mhurhangee/ep-ind-claims huggingface dataset:
Sealing string, in particular for sealing a door frame with respect to a vehicle door, having a fastening portion which consists of a first elastomer material and which, together with a portion which consists of a second elastomer material which is softer than the first, forms a sealing tube whose tube wall has openings which are arranged at a distance from one another in the longitudinal direction of the string, wherein, in the installed position, all these openings are arranged so as to be concealed at an angled portion, which is formed in the circumferential direction, of the tube wall in a circumferential portion of the sealing tube that adjoins the fastening portion, characterized in that the circumferential portion of the sealing tube that has the openings consists of the first elastomer material forming the fastening portion.
A magnetic impeller (100, 200, 300, 400) comprising a first blade and a second blade, wherein the first and second blades (318, 320) are adapted to rotate about a common axis, and wherein the first blade is disposed above the second blade, and wherein the magnetic impeller (100, 200, 300, 400) is adapted to permit substantial alignment of the first blade and the second blade in a first configuration, characterised in that the first blade comprises a first flange, and the second blade comprises a second flange, the first and second flanges (322, 324) limiting free relative rotation of the first and second blades (318, 320), and in that the first blade can partially rotate without affecting the position of the second blade or physically engaging the second blade.
Use of a mixture comprising: - 30 to 70% by mass of erbium or of a compound thereof; - 20 to 50% by mass of praseodymium or of a compound thereof; and - 0 to 50% by mass of bismuth or of a compound thereof; as a radiation attenuating composition. - 30 to 70% by mass of erbium or of a compound thereof; - 20 to 50% by mass of praseodymium or of a compound thereof; and - 0 to 50% by mass of bismuth or of a compound thereof;
Two-wheeler tyre whose tread is composed of a sulfur-crosslinked rubber mixture containing at least the following constituents: - 10 to 100 phr of natural polyisoprene from dandelion and - 30 to 70 phr of silica. - 10 to 100 phr of natural polyisoprene from dandelion and - 30 to 70 phr of silica.
A light source unit (1, 101, 201) comprising: a light source emitting light, a first holder that holds the light source, and a second holder (40, 140) that holds an optical portion through which light from the light source is emitted, wherein the first holder and the second holder are arranged in that order from a light emitting direction and welded with each other, characterized in that: the first holder and the second holder (40, 140) are welded together by laser welding, the first holder is made of light transmitting resin, and the first holder comprises a protruding portion protruding on the opposite side of a laser welding surface of the first and second holders (40, 140) and on a position corresponding to the laser welding region to be laser welded. a light source emitting light, a first holder that holds the light source, and a second holder (40, 140) that holds an optical portion through which light from the light source is emitted, wherein the first holder and the second holder are arranged in that order from a light emitting direction and welded with each other, the first holder and the second holder (40, 140) are welded together by laser welding, the first holder is made of light transmitting resin, and the first holder comprises a protruding portion protruding on the opposite side of a laser welding surface of the first and second holders (40, 140) and on a position corresponding to the laser welding region to be laser welded.
A pressure indicator (400; 500; 600; 700) for an oscillating positive expiratory pressure device, the pressure indicator (400; 400'; 500; 600; 700) comprising: an instrument (408; 408'; 508; 508'; 608; 708) for measuring pressures; a conduit (404; 504; 604; 704) configured to transmit a pressure within the oscillating positive expiratory pressure device to the instrument (408; 408'; 508; 508'; 608; 708); and, a pressure stabilizer orifice (407; 507; 607; 707; 494, 495; 594, 595) positioned within the conduit (404; 504; 604; 704) or within the instrument (408'; 508'), wherein the pressure stabilizer orifice (407; 507; 607; 707; 494, 495; 594, 595) has a cross-sectional area between 0.196 mm 2 and 1.767 mm 2 preferably between 0.283 mm 2 and 0.636 mm 2. an instrument (408; 408'; 508; 508'; 608; 708) for measuring pressures; a conduit (404; 504; 604; 704) configured to transmit a pressure within the oscillating positive expiratory pressure device to the instrument (408; 408'; 508; 508'; 608; 708); and, a pressure stabilizer orifice (407; 507; 607; 707; 494, 495; 594, 595) positioned within the conduit (404; 504; 604; 704) or within the instrument (408'; 508'), wherein the pressure stabilizer orifice (407; 507; 607; 707; 494, 495; 594, 595) has a cross-sectional area between 0.196 mm 2 and 1.767 mm 2 preferably between 0.283 mm 2 and 0.636 mm 2.
Explosion-protected pressure-resistant housing with a receiving part for electric operating means and with a closure part which closes the receiving part by way of a bayonet catch, - wherein the closure part has a cylindrical segment, with which by forming a flameproof joint it is inserted into a cylindrical outer wall or a cylindrical outer wall segment of the receiving part, - wherein the cylindrical segment of the closure part has pins distributed across the periphery and the cylindrical outer wall or the cylindrical outer wall segment of the receiving part contains longitudinal slots which run in a distributed manner across the periphery and in the plug direction, at the ends of which longitudinal slots short transverse slots which run at right angles to the plug direction connect for receiving the pins, - wherein a locking part is slid onto the closure part, said locking part having locking elements distributed across the periphery which engage in the longitudinal slots and in the process prevent the pins from rotating out of the transverse slots, and - wherein the locking part is fastened to the closure part by means of at least one fastening means which can be detached exclusively by means of a tool. - wherein the closure part has a cylindrical segment, with which by forming a flameproof joint it is inserted into a cylindrical outer wall or a cylindrical outer wall segment of the receiving part, - wherein the cylindrical segment of the closure part has pins distributed across the periphery and the cylindrical outer wall or the cylindrical outer wall segment of the receiving part contains longitudinal slots which run in a distributed manner across the periphery and in the plug direction, at the ends of which longitudinal slots short transverse slots which run at right angles to the plug direction connect for receiving the pins, - wherein a locking part is slid onto the closure part, said locking part having locking elements distributed across the periphery which engage in the longitudinal slots and in the process prevent the pins from rotating out of the transverse slots, and - wherein the locking part is fastened to the closure part by means of at least one fastening means which can be detached exclusively by means of a tool.
An EMS training device, comprising an EMS stimulation generating unit which forms from a current drawn from a current source a plurality of EMS stimuli which follows a predetermined stimulation diagram and is distributed in respect of time and electrodes, and which consist of current pulses and/or alternating-current with predetermined values such as amplitude and frequency, EMS electrodes attachable to a living body, in particular pairwise associated with each other for the purpose of applying the stimuli to the body, line branches, wherein each line branch connects one of the EMS electrodes in an electrically conductive manner to the EMS stimulus generating unit in order to apply said EMS electrode with EMS stimuli associated with said electrode, so that current with a predetermined amplitude and frequency pattern is conducted through the body, in particular in a number of current circuits respectively comprising two of the line branches, which circuits respectively comprise two EMS electrodes associated with each other in pairs, characterized in that the EMS training device comprises, for corrosion protection of the EMS electrode and/or other elements susceptible thereto of at least one of the line branches, at least one measuring device in order to detect in the line branch a resistance or a quantity corresponding to the resistance as an actual value, at least one comparison device in order to compare the actual value in the line branch with a stored or determined target value, and at least one compensation device (14; 6, 15) in order to compensate a deviation of the actual value from the target value in the line branch.
A water-absorbent sheet structure comprising a structure in which an absorbent layer (18, 19) comprising a water-absorbent resin and an adhesive is sandwiched with nonwoven fabrics (14, 15) from an upper side and a lower side of the absorbent layer (18, 19), the water-absorbent sheet structure comprising: an upper nonwoven fabric which is a water-permeable nonwoven fabric having a water permeation rate of 10 s or less; and a lower nonwoven fabric which is a water-retaining nonwoven fabric having an amount of water absorption of 250 g/m 2 or more, wherein the absorbent layer (18, 19) is fractionated into a primary absorbent layer and a secondary absorbent layer, with a breathable fractionating layer. an upper nonwoven fabric which is a water-permeable nonwoven fabric having a water permeation rate of 10 s or less; and a lower nonwoven fabric which is a water-retaining nonwoven fabric having an amount of water absorption of 250 g/m 2 or more,
A material for forming an organic film, comprising: a polymer comprising a repeating unit shown by the following general formula; and an organic solvent, wherein AR1, AR2, AR3, and AR4 each represent a benzene ring or a naphthalene ring; W1 represents a tetravalent organic group having 6 to 70 carbon atoms and at least one or more aromatic rings, and W1 has bonding arms on the aromatic ring(s); and W2 represents a divalent organic group having 1 to 50 carbon atoms. a polymer comprising a repeating unit shown by the following general formula; and an organic solvent, wherein AR1, AR2, AR3, and AR4 each represent a benzene ring or a naphthalene ring; W1 represents a tetravalent organic group having 6 to 70 carbon atoms and at least one or more aromatic rings, and W1 has bonding arms on the aromatic ring(s); and W2 represents a divalent organic group having 1 to 50 carbon atoms.
Method for the protection of electric motors from critical operating states wherein, as the electric motor is operating, a motor current value and/or a motor voltage value is/are measured and compared with a permissible operating range wherein an output signal is generated when leaving the permissible operating range, characterized in that the motor current value and/or the motor voltage value which are being measured while the electric motor is operating are also used for determining the permissible operating range and in that the permissible operating range is continuously adjusted while the electric motor is operating.
An optically readable code support (30, 60a, 60b) to be associated with or be part of a capsule intended for delivering a beverage in a beverage producing device, the support comprising at least one sequence of symbols represented on the support so that each symbol is sequentially readable by a reading arrangement of an external reading device while the capsule is driven in rotation along an axis of rotation, wherein the symbols are essentially formed of light reflective surfaces and light absorbing surfaces characterized in that it comprises a base structure extending continuously at least along said sequence of symbols and discontinuous discrete light-absorbing portions locally applied onto or formed at the surface of said base structure; wherein the discontinuous discrete light-absorbing portions form the light-absorbing surfaces and the base structure forms the light-reflective surfaces outside the surface areas occupied by the discrete light-absorbing portions; said discrete light-absorbing portions are arranged to provide a lower light-reflectivity than the one of the base structure outside the surface areas occupied by the discrete light-absorbing portions.
Method for functionalizing a plastic container, the container being bounded externally by a double wall which consists of an inner wall forming an internal space of the container and an outer wall surrounding the former, an intermediate space being formed between the inner wall and the outer wall, wherein a reactive gas comprising at least one of the following reactive substances: a. fluorine; and b. chlorine is fed for at least a predeterminable treatment time into the internal space, which is subsequently flushed for at least a predeterminable flushing time (7, 9) with a flushing gas free of reactive substances. a. fluorine; and b. chlorine
Turbofan engine comprising a motor and a nacelle disposed around said motor to define between the motor and the nacelle, a bypass channel for a bypass air flow, wherein the turbofan engine comprises at least one thrust reverser unit (104, 204, 504), wherein each thrust reverser unit (104, 204, 504) comprises: - a fixed structure, - an external door mobile in rotation on the fixed structure around an external hinge axis arranged at the back of the external door, and - an internal door opposite to the external door mobile in rotation on the fixed structure around an internal hinge axis arranged at the back of the internal door, each door (208, 210) being mobile between a stocked position and a deployed position where a front edge of the external door is projected outward, and where a front edge of the internal door is oriented toward the motor, to open a window between the bypass channel and outside the nacelle, where for each pair comprising an external and an internal door (208, 210), the turbofan engine comprises a mechanism (270, 570) arranged to move the doors (208, 210) from the stocked position to the deployed position and vice versa and where the mechanism (270, 570) comprises: - at least one beam articulated on the fixed structure around a main axis, - for each beam, an external rod articulated by one end to the beam and by the other end to the external door, and - an actuator (280, 580) moving the beam around the main axis, characterised in that the mechanism (270, 570) comprises for each beam, an internal rod articulated by one end to the beam and by the other end to the internal door. - a fixed structure, - an external door mobile in rotation on the fixed structure around an external hinge axis arranged at the back of the external door, and - an internal door opposite to the external door mobile in rotation on the fixed structure around an internal hinge axis arranged at the back of the internal door, each door (208, 210) being mobile between a stocked position and a deployed position where a front edge of the external door is projected outward, and where a front edge of the internal door is oriented toward the motor, to open a window between the bypass channel and outside the nacelle, where for each pair comprising an external and an internal door (208, 210), the turbofan engine comprises a mechanism (270, 570) arranged to move the doors (208, 210) from the stocked position to the deployed position and vice versa and where the mechanism (270, 570) comprises: - at least one beam articulated on the fixed structure around a main axis, - for each beam, an external rod articulated by one end to the beam and by the other end to the external door, and - an actuator (280, 580) moving the beam around the main axis, characterised in that the mechanism (270, 570) comprises - at least one beam articulated on the fixed structure around a main axis, - for each beam, an external rod articulated by one end to the beam and by the other end to the external door, and - an actuator (280, 580) moving the beam around the main axis, characterised in that the mechanism (270, 570) comprises
An organic light-emitting display device, comprising: a substrate having a plurality of sub-pixels; an insulation film disposed on the substrate, wherein: the insulation film includes a plurality of separation walls and a plurality of recesses defined between adjacent separation walls, the plurality of recesses including: a first recess having a first depth; and a second recess having a second depth that is greater than the first depth, each recess includes a bottom surface, and a recess and at least a portion of a separation wall corresponds to each of the sub-pixels; a first electrode disposed on the bottom surface of each recess; an organic film disposed on the plurality of separation walls and the first electrode in each recess, the organic film including an organic light-emitting layer; a second electrode disposed on the organic film; and a plurality of color filters (131a, 131b) disposed on the second electrode, each color filter filling one of the recesses corresponding to each of the sub-pixels, wherein each color filter fills the recess above the top of the recess, and the color filters are formed with substantially planar top surfaces. a substrate having a plurality of sub-pixels; an insulation film disposed on the substrate, wherein: the insulation film includes a plurality of separation walls and a plurality of recesses defined between adjacent separation walls, the plurality of recesses including: a first recess having a first depth; and a second recess having a second depth that is greater than the first depth, each recess includes a bottom surface, and a recess and at least a portion of a separation wall corresponds to each of the sub-pixels; the insulation film includes a plurality of separation walls and a plurality of recesses defined between adjacent separation walls, the plurality of recesses including: a first recess having a first depth; and a second recess having a second depth that is greater than the first depth, a first recess having a first depth; and a second recess having a second depth that is greater than the first depth, each recess includes a bottom surface, and a recess and at least a portion of a separation wall corresponds to each of the sub-pixels; a first electrode disposed on the bottom surface of each recess; an organic film disposed on the plurality of separation walls and the first electrode in each recess, the organic film including an organic light-emitting layer; a second electrode disposed on the organic film; and a plurality of color filters (131a, 131b) disposed on the second electrode, each color filter filling one of the recesses corresponding to each of the sub-pixels, wherein each color filter fills the recess above the top of the recess, and the color filters are formed with substantially planar top surfaces.
A lighting module comprising: - a plurality of light sources configured to emit light, - a cover disposed downstream of the light sources, wherein - each light source comprises at least one light emitting diode (31, 32), wherein the cover has - a light entrance side, - a plurality of first structures on the light entrance side, - a plurality of second structures on the light entrance side, wherein - the first structures run along parallel curves, - the second structures run transversely to the first structures, and - at least two of the second structures are arranged adjacent to and spaced apart from each other and at least some, in particular each light source is arranged between two adjacent and spaced apart second structures, such that light of at least one of the light sources, which is arranged in an open area between the adjacent and spaced apart second structures, partially directly impinges on at least one of the first structures, wherein - the second structures are configured to direct impinging light to a light exit side, which is arranged at the side of the cover facing away from the light entry side, and - a light beam path of the light impinging on one of the second structures is reflected exactly once at an outer surface of the one second structure before exiting the cover, characterised in that the first structures are configured to direct impinging light to the light exit side by total reflection. - a plurality of light sources configured to emit light, - a cover disposed downstream of the light sources, wherein - each light source comprises at least one light emitting diode (31, 32), - a light entrance side, - a plurality of first structures on the light entrance side, - a plurality of second structures on the light entrance side, wherein - the first structures run along parallel curves, - the second structures run transversely to the first structures, and - at least two of the second structures are arranged adjacent to and spaced apart from each other and at least some, in particular each light source is arranged between two adjacent and spaced apart second structures, such that light of at least one of the light sources, which is arranged in an open area between the adjacent and spaced apart second structures, partially directly impinges on at least one of the first structures, wherein - the second structures are configured to direct impinging light to a light exit side, which is arranged at the side of the cover facing away from the light entry side, and - a light beam path of the light impinging on one of the second structures is reflected exactly once at an outer surface of the one second structure before exiting the cover, characterised in that the first structures are configured to direct impinging light to the light exit side by total reflection.
A ripple control system for a supply area, wherein the ripple control system comprises: - a ripple control unit, which is coupled with a ripple control transmitter, wherein the ripple control transmitter is adapted to supply the telegrams sent by the ripple control unit in the supply area as audio frequency signals; characterized in that the ripple control system is also adapted to integrate the function of a monitoring center and the function of the ripple control unit into a single unit; wherein monitoring receivers, which are adapted to receive the audio frequency telegrams and temporarily store them in a buffer memory, are distributed in the supply area; and that the monitoring center is connected to the monitoring receivers, and is adapted to receive the telegrams which are temporarily stored in the monitoring receivers and compare them with the telegrams sent by the ripple control unit. - a ripple control unit, which is coupled with a ripple control transmitter, wherein the ripple control transmitter is adapted to supply the telegrams sent by the ripple control unit in the supply area as audio frequency signals; characterized in that the ripple control system is also adapted to integrate the function of a monitoring center and the function of the ripple control unit into a single unit; wherein monitoring receivers, which are adapted to receive the audio frequency telegrams and temporarily store them in a buffer memory, are distributed in the supply area; and that the monitoring center is connected to the monitoring receivers, and is adapted to receive the telegrams which are temporarily stored in the monitoring receivers and compare them with the telegrams sent by the ripple control unit.