mhurhangee/ep-ind-claims huggingface dataset:
A joined body (20, 20B), comprising: a first member (22, 22B); a second member (24, 24B); and a joint (30, 30B) formed of an oxide ceramic containing at least one of transition metals, the joint (30, 30B) joining the first member (22, 22B) to the second member (24, 24B), wherein a difference between the thermal expansion coefficient of the first member (22, 22B) and the thermal expansion coefficient of the second member (24, 24B) is 4.0 ppm/K or more, wherein the oxide ceramic contains a second component in addition to a first component, the first component being a main component and a transition metal, the second component being at least one of Li, Na, K, Ga, Si, Zr, Ti, Sn, Nb, Sb, and Ta, and wherein one of (i) and (ii) applies: (i) the oxide ceramic contains Fe as the first component and at least one of Si, Zr, Ti, Sn, Nb, Sb, and Ta as the second component; (ii) the oxide ceramic contains at least one of Cu and Ni as the first component and at least one of Li, Na, and K as the second component. a first member (22, 22B); a second member (24, 24B); and a joint (30, 30B) formed of an oxide ceramic containing at least one of transition metals, the joint (30, 30B) joining the first member (22, 22B) to the second member (24, 24B), wherein a difference between the thermal expansion coefficient of the first member (22, 22B) and the thermal expansion coefficient of the second member (24, 24B) is 4.0 ppm/K or more, wherein the oxide ceramic contains a second component in addition to a first component, the first component being a main component and a transition metal, the second component being at least one of Li, Na, K, Ga, Si, Zr, Ti, Sn, Nb, Sb, and Ta, and wherein one of (i) and (ii) applies: (i) the oxide ceramic contains Fe as the first component and at least one of Si, Zr, Ti, Sn, Nb, Sb, and Ta as the second component; (ii) the oxide ceramic contains at least one of Cu and Ni as the first component and at least one of Li, Na, and K as the second component. (i) the oxide ceramic contains Fe as the first component and at least one of Si, Zr, Ti, Sn, Nb, Sb, and Ta as the second component; (ii) the oxide ceramic contains at least one of Cu and Ni as the first component and at least one of Li, Na, and K as the second component.
Method for using a mobile crease-removal chamber for removing creases from at least one fabric article intended to be placed in the crease-removal chamber, comprising the following successive steps: a. first steaming by generating and injecting steam into the crease-removal chamber at a first-steaming flowrate for a non-zero first-steaming duration; b. second steaming by generating and injecting steam into the crease-removal chamber at a second-steaming flowrate for a non-zero second-streaming duration, where the second-steaming flowrate is strictly lower than the first-steaming flowrate; and c. drying by blowing hot air through the crease-removal chamber for a non-zero drying duration. a. first steaming by generating and injecting steam into the crease-removal chamber at a first-steaming flowrate for a non-zero first-steaming duration; b. second steaming by generating and injecting steam into the crease-removal chamber at a second-steaming flowrate for a non-zero second-streaming duration, where the second-steaming flowrate is strictly lower than the first-steaming flowrate; and c. drying by blowing hot air through the crease-removal chamber for a non-zero drying duration.
An anti-reflux valve comprising: a mesh scaffolding formed by a plurality of filaments, the mesh scaffolding having a distal scaffolding end; characterized in that one of the plurality of filaments has a greater length to form a loop, the loop extending a distance from the distal scaffolding end; and a valve connected to, and extending longitudinally from, the mesh scaffolding, wherein the valve includes said loop. a mesh scaffolding formed by a plurality of filaments, the mesh scaffolding having a distal scaffolding end; characterized in that one of the plurality of filaments has a greater length to form a loop, the loop extending a distance from the distal scaffolding end; and a valve connected to, and extending longitudinally from, the mesh scaffolding, wherein the valve includes said loop.
Method for producing at least one patterned layer of material, comprising at least the following steps of: - producing a first substrate having at least one patterned face; - producing, against the patterned face of the first substrate, a stack of layers comprising at least one intermediate layer and the layer of material intended to be patterned, such that the intermediate layer is disposed between the layer of material intended to be patterned and the first substrate, and such that a first face of the intermediate layer disposed on the patterned face side of the first substrate is patterned in accordance with a design that is the inverse of that of the patterned face of the first substrate; - removing the first substrate; - anisotropic etching the intermediate layer, implemented from the first face of the intermediate layer until parts of a face of the layer of material intended to be patterned are no longer covered by the intermediate layer and until remaining portions of the intermediate layer form a pattern, the design whereof corresponds to that of the first face of the intermediate layer; - etching the remaining portions of the intermediate layer and at least part of the thickness of the layer of material intended to be patterned, patterning said face (119, 124) of the layer of material intended to be patterned in accordance with the design of the first face of the intermediate layer. - producing a first substrate having at least one patterned face; - producing, against the patterned face of the first substrate, a stack of layers comprising at least one intermediate layer and the layer of material intended to be patterned, such that the intermediate layer is disposed between the layer of material intended to be patterned and the first substrate, and such that a first face of the intermediate layer disposed on the patterned face side of the first substrate is patterned in accordance with a design that is the inverse of that of the patterned face of the first substrate; - removing the first substrate; - anisotropic etching the intermediate layer, implemented from the first face of the intermediate layer until parts of a face of the layer of material intended to be patterned are no longer covered by the intermediate layer and until remaining portions of the intermediate layer form a pattern, the design whereof corresponds to that of the first face of the intermediate layer; - etching the remaining portions of the intermediate layer and at least part of the thickness of the layer of material intended to be patterned, patterning said face (119, 124) of the layer of material intended to be patterned in accordance with the design of the first face of the intermediate layer.
An oxide sintered compact composed of a crystal phase which consists of a bixbite-type oxide phase and a perovskite-type oxide phase, or a bixbite-type oxide phase, the crystal phase having indium, tin, strontium and oxygen as the constituent elements, and the indium, the tin and the strontium contents satisfying the following formulas and in terms of atomic ratio, Sn / In + Sn + Sr = 0.01 − 0.11 Sr / In + Sn + Sr = 0.0005 − 0.004 where in formulas and, In, Sn and Sr represent indium, tin and strontium contents (atomic percent), respectively.
Process for preparing bis(fluorosulfonyl)imide comprising the steps of: i) - providing a stream A1 comprising hydrofluoric acid; - providing a reactor containing a liquid phase A2 comprising bis(halosulfonyl)imide; - providing at least one mixing device connected to the inlet of said reactor; ii) supplying said at least one mixing device with the liquid phase A2 and with said stream A1; iii) bringing, in said mixing device, said liquid phase A2 into contact with said stream A1, in order to form a reaction mixture B comprising bis(fluorosulfonyl)imide; iv) introducing the reaction mixture B produced in step iii) into the liquid phase A2 of said reactor. i) - providing a stream A1 comprising hydrofluoric acid; - providing a reactor containing a liquid phase A2 comprising bis(halosulfonyl)imide; - providing at least one mixing device connected to the inlet of said reactor; - providing a reactor containing a liquid phase A2 comprising bis(halosulfonyl)imide; - providing at least one mixing device connected to the inlet of said reactor; ii) supplying said at least one mixing device with the liquid phase A2 and with said stream A1; iii) bringing, in said mixing device, said liquid phase A2 into contact with said stream A1, in order to form a reaction mixture B comprising bis(fluorosulfonyl)imide; iv) introducing the reaction mixture B produced in step iii) into the liquid phase A2 of said reactor.
A method for lubricating an engine comprising supplying to the engine a lubricating composition comprising an oil of lubricating viscosity and a compound represented by the formula: Y is -O-R 4; and R 4 is a hydrocarbyl group containing 6 to 40 carbon atoms, wherein the engine contains lubricated ferric components or wherein the engine contains lubricated components of an aluminium-alloy, wherein the heterocycle compound is present at 0.01 wt % to 10 wt % of the lubricating composition and wherein the lubricating composition is characterised as having (i) a sulphur content of 0.5 wt % or less, (ii) a phosphorus content of 0.1 wt % or less, and (iii) a sulphated ash content of 1.5 wt % or less.
A brake control system (100;600;700;800) for a vehicle, the brake control system comprising: a master cylinder; a brake line for communicating brake fluid between the master cylinder and a brake; a fluid reservoir in fluid communication with the brake line during non-braking conditions; and means for selectively moving brake fluid into and/or out of the fluid reservoir (110;310,312;510;610;710;810); characterised in that the means for selectively moving brake fluid into and/or out of the fluid reservoir comprises means for removing gas from the fluid reservoir that is configured to move brake fluid into the fluid reservoir, so that brake fluid is moved along the brake line in a direction towards the master cylinder, during non-braking conditions. a master cylinder; a brake line for communicating brake fluid between the master cylinder and a brake; a fluid reservoir in fluid communication with the brake line during non-braking conditions; and means for selectively moving brake fluid into and/or out of the fluid reservoir (110;310,312;510;610;710;810); characterised in that the means for selectively moving brake fluid into and/or out of the fluid reservoir comprises means for removing gas from the fluid reservoir that is configured to move brake fluid into the fluid reservoir, so that brake fluid is moved along the brake line in a direction towards the master cylinder, during non-braking conditions.
A composite structure comprising: (a) two or more layers of a fibrous material made of carbon fibers with a basis weight greater than or equal to 150 g/m 2; (b) one or more layer of a fibrous material made of glass fibers with a basis weight greater than or equal to 200 g/m 2; and (c) a thermoplastic polyamide resin composition, wherein the polyamide resin has a melt viscosity at 290 °C of between 10 Pa.s and 200 Pa.s, wherein the fibrous materials made of carbon and glass fibers are impregnated with the thermoplastic polyamide resin composition and wherein each of the external layers of the composite structure is a layer of fibrous material made of carbon fibers a). (a) two or more layers of a fibrous material made of carbon fibers with a basis weight greater than or equal to 150 g/m 2; (b) one or more layer of a fibrous material made of glass fibers with a basis weight greater than or equal to 200 g/m 2; and (c) a thermoplastic polyamide resin composition, wherein the polyamide resin has a melt viscosity at 290 °C of between 10 Pa.s and 200 Pa.s,
A two-component polyurethane composition that contains less than 10 ppm organotin catalysts comprising: as one component, a polyisocyanate composition having one or more isocyanurate made from bis(isocyanatomethyl)cyclohexane, as a separate component, one or more polyol having a solids content of from 60 to 100 wt%, based on the total weight of polyol and solvent, and, in either or both component, one or more tertiary amine catalyst chosen from aliphatic tertiary amine, cyclo-aliphatic tertiary amine, and mixtures thereof; wherein the mole ratio of the polyisocyanate to the polyol is from 0.7:1.0 to 1.4:1.0. as one component, a polyisocyanate composition having one or more isocyanurate made from bis(isocyanatomethyl)cyclohexane, as a separate component, one or more polyol having a solids content of from 60 to 100 wt%, based on the total weight of polyol and solvent, and, in either or both component, one or more tertiary amine catalyst chosen from aliphatic tertiary amine, cyclo-aliphatic tertiary amine, and mixtures thereof; wherein the mole ratio of the polyisocyanate to the polyol is from 0.7:1.0 to 1.4:1.0.
A processing method performed by a system comprising a first processor unit (20; 80) included in a first terminal, a second processor unit (60; 40; 81), and a third processor unit (40; 81), to enable a user to access an item of secure text data from a secure electronic document, the method comprising: a) the first processor unit (20; 80) obtaining the secure electronic document; b) the first processor unit (20; 80) triggering a display of the secure electronic document on the first terminal; c) the user selecting at least one marker contained in said secure document and viewable by the user on the display; d) on the basis of said selected marker, determining an item of secure data from which it is possible to recover at least one item of sensitive text data; e) the second processor unit (60; 40; 81) obtaining said item of secure data; f) the second processor unit (60; 40; 81) determining said at least one item of sensitive text data for viewing from said item of secure data; g) the third processor unit (40; 81) obtaining said at least one item of sensitive text data; and h) said third processor unit (40; 81) triggering the display of said at least one item of sensitive text data; wherein said second and third processor units (60; 40; 81) are distinct from said first processor unit (20; 80) and each of them executes an operating system that is independent from the operating system of the first processor unit (20; 80), wherein the second and third processor units (40; 60) are distinct from each other and are situated outside said first terminal, the third processor unit being suitable for controlling a camera device, the marker being a machine-readable code, wherein the marker is selected in step c) by said third processor unit under user control when the marker displayed on the first terminal is viewed by means of said camera device. a) the first processor unit (20; 80) obtaining the secure electronic document; b) the first processor unit (20; 80) triggering a display of the secure electronic document on the first terminal; c) the user selecting at least one marker contained in said secure document and viewable by the user on the display; d) on the basis of said selected marker, determining an item of secure data from which it is possible to recover at least one item of sensitive text data; e) the second processor unit (60; 40; 81) obtaining said item of secure data; f) the second processor unit (60; 40; 81) determining said at least one item of sensitive text data for viewing from said item of secure data; g) the third processor unit (40; 81) obtaining said at least one item of sensitive text data; and h) said third processor unit (40; 81) triggering the display of said at least one item of sensitive text data;
Method for operating a bale opener having at least one cutting roll by means of the rotation of which about a rotational axis and the movement of which along a predetermined travel path (sv) at an acute or right angle to the rotational axis the bale opener is able to cut into a fibre bale and thus detach fibre material from the fibre bale, comprising • a starting step - of detecting if an overload occurs at one or at all the monitored cutting roll(s) of the at least one cutting roll, and - of proceeding to a determination step if such an overload has been detected, • an initiation step of initiating an overload response, characterised by • the determination step - of determining the presence of an overload state if the detected overload has occurred continuously along a path covered by the monitored cutting roll(s) that is equal to or greater than a predetermined distance, and - of proceeding to the initiation step if such an overload state has been determined. • a starting step - of detecting if an overload occurs at one or at all the monitored cutting roll(s) of the at least one cutting roll, and - of proceeding to a determination step if such an overload has been detected, - of detecting if an overload occurs at one or at all the monitored cutting roll(s) of the at least one cutting roll, and - of proceeding to a determination step if such an overload has been detected, • an initiation step of initiating an overload response, characterised by • the determination step - of determining the presence of an overload state if the detected overload has occurred continuously along a path covered by the monitored cutting roll(s) that is equal to or greater than a predetermined distance, and - of proceeding to the initiation step if such an overload state has been determined. - of determining the presence of an overload state if the detected overload has occurred continuously along a path covered by the monitored cutting roll(s) that is equal to or greater than a predetermined distance, and - of proceeding to the initiation step if such an overload state has been determined.
Cap for a container for a flowable composition, the cap comprising a lid and a base hingedly connected to one another, the lid comprising a base contact edge which contacts the base and an elastomeric pad which is apart from the base contact edge, and characterized in that the pad is disposed opposite to the hinge on the lid.
A set of primers and probes for the detection of mutations c.-124 C>T and c.-146 C>T in the promoter of the gene hTERT characterized by comprising the primers with SEQ ID NO: 1 and SEQ ID NO: 2 and the probes with SEQ ID NO: 3, SEQ ID NO: 4, SEQ ID NO: 5 and SEQ ID NO: 6.
Drilling tool (1, 16, 23), in particular a machine-driven drilling tool (1, 16, 23) for acting on a material to be machined, comprising a working head which comprises a basic body composed of a first material, a cutting element configured as a main cutting element and composed of a second material, and at least one cutting element (SE5, SE6) configured as a secondary cutting element (5, 6; 17, 18, 22, 23) and composed of a third material, wherein the second and the third material (W2, W3) are each harder than the first material, characterized in that the at least one secondary cutting element (5, 6; 17, 18, 22, 23) is configured as an attached cutting element (SE5, SE6) and is assembled from at least two welding points, and in that, while avoiding a positive-locking connection, which is suitable for shearing force transmission, with the basic body, this attached cutting element (SEA5, SEA6) is welded at individual welding points onto a surface portion (8, 9) of the basic body of the working head.
A process for removing or reducing contamination from a raw material, the process comprising: mixing a raw material derived from waste following the removal of the shells from a crustacean source during food processing with water, wherein the raw material comprises at least one contaminant, the at least one contaminant selected from the group consisting of a fishing net, fishing line, transportation bag, seaweed and other flora, or mixtures thereof and at least one desirable material, wherein the at least one desirable material comprises chitin, chitosan, a chitosan derivative or mixtures thereof, the at least one contaminant and the at least one desirable material being at least partially insoluble in water, and wherein the at least one desirable material is capable of absorbing water; and allowing the at least one contaminant and at least one desirable material to separate in a separation container, comprising allowing at least a portion of the at least one contaminant to float to the surface of the water and wherein the process comprises the step of removing the floating contaminant(s) from water mixing a raw material derived from waste following the removal of the shells from a crustacean source during food processing with water, wherein the raw material comprises at least one contaminant, the at least one contaminant selected from the group consisting of a fishing net, fishing line, transportation bag, seaweed and other flora, or mixtures thereof and at least one desirable material, wherein the at least one desirable material comprises chitin, chitosan, a chitosan derivative or mixtures thereof, the at least one contaminant and the at least one desirable material being at least partially insoluble in water, and wherein the at least one desirable material is capable of absorbing water; and allowing the at least one contaminant and at least one desirable material to separate in a separation container, comprising allowing at least a portion of the at least one contaminant to float to the surface of the water and wherein the process comprises the step of removing the floating contaminant(s) from water