mhurhangee/patent-ind-claim-en huggingface dataset:
A method for quick text entry, comprising: displaying a text entry widget on a home screen within a graphical user interface, GUI, the home screen being a primary user interface providing interaction points for launching two or more applications, the widget providing a single interaction point for quick text entry for the two or more applications, the widget having a text entry field, the text entry field being caused to be the active GUI element before any text will be received by the text entry field or being the default active graphical user interface element such that text received when the home screen is displayed is automatically input into the text entry field; selecting an associated application from the two or more applications in accordance with characteristics of the text received in the text entry field; and storing the text received in the text entry field in memory in response to corresponding input to store the text, the storing comprising: generating a data object of a particular type in accordance with the selected associated application; populating the data object in accordance with the text received in the text entry field; and storing the data object in the memory. displaying a text entry widget on a home screen within a graphical user interface, GUI, the home screen being a primary user interface providing interaction points for launching two or more applications, the widget providing a single interaction point for quick text entry for the two or more applications, the widget having a text entry field, the text entry field being caused to be the active GUI element before any text will be received by the text entry field or being the default active graphical user interface element such that text received when the home screen is displayed is automatically input into the text entry field; selecting an associated application from the two or more applications in accordance with characteristics of the text received in the text entry field; and storing the text received in the text entry field in memory in response to corresponding input to store the text, the storing comprising: generating a data object of a particular type in accordance with the selected associated application; populating the data object in accordance with the text received in the text entry field; and storing the data object in the memory. generating a data object of a particular type in accordance with the selected associated application; populating the data object in accordance with the text received in the text entry field; and storing the data object in the memory.
Sonic transducer assembly having a housing and having a plurality of transducer elements which are arranged in the housing , wherein an interspace between the housing and the transducer elements and an interspace between successive transducer elements are filled with a plastic which has a modulus of elasticity < 10 N/mm 2 , wherein the plastic in the interspace is introduced in such a way that a web is formed, which ends flush with the sound-sensitive side of the transducer element or which forms a projection on the sound-sensitive side of the transducer element , wherein the housing and the web between the housing and the following transducer element are configured in one piece, and wherein the transducer elements are configured as flexural resonators or as thickness-mode resonators.
A fabrication method for an abradable coating of varying density, the method comprising the following steps: providing a substrate having a first portion with its surface situated at a first level (A), and a second portion with its surface situated at a second level (B) different from the first level; depositing a precursor material on the first and second portions of the substrate ; compressing the precursor material between the substrate and a bearing surface ; and sintering the precursor material as compressed in this way in order to obtain an abradable coating having a first portion on the first portion of the substrate , and possessing a first density, and a second portion on the second portion of the substrate , and possessing a second density distinct from the first. providing a substrate having a first portion with its surface situated at a first level (A), and a second portion with its surface situated at a second level (B) different from the first level; depositing a precursor material on the first and second portions of the substrate ; compressing the precursor material between the substrate and a bearing surface ; and sintering the precursor material as compressed in this way in order to obtain an abradable coating having a first portion on the first portion of the substrate , and possessing a first density, and a second portion on the second portion of the substrate , and possessing a second density distinct from the first.
A carrier for adsorbing organic matter, comprising a sea-island type solid composite fiber which has a pore volume ,which is the sum of volumes of minute pores which have a diameter of 200 nm or less and are contained in 1 g of the material, of 0.05 to 0.5 cm 3 /g, as measured by the method of the description, and a fiber diameter of 25 to 60 μm, as measured by the method of the description, and wherein the distance from the surface of said sea-island type solid composite fiber to the outermost island component in a cross section perpendicular to the fiber axis direction of said sea-island type solid composite fiber is not less than 1 μm and less than 30 μm, as determined by the method of the description, and the maximum island diameter of the island component of said sea-island type solid composite fiber is 0.1 to 2 μm, as determined by the method of the description. of 0.05 to 0.5 cm 3 /g, as measured by the method of the description, and a fiber diameter of 25 to 60 μm, as measured by the method of the description, and wherein the distance from the surface of said sea-island type solid composite fiber to the outermost island component in a cross section perpendicular to the fiber axis direction of said sea-island type solid composite fiber is not less than 1 μm and less than 30 μm, as determined by the method of the description, and the maximum island diameter of the island component of said sea-island type solid composite fiber is 0.1 to 2 μm, as determined by the method of the description.
Apparatus for detecting a position (φ mech , φ el ) of a rotating central element of an electric motor , in particular a synchronous motor, comprising a controller and comprising an encoder system for generating a first sensor signal (α R ) and also comprising a sensor-free system for generating a second sensor signal (β el ), - wherein the encoder system has a different number of pole pairs (p R ) from the electric motor , - wherein the controller determines a number of electrical angles (α el , α k ) as a measure of the electrical position of the central element (φ el ) on the basis of the first sensor signal (α R ) and the numbers of pole pairs (p R , p M ) of the encoder system and the electric motor , - wherein the controller compares the electrical angles (α el , α k ) with the second sensor signal (β el ) and in so doing determines differences (Δφ k ) in magnitude between the second sensor signal (β el ) and each of the electrical angles (α k ) of the first sensor signal (α R ), and - wherein the controller selects the electrical angle (α el , α k ) at which the difference (Δφ k ) in magnitude between the second sensor signal (β el ) and the electrical angles (α k ) has the lowest value as the position (φ mech , φ el ) of the central element on the basis of the differences (Δφ k ) in magnitude. - wherein the encoder system has a different number of pole pairs (p R ) from the electric motor , - wherein the controller determines a number of electrical angles (α el , α k ) as a measure of the electrical position of the central element (φ el ) on the basis of the first sensor signal (α R ) and the numbers of pole pairs (p R , p M ) of the encoder system and the electric motor , - wherein the controller compares the electrical angles (α el , α k ) with the second sensor signal (β el ) and in so doing determines differences (Δφ k ) in magnitude between the second sensor signal (β el ) and each of the electrical angles (α k ) of the first sensor signal (α R ), and - wherein the controller selects the electrical angle (α el , α k ) at which the difference (Δφ k ) in magnitude between the second sensor signal (β el ) and the electrical angles (α k ) has the lowest value as the position (φ mech , φ el ) of the central element on the basis of the differences (Δφ k ) in magnitude.
A compressor comprising: a first scroll member having a first end plate and a first spiral wrap extending from the first end plate; a second scroll member having a second end plate and a second spiral wrap extending from the second end plate and intermeshed with the first spiral wrap to define compression pockets therebetween; a first bearing housing supporting the first scroll member for rotation about a first rotational axis (A1); a second bearing housing supporting the second scroll member for rotation about a second rotational axis (A1) that is parallel to the first rotational axis (A1) and offset from the first rotational axis; a motor assembly disposed axially between the first and second bearing housings and including a rotor attached to the first scroll member , the rotor surrounding the first end plate and the second end plate and characterized by a seal engaging the rotor and the second scroll member . a first scroll member having a first end plate and a first spiral wrap extending from the first end plate; a second scroll member having a second end plate and a second spiral wrap extending from the second end plate and intermeshed with the first spiral wrap to define compression pockets therebetween; a first bearing housing supporting the first scroll member for rotation about a first rotational axis (A1); a second bearing housing supporting the second scroll member for rotation about a second rotational axis (A1) that is parallel to the first rotational axis (A1) and offset from the first rotational axis; a motor assembly disposed axially between the first and second bearing housings and including a rotor attached to the first scroll member , the rotor surrounding the first end plate and the second end plate and characterized by a seal engaging the rotor and the second scroll member .
A silicone rubber composition comprising the following components (A) to (C): (A) 100 parts by mass of an organopolysiloxane having at least 2 alkenyl groups per molecule, and not having fluoroalkyl groups or having fluoroalkyl groups in a proportion of less than 20 mol% of all silicon atom-bonded organic groups; (B) an organopolysiloxane having at least 2 silicon atom-bonded hydrogen atoms per molecule along with fluoroalkyl groups in a proportion of at least 5 mol% of all silicon atom-bonded organic groups, in an amount that the silicon atom-bonded hydrogen atoms in component (B) exceeds 1 mol with respect to 1 mol of the total of alkenyl groups in component (A); and (C) a hydrosilylation reaction catalyst in a catalytic amount. (A) 100 parts by mass of an organopolysiloxane having at least 2 alkenyl groups per molecule, and not having fluoroalkyl groups or having fluoroalkyl groups in a proportion of less than 20 mol% of all silicon atom-bonded organic groups; (B) an organopolysiloxane having at least 2 silicon atom-bonded hydrogen atoms per molecule along with fluoroalkyl groups in a proportion of at least 5 mol% of all silicon atom-bonded organic groups, in an amount that the silicon atom-bonded hydrogen atoms in component (B) exceeds 1 mol with respect to 1 mol of the total of alkenyl groups in component (A); and (C) a hydrosilylation reaction catalyst in a catalytic amount.
A turning tool , comprising: a tool body extending along a tool axis (J) and having a base on a tip of the tool body ; a cutting insert detachably attached to the base ; and a measurement device attached to the tool body , wherein the measurement device measures a distance from the tool body to an object, wherein the measurement device has a first distance sensor which measures a distance to an object located radially outward of the tool axis (J), and a second distance sensor which measures a distance to an object located on an axial tip side of the tool axis (J), wherein the tool body has a second accommodation hole extending along an axial direction of the tool axis (J) and opening on the tip of the tool body , wherein the second distance sensor is accommodated in the second accommodation hole , and wherein a detector of the second distance sensor is exposed to the axial tip side from an opening of the second accommodation hole . a tool body extending along a tool axis (J) and having a base on a tip of the tool body ; a cutting insert detachably attached to the base ; and a measurement device attached to the tool body , wherein the measurement device measures a distance from the tool body to an object, wherein the measurement device has a first distance sensor which measures a distance to an object located radially outward of the tool axis (J), and a second distance sensor which measures a distance to an object located on an axial tip side of the tool axis (J), wherein the tool body has a second accommodation hole extending along an axial direction of the tool axis (J) and opening on the tip of the tool body , wherein the second distance sensor is accommodated in the second accommodation hole , and wherein a detector of the second distance sensor is exposed to the axial tip side from an opening of the second accommodation hole .
Fan comprising a tightly sealed electronics housing , in which a printed circuit board comprising electronic components is arranged, and the electronics housing is divided into an upper region and a lower region , and a cooling wheel which is arranged in the lower region so as to be axially adjacent to the printed circuit board , wherein the printed circuit board comprises at least one central opening and a plurality of peripheral-edge openings or peripheral-edge gaps in order to bring the upper region into fluid communication with the lower region , and, by means of the cooling wheel , air can be drawn out of the upper region into the lower region via the at least one central opening and, via the plurality of peripheral-edge openings or peripheral-edge gaps , can be fed back into the upper region , wherein an air circuit having at least one air flow develops along a surface of the printed circuit board on which the electronic components are arranged, wherein the cooling wheel comprises a conical suction region which projects axially into the inlet nozzle which is arranged or formed on the printed circuit board or on a contact-protection device arranged between the cooling wheel and the printed circuit board .
Cooking appliance device , in particular hob device, having a control unit which is provided for controlling and supplying energy to at least one first induction target comprising a first energy source and at least one second induction target comprising a second energy source, wherein an induction target is an inductor or a plurality of inductors with at least one part of an item of cookware placed above the inductor and/or the plurality of inductors , characterised in that the first energy source is a first electrical current phase of a power supply network and the second energy source is a second electrical current phase of the power supply network and the control unit is provided, in the case of the presence of at least one item of cookware which is both part of the first induction target and also part of the second induction target , to define at least one shared induction target , which is a combination of the first induction target and the second induction target , and to move into at least one special operating state, in order to at least reduce coupling noises by means of at least one special periodic control and/or one special control with independent heat frequencies of the first and second induction target .
A phosphor comprising: a crystal phase that has a chemical composition of (Y 1-x-y ,Ce x ,La y ) α Si β-z Al z N γ O, where the α satisfies 5.5 ≤ α ≤ 6.5, the β satisfies 9.5 ≤ β ≤ 12.5, the y satisfies 17.5 ≤ γ ≤ 22.5, the x satisfies 0 < x ≤ 0.1, the y satisfies 0 ≤ y ≤ 0.4, and the z satisfies 0 ≤ z ≤ 0.5, wherein a light emission spectrum of the phosphor includes a peak within a wavelength range of not less than 600 nm and not more than 660 nm. a crystal phase that has a chemical composition of (Y 1-x-y ,Ce x ,La y ) α Si β-z Al z N γ O, where the α satisfies 5.5 ≤ α ≤ 6.5, the β satisfies 9.5 ≤ β ≤ 12.5, the y satisfies 17.5 ≤ γ ≤ 22.5, the x satisfies 0 < x ≤ 0.1, the y satisfies 0 ≤ y ≤ 0.4, and the z satisfies 0 ≤ z ≤ 0.5, wherein a light emission spectrum of the phosphor includes a peak within a wavelength range of not less than 600 nm and not more than 660 nm.
Method for manufacturing a multi-walled module, particularly a multi-walled roof device, comprising of: - providing at least two wall elements , each with a first surface and second surface ; which are intended to be placed at least with a peripheral part parallel to each other; - arranging a first curable material on the peripheral part, on the first surface and/or on the second surface, of the at least two wall elements using a first mould , such that, after the at least two wall elements have been placed at least with their peripheral parts parallel to each other, a spacer is formed between each pair of mutually adjacent wall elements thereof, which spacer is adhered to a wall element thereof; - arranging the at least two wall elements with their peripheral parts parallel to each other for the purpose of forming a multi-walled assembly, in a second mould , and such that a space (R) is formed which is bounded by at least the second mould and the one or more spacers; - arranging a second curable material in said space, such that the second curable material extends along the periphery of the multi-walled assembly, and after curing is adhered to the at least two wall elements. - providing at least two wall elements , each with a first surface and second surface ; which are intended to be placed at least with a peripheral part parallel to each other; - arranging a first curable material on the peripheral part, on the first surface and/or on the second surface, of the at least two wall elements using a first mould , such that, after the at least two wall elements have been placed at least with their peripheral parts parallel to each other, a spacer is formed between each pair of mutually adjacent wall elements thereof, which spacer is adhered to a wall element thereof; - arranging the at least two wall elements with their peripheral parts parallel to each other for the purpose of forming a multi-walled assembly, in a second mould , and such that a space (R) is formed which is bounded by at least the second mould and the one or more spacers; - arranging a second curable material in said space, such that the second curable material extends along the periphery of the multi-walled assembly, and after curing is adhered to the at least two wall elements.
Bone cement applicator for storage and mixing of a bone cement powder and a monomer liquid as well as for application of a pasty bone cement produced by mixing the bone cement powder and the monomer liquid , the bone cement applicator comprising a cartridge with a cylindrical internal space for mixing the bone cement , whereby the cartridge comprises, on a front side, a cartridge head with a dispensing opening for expelling the bone cement from the internal space , and whereby the cartridge comprises a thread on a rear side that is situated opposite from the front side of the cartridge ; a dispensing plunger for expelling the mixed bone cement from the internal space through the dispensing opening, whereby the bone cement powder is contained between the dispensing plunger and the cartridge head in the internal space of the cartridge ; a threaded tube that is arranged on the rear side of the dispensing plunger that faces away from the cartridge head , whereby the threaded tube comprises a counter-thread that fits the thread on the rear side of the cartridge , and the counter-thread of the threaded tube engages the thread on the rear side of the cartridge , whereby the threaded tube projects out of the cartridge on the rear side of the cartridge , and whereby the dispensing plunger is arranged such as to be mobile in the internal space of the cartridge along the cylinder axis of the internal space in the direction of the cartridge head by screwing the threaded tube into or onto the cartridge ; a receptacle , whereby a monomer liquid container is arranged on the inside of the receptacle , whereby the monomer liquid container contains the monomer liquid and can be opened on the inside of the receptacle , whereby the receptacle is plugged into the threaded tube on a rear side of the threaded tube that is situated opposite from the dispensing plunger , and is mobile in the threaded tube ; and a mixing rod , whereby the mixing rod with a mixer affixed to it is arranged in the internal space of the cartridge , whereby the mixer is affixed on a front side of the mixing rod that faces the cartridge head , whereby the mixing rod is connected, on a side that is situated opposite from the mixer , to a front side of the receptacle that faces the dispensing plunger , whereby the mixing rod is conducted through a feedthrough in the dispensing plunger and is supported in the feedthrough such as to be axially mobile, such that the mixing rod with the mixer is mobile in the internal space for the mixing of the bone cement powder with the monomer liquid through a motion of the receptacle against the cartridge , and whereby the mixing rod is detachably connected to the receptacle , and the mixing rod , detached from the receptacle , can be pushed into the receptacle upon the receptacle being propelled in the direction of the cartridge head .