mhurhangee/ep-ind-claims huggingface dataset:
Gas filter device, in particular a dust filter, - comprising at least one filter body, the filter material of which is arranged annularly in the cross section of the filter body and in which at least one rotary nozzle for backwashing the filter material is arranged rotatably about a longitudinal central axis of the filter body, - comprising at least one filter support on which the respective filter body is fastened to an axial end in the installed state and which has a pressure connection for supplying the respective rotary nozzle with a backwashing gas, - a coupling device being provided which has an annular seat on a connection piece which is arranged on the filter body and is in communication with the respective rotary nozzle, - the coupling device having a coupling sleeve which is annular in cross section, arranged on the pressure connection and bears on the seat in the installed state, characterised in that - the filter support has a clean-side outlet opening which is in communication with an inner space of the filter body, - the seat of the connection piece is axial and extends in a planar manner orthogonally to the longitudinal central axis of the filter body such that the coupling sleeve bears axially on the seat in the installed state. - comprising at least one filter body, the filter material of which is arranged annularly in the cross section of the filter body and in which at least one rotary nozzle for backwashing the filter material is arranged rotatably about a longitudinal central axis of the filter body, - comprising at least one filter support on which the respective filter body is fastened to an axial end in the installed state and which has a pressure connection for supplying the respective rotary nozzle with a backwashing gas, - a coupling device being provided which has an annular seat on a connection piece which is arranged on the filter body and is in communication with the respective rotary nozzle, - the coupling device having a coupling sleeve which is annular in cross section, arranged on the pressure connection and bears on the seat in the installed state, characterised in that - the filter support has a clean-side outlet opening which is in communication with an inner space of the filter body, - the seat of the connection piece is axial and extends in a planar manner orthogonally to the longitudinal central axis of the filter body such that the coupling sleeve bears axially on the seat in the installed state.
A synthetic process comprising: (a) contacting R 1 MgX or R 1 Li with a compound of Formula: to form a compound of Formula:, in which R 1 is isopropyl or isopropenyl, X is halo and R 2 is H or an amine protecting group; and (b) converting the compound of Formula to a compound of Formula: in the presence of a base when R 1 is isopropenyl or in the presence of an oxidizing agent when R 1 is isopropyl. (a) contacting R 1 MgX or R 1 Li with a compound of Formula: to form a compound of Formula:, in which R 1 is isopropyl or isopropenyl, X is halo and R 2 is H or an amine protecting group; and, in which R 1 is isopropyl or isopropenyl, X is halo and R 2 is H or an amine protecting group; and (b) converting the compound of Formula to a compound of Formula: in the presence of a base when R 1 is isopropenyl or in the presence of an oxidizing agent when R 1 is isopropyl.
A system for providing haptic feedback in response to a user input, said system comprising: a surface comprising an isolated region (15, 21) having a perimeter, a gap surrounding the perimeter, and an actuator (31, 32, 33) coupled to said isolated region (15, 21), wherein the actuator (31, 32, 33) causes the haptic feedback, characterized by a deformable sealing material filled within said gap, wherein said actuator (31, 32, 33) is further coupled to an area of said surface that is outside of said isolated region (15, 21). a surface comprising an isolated region (15, 21) having a perimeter, a gap surrounding the perimeter, and an actuator (31, 32, 33) coupled to said isolated region (15, 21), wherein the actuator (31, 32, 33) causes the haptic feedback, characterized by a deformable sealing material filled within said gap, wherein said actuator (31, 32, 33) is further coupled to an area of said surface that is outside of said isolated region (15, 21).
A ram protection for a rear portion of a commercial vehicle or heavy-duty vehicle, comprising - an elongate profile body with a mounting side for mounting the ram protection to the rear portion of the heavy-duty vehicle, and an impact side opposed to the mounting side, wherein the impact side is provided with a crumple zone for absorbing impact forces, and the crumple zone is provided with a hollow space that opens towards the rear portion of the heavy-duty vehicle and is at least partially defined by an upper side and a lower side of the profile body, and wherein the hollow space is adapted to absorb impact forces impacting on the ram protection by deformation of the upper side and/or the lower side, and - at least one receiving portion integrated in the profile body in the form of a recess, and adapted to mount a roller bumper and to provide a mounting option for a cargo carrier pulled along at the rear portion of the heavy-duty vehicle, wherein, adjacent to each recess, two supporting elements, are provided arranged in the hollow space, which supporting elements are connected to the upper side and the lower side and respectively comprise a bore for supporting a securing pin or a retaining pin for the roller bumper. - an elongate profile body with a mounting side for mounting the ram protection to the rear portion of the heavy-duty vehicle, and an impact side opposed to the mounting side, wherein the impact side is provided with a crumple zone for absorbing impact forces, and the crumple zone is provided with a hollow space that opens towards the rear portion of the heavy-duty vehicle and is at least partially defined by an upper side and a lower side of the profile body, and wherein the hollow space is adapted to absorb impact forces impacting on the ram protection by deformation of the upper side and/or the lower side, and - at least one receiving portion integrated in the profile body in the form of a recess, and adapted to mount a roller bumper and to provide a mounting option for a cargo carrier pulled along at the rear portion of the heavy-duty vehicle, wherein, adjacent to each recess, two supporting elements, are provided arranged in the hollow space, which supporting elements are connected to the upper side and the lower side and respectively comprise a bore for supporting a securing pin or a retaining pin for the roller bumper.
Heat transfer method employing a compression system comprising at least one stage successively comprising a stage of evaporation of a refrigerant, a stage of compression, a stage of condensation of the said fluid at a temperature greater than or equal to 70°C and a stage of reduction in pressure of the said fluid, characterized in that the refrigerant comprises at least one hydrochlorofluoroolefin.
A manufacturing process of a one-piece P-trap, characterized in comprising the steps of: (a) preparing a metal pipe with a sectional dimension corresponding to a main body of the one-piece P-trap to be manufactured, and cutting a section of the metal pipe required for manufacturing the main body and used as the material of the main body; (b) using the material of the main body of the step (a) for annealing; (c) annealing a water outlet made of the material of the main body for milling after annealing; (d) bending the material of the main body to an angle α after the step (c) takes place to form a structure of an obtuse angle elbow, and then bending the material of the main body to an angle β to form a structure of an acute angle elbow while forming a structure of an level tube; (f) expanding an opening of a water inlet made of the material of the main body after the step (d), and then shrinking the opening of the water inlet, and milling the water inlet, and finally riveting the water inlet to form a structure of a vertical tube; the resulting one-piece P-trap thus comprising a front body and a rear body integrally coupled to one another; the front body comprising the vertical tube and the obtuse angle elbow integrally coupled to one another; the vertical tube and the obtuse angle elbow being intersected at a junction; the rear body comprising the acute angle elbow and the level tube integrally coupled to one another; the acute angle elbow and the level tube being intersected at a junction; the obtuse angle elbow and the acute angle elbow being intersected at a junction; the front body and the rear body constituting the whole main body; and the main body having the water inlet disposed at the top of the vertical tube and the water outlet disposed at an end of the level tube. (a) preparing a metal pipe with a sectional dimension corresponding to a main body of the one-piece P-trap to be manufactured, and cutting a section of the metal pipe required for manufacturing the main body and used as the material of the main body; (b) using the material of the main body of the step (a) for annealing; (c) annealing a water outlet made of the material of the main body for milling after annealing; (d) bending the material of the main body to an angle α after the step (c) takes place to form a structure of an obtuse angle elbow, and then bending the material of the main body to an angle β to form a structure of an acute angle elbow while forming a structure of an level tube; (f) expanding an opening of a water inlet made of the material of the main body after the step (d), and then shrinking the opening of the water inlet, and milling the water inlet, and finally riveting the water inlet to form a structure of a vertical tube;
A demand valve for use in a breathing equipment, wherein the demand valve comprises an actuating device arranged to upon contact with water move a cover from a first position to a second position, wherein the cover in the first position allows ambient air to enter the demand valve and the cover in the second position prevents ambient air from entering the demand valve thus allowing pressurized gas to enter the demand valve, characterized in that the actuating device is a spring loaded actuator arranged to deploy in contact with water and the actuating device and the cover are at least partly comprised in a housing arranged on the outside of the demand valve.
A light source module, comprising a substrate, a ring-shaped light-distribution component and at least two light-emitting units, wherein the ring-shaped light-distribution component comprises a light-distribution component body (110. 110', 110"), the light-distribution component body (110, 110', 110") having a ring-shaped accommodation space (111, 111', 111 ") and having a light incident surface and a light emergent surface that are respectively located on two sides of the light-distribution component body (110,110', 110"), the at least two light-emitting units being provided on the substrate and being arranged in the ring-shaped accommodation space (111,111',111") along the circumference of the ring-shaped light-distribution component, the ring-shaped accommodation space (111,111',111") being configured for accommodating at least two light-emitting units distributed along a circumference of the ring-shaped accommodation space (111, 111', 111 "), an inner wall of the ring-shaped accommodation space (111, 111', 111 ") being the light incident surface, the light incident surface comprising an inner light incident surface near a centre of the ring-shaped light-distribution component (111, 111', 111") and an outer light incident surface away from the centre, a deflection angle of light, which is projected by the light-emitting unit, deflected by a portion of the light-distribution component body (110,110', 110") corresponding to the inner light incident surface being a first deflection angle, a deflection angle of light deflected by a portion of the light-distribution component body (110, 110', 110") corresponding to the outer light incident surface being a second deflection angle, and the first deflection angle being smaller than the second deflection angle, characterized in that a radius of curvature of the inner light incident surface is smaller than a radius of curvature of the outer light incident surface and in that the light emergent surface is a symmetric curved surface.
A lubricant composition for lubricating a transmission in a vehicle with an electric motor comprising a. an oil of lubricating viscosity b. 0.2 to 2.0 wt % of at least one borate ester of formula I, wherein each R, independently, is a C 3 to C 12 alkyl, c. at least one phosphorous containing compound comprising a phosphite ester composition that comprises the reaction product of a monomeric phosphorous acid or an ester thereof with at least two alkylene diols, wherein the at least one phosphorus containing compound is present in an amount to deliver 100 to 450 ppm of phosphorus to the lubricating composition, d. a dispersant at a total amount of 1.8 wt.% or less and delivering less than 100 ppm boron to the lubricant composition, wherein the dispersant is selected from the group consisting of succinimide dispersants prepared by the reaction of a hydrocarbyl-substituted succinic anhydride or reactive equivalent thereof with an amine; amine dispersants prepared by the reaction of high molecular weight aliphatic or alicyclic halides and amines; Mannich dispersants prepared by the reaction of alkyl phenols in which the alkyl group contains at least 30 carbon atoms with aldehydes and amines; ester dispersants prepared by reaction of a hydrocarbyl acylating agent and a polyhydric aliphatic alcohol; and mixtures thereof, and e. optionally a calcium containing sulfonate or salicylate detergent or mixtures thereof present in an amount to deliver 300 ppm or less calcium to the lubricating composition, wherein the lubricant composition has a kinematic viscosity at 40°C of from 8 cSt to 18 cSt, and wherein the ratio of phosphorous from the phosphite ester composition of (c) and the boron from the borate ester of (b) is greater than 0.7. a. an oil of lubricating viscosity b. 0.2 to 2.0 wt % of at least one borate ester of formula I, wherein each R, independently, is a C 3 to C 12 alkyl, c. at least one phosphorous containing compound comprising a phosphite ester composition that comprises the reaction product of a monomeric phosphorous acid or an ester thereof with at least two alkylene diols, wherein the at least one phosphorus containing compound is present in an amount to deliver 100 to 450 ppm of phosphorus to the lubricating composition, d. a dispersant at a total amount of 1.8 wt.% or less and delivering less than 100 ppm boron to the lubricant composition, wherein the dispersant is selected from the group consisting of succinimide dispersants prepared by the reaction of a hydrocarbyl-substituted succinic anhydride or reactive equivalent thereof with an amine; amine dispersants prepared by the reaction of high molecular weight aliphatic or alicyclic halides and amines; Mannich dispersants prepared by the reaction of alkyl phenols in which the alkyl group contains at least 30 carbon atoms with aldehydes and amines; ester dispersants prepared by reaction of a hydrocarbyl acylating agent and a polyhydric aliphatic alcohol; and mixtures thereof, and e. optionally a calcium containing sulfonate or salicylate detergent or mixtures thereof present in an amount to deliver 300 ppm or less calcium to the lubricating composition,
A neutron capture therapy system comprising: a therapy table on which an irradiation target is placeable; a neutron beam irradiation unit configured to irradiate the irradiation target placed on the therapy table with a neutron beam; a position measurement unit configured to measure a position of the irradiation target placed on the therapy table; and a radiation dose distribution output unit configured to output a radiation dose distribution of a neutron beam used for irradiating the irradiation target, based on an amount of positional misalignment of the position of the irradiation target measured by the position measurement unit, the system further comprising: a storage unit in which the radiation dose distribution of a neutron beam corresponding to the amount of positional misalignment is stored in advance for each amount of positional misalignment of the irradiation target placed on the therapy table, wherein the radiation dose distribution output unit is configured to acquire the radiation dose distribution of a neutron beam used for irradiating the irradiation target, from the storage unit. a therapy table on which an irradiation target is placeable; a neutron beam irradiation unit configured to irradiate the irradiation target placed on the therapy table with a neutron beam; a position measurement unit configured to measure a position of the irradiation target placed on the therapy table; and a radiation dose distribution output unit configured to output a radiation dose distribution of a neutron beam used for irradiating the irradiation target, based on an amount of positional misalignment of the position of the irradiation target measured by the position measurement unit, the system further comprising: a storage unit in which the radiation dose distribution of a neutron beam corresponding to the amount of positional misalignment is stored in advance for each amount of positional misalignment of the irradiation target placed on the therapy table, wherein the radiation dose distribution output unit is configured to acquire the radiation dose distribution of a neutron beam used for irradiating the irradiation target, from the storage unit. a storage unit in which the radiation dose distribution of a neutron beam corresponding to the amount of positional misalignment is stored in advance for each amount of positional misalignment of the irradiation target placed on the therapy table, wherein the radiation dose distribution output unit is configured to acquire the radiation dose distribution of a neutron beam used for irradiating the irradiation target, from the storage unit.
Trolley arrangement of a galley of a vehicle, especially of an aircraft, wherein the trolley arrangement comprises a trolley container in which at least two trolleys (3, 4) can be arranged along a longitudinal direction, wherein the trolley arrangement furthermore comprises a trolley handling device for pulling and pushing a trolley (3, 4) into the trolley container in the longitudinal direction, characterized in that the trolley handling device comprises - a linear guide (6, 7, 8) with at least one stationary guiding bar (6, 7) and a slide which is movable along the at least one guiding bar (6, 7) in longitudinal direction, - a pulling and pushing bar which is axially fixed at the slide but which can rotate around its axis which is oriented in longitudinal direction, wherein at least one hook is arranged at the distal end of the pulling and pushing bar which is remote from the slide, - a handling bar which is axially fixed at the slide or at the pulling and pushing bar, wherein a joint is arranged between the handling bar and the slide or the pulling and pushing bar, so that the handling bar and the pulling and pushing bar are axially connected and are rotationally coupled. - a linear guide (6, 7, 8) with at least one stationary guiding bar (6, 7) and a slide which is movable along the at least one guiding bar (6, 7) in longitudinal direction, - a pulling and pushing bar which is axially fixed at the slide but which can rotate around its axis which is oriented in longitudinal direction, wherein at least one hook is arranged at the distal end of the pulling and pushing bar which is remote from the slide, - a handling bar which is axially fixed at the slide or at the pulling and pushing bar, wherein a joint is arranged between the handling bar and the slide or the pulling and pushing bar, so that the handling bar and the pulling and pushing bar are axially connected and are rotationally coupled.
Device for the combined physical/chemical purification of exhaust air and waste water and for the disinfection of potable water, with a column having four zones ( K1, K2, K3, K4) which are connected to one another and of which the three lower zones ( K1, K2, K3) are operated in countercurrent by gas and washing liquid, the first zone arranged lowermost serving for the oxidation of exhaust gas and/or water and, for this purpose, having in each case an inlet for exhaust gas and ozone and for waste water to be purified or untreated water, a jet-gas ventilator for sucking in exhaust gas and/or ozone, an outflow for purified waste water, and a circulation circuit, operated by means of a first pump through the first zone and an associated reservoir for the reception of water, the jet-gas ventilator being driven by means of a liquid circulated in the circulation circuit of the first zone, and chemical treatment of the exhaust gas to be purified and/or of the waste water to be purified and/or of the untreated water to be disinfected thus being capable of taking place by means of ozone in the circulation circuit of the first zone of the column; the second zone, arranged above it, serving for washing the exhaust gas rising out of the first zone and, for this purpose, having a circulation circuit which is operated by means of a second pump and to which washing water or lye can be supplied; the third zone, arranged above the second zone, serving for destroying the residual ozone in the exhaust gas and/or in the water and for filtration and, for this purpose, having a activated-charcoal filter and an outflow for pure water and also a circulation circuit operated by means of a third pump; and the fourth zone, arranged above the third zone, serving for the separation of water drops out of the exhaust gas and, for this purpose, having a centrifugal separator or a demister, and a circuit connection valve being provided, in order to conduct liquid out of the circulation circuit of the first zone into the circulation circuit of the third zone.
An oral care composition comprising: from 0.05 to 5% by weight, of a zinc ion source selected from zinc citrate, zinc sulfate, zinc silicate, zinc lactate, zinc phosphate, and combinations thereof; a fluoride ion source in an amount from 500 to 5,000 ppm fluoride; and from 0.1 to 10%, by weight, of a basic amino acid. from 0.05 to 5% by weight, of a zinc ion source selected from zinc citrate, zinc sulfate, zinc silicate, zinc lactate, zinc phosphate, and combinations thereof; a fluoride ion source in an amount from 500 to 5,000 ppm fluoride; and from 0.1 to 10%, by weight, of a basic amino acid.