mhurhangee/patent-ind-claim-en huggingface dataset:
A display device comprising: a first substrate (SUB1) including first, second, and third sub-pixel areas (SPA1, SPA2, SPA3); a first sub-pixel (SPX1) including a first light emitting element (LD1) disposed in the first sub-pixel area (SPA1); a second sub-pixel (SPX2) including a second light emitting element (LD2) disposed in the second sub-pixel area (SPA2); a third sub-pixel (SPX3) including a third light emitting element (LD3) disposed in the third sub-pixel area (SPA3); and a bank (BNK) disposed between the first, the second, and the third sub-pixels (SPX1, SPX2, SPX3) and configured to enclose an emission area (EMA) of each of the first, the second, and the third sub-pixels (SPX1, SPX2, SPX3), wherein the bank (BNK) is formed of a color bank (CBNK) including a color filter material for blocking light emitted from the first, the second, and the third light emitting elements (LD1, LD2, LD3), wherein all of the first, the second, and the third light emitting elements (LD1, LD2, LD3) emit blue light, and the bank (BNK) includes a first color pigment having a color different from the blue light emitted from the first, the second, and the third light emitting elements (LD1, LD2, LD3), characterised in that the bank (BNK) includes a red- or yellow-based color filter material as said first color pigment. a first substrate (SUB1) including first, second, and third sub-pixel areas (SPA1, SPA2, SPA3); a first sub-pixel (SPX1) including a first light emitting element (LD1) disposed in the first sub-pixel area (SPA1); a second sub-pixel (SPX2) including a second light emitting element (LD2) disposed in the second sub-pixel area (SPA2); a third sub-pixel (SPX3) including a third light emitting element (LD3) disposed in the third sub-pixel area (SPA3); and a bank (BNK) disposed between the first, the second, and the third sub-pixels (SPX1, SPX2, SPX3) and configured to enclose an emission area (EMA) of each of the first, the second, and the third sub-pixels (SPX1, SPX2, SPX3), wherein the bank (BNK) is formed of a color bank (CBNK) including a color filter material for blocking light emitted from the first, the second, and the third light emitting elements (LD1, LD2, LD3), wherein all of the first, the second, and the third light emitting elements (LD1, LD2, LD3) emit blue light, and the bank (BNK) includes a first color pigment having a color different from the blue light emitted from the first, the second, and the third light emitting elements (LD1, LD2, LD3), characterised in that the bank (BNK) includes a red- or yellow-based color filter material as said first color pigment.
An imaging system for a motor vehicle, comprising - a camera housing part and at least one camera module to be mounted to said camera housing part , characterized in that - the camera module is provided with at least one radially outwardly directed protrusion , and - a closed retainer ring is provided in the camera housing part, wherein - the closed retainer ring is elastically deformable, and - the closed retainer ring comprises a first ring element made from a rigid material and a second ring element made from a flexible material, and - the closed retainer ring is attached to the camera module by pushing it over the at least one protrusion under elastic deformation of the closed retainer ring to an attachment position, wherein - in the attachment position the closed retainer ring is arranged between the at least one outwardly directed protrusion of the camera module and a surface of the camera housing part , and - the camera module is attached to the camera housing part by being clamped to the camera housing part when the closed retainer ring is in the attachment position. - a camera housing part and at least one camera module to be mounted to said camera housing part , characterized in that - the camera module is provided with at least one radially outwardly directed protrusion , and - a closed retainer ring is provided in the camera housing part, wherein - the closed retainer ring is elastically deformable, and - the closed retainer ring comprises a first ring element made from a rigid material and a second ring element made from a flexible material, and - the closed retainer ring is attached to the camera module by pushing it over the at least one protrusion under elastic deformation of the closed retainer ring to an attachment position, wherein - in the attachment position the closed retainer ring is arranged between the at least one outwardly directed protrusion of the camera module and a surface of the camera housing part , and - the camera module is attached to the camera housing part by being clamped to the camera housing part when the closed retainer ring is in the attachment position.
Zero-point clamping module with a basic housing , with a clamping seat provided in the basic housing for receiving a clamping element, with a piston arranged in the basic housing in an axially displaceable manner, and with at least one locking element movable in the basic housing orthogonally to a longitudinal center axis of the clamping seat , wherein at least one cylinder pin is provided, which is arranged on the piston or the locking element , respectively, transversely with respect to the longitudinal center axis, the pin being movably coupled with an inclined guide on the side of the locking element or the piston, respectively, in such a way that, when the piston is moved in axial direction, the locking element for fixing or releasing a clamping element received by the clamping seat is moved in radial direction, wherein the clamping seat is formed as a recess in the basic housing , characterized in that a closure device with a cover element , with an axially movable setting element and with a sealing ring provided between the cover element and the setting element is provided in such a way in the clamping seat that, when the locking element is moved in a radially inner closing position, the setting element is moved against the cover element , so that the sealing ring is expanded in radial direction for sealing against the basic housing .
A vibration damping structure for a heat-transfer tube bundle including columns each composed of a plurality of heat-transfer tubes curved in a common plane and arranged in parallel to each other, the columns being arranged at an interval, the vibration damping structure comprising: the plurality of heat transfer tubes ; a plurality of first vibration damping members disposed between a Nth column and a N+1th column so as to intersect an array direction of the columns , where N represents a natural number; and a plurality of second vibration damping members disposed between the N+1th column and a N+2th column so as to intersect the array direction, wherein the plurality of first vibration damping members and the plurality of second vibration damping members are curved in an opposite direction to the plurality of heat-transfer tubes and respectively arranged so as to increase curvature with an increase in distance from a curvature center of the plurality of heat-transfer tubes , and the plurality of first vibration damping members and the plurality of second vibration damping members are disposed at different positions in an axial direction of each heat-transfer tube , and characterized in that thicknesses of the plurality of first vibration damping members and the plurality of second vibration damping members in the array direction are larger than an average value of a clearance between the columns under operation. the plurality of heat transfer tubes ; a plurality of first vibration damping members disposed between a Nth column and a N+1th column so as to intersect an array direction of the columns , where N represents a natural number; and a plurality of second vibration damping members disposed between the N+1th column and a N+2th column so as to intersect the array direction, wherein the plurality of first vibration damping members and the plurality of second vibration damping members are curved in an opposite direction to the plurality of heat-transfer tubes and respectively arranged so as to increase curvature with an increase in distance from a curvature center of the plurality of heat-transfer tubes , and the plurality of first vibration damping members and the plurality of second vibration damping members are disposed at different positions in an axial direction of each heat-transfer tube , and characterized in that thicknesses of the plurality of first vibration damping members and the plurality of second vibration damping members in the array direction are larger than an average value of a clearance between the columns under operation.
A printing apparatus comprising: a holding unit configured to hold a bag including a storage portion that is pliable and is configured to store ink used for printing, and a discharge port through which the ink is discharged; and an agitating unit configured to agitate the ink, characterised in that the holding unit is configured such that the storage portion is inclined with respect to a horizontal direction, and the bag is held in a position such that the discharge port is disposed below the storage portion; and the agitating unit includes a pressing member configured to press the storage portion from a lower side towards an upper side to deform the storage portion. a holding unit configured to hold a bag including a storage portion that is pliable and is configured to store ink used for printing, and a discharge port through which the ink is discharged; and an agitating unit configured to agitate the ink, characterised in that the holding unit is configured such that the storage portion is inclined with respect to a horizontal direction, and the bag is held in a position such that the discharge port is disposed below the storage portion; and the agitating unit includes a pressing member configured to press the storage portion from a lower side towards an upper side to deform the storage portion.
Wind turbine blade of a wind turbine , the wind turbine blade comprising a shell and a spar having at least one spar cap , wherein at least one of the at least one spar cap comprises at least two longitudinal support structure elements , whereby at least two of the at least two longitudinal support structure elements are arranged adjacent to one another in a longitudinal direction (L 10 ) of the wind turbine blade and at least one longitudinal support structure comprises carbon fiber-reinforced plastic and at least one other longitudinal support structure comprises at least one fiber-reinforced plastic different from carbon fiber-reinforced plastic, c h a r a c t e r i zed in that at least two adjacent longitudinal support structure elements are connected to one another by means of a structural joint , wherein the support structure elements or parts thereof are overlapping one another, whereby a longitudinal support structure element is merged into an adjacent longitudinal support structure element to form the structural joint , wherein the fiber-reinforced plastic from one of the longitudinal support structure elements is arranged in a space formed in the adjacent longitudinal support structure element and vice versa, so that the adjacent longitudinal support structure elements are merged with each other.
A solar power system comprising: a spherical frame ; a plurality of solar power cells mounted on an outer surface of the spherical frame ; a hemispherical reservoir mounted to the spherical frame to enclose at least a portion of the spherical frame such that a gap is defined between the spherical frame and an interior surface of the reservoir, the reservoir configured to hold a fluid that comprises a solar cell cleaning solution ; and at least one actuator mounted to the spherical frame and operable to rotate a portion of the spherical frame that supports the plurality of solar power cells through the gap and into the reservoir. a spherical frame ; a plurality of solar power cells mounted on an outer surface of the spherical frame ; a hemispherical reservoir mounted to the spherical frame to enclose at least a portion of the spherical frame such that a gap is defined between the spherical frame and an interior surface of the reservoir, the reservoir configured to hold a fluid that comprises a solar cell cleaning solution ; and at least one actuator mounted to the spherical frame and operable to rotate a portion of the spherical frame that supports the plurality of solar power cells through the gap and into the reservoir.
Method for transferring harvested crop from a harvesting vehicle to a transport vehicle , wherein the harvesting vehicle travels along a plurality of substantially parallel tracks , wherein the lane of the harvesting vehicle is recorded during the journey, wherein the harvesting vehicle picks up crop material during the journey, wherein the transport vehicle is driven parallel to the harvesting vehicle and during the parallel drive of the harvesting vehicle and transport vehicle the crop material is overloaded from the harvesting vehicle onto the transport vehicle , characterised in that the recorded lane is transmitted to the transport vehicle , wherein the transport vehicle is driven substantially along the transmitted lane . wherein the harvesting vehicle travels along a plurality of substantially parallel tracks , wherein the lane of the harvesting vehicle is recorded during the journey, wherein the harvesting vehicle picks up crop material during the journey, wherein the transport vehicle is driven parallel to the harvesting vehicle and during the parallel drive of the harvesting vehicle and transport vehicle the crop material is overloaded from the harvesting vehicle onto the transport vehicle , characterised in that the recorded lane is transmitted to the transport vehicle , wherein the transport vehicle is driven substantially along the transmitted lane .
Plant for charging, melting and casting of metal and metal alloys under vacuum and/or a protective gas atmosphere, comprising at least one vacuum induction melting device , means for charging feedstock under vacuum and/or protective gas into the at least one vacuum induction melting device , at least one vacuum induction casting device , which is connectible with the at least one vacuum induction melting device , wherein the vacuum induction casting device comprises at least one storage chamber , which can be gas-tightly coupled to a continuous casting plant or a powder atomising plant as downstream unit, characterised by at least one second vacuum induction melting device , wherein at least two vacuum induction melting devices are gas-tightly connectible with the vacuum induction casting device and the vacuum induction melting devices are constructed for the purpose of in alternation respectively feeding a casting distributor which transfers the melt under vacuum and/or protective gas to the storage chamber of the vacuum induction casting device .
A method for manufacturing a diffractive optical element, comprising: depositing first and second portions of materials directly onto a substrate (1908, 1922, 2108, Substrate 1, Substrate 2), wherein the first portion of materials has a first depth and the second portion of materials has a second depth, the first depth being different from the second depth; employing a template having an imprint pattern formed thereon, the template employed to imprint the imprint pattern into the first and second portions of materials on the substrate (1908, 1922, 2108, Substrate 1, Substrate 2), the template comprising a first set of depth structures and a second set of depth structures such that the first portion of materials is deposited at the first depth corresponding to the first set of depth structures and such that the second portion of materials is deposited at the second depth corresponding to the second set of depth structures ; and wherein the imprint pattern comprises a diffraction pattern for the diffractive optical element. depositing first and second portions of materials directly onto a substrate (1908, 1922, 2108, Substrate 1, Substrate 2), wherein the first portion of materials has a first depth and the second portion of materials has a second depth, the first depth being different from the second depth; employing a template having an imprint pattern formed thereon, the template employed to imprint the imprint pattern into the first and second portions of materials on the substrate (1908, 1922, 2108, Substrate 1, Substrate 2), the template comprising a first set of depth structures and a second set of depth structures such that the first portion of materials is deposited at the first depth corresponding to the first set of depth structures and such that the second portion of materials is deposited at the second depth corresponding to the second set of depth structures ; and wherein the imprint pattern comprises a diffraction pattern for the diffractive optical element.
A method of extracting and isolating compounds from plants of the Nicotiana species useful as a flavor material, comprising: receiving a plant material of the Nicotiana species; contacting the plant material with a solvent for a time and under conditions sufficient to extract one or more desired compounds from the plant material into the solvent; separating the solvent containing the one or more desired compounds from the extracted plant material, wherein the solvent is dry steam; and purifying the solvent containing the one or more desired compounds to provide an isolate comprising at least about 75 percent by weight of the one or more desired compounds, the one or more desired compounds being selected from the group consisting of solanone, neophytadiene, megastigmatrienone, β-damascenone, norsolanadione, cis- abienol, α-cembratrienediol, β-cembratrienediol, lutein, degradation products thereof, and mixtures thereof. receiving a plant material of the Nicotiana species; contacting the plant material with a solvent for a time and under conditions sufficient to extract one or more desired compounds from the plant material into the solvent; separating the solvent containing the one or more desired compounds from the extracted plant material, wherein the solvent is dry steam; and purifying the solvent containing the one or more desired compounds to provide an isolate comprising at least about 75 percent by weight of the one or more desired compounds, the one or more desired compounds being selected from the group consisting of solanone, neophytadiene, megastigmatrienone, β-damascenone, norsolanadione, cis- abienol, α-cembratrienediol, β-cembratrienediol, lutein, degradation products thereof, and mixtures thereof.
A connector comprising: a plug contact having a conductive property, having a tubular shape, and including a recessed portion extending along a fitting axis (C); and an inner contact constituted of a projection that is inserted in the recessed portion and has an outer peripheral surface entirely covered with a conductive layer, wherein the inner contact has a contacting portion (P1) making contact with the plug contact within the recessed portion and a pressing portion (P2) situated in a rotational position different from the contacting portion about the fitting axis, and a part of a connection object of sheet type having a flexible conductor exposed on at least one surface of the connection object is sandwiched between the pressing portion and an inner surface of the recessed portion in a direction perpendicular to the fitting axis, the inner surface of the recessed portion makes contact with a top surface of the connection object, and the pressing portion makes contact with a bottom surface of the connection object, whereby the plug contact is electrically connected to the flexible conductor directly when the flexible conductor is exposed on the top surface of the connection object, and the plug contact is electrically connected to the flexible conductor via the inner contact when the flexible conductor is exposed on the bottom surface of the connection object. a plug contact having a conductive property, having a tubular shape, and including a recessed portion extending along a fitting axis (C); and an inner contact constituted of a projection that is inserted in the recessed portion and has an outer peripheral surface entirely covered with a conductive layer, wherein the inner contact has a contacting portion (P1) making contact with the plug contact within the recessed portion and a pressing portion (P2) situated in a rotational position different from the contacting portion about the fitting axis, and a part of a connection object of sheet type having a flexible conductor exposed on at least one surface of the connection object is sandwiched between the pressing portion and an inner surface of the recessed portion in a direction perpendicular to the fitting axis, the inner surface of the recessed portion makes contact with a top surface of the connection object, and the pressing portion makes contact with a bottom surface of the connection object, whereby the plug contact is electrically connected to the flexible conductor directly when the flexible conductor is exposed on the top surface of the connection object, and the plug contact is electrically connected to the flexible conductor via the inner contact when the flexible conductor is exposed on the bottom surface of the connection object.
A sanitary mirror device , comprising: - a mirror element having a reflective mirror plane; - a sensor unit including one or more sensors which are configured to detect body characteristics data in a contactless manner, the body characteristics data corresponding to or related to at least one body characteristics of an individual in front of the mirror device ; - a display unit ; - a control unit configured to receive the body characteristics data and to instruct the display unit to display information corresponding to and/or relating to the body characteristics data, characterised in that the sensor unit comprises a radar sensor unit configured to perform a Doppler radar measurement to detect the body characteristics data, and in that the radar sensor unit has a radar unit and an analyzing unit to process radar signals, wherein the radar unit is configured to provide radar signals and comprises at least one antenna , wherein the at least one antenna is provided as one of a part of a frame circumventing the mirror plane, or an area of a metal layer forming the mirror plane which is galvanically isolated from the rest of the mirror plane. - a mirror element having a reflective mirror plane; - a sensor unit including one or more sensors which are configured to detect body characteristics data in a contactless manner, the body characteristics data corresponding to or related to at least one body characteristics of an individual in front of the mirror device ; - a display unit ; - a control unit configured to receive the body characteristics data and to instruct the display unit to display information corresponding to and/or relating to the body characteristics data, the sensor unit comprises a radar sensor unit configured to perform a Doppler radar measurement to detect the body characteristics data, and in that the radar sensor unit has a radar unit and an analyzing unit to process radar signals, wherein the radar unit is configured to provide radar signals and comprises at least one antenna , wherein the at least one antenna is provided as one of a part of a frame circumventing the mirror plane, or an area of a metal layer forming the mirror plane which is galvanically isolated from the rest of the mirror plane.
Fuel supply device for cryogenic fuels, comprising a pre-supply pump and a high-pressure pump , wherein the high-pressure pump has a reciprocally movable piston which delimits a compression chamber , wherein the compression chamber is connectable via a suction valve to a low-pressure storage volume which can be filled with cryogenic fuel via the pre-supply pump , characterized in that the low-pressure storage volume is delimited by a movable and/or elastically deformable element , the element preferably being a reciprocally movable piston , an elastically deformable diaphragm or a corrugated or folding bellows .