mhurhangee/ep-ind-claims huggingface dataset:
A reinforcing strip for a moulded body made of an injectable moulding compound, having a strip-shaped base body which has a multiplicity of widened edge slits which extend inwards from edge sections (16a, 16b) of the base body transversely to its longitudinal direction, and a multiplicity of widened inner slits which are arranged in an inner section located between the edge sections (16a, 16b) of the base body, which are arranged in an inner section located between the edge sections (16a, 16b) of the base body, wherein an opening width of the edge slits and/or the inner slits is between 0.5 mm and 4 mm, and wherein the base body consists of one of the following materials: a. HC420LA - Material number: 1.0556 b. HC300B - Material number: 1.0444 c. HCT490X - Material number: 1.0939 d. HCT780T - Material number: 1.0948 e. HCT780C - Material number: 1.0954 a. HC420LA - Material number: 1.0556 b. HC300B - Material number: 1.0444 c. HCT490X - Material number: 1.0939 d. HCT780T - Material number: 1.0948 e. HCT780C - Material number: 1.0954
Apparatus for monitoring an operation of mixing a liquid sample, the device comprising a) a gripper for a liquid container, b) a shaking device, wherein the shaking device can set in motion a liquid container filled with liquid and inserted into the gripper for mixing the liquid, characterized in that the apparatus comprises c) an optical sensor for ascertaining filling levels of the liquid on an inner wall of the liquid container moved by the shaking device, wherein the filling level is variable over time in dependence on the motion of the liquid container, d) a memory for storing the filling levels ascertained by the optical sensor, and e) an evaluation device for evaluating the filling levels stored in the memory, wherein the evaluation device determines on the basis of the stored filling levels whether the liquid has been sufficiently mixed through, wherein the optical sensor comprises a line sensor and/or area sensor for detecting brightness values. a) a gripper for a liquid container, b) a shaking device, wherein the shaking device can set in motion a liquid container filled with liquid and inserted into the gripper for mixing the liquid, c) an optical sensor for ascertaining filling levels of the liquid on an inner wall of the liquid container moved by the shaking device, wherein the filling level is variable over time in dependence on the motion of the liquid container, d) a memory for storing the filling levels ascertained by the optical sensor, and e) an evaluation device for evaluating the filling levels stored in the memory,
An isolated polypeptide, comprising: an amino acid sequence having at least 97% sequence identity to the amino acid sequence of SEQ ID NO: 2, wherein said isolated polypeptide comprises laccase activity, oxidizes lignin under conditions of pH greater than or equal to pH 8.0, and retains laccase activity for greater than at least 5 minutes at greater than or equal to 60 degrees C; and, in addition, has an optimum reaction pH of ≥8.0 for syringaldazine oxidation at room temperature and/or has an optimum reaction pH of 8.0 for oxidation of (Mediator 71) at room temperature.
A telescopic hitch buffer device for use in high speed electric multiple unit, EMU, trains, the device comprising a telescopic mechanism, wherein the telescopic mechanism comprises a compression rod located inside a movable housing of said hitch buffer device, one end of said compression rod being connected to the movable housing, and a bearing connector encasing the compression rod; wherein one end of the compression rod is connected to the movable housing via a torsion spring, keeping the compression rod and the bearing connector in a locked state; characterised in that: a guiding barrel is fixedly mounted outside the bearing connector; an extension/retraction driving mechanism is provided between the guiding barrel and the movable housing; a locking mechanism comprises protrusions distributed at the other end of the compression rod, and grooves in engagement with protrusions on the inner wall of the bearing connector; the locking mechanism is in an unlocked state when the protrusions face the grooves, both the compression rod and the bearing connector can slide relative to each other; an unlocking driving mechanism is provided on the outside of the movable housing.
Boom arm segment for a concrete pump, having an upper belt, a lower belt and two side portions (35, 36) which connect the upper belt and the lower belt, wherein the boom arm segment comprises an articulated joint which defines a pivot axis for a pivot connection between the boom arm segment and an adjacent structure, wherein the pivot axis is arranged below the plane of the lower belt, wherein a transition piece is arranged between the lower belt and the articulated joint, wherein a first connection is formed between the transition piece and the lower belt, wherein the first connection is spaced apart from the adjacent end of the lower belt, wherein the transition piece is enclosed between a first reinforcement portion and a second reinforcement portion which laterally adjoin the transition piece, characterized in that the reinforcement portions (40, 70) each have a lower edge which extends from the articulated joint to the lower belt and wherein the lower edges enclose an angle with the plane of the lower belt which is smaller than the angle which the transition piece encloses with the plane of the lower belt.
Circular modular tray for the additive manufacturing on a powder bed of a part with an axis of revolution, characterised in that it is composed of an assembly of modules that are coupled concentrically according to an axis and contiguously according to a radial direction, the modules comprising an annular peripheral module and a circular central module, and wherein, each module including, according to an axial direction, an upper face, intended to be in contact with the powder bed, and a lower face, the modular tray being characterized in that the lower face of each module is provided with at least one means configured to facilitate a placing of the module on a lathe of a device for machining by turning, said means being chosen from a protrusion or a recess of the notch or groove type.
A vacuum cleaner nozzle comprising a suction plate having an inlet side and an outlet side, said suction plate comprising: an air duct having a duct wall, wherein said air duct extends through the suction plate from a suction opening on the inlet side to the outlet side, and a first primary sealing edge for engaging with a surface being cleaned and for at least partly sealing said suction opening against said surface being cleaned, wherein said first primary sealing edge extends along at least a portion of a long side of said suction opening, at least one inlet end portion of said duct wall forming an elongated first protrusion providing a first secondary sealing edge extending along at least a portion of said first primary sealing edge and which is horizontally displaced from said first primary sealing edge characterized by: said first protrusion is vertically displaced a predetermined distance inwards said air duct from said suction opening. an air duct having a duct wall, wherein said air duct extends through the suction plate from a suction opening on the inlet side to the outlet side, and a first primary sealing edge for engaging with a surface being cleaned and for at least partly sealing said suction opening against said surface being cleaned, wherein said first primary sealing edge extends along at least a portion of a long side of said suction opening,
A pharmaceutical composition comprising -6-methyl-5,6,6a,7-tetrahydro-4H-dibenzo[de,g]quinoline-10,11-diol or salt forms thereof and at least one pharmaceutically acceptable excipient wherein the at least one pharmaceutical excipient comprises the cyclodextrin HPβCD or SBEβCD.
A fastening assembly for securing a membrane and insulation to a roof deck comprising: a fastener (30, 30A, 30B) comprising a drive head (32, 32A, 32B) and a threaded shank extending from said drive head (32, 32A, 32B); a compression plate (20, 120) for distributing the load of said fastener (30, 30A, 30B) across an upper surface defining a central opening (22, 122) and comprising a plurality of angularly spaced prongs surrounding said central opening; and a clamp tube (40, 240, 340, 440) having a retainer collar, a throat and a tapered portion (60, 260, 360, 460) with a fastener opening through which said shank projects, said fastener shank being inserted through said central opening (22, 122) so that said retainer collar engages said plate (20, 120) and is captured thereby, said fastening assembly being characterised in that said clamp tube (40, 240, 340, 440) further comprises a pair of opposed retainer tabs (54, 454) for engaging the underside of said plate, wherein at least some of said prongs surround and resiliently engage against the said throat at a peripheral exterior portion adjacent said retainer collar and wherein opposed prongs also engage the shoulders of the retainer tabs (54, 454). a fastener (30, 30A, 30B) comprising a drive head (32, 32A, 32B) and a threaded shank extending from said drive head (32, 32A, 32B); a compression plate (20, 120) for distributing the load of said fastener (30, 30A, 30B) across an upper surface defining a central opening (22, 122) and comprising a plurality of angularly spaced prongs surrounding said central opening; and a clamp tube (40, 240, 340, 440) having a retainer collar, a throat and a tapered portion (60, 260, 360, 460) with a fastener opening through which said shank projects, said fastener shank being inserted through said central opening (22, 122) so that said retainer collar engages said plate (20, 120) and is captured thereby, said fastening assembly being characterised in that
A process for reduction of friction of a surface comprising the application to the surface of a coating composition comprising particles in a resin binder, characterised in that the particles are ceramic particles having a bimodal particle size distribution prepared from agglomerated Al 2 O 3 nanoparticles by shearing in a high shear mixer operating for example at 6000 to 15000 rpm in which 15 to 75% by volume of the particles have a particle size, measured by a laser scattering particle size distribution analyser, in the range 10 to 250nm and 25 to 85% by volume of the particles have a particle size, measured by a laser scattering particle size distribution analyser, in the range 3 to 25μm, at least 90% by volume of the ceramic particles having particle size measured by a laser scattering particle size distribution analyser, in the stated ranges.
Current measuring resistor for measuring an electric current (I AC), in particular in the kA range in a high-voltage network, having a) a first connection part made of a conductor material for introducing the electric current (I AC) into the current measuring resistor, b) a second connection part made of a conductor material for conducting the electric current (I AC) out of the current measuring resistor, and c) a resistor element made of a low-resistance resistance material, the resistor element being arranged in the direction of current flow between the first connection part and the second connection part and being joined to the two connection parts (2, 3) so that the electric current (I AC) to be measured flows through the resistor element during operation and produces a voltage drop (U MESS) across the resistor element, d) a printed circuit board which is attached to the outer surface of the current measuring resistor in order to measure the voltage drop (U MESS) across the resistor element, e) wherein the first connection part, the second connection part and the resistor element each have a substantially round cross-section, in particular a substantially circular cross-section, in a sectional plane at right angles to the direction of flow of the electric current (I AC), characterized in f) that the printed circuit board is a flexible printed circuit board which is curved or bent in the circumferential direction in accordance with the outer contour of the current measuring resistor. a) a first connection part made of a conductor material for introducing the electric current (I AC) into the current measuring resistor, b) a second connection part made of a conductor material for conducting the electric current (I AC) out of the current measuring resistor, and c) a resistor element made of a low-resistance resistance material, the resistor element being arranged in the direction of current flow between the first connection part and the second connection part and being joined to the two connection parts (2, 3) so that the electric current (I AC) to be measured flows through the resistor element during operation and produces a voltage drop (U MESS) across the resistor element, d) a printed circuit board which is attached to the outer surface of the current measuring resistor in order to measure the voltage drop (U MESS) across the resistor element, e) wherein the first connection part, the second connection part and the resistor element each have a substantially round cross-section, in particular a substantially circular cross-section, in a sectional plane at right angles to the direction of flow of the electric current (I AC),
A mid-axle positioning mechanism for being disposed at a bottom bracket of a bicycle and rotatably supporting a crank spindle of the bicycle, the mid-axle positioning mechanism comprising: a first mount disposed on a side of the bottom bracket and having a first through hole for insertion of the crank spindle and a first free end; a second mount disposed on another side of the bottom bracket and having a second through hole for insertion of the crank spindle and a second free end; and a sleeve disposed inside the bottom bracket and sleeved onto the crank spindle, the sleeve having a first end portion and a second end portion wherein the mid-axle positioning mechanism is characterized in that the second free end of the second mount tapers and has a first annular oblique surface, the second end portion of the sleeve tapers and has a second annular oblique surface complementing the first annular oblique surface, the first end portion abuts against the first free end, and the second annular oblique surface abuts against the first annular oblique surface in a manner that friction between the second mount and the sleeve is greater than that between the first mount and the sleeve. a first mount disposed on a side of the bottom bracket and having a first through hole for insertion of the crank spindle and a first free end; a second mount disposed on another side of the bottom bracket and having a second through hole for insertion of the crank spindle and a second free end; and a sleeve disposed inside the bottom bracket and sleeved onto the crank spindle, the sleeve having a first end portion and a second end portion wherein the mid-axle positioning mechanism is characterized in that the second free end of the second mount tapers and has a first annular oblique surface, the second end portion of the sleeve tapers and has a second annular oblique surface complementing the first annular oblique surface, the first end portion abuts against the first free end, and the second annular oblique surface abuts against the first annular oblique surface in a manner that friction between the second mount and the sleeve is greater than that between the first mount and the sleeve.
A steaming device operable in a cordless mode comprising: a steaming body (2, 40) having a first water chamber (6, 41) which extends towards a front end of the steaming body and is configured to receive and hold water, a second water chamber (7, 42) disposed at a heel or rear end of the steaming body and adjacent to a rear end of the first water chamber and behind the first water chamber, wherein the second water chamber is configured to receive and hold water and the volume of the second water chamber is smaller than the volume of the first water chamber, a steam generator, a first fluid path between the first water chamber and the second water chamber, and a second fluid path between the second water chamber and the steam generator, wherein the second fluid path extends from a second fluid path inlet at a lower end of the second water chamber to a second fluid path outlet towards the front end of the steaming body, wherein the first fluid path is configured to prevent water flow from the first water chamber to the second water chamber when the steaming body is orientated in a normal operating position and configured to allow water flow from the first water chamber to the second water chamber when the steaming body is orientated in a rest position in which the steaming body is inclined at an angle to the normal operating position, and wherein an upper end of the second water chamber is above an upper end of the first water chamber when the steaming body is orientated in the normal operating position. a first water chamber (6, 41) which extends towards a front end of the steaming body and is configured to receive and hold water, a second water chamber (7, 42) disposed at a heel or rear end of the steaming body and adjacent to a rear end of the first water chamber and behind the first water chamber, wherein the second water chamber is configured to receive and hold water and the volume of the second water chamber is smaller than the volume of the first water chamber, a steam generator, a first fluid path between the first water chamber and the second water chamber, and a second fluid path between the second water chamber and the steam generator, wherein the second fluid path extends from a second fluid path inlet at a lower end of the second water chamber to a second fluid path outlet towards the front end of the steaming body, wherein the first fluid path is configured to prevent water flow from the first water chamber to the second water chamber when the steaming body is orientated in a normal operating position and configured to allow water flow from the first water chamber to the second water chamber when the steaming body is orientated in a rest position in which the steaming body is inclined at an angle to the normal operating position, and wherein an upper end of the second water chamber is above an upper end of the first water chamber when the steaming body is orientated in the normal operating position.
A refrigerator comprising: a cabinet; a partition member dividing an interior of the cabinet into a first storage space and into a second storage space; an inner guide provided in the cabinet and having at least one discharge port for discharging air into the first storage space and a suction port for suctioning air in the first storage space; a flow path layer provided in the inner guide, the flow path layer forms a discharge flow path for guiding air to the at least one discharge port; a fan housing including a conduit for guiding air to the discharge flow path, the fan housing comprises an opening coupled to the conduit, the fan housing comprises an outlet spaced apart from the opening; and a fan inside the fan housing; wherein the conduit has a leading end and a trailing end associated with the opening, the leading end being provided closer to an outer circumference of the fan than the trailing end, wherein the fan is positioned closer to the outlet than to the trailing end of the conduit; characterized in that the refrigerator further comprises: an inner cover including an additional discharge port for discharging air into the second storage space and an additional suction port for suctioning air in the second storage space; and a discharge duct for guiding air flow between the outlet of the fan housing and the additional discharge port of the inner cover. a cabinet; a partition member dividing an interior of the cabinet into a first storage space and into a second storage space; an inner guide provided in the cabinet and having at least one discharge port for discharging air into the first storage space and a suction port for suctioning air in the first storage space; a flow path layer provided in the inner guide, the flow path layer forms a discharge flow path for guiding air to the at least one discharge port; a fan housing including a conduit for guiding air to the discharge flow path, the fan housing comprises an opening coupled to the conduit, the fan housing comprises an outlet spaced apart from the opening; and a fan inside the fan housing; wherein the conduit has a leading end and a trailing end associated with the opening, the leading end being provided closer to an outer circumference of the fan than the trailing end, wherein the fan is positioned closer to the outlet than to the trailing end of the conduit; characterized in that the refrigerator further comprises: an inner cover including an additional discharge port for discharging air into the second storage space and an additional suction port for suctioning air in the second storage space; and a discharge duct for guiding air flow between the outlet of the fan housing and the additional discharge port of the inner cover.
A preassembled hinge module (500, 600, 700) configured for coupling a first component to a second component for pivotal movement relative to one another, the preassembled hinge module comprising: a shaft (460, 702) defining a pivot axis (462, 704); a torque element (480, 706) frictionally engaging the shaft (460, 702); and a housing (440, 708) having a side wall (444, 724), a rear wall (446, 726), and a cover (442, 720), the side wall (444, 724) and the rear wall (446, 726) and the cover (442, 720) together defining an interior space within the housing (440, 708), wherein the interior space is configured to receive the torque element (480, 706) inside the housing (440, 708); wherein the cover (442, 720) defines a first aperture (443, 722) and the rear wall (446, 726) defines a second aperture (447, 728), the first aperture (443, 722) and the second aperture (447, 728) being aligned with the pivot axis (462, 704) of the shaft (460, 702), with the shaft (460, 702) extending through at least the first aperture (443, 722), the interior space of the housing (440, 708), and the second aperture (447, 728); wherein the shaft (460, 702) is separate from, and configured to be mounted to, the first component; and wherein the housing (440, 708) is separate from, and configured to be mounted to, the second component, characterized in that the rear wall (446, 726) of the housing (440, 708) defines a groove, the groove defined in the rear wall (446, 726) of the housing (440, 708) and the torque element (480, 706) together defining a receptacle configured to receive a lubricant. a shaft (460, 702) defining a pivot axis (462, 704); a torque element (480, 706) frictionally engaging the shaft (460, 702); and a housing (440, 708) having a side wall (444, 724), a rear wall (446, 726), and a cover (442, 720), the side wall (444, 724) and the rear wall (446, 726) and the cover (442, 720) together defining an interior space within the housing (440, 708), wherein the interior space is configured to receive the torque element (480, 706) inside the housing (440, 708); wherein the cover (442, 720) defines a first aperture (443, 722) and the rear wall (446, 726) defines a second aperture (447, 728), the first aperture (443, 722) and the second aperture (447, 728) being aligned with the pivot axis (462, 704) of the shaft (460, 702), with the shaft (460, 702) extending through at least the first aperture (443, 722), the interior space of the housing (440, 708), and the second aperture (447, 728); wherein the shaft (460, 702) is separate from, and configured to be mounted to, the first component; and wherein the housing (440, 708) is separate from, and configured to be mounted to, the second component, characterized in that the rear wall (446, 726) of the housing (440, 708) defines a groove, the groove defined in the rear wall (446, 726) of the housing (440, 708) and the torque element (480, 706) together defining a receptacle configured to receive a lubricant.