mhurhangee/patent-ind-claim-en huggingface dataset:
A kit for providing modular kitchens, wherein it comprises: - a plurality of panels , each one defining two mutually opposite greater faces and four side faces , - a plurality of battens , each one defining four side surfaces which are interposed between respective base surfaces , - a plurality of coupling assemblies , each one adapted for coupling between any one of said side faces of any one of said panels and any one of said side surfaces of any one of said battens , at least in order to provide a plurality of basic modular elements with a box-like shape structure, each one having at least two said side panels and one said lower panel , - a plurality of covering walls , which can be stably applied on respective said greater faces of said panels , - a plurality of sliding guide rails for respective drawers , said rails being stably anchorable in pairs to mutually opposite pairs of said panels and/or of said covering walls , - a plurality of angular supports , which are stably anchorable in pairs to mutually opposite pairs of said panels and/or of said covering walls , for supporting electrical household appliances and the like, - a plurality of hinge assemblies , for the hinging of closing door leaves to respective said panels and/or corresponding said covering walls , - a plurality of complementary slats , each one of said slats having an elongated substantially rectangular shape and being capable of being coupled in a co-planar fashion to any one of said panels and/or of said battens . - a plurality of panels , each one defining two mutually opposite greater faces and four side faces , - a plurality of battens , each one defining four side surfaces which are interposed between respective base surfaces , - a plurality of coupling assemblies , each one adapted for coupling between any one of said side faces of any one of said panels and any one of said side surfaces of any one of said battens , at least in order to provide a plurality of basic modular elements with a box-like shape structure, each one having at least two said side panels and one said lower panel , - a plurality of covering walls , which can be stably applied on respective said greater faces of said panels , - a plurality of sliding guide rails for respective drawers , said rails being stably anchorable in pairs to mutually opposite pairs of said panels and/or of said covering walls , - a plurality of angular supports , which are stably anchorable in pairs to mutually opposite pairs of said panels and/or of said covering walls , for supporting electrical household appliances and the like, - a plurality of hinge assemblies , for the hinging of closing door leaves to respective said panels and/or corresponding said covering walls , - a plurality of complementary slats , each one of said slats having an elongated substantially rectangular shape and being capable of being coupled in a co-planar fashion to any one of said panels and/or of said battens .
A method of manufacturing a belt comprising: laying up a plurality of cords of a belt build on a mandrel; laying up a tape adhesive on an inner surface of the plurality of cords; laying up a cushion layer on an opposing side of the tape adhesive; and, vulcanizing the belt build in a profile-forming mold; characterized in that the tape adhesive comprises a vulcanizable rubber which is devoid carbon black. laying up a plurality of cords of a belt build on a mandrel; laying up a tape adhesive on an inner surface of the plurality of cords; laying up a cushion layer on an opposing side of the tape adhesive; and, vulcanizing the belt build in a profile-forming mold;
An integrated device package comprising: an electronic component package comprising: an electronic component ; and a protective material in which the electronic component is at least partially embedded; wherein the electronic component package comprises a first surface and a second surface , wherein the first surface comprises an exposed surface of the electronic component ; an integrated heat sink electroplated onto the first surface; at least one via connecting the integrated heat sink to the electronic component by a continuous connection; and one or more packaging terminations disposed on the second surface of the electronic component package , the electronic component being coupled to the one or more packaging terminations . an electronic component ; and a protective material in which the electronic component is at least partially embedded; wherein the electronic component package comprises a first surface and a second surface , wherein the first surface comprises an exposed surface of the electronic component ; an integrated heat sink electroplated onto the first surface; at least one via connecting the integrated heat sink to the electronic component by a continuous connection; and one or more packaging terminations disposed on the second surface of the electronic component package , the electronic component being coupled to the one or more packaging terminations .
An assembly comprising: a hydraulic device comprising an outer cylinder slidably coupled to a sliding piston so as to define an annulus (A) between them where the outer cylinder and sliding piston overlap, the hydraulic device further comprising first and second seals provided within the annulus to define an intermediate portion between them, the second seal being arranged to seal the intermediate portion from the interior of the hydraulic device in a substantially fluid tight manner to confine the hydraulic fluid to the device, the first seal being arranged to seal the intermediate portion from the exterior of the device; and characterised by : a seal bridging tool comprising: an insertion portion including one or more bridging channels , the insertion portion being located within the annulus in parallel with the first seal to bridge the first seal so as to place the intermediate portion in fluid communication with the exterior of the hydraulic device via the one or more bridging channels; and a body portion which is a relatively thick in comparison to the insertion portion to inhibit the body portion entirely entering the intermediate portion. an insertion portion including one or more bridging channels , the insertion portion being located within the annulus in parallel with the first seal to bridge the first seal so as to place the intermediate portion in fluid communication with the exterior of the hydraulic device via the one or more bridging channels; and a body portion which is a relatively thick in comparison to the insertion portion to inhibit the body portion entirely entering the intermediate portion.
A polytunnel structure comprising a plurality of cover support members supported upon respective pairs of legs , a cover member supported by the cover support members , an edge of the cover member being secured to a rotatable beam , and an anchor rope , strap or the like extending over the cover member to anchor the cover member in position, and characterised in that the cover support members are each shaped to define a step between a first section and a second section , wherein when the rotatable beam is supported upon the second section , the anchor rope , strap or the like provides a reduced resistance to movement thereof.
An active rear diffuser assembly comprising: a base produced by extrusion; at least one rail ; at least one carrier connected to the at least one base and the at least one rail , wherein the at least one carrier and base move on the at least one rail between a stowed position and an extended position; a cover connected to the base , wherein the cover moves between the stowed position and the extended position; characterized in that the active rear diffuser further comprises a track formed on the at least one rail and a slidable connection between the track and the at least one carrier ; a retainer connected to the at least one carrier and the at least one rail , wherein the retainer has at least one post slidably positioned in the track allowing the retainer to slide with the at least one carrier along the track between the stowed position and the extended position; and a channel portion formed on the at least one carrier for receiving at least a portion of the at least one rail when the at least one carrier is moved to the stowed position. a base produced by extrusion; at least one rail ; at least one carrier connected to the at least one base and the at least one rail , wherein the at least one carrier and base move on the at least one rail between a stowed position and an extended position; a cover connected to the base , wherein the cover moves between the stowed position and the extended position; characterized in that the active rear diffuser further comprises a track formed on the at least one rail and a slidable connection between the track and the at least one carrier ; a retainer connected to the at least one carrier and the at least one rail , wherein the retainer has at least one post slidably positioned in the track allowing the retainer to slide with the at least one carrier along the track between the stowed position and the extended position; and a channel portion formed on the at least one carrier for receiving at least a portion of the at least one rail when the at least one carrier is moved to the stowed position.
A recombinant yeast having a reduced pyruvate decarboxylase activity, in the genome of which has been inserted: - one or more nucleic acids encoding an acetolactate synthase or ALS, - one or more nucleic acids encoding an acetolactate decarboxylase or ALD, - one or more nucleic acids encoding a butanediol dehydrogenase or BDH, and - one or more copies of a nucleic acids encoding a NADH oxidase or NOXE, said one or more copies of a nucleic acids encoding a NADH oxidase or NOXE being selected from the group consisting of nucleic acids sequences having at least 78%, preferably at least 80%, nucleic acid identity with the nucleic acid sequence SEQ ID NO: 23 which displays the desired biological activity, and said pyruvate decarboxylase activity is reduced by (i) disrupting at least one gene encoding a pyruvate decarboxylase by inserting within said at least one gene encoding a pyruvate decarboxylase at least one exogenous DNA construct, (ii) mutations in regulatory regions, (iii) mutations in a start codon, notably by replacing AUG by GUG, (iv) mutations in coding sequences altering the enzymatic activity (v) mutations, insertions or deletion in the coding sequence altering the protein stability and (vi) mutations altering the pyruvate decarboxylase mRNA half-life. - one or more nucleic acids encoding an acetolactate synthase or ALS, - one or more nucleic acids encoding an acetolactate decarboxylase or ALD, - one or more nucleic acids encoding a butanediol dehydrogenase or BDH, and - one or more copies of a nucleic acids encoding a NADH oxidase or NOXE,
Cleaning textile comprising a cleaning side having a cleaning surface which on the external circumference is delimited by a periphery , characterized in that the cleaning surface , when viewed transversely to the wiping direction of the cleaning textile, in the centre has a lower pile density than on the periphery.
Apparatus for detecting scattered light reflected from a sample comprising a housing , a light source which is arranged in the housing and whose light illuminates the sample , a detector arranged in the housing , which detector has a plurality of photosensitive detector elements along one line and to which the scattered light reflected by the sample can be supplied, a rotatably mounted tube in which a relay optic and an image rotator in the form of a Dove prism are arranged, wherein the light incident on the sample from the light source and the reflected scattered light pass through the image rotator , and an analysis unit adapted to evaluate the signals of the photosensitive detector elements supplied thereto, is characterized by in that the device comprises a collimator , a Fourier lens and a hollow shaft , wherein the light divergently radiated from the light source is parallelized by the collimator and passes through the Fourier objective , in that the reflected scattered light passes through the Fourier objective in the reverse direction, which supplies the scattered light to the detector elements, in that the device comprises a hollow shaft motor , the tube being received by the hollow shaft of the hollow shaft motor , in that the apparatus comprises a rotation sensor which is arranged to detect the angle of rotation of the tube and supplying a corresponding signal to the analysis unit , and in that the analysis unit is arranged to to evaluate the signals of the photosensitive detector elements as a function of the rotation angle of the tube and to calculate therefrom characteristic values for the microstructure of the surface of the sample.
A dual-sensor fluid sensor assembly comprising: a probe holder configured to receive and secure two fluid sensor probes (1008A, B) characterized in that the probe holder comprises a mounting bracket configured to receive and secure the two fluid sensor probes, and wherein the mounting bracket comprises a probe lock configured to simultaneously lock a first of the two fluid sensor probes at a first height and a second of the two fluid sensor probes at a second height such that the first height and the second height are unique; wherein the assembly further comprises: a base configured to receive and secure the holder upon rotation of the holder into the base; and a spring positioned between the holder and the base, the spring positioned to exert a repelling force between the holder and the base to secure the holder to the base. a probe holder configured to receive and secure two fluid sensor probes (1008A, B) characterized in that the probe holder comprises a mounting bracket configured to receive and secure the two fluid sensor probes, and wherein the mounting bracket comprises a probe lock configured to simultaneously lock a first of the two fluid sensor probes at a first height and a second of the two fluid sensor probes at a second height such that the first height and the second height are unique; a base configured to receive and secure the holder upon rotation of the holder into the base; and a spring positioned between the holder and the base, the spring positioned to exert a repelling force between the holder and the base to secure the holder to the base.
A filter for a suction system, the filter comprising: filtration media formed into an enclosed shape having an upper wall spaced away from a lower wall to define an interior space therebetween, the upper and lower walls defining upper and lower planes, respectively, the filtration media having an overall thickness of 0,5 mm to 3,5 mm; and the filtration media including one or more channel depth layers as an embossing layer, two non-woven carrier layers , a gradient depth filter media comprising a plurality of non-woven layers , the one or more channel depth layers being positioned adjacent the depth filter media , the embossing layer comprising a plastic mesh having a nominal thickness greater than 500 micron, the filtration media shaped to include a plurality of embossed areas projecting inwardly into the interior space, the embossed areas have an emboss depth (D) being distanced from the surface of the filtration media of at least 2 mm and up to 15 mm. filtration media formed into an enclosed shape having an upper wall spaced away from a lower wall to define an interior space therebetween, the upper and lower walls defining upper and lower planes, respectively, the filtration media having an overall thickness of 0,5 mm to 3,5 mm; and the filtration media including one or more channel depth layers as an embossing layer, two non-woven carrier layers , a gradient depth filter media comprising a plurality of non-woven layers , the one or more channel depth layers being positioned adjacent the depth filter media ,
Device for clamping a weft thread in a weaving machine, the device comprises a central clamping element , a first outer clamping element and a second outer clamping element , wherein the central clamping element is forced in two opposite clamping directions (K, L) to an intermediate position (P), wherein the central clamping element is sandwiched between the first outer clamping element and the second outer clamping element when the central clamping element is positioned in the intermediate position (P), wherein both the first outer clamping element and the second outer clamping element abut against the central clamping element in the intermediate position, the device further comprises a drive device adapted for displacing the central clamping element out of the intermediate position (P) in two clamping directions (K, L), a first clamping direction (K) to at least a first position and a second clamping direction (L) to at least a second position, wherein in the first position the central clamping element is at a distance from the first outer clamping element and in the second position the central clamping element is at a distance from the second outer clamping element , characterized in that the drive device comprises - a pneumatic cylinder comprising at least a piston , wherein the piston and/or a piston rod of the piston is formed integrally with or is mechanically coupled to the central clamping element for a transmission of motion in the clamping directions (K, L) and - at least one abutment element arranged between the first outer clamping element and the second outer clamping element for limiting a movement of the first outer clamping element and the second outer clamping element towards each other, wherein a height (H1) of the central clamping element is larger than the total height (H2) of the at least one abutment element . - a pneumatic cylinder comprising at least a piston , wherein the piston and/or a piston rod of the piston is formed integrally with or is mechanically coupled to the central clamping element for a transmission of motion in the clamping directions (K, L) and - at least one abutment element arranged between the first outer clamping element and the second outer clamping element for limiting a movement of the first outer clamping element and the second outer clamping element towards each other, wherein a height (H1) of the central clamping element is larger than the total height (H2) of the at least one abutment element .
A method for displaying a moveable lighting scene in passenger cabin, the method comprising: polling each of a plurality of sensors for data; receiving a signal from one of the plurality of sensors ; determining the location of a cart within the passenger cabin based on the signal; and transmitting signals to control lighting within the passenger cabin based on the determined location. polling each of a plurality of sensors for data; receiving a signal from one of the plurality of sensors ; determining the location of a cart within the passenger cabin based on the signal; and transmitting signals to control lighting within the passenger cabin based on the determined location.
1. Fuel system for supplying pressurised fuel, in particular dimethyl ether (DME) or a blend thereof, to an internal combustion engine, said fuel system comprising a fuel pump , which has a pumping mechanism (10, 1 1) arranged partly in a housing containing lube oil, and a drain line connected to said housing and suitable for draining at least fuel vapour from an interior of said housing , characterised in that said fuel system further comprising: a lube oil supply line connected to said housing ; a lube oil supply valve installed in said lube oil supply line ; a seal installed between said pumping mechanism and said housing for preventing at least lube oil leakage to the outside of said housing ; a drain valve installed in said drain line , said drain valve being a hydraulically- or solenoid operated control valve; wherein both said drain valve and lube oil supply valve are controlled to be closed during an engine non-running state for preventing fuel vapour leakage from said housing . a lube oil supply line connected to said housing ; a lube oil supply valve installed in said lube oil supply line ; a seal installed between said pumping mechanism and said housing for preventing at least lube oil leakage to the outside of said housing ; a drain valve installed in said drain line , said drain valve being a hydraulically- or solenoid operated control valve; wherein both said drain valve and lube oil supply valve are controlled to be closed during an engine non-running state for preventing fuel vapour leakage from said housing .
A method of detecting Salmonella in a sample, the method comprising contacting a sample with forward and reverse primers that specifically bind a Salmonella nucleic acid molecule in the presence of a nicking enzyme, dNTPs, a detectable probe and a polymerase under conditions permissive for the isothermal amplification of the nucleic acid molecule, and detecting a Salmonella amplicon in the sample, wherein the method detects the target nucleic acid sequence: 5'-CACCGAAATACCGCCAATAAAGTTCACAAAGATAATAATGATGCCG-3' (SEQ ID NO: 1), wherein the forward primer has the nucleic acid sequence: 5'-GACTCGATATCGAGTCTTTCCACmCGAAATACmCmGmCmCmA-3' (SEQ ID NO: 3) and the reverse primer has the nucleic acid sequence: 5'-GACTCGATATCGAGTCTTTCCGGmCATCATTATTATCTTTGmUmGmAmAmC-3' (SEQ ID NO: 4), wherein "m" indicates a 2' modified nucleotide at the respective nucleotide position.
A vehicle comprising a combustion engine , a fan arrangement and a cooling module arranged in a flow passage in the vehicle, wherein the fan arrangement comprises a radiator fan driven by the combustion engine and configured to provide an air flow in an intended direction through the flow passage and the cooling module, wherein the cooling module comprises a radiator of a cooling system cooling a combustion engine and at least one further cooler arranged in an upstream position of the radiator with respect to said intended flow direction through the flow passage , wherein the fan arrangement comprises at least one additional electrically driven fan , wherein the at least one additional electrically driven fan is arranged in the flow passage in a position downstream of the radiator and upstream of the radiator fan with respect to said intended flow direction through the flow passage and wherein the at least one additional electrically driven fan is configured to provide an air flow through a restricted portion of the flow passage and the cooling module during certain occasions when the radiator fan is not in operation, wherein the at least one additional electrically driven fan is able to provide an air flow through the restricted portion in an opposite direction to the intended flow direction through the flow passage and wherein the further cooler is a charge air cooler cooling charge air delivered to the combustion engine , wherein the electrically driven fan is configured to provide an air flow through the restricted portion of the flow passage and the charge air cooler in the opposite direction to the intended flow direction through the flow passage during occasion when there is risk for ice formation in the charge air cooler , wherein the vehicle further comprises a control unit configured to receive information from a temperature sensor about ambient temperature or the temperature of the charged air leaving the charge air cooler and activate the at least one additional electrically driven fan such that it provides the air flow through the restricted portion in the opposite direction to the intended flow direction through the flow passage in case the received temperature indicates a risk for ice formation in the charge air cooler , wherein the fan arrangement comprises at least one component configured to provide an air channel defining said restricted portion of the flow passage and the cooling module comprises at least one additional further cooler , and wherein said air channel within the flow passage is defined by an annular element arranged in a space between said two coolers .