mhurhangee/patent-ind-claim-en huggingface dataset:
Harvesting device with two pivotably mounted rakes (15, 16; 45, 46; 65, 66) pivotable between a position in which they are pivoted towards each other and a position in which they are pivoted away from each other, wherein each rake (15, 16; 45, 46; 65, 66) comprises a plurality of fingers , which are arranged next to one another in a direction of view parallel to a pivot axis of a rake (15, 16; 45, 46; 65, 66), and with a drive unit comprising at least one drive element pivoting the rakes (15, 16; 45, 46; 65, 66) to and fro about their pivot axis in opposite directions in operation, wherein each rake (15, 16; 45, 46; 65, 66) is held by a rake support , wherein each rake (15, 16; 45, 46; 65, 66) has an inner finger facing the other rake (15, 16; 45, 46; 65, 66), wherein a first gap and a second gap are formed in the direction of view parallel to a pivot axis of a rake (15, 16; 45, 46; 65, 66) in the position in which the rakes (15, 16; 45, 46; 65, 66) are pivoted towards each other, wherein the first gap is at least partially bounded by the rake support and the drive element and wherein the second gap is at least partially bounded by the inner finger of the first rake and by the inner finger of the second rake , characterised in that the harvesting device has a locking device (33; 53; 73), which comprises at least one locking element (34, 35; 54, 55; 74, 75), which is moved with a rake (15, 16; 45, 46; 65, 66) and extends in the direction of view parallel to a pivot axis of a rake (15, 16; 45, 46; 65, 66) between the first gap and the second gap , and in that the locking device (33; 53; 73) separates the first gap and the second gap in each position of the rakes (15, 16; 45, 46; 65, 66) in such a way that the gaps are in the direction of view parallel to a pivot axis of a rake (15, 16; 45, 46; 65, 66) at most connected by way of a gap of no more than 5 mm.
Salient pole machine comprising a rotor and a plurality of salient poles , said rotor configured to rotate about a machine axis and having at its circumference a rotor rim with a predetermined outer radius , whereby said plurality of salient poles , each extending in a radial direction, is attached to said rotor at said rotor rim at a respective pole-rim interface , wherein at said pole-rim interface a plurality of axial rib-like rim extensions project radially from said rotor rim with a predetermined circumferential distance between neighboring axial rib-like rim extensions , wherein each salient pole has a plurality of axial pole grooves matching and receiving said axial rib-like rim extensions at the respective pole-rim interface , wherein said axial rib-like rim extensions and said axial pole grooves have adjacent sidewalls, wherein fixing elements are arranged outside said rotor rim , being provided to fix said axial rib-like rim extensions in said axial pole grooves , extending and being applied in axial direction, and being arranged in respective interface holes between said axial pole grooves and said axial rib-like rim extensions at the sidewalls thereof, characterized in that said adjacent sidewalls are in contact with each other.
A method of producing glass focusing mirror blanks, the method comprising: providing a glass sheet ; heating the glass sheet or otherwise providing for the temperature of the glass sheet to be near the softening point of the glass so as to allow permanent deformation thereof; and reforming the glass sheet so as to form an array of glass shell structures therein by vacuum or differential-pressure forming the glass sheet , the respective resulting glass shell structures each having a respective outer convex surface and a respective inner concave surface , wherein the step of vacuum or differential-pressure forming is performed using a mold surface comprising an array of through holes with the shell structures formed by vacuum or differential pressure forming of the sheet against the mold surface with the glass shell structures formed into the array of through holes without contacting the resulting respective inner concave surfaces with any solid object, characterized in that the step of vacuum or differential-pressure forming is also performed without contacting the resulting respective outer convex surfaces with any solid object. providing a glass sheet ; heating the glass sheet or otherwise providing for the temperature of the glass sheet to be near the softening point of the glass so as to allow permanent deformation thereof; and reforming the glass sheet so as to form an array of glass shell structures therein by vacuum or differential-pressure forming the glass sheet , the respective resulting glass shell structures each having a respective outer convex surface and a respective inner concave surface , wherein the step of vacuum or differential-pressure forming is performed using a mold surface comprising an array of through holes with the shell structures formed by vacuum or differential pressure forming of the sheet against the mold surface with the glass shell structures formed into the array of through holes without contacting the resulting respective inner concave surfaces with any solid object, characterized in that the step of vacuum or differential-pressure forming is also performed without contacting the resulting respective outer convex surfaces with any solid object.
A tool for curing a composite component, the tool comprising: - a lay-up surface for laying-up layers of an uncured composite component, - a cover assembly for moving in relation to the lay-up surface to cover a layed-up uncured composite component on the lay-up surface , the cover assembly comprising a sealable cover for sealing around the uncured composite component on the lay-up surface to form a sealed zone, and - a vacuum port for providing a vacuum to the sealed zone, wherein the tool further comprises at least one heating element within the sealed zone for heating the uncured composite component, wherein the sealable cover is movably mounted to the tool and movable in relation to the lay-up surface . - a lay-up surface for laying-up layers of an uncured composite component, - a cover assembly for moving in relation to the lay-up surface to cover a layed-up uncured composite component on the lay-up surface , the cover assembly comprising a sealable cover for sealing around the uncured composite component on the lay-up surface to form a sealed zone, and - a vacuum port for providing a vacuum to the sealed zone,
An assembly for a load supporting structure for a vehicle , which includes: a support frame adapted to be connected to the vehicle , the support frame comprising two longitudinally extending side rails , a front rail, and a rear rail, each of the side rails having at least one channel longitudinally extending along at least a portion of a length of an underside surface thereof, which faces the vehicle ; a plurality of modular longitudinal base elements , each having at least one channel longitudinally extending along at least a portion of a length of an underside surface thereof, which faces the vehicle ; and one or more mounting bars extending laterally between the two side rails , the mounting bars being connected to the side rails and the base elements via respective longitudinally extending channels therein by a plurality of connector assemblies; characterised in that : at least one of the one or more mounting bars is slidable forward and aft at least partially along the length of the longitudinally extending channels of the side rails and base elements ; each of the one or more mounting bars comprises a mounting track extending for at least a portion of an underside of a length thereof; and a leg for connecting the assembly to the vehicle is selectively affixed to the mounting track at one of a plurality of positions therealong. a support frame adapted to be connected to the vehicle , the support frame comprising two longitudinally extending side rails , a front rail, and a rear rail, each of the side rails having at least one channel longitudinally extending along at least a portion of a length of an underside surface thereof, which faces the vehicle ; a plurality of modular longitudinal base elements , each having at least one channel longitudinally extending along at least a portion of a length of an underside surface thereof, which faces the vehicle ; and one or more mounting bars extending laterally between the two side rails , the mounting bars being connected to the side rails and the base elements via respective longitudinally extending channels therein by a plurality of connector assemblies; characterised in that : at least one of the one or more mounting bars is slidable forward and aft at least partially along the length of the longitudinally extending channels of the side rails and base elements ; each of the one or more mounting bars comprises a mounting track extending for at least a portion of an underside of a length thereof; and a leg for connecting the assembly to the vehicle is selectively affixed to the mounting track at one of a plurality of positions therealong. at least one of the one or more mounting bars is slidable forward and aft at least partially along the length of the longitudinally extending channels of the side rails and base elements ; each of the one or more mounting bars comprises a mounting track extending for at least a portion of an underside of a length thereof; and a leg for connecting the assembly to the vehicle is selectively affixed to the mounting track at one of a plurality of positions therealong.
A protective coating, having the chemical composition C a Si b B d N e O g H l Me m , wherein Me is at least one metal of the group consisting of {Al, Ti, V, Cr, Zr, Nb, Mo, Hf, Ta, W, Y, Sc, La, Ce, Nd, Pm, Sm, Pr, Mg, Co, Ni,Fe,Mn}, with a+b+d+e+g+l+m =1, and 0.45 ≤ a ≤ 0.98 0.01 ≤ b ≤ 0.40 0 ≤ e ≤ 0.35 0 ≤ l ≤ 0.35 0 ≤ m ≤ 0.20 , wherein the coating comprises free amorphous carbon that is not chemically bonded to silicon or boron, characterized in that 0.02 ≤ d ≤ 0.10 and oxygen is contained in the coating, wherein g ≤ 0.20.
Radial fan with an external rotor motor (6+8) and a housing , which has: a stator with a multi-part armature of conductive sheet metal comprising a plurality of pole pieces and stator windings , a rotor externally surrounding the stator and having permanent magnets and externally located fan blades , and a rotor shaft rotatably supported in the stator and a printed circuit board is provided which is arranged at a distance from the stator windings and from which connection lines lead from an operating voltage and ground to the stator windings, at least one electrically conductive connection being led from the electrically conductive armature of the stator to at least one terminal of the printed circuit board and this terminal being connected to a fixed potential (GND, 0, VCC). characterized in that the electrically conductive connection is designed as a resilient element , one end of which is firmly connected to the armature or a terminal of the printed circuit board and the other end of which is pressed resiliently against a terminal of the printed circuit board or the armature. a stator with a multi-part armature of conductive sheet metal comprising a plurality of pole pieces and stator windings , a rotor externally surrounding the stator and having permanent magnets and externally located fan blades , and a rotor shaft rotatably supported in the stator and a printed circuit board is provided which is arranged at a distance from the stator windings and from which connection lines lead from an operating voltage and ground to the stator windings, at least one electrically conductive connection being led from the electrically conductive armature of the stator to at least one terminal of the printed circuit board and this terminal being connected to a fixed potential (GND, 0, VCC). characterized in that the electrically conductive connection is designed as a resilient element , one end of which is firmly connected to the armature or a terminal of the printed circuit board and the other end of which is pressed resiliently against a terminal of the printed circuit board or the armature.
A compound represented by Formula I below, or a stereoisomer, a tautomer or a pharmaceutically acceptable salt thereof: Wherein R is chosen among:
An antimicrobial composition comprising: a polymeric biguanide, a metal ion chelating agent, and a solvent, wherein the ratio of the polymeric biguanide to the metal ion chelating agent is between 0.75:2.25 and 1.25:2.25, or about 1:2. a polymeric biguanide, a metal ion chelating agent, and a solvent, wherein the ratio of the polymeric biguanide to the metal ion chelating agent is between 0.75:2.25 and 1.25:2.25, or about 1:2.
A compound of formula 1 wherein R 1 is R 2 is and R 3 is H, or R 1 is R 2 is and R 3 is H 3 C-, or R 1 is R 2 is and R 3 is HOH 2 CH 2 C-, or R 1 is R 2 is and R 3 is H 3 C-, or a pharmaceutically acceptable salt thereof. R 1 is R 2 is and R 3 is H, or R 1 is R 2 is and R 3 is H 3 C-, or R 1 is R 2 is and R 3 is HOH 2 CH 2 C-, or R 1 is R 2 is and R 3 is H 3 C-,
An impeller comprising: a boss portion driven to rotate by a motor; a plurality of rotating blades projecting radially from the boss portion in a direction in which a diameter increases from a rotational axis of the motor and generating airflow in an axial direction of the rotational axis ; and an outer concave portion (P4) of the rotating blades , which is a portion between a vertex (Z) of an S-shaped portion on the outer peripheral side of the rotating blades and a blade outer peripheral portion ; wherein the rotating blades each have an S-shaped radial cross section in which an inner peripheral side portion is protruded with respect to the airflow and an outer peripheral side portion is recessed with respect to the airflow; and characterized in that the outer concave portion (P4) has a distribution of a radius of curvature value such that the radius of curvature value gradually decreases toward a blade trailing edge portion from a blade leading edge portion . a boss portion driven to rotate by a motor; a plurality of rotating blades projecting radially from the boss portion in a direction in which a diameter increases from a rotational axis of the motor and generating airflow in an axial direction of the rotational axis ; and an outer concave portion (P4) of the rotating blades , which is a portion between a vertex (Z) of an S-shaped portion on the outer peripheral side of the rotating blades and a blade outer peripheral portion ; wherein the rotating blades each have an S-shaped radial cross section in which an inner peripheral side portion is protruded with respect to the airflow and an outer peripheral side portion is recessed with respect to the airflow; and characterized in that the outer concave portion (P4) has a distribution of a radius of curvature value such that the radius of curvature value gradually decreases toward a blade trailing edge portion from a blade leading edge portion .
A removal device for removing and disposing of a pen needle connectable to a drug delivery device , comprising: a cap having a body having a cavity for receiving the pen needle of the drug delivery device such that a patient end of a needle of the pen needle is covered by said body ; a first and a second opening disposed at opposite ends of said body , and removably connectable to the drug delivery device inserted through said second opening ; and an ejector movably connected to said body via said first opening , said ejector comprising and ejector cavity for engaging the received pen needle and selectively ejecting the engaged pen needle from said body , wherein said ejector is in a partially withdrawn position from the cap body when said cap is connected to the drug delivery device to which the pen needle is connected, as an indication that the pen needle is connected to the drug delivery device , and said ejector is in an inserted position when said cap is connected to the drug delivery device to which the pen needle is not connected, as an indication that the pen needle is not connected to the drug delivery device . a cap having a body having a cavity for receiving the pen needle of the drug delivery device such that a patient end of a needle of the pen needle is covered by said body ; a first and a second opening disposed at opposite ends of said body , and removably connectable to the drug delivery device inserted through said second opening ; and an ejector movably connected to said body via said first opening , said ejector comprising and ejector cavity for engaging the received pen needle and selectively ejecting the engaged pen needle from said body , wherein said ejector is in a partially withdrawn position from the cap body when said cap is connected to the drug delivery device to which the pen needle is connected, as an indication that the pen needle is connected to the drug delivery device , and said ejector is in an inserted position when said cap is connected to the drug delivery device to which the pen needle is not connected, as an indication that the pen needle is not connected to the drug delivery device .
An optoelectronic sensor apparatus comprising a distance sensor which is aligned with a ground and which determines distance information for at least one monitored zone , wherein the at least one monitored zone covers a ground region which forms a surface region of the ground ; and an evaluation unit which is configured to recognize a deviation from at least one expected ground region on the basis of the distance information and to output a signal, in particular a warning signal, on the recognition of a deviation, characterized in that the at least one expected ground region is based on a predefined model which represents the distance information for the at least one monitored zone for the theoretical case in which the distance sensor is located in a known reference position and is aligned with a known reference ground, wherein the distance sensor is configured as a multi-layer laser scanner having a scanning head which is rotatable about an axis (S) inclined by an angle ( α ) with respect to the ground and which comprises a plurality of laser sensors which are tilted with respect to one another and of which at least one has a monitored zone having a spatially curved extent.
A polynucleotide comprising a first and a second gene expression system, wherein: i) the first gene expression system comprises the following components: a first dominant lethal gene operably linked to a first promoter, a gene encoding a first activating transcription factor, and a first splice control sequence, and ii) the second gene expression system comprises the following components: a second dominant lethal gene operably linked to a second promoter, a gene encoding a second activating transcription factor, and a second splice control sequence, wherein: each of said activating transcription factors is capable of activating at least one of said promoters, provided that both of said promoters are activated when both of said transcription factors are expressed, each of the first and second splice control sequences mediates female-specific expression of the first and second dominant lethal genes, respectively, by alternative splicing, the transactivation activity of each of the first and second activating transcription factors is repressible by a first and a second exogenous control factor, respectively, wherein said first exogenous control factor is the same as or different from said second exogenous control factor, and each of said components of said first gene expression system are the same as or different from said components of said second gene expression system. i) the first gene expression system comprises the following components: a first dominant lethal gene operably linked to a first promoter, a gene encoding a first activating transcription factor, and a first splice control sequence, and ii) the second gene expression system comprises the following components: a second dominant lethal gene operably linked to a second promoter, a gene encoding a second activating transcription factor, and a second splice control sequence, each of said activating transcription factors is capable of activating at least one of said promoters, provided that both of said promoters are activated when both of said transcription factors are expressed, each of the first and second splice control sequences mediates female-specific expression of the first and second dominant lethal genes, respectively, by alternative splicing, the transactivation activity of each of the first and second activating transcription factors is repressible by a first and a second exogenous control factor, respectively, wherein said first exogenous control factor is the same as or different from said second exogenous control factor, and each of said components of said first gene expression system are the same as or different from said components of said second gene expression system.
A method of production of a polyether rubber containing unit expressed by the following general formula in 0.1 mol% or more and less than 30 mol% comprising: reacting a polyether rubber containing epihalohydrin monomer unit in 0.1 mol% or more and a nitrogen atom-containing aromatic heterocyclic compound by kneading in the presence of an acid acceptor containing at least a hydrotalcite having a nitrogen adsorption specific surface area as measured by a BET method of 10 m 2 /g or more so as to substitute at least part of halogen atom constituting the epihalohydrin monomer unit with a group containing a cationic nitrogen-containing aromatic heterocyclic ring: wherein, in the above general formula , A + is a group containing a cationic nitrogen-containing aromatic heterocyclic ring, where the group containing a cationic nitrogen-containing aromatic heterocyclic ring is bonded with a carbon atom at the "2" position shown in the above general formula through a nitrogen atom constituting the cationic nitrogen-containing aromatic heterocyclic ring, and X - is any counter anion.