loop columns (2, 2a, 2a1, 2a2, 2b, 2c) comprise one or more loops of only a second yarn and one or more loops comprising the first yarn, the loops of the second yarn and the loops of the first yarn being alternately disposed; any two adjacent loop columns of the first (1, 1a, 1b, 1c) and/or second loop columns (2, 2a, 2a1, 2a2, 2b, 2c) are linked together; at least three first loop columns (1, 1a, 1b, 1c) are linked together with the first yarn; and the first yarn has a bioabsorption rate lower than that of the second yarn. a plurality of first loop columns (1, 1a, 1b, 1c), each comprising a group of consecutive loops in a warp direction, the first loops comprising a first yarn; and one or more second loop columns (2, 2a, 2a1, 2a2, 2b, 2c), each comprising a group of consecutive loops in a warp direction, and being disposed between the first loop columns (1, 1a, 1b, 1c), wherein the second loop columns (2, 2a, 2a1, 2a2, 2b, 2c) comprise one or more loops of only a second yarn and one or more loops comprising the first yarn, the loops of the second yarn and the loops of the first yarn being alternately disposed; any two adjacent loop columns of the first (1, 1a, 1b, 1c) and/or second loop columns (2, 2a, 2a1, 2a2, 2b, 2c) are linked together; at least three first loop columns (1, 1a, 1b, 1c) are linked together with the first yarn; and the first yarn has a bioabsorption rate lower than that of the second yarn.
A knee augment (14, 14a, 14b, 14c, 14d, 14e, 204a, 204b), comprising: a base having at least two openings for receiving fasteners for securing the knee augment to an implant; and a cone-shaped portion extending from the base, the cone-shaped portion and the base defining a bore for receipt of a stem of the implant; and characterised in that the augment further defines clearance openings in the base and the cone-shaped portion arranged to receive wings extending from the stem of the implant, and the cone-shaped portion defines slots aligned with the at least two augment base openings, wherein the slots provide clearance for the fasteners. a base having at least two openings for receiving fasteners for securing the knee augment to an implant; and a cone-shaped portion extending from the base, the cone-shaped portion and the base defining a bore for receipt of a stem of the implant; and characterised in that the augment further defines clearance openings in the base and the cone-shaped portion arranged to receive wings extending from the stem of the implant, and the cone-shaped portion defines slots aligned with the at least two augment base openings, wherein the slots provide clearance for the fasteners.
Method for estimating a frequency value for aeronautical communication between a first station and an airborne system moving in relation to the first station, the data being transmitted in the form of a succession of frames, a frame comprising at least one first header field of known data followed by one or more fields of unknown data (301 1), comprising at least the following step: Step 1: performance of a supervised correlation on the known data of the header, and estimation of a first frequency range centred on an estimated frequency Δ f D A ̃ having a precision of + / − Δ f ̃, Further comprising: Step 2: production of a blind correlation on at least all of the unknown data of a field of data (301 1), by looking for a correlation peak over the range centered on the frequency Δ f D A ̃ + / − Δ f ̃, as determined in step 1, and by retaining the frequency corresponding to the correlation peak. Step 1: performance of a supervised correlation on the known data of the header, and estimation of a first frequency range centred on an estimated frequency Δ f D A ̃ having a precision of + / − Δ f ̃, Step 2: production of a blind correlation on at least all of the unknown data of a field of data (301 1), by looking for a correlation peak over the range centered on the frequency Δ f D A ̃ + / − Δ f ̃, as determined in step 1, and by retaining the frequency corresponding to the correlation peak.
A bed device comprising: a surface configured to support a user; an input unit configured to receive an instruction as input from an operator to cause a bed operation from the list of back rise, leg rise or knee rise movement of the bed device; a detector configured to detect a position of the user on the surface; a memory configured to store a limitation content in association with a first area (R12, R14) that is located above the surface, and in association with the instruction; and a controller configured to control a movement of the surface based on the instruction and the limitation content stored in the memory, wherein when the instruction is input from an operator and the position of the user on the surface is detected in the first area (R12, R14), the controller being configured to decide whether or not to suspend the bed operation based on the limitation content stored in association with the first area (R12, R14) and the instruction. a surface configured to support a user; an input unit configured to receive an instruction as input from an operator to cause a bed operation from the list of back rise, leg rise or knee rise movement of the bed device; a detector configured to detect a position of the user on the surface; a memory configured to store a limitation content in association with a first area (R12, R14) that is located above the surface, and in association with the instruction; and a controller configured to control a movement of the surface based on the instruction and the limitation content stored in the memory, wherein when the instruction is input from an operator and the position of the user on the surface is detected in the first area (R12, R14), the controller being configured to decide whether or not to suspend the bed operation based on the limitation content stored in association with the first area (R12, R14) and the instruction.