mhurhangee/patent-ind-claim-en huggingface dataset:
A system for transporting turbomachinery, comprising: a turbomachine skid , comprising: a skid body configured to support a turbomachine ; and a modular transportation system , comprising: at least one support disposed on the skid body ; and at least one transportation attachment removably coupled to the at least one support , wherein the at least one transportation attachment is interchangeable with at least one different transportation attachment ; wherein the at least one transportation attachment comprises at least one roller and characterized in that the at least one different transportation attachment comprises one of a stabilizer attachment , a precision roller attachment , and a rough roller attachment ; and in that the at least one support comprises a receptacle , the receptacle being configured to at least partially surround the at least one transportation attachment , and the at least one support comprises a removable connector configured to removably couple with the at least one transportation attachment . a skid body configured to support a turbomachine ; and a modular transportation system , comprising: at least one support disposed on the skid body ; and at least one transportation attachment removably coupled to the at least one support , wherein the at least one transportation attachment is interchangeable with at least one different transportation attachment ; wherein the at least one transportation attachment comprises at least one roller and characterized in that the at least one different transportation attachment comprises one of a stabilizer attachment , a precision roller attachment , and a rough roller attachment ; and in that the at least one support comprises a receptacle , the receptacle being configured to at least partially surround the at least one transportation attachment , and the at least one support comprises a removable connector configured to removably couple with the at least one transportation attachment . at least one support disposed on the skid body ; and at least one transportation attachment removably coupled to the at least one support , wherein the at least one transportation attachment is interchangeable with at least one different transportation attachment ; wherein the at least one transportation attachment comprises at least one roller and characterized in that the at least one different transportation attachment comprises one of a stabilizer attachment , a precision roller attachment , and a rough roller attachment ; and in that the at least one support comprises a receptacle , the receptacle being configured to at least partially surround the at least one transportation attachment , and the at least one support comprises a removable connector configured to removably couple with the at least one transportation attachment .
Building module for producing a multistorey building , wherein the building module comprises two rectangular side walls which are oriented in parallel with one another, a rectangular floor element which is connected to the two side walls , and a rectangular ceiling element which is connected to the two side walls , wherein the side walls are arranged in floor edge portions of the floor element , on the floor element , wherein the ceiling element is arranged in ceiling edge portions of the ceiling element , on the side walls , wherein the side walls , the floor element and the ceiling element are of the same length and wherein a width of the floor edge portions and the ceiling edge portions corresponds in each case to a side wall thickness , such that the side walls are arranged completely between the floor element and the ceiling element , characterised in that the ceiling element is formed by a planar structural element having a rectangular footprint, wherein the structural element comprises recesses in at least one side edge portion , between which recesses projections are formed, such that two planar structural elements can be arranged such that the projections of one structural element engage in the recesses of the other structural element , and vice versa, wherein the side edge portion is broken completely by each of the recesses , and the ceiling element thus comprises ceiling recesses in the ceiling edge portions , between which ceiling projections are formed, wherein the ceiling edge portions are each completely broken by the ceiling recesses , that the floor element is formed by the planar structural element having a rectangular footprint, wherein the structural element comprises recesses in at least one side edge portion , between which recesses projections are formed, such that two planar structural elements can be arranged such that the projections of one structural element engage in the recesses of the other structural element and vice versa, wherein the side edge portion is broken completely by each of the recesses , and the floor element thus comprises floor recesses in the floor edge portions , between which recesses floor projections are formed, wherein the floor edge portions are in each case broken completely by the floor recesses , and that the ceiling recesses and ceiling projections , and the floor recesses and floor projections , are matched to one another in such a way that the ceiling projections can engage in the floor recesses and the floor projections can engage in the ceiling recesses , when two building modules are arranged in an offset manner, one above the other.
Quantum dot-doped nanoparticles, each of which comprises a polymer or inorganic core particle, a quantum dot-embedded layer comprising a plurality of quantum dots bound to the surface of the core particle and surrounding the entire surface of the core particle, and a silica/quantum dot composite shell surrounding the quantum dot-embedded layer, wherein the quantum dot-embedded layer is formed by multiple doping of the quantum dots coated with a hydrophobic organic compound on the outer surface of the core particles and the doped quantum dots form layers sequentially surrounding the core particles.
Molding composition comprising components (a), (b) and (c), (a) 71 to 90 wt.-% of at least one random copolymer (a) made from 44 to 64 wt.-% of at least one vinylaromatic monomer (a11), in particular styrene, and 36 to 56 wt.-%, methyl methacrylate (a12); (b) 10 to 29 wt.-% of at least one vinylaromatic-diene block copolymer (b) which comprises at least two, preferably terminal, hard blocks S made from vinylaromatic monomers, in particular styrene, and at least one soft block B made from dienes, in particular butadiene, and/or at least one soft block B/S made from dienes and vinylaromatic monomers, in particular butadiene and styrene; where the proportion of the diene - based on the entire block copolymer (b) - is from 47 to 67 wt.-%; and (c) 0 to 5 wt.-% of one or more additive(s) and/or processing aid(s) (c), wherein the total amount of components (a), (b) and (c) is 100 wt.-%. (a) 71 to 90 wt.-% of at least one random copolymer (a) made from 44 to 64 wt.-% of at least one vinylaromatic monomer (a11), in particular styrene, and 36 to 56 wt.-%, methyl methacrylate (a12); (b) 10 to 29 wt.-% of at least one vinylaromatic-diene block copolymer (b) which comprises at least two, preferably terminal, hard blocks S made from vinylaromatic monomers, in particular styrene, and at least one soft block B made from dienes, in particular butadiene, and/or at least one soft block B/S made from dienes and vinylaromatic monomers, in particular butadiene and styrene; where the proportion of the diene - based on the entire block copolymer (b) - is from 47 to 67 wt.-%; and (c) 0 to 5 wt.-% of one or more additive(s) and/or processing aid(s) (c),
Method of connecting at least two component layers to each other by means of a connecting element , which component connection comprises at least one cover layer and at least one base layer , wherein a pilot hole in the form of a through hole is made in said at least one cover layer , and said at least one base layer is not pre-bored in the region of the pilot hole , wherein a connecting element having a shoulder is connected to the base layer by means of the pilot hole in the cover layer , wherein the shoulder of the connecting element is used to hold the cover layer in place, wherein a pilot hole is made only in said at least one cover layer , which is at least temporarily held fixed in place on top of the base layer , wherein, after the pilot hole has been made in the cover layer , the connecting element is guided through the cover layer and connected to the base layer which is not pre-bored, characterized in that the pilot hole is made using a plasma jet , wherein the material displaced during the formation of the pilot hole is used to form a concentric bead during the displacement process, for which purpose a forming element is used that is arranged concentrically relative to a plasma nozzle and limits the bead formed in a radial direction, in particular also in an axial direction.
A cooking vessel for an oven cavity of a cooking oven , wherein: - the cooking vessel includes an upper part and a lower part , - the cooking vessel provides a closed space, when the upper part covers the lower part , - at least one temperature sensor is removably or permanently arranged in the bottom of the lower part , and - the temperature sensor is connectable or connected to a control unit of the cooking oven , characterised in that the upper part and the lower part are made of at least one temperature resistant polymer or plastic further characterised in that the temperature sensor is connectable or connected to an oven socket via a cable , so that the temperature sensor can communicate with the control unit of the cooking oven , the lower part comprises a vessel socket for receiving a food probe including the temperature sensor , wherein said vessel socket is formed in the bottom of the lower part , or the lower part comprises a socket for receiving an electric plug of the cable , wherein said socket is connected to the temperature sensor , and wherein the temperature sensor is permanently or detachably arranged in the bottom of the lower part . - the cooking vessel includes an upper part and a lower part , - the cooking vessel provides a closed space, when the upper part covers the lower part , - at least one temperature sensor is removably or permanently arranged in the bottom of the lower part , and - the temperature sensor is connectable or connected to a control unit of the cooking oven ,
Electrical device including: - a main module for being secured to a first support , - an auxiliary module electrically connected to the main module and configured to be fixed to a second support , - at least one fastener fastening the auxiliary module to the main module in order to prevent the auxiliary module from becoming detached from the main module , the fastener(s) allowing a clearance of the auxiliary module relative to the main module , only along a front-back direction (Av-Ar), between a close position and a remote position of the main module . - a main module for being secured to a first support , - an auxiliary module electrically connected to the main module and configured to be fixed to a second support , - at least one fastener fastening the auxiliary module to the main module in order to prevent the auxiliary module from becoming detached from the main module , the fastener(s) allowing a clearance of the auxiliary module relative to the main module , only along a front-back direction (Av-Ar), between a close position and a remote position of the main module .
Roll stand for rolling metal strip , comprising: a small work roll and an oppositely arranged large work roll , which together bound a rolling gap for rolling the metal strip ; an additional roll by way of which the small work roll is supported, wherein the small work roll has a diameter which is smaller with respect to the additional roll ; a support device , which acts on at least one side in horizontal direction, for the small work roll ; and an adjusting device for horizontal adjustment of the support device relative to the small work roll ; characterised in that the additional roll has a diameter which is smaller with respect to the large work roll . a small work roll and an oppositely arranged large work roll , which together bound a rolling gap for rolling the metal strip ; an additional roll by way of which the small work roll is supported, wherein the small work roll has a diameter which is smaller with respect to the additional roll ; a support device , which acts on at least one side in horizontal direction, for the small work roll ; and an adjusting device for horizontal adjustment of the support device relative to the small work roll ; characterised in that the additional roll has a diameter which is smaller with respect to the large work roll .
Guide device of a vacuum cleaner having a vacuum cleaner bag, wherein the vacuum cleaner bag is fixed to a holding plate with a base plate , on which an inflow opening is formed, wherein a closure flap is pivotably mounted on the base plate , by means of which the inflow opening can be closed, characterized in that at least one projecting guide element is formed on the closure flap and is inserted into the guide device of the vacuum cleaner.
An electrical or electronic biomedical device comprising: a) a substrate made of a polymeric material or combination of polymeric materials, including elastomeric materials, a thermoplastic elastomers, foams, gels, or hydrogels or a combination thereof, at least one electrically conductive track fixed to said substrate and configured to interface a biological surface; and b) a member located on said substrate , said member is composed of a mechanically adaptive material being fully degradable or softened upon a degrading or softening trigger, characterized by the fact that -said member is located on a limited portion of a surface of said substrate , said portion of the substrate is rigidified by said member before said member is degraded or softened. a) a substrate made of a polymeric material or combination of polymeric materials, including elastomeric materials, a thermoplastic elastomers, foams, gels, or hydrogels or a combination thereof, at least one electrically conductive track fixed to said substrate and configured to interface a biological surface; and b) a member located on said substrate , said member is composed of a mechanically adaptive material being fully degradable or softened upon a degrading or softening trigger, characterized by the fact that -said member is located on a limited portion of a surface of said substrate , said portion of the substrate is rigidified by said member before said member is degraded or softened.
A mobile station for performing radio communication with a radio base station , wherein the mobile station comprises: an information generation section configured to generate ACK/NACK information indicative of a result of error detection on a downlink signal received; an uplink data generation section configured to generate uplink data; and a sending section configured to communicate with the radio base station which applies reception control to a physical uplink control channel and a physical uplink shared channel independently, send the ACK/NACK information via the physical uplink control channel, match a transmission start time of the physical uplink shared channel and a transmission start time of the physical uplink control channel, further match a transmission end time of the physical uplink shared channel and a transmission end time of the physical uplink control channel, and send the uplink data via the physical uplink shared channel at a different transmission frequency from the physical uplink control channel; wherein the information generation section and the sending section are configured to operate when the mobile station receives downlink scheduling information and uplink allocation grant in the same subframe. an information generation section configured to generate ACK/NACK information indicative of a result of error detection on a downlink signal received; an uplink data generation section configured to generate uplink data; and a sending section configured to communicate with the radio base station which applies reception control to a physical uplink control channel and a physical uplink shared channel independently, send the ACK/NACK information via the physical uplink control channel, match a transmission start time of the physical uplink shared channel and a transmission start time of the physical uplink control channel, further match a transmission end time of the physical uplink shared channel and a transmission end time of the physical uplink control channel, and send the uplink data via the physical uplink shared channel at a different transmission frequency from the physical uplink control channel; wherein the information generation section and the sending section are configured to operate when the mobile station receives downlink scheduling information and uplink allocation grant in the same subframe.
Connecting device intended to join a wiper blade to a driving arm of a wiping system for a vehicle, comprising at least one connector and a cover mounted in a rotatable manner on the connector , the connecting device comprising at least one holding device for holding the cover on the connector in at least one position, the holding device determining the position of the cover on the connector by limiting the rotation of this cover on the connector in two directions of rotation (Si, S2), the connecting device comprising a pivot connection between the cover and the connector , this pivot connection comprising at least one bearing and at least one trunnion , the trunnion being received in an orifice formed in the bearing , characterized in that the holding device for holding the cover on the connector is disposed at least partially on the bearing .
Insulating element , comprising: an insulating body having an inner and an outer deck surface and having lateral surfaces, a coating made of a cured adhesive, which covers at least one region of the inner and/or outer deck surface of the insulating body surrounding the corners and edges, at least a first anchor element having a first region (A) embedded in the coating and anchored in it that way, and having a second region (B) which, starting from an edge of the insulating element , projects from it parallel to the inner deck surface, and by means of which the insulating element can be fixed to a wall, characterized in that the region (A) of the anchor element , which is embedded in the coating , comprises two sub-regions embedded in the coating along distinct surfaces of the insulating body . an insulating body having an inner and an outer deck surface and having lateral surfaces, a coating made of a cured adhesive, which covers at least one region of the inner and/or outer deck surface of the insulating body surrounding the corners and edges, at least a first anchor element having a first region (A) embedded in the coating and anchored in it that way, and having a second region (B) which, starting from an edge of the insulating element , projects from it parallel to the inner deck surface, and by means of which the insulating element can be fixed to a wall, characterized in that the region (A) of the anchor element , which is embedded in the coating , comprises two sub-regions embedded in the coating along distinct surfaces of the insulating body .
A stalk roll knife for a row unit (200A-E) of a header for a combine harvester comprising a planar body , a leading knife edge extending along a first longitudinal end of the planar body, a second longitudinal end opposite the first longitudinal end, a plurality of apertures (408A-I, 508A-I, 608A-I) about the second longitudinal end for receiving a respective fastener therethrough; and a plurality of voids (410A-B, 510A-B, 610A-B) about the second end, the plurality of voids comprising a first elongated window between a first aperture (408A-C, 508A-C, 608A-C) and a second aperture (408D-F, 508D-F, 608D-F) of the plurality of apertures (408A-I, 508A-I, 608A-I), the stalk roll knife being characterized in that the first elongated window is larger in area than each of the first and second apertures (408A-F, 508A-F, 608A-F).
A framing structure for a solar panel made from a polymer composition (C) comprising at least one aromatic polyamide polymer (A), and at least one reinforcing filler (F), the framing structure being characterized by having a top surface and a bottom surface, said top surface having a depressed central portion sized for receiving a solar panel, wherein the aromatic polyamide polymer (A) comprises recurring units (R PXA ) deriving from the poly-condensation reaction of: (i-1') a dicarboxylic acid component (AA'), wherein said dicarboxylic acid component (AA') comprises at least one non-aromatic dicarboxylic acid or derivative thereof (AL'); and (i-2') a diamine component (NN') comprising at least aromatic m-xylylendiamine in an amount of at least 35 mol% based on all components of the diamine component (NN'); and characterized in that the weight percent of said filler (F) in the polymer composition (C) is of at least 5 wt.% and of at most 80 wt.% based on the total weight of composition (C). (i-1') a dicarboxylic acid component (AA'), wherein said dicarboxylic acid component (AA') comprises at least one non-aromatic dicarboxylic acid or derivative thereof (AL'); and (i-2') a diamine component (NN') comprising at least aromatic m-xylylendiamine in an amount of at least 35 mol% based on all components of the diamine component (NN'); and characterized in that the weight percent of said filler (F) in the polymer composition (C) is of at least 5 wt.% and of at most 80 wt.% based on the total weight of composition (C).
A driver for at least one LED, the driver comprising a switched-mode power supply, SMPS, configured to supply the at least one LED; a closed-loop control for regulating a controlled variable supplied to the at least one LED in accordance with a reference variable ; characterized by a feed-forward control for adjusting a control variable of the closed-loop control in dependence of a frequency component of a control error of the closed-loop control and a frequency component of a DC link voltage of the SMPS . a switched-mode power supply, SMPS, configured to supply the at least one LED; a closed-loop control for regulating a controlled variable supplied to the at least one LED in accordance with a reference variable ; characterized by a feed-forward control for adjusting a control variable of the closed-loop control in dependence of a frequency component of a control error of the closed-loop control and a frequency component of a DC link voltage of the SMPS .
Litter collection device comprising a bag holder , of solid cross-section, and comprising an upper surface , substantially planar and horizontal in the normal position of use of said bag holder , above which is positioned substantially horizontally and without folds or creases, the edge of a disposable bag , and an opening allowing access to the inside of said disposable bag , said device also comprising a flap , movable relative to said bag holder , able to go from a so-called "raised" position to a so-called "lowered" position, and vice versa, said flap comprising a surface , which is flat and substantially horizontal in the lowered position, facing said surface of said bag holder in the lowered position, and an opening allowing access to the inside of said disposable bag , characterized in that said device comprises means for fastening said disposable bag , for keeping the substantially horizontal part of said disposable bag without folds or creases in place, by pinching between said horizontal upper surface of said bag holder and said horizontal lower surface of said flap in the lowered position, said means being disposed on at least said lower surface of said flap .