mhurhangee/ep-ind-claims huggingface dataset:
A method for treating a metal substrate comprising: - contacting the metal substrate with a pretreatment composition comprising: a Group IIIB and/or Group IVB metal; free fluoride; and lithium, wherein the lithium comprises from 5 to 500 parts per million, based on a total weight of the ingredients in the pretreatment composition, - electrophoretically depositing a coating composition onto the metal substrate, wherein the coating composition comprises yttrium. - contacting the metal substrate with a pretreatment composition comprising: a Group IIIB and/or Group IVB metal; free fluoride; and lithium, wherein the lithium comprises from 5 to 500 parts per million, based on a total weight of the ingredients in the pretreatment composition, a Group IIIB and/or Group IVB metal; free fluoride; and lithium, wherein the lithium comprises from 5 to 500 parts per million, based on a total weight of the ingredients in the pretreatment composition, - electrophoretically depositing a coating composition onto the metal substrate, wherein the coating composition comprises yttrium.
External opening control for the side door of a motor vehicle comprising a handle and a stirrup, the stirrup comprising a front face and a rear face, the handle being mounted on the front face, the opening control being characterised in that it comprises at least one acoustic screen at least partially covering one or more openings presented by the rear face of the stirrup.
A heat pump comprising a closed circuit configured for flow of a solvent and a refrigerant, which closed circuit comprises an evaporator and an absorber, which are mutually interconnected with a first line configured for the transport of vapour from the evaporator to the absorber, a second line configured for the transport of a primarily liquid stream from the evaporator to the absorber, and a third line configured for transport of an enriched liquid from the absorber towards the evaporator, wherein said evaporator is typically in heat communication with an input stream for transmission of heat into the evaporator and wherein said enriched liquid being brought in heat communication with a output stream for transmission of heat thereto, particularly at high pressure, wherein a compressor is arranged in the first line and an expansion device is arranged in the third line, wherein: - the absorber is configured to have a first outlet to the third line characterized in that the absorber is configured to have further a second outlet to a fourth line, said second outlet and said fourth line being configured for vapour transport back to the evaporator; - the absorber and the evaporator, each having a first inlet (112,212) for a predominantly liquid stream and with a second inlet (111,211) for the vapour stream, are configured such for at least partially countercurrent flow of vapour and liquid. - the absorber is configured to have a first outlet to the third line characterized in that the absorber is configured to have further a second outlet to a fourth line, said second outlet and said fourth line being configured for vapour transport back to the evaporator; characterized in that the absorber is configured to have further a second outlet to a fourth line, said second outlet and said fourth line being configured for vapour transport back to the evaporator; - the absorber and the evaporator, each having a first inlet (112,212) for a predominantly liquid stream and with a second inlet (111,211) for the vapour stream, are configured such for at least partially countercurrent flow of vapour and liquid.
An anchoring socket for anchoring a console on a concrete wall, comprising a rear part forming a hollow space and a front part connected to the rear part by a connecting or front wall, wherein the front part comprises an opening towards the hollow space in the rear part for inserting an end on the wall side of the console into the hollow space and for supporting the end on the front wall of the rear part, characterized in that the front wall comprises a larger thickness above a support point for the end on the wall side of the console on an inner surface of the front wall than in the area adjacent to the support point, wherein the inner surface of the front wall is located at an angle alpha to a lid mounted on the back of the rear part or to a plane E of the concreted wall, wherein the angle alpha enclosed by the inner surface on the hollow space side of the front wall with the plane E, which is formed by the front edges of the opening, is an acute angle, which extends at the support point between the inner surface of the front wall and a parallel plane to the plane E running through this support point, wherein the larger thickness on the outer surface of the front wall is configured in the form of a bead or a rib, wherein the bead or the rib runs in the peripheral area of the front wall.
A method for sharing a final image using a device, wherein the method is performed by a server and comprises: receiving image data from the device at the server using network resources, wherein the image data is a representation of the final image with lower resolution and file size as compared to the corresponding final image for sharing; accessing the image data; accessing identification of at least one object obtained by processing of the image data, wherein the identification process is started before the actual capture of the final image by the device; accessing sharing attributes associated with the at least one object in the final image based on the identification of the object in the final image, wherein the sharing attributes indicate to whom the final image is to be shared; automatically associating the final image with sharing attributes based on the identification of the at least one object; generating information to share the final image based on the sharing attributes; and sending information for sharing the final image based on the sharing attributes from the server. receiving image data from the device at the server using network resources, wherein the image data is a representation of the final image with lower resolution and file size as compared to the corresponding final image for sharing; accessing the image data; accessing identification of at least one object obtained by processing of the image data, wherein the identification process is started before the actual capture of the final image by the device; accessing sharing attributes associated with the at least one object in the final image based on the identification of the object in the final image, wherein the sharing attributes indicate to whom the final image is to be shared; automatically associating the final image with sharing attributes based on the identification of the at least one object; generating information to share the final image based on the sharing attributes; and sending information for sharing the final image based on the sharing attributes from the server.
A gear pump for pumping fluid, wherein the gear pump comprises: - a motor for diving a rotatable drive shaft; - a drive gear that is operable to be driven by the drive shaft; - an idler gear which meshes with the drive gear; - an annular magnet disposed coaxially with the drive shaft and operable to rotate therewith; - a sensor for sensing rotation of the annular magnet and generating an output signal corresponding to a rotational position of the drive shaft; characterized in that the gear pump further comprises: - a controller that is operable to calculate the rotation position of the drive shaft based upon the output signal and to control the motor based upon the calculated rotational position to ensure that a controlled volume of fluid is pumped, wherein the controller employs a PID control algorithm to cope with backlash, and wherein, to avoid backlash, the idler gear is provided with viscous drag so that the idler gear always follows motion of the drive gear. - a motor for diving a rotatable drive shaft; - a drive gear that is operable to be driven by the drive shaft; - an idler gear which meshes with the drive gear; - an annular magnet disposed coaxially with the drive shaft and operable to rotate therewith; - a sensor for sensing rotation of the annular magnet and generating an output signal corresponding to a rotational position of the drive shaft; characterized in that the gear pump further comprises: - a controller that is operable to calculate the rotation position of the drive shaft based upon the output signal and to control the motor based upon the calculated rotational position to ensure that a controlled volume of fluid is pumped, - a controller that is operable to calculate the rotation position of the drive shaft based upon the output signal and to control the motor based upon the calculated rotational position to ensure that a controlled volume of fluid is pumped,
A method of operating a base station in a wireless telecommunication system comprising one or more base stations which support a virtual carrier operating mode in which at least some downlink communications are made using a restricted subset of transmission resources selected from within a system frequency bandwidth and comprising a restricted bandwidth downlink channel having a channel bandwidth which is smaller than the system frequency bandwidth, the method comprising: establishing an extent to which the one or more base stations support the virtual carrier operating mode; and conveying an indication of the extent to which the one or more base stations support the virtual carrier operating mode to a terminal device operating in the wireless telecommunication system so the terminal device can take account of the indication of the extent to which the one or more base stations support the virtual carrier operating mode for controlling its acquisition of a base station of the wireless telecommunication system, wherein the indication of the extent to which the one or more base stations support the virtual carrier operating mode comprises an indication of times during which virtual carrier operation is available. establishing an extent to which the one or more base stations support the virtual carrier operating mode; and conveying an indication of the extent to which the one or more base stations support the virtual carrier operating mode to a terminal device operating in the wireless telecommunication system so the terminal device can take account of the indication of the extent to which the one or more base stations support the virtual carrier operating mode for controlling its acquisition of a base station of the wireless telecommunication system, wherein the indication of the extent to which the one or more base stations support the virtual carrier operating mode comprises an indication of times during which virtual carrier operation is available.
A noise reduction unit comprising: a conductor having a winding portion; a ring-shaped core made from a magnetic material and being inserted through the winding portion; and a housing holding the conductor and the ring-shaped core, the housing having, at a mounting portion for the ring-shaped core, a recess concaving in a direction away from the ring-shaped core; and a support portion supporting the ring-shaped core to have a gap between a bottom surface of the recess and the ring-shaped core; and a sealing material charged in the housing, the sealing material being placed into the gap and contacting both of the bottom surface of the recess and the ring-shaped core at the mounting portion, characterized in that the support portion has a projection-strip-shape to project from the bottom surface of the recess and to extend in a direction crossing a circumferential direction of the ring-shaped core at the mounting portion. a conductor having a winding portion; a ring-shaped core made from a magnetic material and being inserted through the winding portion; and a housing holding the conductor and the ring-shaped core, the housing having, at a mounting portion for the ring-shaped core, a recess concaving in a direction away from the ring-shaped core; and a support portion supporting the ring-shaped core to have a gap between a bottom surface of the recess and the ring-shaped core; and a sealing material charged in the housing, the sealing material being placed into the gap and contacting both of the bottom surface of the recess and the ring-shaped core at the mounting portion, characterized in that the support portion has a projection-strip-shape to project from the bottom surface of the recess and to extend in a direction crossing a circumferential direction of the ring-shaped core at the mounting portion.
Method of determination of the expansion pressure of coal or a coal blend in a laboratory test, wherein: - a coal or coal blend sample is subjected to heating in a crucible which is located in an electrically heated oven; - said sample is located in a perforated sleeve which is inside said crucible; - between the inner wall of the crucible and the sleeve, there is an inert granular material that is greater in size than the holes in the sleeve; - said crucible is heated around its circumference at a rate of several degrees per minute from the ambient temperature to a temperature greater than the end of coal plasticity, the temperature being measured with a thermocouple placed on the sleeve wall; - a piston located on the top of the sample transmits the pressure due to the expansion of said sample to a force measurement system; - the expansion pressure of said sample is determined on the basis of the force measured by said force measuring system. - a coal or coal blend sample is subjected to heating in a crucible which is located in an electrically heated oven; - said sample is located in a perforated sleeve which is inside said crucible; - between the inner wall of the crucible and the sleeve, there is an inert granular material that is greater in size than the holes in the sleeve; - said crucible is heated around its circumference at a rate of several degrees per minute from the ambient temperature to a temperature greater than the end of coal plasticity, the temperature being measured with a thermocouple placed on the sleeve wall; - a piston located on the top of the sample transmits the pressure due to the expansion of said sample to a force measurement system; - the expansion pressure of said sample is determined on the basis of the force measured by said force measuring system.
An illumination device having a preferably substantially planar reflector panel at which a facetted reflector surface structure is provided which irradiates light directed in a preferred direction with a grazing oblique irradiation through at least one light source and comprises a plurality of reflector surface pieces which are substantially planar and face the light source at substantially the same angles of attack, wherein the reflector surface structure comprises alternately smaller and larger reflector surface pieces which are arranged alternately closer to and further away from the light source and form a non-linear reflector surface structure, characterised in that the reflector surface structure is formed by pyramid-like reflector projections having polygonally regular base surfaces which are formed as alternately larger and smaller base surfaces, wherein the pyramid-like reflector projections are tilted toward different sides and/or whose base surfaces are arranged on the base surface rotated alternately in different direction and the reflector panel can be irradiated in a grazing oblique manner from the front by a plurality of light sources (7a, 7b, 7c) at different margins of the reflector panel and the reflector surface pieces facing the different light sources are set up such that light coming from different sides is irradiated in a directed manner in different preferred directions, wherein a control apparatus is provided for switching over the light sources (7a, 7b, 7c) and thus for switching over the preferred direction of the irradiation of the panel.
A method of controlling a washing machine, comprising: receiving a power rate and a drying time of a drying machine from an energy management system; and performing a final spinning mode with a first spinning if a power rate during the received drying time is equal to or lower than a standard power rate and a second spinning if the power rate during the received drying time is higher than the standard power rate, wherein a spinning time of the second spinning is longer than a spinning time of the first spinning, and/or a spinning speed of the second spinning is faster than a spinning speed of the first spinning. receiving a power rate and a drying time of a drying machine from an energy management system; and performing a final spinning mode with a first spinning if a power rate during the received drying time is equal to or lower than a standard power rate and a second spinning if the power rate during the received drying time is higher than the standard power rate, wherein a spinning time of the second spinning is longer than a spinning time of the first spinning, and/or a spinning speed of the second spinning is faster than a spinning speed of the first spinning.
A method of preparing a compound of formula: wherein the method comprises treating a compound of formula: with 80% acetic acid to yield the compound of formula.
Housing assembly for a wet-mate connector, in particular for deep-sea applications, the housing assembly comprising a plug housing and a latching element, the plug housing comprising a connector cavity for receiving a mating connector, the latch element being mounted to an outside of the plug housing, at least partly surrounding the plug housing and, at least one location along a circumference of the latching element, penetrating the plug housing and protruding into the connector cavity for latching the mating connector, characterized in that the latch element is mounted on the plug housing in an axially floating manner providing an axial gap between the plug housing and the latch element, wherein an axial direction is the direction along which the mating connector is inserted into the connector cavity.
Oil sump made from a thermoplastic material for an internal combustion engine, said sump comprising a drainage opening located at the bottom point of said sump and being in the form of a tubular passage arranged or formed in the wall of said sump and being tightly sealable by a part forming a plug, said passage comprising an inner opening and an outer opening, the sump and the plug comprising mutually complementary retaining means (5, 6) which cooperate in such a manner that the transition between a locked sealing position in which plug is blocked in the passage and an unlocked sealing position, in which the extraction of plug from the passage and and towards the exterior of the sump is permitted, is performed by the rotation of the latter about a fraction of a turn, the sump being characterised in that it comprises around the outer opening of said tubular passage, female retaining means with locking designed to cooperate with complementary male means provided on the plug and in that said male and female cooperating means (5, 6) together form a bayonet fixing system, defining a locked, wedged position and comprising a means for locking in a locked sealed position.
A method for manufacturing soy sauce having hypotensive effects comprising a step of mixing: (a) a soy sauce koji having protease activity of 20 to 300 U/g of koji wet weight; or (b) a soy sauce koji having protease activity of 20 to 300 U/g of koji wet weight and a protein raw material not subjected to koji -making, wherein the amount of protein raw material added is 20% w/w or less that of the soy sauce koji; with an aqueous common salt solution to prepare a soy sauce moromi mash, and a step of subjecting the soy sauce moromi mash to heated digestion at 45°C to 55°C for 1 to 5 days. (a) a soy sauce koji having protease activity of 20 to 300 U/g of koji wet weight; or (b) a soy sauce koji having protease activity of 20 to 300 U/g of koji wet weight and a protein raw material not subjected to koji -making, wherein the amount of protein raw material added is 20% w/w or less that of the soy sauce koji;
Method for controlling an inerting system designed to inject, during an actual mission of an aircraft, a flow of inerting gas into at least one fuel tank of said aircraft, the method consisting in carrying out the steps of: - determining a value of at least one parameter of the actual mission of the aircraft at a given time and characterised by the steps of - establishing the relation between the determined value of the parameter of the actual mission and a value of an equivalent parameter at the given time of a certified standard mission profile, and deriving therefrom a weighting coefficient; - weighting with the weighting coefficient a value of the flow of inerting gas prescribed by the certified standard mission profile for the value of the equivalent parameter at the given time, in order to determine a flow of inerting gas to be injected adapted to the need of the actual mission at the given time; - controlling the inerting system to inject at the given time the determined flow of inerting gas. - determining a value of at least one parameter of the actual mission of the aircraft at a given time and characterised by the steps of - establishing the relation between the determined value of the parameter of the actual mission and a value of an equivalent parameter at the given time of a certified standard mission profile, and deriving therefrom a weighting coefficient; - weighting with the weighting coefficient a value of the flow of inerting gas prescribed by the certified standard mission profile for the value of the equivalent parameter at the given time, in order to determine a flow of inerting gas to be injected adapted to the need of the actual mission at the given time; - controlling the inerting system to inject at the given time the determined flow of inerting gas.
A method of producing a lighting device, the method including: - providing an elongate light emitting module including a substrate with at least one electrically-powered radiation source and at least one sealing mass (18a, 18b) protecting said at least one light radiation source, and - coupling to said light emitting module a channel-shaped cover member with a body portion including light permeable material and side portions, with said side portions of the cover member locking therebetween said light emitting module and with said at least one light radiation source facing towards said body portion of the cover member, whereby said light permeable material provides a propagation path for light radiation from said at least one light radiation source, characterized in that the method includes providing in said cover member a light-permeable portion facing towards said light emitting module and a light impermeable portion opposed to said light emitting module, said light-permeable portion and said light-impermeable portion having an interface surface therebetween to direct light radiation from said at least one radiation source laterally of said cover member. - providing an elongate light emitting module including a substrate with at least one electrically-powered radiation source and at least one sealing mass (18a, 18b) protecting said at least one light radiation source, and - coupling to said light emitting module a channel-shaped cover member with a body portion including light permeable material and side portions, with said side portions of the cover member locking therebetween said light emitting module and with said at least one light radiation source facing towards said body portion of the cover member, whereby said light permeable material provides a propagation path for light radiation from said at least one light radiation source,