mhurhangee/ep-ind-claims huggingface dataset:
A walk-behind snow removal machine including a machine body on which are provided: a travel unit; an auger; and an operation panel having a push-button-type auger switch for turning on/off the auger and one or more other operating members (73, 74) for snow removal operation; and a loop-shaped operating handle disposed immediately rearward of the operation panel, a human operator walking behind the operation panel while operating the operating handle, characterized in that the operation panel includes, on an upper surface thereof, an auger-switch-disposed surface having the auger switch disposed thereon and a general operation surface having the other operating members disposed thereon, in that the auger-switch-disposed surface is provided on a rear end portion of the operation panel at a position hollowed downward relative to the general operation surface in such a manner that the auger-switch-disposed surface slants rearwardly and downwardly relative to the general operation surface, and in that the auger-switch-disposed surface has a projecting portion formed on a front upper end portion thereof and projecting upward beyond the general operation surface, the projecting portion extending along an entire width, in a vehicle width direction, of the auger-switch-disposed surface.
A functional derivative of a multi-block copolymer formed by polymerizing propylene, 4-methyl-1-pentene, or another C 4-8 α-olefin in the presence of a composition comprising the admixture or reaction product resulting from combining: a first olefin polymerization catalyst, a second olefin polymerization catalyst capable of preparing a polymer differing in tacticity from the polymer prepared by catalyst under equivalent polymerization conditions, and a chain shuttling agent. a first olefin polymerization catalyst, a second olefin polymerization catalyst capable of preparing a polymer differing in tacticity from the polymer prepared by catalyst under equivalent polymerization conditions, and a chain shuttling agent.
A method of capturing images of a scene comprising: illuminating the scene with a pulsed light from a pulsed light source of non-visible light at a specified direction based on predefined gating parameters; capturing images of said scene from at least two different spatial locations using respective capturing devices (72, 74) to provide stereoscopic images, wherein at least one of the capturing devices is also configured to be synchronized with said pulsed light; accumulating at least one selectively illuminated scene Depth-Of-Field slice by said at least one capturing device synchronized with said pulsed light to provide a gated image; fusing images from the capturing devices so as to result in stereoscopic fused images of said scene for the synchronized capturing; and deriving a range of one or more objects in the scene based on data in the stereoscopic images and the gated image. illuminating the scene with a pulsed light from a pulsed light source of non-visible light at a specified direction based on predefined gating parameters; capturing images of said scene from at least two different spatial locations using respective capturing devices (72, 74) to provide stereoscopic images, wherein at least one of the capturing devices is also configured to be synchronized with said pulsed light; accumulating at least one selectively illuminated scene Depth-Of-Field slice by said at least one capturing device synchronized with said pulsed light to provide a gated image; fusing images from the capturing devices so as to result in stereoscopic fused images of said scene for the synchronized capturing; and deriving a range of one or more objects in the scene based on data in the stereoscopic images and the gated image.
A method for making capsules or tablets containing Serenoa Repens oil in effective and stable association with Tadalafil, for the treatment and prevention of benign prostatic hypertrophy, characterized in that it involves the adsorption of the Serenoa oil onto a solid excipient consisting of granular mesoporous silica according to a specific operating procedure which allows the preparation of a solid pharmaceutical form - tablets or opercolated capsules- in which two active and pharmacologically tested ingredients, naturally occurring in a different physical state, such as Serenoa oil and Taladafil, are coupled.
A method for service configuration, comprising: receiving, at an optical network termination, ONT, a configuration file in a format of extensible Markup Language, XML, via an Optical Line Terminal, OLT, from a file server which transports the configuration file in the format of XML to the OLT in a file transfer protocol, wherein the configuration file in the format of XML is received by the ONT through an ONU Management Control Interface, OMCI, loading file channel; parsing, at the ONT, the configuration file in the format of XML to obtain configuration data corresponding to service information of a user; and configuring the ONT according to the configuration data. receiving, at an optical network termination, ONT, a configuration file in a format of extensible Markup Language, XML, via an Optical Line Terminal, OLT, from a file server which transports the configuration file in the format of XML to the OLT in a file transfer protocol, wherein the configuration file in the format of XML is received by the ONT through an ONU Management Control Interface, OMCI, loading file channel; parsing, at the ONT, the configuration file in the format of XML to obtain configuration data corresponding to service information of a user; and configuring the ONT according to the configuration data.
Apparatus for the application of a coating to one or more substrates, said apparatus including a coating chamber in which there is provided one or more magnetrons (116,118) with targets of material from which the coating is applied, carrier means (2;110) for retaining the one or more substrates thereon during the application of the coating to at least one surface thereof, means for rotating the said carrier during the coating process and the carrier comprises a plurality of units, each of said units capable of locating at least one of the substrates to be coated thereon and said units grouped together during the coating process to form said carrier (2;110), characterised in that the units are respectively located to form the carrier (2,110) by placement on a base formed as, or which includes, an annular ring with a recess or protrusion with which location means in the form of the other of a recess or protrusion provided on the units, are located.
A bone holding device comprising: - at least one elongated member having a first portion, a second portion and an intermediate portion therebetween, - a rod extending longitudinally along a main axis and being adapted to connect together two bony structures, more particularly two vertebrae, being spaced from each other along the main axis, the rod having at least one transverse passage which opens into at least one of two opposite side faces (5a, 5b) of the rod, said passage being delimited by inner surfaces of the rod, and - at least one compression member being adapted for interacting with said inner surfaces to define clamping surfaces (14a, 9a), so that the first and second portions (7a, 7b) of the elongated member can be inserted and clamped between said clamping surfaces (14a, 9a). - at least one elongated member having a first portion, a second portion and an intermediate portion therebetween, - a rod extending longitudinally along a main axis and being adapted to connect together two bony structures, more particularly two vertebrae, being spaced from each other along the main axis, the rod having at least one transverse passage which opens into at least one of two opposite side faces (5a, 5b) of the rod, said passage being delimited by inner surfaces of the rod, and - at least one compression member being adapted for interacting with said inner surfaces to define clamping surfaces (14a, 9a), so that the first and second portions (7a, 7b) of the elongated member can be inserted and clamped between said clamping surfaces (14a, 9a).
Telescopic sight for a firearm for firing from above, comprising: - a first moving mirror defining a first optical axis, the angle of said first moving mirror being adjustable so as to return, during use, the image of a target at an angle of 90°- α relative to the axis of the barrel of the weapon, α being the desired elevation angle for a given shot; - an objective lens, on the first optical axis; - a second mirror at 45° relative to the first optical axis, defining a second optical axis parallel to the axis of the barrel of the weapon; - either an ocular lens on the optical path defined by the mirrors projecting the image of the target infinitely, or means for recording the image projected by the objective lens; - a third mirror at 45° relative to the second optical axis, defining a third optical axis parallel to the first optical axis; - a fourth mirror returning, during use, the third optical axis toward the eye of the shooter; the fourth mirror being movable, and its movement being mechanically or electronically governed by the movement of the first moving mirror, so as to maintain an angle of 90° between these two mirrors, such that the viewing angle through the telescope corresponds to the viewing angle outside the telescope. - a first moving mirror defining a first optical axis, the angle of said first moving mirror being adjustable so as to return, during use, the image of a target at an angle of 90°- α relative to the axis of the barrel of the weapon, α being the desired elevation angle for a given shot; - an objective lens, on the first optical axis; - a second mirror at 45° relative to the first optical axis, defining a second optical axis parallel to the axis of the barrel of the weapon; - either an ocular lens on the optical path defined by the mirrors projecting the image of the target infinitely, or means for recording the image projected by the objective lens; - a third mirror at 45° relative to the second optical axis, defining a third optical axis parallel to the first optical axis; - a fourth mirror returning, during use, the third optical axis toward the eye of the shooter;
Method for diagnosing a catalytic converter for the selective catalytic reduction of the nitrogen oxides of a motor vehicle drive device, the said device comprising an internal combustion engine and an exhaust circuit of the engine in which the catalytic converter is fitted, the said circuit comprising a low-pressure exhaust gas recirculation loop recirculating the exhaust gases to the intake side of the engine from a point situated downstream of the catalytic converter, the said catalytic converter being able to break down the nitrogen oxides of the combustion gases of the engine by reaction with reducing agents injected into it, the said catalytic converter being associated with a nitrogen oxides sensor able to measure a nitrogen oxides and ammonia concentration at the inlet of the catalytic converter, the method comprising: - a step of determining a measured nitrogen oxides and ammonia concentration ([NOx] in,meas) and a theoretical nitrogen oxides concentration ([NOx] in,th) entering the catalytic converter; - a step of calculating a diagnostics criterion which is a function of the difference between the said measured concentration ([NOx] in,meas) and the said theoretical concentration ([NOx] in,th); - a step of comparing the said criterion with a fault threshold; - a step in which the catalytic converter is declared to be faulty when the said criterion is above the said threshold; and - a step in which the driver of the motor vehicle is alerted when the catalytic converter is declared to be faulty, characterized in that it comprises, prior to the step during which the measured concentration value ([NOx] in,meas) is determined, a step of switching over the operation of the drive device, from a nominal-setting mode to a diagnostics-setting mode in which the injections of reducing agents into the catalytic converter are increased so as to provoke the escape of ammonia at the outlet of the catalytic converter. - a step of determining a measured nitrogen oxides and ammonia concentration ([NOx] in,meas) and a theoretical nitrogen oxides concentration ([NOx] in,th) entering the catalytic converter; - a step of calculating a diagnostics criterion which is a function of the difference between the said measured concentration ([NOx] in,meas) and the said theoretical concentration ([NOx] in,th); - a step of comparing the said criterion with a fault threshold; - a step in which the catalytic converter is declared to be faulty when the said criterion is above the said threshold; and - a step in which the driver of the motor vehicle is alerted when the catalytic converter is declared to be faulty,
Device for filtering and cooling a fluid, in particular of a fluid circuit, such as for example a lubricating oil circuit of an internal combustion engine, - having a filter device which has in a filter housing at least one filter element which separates in the filter housing a dirty side from a clean side, - having a cooling device, which has a heat transfer device with a connection side which has a dirty side cooler inlet for unfiltered fluid to be cooled and a dirty side cooler outlet for cooled unfiltered fluid, characterised in - that the device has a filter bypass valve which from a predetermined pressure difference between dirty side and clean side opens and fluidically connects the dirty side, bypassing the filter element, with the clean side, - that the filter bypass valve has an adjustable valve body which cooperates with a valve seat for controlling a filter bypass opening connecting the dirty side fluidically with the clean side, - that the filter bypass valve has a closing compression spring which drives the valve body into a closing position shutting the filter bypass opening, and which rests on a valve cage, - that the valve seat is integrally formed at the connection side of the heat transfer device and/or the valve cage is integrally formed at the filter housing, - that in the heat transfer device is formed a cooling path which fluidically connects the dirty side cooler inlet with the dirty side cooler outlet, - that the filter bypass opening fluidically connects the cooling path between cooler inlet and cooler outlet with the clean side. - having a filter device which has in a filter housing at least one filter element which separates in the filter housing a dirty side from a clean side, - having a cooling device, which has a heat transfer device with a connection side which has a dirty side cooler inlet for unfiltered fluid to be cooled and a dirty side cooler outlet for cooled unfiltered fluid, - that the device has a filter bypass valve which from a predetermined pressure difference between dirty side and clean side opens and fluidically connects the dirty side, bypassing the filter element, with the clean side, - that the filter bypass valve has an adjustable valve body which cooperates with a valve seat for controlling a filter bypass opening connecting the dirty side fluidically with the clean side, - that the filter bypass valve has a closing compression spring which drives the valve body into a closing position shutting the filter bypass opening, and which rests on a valve cage, - that the valve seat is integrally formed at the connection side of the heat transfer device and/or the valve cage is integrally formed at the filter housing, - that in the heat transfer device is formed a cooling path which fluidically connects the dirty side cooler inlet with the dirty side cooler outlet, - that the filter bypass opening fluidically connects the cooling path between cooler inlet and cooler outlet with the clean side.
A wound-covering material comprising a first layer comprising thrombin and fibrinogen as an effective ingredient and a bioabsorbable supporting material as a substrate, said layer being overlaid with a second layer comprising a covering material for retaining moisture which is made of silicone or polyurethane.
Continuous process for preparing a surfactant comprising a compound of the formula in which R 2 is a fatty acid alkyl radical and R 1 is a straight-chain or branched C 1 to C 12 hydrocarbyl radical and x is in the range from 1 to 15 by reacting fatty acid alkyl esters or fatty acid triglycerides with an N-n-alkylated polyhydroxy compound in the presence of an alkali metal catalyst or of a catalyst selected from hydroxides or alkoxides of transition groups 2 and 4 of the Periodic Table at a temperature in the range from 40 to 300°C, wherein the process comprises the following steps: 1. mixing the aqueous raw material solution comprising one or more N-alkylglucamines with the catalyst; 2. drying the aqueous solution, the water content after drying being in the range of 0-5 wt%; 3. heating the dried mixture to a temperature in the range from 60 to 180°C and mixing the melt with fatty acid alkyl esters or triglycerides; 4. optionally intermediately storing and mixing the reaction mixture in a continuously operated stirred tank; 5. carrying out reaction in a tube reactor; and 6. optionally removing the coproducts. 1. mixing the aqueous raw material solution comprising one or more N-alkylglucamines with the catalyst; 2. drying the aqueous solution, the water content after drying being in the range of 0-5 wt%; 3. heating the dried mixture to a temperature in the range from 60 to 180°C and mixing the melt with fatty acid alkyl esters or triglycerides; 4. optionally intermediately storing and mixing the reaction mixture in a continuously operated stirred tank; 5. carrying out reaction in a tube reactor; and 6. optionally removing the coproducts.
An assembly of motor vehicle, comprising: - a first illuminating fabric comprising a first illuminating part and a first technical zone for junction of the first illuminating part to a light source, characterized in that the assembly comprises: - a second illuminating fabric comprising a second illuminating part and a second technical zone for junction of the second illuminating part to a light source, and - a support for the first illuminating fabric and the second illuminating fabric, the second illuminating part being arranged on the support so as to cover the first technical zone. - a first illuminating fabric comprising a first illuminating part and a first technical zone for junction of the first illuminating part to a light source, characterized in that the assembly comprises: - a second illuminating fabric comprising a second illuminating part and a second technical zone for junction of the second illuminating part to a light source, and - a support for the first illuminating fabric and the second illuminating fabric, the second illuminating part being arranged on the support so as to cover the first technical zone. - a second illuminating fabric comprising a second illuminating part and a second technical zone for junction of the second illuminating part to a light source, and - a support for the first illuminating fabric and the second illuminating fabric, the second illuminating part being arranged on the support so as to cover the first technical zone.
A polishing pad comprising a polishing layer and an endpoint detection window characterised in that the window has an absorbance change uniformity of 1.5 to 2.5 as calculated by the following Equation 1: ACU = Ax + Ay Az wherein: Ax is an absorbance of the window, measured with light having a wavelength of x; Ay is an absorbance of the window, measured with light having a wavelength of y; and Az is an absorbance of the window, measured with light having a wavelength of z; wherein x is 550 nm, y is 750 nm, and z is 650 nm. Ax is an absorbance of the window, measured with light having a wavelength of x; Ay is an absorbance of the window, measured with light having a wavelength of y; and Az is an absorbance of the window, measured with light having a wavelength of z; wherein x is 550 nm, y is 750 nm, and z is 650 nm.
A gas turbine engine comprising: a vane (72; 172) and a combustor housing supported relative to an engine static structure; a retaining assembly clamping the combustor housing and the vane (72; 172) to one another in an axial direction; and a circumferential load transfer assembly circumferentially affixing the vane (72; 172) relative to the engine static structure, the retaining assembly secured to the circumferential load transfer assembly, wherein the engine static structure includes a vane support, the vane support including one of a tab (94; 194) and a fork (90; 190), and the vane (72; 172) including the other of the tab (94; 194) and the fork (90; 190), the tab (94; 194) received in the fork (90; 190), and the tab (94; 194) and the fork (90; 190) providing the circumferential load transfer assembly, characterised in that: the retainer assembly includes a retainer (108; 208) secured to the tab, and the combustor housing is arranged axially between the retainer and the vane. a vane (72; 172) and a combustor housing supported relative to an engine static structure; a retaining assembly clamping the combustor housing and the vane (72; 172) to one another in an axial direction; and a circumferential load transfer assembly circumferentially affixing the vane (72; 172) relative to the engine static structure, the retaining assembly secured to the circumferential load transfer assembly, wherein the engine static structure includes a vane support, the vane support including one of a tab (94; 194) and a fork (90; 190), and the vane (72; 172) including the other of the tab (94; 194) and the fork (90; 190), the tab (94; 194) received in the fork (90; 190), and the tab (94; 194) and the fork (90; 190) providing the circumferential load transfer assembly, characterised in that: the retainer assembly includes a retainer (108; 208) secured to the tab, and the combustor housing is arranged axially between the retainer and the vane.