mhurhangee/ep-ind-claims huggingface dataset:
A method of producing an elastomer composite, comprising: A) combining a first fluid comprising elastomer latex with a second fluid comprising particulate filler; B) causing the elastomer latex to coagulate, thereby forming masterbatch crumb; C) bringing the masterbatch crumb to a water content of 10 weight percent to 20 weight percent, thereby forming a dewatered coagulum; D) removing water from the dewatered coagulum by subjecting the dewatered coagulum to mechanical energy, thereby causing the dewatered coagulum to heat as a result of friction, while allowing the dewatered coagulum to achieve a temperature of 130 °C to 190 °C, wherein water content is reduced to 0.5% to 3% and wherein substantially all of the decrease in water content is accomplished by evaporation, thereby producing a masticated masterbatch; and E) subjecting the masticated masterbatch to at least an additional 0.3 MJ/kg and up to 1.5 MJ/kg of mechanical energy while further reducing the water content. A) combining a first fluid comprising elastomer latex with a second fluid comprising particulate filler; B) causing the elastomer latex to coagulate, thereby forming masterbatch crumb; C) bringing the masterbatch crumb to a water content of 10 weight percent to 20 weight percent, thereby forming a dewatered coagulum; D) removing water from the dewatered coagulum by subjecting the dewatered coagulum to mechanical energy, thereby causing the dewatered coagulum to heat as a result of friction, while allowing the dewatered coagulum to achieve a temperature of 130 °C to 190 °C, wherein water content is reduced to 0.5% to 3% and wherein substantially all of the decrease in water content is accomplished by evaporation, thereby producing a masticated masterbatch; and E) subjecting the masticated masterbatch to at least an additional 0.3 MJ/kg and up to 1.5 MJ/kg of mechanical energy while further reducing the water content.
Method for identifying an ingress of water into an interior of a housing that is sealed off from a surrounding area, comprising the following steps • sensing a temperature of the air in the interior, • sensing a relative atmospheric humidity (φ) in the interior, and • identifying an ingress of water as a function of the sensed temperature and the sensed relative atmospheric humidity (φ), characterized in that the ingress of water is identified as a function of a difference (Δ) between the sensed temperature and a dew point (τ) that is ascertained as a function of the sensed relative atmospheric humidity (φ) and the sensed temperature. • sensing a temperature of the air in the interior, • sensing a relative atmospheric humidity (φ) in the interior, and • identifying an ingress of water as a function of the sensed temperature and the sensed relative atmospheric humidity (φ),
A connector part for plugging together with a counter connector part, wherein the connector part has at least one locking device for locking the connector part to the counter connector part, and the locking device has at least one pretensioning member and at least one locking member for engagement with a locking member receiver of the counter connector part in an engagement position of the locking member and the locking member is resiliently pretensioned in a locking direction towards the engagement position by means of the pretensioning member and the locking member is movable, in a release direction at an angle to the locking direction, from the engagement position into a release position, characterised in that against the pretensioning of the pretensioning member, the locking member is linearly displaceable, in a direction opposite to the locking direction, from the engagement position into a further release position, and the locking member is mounted in or on the connector part so as to be linearly displaceable in the locking direction and in the opposite direction.
Cross member for a bumper beam for an automotive vehicle comprising: - an outer beam extending along a transverse direction having a main beam portion comprising an upper beam wall, a lower beam wall and a front beam wall connecting the upper beam wall and the lower beam wall, an upper beam flange and a lower beam flange extending respectively along a back end of the upper beam wall and a back end of the lower beam wall in the transverse direction, said back ends extending opposite to the front beam wall and being spaced from said front beam wall according to a longitudinal direction, said upper beam wall, lower beam wall and front beam wall defining together a beam inner volume open in a back direction opposite to the front beam wall, - an inner reinforcement element extending inside at least a part of said beam inner volume, said inner reinforcement element comprising at least two reinforcement ribs protruding towards the front beam wall, said reinforcement ribs being connected together at least at their back end, opposite to the front beam wall, by an upper transversal branch and a lower transversal branch, extending in the transverse direction, - said upper and lower transversal branches and being attached respectively to the upper and lower beam flanges and of the outer beam, characterized in that each reinforcement rib abuts the front beam wall and the length of the upper transversal branch is less than the length of the upper beam wall and the length of the lower transversal branch is less than the length of the lower beam wall, said lengths being measured in the longitudinal direction. - an outer beam extending along a transverse direction having a main beam portion comprising an upper beam wall, a lower beam wall and a front beam wall connecting the upper beam wall and the lower beam wall, an upper beam flange and a lower beam flange extending respectively along a back end of the upper beam wall and a back end of the lower beam wall in the transverse direction, said back ends extending opposite to the front beam wall and being spaced from said front beam wall according to a longitudinal direction, said upper beam wall, lower beam wall and front beam wall defining together a beam inner volume open in a back direction opposite to the front beam wall, - an inner reinforcement element extending inside at least a part of said beam inner volume, said inner reinforcement element comprising at least two reinforcement ribs protruding towards the front beam wall, said reinforcement ribs being connected together at least at their back end, opposite to the front beam wall, by an upper transversal branch and a lower transversal branch, extending in the transverse direction, - said upper and lower transversal branches and being attached respectively to the upper and lower beam flanges and of the outer beam, characterized in that each reinforcement rib abuts the front beam wall and the length of the upper transversal branch is less than the length of the upper beam wall and the length of the lower transversal branch is less than the length of the lower beam wall, said lengths being measured in the longitudinal direction.
A cooling device comprising a refrigeration compartment that is defined by thermally-insulated walls; a housing in extended form that is provided on an inner lining of the refrigeration compartment; a support plate; and LED units arranged along the housing on a lateral surface of the support plate, the position of the support plate in the housing is configured in an angular manner such that the LED units provide indirect illumination in the refrigeration compartment, characterized in that the support plate is mounted to a diffuser panel such that the support plate is mounted into the housing together with the diffuser panel so as to extend into the housing.
(Amended) A nucleating agent, comprising: a compound represented by the following Formula where R 1 to R 4 each independently represent a hydrogen atom or a linear or branched alkyl group having 1 to 9 carbon atoms; R 5 represents an alkanediyl group having 1 to 4 carbon atoms; and M represents a sodium atom; and a compound represented by the following Formula where R 1 to R 4 each independently represent a hydrogen atom or a linear or branched alkyl group having 1 to 9 carbon atoms; R 5 represents an alkanediyl group having 1 to 4 carbon atoms; and M represents a hydrogen atom; and wherein a mass ratio of phosphorus atoms and sodium atoms in the nucleating agent, P/Na, measured in accordance with the method described in the description, is in a range of 1.350 to 1.500. a compound represented by the following Formula where R 1 to R 4 each independently represent a hydrogen atom or a linear or branched alkyl group having 1 to 9 carbon atoms; R 5 represents an alkanediyl group having 1 to 4 carbon atoms; and M represents a sodium atom; and a compound represented by the following Formula where R 1 to R 4 each independently represent a hydrogen atom or a linear or branched alkyl group having 1 to 9 carbon atoms; R 5 represents an alkanediyl group having 1 to 4 carbon atoms; and M represents a hydrogen atom; and wherein a mass ratio of phosphorus atoms and sodium atoms in the nucleating agent, P/Na, measured in accordance with the method described in the description, is in a range of 1.350 to 1.500.
A drive train for hoisting gears comprising a drive motor, a cable drum connected thereto, a reduction transmission arranged between the drive motor and the cable drum, a service brake provided between the drive motor and the reduction transmission, a safety brake and an automatic disconnect means provided between the drive motor and the service brake, characterised in that provided between the drive motor and reduction transmission is an automatic disconnect means which in "lower" load situation reacts when the service brake and/or the safety brake operate.
Sensor device, which has at least one magnetic field generator for use in determining an angle of rotation by means of at least one sensor unit and the at least one sensor unit, which is designed for detecting the magnetic flux density that is representative of the angle of rotation about an axis of rotation, which lies in a magnet plane of the magnetic field generator and runs perpendicularly to an end face line, - the magnetic field generator being designed as a dipole magnet with a north pole and a south pole, - the magnet plane of the magnetic field generator in the absence of other magnetic-field-forming bodies being flowed through at right angles by all the magnetic field lines, - the end-face line at the end face lying on the surface of the magnetic field generator and on the magnet plane, - the magnetic field generator having an orthogonal plane, which is orthogonal to the magnet plane and in which the end-face line lies, - the magnetic field generator having an end face, which has a north-pole end face and a south-pole end face and which is elevated with respect to the orthogonal plane at at least one point in the orthogonal direction in relation to the orthogonal plane, and - the magnetic field generator having a projection line, which projects an elevated point of the end face onto the orthogonal plane, at least part of the projection line between the elevated point of the end face and its projection on the orthogonal plane lying within the magnetic field generator, the sensor unit being positioned facing the end face of the magnetic field generator, parallel to the orthogonal plane, and being arranged movably in relation to the magnetic field generator about the axis of rotation. - the magnetic field generator being designed as a dipole magnet with a north pole and a south pole, - the magnet plane of the magnetic field generator in the absence of other magnetic-field-forming bodies being flowed through at right angles by all the magnetic field lines, - the end-face line at the end face lying on the surface of the magnetic field generator and on the magnet plane, - the magnetic field generator having an orthogonal plane, which is orthogonal to the magnet plane and in which the end-face line lies, - the magnetic field generator having an end face, which has a north-pole end face and a south-pole end face and which is elevated with respect to the orthogonal plane at at least one point in the orthogonal direction in relation to the orthogonal plane, and - the magnetic field generator having a projection line, which projects an elevated point of the end face onto the orthogonal plane, at least part of the projection line between the elevated point of the end face and its projection on the orthogonal plane lying within the magnetic field generator, the sensor unit being positioned facing the end face of the magnetic field generator, parallel to the orthogonal plane, and being arranged movably in relation to the magnetic field generator about the axis of rotation.
Machine for manufacturing, by coextrusion, a profiled element strip based on a plurality of extruded strips made of elastomeric compounds, comprising an extrusion head having flow ducts (2a, 2b, 2c, 2d), the inlet orifices of which are connected to the outlets of at least two extruders (10, 20, 30, 40) for supplying extruded strips made of elastomeric compounds, and the outlet orifices of which lead into a die which is adjacent to a roller and is designed to cooperate with the latter to shape the profiled element strip, the roller having a central axis surrounded by an external surface intended to receive the profiled element strip and means for driving the roller in rotation about its central axis, characterized in that the flow ducts (2a, 2b, 2c, 2d) are mutually parallel and are perpendicular to the circumferential direction of the roller, and the profiled element strip is joined to the receiving surface of the roller along an equivalent length of at least 700 mm.
An organic light emitting device comprising: a first substrate defining a pixel region and a non-pixel region; an array of organic light emitting pixels formed over the pixel region of the first substrate; a second substrate placed over the first substrate, the array of organic light emitting pixels being interposed between the first and second substrates (200, 300); a frit seal comprising a plurality of elongated segments interposed between the first and second substrates (200, 300), the plurality of elongated segments in combination surrounding the array of organic light emitting pixels such that the array of organic light emitting pixels is encapsulated by the first substrate, the second substrate and the frit seal, the plurality of elongated segments comprising a first elongated segment having a longitudinal axis extending along a first axis; and a scan driver formed over the non-pixel region and comprising a semiconductive integrated circuit portion and a routing portion, wherein the longitudinal axis of the semiconductive integrated circuit portion and the longitudinal axis of the first elongated segment extend parallel to each other, and wherein none of the plurality of elongated segments is interposed between the semiconductive integrated circuit portion of the scan driver and the second substrate; characterized in that the first elongated segment of the frit seal does not overlap with the semiconductive integrated circuit portion of the scan driver in a direction along a second axis which is perpendicular to the first and second substrates (200, 300), and wherein the routing portion overlaps with the first elongated segment of the frit seal in a direction along the second axis. a first substrate defining a pixel region and a non-pixel region; an array of organic light emitting pixels formed over the pixel region of the first substrate; a second substrate placed over the first substrate, the array of organic light emitting pixels being interposed between the first and second substrates (200, 300); a frit seal comprising a plurality of elongated segments interposed between the first and second substrates (200, 300), the plurality of elongated segments in combination surrounding the array of organic light emitting pixels such that the array of organic light emitting pixels is encapsulated by the first substrate, the second substrate and the frit seal, the plurality of elongated segments comprising a first elongated segment having a longitudinal axis extending along a first axis; and a scan driver formed over the non-pixel region and comprising a semiconductive integrated circuit portion and a routing portion, wherein the longitudinal axis of the semiconductive integrated circuit portion and the longitudinal axis of the first elongated segment extend parallel to each other, and wherein none of the plurality of elongated segments is interposed between the semiconductive integrated circuit portion of the scan driver and the second substrate;
An apparatus (120, 298), comprising: an input for receiving a common mode signal driven into a first end of a communication link (199, 299) for transmitting the common mode signal to a second end of the communication link, the communication link operative in accordance with differential signaling; and a differential mode circuitry is configured to detect differential signal energy at the second end of the communication link while the input receives the common mode signal, the differential mode circuitry including a comparator configured to compare the detected differential signal energy to a threshold for determining a measure of electromagnetic compatibility, EMC, wherein the measure of the EMC is a measure of emission and/or noise immunity on the communication link. an input for receiving a common mode signal driven into a first end of a communication link (199, 299) for transmitting the common mode signal to a second end of the communication link, the communication link operative in accordance with differential signaling; and a differential mode circuitry is configured to detect differential signal energy at the second end of the communication link while the input receives the common mode signal, the differential mode circuitry including a comparator configured to compare the detected differential signal energy to a threshold for determining a measure of electromagnetic compatibility, EMC, wherein the measure of the EMC is a measure of emission and/or noise immunity on the communication link.
An etched planarized vertical cavity surface emitting laser, VCSEL, comprising: an active region; and an isolation region over the active region, the isolation region comprising: a blocking region over the active region, the blocking region defining a plurality of apertures etched therein, wherein the blocking region includes a material having a first refractive index and being devoid of oxidation; a plurality of conductive channel cores in the plurality of apertures of the blocking region, wherein each conductive channel core includes another material having a second refractive index, wherein the second refractive index is greater than the first refractive index; and a unitary conductive wing layer located as a conductive plane on top of the blocking region and the conductive channel cores, the unitary conductive wing layer including the an other material having the second refractive index and contacting the plurality of conductive channel cores. an active region; and an isolation region over the active region, the isolation region comprising: a blocking region over the active region, the blocking region defining a plurality of apertures etched therein, wherein the blocking region includes a material having a first refractive index and being devoid of oxidation; a plurality of conductive channel cores in the plurality of apertures of the blocking region, wherein each conductive channel core includes another material having a second refractive index, wherein the second refractive index is greater than the first refractive index; and a blocking region over the active region, the blocking region defining a plurality of apertures etched therein, wherein the blocking region includes a material having a first refractive index and being devoid of oxidation; a plurality of conductive channel cores in the plurality of apertures of the blocking region, wherein each conductive channel core includes another material having a second refractive index, wherein the second refractive index is greater than the first refractive index; and a unitary conductive wing layer located as a conductive plane on top of the blocking region and the conductive channel cores, the unitary conductive wing layer including the an other material having the second refractive index and contacting the plurality of conductive channel cores.
A method of removing amine contaminants from equipment used in the production of polyether polyols, comprising: (a) contacting the equipment with an aqueous solution of a first acid; (b) discharging the aqueous solution of the first acid from the equipment; (c) contacting the equipment with an aqueous solution of an acidic metal conditioner; (d) discharging the aqueous solution of the acidic metal conditioner from the equipment; (e) contacting the equipment with an aqueous solution of an alkali metal hydroxide; and (f) discharging the aqueous solution of the alkali metal hydroxide from the equipment. (a) contacting the equipment with an aqueous solution of a first acid; (b) discharging the aqueous solution of the first acid from the equipment; (c) contacting the equipment with an aqueous solution of an acidic metal conditioner; (d) discharging the aqueous solution of the acidic metal conditioner from the equipment; (e) contacting the equipment with an aqueous solution of an alkali metal hydroxide; and (f) discharging the aqueous solution of the alkali metal hydroxide from the equipment.
A direct carbon fuel cell system, the system comprising: an electrochemical cell, the electrochemical cell comprising a cathode, a solid state first electrolyte and an anode; an anode housing that at least partially defines an anode chamber containing and/or being adapted to receive a second electrolyte and a fuel; a cathode housing that comprises one or more openings for admitting and/or expelling an oxidant; at least one anode chamber seal and at least one cathode seal; wherein the electrochemical cell is provided between at least part of the anode housing and at least part of the cathode housing with the anode being provided toward the anode housing and the cathode being provided toward the cathode housing; the at least one anode chamber seal is provided between the anode housing and the electrochemical cell, cathode housing and/or a cathode seal; and at least one cathode seal is provided between the cathode housing and the electrochemical cell, the anode housing and/or the anode seal; and the second electrolyte and fuel is provided in the anode chamber, the amount of second electrolyte being less than or equal to 20mol% and/or less than 1:1 weight ratio relative to the fuel. an electrochemical cell, the electrochemical cell comprising a cathode, a solid state first electrolyte and an anode; an anode housing that at least partially defines an anode chamber containing and/or being adapted to receive a second electrolyte and a fuel; a cathode housing that comprises one or more openings for admitting and/or expelling an oxidant; at least one anode chamber seal and at least one cathode seal; wherein the electrochemical cell is provided between at least part of the anode housing and at least part of the cathode housing with the anode being provided toward the anode housing and the cathode being provided toward the cathode housing; the at least one anode chamber seal is provided between the anode housing and the electrochemical cell, cathode housing and/or a cathode seal; and at least one cathode seal is provided between the cathode housing and the electrochemical cell, the anode housing and/or the anode seal; and the second electrolyte and fuel is provided in the anode chamber, the amount of second electrolyte being less than or equal to 20mol% and/or less than 1:1 weight ratio relative to the fuel.