mhurhangee/ep-ind-claims huggingface dataset:
A method for remote power management, comprising the steps of: a network controller of a managed computer system determining availability of a power management agent of a host computer (112 and 114); the host computer being part of the managed computer system; the network controller receiving information from the power management agent regarding power management capabilities; said power management capabilities allowing the host computer to respond to a graceful power control command; the network controller sending a notification across a network to a management console advertising available power management functions based on the availability of the power management agent; the network controller of the managed computer system filtering a network packet received from the management console across the network, said network packet comprising a graceful power control command for controlling the managed computer system; the network controller interpreting the network packet to obtain the graceful power control command; the network controller storing the graceful power control command in a shared memory of the network controller; and the network controller notifying via a host bus the power management agent of the host computer (112 and 114) of arrival of the graceful power control command. a network controller of a managed computer system determining availability of a power management agent of a host computer (112 and 114); the host computer being part of the managed computer system; the network controller receiving information from the power management agent regarding power management capabilities; said power management capabilities allowing the host computer to respond to a graceful power control command; the network controller sending a notification across a network to a management console advertising available power management functions based on the availability of the power management agent; the network controller of the managed computer system filtering a network packet received from the management console across the network, said network packet comprising a graceful power control command for controlling the managed computer system; the network controller interpreting the network packet to obtain the graceful power control command; the network controller storing the graceful power control command in a shared memory of the network controller; and the network controller notifying via a host bus the power management agent of the host computer (112 and 114) of arrival of the graceful power control command.
A premixture for producing an absorbent for removing acid gases from a fluid stream comprising a) at least a tertiary amine and/or a sterically hindered secondary amine; b) a dicarboxylic acid in an amount, calculated as neutralization equivalent based on the protonatable nitrogen atoms in a), of at least 30%, wherein the dicarboxylic acid has a solubility in water at a temperature of 20°C of not more than 15 g of dicarboxylic acid per 100 g of water; and c) 20 to 80 wt% of water. a) at least a tertiary amine and/or a sterically hindered secondary amine; b) a dicarboxylic acid in an amount, calculated as neutralization equivalent based on the protonatable nitrogen atoms in a), of at least 30%, wherein the dicarboxylic acid has a solubility in water at a temperature of 20°C of not more than 15 g of dicarboxylic acid per 100 g of water; and c) 20 to 80 wt% of water.
A process for the production of dichlorohydrins comprising the stage of getting glycerol to react directly with a mono-, bi-, or polyfunctional acyl chloride in a stoichiometric amount.
An electronic device (900, 940) comprising: circuitry configured to identify that data is awaiting transmission at the electronic device (S311, S321); determine a first parameter corresponding to a length or duration of data to be transmitted by the electronic device; determine whether the first parameter exceeds a predetermined threshold value (S313, 323); control a wireless interface of the electronic device to transmit a request to send the data when the parameter exceeds the predetermined threshold value (316, 326); characterized in that the circuitry is further configured to acquire a second parameter related to detection sensitivity or transmission power (314, 324); and determine, when the first parameter does not exceed the predetermined threshold value, whether to transmit the request to send the data prior to transmitting the data based on the second parameter (S315, S325). circuitry configured to identify that data is awaiting transmission at the electronic device (S311, S321); determine a first parameter corresponding to a length or duration of data to be transmitted by the electronic device; determine whether the first parameter exceeds a predetermined threshold value (S313, 323); control a wireless interface of the electronic device to transmit a request to send the data when the parameter exceeds the predetermined threshold value (316, 326); characterized in that the circuitry is further configured to acquire a second parameter related to detection sensitivity or transmission power (314, 324); and determine, when the first parameter does not exceed the predetermined threshold value, whether to transmit the request to send the data prior to transmitting the data based on the second parameter (S315, S325).
A building transition comprising a first component of a building in the form of a window or door frame and a second component of a building, namely a plaster layer of a building wall or a plaster layer on a thermal insulation of a building wall, comprising a plastic plastering strip (2, 26) fastened to or in said building transition and having a base body that has at least one plastering portion (10, 40) that is plastered into or under the plaster layer, in particular into or under the plaster layer on the thermal insulation of the building wall, wherein said plastic plastering strip (2, 26) has a fixing portion (4, 28) by means of which the plastic plastering strip (2, 26) is fastened to at least one component of the building, i.e. either to the first or the second building component or to both building components, wherein said plastering portion (10, 40) and said fixing portion (4, 28) of the plastic plastering strip (2, 26) are formed as a common extrusion member or as separate extrusion members; wherein said plastic plastering strip (2, 26) comprises a strip-shaped protective lug (22, 60) which is adapted to be severed or broken off and which consists of the material of the base body and has been manufactured together with the same by extrusion; or wherein at least two different material portions, which are co-extruded jointly, are present for the base body and the protective lug (22, 60); wherein at least a partial region of the base body comprises a foamed plastic material or a foamed plastic composite material; characterized in that the plastering portion and/or the fixing portion of the plastic plastering strip (2, 26) comprises a foamed plastic material or a foamed plastic composite material; and that the foamed plastic material or the foamed plastic composite material of the plastic plastering strip (2, 26) has a density which is reduced by 5 to 95% compared to the density of the pure or solid plastic material or plastic composite material.
A method for determining a road gradient, the method being applied to a computer device, the method comprising: obtaining a three-dimensional road line formed by a two-dimensional road line and laser point cloud data of a road; selecting a plurality of nodes from the three-dimensional road line as control points of a spline curve; drawing, according to the control points, a first spline curve used for indicating an elevation of the road; converting the first spline curve into a second spline curve used for indicating a gradient of the road; obtaining location information of a moving terminal, and determining a first road gradient according to the location information and the second spline curve; detecting a second road gradient of the two-dimensional road line by using a sensor; obtaining a first weighting coefficient corresponding to the first road gradient and a second weighting coefficient corresponding to the second road gradient; determining a first product value between the first weighting coefficient and the first road gradient; determining a second product value between the second weighting coefficient and the second road gradient; and determining a final road gradient according to the first product value and the second product value. obtaining a three-dimensional road line formed by a two-dimensional road line and laser point cloud data of a road; selecting a plurality of nodes from the three-dimensional road line as control points of a spline curve; drawing, according to the control points, a first spline curve used for indicating an elevation of the road; converting the first spline curve into a second spline curve used for indicating a gradient of the road; obtaining location information of a moving terminal, and determining a first road gradient according to the location information and the second spline curve; detecting a second road gradient of the two-dimensional road line by using a sensor; obtaining a first weighting coefficient corresponding to the first road gradient and a second weighting coefficient corresponding to the second road gradient; determining a first product value between the first weighting coefficient and the first road gradient; determining a second product value between the second weighting coefficient and the second road gradient; and determining a final road gradient according to the first product value and the second product value.
Radiographic X-ray equipment (1, 1', 1 1, 102) including an X-ray irradiating member that irradiates a subject with an X-ray flux (Xa), an X-ray imaging member with an acceptance surface provided for receiving the X-ray flux (Xa) transmitted through the subject, a revolution driving device that causes the X-ray irradiating member and the X-ray imaging member to perform a revolving movement around the subject with a revolution center line (La) as the center, and a main body control unit that controls the revolution driving device, the radiographic X-ray equipment (1, 1', 1 1, 102) comprising: a secondary driving device that is controlled by the main body control unit to cause the X-ray imaging member to perform a local movement different from the revolving movement, with a movement width (Mw) in a predetermined direction; an electricity storing means that stores electric power to be supplied to the X-ray imaging member; and an electric power supplying means that supplies electric power to the electricity storing means, the X-ray imaging member and the electricity storing means being connected to each other, and the secondary driving device causing the electricity storing means and the X-ray imaging member to perform the local movement as a unit without moving relative to each other, characterized in that the electric power supplying means includes an electricity generating means that is connected by wire with the electricity storing means, and the electricity generating means is provided at a position to perform a local movement as a unit without moving relative to the electricity storing means and the X-ray imaging member, wherein the local movement is a rotational movement, and the electricity generating means utilizes a rotational force by the rotational movement to generate electricity. a secondary driving device that is controlled by the main body control unit to cause the X-ray imaging member to perform a local movement different from the revolving movement, with a movement width (Mw) in a predetermined direction; an electricity storing means that stores electric power to be supplied to the X-ray imaging member; and an electric power supplying means that supplies electric power to the electricity storing means, the X-ray imaging member and the electricity storing means being connected to each other, and the secondary driving device causing the electricity storing means and the X-ray imaging member to perform the local movement as a unit without moving relative to each other,
A method of producing Ingenol, Ingenol esters and/or Tiglian-3-one derivatives, the method comprising the steps of: (a) culturing plant cells obtained from a plant selected from the family Euphorbiaceae in a nutrient medium in a suspension cell culture, wherein the cells produce Ingenol, one or more Ingenol esters and/or one or more Tiglian-3-one derivatives; and (b) recovering the Ingenol, the one or more Ingenol esters and/or the one or more Tiglian-3-one derivatives produced in (a). (a) culturing plant cells obtained from a plant selected from the family Euphorbiaceae in a nutrient medium in a suspension cell culture, wherein the cells produce Ingenol, one or more Ingenol esters and/or one or more Tiglian-3-one derivatives; and (b) recovering the Ingenol, the one or more Ingenol esters and/or the one or more Tiglian-3-one derivatives produced in (a).
A cosmetic composition in stick form that can be applied dry for the care and/or make-up of keratin fibres, (i) in the form of an emulsion comprising a fatty phase dispersed in an aqueous phase, said fatty phase containing carnauba wax and/or synthetic beeswax in an amount of at least 2 % by weight relative to the total weight of said composition and (ii) having a shear hardness of between 375 g/m and 5000 g/m, said shear hardness being measured at 20°C on a cylindrical stick using a rigid tungsten wire of diameter 250 μm moved against the stick at a rate of 100 mm/min, said composition having a dry extract content of 45 % or less by weight and 25 % or higher by weight relative to the total weight of the composition, said composition further comprising at least one emulsifying agent selected from among anionic surfactants selected from among phosphoric esters and the salts thereof such as potassium cetyl phosphate, said composition able to be obtained or being obtained with a method comprising at least one step comprising heat removal to allow lowering of the temperature of the composition to below 4°C in less than 30 minutes.
A retractable roof comprising a pair of parallel guides, a plurality of slats movable along the guides between a closed position, wherein the slats are lowered and cover an area between the guides, and an open position, wherein the slats are raised and packed at one end of the guides, and a plurality of sliders slidable along the guides, wherein each slat is at each end supported by one of the guides by means of two of said sliders (5; D, C) - hereinafter first and second slider -, the slat being hinged to the second slider (5; C) and connected to the first and second sliders through a linkage, wherein the linkage comprises a first rod hinged to each slider at a first hinge point and a second rod hinged to each slider at a second hinge point, the first rod of the first slider (5; D) and the second rod of the second slider (5; C) being further connected to one another by means of a third rod hinged to both the first and second slider, and a rocker is further hinged to each slider, said rocker comprising a first arm and a second arm and being configured to have a barycenter at the first arm, whereby a driving element arranged on the respective slat is provided, the driving element being adapted to be engaged by the second arm in an inactive position of the rocker, a striker element arranged on the slider being further provided, whereby the striker element of the second slider (5; C) is adapted to be engaged by a hooking end of the first arm of the rocker of the first slider (5; D) in a hooking position wherein the first and the second slider (5; A, B)) are fixed to each other, wherein in the open position the sliders are in hooking position, and wherein during a movement from the open position to the closed position, the driving element of the slat hinged to the first slider engages the second arm of the rocker of the first slider (5; D) to lift the hooking end of the rocker of the first slider (5; D) and disengage the hooking end from the striker element of the second slider (5; C), allowing the second slider (5; C) to move away from the first slider (5; D).
A liquid soap dispenser comprising: a container including a quantity of liquid soap therein, at least a portion of said container having a flexible outer wall; and an upper surface adjacent the top of said container, said upper surface being mounted for movement between an upper position and a lower position; whereby spring means configured to bias said upper surface into said upper position; pump means within said container, said pump means configured to pump a portion of said liquid soap from said container onto said upper surface when said upper surface is moved downwardly into its lower position; a valve located adjacent the bottom of said container and communicating with said quantity of liquid soap within said container, said valve being biased into a closed condition but being configured to open to dispense liquid soap from the bottom of said container when said flexible wall of said container is squeezed. a container including a quantity of liquid soap therein, at least a portion of said container having a flexible outer wall; and an upper surface adjacent the top of said container, said upper surface being mounted for movement between an upper position and a lower position; whereby spring means configured to bias said upper surface into said upper position; pump means within said container, said pump means configured to pump a portion of said liquid soap from said container onto said upper surface when said upper surface is moved downwardly into its lower position; a valve located adjacent the bottom of said container and communicating with said quantity of liquid soap within said container, said valve being biased into a closed condition but being configured to open to dispense liquid soap from the bottom of said container when said flexible wall of said container is squeezed.
Pack for preparing a food or beverage product from one or more ingredients, the pack comprising an insert through where the food or beverage product is delivered, and such that a fluid to prepare the food or beverage product from the ingredients is also delivered into the pack via the insert through an injection hole and into an inlet chamber; the pack also comprising a container being configured by at least one flexible sheet folded in such a way to configure a container where one or more ingredients can be stored; the insert being overwrapped by the at least one flexible sheet configuring the container; Z characterised in that J the inlet chamber communicating with the inner volume of the container is closed by a membrane, breakable by pressure.
A mounting system for securing a base plate of an access device within a vehicle, characterised in that the mounting system comprises a plurality of lateral clamping beams (106a, 106b) configured for attachment to a tracked floor in an orientation in which each of the plurality of lateral clamping beams (106a, 106b) lies across a plurality of tracks in the tracked floor, wherein the plurality of lateral clamping beams (106a, 106b) comprises a front lateral clamping beam adapted to overlie a front edge of the base plate, and a rear lateral clamping beam adapted tc overlie a rear edge of the base plate.
Device for the production by machine of a three dimensional packaging product from a section of a single or multiple layer paper web reshaped in a predetermined manner, comprising a pre-shaping station which can reshape the paper web into a three-dimensional packaging product with at least one hollow crumple space extending in the direction of the web, and a separating station which adjoins the pre-shaping station in the direction of travel of the paper web and can cut a paper web section to the required length of the packaging product from the pre-shaped paper web, wherein the pre-shaping is formed in that the paper web can be drawn from the inside of a paper web roll whereby a spiral paper tube is formed or in that the paper web can be pre-shaped in that a two dimensional paper web section can be drawn from a paper web source in form of a paper web roll or a zig-zag folded paper web stack and at least one longitudinal edge strip can be folded or rolled up characterised in that subsequently the middle section can be deformed plastically by a pair of embossing wheels in a manner that in addition a sequence of embossing valleys and embossing mountains can be produced in longitudinal direction of the paper web section and that the separating station comprises a rotary cutter, the blade of which is positioned transverse to the direction of travel in which the paper web section leaves the pre-shaping station, wherein a rotational path of the blade is arranged in such a way that during rotation the blade crosses a travel path of the paper web section.
An alloy article, having a predetermined chemical composition comprising: Co within a range of 20 atomic % or more and 35 atomic % or less; the Cr within a range of 10 atomic % or more and 25 atomic % or less; the Fe within a range of 10 atomic % or more and 25 atomic % or less; the Ni within a range of 15 atomic % or more and 30 atomic % or less; and the Ti within a range of 5 atomic % or more and 15 atomic % or less. Mo within a range of 1 atomic % or more and 5 atomic % or less; an element with a larger atomic radius than the atomic radiuses of the Co, Cr, Fe and Ni within a range of 1 atomic % or more and 4 atomic % or less; and a balance of inevitable impurities, wherein the element with a larger atomic radius is at least one from among Ta, Nb, Hf, Zr, and Y, and the total content of the element with a larger atomic radius and the Mo is 2 atomic % or more and 6 atomic % or less, and wherein the alloy article is a formed article; and the formed article comprises matrix phase crystal grains and ultrafine particles with an average particle size of 100 nm or less observed with a scanning transmission electron microscope/energy-dispersive X-ray analyzer, the ultrafine particles being dispersedly precipitated in the matrix phase crystal grains. Co within a range of 20 atomic % or more and 35 atomic % or less; the Cr within a range of 10 atomic % or more and 25 atomic % or less; the Fe within a range of 10 atomic % or more and 25 atomic % or less; the Ni within a range of 15 atomic % or more and 30 atomic % or less; and the Ti within a range of 5 atomic % or more and 15 atomic % or less. Mo within a range of 1 atomic % or more and 5 atomic % or less; an element with a larger atomic radius than the atomic radiuses of the Co, Cr, Fe and Ni within a range of 1 atomic % or more and 4 atomic % or less; and a balance of inevitable impurities, wherein the element with a larger atomic radius is at least one from among Ta, Nb, Hf, Zr, and Y, and the total content of the element with a larger atomic radius and the Mo is 2 atomic % or more and 6 atomic % or less, and wherein the alloy article is a formed article; and the formed article comprises matrix phase crystal grains and ultrafine particles with an average particle size of 100 nm or less observed with a scanning transmission electron microscope/energy-dispersive X-ray analyzer, the ultrafine particles being dispersedly precipitated in the matrix phase crystal grains.