mhurhangee/patent-ind-claim-en huggingface dataset:
System composed of data storage elements and at least two system components which, for operation, require one plug-in data storage element each, said required data storage elements being combined in a shared housing of a plug-in data store , each system component exclusively having access to precisely one data storage element by means of a separate, wired interface, each of the data storage elements enabling non-volatile storage of data , the data storage elements being configured to be independent of one another and physically separate, and the interfaces being configured to be independent of one another, characterised in that when the plug-in data store is inserted in only a first of the system components by means of the shared plug connector element , which guides all the interfaces , the access to the further data of the further data storage elements by the further system components is enabled by additional plug connector elements between the system components, the data storage element and the interface being configured to be galvanically isolated from the further data storage elements and the further interfaces so that the shared plug-in data store can also be used when simultaneously inserted, by means of separate plug connector elements , into more than one of the system components having different reference potentials. said required data storage elements being combined in a shared housing of a plug-in data store , each system component exclusively having access to precisely one data storage element by means of a separate, wired interface, each of the data storage elements enabling non-volatile storage of data , the data storage elements being configured to be independent of one another and physically separate, and the interfaces being configured to be independent of one another, characterised in that when the plug-in data store is inserted in only a first of the system components by means of the shared plug connector element , which guides all the interfaces , the access to the further data of the further data storage elements by the further system components is enabled by additional plug connector elements between the system components, the data storage element and the interface being configured to be galvanically isolated from the further data storage elements and the further interfaces so that the shared plug-in data store can also be used when simultaneously inserted, by means of separate plug connector elements , into more than one of the system components having different reference potentials.
A method of handling a slag pot or ladle made of steel or cast iron comprising an inner wall and an outer wall, said method comprising the steps of a) collecting a slag from said slag pot or ladle of a pyrometallurgical tool, b) transporting said slag pot or ladle from said pyrometallurgical tool to a slag disposal site, typically to a landfill site, c) emptying said pot or ladle at said slag disposal site, typically at a landfill site, to remove the slag contained therein, d) spraying a mineral suspension onto said inner wall of said slag pot or ladle, prior to at least one step of said collection of said slag, so as to line said inner wall with a mineral layer, and e) operating said slag pot or ladle lined with said mineral layer for the collection of slag a), characterized in that said mineral suspension comprises calcic particles suspended in an aqueous phase forming a calcic particle milk, and additives selected from the group consisting of carbohydrates as well as dispersants and fluidizing additives, such as polycarbonates or polyacrylates or polyphosphonates, said calcic particles being selected from the group consisting of slaked lime, at least partially slaked decarbonated dolomite, limestone and mixtures thereof and having a calcic particles content of between 20 and 60% by weight based on the weight of said calcic particle milk, said calcic particles in the calcic particle milk of said mineral suspension having an average particle size d 50 of between 1.5 μm and 10 μm, and in that said mineral layer is a thin layer lined on the inner wall and having a layer thickness of between 0.1 and 0.5 mm. a) collecting a slag from said slag pot or ladle of a pyrometallurgical tool, b) transporting said slag pot or ladle from said pyrometallurgical tool to a slag disposal site, typically to a landfill site, c) emptying said pot or ladle at said slag disposal site, typically at a landfill site, to remove the slag contained therein, d) spraying a mineral suspension onto said inner wall of said slag pot or ladle, prior to at least one step of said collection of said slag, so as to line said inner wall with a mineral layer, and e) operating said slag pot or ladle lined with said mineral layer for the collection of slag a),
A method for producing a carbonaceous material for a non-aqueous electrolyte secondary battery anode, the method comprising: an alkali impregnating step of adding a compound containing an elemental alkali metal to a carbonaceous precursor to obtain an alkali metal compound-impregnated carbonaceous precursor; a firing step of: (a) obtaining a heat-treated product by performing main heat treatment on the alkali metal compound-impregnated carbonaceous precursor at 1100°C to 1500°C in a non-oxidizing gas atmosphere, or (b) obtaining a heat-treated product by performing pre-heat treatment on the alkali metal compound-impregnated carbonaceous precursor at a temperature of not lower than 400°C and lower than 800°C in a non-oxidizing gas atmosphere and then performing main heat treatment at 1100°C to 1500°C in a non-oxidizing gas atmosphere; and coating the heat-treated product with pyrolytic carbon. an alkali impregnating step of adding a compound containing an elemental alkali metal to a carbonaceous precursor to obtain an alkali metal compound-impregnated carbonaceous precursor; a firing step of: (a) obtaining a heat-treated product by performing main heat treatment on the alkali metal compound-impregnated carbonaceous precursor at 1100°C to 1500°C in a non-oxidizing gas atmosphere, or (b) obtaining a heat-treated product by performing pre-heat treatment on the alkali metal compound-impregnated carbonaceous precursor at a temperature of not lower than 400°C and lower than 800°C in a non-oxidizing gas atmosphere and then performing main heat treatment at 1100°C to 1500°C in a non-oxidizing gas atmosphere; and (a) obtaining a heat-treated product by performing main heat treatment on the alkali metal compound-impregnated carbonaceous precursor at 1100°C to 1500°C in a non-oxidizing gas atmosphere, or (b) obtaining a heat-treated product by performing pre-heat treatment on the alkali metal compound-impregnated carbonaceous precursor at a temperature of not lower than 400°C and lower than 800°C in a non-oxidizing gas atmosphere and then performing main heat treatment at 1100°C to 1500°C in a non-oxidizing gas atmosphere; and coating the heat-treated product with pyrolytic carbon.
Process for the production of solid-state elements , comprising the following steps: provision of a solid-state body , production of a first group of defects by means of radiation emitted by a laser in order to give a first separation plane , along which a solid state layer is separated from the solid state body , and characterized by the following steps: production of a second group of defects by means of radiation emitted by a laser in order to give at least one second separation plane , where the first separation plane and the second separation plane are oriented orthogonally in relation to one another, separation of the solid-state layer from the solid-state body along the first separation plane as a consequence of production of stresses in the solid-state body and division of the solid-state layer along the second separation plane in order to produce the individual solid-state elements . provision of a solid-state body , production of a first group of defects by means of radiation emitted by a laser in order to give a first separation plane , along which a solid state layer is separated from the solid state body , and characterized by the following steps: production of a second group of defects by means of radiation emitted by a laser in order to give at least one second separation plane , where the first separation plane and the second separation plane are oriented orthogonally in relation to one another, separation of the solid-state layer from the solid-state body along the first separation plane as a consequence of production of stresses in the solid-state body and division of the solid-state layer along the second separation plane in order to produce the individual solid-state elements . production of a second group of defects by means of radiation emitted by a laser in order to give at least one second separation plane , where the first separation plane and the second separation plane are oriented orthogonally in relation to one another, separation of the solid-state layer from the solid-state body along the first separation plane as a consequence of production of stresses in the solid-state body and division of the solid-state layer along the second separation plane in order to produce the individual solid-state elements .
A spring enclosure trampoline comprising: a. a trampoline bed connected across a horizontal frame member , wherein the trampoline bed is supported by a plurality of springs; b. trampoline legs supporting the horizontal frame member above a ground surface; c. a trampoline enclosure surrounding the trampoline bed and having a spring enclosure netting support ; a trampoline enclosure net is supported from the spring enclosure netting support , wherein the spring enclosure netting support is formed as a leaf spring providing support to trampoline poles to interconnect the trampoline poles at upper ends of the trampoline poles, wherein the leaf spring is flexible in a horizontal direction and in a vertical direction, wherein a leaf spring vertical dimension is greater than a leaf spring horizontal dimension , wherein the leaf spring is formed as an elongated strip; and d. an enclosure sleeve of the trampoline enclosure , wherein the trampoline enclosure net is suspended from the enclosure sleeve . a. a trampoline bed connected across a horizontal frame member , wherein the trampoline bed is supported by a plurality of springs; b. trampoline legs supporting the horizontal frame member above a ground surface; c. a trampoline enclosure surrounding the trampoline bed and having a spring enclosure netting support ; a trampoline enclosure net is supported from the spring enclosure netting support , wherein the spring enclosure netting support is formed as a leaf spring providing support to trampoline poles to interconnect the trampoline poles at upper ends of the trampoline poles, wherein the leaf spring is flexible in a horizontal direction and in a vertical direction, wherein a leaf spring vertical dimension is greater than a leaf spring horizontal dimension , wherein the leaf spring is formed as an elongated strip; and d. an enclosure sleeve of the trampoline enclosure , wherein the trampoline enclosure net is suspended from the enclosure sleeve .
An adjustable spine joint assembly for a crash test dummy comprising: an upper member adapted to be operatively connected to an upper thoracic portion of a spine of the crash test dummy ; a lower member adapted to be operatively connected to a lower thoracic portion of the spine of the crash test dummy ; and a center pivot bolt pivotally connected to said lower member and said upper member to allow rotational movement therebetween; characterised in that the adjustable spine joint assembly includes a self-locating adjustment mechanism cooperating with said upper member and said lower member to allow adjustment between a plurality of fixed joint angles between said upper member and said lower member . an upper member adapted to be operatively connected to an upper thoracic portion of a spine of the crash test dummy ; a lower member adapted to be operatively connected to a lower thoracic portion of the spine of the crash test dummy ; and a center pivot bolt pivotally connected to said lower member and said upper member to allow rotational movement therebetween; characterised in that the adjustable spine joint assembly includes a self-locating adjustment mechanism cooperating with said upper member and said lower member to allow adjustment between a plurality of fixed joint angles between said upper member and said lower member .
A plumbing tundish device comprising a hollow tubular body , wherein the body comprises a first hollow connector and a second hollow connector , wherein the first and second hollow connectors are detachably connected to each other, wherein when connected the first and second hollow connectors form the tundish device , wherein the first connector comprises an air gap , characterised in that : the air gap is defined by a plurality of elongated windows , arranged in at least two rows comprising a grid arrangement , which is configured by a plurality of substantially horizontal and a plurality of substantially vertical members , wherein points of intersection of the substantially horizontal and the substantially vertical members, define corners of each window.
A thermoelectric generator comprising a combustion chamber which houses internally shielding and radiation means to shield at least one wall of the combustion chamber from the direct heat coming from the combustion flame, on the external side of the at least one wall a plurality of generating means for generating seebeck effect electric energy are fixed, and to radiate the at least one wall with a substantially uniformly distributed heat, where said plurality of generation means comprises a plurality of seebeck effect cells fixed to said wall, one independently of the other, and arranged so as to cover the at least one wall at least partially with a mosaic tile pattern; the thermoelectric generator being characterised by said combustion chamber being a substantially prismatic combustion chamber with a substantially triangular section: • the prismatic combustion chamber comprises two upwardly converging walls (25a and 25b), at least one covered externally to the combustion chamber by means for generating seebeck effect electric energy ; • the combustion chamber houses internally flame generation means in proximity or at the lower side of the prism; • the combustion chamber houses internally shielding and radiation means to shield said upwardly converging walls from the direct heat coming from said flame and to radiate them with a substantially uniformly distributed heat. • the prismatic combustion chamber comprises two upwardly converging walls (25a and 25b), at least one covered externally to the combustion chamber by means for generating seebeck effect electric energy ; • the combustion chamber houses internally flame generation means in proximity or at the lower side of the prism; • the combustion chamber houses internally shielding and radiation means to shield said upwardly converging walls from the direct heat coming from said flame and to radiate them with a substantially uniformly distributed heat.
Use of a composition comprising guanidinoacetic acid and glycine for reducing feather loss in birds during rearing, during keeping or during fattening of the birds.
A child car seat , particularly for transporting children, which comprises a car base which can be associated detachably, via fixing means , with a seat of a car, and a seat element , which can be associated detachably with said car base via engagement/disengagement means supported by said car base which comprise at least one hook configured to engage a respective engagement element supported by said seat element , said car base comprising a fixed framework which supports, so that it can rotate about an axis that is vertical during use, a rotatable supporting body for said at least one hook which is adapted to pass from at least one inactive or child loading/unloading position to at least two active or use positions, said at least one inactive position and said at least two active positions being mutually angularly spaced apart around said axis , said child car seat comprising at least one locking device for the automatic locking of said rotatable supporting body in at least one of said active or use positions, said fixed framework supporting at least one actuation element , which is functionally connected to said locking device and is connected to an engagement body in order to disengage it from a respective seat defined on said rotatable supporting body , so as to allow the mutual rotation of said rotatable supporting body with respect to said fixed framework about said axis , said two seats comprising a first seat and a second seat which are angularly mutually spaced apart around said axis , said at least one hook can be associated with a first seat element and with a second seat element, different from the first seat element, said first seat element being of the type adapted to be used exclusively so that the child sits against the direction of travel of the car and said second seat element being of the type adapted to be used so that the child can sit against the direction of travel of the car or facing the direction of travel of the car, characterized in that said engagement/disengagement means are configured to allow the coupling of said second seat element to said rotatable supporting body in both longitudinal directions and of said first seat element to said rotatable supporting body in only one longitudinal orientation, said rotatable supporting body being associated with closure means for said first seat , said closure means being actuated on command following the coupling of said first seat element with said at least one hook .
A process for preparing a 3,5-disubstituted 1,2,4-oxadiazole of Formula ( Ia ) or ( Ib ), or a salt thereof, the process comprising reacting an N-hydroxyamidine of Formula ( IIa ) or ( IIb ), respectively, or a tautomeric form thereof, with an acyl chloride of Formula ( IIIa ) or ( IIIb ), respectively, in a reaction mixture comprising an organic phase and an aqueous phase, wherein the reaction mixture comprises a water-immiscible organic solvent and an aqueous base selected from the group consisting of sodium hydroxide, potassium hydroxide, lithium hydroxide, calcium hydroxide, and mixtures thereof, wherein the temperature of the reaction mixture is no greater than 85°C; and wherein Ar 1 is selected from the group consisting of phenyl, pyridyl, pyrazyl, oxazolyl and isoxazolyl, each of which can be optionally independently substituted with one or more substituents selected from the group consisting of halogen, CF 3 , CH 3 , OCF 3 , OCH 3 , CN and C(H)O; and Ar 2 is selected from the group consisting of thienyl, furanyl, oxazolyl and isoxazolyl, each of which can be optionally independently substituted with one or more substituents selected from the group consisting of fluorine, chlorine, CH 3 , and OCF 3 . wherein the reaction mixture comprises a water-immiscible organic solvent and an aqueous base selected from the group consisting of sodium hydroxide, potassium hydroxide, lithium hydroxide, calcium hydroxide, and mixtures thereof, wherein the temperature of the reaction mixture is no greater than 85°C; and wherein Ar 1 is selected from the group consisting of phenyl, pyridyl, pyrazyl, oxazolyl and isoxazolyl, each of which can be optionally independently substituted with one or more substituents selected from the group consisting of halogen, CF 3 , CH 3 , OCF 3 , OCH 3 , CN and C(H)O; and Ar 2 is selected from the group consisting of thienyl, furanyl, oxazolyl and isoxazolyl, each of which can be optionally independently substituted with one or more substituents selected from the group consisting of fluorine, chlorine, CH 3 , and OCF 3 .
A method of making a stimulation lead, the method comprising: providing a pre-electrode assembly formed as a tube and comprising a plurality of segmented electrodes and a plurality of connectors , wherein each of the segmented electrodes is coupled to at least one other of the segmented electrodes by at least one of the connectors, wherein the tube defines a longitudinal axis, wherein each of the segmented electrodes has a radius with respect to the longitudinal axis and each of the connectors is formed of a conductive material and wherein each of the connectors is disposed at a radius with respect to the longitudinal axis that is greater than a radius of any of the segmented electrodes with respect to the longitudinal axis; forming at least a portion of a lead body around the segmented electrodes of the pre-electrode assembly; and grinding the tube comprising the pre-electrode assembly and portion of the lead body to remove the plurality of connectors leaving the plurality of segmented electrodes and the portion of the lead body. providing a pre-electrode assembly formed as a tube and comprising a plurality of segmented electrodes and a plurality of connectors , wherein each of the segmented electrodes is coupled to at least one other of the segmented electrodes by at least one of the connectors, wherein the tube defines a longitudinal axis, wherein each of the segmented electrodes has a radius with respect to the longitudinal axis and each of the connectors is formed of a conductive material and wherein each of the connectors is disposed at a radius with respect to the longitudinal axis that is greater than a radius of any of the segmented electrodes with respect to the longitudinal axis; forming at least a portion of a lead body around the segmented electrodes of the pre-electrode assembly; and grinding the tube comprising the pre-electrode assembly and portion of the lead body to remove the plurality of connectors leaving the plurality of segmented electrodes and the portion of the lead body.
A toothed coupling mechanism for an assembly of rotating elements (13-18; 25; 33; 35) of an aircraft gas turbine engine, said mechanism comprising_a pair of coupling halves having an axial toothed coupling interface therebetween, each of said coupling halves thereby having a plurality of splined teeth inter-engaged about an axis (X), for transmitting torque therebetween, characterized in that it further comprises a protrusion : - located, away from said axis (X), on one of said splined teeth (45b1) of one of said coupling halves , and - with which one said splined tooth (45a1) of the other coupling half comes into contact in a situation of uncoupling of said coupling halves. - located, away from said axis (X), on one of said splined teeth (45b1) of one of said coupling halves , and - with which one said splined tooth (45a1) of the other coupling half comes into contact in a situation of uncoupling of said coupling halves.
A lighting device comprising: - a directional wireless receiver configured to receive a message within a time period, wherein the message comprises at least one signal comprising a factory reset command from a user device ; - a controller configured to implement a factory reset of the lighting device if a respective signal of said at least one signal is received by said directional wireless receiver within a respective predefined angular range relative to the lighting device. - a directional wireless receiver configured to receive a message within a time period, wherein the message comprises at least one signal comprising a factory reset command from a user device ; - a controller configured to implement a factory reset of the lighting device if a respective signal of said at least one signal is received by said directional wireless receiver within a respective predefined angular range relative to the lighting device.