mhurhangee/patent-ind-claim-en huggingface dataset:
Hygiene product, in particular a menstrual cup , with a cup body which has a cup wall which, with an inner surface , defines a receiving space , the cup body having, at a first end , an opening which opens into the receiving space and has an edge and, at a second end , a bottom opposite the opening , and the cup body having a generally conical shape, tapering towards the bottom , and ending in a tip , characterised in that the cup body is rotationally asymmetrical and a central axis (Z) of the cup body is curved.
A color calibrator used to correct the display color of a display device comprising: a color correction module comprising a color correction unit comprising an image sensor to be used for correcting the display color; a cover pivotally connected to the color correction module to selectively expose or cover the color correction unit ; and a connector attached to the cover wherein in a closed state the cover is able to cover the correction unit from the ambient light, and wherein in an open state the cover is placed on the display device and the connector is mechanically connected to the display device to hold the cover in place, and the correction unit at a desired position on the display device , wherein the color calibrator further comprises a control module integrated with the color correction module and used to control the color correction module . a color correction module comprising a color correction unit comprising an image sensor to be used for correcting the display color; a cover pivotally connected to the color correction module to selectively expose or cover the color correction unit ; and a connector attached to the cover wherein in a closed state the cover is able to cover the correction unit from the ambient light, and wherein in an open state the cover is placed on the display device and the connector is mechanically connected to the display device to hold the cover in place, and the correction unit at a desired position on the display device , wherein the color calibrator further comprises a control module integrated with the color correction module and used to control the color correction module .
Resorting device with a loading area , which is designed to receive a transport device with or without one or more boxes in stacks from a storage system , in particular via a transport system, or from a transport system characterized by at least a first gripper and a second gripper , which are designed to independently pick up and hold at least one, preferably at least two, particularly preferably any number/subset of boxes from a stack of boxes from a transport device in the loading area , and are further designed to return the picked up single box or multiple boxes to the transport device in the loading area or another transport device in the loading area, a movable storage device, which is provided in the loading area or as part of it and is vertically movable to be accessible to the first and second grippers , and that the first and second grippers are preferably horizontally movably mounted between a retracted holding position, in which the at least one box can be temporarily stored on one of the grippers , and a pick-up position aligned with the storage device, for picking up and depositing the at least one box from/to the storage device. a loading area , which is designed to receive a transport device with or without one or more boxes in stacks from a storage system , in particular via a transport system, or from a transport system characterized by at least a first gripper and a second gripper , which are designed to independently pick up and hold at least one, preferably at least two, particularly preferably any number/subset of boxes from a stack of boxes from a transport device in the loading area , and are further designed to return the picked up single box or multiple boxes to the transport device in the loading area or another transport device in the loading area, a movable storage device, which is provided in the loading area or as part of it and is vertically movable to be accessible to the first and second grippers , and that the first and second grippers are preferably horizontally movably mounted between a retracted holding position, in which the at least one box can be temporarily stored on one of the grippers , and a pick-up position aligned with the storage device, for picking up and depositing the at least one box from/to the storage device.
Tea producing apparatus comprising: 1.1 a storage container for tea pellets ; 1.2 a supply of a liquid of a predefined temperature; 1.3 a dissolution container for receiving at least one tea pellet from the storage container and for receiving the liquid and for allowing the at least one tea pellet to dissolve in the liquid; 1.4 a feeding mechanism for transporting the at least one tea pellet from the storage container to the dissolution container ; 1.5 the dissolution container comprising an outlet opening for releasing its content into a beverage container ; and 1.6 means for temporarily retaining the at least one tea pellet in the dissolution container ; 1.6.1 characterised in that the means for temporarily retaining the at least one tea pellet are realized by a grating arranged in the outlet opening or upstream of the outlet opening in the dissolution container . 1.1 a storage container for tea pellets ; 1.2 a supply of a liquid of a predefined temperature; 1.3 a dissolution container for receiving at least one tea pellet from the storage container and for receiving the liquid and for allowing the at least one tea pellet to dissolve in the liquid; 1.4 a feeding mechanism for transporting the at least one tea pellet from the storage container to the dissolution container ; 1.5 the dissolution container comprising an outlet opening for releasing its content into a beverage container ; and 1.6 means for temporarily retaining the at least one tea pellet in the dissolution container ; 1.6.1 characterised in that the means for temporarily retaining the at least one tea pellet are realized by a grating arranged in the outlet opening or upstream of the outlet opening in the dissolution container .
A method for manufacturing a part comprising at least one three-dimensional metallised pattern overlying a local enamel underlayer ; the method comprising the steps of: - providing a substrate on which are formed, beforehand, in three dimensions, one or more enamel pattern(s) ; - depositing at least one metallisation layer on the enamel pattern(s) ; - depositing a resin layer on the metallisation layer ; - selectively working the resin layer , so as to locally form resin portions corresponding to or complementary to the three-dimensional pattern(s); - removing the portions of the resin layer complementary to the three-dimensional pattern(s), as well as the underlying portions corresponding to the metallisation layer ; and - removing the remaining resin portions , so as to reveal the corresponding three-dimensional metallised pattern(s) , the or each pattern being made of the metallisation material deposited on a local enamel underlayer . - providing a substrate on which are formed, beforehand, in three dimensions, one or more enamel pattern(s) ; - depositing at least one metallisation layer on the enamel pattern(s) ; - depositing a resin layer on the metallisation layer ; - selectively working the resin layer , so as to locally form resin portions corresponding to or complementary to the three-dimensional pattern(s); - removing the portions of the resin layer complementary to the three-dimensional pattern(s), as well as the underlying portions corresponding to the metallisation layer ; and - removing the remaining resin portions , so as to reveal the corresponding three-dimensional metallised pattern(s) , the or each pattern being made of the metallisation material deposited on a local enamel underlayer .
An energy transmission control mount to act between a pair of components comprising: a carrier having a first major surface and an opposite second major surface and an aperture provided therein a retaining structure on the first major surface of said carrier adapted to retain a second of said components and vibration dampening material on said carrier that substantially lines said aperture , said vibration dampening material extending over at least a portion of said second major surface and over at least a portion of said first major surface , the vibration dampening material extending over said second major surface being configured to bear against one of said components and the vibration dampening material extending over said first major surface being configured to define a disc on which a washer is disposed in alignment with said aperture , characterized in that the disc forms a flange which overlies a portion of the washer to retain the washer to the disc . a carrier having a first major surface and an opposite second major surface and an aperture provided therein a retaining structure on the first major surface of said carrier adapted to retain a second of said components and vibration dampening material on said carrier that substantially lines said aperture , said vibration dampening material extending over at least a portion of said second major surface and over at least a portion of said first major surface , the vibration dampening material extending over said second major surface being configured to bear against one of said components and the vibration dampening material extending over said first major surface being configured to define a disc on which a washer is disposed in alignment with said aperture , characterized in that the disc forms a flange which overlies a portion of the washer to retain the washer to the disc .
A load sensing gas bearing spindle arrangement comprising a gas bearing assembly and journalled within the gas bearing assembly a shaft , the bearing assembly comprising a housing portion and an inner radial bearing portion disposed within and resiliently mounted relative to the housing portion , the inner radial bearing portion comprising a portion having a bearing face which faces the shaft , wherein the bearing assembly is arranged so that due to the resilient mounting, the inner radial bearing portion experiences radial displacement relative to the housing portion in response to radial load on the shaft , characterised in that the spindle arrangement comprises sensing means for sensing said radial displacement thereby sensing load on the bearing.
A method of preparing an electrode for a secondary battery comprising successively: (a) a process of partially coating an electrode slurry containing an electrode mixture and a solvent on an electrode sheet so that coated portions are positioned with an uncoated portion interposed therebetween and the uncoated portion has a width of 10 μm to 300 μm; (b) a process of drying the coated portions to remove the solvent at a removal rate of 20 % to 60 % by weight of the amount of the solvent initially added to prepare the electrode slurry ; and (c) a process of rolling the dried coated portions , wherein a thickness of the coated portion is decreased and the electrode mixture moves to the uncoated portions , resulting in the coated portions disappearing, in the process (c), a plurality of coated portions is formed on the electrode sheet by the uncoated portion of a pattern shape in the process (a), and a thickness of the electrode mixture layer in the uncoated portion which disappeared due to movement of the electrode mixture is the same as a thickness of an electrode mixture layer of a rolled coated portion or less. (a) a process of partially coating an electrode slurry containing an electrode mixture and a solvent on an electrode sheet so that coated portions are positioned with an uncoated portion interposed therebetween and the uncoated portion has a width of 10 μm to 300 μm; (b) a process of drying the coated portions to remove the solvent at a removal rate of 20 % to 60 % by weight of the amount of the solvent initially added to prepare the electrode slurry ; and (c) a process of rolling the dried coated portions ,
A glass having a composition which is characterized by the following phases constituting the glass: Constituting phase Min. (% by mol) Max. (% by mol) albite 20 60 silicon dioxide 0 40 orthoclase 0 20 wollastonite 0 10 enstatite 0 20 parakeldyshite 0 20 narsarsukite 0 20 disodium zinc silicate 0 40 cordierite 0 20 strontium silicate 0 10 barium silicate 0 10 , wherein the portion of further components in the glass is at most 1 % by mol.
Use of an adhesive tape which comprises an adhesive side and an opposite non-adhesive side, with a release tape at least partially attached to the adhesive side, in connection with a mouth-nose mask , wherein the release tape is provided for fixing to the mouth-nose mask , wherein in the intended fixed state (i) the release tape is folded over in the longitudinal direction and fixed in the cross-section in substantially a U-shape around at least a part of at least one edge of the mouth-nose mask or (ii) the release tape is in two-part and comprises an inner and an outer part, which are fixed to an inside or a outside, respectively, of the mouth-nose mask respectively along at least a part of at least one edge of the mouth-nose mask , so that in a first intended wearing state, a section of the adhesive tape rests with the non-adhesive side on the face of a person wearing the mouth-nose mask , and in a second intended wearing state, by detaching the section from the release tape , the mouth-nose mask can be adhered to the face of the person by means of the section with the adhesive side of the adhesive tape .
Dispensing device for paste products, for example toothpaste, comprising: - a container extending along a longitudinal axis (Z) between a lower end and an upper end ; - a deformable diaphragm located at the upper end ; - a head applied to the upper end of the container so as to overlap the diaphragm , comprising: A) a tube provided with an inlet opening and an outlet opening ; B) a button for acting on said diaphragm and deforming it for dispensing the product through said tube , wherein said button has a pressure surface for the dispensing action of a user; said dispensing device being characterised in that it comprises: - an extension element (60',60") suitable for passing from a rest position, wherein it is mainly housed in the button , to an active position, wherein it is mainly outside the button , said extension element (60',60") providing an extension portion which, in said active position, is arranged as an extension of the pressure surface of the button . - a container extending along a longitudinal axis (Z) between a lower end and an upper end ; - a deformable diaphragm located at the upper end ; - a head applied to the upper end of the container so as to overlap the diaphragm , comprising: A) a tube provided with an inlet opening and an outlet opening ; B) a button for acting on said diaphragm and deforming it for dispensing the product through said tube , wherein said button has a pressure surface for the dispensing action of a user; A) a tube provided with an inlet opening and an outlet opening ; B) a button for acting on said diaphragm and deforming it for dispensing the product through said tube , wherein said button has a pressure surface for the dispensing action of a user; - an extension element (60',60") suitable for passing from a rest position, wherein it is mainly housed in the button , to an active position, wherein it is mainly outside the button , said extension element (60',60") providing an extension portion which, in said active position, is arranged as an extension of the pressure surface of the button .
A method implemented by a wireless communication device for signaling uplink control information for multiple different downlink carriers to a base station in a wireless communication system , comprising: interspersing uplink control information known by the base station with uplink control information not known by the base station across one or more information words that comprise uplink control information for multiple different downlink carriers; channel encoding the one or more information words to obtain one or more codewords; and transmitting the one or more codewords to the base station as an uplink control information report, wherein the uplink control information known by the base station comprises uplink control information for one or more non-scheduled downlink carriers, and wherein the uplink control information not known by the base station comprises uplink control information for one or more scheduled downlink carriers, and wherein the one or more information words comprise uplink control information for multiple different downlink carriers that are configured, and wherein one or more of the configured downlink carriers are scheduled and one or more of the configured downlink carriers are non-scheduled. interspersing uplink control information known by the base station with uplink control information not known by the base station across one or more information words that comprise uplink control information for multiple different downlink carriers; channel encoding the one or more information words to obtain one or more codewords; and transmitting the one or more codewords to the base station as an uplink control information report, wherein the uplink control information known by the base station comprises uplink control information for one or more non-scheduled downlink carriers, and wherein the uplink control information not known by the base station comprises uplink control information for one or more scheduled downlink carriers, and wherein the one or more information words comprise uplink control information for multiple different downlink carriers that are configured, and wherein one or more of the configured downlink carriers are scheduled and one or more of the configured downlink carriers are non-scheduled.
Outdoor light, in particular garden or camping light, with an accumulator , a solar panel and a light source which emits light to an optical light element via a light guide , wherein the solar panel is fastened to the outside of a carrier body which is covered by a transparent envelope layer serving as a light guide and optical element, with at least one front face into which light enters, emitted by a LED fed by the accumulator and the solar panel , characterized in that the carrier body has a convex shell surface.
A gas turbine engine comprising: a compressor section which includes a high pressure compressor and a low pressure compressor ; a low spool ; a fan , said fan is driven with said low pressure compressor by said low spool , and there being a gear reduction between said fan and said low spool ; said fan delivering air into said compressor section and into a bypass duct having a variable area nozzle , and said compressor section compressing air and delivering it into a combustion section ; the combustion section mixing air with fuel, igniting the fuel, and driving the products of the combustion across turbine rotors, said turbine rotors including a low turbine rotor driving said low spool and said low pressure compressor ; a control for said gas turbine engine , programmed to position said nozzle at startup of the engine to increase airflow across said fan; characterized in that : said control includes stored desired positions for said nozzle to provide increased airflow into the compressor section at startup at various conditions, said various conditions including the altitude of an aircraft carrying the gas turbine engine, an air speed of the aircraft and a speed of the low spool . a compressor section which includes a high pressure compressor and a low pressure compressor ; a low spool ; a fan , said fan is driven with said low pressure compressor by said low spool , and there being a gear reduction between said fan and said low spool ; said fan delivering air into said compressor section and into a bypass duct having a variable area nozzle , and said compressor section compressing air and delivering it into a combustion section ; the combustion section mixing air with fuel, igniting the fuel, and driving the products of the combustion across turbine rotors, said turbine rotors including a low turbine rotor driving said low spool and said low pressure compressor ; a control for said gas turbine engine , programmed to position said nozzle at startup of the engine to increase airflow across said fan; characterized in that : said control includes stored desired positions for said nozzle to provide increased airflow into the compressor section at startup at various conditions, said various conditions including the altitude of an aircraft carrying the gas turbine engine, an air speed of the aircraft and a speed of the low spool .
An integrated optoelectronic device comprising: a semiconductor substrate ; a diode structure formed above the substrate, the diode structure comprising a bottom diode strip and, formed on top of the bottom diode strip, a layered diode mesa comprising an intrinsic-type layer and a top diode layer ; a first electrical connection contacting the top diode layer of the diode mesa, the first electrical connection connected to a first electrical node of an electronic circuit; and second and third electrical connections contacting the bottom diode strip on opposite respective sides of the diode mesa, the second electrical connection connected to a second electrical node of the electronic circuit and the third electrical connection connected to a third electrical node of the electronic circuit, wherein the electronic circuit is operative to apply a heater bias voltage between the second and third nodes and a reverse bias voltage across the diode structure corresponding to a non-zero average of a voltage between the first node and the second node and a voltage between the first node and the third node. a semiconductor substrate ; a diode structure formed above the substrate, the diode structure comprising a bottom diode strip and, formed on top of the bottom diode strip, a layered diode mesa comprising an intrinsic-type layer and a top diode layer ; a first electrical connection contacting the top diode layer of the diode mesa, the first electrical connection connected to a first electrical node of an electronic circuit; and second and third electrical connections contacting the bottom diode strip on opposite respective sides of the diode mesa, the second electrical connection connected to a second electrical node of the electronic circuit and the third electrical connection connected to a third electrical node of the electronic circuit, wherein the electronic circuit is operative to apply a heater bias voltage between the second and third nodes and a reverse bias voltage across the diode structure corresponding to a non-zero average of a voltage between the first node and the second node and a voltage between the first node and the third node.
Fibre-reactive azo dyes of general formula where M is hydrogen or an alkali metal; R 1 and R 2 independently of one another are hydrogen (-H), methyl (-CH 3 ) or ethyl (-CH 2 -CH 3 ) ; and Y 1 and Y 2 independently of one another are -CH 2 =CH 2 or -CH 2 -CH 2 -Z, and Z is a group which can be eliminated under alkaline conditions. M is hydrogen or an alkali metal; R 1 and R 2 independently of one another are hydrogen (-H), methyl (-CH 3 ) or ethyl (-CH 2 -CH 3 ) ; and Y 1 and Y 2 independently of one another are -CH 2 =CH 2 or -CH 2 -CH 2 -Z, and Z is a group which can be eliminated under alkaline conditions.