mhurhangee/ep-ind-claims huggingface dataset:
A two-part pack comprising a first part comprising (a) epoxy-functional monomer, oligomer or polymer, which is present in an amount of 40 to 85 percent by weight; (b) a particulate, fire retardant, phosphorous-containing compound, and (c) at least one other fire retardant coumpound which is a particulate compound, and a second part comprising a polyaminoamide as curing agent, wherein the total of all fire retardant compounds form from 10 to 60 % by weight, based on the weight of the curable composition comprising component (a), curing agent and all fire retardant compounds.
A system for aiming an antenna in a direction below-horizon, wherein the system comprises: a support member, wherein the support member is coupled with a surface; a spherical structure, wherein: the spherical structure is coupled with the support member; and the spherical structure is at least partially spherical in shape about a central point; and at least one arm, wherein: the at least one arm is rotatably coupled with the spherical structure; the at least one arm is coupled with the antenna; the at least one arm at least partially defines a void; and the support member is at least partially disposed within the void when the antenna is aimed in the direction below-horizon. a support member, wherein the support member is coupled with a surface; a spherical structure, wherein: the spherical structure is coupled with the support member; and the spherical structure is at least partially spherical in shape about a central point; and the spherical structure is coupled with the support member; and the spherical structure is at least partially spherical in shape about a central point; and at least one arm, wherein: the at least one arm is rotatably coupled with the spherical structure; the at least one arm is coupled with the antenna; the at least one arm at least partially defines a void; and the at least one arm is rotatably coupled with the spherical structure; the at least one arm is coupled with the antenna; the at least one arm at least partially defines a void; and the support member is at least partially disposed within the void when the antenna is aimed in the direction below-horizon.
A process for injection moulding a soft elastomeric product including the steps; positioning a substrate between a complementary pair of mould parts (11,12) forming a mould; closing the mould; injecting liquid elastomer into the mould for forming the soft elastomeric product bonded to the substrate; and opening the mould whilst clamping the substrate to a first mould part for stripping the product from the mould as the mould is opening, characterised in that the process includes engaging ejector pins mounted on a second mould part with the substrate by extending said ejector pins through openings in the product for clamping the substrate against the first mould part whilst opening the mould. positioning a substrate between a complementary pair of mould parts (11,12) forming a mould; closing the mould; injecting liquid elastomer into the mould for forming the soft elastomeric product bonded to the substrate; and opening the mould whilst clamping the substrate to a first mould part for stripping the product from the mould as the mould is opening, characterised in that the process includes engaging ejector pins mounted on a second mould part with the substrate by extending said ejector pins through openings in the product for clamping the substrate against the first mould part whilst opening the mould.
A method using a membrane distillation apparatus, comprising a multistage membrane distillation apparatus or several membrane distillation apparatuses, each of which are multistage, (M1 to M3), each having an evaporator, at least two condensation and evaporation stages (I to V), and a condenser, wherein a respective condensation and evaporation stage (I to V) comprises a vapor chamber, a fluid channel for a fluid to be concentrated, a condensation wall separating the vapor chamber from the fluid channel, and a membrane wall separating the fluid channel on the side opposite condensation wall, wherein condensation and evaporation in a respective condensation and evaporation stage (I to V) downstream in the flow direction take place at a lower pressure and temperature level than in the condensation and evaporation stage (I to V) upstream in the flow direction, and wherein a respective condensation and evaporation stage (I to V) upstream in the flow direction emits heat to the condensation and evaporation stage (I to V) downstream in the flow direction, wherein the fluid channels (18, 26) of the condensation and evaporation stages (I to V) of a respective membrane distillation module (M1 to M3) are connected in series via fluid lines, and wherein the vapor chambers (24, 32) of the condensation and evaporation stages (I to V) of a respective membrane distillation module (M1 to M3) are connected in series via negative pressure connection lines (44 to 52), characterized in that a respective condensation and evaporation stage (I to V) downstream in the direction of flow, with its vapor chamber, directly adjoins the membrane wall of the condensation and evaporation stage (I to V) upstream in the flow direction, said membrane wall thereby separating the fluid channel of the condensation and evaporation stage (I to V) upstream in the flow direction from the vapor chamber of the condensation and evaporation stage (I to V) downstream in the flow direction.
An escapement device for a clockwork movement with two active alternations between a balance roller and an escape wheel, comprising: - a rocker comprising a first cam located in a first plane, and a second cam located in a second plane, - first mechanical transmission means and blocking means (211, 221) acting between the first cam and the escape wheel, - second mechanical transmission means (22, 31) acting between the second cam and the balance roller, - third mechanical transmission means acting between the escape wheel and the balance roller, wherein: - the first cam is capable of blocking the escape wheel at each alternation of oscillation of the balance wheel, - the first cam is able to receive a mechanical impulse from the escape wheel at each period of oscillation of the balance wheel by said first mechanical transmission means and capable of transmitting this mechanical impulse to the balance wheel by said second mechanical transmission means (22, 31), - the balance roller is capable of receiving a mechanical impulse from the escape wheel at each period of oscillation of the balance wheel by said third mechanical transmission means, characterized: - in that the angle α between the input and output resting positions, seen from the axis of the escape wheel, is smaller than the angle β between the input resting position and the axis of the rocker, seen from the axis of the escape wheel, - in that one of the first blocage means is adjacent to the first mechanical transmission means. - a rocker comprising a first cam located in a first plane, and a second cam located in a second plane, - first mechanical transmission means and blocking means (211, 221) acting between the first cam and the escape wheel, - second mechanical transmission means (22, 31) acting between the second cam and the balance roller, - third mechanical transmission means acting between the escape wheel and the balance roller, - the first cam is capable of blocking the escape wheel at each alternation of oscillation of the balance wheel, - the first cam is able to receive a mechanical impulse from the escape wheel at each period of oscillation of the balance wheel by said first mechanical transmission means and capable of transmitting this mechanical impulse to the balance wheel by said second mechanical transmission means (22, 31), - the balance roller is capable of receiving a mechanical impulse from the escape wheel at each period of oscillation of the balance wheel by said third mechanical transmission means, - in that the angle α between the input and output resting positions, seen from the axis of the escape wheel, is smaller than the angle β between the input resting position and the axis of the rocker, seen from the axis of the escape wheel, - in that one of the first blocage means is adjacent to the first mechanical transmission means.
A method for dosed dispensing of powdered substance from a magazine in which containers (2, 3) containing different powdered substances are located, comprising: - removing the container with the desired powdery substance from the magazine by transport means, - taking the desired amount of this powdery substance from this container by a delivery system, - placing a funnel upside down on an opening provided on the top of the container by lifting means and coupling means, - turning the container and the funnel thereon upside down by reversing means so that the contents of the container end up in the funnel, - opening the funnel mouth for dosed dispensing of the powdery substance until the desired amount has fallen from the funnel and then closing the funnel mouth by means of a metering valve, - turning back the container and the funnel underneath by the reversing means so that the remaining powdery substance falls back into the container, - removing the funnel from the container by the lifting means and the coupling means, and - putting the container back in the magazine by transport means, characterized in that at removing the funnel from the container by the lifting means and the coupling means releasing dust clouds are extracted by suction means arranged on the funnel mouth. - removing the container with the desired powdery substance from the magazine by transport means, - taking the desired amount of this powdery substance from this container by a delivery system, - placing a funnel upside down on an opening provided on the top of the container by lifting means and coupling means, - turning the container and the funnel thereon upside down by reversing means so that the contents of the container end up in the funnel, - opening the funnel mouth for dosed dispensing of the powdery substance until the desired amount has fallen from the funnel and then closing the funnel mouth by means of a metering valve, - turning back the container and the funnel underneath by the reversing means so that the remaining powdery substance falls back into the container, - removing the funnel from the container by the lifting means and the coupling means, and - putting the container back in the magazine by transport means, characterized in that at removing the funnel from the container by the lifting means and the coupling means releasing dust clouds are extracted by suction means arranged on the funnel mouth.
Heatable fluid line having a tube which has an interior, wherein the fluid line defines a longitudinal axis, comprising an inner heating device which is disposed in the interior, and an outer heating device which surrounds the tube at least in portions, wherein the heating devices (40, 50) are designed to be controllable independently of one another, characterized in that at least one heat introduction clearance for the outer heating device is formed in the circumferential face of the tube.
Method for operating a probe for determining the oxygen concentration in a gas mixture, in particular a lambda probe for determining the oxygen concentration in the exhaust gas of internal combustion engines, having two electrodes which act as an outer and an inner pump electrode (11, 15) can form a pump cell, having two electrodes which act as a Nernst electrode and a reference electrode and form a Nernst cell, wherein a pump current regulator applies a pump current to the pump cell in such a way that a predefinable Nernst voltage (U N), which can be tapped at the Nernst cell, is adjusted to a predefinable value, wherein the predefinable value of the Nernst voltage is varied, characterized in that the predefinable value of the Nernst voltage is varied in accordance with the probe temperature.
A fastening nut for fastening an exhaust manifold to a cylinder head of an internal combustion engine by screwing it onto an external threaded bolt retained on the cylinder head and passing through a passage opening in the exhaust manifold, the fastening nut comprising an internal thread section for screwing it onto the external threaded bolt and, preferably, braking torque means for increasing the loosening torque, the fastening nut also comprising a first supporting surface for the indirect or direct axial support on the cylinder head and/or a seal lying on the cylinder head and comprising a second supporting surface for the indirect or direct axial support on the exhaust manifold, the first supporting surface being disposed, in particular on an end face, at a supporting section of the fastening nut for passing through the passage opening and the second supporting surface being realized at a radially protruding spring section which is elastically preloaded in the axial direction at an axial and radial distance to the first supporting surface, that the fastening nut is realized in multiple parts and comprises a nut body which extends in an axial manner from a rear end to the first supporting surface and a separate spring part which is fastened to the nut body in a captive manner via securing means, and that the internal thread section and the supporting section comprising its first supporting surface are realized at the nut body, and that the spring part realizes the spring section comprising its second supporting surface, characterized in that the internal thread section is realized in an axially shortened manner and is located in an end portion of the nut body which faces away from the first supporting surface, the entire supporting section being realized without an internal thread and that the internal diameter of the supporting section is larger than the internal diameter of the internal thread section, an axial section, in particular of more than 50 %, of the nut body thus not being screwable or screwed onto the external threaded bolt.
A system for limiting a lateral position of a load face for a material handling vehicle, the system comprising a height sensor arranged to output a height datum quantifying a height of a vertical load face datum relative to a supporting surface for said material handling vehicle; characterized by: a lateral position sensor arranged to output a lateral position datum quantifying a distance between a material handling vehicle lateral datum and a load face lateral datum; and a controller arranged to receive said lateral position datum and said height datum and to output a side shift control signal when said lateral position datum corresponds to a side shift limit (702, 704, 706) for said height datum. a lateral position sensor arranged to output a lateral position datum quantifying a distance between a material handling vehicle lateral datum and a load face lateral datum; and a controller arranged to receive said lateral position datum and said height datum and to output a side shift control signal when said lateral position datum corresponds to a side shift limit (702, 704, 706) for said height datum.
An access port comprising: a tubular member having a through-hole passing therethrough in an axial direction; a needle-like member having a tip pointing toward a rear end of the tubular member; and a manipulating means for switching between a state in which the tip is projected radially outwards from the outer surface of the tubular member and a state in which the tip is not projected therefrom, characterized by a recess provided in the outer surface of the tubular member and accommodating the tip in a state in which the tip is not projected radially outwards from the outer surface of the tubular member; and the needle-like member is mounted to an outer surface of the tubular member. a tubular member having a through-hole passing therethrough in an axial direction; a needle-like member having a tip pointing toward a rear end of the tubular member; and a manipulating means for switching between a state in which the tip is projected radially outwards from the outer surface of the tubular member and a state in which the tip is not projected therefrom, characterized by a recess provided in the outer surface of the tubular member and accommodating the tip in a state in which the tip is not projected radially outwards from the outer surface of the tubular member; and the needle-like member is mounted to an outer surface of the tubular member.
An electrolytic plating composition containing chrome for coating of a substrate with a chromium or a chromium alloy layer, the composition at least comprises: sulfuric acid, a chromium compound; potassium iodate, sulfoacetic acid and/or a salt thereof and/or a reactant able to generate sulfoacetic acid, and an additional sulfonic acid, wherein the sulfoacetic acid, the salt thereof or the reactant, is present in the electrolytic composition in a concentration between 0.03 mol/l and 0,15 mol/l and the additional sulfonic acid or the salt thereof is present in a concentration between 0.01 mol/l and 0.1 mol/l, and wherein the alkaline or alkaline earth-halogen-oxygen compound is present in the electrolytic composition in a concentration between 0.001 mol/l and 0.1 mol/l.
An elevator control apparatus comprising: analysis means configured to analyze an image obtained by capturing an image of an area around an elevator door opening, and for recognizing a person (P1-P6) in the image; acquisition means configured, based on a result of the analysis by the analysis means, to acquire information regarding a destination floor of a building that is associated with the recognized person (P1-P6); prediction means configured, based on the information regarding the destination floor acquired by the acquisition means, to predict whether the destination floor corresponds to the destination of the recognized person (P1-P6) and to determine whether the destination is an upper floor or a lower floor; characterized by generation means configured, based on the information regarding the destination floor acquired by the acquisition means and the prediction of the prediction means, to generate an operation schedule of the elevator so that an elevator car (21a, 21b) is preferentially sent to a floor with a destination direction of an upper floor or a lower floor, which has the most people predicted to travel in the destination direction. analysis means configured to analyze an image obtained by capturing an image of an area around an elevator door opening, and for recognizing a person (P1-P6) in the image; acquisition means configured, based on a result of the analysis by the analysis means, to acquire information regarding a destination floor of a building that is associated with the recognized person (P1-P6); prediction means configured, based on the information regarding the destination floor acquired by the acquisition means, to predict whether the destination floor corresponds to the destination of the recognized person (P1-P6) and to determine whether the destination is an upper floor or a lower floor; characterized by generation means configured, based on the information regarding the destination floor acquired by the acquisition means and the prediction of the prediction means, to generate an operation schedule of the elevator so that an elevator car (21a, 21b) is preferentially sent to a floor with a destination direction of an upper floor or a lower floor, which has the most people predicted to travel in the destination direction.
A driving assistance device equipped with an indication control unit which indicates an image of a side-rearward of a vehicle captured by a camera (2L, 2R) mounted on the vehicle with a guideline (30, 31) showing a guide of a distance from the vehicle superimposed thereon, to an indicator (3L, 3R) mounted on the vehicle, the driving assistance device comprising: a road shape recognizing unit which recognizes a shape of a road on which the vehicle is traveling; wherein, when it is recognized by the road shape recognizing unit that the shape of the road on which the vehicle is traveling is a predetermined shape, the indication control unit sets the guideline to non-display or sets an indicating position of the guideline in line with the shape of the road recognized by the road shape recognizing unit, wherein the driving assistance device further comprises: a brightness detecting unit which detects a brightness of surroundings of the vehicle, and a side-rearward object detecting unit which detects another vehicle (50, 51) existing at side-rearward of the vehicle, based on the captured image (ImL, ImR) of the camera (2L, 2R), characterized in that when the brightness of the surroundings of the vehicle detected by the brightness detecting unit is equal to or lower than a predetermined level, the indication control unit indicates the guideline (30, 31) only when the other vehicle (50, 51) is being detected by the side-rearward object detecting unit, and sets the guideline to non-display when the other vehicle (50, 51) is not being detected by the side-rearward object detecting unit. a road shape recognizing unit which recognizes a shape of a road on which the vehicle is traveling; wherein, when it is recognized by the road shape recognizing unit that the shape of the road on which the vehicle is traveling is a predetermined shape, the indication control unit sets the guideline to non-display or sets an indicating position of the guideline in line with the shape of the road recognized by the road shape recognizing unit, a brightness detecting unit which detects a brightness of surroundings of the vehicle, and a side-rearward object detecting unit which detects another vehicle (50, 51) existing at side-rearward of the vehicle, based on the captured image (ImL, ImR) of the camera (2L, 2R),
A method for manufacturing a semiconductor device, comprising an etching step using an etchant to selectively etch copper without etching nickel, said etchant comprising hydrogen peroxide and citric acid and having a content of hydrogen peroxide of from 0.75 to 12 % by mass and a content of citric acid of from 1 to 20 % by mass, with a molar ratio of hydrogen peroxide and citric acid being in the range of from 0.3 to 5.
A wind turbine generator, comprising: a generator including a stator and a stator casing accommodating a generator rotor and the stator; a main shaft having one end coupled to a wind turbine rotor and the other end coupled to the generator rotor; a first bearing (7-1,7-2) rotatably supporting said main shaft; a second bearing (8-1,8-2) provided on said main shaft to support said stator casing such that said main shaft and said stator casing are rotatable with respect to each other; a base (3,3a) to which said first bearing (7-1, 7-2) is attached; and a torque support (2, 2A, 2B) including a coupling member (21, 24, 33) which couples said base (3,3a) and a front plate of said stator casing, characterized in that the load center of force acting between said coupling member (21, 24, 33) and said front plate in a case that torque acts on said stator casing in a circumferential direction of said main shaft is positioned in a range between front and back surfaces of said front plate. a generator including a stator and a stator casing accommodating a generator rotor and the stator; a main shaft having one end coupled to a wind turbine rotor and the other end coupled to the generator rotor; a first bearing (7-1,7-2) rotatably supporting said main shaft; a second bearing (8-1,8-2) provided on said main shaft to support said stator casing such that said main shaft and said stator casing are rotatable with respect to each other; a base (3,3a) to which said first bearing (7-1, 7-2) is attached; and a torque support (2, 2A, 2B) including a coupling member (21, 24, 33) which couples said base (3,3a) and a front plate of said stator casing, characterized in that the load center of force acting between said coupling member (21, 24, 33) and said front plate in a case that torque acts on said stator casing in a circumferential direction of said main shaft is positioned in a range between front and back surfaces of said front plate.