mhurhangee/patent-ind-claim-en huggingface dataset:
A method of additive manufacturing, comprising: providing a first spool of a build material filament in a chamber (HC1), the build material filament comprising a first binder and more than 50% by volume of sinterable powdered metal; providing a second spool of a release material filament in the chamber (HC1), the release material filament comprising a second binder and a powdered ceramic; dropping the build material filament, over a drop height from a first spool to a print head assembly ; dropping the release material filament over the drop height from a second spool to the print head assembly ; heating, with heated air from a heater (HT1) in the chamber, the build material filament on the first spool and along the drop height to a temperature lower than a glass transition temperature of a softening component of the first binder to flex the build material filament; depositing layers of the build material filament and the release material filament above a build plate , the drop height being substantially equal to or longer than a diagonal of the build plate ; debinding the first binder and the second binder with a common solvent to form a brown part assembly including each of the build material filament and the release material filament; and sintering the brown part assembly while decomposing the release material to a release powder. providing a first spool of a build material filament in a chamber (HC1), the build material filament comprising a first binder and more than 50% by volume of sinterable powdered metal; providing a second spool of a release material filament in the chamber (HC1), the release material filament comprising a second binder and a powdered ceramic; dropping the build material filament, over a drop height from a first spool to a print head assembly ; dropping the release material filament over the drop height from a second spool to the print head assembly ; heating, with heated air from a heater (HT1) in the chamber, the build material filament on the first spool and along the drop height to a temperature lower than a glass transition temperature of a softening component of the first binder to flex the build material filament; depositing layers of the build material filament and the release material filament above a build plate , the drop height being substantially equal to or longer than a diagonal of the build plate ; debinding the first binder and the second binder with a common solvent to form a brown part assembly including each of the build material filament and the release material filament; and sintering the brown part assembly while decomposing the release material to a release powder.
A ring for arranging around a valve body of a fluid dispenser valve that is mounted, by means of a fastener capsule , such as a crimpable capsule, on a reservoir containing fluid to be dispensed, said ring comprising: - a single piece including at least one inner portion that co-operates with said valve body , a radial flange that forms a neck gasket that extends between the neck of the reservoir and the fastener capsule , and at least one axial recess that extends, at least in part, around the periphery of said ring , radially inwards from said radial flange , said single piece being made out of a first material that is substantially deformable, and - at least one filler insert that fills said at least one axial recess , at least in part, said at least one filler insert being made out of a second material that is more rigid than said first material, said ring being characterized in that said at least one filler insert is over-molded on said single piece . - a single piece including at least one inner portion that co-operates with said valve body , a radial flange that forms a neck gasket that extends between the neck of the reservoir and the fastener capsule , and at least one axial recess that extends, at least in part, around the periphery of said ring , radially inwards from said radial flange , said single piece being made out of a first material that is substantially deformable, and - at least one filler insert that fills said at least one axial recess , at least in part, said at least one filler insert being made out of a second material that is more rigid than said first material, said ring being characterized in that said at least one filler insert is over-molded on said single piece .
A white cooking device top plate comprising: a crystallized glass substrate containing Li 2 O-Al 2 O 3 -SiO 2 as a main component and a transition element; and a substrate color improving layer provided on a lower surface of the crystallized glass substrate , the substrate color improving layer containing a blue pigment and including a brightness enhancing layer having a refractive index smaller than that of the crystallized glass substrate or not less than a refractive index of the crystallized glass substrate + 0.1. a crystallized glass substrate containing Li 2 O-Al 2 O 3 -SiO 2 as a main component and a transition element; and a substrate color improving layer provided on a lower surface of the crystallized glass substrate , the substrate color improving layer containing a blue pigment and including a brightness enhancing layer having a refractive index smaller than that of the crystallized glass substrate or not less than a refractive index of the crystallized glass substrate + 0.1.
A method for generating cross-browser compatible animations, comprising: receiving, by a computing device, a web page comprising an element to be animated, the web page including a document object model (DOM) tree having a node corresponding to the element; Receiving, by the computing device, a segment corresponding to a motion path for the element, the segment comprising a plurality of degrees of freedom including a first degree of freedom and a second degree of freedom of the motion path along the segment; inserting into the DOM tree, by the computing device, a first parent node having the node corresponding to the element as a child, the first parent node corresponding to the first degree of freedom along the segment of the motion path for the element; and inserting into the DOM tree, by the computing device, a second parent node having the first parent node as a child, the second parent node corresponding to the second degree of freedom along the segment of the motion path for the element, and providing the web page for rendering. receiving, by a computing device, a web page comprising an element to be animated, the web page including a document object model (DOM) tree having a node corresponding to the element; Receiving, by the computing device, a segment corresponding to a motion path for the element, the segment comprising a plurality of degrees of freedom including a first degree of freedom and a second degree of freedom of the motion path along the segment; inserting into the DOM tree, by the computing device, a first parent node having the node corresponding to the element as a child, the first parent node corresponding to the first degree of freedom along the segment of the motion path for the element; and inserting into the DOM tree, by the computing device, a second parent node having the first parent node as a child, the second parent node corresponding to the second degree of freedom along the segment of the motion path for the element, and providing the web page for rendering.
A clutch arrangement, in particular for the optional connection of an air compressor to a drive device, having a clutch bell , having an input element , having an output element connected rotationally conjointly to the coupling bell , having a clutch pack arranged inside the clutch bell between the input element and the output element and having a spring arrangement that applies pressure to the clutch pack in a closed state in which the input element and the output element are connected rotationally conjointly together, characterised in that the coupling bell has provided on its inner circumferential surface a hollow cylinder with a hub profile , that arranged at one axial end region of this hub profile is a permanently connected first annular guide washer and that arranged in a region a certain distance from this axial end region is a permanently connected second annular guide washer , the hub profile of of the hollow cylinder having a plurality of radially inward extending profile elements such as, in particular, teeth or wedges , which each have a circumferentially identical first width (b1) and are an identical first distance (a1) from one and other, and have at least one marking profile element that has a second width (b2) that is circumferentially different from the first width (b1) and is circumferentially a second distance (a2) from an adjacent profile element , this second distance (a2) being different from the first distance (a1) between the plurality of radially inward extending profile elements .
A system for programming electrical stimulation of a patient using an implantable electrical stimulation system comprising an implantable pulse generator and a lead having a plurality of electrodes , the system comprising: a processor configured to: obtain a cathodic volume of activation (VOA) for monopolar cathodic stimulation using at least one cathode, wherein the cathodic VOA is an estimated volume of tissue activated by the at least one cathode using a set of stimulation parameters; obtain an anodic VOA for monopolar anodic stimulation using at least one anode, wherein the anodic VOA is an estimated volume of tissue activated by at least one anode using the set of stimulation parameters; determine to display a graphical representation of the electrodes, a graphical representation of the cathodic VOA, and a graphical representation of the anodic VOA; when the cathodic VOA or anodic VOA is modified using modification controls , modify the graphical representation of the cathodic VOA or anodic VOA and determine a modified set of stimulation parameters corresponding to the modified cathodic VOA or anodic VOA; receive direction to program the implantable pulse generator with the set of stimulation parameters or modified set of stimulation parameters; and initiate a signal that provides the implantable pulse generator of the electrical stimulation system with the set of stimulation parameters or modified set of stimulation parameters for generating electrical stimulation for the patient through the electrodes of the lead. obtain a cathodic volume of activation (VOA) for monopolar cathodic stimulation using at least one cathode, wherein the cathodic VOA is an estimated volume of tissue activated by the at least one cathode using a set of stimulation parameters; obtain an anodic VOA for monopolar anodic stimulation using at least one anode, wherein the anodic VOA is an estimated volume of tissue activated by at least one anode using the set of stimulation parameters; determine to display a graphical representation of the electrodes, a graphical representation of the cathodic VOA, and a graphical representation of the anodic VOA; when the cathodic VOA or anodic VOA is modified using modification controls , modify the graphical representation of the cathodic VOA or anodic VOA and determine a modified set of stimulation parameters corresponding to the modified cathodic VOA or anodic VOA; receive direction to program the implantable pulse generator with the set of stimulation parameters or modified set of stimulation parameters; and initiate a signal that provides the implantable pulse generator of the electrical stimulation system with the set of stimulation parameters or modified set of stimulation parameters for generating electrical stimulation for the patient through the electrodes of the lead.
A process for the reduction of mono-nitrogen oxides (NO x ) from a gaseous effluent generated in the production of fertilizer comprising the acid digestion of phosphate ore in the presence of urea, wherein said gaseous effluent generated has a NOx composition of 70 to 100 mole% NO 2 and 0 to 30 mole% NO, comprising the steps of: a) contacting said gaseous effluent for 0.5 to 15 seconds with ozone, thereby providing a resultant gas mixture wherein NO and NO 2 present in the NOx are oxidized to higher nitrogen oxides; and; b) removing higher nitrogen oxides from said resultant gas mixture; wherein urea is present during said acid digestion of phosphate ore in an amount of 0.15 wt% or less based on the weight of said phosphate ore; and; ozone is added to said gaseous effluent in an ozone/NOx ratio ranging between 0.5 and 1.4. a) contacting said gaseous effluent for 0.5 to 15 seconds with ozone, thereby providing a resultant gas mixture wherein NO and NO 2 present in the NOx are oxidized to higher nitrogen oxides; and; b) removing higher nitrogen oxides from said resultant gas mixture;
A diagnostic system to diagnose the operating state of a MEMS sensor , comprising: a stimulation device , external to the MEMS sensor , configured to generate a stimulation signal (St) designed to be detected by the MEMS sensor ; and a control unit , operatively coupled to the stimulation device and to the MEMS sensor , configured to control the stimulation device for generation of the stimulation signal (S t ) and to receive a diagnostic signal (S d ) generated by the MEMS sensor in response to the stimulation signal (S t ) and perform a processing of the diagnostic signal (S d ) as a function of an expected response to said stimulation signal (S t ) by said MEMS sensor in order to determine the operating state of said MEMS sensor , further comprising a verification device , configured to receive the stimulation signal (St) generated by the stimulation device and to generate, in response to said stimulation signal (S t ), a verification signal (S v ); and wherein said control unit is operatively coupled to the verification device to receive the verification signal (S v ) in order to execute a preliminary verification of proper generation of the stimulation signal (St) by the stimulation device and consequently of the reliability of the diagnosis of the operating state of the MEMS sensor . a stimulation device , external to the MEMS sensor , configured to generate a stimulation signal (St) designed to be detected by the MEMS sensor ; and a control unit , operatively coupled to the stimulation device and to the MEMS sensor , configured to control the stimulation device for generation of the stimulation signal (S t ) and to receive a diagnostic signal (S d ) generated by the MEMS sensor in response to the stimulation signal (S t ) and perform a processing of the diagnostic signal (S d ) as a function of an expected response to said stimulation signal (S t ) by said MEMS sensor in order to determine the operating state of said MEMS sensor , further comprising a verification device , configured to receive the stimulation signal (St) generated by the stimulation device and to generate, in response to said stimulation signal (S t ), a verification signal (S v ); and wherein said control unit is operatively coupled to the verification device to receive the verification signal (S v ) in order to execute a preliminary verification of proper generation of the stimulation signal (St) by the stimulation device and consequently of the reliability of the diagnosis of the operating state of the MEMS sensor .
An exhaust gas purification system for a gasoline engine, comprising in consecutive order the following devices: a first three-way-catalyst (TWC1), a gasoline particulate filter (GPF) and a second three-way-catalyst (TWC2), wherein the wash coat load (WCL) of the GPF is greater than the WCL of the TWC2, wherein the WCL is determined in g/l of the volume of the device. a first three-way-catalyst (TWC1), a gasoline particulate filter (GPF) and a second three-way-catalyst (TWC2), wherein the wash coat load (WCL) of the GPF is greater than the WCL of the TWC2, wherein the WCL is determined in g/l of the volume of the device.
Tread for a tyre for a heavy-duty vehicle, which tread is intended to come into contact with the ground via a tread surface and comprises voids that are delimited by elements in relief with respect to a bottom surface and extend over a specific length, - at least one void comprising, over at least some of its length, a first, radially outer void portion leading into the tread surface , and a second, radially inner void portion leading into the first void portion , - the first void portion being a groove having a width W11, measured on the tread surface perpendicularly to a mean surface (S1) of the groove , and having a depth H1, measured perpendicularly from the tread surface to a groove bottom having a width W12, - the second void portion being a sipe having a width W2, measured perpendicularly to a mean surface (S2) of the sipe , and having a depth H2, measured perpendicularly from the groove bottom to a sipe bottom , - the depth H1 of the groove being at least equal to 0.5 times the depth H2 of the sipe and at most equal to twice the depth H2 of the sipe , - the sipe leading into the groove bottom at a distance E, measured between the mean surface (S1) of the groove and the mean surface (S2) of the sipe , characterized in that the distance E at which the sipe leads into the groove bottom is at least equal to the width W12 of the groove bottom divided by 6. - at least one void comprising, over at least some of its length, a first, radially outer void portion leading into the tread surface , and a second, radially inner void portion leading into the first void portion , - the first void portion being a groove having a width W11, measured on the tread surface perpendicularly to a mean surface (S1) of the groove , and having a depth H1, measured perpendicularly from the tread surface to a groove bottom having a width W12, - the second void portion being a sipe having a width W2, measured perpendicularly to a mean surface (S2) of the sipe , and having a depth H2, measured perpendicularly from the groove bottom to a sipe bottom , - the depth H1 of the groove being at least equal to 0.5 times the depth H2 of the sipe and at most equal to twice the depth H2 of the sipe , - the sipe leading into the groove bottom at a distance E, measured between the mean surface (S1) of the groove and the mean surface (S2) of the sipe ,
An electrical connector comprising: an electrical connector housing comprising a body in which a cylindrical receiving portion is formed; at least one movable pin that is rod-shaped, a part of which is movably located in the receiving portion; a first elastic piece located in the receiving portion, a first end of each movable pin movably protruding out of the receiving portion against elasticity of the first elastic piece and a second end of the movable pin opposite to the first end being inserted into the receiving portion of the electrical connector housing, and an outer diameter of the first end being smaller than that of the second end; and at least one second elastic piece located between a side wall of the receiving portion and the movable pin and configured to be elastically abutted against an outer circumferential surface of the movable pin, wherein the second elastic piece comprises an elastic arm integrally connected to the body, wherein the movable pin is adapted to be electrically connected to the electrical connector housing by the first elastic piece and the second elastic piece, wherein the electrical connector further comprises at least one stopping portion engaged with the second end of the movable pin to prevent the movable pin from sliding out of the receiving portion. an electrical connector housing comprising a body in which a cylindrical receiving portion is formed; at least one movable pin that is rod-shaped, a part of which is movably located in the receiving portion; a first elastic piece located in the receiving portion, a first end of each movable pin movably protruding out of the receiving portion against elasticity of the first elastic piece and a second end of the movable pin opposite to the first end being inserted into the receiving portion of the electrical connector housing, and an outer diameter of the first end being smaller than that of the second end; and at least one second elastic piece located between a side wall of the receiving portion and the movable pin and configured to be elastically abutted against an outer circumferential surface of the movable pin, wherein the second elastic piece comprises an elastic arm integrally connected to the body, wherein the movable pin is adapted to be electrically connected to the electrical connector housing by the first elastic piece and the second elastic piece, wherein the electrical connector further comprises at least one stopping portion engaged with the second end of the movable pin to prevent the movable pin from sliding out of the receiving portion.
A method for support of mobile-terminated application services in a mobile system, said method comprising: - based on a user equipment(UE) subscription for network application triggering when said user equipment is available after a downlink data notification failure, enabling, for a subscribed access point name, triggering of a network application (APPL) associated with said access point name, upon said user equipment being reachable again after failure of a mobile network procedure to reach said user equipment via a packet data network connection established for said user equipment and said access point name, said failure corresponding to a downlink data notification failure. - based on a user equipment(UE) subscription for network application triggering when said user equipment is available after a downlink data notification failure, enabling, for a subscribed access point name, triggering of a network application (APPL) associated with said access point name, upon said user equipment being reachable again after failure of a mobile network procedure to reach said user equipment via a packet data network connection established for said user equipment and said access point name, said failure corresponding to a downlink data notification failure.
Composition comprising at least one hydrocarbon which is liquid at 20°C, obtained by a process of converting syngas into at least one hydrocarbon which is liquid at 20°C, at least one emulsifier and at least one aqueous phase.