mhurhangee/ep-ind-claims huggingface dataset:
A carbon brush module (10, 35, 45), comprising a brush holder for receiving a carbon brush (12, 59) and for arranging the carbon brush on a surface of a brush support of an electric motor such that the carbon brush extends parallel to an attachment plane of the brush support, and the carbon brush can make contact with a current conductor via a contact device (14, 32, 55) which is connected to the carbon brush in an electrically conducting manner and penetrates a wall of the brush holder, wherein the brush holder comprises an attachment device for attaching the brush holder on the brush support and a guide device for longitudinally guiding the carbon brush in the brush holder in a displaceable manner, wherein the contact device and the carbon brush form a mounting assembly, which is formed contiguously, and the contact device is received in a wall recess of the receiving part with a connection end in a mechanically fixed manner, said connection end serving for being connected to a current conductor, characterized in that combined in one and the same component, both the attachment device (40, 43) and the guide device of the brush holder are formed by a receiving part (11, 31, 47) produced in one piece from an insulating material.
An assembly (100, 700) comprising: an electrical conductor (120-2, 520-2, 720-2, 810-2), the electrical conductor (120-2, 520-2, 720-2, 810-2) having a first axial end and a second axial end, the first axial end disposed opposite the second axial end; and a non-electrically conductive retainer component (110-2, 510-2) includes an opening (380-2, 595) through which a lateral side of the electrical conductor (120-2, 520-2, 720-2, 810-2) is exposed and protrudes to contact a conductive pad of a circuit board, wherein the non-electrically conductive retainer component (110-2, 510-2) is operable to retain the electrical conductor (120-2, 520-2, 720-2, 810-2) and exert a force on the lateral side of the electrical conductor (120-2, 520-2, 720-2, 810-2) to force the lateral side of the electrical conductor (120-2, 520-2, 720-2, 810-2) to contact the conductive pad of the circuit board at a location between the first axial end and the second axial end, characterized in that the non-electrically conductive retainer component (110-2, 510-2) includes a hollowed volume through which the electrical conductor (120-2, 520-2, 720-2, 810-2) slidably passes, the hollowed volume including a biasing wedge that forces the lateral side of the electrical conductor (120-2, 520-2, 720-2, 810-2) to contact the conductive pad of the circuit board. an electrical conductor (120-2, 520-2, 720-2, 810-2), the electrical conductor (120-2, 520-2, 720-2, 810-2) having a first axial end and a second axial end, the first axial end disposed opposite the second axial end; and a non-electrically conductive retainer component (110-2, 510-2) includes an opening (380-2, 595) through which a lateral side of the electrical conductor (120-2, 520-2, 720-2, 810-2) is exposed and protrudes to contact a conductive pad of a circuit board, wherein the non-electrically conductive retainer component (110-2, 510-2) is operable to retain the electrical conductor (120-2, 520-2, 720-2, 810-2) and exert a force on the lateral side of the electrical conductor (120-2, 520-2, 720-2, 810-2) to force the lateral side of the electrical conductor (120-2, 520-2, 720-2, 810-2) to contact the conductive pad of the circuit board at a location between the first axial end and the second axial end, characterized in that the non-electrically conductive retainer component (110-2, 510-2) includes a hollowed volume through which the electrical conductor (120-2, 520-2, 720-2, 810-2) slidably passes, the hollowed volume including a biasing wedge that forces the lateral side of the electrical conductor (120-2, 520-2, 720-2, 810-2) to contact the conductive pad of the circuit board.
Submarine having a cable-guided communication buoy which is mounted in an equipment carrier in a storage position between pressure body and outer skin below an upper deck on the rear side of a tower of the submarine, characterized in that means are provided for translationally moving the equipment carrier from the storage position into a position for bringing in and out the communication buoy outside the outer skin and vice versa, and the equipment carrier is operatively connected to at least one hydraulically actuable lifting cylinder, wherein the lifting cylinder is configured as a telescopic cylinder and forms a guide of the equipment carrier.
Apparatus for assessing a part which comprises a polymeric material, the apparatus comprising: (i) a holder for releasably holding a part to be assessed: (ii) a radiation source for subjecting a part held in the holder to radiation to heat the part; (iii) a first sensor for assessing the temperature of a first surface of a part held in the holder and a second sensor for assessing the temperature of a second surface of the part held in the holder, wherein, in use, a part held in the holder can be positioned so its first surface faces the first sensor and its second surface faces the second sensor and the first and second sensors are on opposite sides of the part; (iv) a recording device which communicates with the first and second sensors (24,26) for recording information relating to temperatures assessed by the temperature sensors; (v) wherein said holder is movable between a first position and a second position, wherein, in said first position, the holder is positioned adjacent to the radiation source so a part held in the holder, in use, can be subjected to radiation to heat the part; and in said second position, the holder is positioned adjacent to the first and second sensors, so the sensors can assess the temperature of the first surface and second surface of the part held in the holder, in use; (vi) wherein the part is arranged, in use, to be moved from the first position to the second position and back to the first position. (i) a holder for releasably holding a part to be assessed: (ii) a radiation source for subjecting a part held in the holder to radiation to heat the part; (iii) a first sensor for assessing the temperature of a first surface of a part held in the holder and a second sensor for assessing the temperature of a second surface of the part held in the holder, wherein, in use, a part held in the holder can be positioned so its first surface faces the first sensor and its second surface faces the second sensor and the first and second sensors are on opposite sides of the part; (iv) a recording device which communicates with the first and second sensors (24,26) for recording information relating to temperatures assessed by the temperature sensors; (v) wherein said holder is movable between a first position and a second position, wherein, in said first position, the holder is positioned adjacent to the radiation source so a part held in the holder, in use, can be subjected to radiation to heat the part; and in said second position, the holder is positioned adjacent to the first and second sensors, so the sensors can assess the temperature of the first surface and second surface of the part held in the holder, in use; (vi) wherein the part is arranged, in use, to be moved from the first position to the second position and back to the first position.
A plain bearing comprising: an inner component having an outer surface; and an outer component disposed around the inner component and having an inner surface, wherein the inner and outer surfaces meet at a slip interface, and wherein the inner and outer surfaces (106, 108) each comprise a patterned electrically conductive, low friction material. an inner component having an outer surface; and an outer component disposed around the inner component and having an inner surface, wherein the inner and outer surfaces meet at a slip interface, and wherein the inner and outer surfaces (106, 108) each comprise a patterned electrically conductive, low friction material.
A method of making a filled resin, comprising: providing a wiped film evaporator comprising an internal evaporator chamber maintained under vacuum conditions and an internal evaporator chamber wall maintained at an elevated temperature; functionalizing the particles prior to compounding, wherein functionalizing the particles comprises treating the particles with surface-modifying agent to provide functionalized solvent-borne particles; introducing the solvent-borne particles and organic matrix into the internal evaporator chamber; and compounding the solvent-borne particles and the organic matrix in the internal evaporator chamber by forming a thin film against the internal evaporator chamber wall, the thin film comprised of organic matrix and particles, the vacuum conditions and elevated temperature being sufficient to remove solvent from the particles and organic matrix to provide the filled resin; wherein less than about 10% of the particles in the filled resin are agglomerated at a particle loading of at least about 20% by weight based on the total weight of the filled resin; wherein the organic matrix comprises an epoxy resin, a (meth)acrylate resin, an ethylenically-unsaturated polyester resin, a vinyl ester which is the reaction product of epoxy resin(s) with ethylenically-unsaturated monocarboxylic acid(s), a curable imide resin, a bisbenzocyclobutane resin, or a polycyanate ester resin. providing a wiped film evaporator comprising an internal evaporator chamber maintained under vacuum conditions and an internal evaporator chamber wall maintained at an elevated temperature; functionalizing the particles prior to compounding, wherein functionalizing the particles comprises treating the particles with surface-modifying agent to provide functionalized solvent-borne particles; introducing the solvent-borne particles and organic matrix into the internal evaporator chamber; and compounding the solvent-borne particles and the organic matrix in the internal evaporator chamber by forming a thin film against the internal evaporator chamber wall, the thin film comprised of organic matrix and particles, the vacuum conditions and elevated temperature being sufficient to remove solvent from the particles and organic matrix to provide the filled resin; wherein less than about 10% of the particles in the filled resin are agglomerated at a particle loading of at least about 20% by weight based on the total weight of the filled resin; wherein the organic matrix comprises an epoxy resin, a (meth)acrylate resin, an ethylenically-unsaturated polyester resin, a vinyl ester which is the reaction product of epoxy resin(s) with ethylenically-unsaturated monocarboxylic acid(s), a curable imide resin, a bisbenzocyclobutane resin, or a polycyanate ester resin.
A process for the preparation of a polyurethane dispersion substantially free from volatile organic compounds meaning that the amount of VOC in the aqueous polyurethane dispersion is less than 1000 ppm as determined according to the method identified in the specification comprising the steps of: i) synthesizing, in the absence of acetone, a polyurethane prepolymer from isocyanates, polyols, which may include polyols with hydrophilic groups, and a component A, said component A having x hydroxyl groups and y amine groups, wherein both x and y independently can be 0 or more than 0 and wherein x + y ≥ 2, and having an additional functional group that is capable of forming a salt; and ii) dispersing the obtained prepolymer into a water phase optionally comprising other additives, (iii) adding one or more neutralizing agents such as alkaline metal hydroxide prior to, simultaneously with or after dispersing the prepolymer in water and, (iv) forming simultaneously with or subsequent to the dispersing polyurethane by reacting with one or more extension agents comprising a component B, said component B having x hydroxyl groups and y amine groups, wherein both x and y independently can be 0 or more than 0 and wherein x + y ≥ 2 and having an additional functional group that is capable of forming a salt, such that the dispersion of the polyurethane has a solids content of at least 50 weight percent. i) synthesizing, in the absence of acetone, a polyurethane prepolymer from isocyanates, polyols, which may include polyols with hydrophilic groups, and a component A, said component A having x hydroxyl groups and y amine groups, wherein both x and y independently can be 0 or more than 0 and wherein x + y ≥ 2, and having an additional functional group that is capable of forming a salt; and ii) dispersing the obtained prepolymer into a water phase optionally comprising other additives, (iii) adding one or more neutralizing agents such as alkaline metal hydroxide prior to, simultaneously with or after dispersing the prepolymer in water and, (iv) forming simultaneously with or subsequent to the dispersing polyurethane by reacting with one or more extension agents comprising a component B, said component B having x hydroxyl groups and y amine groups, wherein both x and y independently can be 0 or more than 0 and wherein x + y ≥ 2 and having an additional functional group that is capable of forming a salt, such that the dispersion of the polyurethane has a solids content of at least 50 weight percent.
An absorbent article in form of a sanitary napkin comprising: a first web comprising a precursor web having a pattern of discrete substantially columnar protruded extensions extending only from a first surface of the precursor web, each of the protruded extensions having a sidewall defining an open proximal portion and a closed distal portion, a second web underlying the first web, wherein each of the first and second webs comprises first and second end regions and first and second side regions; and a bonding pattern adhering together at least one of (i) the first end regions of the first and second webs and (ii) the second end regions of the first and second webs, the bonding pattern comprising a plurality of discrete bonding points and a sized spacing between each adjacent bonding point sufficient to have inscribed therein a circle having a diameter of about 1 mm to about 12 mm, and wherein the first or second end regions of the first and second webs is 10% to 30% of a total area of the article. a first web comprising a precursor web having a pattern of discrete substantially columnar protruded extensions extending only from a first surface of the precursor web, each of the protruded extensions having a sidewall defining an open proximal portion and a closed distal portion, a second web underlying the first web, wherein each of the first and second webs comprises first and second end regions and first and second side regions; and a bonding pattern adhering together at least one of (i) the first end regions of the first and second webs and (ii) the second end regions of the first and second webs, the bonding pattern comprising a plurality of discrete bonding points and a sized spacing between each adjacent bonding point sufficient to have inscribed therein a circle having a diameter of about 1 mm to about 12 mm, and wherein the first or second end regions of the first and second webs is 10% to 30% of a total area of the article.
Method for determining beam parameters of a charge carrier beam, wherein a) the charge carrier beam of a charge carrier beam apparatus is guided by means of a beam deflection unit over a slit diaphragm arrangement having one or more slit diaphragms, which is provided in a diaphragm apparatus, b) by means of a beam sensor defining a measurement plane, measurement plane coordinates of beam impingement locations of beam portions that passed through the slit diaphragm arrangement are detected, characterized in that c) a measurement diaphragm arranged in the diaphragm apparatus and constructed as a pinhole diaphragm is automatically moved into a position above a measurement reference point given in the measurement plane, wherein the measurement plane coordinates of the beam impingement locations are processed on the basis of the known geometrical arrangement of the slit diaphragm(s) and the measurement diaphragm on the diaphragm apparatus for the purpose of determining control data for the movement of the measurement diaphragm, and d) the charge carrier beam is guided, for the purpose of beam parameter measurement, over the measurement diaphragm moved in accordance with feature c). a) the charge carrier beam of a charge carrier beam apparatus is guided by means of a beam deflection unit over a slit diaphragm arrangement having one or more slit diaphragms, which is provided in a diaphragm apparatus, b) by means of a beam sensor defining a measurement plane, measurement plane coordinates of beam impingement locations of beam portions that passed through the slit diaphragm arrangement are detected, characterized in that c) a measurement diaphragm arranged in the diaphragm apparatus and constructed as a pinhole diaphragm is automatically moved into a position above a measurement reference point given in the measurement plane, wherein the measurement plane coordinates of the beam impingement locations are processed on the basis of the known geometrical arrangement of the slit diaphragm(s) and the measurement diaphragm on the diaphragm apparatus for the purpose of determining control data for the movement of the measurement diaphragm, and d) the charge carrier beam is guided, for the purpose of beam parameter measurement, over the measurement diaphragm moved in accordance with feature c).
An apparatus comprising: a non-planar fin (120, 130, 230, 261, 504) having first, second, and third portions intersecting with each other at a common portion, each having major and minor axes and each being monolithic with each other; wherein (a) the major axes of the first, second, and third portions are parallel with each other, (b) the major axes of the first and second portions are non-collinear with each other, (c) each of the first, second, and third portions includes a node of at least one finFET transistor (120, 230-231) selected from the group comprising source, drain, and channel. (a) the major axes of the first, second, and third portions are parallel with each other, (b) the major axes of the first and second portions are non-collinear with each other, (c) each of the first, second, and third portions includes a node of at least one finFET transistor (120, 230-231) selected from the group comprising source, drain, and channel.
Lockable locking handle system for an electrical switching device comprising a locking rim, the locking rim being slid over a switching shaft of a switch and mounted on a switch housing or a front panel, and a locking handle connected for rotation with the switching shaft by clamping means and located in front of the locking rim, wherein the locking handle consists of two components, namely a rotary handle comprising a grippable side surface, and a locking collar, characterized in that the locking collar can be pulled out axially relative to the rotary handle from the locking rim in the direction of a longitudinal axis of the switching shaft from an OPEN position into at least one CLOSED position, such that the locking collar partially covers the grippable side surface of the rotary handle and the locking collar is engaged with the locking rim so that when the locking collar is in the CLOSED position it is unable to rotate relative to the locking rim.
A parking brake monitor and adjustment control system for controlling parking brake operation of an electromechanically actuated brake system which applies a parking brake force to a wheel, comprising: - a force sensor for sensing an amount of the parking brake force applied to the wheel; - a comparator for comparing, to a predetermined criteria, the amount of the parking brake force applied to the wheel; characterised in that it comprises - a monitor circuit for producing an output signal in response to the comparator comparing the amount of the parking brake force, wherein the output signal intermittently causes the electromechanically actuated brake system to readjust the parking brake force applied to the wheel wherein the monitor circuit operates primarily in a low power consumption mode, and operates intermittently at a higher power consumption mode to produce the output signal. - a force sensor for sensing an amount of the parking brake force applied to the wheel; - a comparator for comparing, to a predetermined criteria, the amount of the parking brake force applied to the wheel; characterised in that it comprises - a monitor circuit for producing an output signal in response to the comparator comparing the amount of the parking brake force, wherein the output signal intermittently causes the electromechanically actuated brake system to readjust the parking brake force applied to the wheel wherein the monitor circuit operates primarily in a low power consumption mode, and operates intermittently at a higher power consumption mode to produce the output signal.
Protection device for the driver and passenger seats including for each one a pair of seat bar frames (BAj) mounted in a moveable manner on a pair of slide rails (GLj) solidly fixed to the floor of a utility vehicle, the said device comprises two protective panels (CPj) destined to be installed respectively behind the driver and passenger seats, characterised in that they include two pairs of rods (BCj) including lower extremities, destined to be rotationally fixed respectively to the associated pair of seat bar frames (BAj), and the upper extremities, in that each of the said protective panels (CPj) includes a lower part, destined to be solidly fixed in rotation to the upper extremities of the rods (BCj) of an associated pair, and an upper part, destined to be solidly fixed in rotation to a part of the vehicle roof, so that this may be rotated compared to the said part of the roof in case of movement of the pair of associated seat bar frames(BAj) relative to the corresponding pair of slide rails (GLj).
The use, as encapsulant in a photovoltaic module, of a polymeric composition, said polymeric composition comprising a copolymer which comprises an ethylene monomer and a carboxylic acid vinyl ester comonomer, the carboxylic acid vinyl ester comonomer representing between 5% and 50% by weight, relative to the total weight of the copolymer, and the polymeric composition having a Brookfield viscosity, measured at 120°C, of between 10 000 mPa.s and 25 000 mPa.s.