mhurhangee/patent-ind-claim-en huggingface dataset:
A modular nozzle arrangement for coolant lubricants (KSS), comprising: a distributor block providing an inlet and a plurality of outlets for a KSS fluid, and at least one KSS nozzle (56; 108, 110, 112, 114) receivable at an outlet , and being selectable from a nozzle set , wherein at least the at least one nozzle (56; 108, 110, 112, 114) is additively manufactured, wherein the outlets each have a seat to accommodate a connector piece of the nozzle (56; 108, 110, 112, 114), characterized in that : the at least one nozzle has an internal flow-guiding contour with curved flow channels (142, 144, 146, 148; 172; 188, 190), in the coupled state, a first seal and a second seal are provided between the seat and the connector piece , the first seal is arranged as a radially effective seal, and the second seal as an axially effective seal, and a groove interacting with a locking slider , particularly an encircling groove, is formed on the connector piece . a distributor block providing an inlet and a plurality of outlets for a KSS fluid, and at least one KSS nozzle (56; 108, 110, 112, 114) receivable at an outlet , and being selectable from a nozzle set , wherein at least the at least one nozzle (56; 108, 110, 112, 114) is additively manufactured, wherein the outlets each have a seat to accommodate a connector piece of the nozzle (56; 108, 110, 112, 114), characterized in that : the at least one nozzle has an internal flow-guiding contour with curved flow channels (142, 144, 146, 148; 172; 188, 190), in the coupled state, a first seal and a second seal are provided between the seat and the connector piece , the first seal is arranged as a radially effective seal, and the second seal as an axially effective seal, and a groove interacting with a locking slider , particularly an encircling groove, is formed on the connector piece . the at least one nozzle has an internal flow-guiding contour with curved flow channels (142, 144, 146, 148; 172; 188, 190), in the coupled state, a first seal and a second seal are provided between the seat and the connector piece , the first seal is arranged as a radially effective seal, and the second seal as an axially effective seal, and a groove interacting with a locking slider , particularly an encircling groove, is formed on the connector piece .
A tape dispenser comprising: a supporting frame , tape holding means for a tape , a static cutting device and static protective means of said cutting device , said cutting device comprises at least one cutting portion , wherein said protective means comprise at least one protective element positioned in correspondence with said cutting portion , said protective element being permanently and statically superimposed to said cutting portion with respect to the direction in which said tape is applied, and being oriented transversely with respect to the direction of unwinding of said tape toward the centerline (M) of said cutting device ; said cutting portion being positioned on at least one side of said centerline (M) of said cutting device ; said cutting device and said protective means being coupled integrally to prevent relative movements, characterized in that said at least one protective element has the upper edge facing downwards in the direction of said centerline (M).
An optoelectronic device comprising: light-emitting components , each light-emitting component being adapted to emit a first radiation at a first wavelength; and photoluminescent blocks , each photoluminescent block facing at least one light-emitting component, photoluminescent blocks being divided into first, second, and third photoluminescent blocks, first photoluminescent blocks being adapted to convert by optical pumping the first radiation into a second radiation at a second wavelength, for each photoluminescent block , a substrate transparent to the first radiation; and walls delimiting openings , said openings being opposite to the light-emitting components , each opening comprising at least one of the photoluminescent blocks , characterized in that the second photoluminescent blocks are adapted to convert by optical pumping the first radiation into a third radiation at a third wavelength and the third photoluminescent blocks are adapted to convert by optical pumping the first radiation into a fourth radiation at a fourth wavelength, and in that each photoluminescent block comprises photoluminescent nanowires or microwires , each comprising a single quantum well or multiple quantum wells , the nanowires or microwires of the photoluminescent block being formed on the substrate . light-emitting components , each light-emitting component being adapted to emit a first radiation at a first wavelength; and photoluminescent blocks , each photoluminescent block facing at least one light-emitting component, photoluminescent blocks being divided into first, second, and third photoluminescent blocks, first photoluminescent blocks being adapted to convert by optical pumping the first radiation into a second radiation at a second wavelength, for each photoluminescent block , a substrate transparent to the first radiation; and walls delimiting openings , said openings being opposite to the light-emitting components , each opening comprising at least one of the photoluminescent blocks , characterized in that the second photoluminescent blocks are adapted to convert by optical pumping the first radiation into a third radiation at a third wavelength and the third photoluminescent blocks are adapted to convert by optical pumping the first radiation into a fourth radiation at a fourth wavelength, and in that each photoluminescent block comprises photoluminescent nanowires or microwires , each comprising a single quantum well or multiple quantum wells , the nanowires or microwires of the photoluminescent block being formed on the substrate .
Rotary joint device configured to equip an installation for exploiting fluids , for example a hydrocarbon and in particular on an offshore platform, including a first annular part , a second annular part rotatably movable in relation to said first annular part, at least one transfer chamber at least partially arranged in said first annular part and/or in said second annular part to make it possible to transfer said fluid through said rotary joint device , at least one gap space located between said first annular part and said second annular part and opening into said at least one transfer chamber, said at least one gap space being provided to make it possible to mutually rotate said first and second annular parts, at least one dynamic sealing member housed at least partially inside said at least one gap space and provided to seal it, as well as a device for protecting said at least one dynamic sealing member; characterised in that said protection device includes at least one deflector member housed at least partially in said at least one gap space and at least one recovery cavity arranged in at least one of said first and second annular parts and opening into said at least one gap space , said protection device being configured so that, when said fluid admitted in said at least one transfer chamber flows towards said at least one gap space wherein said at least one dynamic sealing member is housed, said fluid is guided by said at least one deflector member directly into said at least one recovery cavity to protect said at least one dynamic sealing member from debris that said fluid may comprise.
Apparatus comprising: a PIC chip comprising one or more optical waveguide; and an interposer unit comprising: one or more optical waveguide on a substrate, and one or more free-hanging structure , without substrate below, comprising one or more optical waveguide, respectively, from the one or more optical waveguide on the substrate to the one or more optical waveguide of the PIC chip ; wherein the PIC chip comprises one or more alignment feature to facilitate passive lateral, vertical and longitudinal alignment of a respective tip of the one or more free-hanging structure to a respective one of the one or more optical waveguide of the PIC chip . a PIC chip comprising one or more optical waveguide; and an interposer unit comprising: one or more optical waveguide on a substrate, and one or more free-hanging structure , without substrate below, comprising one or more optical waveguide, respectively, from the one or more optical waveguide on the substrate to the one or more optical waveguide of the PIC chip ; one or more optical waveguide on a substrate, and one or more free-hanging structure , without substrate below, comprising one or more optical waveguide, respectively, from the one or more optical waveguide on the substrate to the one or more optical waveguide of the PIC chip ; wherein the PIC chip comprises one or more alignment feature to facilitate passive lateral, vertical and longitudinal alignment of a respective tip of the one or more free-hanging structure to a respective one of the one or more optical waveguide of the PIC chip .
Method for determining a parameter of an optical device comprising at least an optical lens, the method comprising: - an optical system providing step (S1), during which an optical system comprising a visual target , the optical device and an image acquisition module is provided in an initial configuration state, the image acquisition module comprising a camera, - a parameter determining step (S5), during which a parameter of the optical device is determined based on the blur level of the images of the visual target acquired by the image acquisition module through the optical device in at least two different configuration states, - the method further comprises prior to the parameter determining step (S5) an optical system configuration modifying step, during which only the focus of the image acquisition module is modified such that the configuration of the optical system is modified into a modified configuration state, - a modified image acquisition step (S4), step, during which an image of the visual target through the optical device is acquired by the image acquisition module with the optical system in the modified configuration state, - the method further comprises prior to the optical system providing step a focus setting step (S0) during which the focus of the image acquisition module is set so as to provide a sharp image of the visual target when placed at an initial distance and acquired directly by the image acquisition module, wherein - during the optical system providing step the optical device is placed as close as possible to the image acquisition module. - an optical system providing step (S1), during which an optical system comprising a visual target , the optical device and an image acquisition module is provided in an initial configuration state, the image acquisition module comprising a camera, - a parameter determining step (S5), during which a parameter of the optical device is determined based on the blur level of the images of the visual target acquired by the image acquisition module through the optical device in at least two different configuration states, - the method further comprises prior to the parameter determining step (S5) an optical system configuration modifying step, during which only the focus of the image acquisition module is modified such that the configuration of the optical system is modified into a modified configuration state, - a modified image acquisition step (S4), step, during which an image of the visual target through the optical device is acquired by the image acquisition module with the optical system in the modified configuration state, - the method further comprises prior to the optical system providing step a focus setting step (S0) during which the focus of the image acquisition module is set so as to provide a sharp image of the visual target when placed at an initial distance and acquired directly by the image acquisition module, wherein - during the optical system providing step the optical device is placed as close as possible to the image acquisition module.
Fixed guard comprising one or more panels each supported by a pair of uprights , in which each panel consists of a rigid net without frame, formed by a series of ribs with a polygonal profile, which protrude from the plane of said net and which, in the mounted operational arrangement of the guard, extend horizontally through the panel and are spaced vertically, and in which said panels are fixed by removable plates to said uprights in correspondence of said ribs , in which each of said plates has a fixing side for fixing to said net and fixing means for fixing to said upright , each of said plates is made of synthetic resin, characterized in that in said fixing side there is a polygonal groove which corresponds to the polygonal profile of said ribs of the net and extends along a perimeter portion of said plate , and a pair of recesses that starting from said perimeter portion extend up to said groove , said groove and said recesses being operationally coupled by interference to a portion of wire of said net .
A method of making a sweetener composition, the method comprising: adding silica to a syrup comprising a solvent and one or more sweetener carbohydrates and/or sweetener polyols to form a sweetener composition; and dispersing the silica; wherein the sweetener composition comprises one or more sweetener carbohydrates and/or sweetener polyols and about 0.01-2% silica weight/weight relative to a sum of total sweetener carbohydrate and sweetener polyol; the sweetener composition has enhanced sweetness compared to a control composition; and the control composition has the same contents by identity and quantity as the sweetener composition but without the silica. adding silica to a syrup comprising a solvent and one or more sweetener carbohydrates and/or sweetener polyols to form a sweetener composition; and dispersing the silica; wherein the sweetener composition comprises one or more sweetener carbohydrates and/or sweetener polyols and about 0.01-2% silica weight/weight relative to a sum of total sweetener carbohydrate and sweetener polyol; the sweetener composition has enhanced sweetness compared to a control composition; and the control composition has the same contents by identity and quantity as the sweetener composition but without the silica.
A container for consumer goods, comprising container walls, wherein the container is formed from a blank, wherein at least one container wall comprises a fluid guide element and adhesive is provided in the fluid guide element , wherein the at least one container wall is formed from a panel of the blank, and wherein the container wall is fixed by means of the adhesive to a further component of the container, characterized in that the fluid guide element is adapted to promote the adhesive into advancing into a predetermined direction, such that locally applied adhesive is distributed to the desired locations in the panel .
A cladding panel for a wall (M) comprising: - an outer layer having a rear face and including a plurality of plates ; - an inner layer having a front face, assembled to the rear face of the outer layer and binding the plates, and a rear face configured to be disposed against the wall (M); - first and second borders extending substantially parallel to each other; - a third border extending transversely relative to the first border; characterized in that it further includes at least: - a first fixing device extending along the first border and having: ∘ a mounting portion embedded in the inner layer; ∘ a fixing portion extending from the inner layer and configured to cooperate with a fixing means for fixing the panel to said wall; ∘ an assembly portion configured to assemble said panel with a second panel; and - a second fixing device extending along the third border . - an outer layer having a rear face and including a plurality of plates ; - an inner layer having a front face, assembled to the rear face of the outer layer and binding the plates, and a rear face configured to be disposed against the wall (M); - first and second borders extending substantially parallel to each other; - a third border extending transversely relative to the first border; - a first fixing device extending along the first border and having: ∘ a mounting portion embedded in the inner layer; ∘ a fixing portion extending from the inner layer and configured to cooperate with a fixing means for fixing the panel to said wall; ∘ an assembly portion configured to assemble said panel with a second panel; and ∘ a mounting portion embedded in the inner layer; ∘ a fixing portion extending from the inner layer and configured to cooperate with a fixing means for fixing the panel to said wall; ∘ an assembly portion configured to assemble said panel with a second panel; and - a second fixing device extending along the third border .
An electrode assembly for a nonaqueous electrolyte secondary battery, comprising at least one anode, at least one cathode and at least one separator interposed between the at least one anode and at least one cathode, wherein the water content of the electrode assembly, as determined by the method defined in the description, is less than 20 ppm by weight, based on the total weight of the electrode assembly; wherein the separator has a melting point of 180 °C or higher; and wherein both the cathode and anode current collectors are in the form of a foil.
Horn circuit for activating a horn of a vehicle, which is adapted to be attached to one of: an airbag module for a vehicle, an attachment member for connecting the airbag module to a steering wheel, and the steering wheel, the horn circuit comprising at least two contact elements , wherein a horn signal is produced when the at least two contact elements get in direct or indirect electrical contact, wherein the at least two contact elements are arranged adjacent to each other and form a compact entity, further comprising at least one conductive spring element configured to fix the airbag module to the steering wheel characterized in that the at least one conductive spring element is configured to act as a contact closing member for electrically connecting the two contact elements upon activating the horn of a vehicle.
Combination of a holding element and a stop positioner (2; 2') for a fastener driving tool which is fitted with a delivery device for pin-shaped connecting elements , such as e.g. screws, nails or rivets, which can be successively transferred into a driving position (P2) of the fastener driving tool , wherein, corresponding to a preset point (S) on a series of identical holding elements (1; 1'), the stop positioner (2; 2') can be placed thereon in a clearly reproducible manner for each of them and, in this position, the connecting element can be driven through the holding element (1; 1') by means of the fastener driving tool connected to the stop positioner (2; 2'), characterised in that the stop positioner (2; 2') comprises at least one marking element (11; 13.1; 13.2; 13.1'; 13.2') which corresponds to at least one positioning element (6; 12) of the holding element (1; 1'), wherein the marking element (13.1; 13.2; 13.1'; 13.2') of the stop positioner (2; 2') is formed as at least one pin (13.1; 13.2; 13.1'; 13.2') which protrudes out of the first stop surface of the stop positioner (2; 2') and is compatible with a bore in the holding element (1; 1').
Use of a composition as a stabilising agent for the cell-free nucleic acids contained in a biological sample, characterized in that the composition in aqueous solution comprises at least one buffering compound that buffers to a pH value of 7 or below, at least one anticoagulant that preferably is a chelating agent, and urotropin, optionally PEG.
Magazine for storing ammunition bodies with several storage levels (2.1, 2.2, 2.3) arranged one above the other, each storage level (2.1, 2.2, 2.3) comprising several storage spaces arranged next to each other, wherein the storage locations are each assigned a holding device for holding an ammunition body , characterized by a transport device arranged between the storage levels (2.1, 2.2, 2.3) for transporting an ammunition body from a holding device of a storage level (2.1, 2.2, 2.3) to an adjacent holding device of the same storage level (2.1, 2.2, 2.3).
A cosmetic composition comprising: (i) 24.6 to 95% by weight ethanol; (ii) 2.0 to 18.0% by weight of a lipid mixture consisting of isostearyl alcohol and glycerol monolaurate at a weight ratio of from 25: 75 to 40: 60; (iii) 3 to 70% by weight of an oil selected from C8 to C16 alkanes, wherein: (a) the amount indicated for component (i) includes any fragrance present in the composition; (b) the amounts indicated for components (i) to (iii) exclude any volatile propellant present in the composition and (c) the content of component (ii) by weight is less than or equal to the content of component (i) by weight multiplied by 0.22. (i) 24.6 to 95% by weight ethanol; (ii) 2.0 to 18.0% by weight of a lipid mixture consisting of isostearyl alcohol and glycerol monolaurate at a weight ratio of from 25: 75 to 40: 60; (iii) 3 to 70% by weight of an oil selected from C8 to C16 alkanes, (a) the amount indicated for component (i) includes any fragrance present in the composition; (b) the amounts indicated for components (i) to (iii) exclude any volatile propellant present in the composition and (c) the content of component (ii) by weight is less than or equal to the content of component (i) by weight multiplied by 0.22.
A carrier for holding a plurality of containers (C), comprising: a plurality of panels at least partially extending around an interior space of the carrier , the plurality of panels includes a front panel , a back panel , at least one central panel, at least one side panel, and at least one bottom panel , the at least one central panel positioned a distance (D) from one of the front panel and the back panel ; at least one curved corner; and at least one curved divider flap extending from the at least one central panel to the one of the front panel and the back panel in the interior space of the carrier , the at least one curved divider flap defines a radius of curvature (D/2), the radius of curvature (D/2) is approximately half the distance (D) from the at least one central panel to the one of the front panel and the back panel . a plurality of panels at least partially extending around an interior space of the carrier , the plurality of panels includes a front panel , a back panel , at least one central panel, at least one side panel, and at least one bottom panel , the at least one central panel positioned a distance (D) from one of the front panel and the back panel ; at least one curved corner; and at least one curved divider flap extending from the at least one central panel to the one of the front panel and the back panel in the interior space of the carrier , the at least one curved divider flap defines a radius of curvature (D/2), the radius of curvature (D/2) is approximately half the distance (D) from the at least one central panel to the one of the front panel and the back panel .