mhurhangee/ep-ind-claims huggingface dataset:
A wind generator for sailboats comprising a mast provided with at least one protruding structure preferably a crosstree of said mast, comprising at least one wind generator provided with a distribution of blades arranged to rotate integrally with a rotation shaft of axis (a) in response to receiving a wind flow in an active direction (v) incident to the blade distribution, an electrical generator operatively connected to the generator for converting the rotation of the blades into electricity, characterized in that it comprises means (22, 41) for fixing the generator to said mast of the boat, and in that it comprises folding means for moving said blades from an open operating position of maximum incidence of wind flow in which said axis (a) of the rotation shaft is parallel to the longitudinal axis of the boat, to a closed non-operating position of minimum obstruction in which said blades are substantially lowered on and aligned with the protruding structure so as to be substantially orthogonal to the longitudinal axis of the boat and lateral to the boat mast. at least one wind generator provided with a distribution of blades arranged to rotate integrally with a rotation shaft of axis (a) in response to receiving a wind flow in an active direction (v) incident to the blade distribution, an electrical generator operatively connected to the generator for converting the rotation of the blades into electricity,
Food machine, in particular machine for processing and producing sausage, with a step, characterized by a safety device (7, 8) for detecting whether a person is standing on the step when the step is in a projecting step-on position,wherein it can be determined whether the step is in a - a) not projecting rest position, or - b) in a projecting working position without any load by a person, or - c) in a projecting working position with a load by a person, and in case c), the functions of the food machine can be at least partially locked, and in case a) or b), the functions of the food machine can be unlocked. - a) not projecting rest position, or - b) in a projecting working position without any load by a person, or - c) in a projecting working position with a load by a person, and
Electric spring contact arrangement for small installation spaces, in particular for electrically contacting electric devices or apparatuses, having a retention member on/in which at least one electric contact spring is provided, characterized in that the contact spring and the retention member for delimiting a mechanical tension (σ) of the contact spring being constructed in such a manner that, on the one hand a resilient portion and/or bending portion of the contact spring can be positioned on the contact spring, in particular on an assembly portion of the contact spring, and on the other hand a resilient portion and/or bending portion of the contact spring can be positioned on the retention member.
Method for the treatment of a composition comprising cellulose fibres into a composition comprising cellulose microfibers, the method comprising the steps of: a) Providing a composition comprising cellulose fibres; b) Admixing aqueous solvent to said composition comprising cellulose fibres to provide a pulp suspension comprising cellulose fibres; c) Feeding said pulp suspension comprising cellulose fibres into a refining step (d) comprising a mechanical fibrillation process executed using a refining co-rotating twin screw; d) Refining said pulp suspension comprising cellulose fibres with at least the use of said refining twin screw, to provide a composition comprising cellulose microfibers; and wherein said obtained composition comprising refined cellulose microfibers at the end of step d) can be formed into a range of papers or boards, wherein said cellulose fibres are reduced in size in step c), and further wherein the composition comprising refined cellulose fibres has a Schopper-Riegler value upon leaving the refining twin screw of at least 35SR, and wherein in step b) a pulp suspension is provided with a consistency of > 35%. a) Providing a composition comprising cellulose fibres; b) Admixing aqueous solvent to said composition comprising cellulose fibres to provide a pulp suspension comprising cellulose fibres; c) Feeding said pulp suspension comprising cellulose fibres into a refining step (d) comprising a mechanical fibrillation process executed using a refining co-rotating twin screw; d) Refining said pulp suspension comprising cellulose fibres with at least the use of said refining twin screw, to provide a composition comprising cellulose microfibers; and wherein said obtained composition comprising refined cellulose microfibers at the end of step d) can be formed into a range of papers or boards,
A gas turbine engine comprising: a compressor section carrying a plurality of compressor rotors; a turbine section carrying a plurality of turbine rotors; said compressor rotors and said turbine rotors being constrained to rotate with a tie shaft; and an upstream hub providing an upstream abutment point for said compressor rotors, and a downstream hub abutting said compressor rotors to bias said compressor rotors against said upstream hub, said downstream hub having a rearwardly extending arm, said rearwardly extending arm providing a stop for said turbine rotors, and a downstream abutment member at a downstream end of a downstream turbine rotor being tightened to force said turbine rotors against said downstream hub to hold said turbine rotors; characterised in that: both of said upstream and downstream hubs are provided with threaded members configured to tighten and apply a load to hold said compressor rotors together during operation of the gas turbine engine. a compressor section carrying a plurality of compressor rotors; a turbine section carrying a plurality of turbine rotors; said compressor rotors and said turbine rotors being constrained to rotate with a tie shaft; and an upstream hub providing an upstream abutment point for said compressor rotors, and a downstream hub abutting said compressor rotors to bias said compressor rotors against said upstream hub, said downstream hub having a rearwardly extending arm, said rearwardly extending arm providing a stop for said turbine rotors, and a downstream abutment member at a downstream end of a downstream turbine rotor being tightened to force said turbine rotors against said downstream hub to hold said turbine rotors; characterised in that: both of said upstream and downstream hubs are provided with threaded members configured to tighten and apply a load to hold said compressor rotors together during operation of the gas turbine engine.
Electronic unit for a vehicle, comprising two or more surface elements arranged next to one another and with a visible surface side and an opposite surface underside, wherein the surface elements are each fixed in a housing, and wherein the housing has a housing top side facing the surface underside and an opposite housing underside, and wherein a carrier plate is provided, and wherein each housing on its housing underside has at least one protruding fixing element for fixing the surface elements to the carrier plate, wherein the carrier plate connects the two or more surface elements together, wherein each fixing element has an index element which is arranged on the fixing element between the carrier plate and the housing underside and is releasably connected to the fixing element by force fit and/or form fit, and wherein the index elements are connected to the carrier plate by substance bonding so that each surface element is separately releasably fixed to the carrier plate, and wherein by means of the index elements, the surface elements are arranged relative to and level with one another.
An integrated circuit (1150; 500), comprising: a set of pads (1210 to 1215) connected to peripheral circuits, including a forming voltage pad (1210; 405); a memory array including a plurality of memory cells, and a plurality of access lines (1112, 1113) connected in current flow communication with memory cells in the memory array, wherein the memory cells are phase change memory cells; a forming voltage rail coupled to the forming voltage pad (1210; 405); and a diode disposed in current flow communication with the forming voltage rail and an access line in the plurality of access lines (1112, 1113), the diode configured to be forward biased during application of a forming voltage to the forming voltage pad (1210; 405) to induce a forming current in memory cells in the plurality of memory cells, wherein the diode is configured to be reverse biased during application of a reference voltage to the forming voltage pad (1210; 405) during utilization of the memory array for memory operations, the diode is a set of diodes, and the peripheral circuits comprise CMOS transistors, and all of the CMOS transistors in the peripheral circuits have a breakdown voltage that is less than a forming voltage Vf applied to the forming voltage pad (1210; 405). a set of pads (1210 to 1215) connected to peripheral circuits, including a forming voltage pad (1210; 405); a memory array including a plurality of memory cells, and a plurality of access lines (1112, 1113) connected in current flow communication with memory cells in the memory array, wherein the memory cells are phase change memory cells; a forming voltage rail coupled to the forming voltage pad (1210; 405); and a diode disposed in current flow communication with the forming voltage rail and an access line in the plurality of access lines (1112, 1113), the diode configured to be forward biased during application of a forming voltage to the forming voltage pad (1210; 405) to induce a forming current in memory cells in the plurality of memory cells, wherein the diode is configured to be reverse biased during application of a reference voltage to the forming voltage pad (1210; 405) during utilization of the memory array for memory operations, the diode is a set of diodes, and the peripheral circuits comprise CMOS transistors, and all of the CMOS transistors in the peripheral circuits have a breakdown voltage that is less than a forming voltage Vf applied to the forming voltage pad (1210; 405).
Device for determining liquid-specific parameters and/or components of a sample in a measurement chamber using a titration unit, an indicator, a reagent and a measurement chamber which has an RGB camera arranged outside the measurement chamber, wherein the data recorded by this RGB camera can be transmitted to a computer unit and the image data transmitted in this context to the computer unit can be compared and evaluated by means of this computer unit with a reference database, preferably comprising an image and color database, wherein based on the image data compared and evaluated with the reference database, instructions can be automatically output, preferably via a voice module, and wherein this device has an access for a sample on the measurement chamber and this access has a filter and/or a pump, in particular a peristaltic pump, so that the sample can be introduced into the measurement chamber in particular in a filtered manner, and wherein the access has a sampling unit with which a sample can be taken from an evacuated region and brought to normal pressure within the sampling unit before the sample is introduced into the measurement chamber, without interrupting the vacuum of the region originating from the sample.
A surge arrester system, comprising: a surge arrester and a first active cooling system having a first cooling interface and a first active cooling device, the first cooling interface being disposed on a first side of the surge arrester and operative to transfer heat from the surge arrester; characterized in that the surge arrester comprises a metal oxide varistor; and the surge arrester system further comprises a second active cooling system having a second cooling interface disposed on a second side of the surge arrestor and operative to transfer heat from the surge arrester, the second side and the first side being different sides of the surge arrestor, wherein the first and and the second active cooling system includes a forced convection apparatus operative to provide forced convection cooling, wherein the second side of the surge arrester is opposite the first side such that the surge arrester is positioned between the first cooling interface and the second cooling interface. a surge arrester and a first active cooling system having a first cooling interface and a first active cooling device, the first cooling interface being disposed on a first side of the surge arrester and operative to transfer heat from the surge arrester; characterized in that the surge arrester comprises a metal oxide varistor; and the surge arrester system further comprises a second active cooling system having a second cooling interface disposed on a second side of the surge arrestor and operative to transfer heat from the surge arrester, the second side and the first side being different sides of the surge arrestor, wherein the first and and the second active cooling system includes a forced convection apparatus operative to provide forced convection cooling, wherein the second side of the surge arrester is opposite the first side such that the surge arrester is positioned between the first cooling interface and the second cooling interface.
A nonaqueous electrolytic solution of an electrolyte salt dissolved in a nonaqueous solvent, which comprises one or more selected from acyclic lithium salts represented by the following general formulae to (XIII) in an amount of from 0.001 to 5% by mass in the nonaqueous electrolytic solution: wherein R 1 represents an alkyl group having from 1 to 6 carbon atoms, an alkenyl group having from 2 to 6 carbon atoms, an aryl group having from 6 to 12 carbon atoms, or a halogen atom; M 1 represents a boron atom, a phosphorus atom, or an arsenic atom; r is an integer of from 1 to 6; and s is an integer of from 0 to 5; provided that when M 1 is a boron atom, then (r + s) is 4; and when M 1 is a phosphorus atom or an arsenic atom, then (r + s) is 6; at least one of hydrogen atoms which R 1 has may be substituted with a halogen atom; wherein R 1 is the same as described above; Y 1 represents BF 3, PF 5, or AsF 5; and t is from 1 to 3, provided that when Y 1 is BF 3, then t is from 1 to 3; and when Y 1 is PF 5 or AsF 5, then t is 1; wherein R 2 represents an alkylene group having from 1 to 6 carbon atoms; Y 1 is the same as described above; and u is from 2 to 6; provided that when Y 1 is BF 3, then u is from 2 to 6; and when Y 1 is PF 5 or AsF 5, then u is 2; at least one of hydrogen atoms which R 2 has may be substituted with a halogen atom.
A tire comprising: a tread, the tread having arranged therein a sacrificial magnet portion exposed to tread wear, the sacrificial magnet portion being provided for generating a first magnetic field signal that is changing as a function of tread wear or that is indicative of tread thickness; a magnetizable material having a magnetization preferably depending non-linearly on magnetic field strength, the magnetizable material being provided for generating an interfering magnetic field signal for superimposing the first magnetic field signal; a magnetic field sensor for sensing or measuring the first magnetic field signal and the superimposed interfering magnetic field signal; and a permanent magnet portion arranged proximate the magnetizable material so as to decouple the interfering magnetic field signal sensed or measured by the magnetic field sensor from the first magnetic field signal sensed or measured by the magnetic field sensor, characterized in that the sacrificial magnet portion and the permanent magnet portion are integrated within a stud embedded in the tread. a tread, the tread having arranged therein a sacrificial magnet portion exposed to tread wear, the sacrificial magnet portion being provided for generating a first magnetic field signal that is changing as a function of tread wear or that is indicative of tread thickness; a magnetizable material having a magnetization preferably depending non-linearly on magnetic field strength, the magnetizable material being provided for generating an interfering magnetic field signal for superimposing the first magnetic field signal; a magnetic field sensor for sensing or measuring the first magnetic field signal and the superimposed interfering magnetic field signal; and a permanent magnet portion arranged proximate the magnetizable material so as to decouple the interfering magnetic field signal sensed or measured by the magnetic field sensor from the first magnetic field signal sensed or measured by the magnetic field sensor, characterized in that the sacrificial magnet portion and the permanent magnet portion are integrated within a stud embedded in the tread.
A control arm for receiving input from a user, the control arm comprising: a swivel member rotatable about a first axis in a first base direction to a first rotational limit and in a second base direction opposite the first direction to a second rotational limit; a first member pivotally coupled to the swivel member; a second member pivotally coupled to the first member; a gimbal rotatably supported about a fourth axis by the second member, rotation of the gimbal about the fourth axis operably associated with rotation of the swivel member about the first axis such that rotation of the gimbal in a first gimbal direction rotates the swivel member relative to the base about the first axis in the first base direction; characterised by a limit extending mechanism configured to allow the gimbal to rotate about the fourth axis in the first gimbal direction when the swivel member is at the first rotational limit when an input torque in the first gimbal direction exceeds a threshold torque of the limit extending mechanism about the first axis. a swivel member rotatable about a first axis in a first base direction to a first rotational limit and in a second base direction opposite the first direction to a second rotational limit; a first member pivotally coupled to the swivel member; a second member pivotally coupled to the first member; a gimbal rotatably supported about a fourth axis by the second member, rotation of the gimbal about the fourth axis operably associated with rotation of the swivel member about the first axis such that rotation of the gimbal in a first gimbal direction rotates the swivel member relative to the base about the first axis in the first base direction; characterised by a limit extending mechanism configured to allow the gimbal to rotate about the fourth axis in the first gimbal direction when the swivel member is at the first rotational limit when an input torque in the first gimbal direction exceeds a threshold torque of the limit extending mechanism about the first axis.
Use of cyclosporin H (CsH) for increasing the efficiency of transduction of an isolated population of cells by a viral vector, and optionally increasing the efficiency of gene editing of the isolated population of cells transduced by the viral vector, wherein the viral vector is pseudotyped to enter cells via an endocytosis-dependent mechanism and/or wherein the viral vector is a VSV-g pseudotyped vector.
Household appliance having a solenoid valve, which comprises a membrane having a pilot control opening, a control bolt for closing the pilot control opening, and a spring system for subjecting the control bolt to a force, characterised in that the spring system has a first spring constant for pressing the control bolt onto the pilot control opening when the pilot control opening is in a closed state and a second spring constant for holding the control bolt in a balanced position when the pilot control opening is in an open state, wherein the first spring constant is lower than the second spring constant.
A trispecific antigen-binding protein, wherein said trispecific antigen-binding protein comprises (a) a first domain which comprises a single-chain variable fragment (scFv) specific to human CD3; (b) a second domain which comprises a single domain antibody (sdAb) that binds human serum albumin; and (c) a third domain which comprises a single domain antibody (sdAb) that specifically binds to a target tumor antigen, wherein the domains are linked in the order H 2 N- -L2- -L1- -COOH, and wherein L1 and L2 are, each independently, a linker consisting of 0 to 50 amino acid residues. (a) a first domain which comprises a single-chain variable fragment (scFv) specific to human CD3; (b) a second domain which comprises a single domain antibody (sdAb) that binds human serum albumin; and (c) a third domain which comprises a single domain antibody (sdAb) that specifically binds to a target tumor antigen,
A device for carrying a stretchable sheet material (S1, S2) of a worn article comprising: a carrying section having a contact surface to be in contact with one surface of a first sheet material that is continuous in a carrying direction, wherein at least one edge (Ml) of the first sheet material is wave-shaped so as to repeatedly define a protruding portion and a depressed portion, the carrying section defining an inclined slit portion, wherein the inclined slit portion defines an opening on the contact surface, wherein the inclined slit portion extends in an inclined direction so as to be displaced from a proximal side toward a distal side of the protruding portion while extending in a relative direction in which the first sheet material moves relative to the contact surface, and wherein the inclined slit portion sucks at least a portion of the protruding portion along the wave-shaped edge (Ml); and a box defining a suction space that is continuous with the inclined slit portion and keeps the inclined slit portion under a negative pressure so as to suck the protruding portion of the first sheet material so that the at least a portion of the protruding portion is pulled into the inclined slit portion. a carrying section having a contact surface to be in contact with one surface of a first sheet material that is continuous in a carrying direction, wherein at least one edge (Ml) of the first sheet material is wave-shaped so as to repeatedly define a protruding portion and a depressed portion, the carrying section defining an inclined slit portion, wherein the inclined slit portion defines an opening on the contact surface, wherein the inclined slit portion extends in an inclined direction so as to be displaced from a proximal side toward a distal side of the protruding portion while extending in a relative direction in which the first sheet material moves relative to the contact surface, and wherein the inclined slit portion sucks at least a portion of the protruding portion along the wave-shaped edge (Ml); and a box defining a suction space that is continuous with the inclined slit portion and keeps the inclined slit portion under a negative pressure so as to suck the protruding portion of the first sheet material so that the at least a portion of the protruding portion is pulled into the inclined slit portion.