mhurhangee/ep-ind-claims huggingface dataset:
Flexible pipe element for the exhaust system of a combustion engine, having a gastight metal cladding pipe which has at least two ring-corrugated or helicallycorrugated bellows sections in order to form flexible pipe sections, which are separated by a non-corrugated, substantially inflexible tube section, and having a metal hose extending in the interior of the cladding pipe, which metal hose is fastened to the tube section, wherein the cladding pipe has axial natural frequencies and forms vibration nodes in the case of an axial resonance vibration, wherein the two pipe sections are designed such that at least the modes of vibration of the low axial natural frequencies in the frequency range of 20 Hz - 300 Hz of the cladding pipe, in particular of the first to the fifth, preferably the first to the third natural frequencies, have no vibration nodes in the region of the fastening of the metal hose to the tube section.
A method for processing or analyzing a metabolite from a cell, comprising: (a) generating a partition comprising (i) said metabolite, (ii) a bead comprising a plurality of nucleic acid cell barcode molecules each comprising a cell barcode sequence and a capture sequence, which cell barcode sequence uniquely corresponds to said cell, and (iii) a riboswitch that is capable of coupling to said metabolite, wherein said riboswitch comprises a riboswitch capture sequence and a riboswitch identifier sequence, wherein said riboswitch capture sequence is inaccessible to said capture sequence in the absence of said metabolite coupled to said riboswitch; (b) in said partition, providing conditions sufficient for said metabolite to couple to said riboswitch to (i) render said riboswitch capture sequence accessible to said capture sequence of a given nucleic acid cell barcode molecule of said plurality of nucleic acid cell barcode molecules and (ii) permit said capture sequence to couple to said riboswitch capture sequence; and (c) with said capture sequence coupled to said riboswitch capture sequence, using said given nucleic acid cell barcode molecule and said riboswitch to synthesize a nucleic acid molecule comprising a first nucleic acid sequence corresponding to said riboswitch identifier sequence, and a second nucleic acid sequence corresponding to said cell barcode sequence, wherein said first nucleic acid sequence and said second nucleic acid sequence permit said metabolite to be identified as corresponding to said cell. (a) generating a partition comprising (i) said metabolite, (ii) a bead comprising a plurality of nucleic acid cell barcode molecules each comprising a cell barcode sequence and a capture sequence, which cell barcode sequence uniquely corresponds to said cell, and (iii) a riboswitch that is capable of coupling to said metabolite, wherein said riboswitch comprises a riboswitch capture sequence and a riboswitch identifier sequence, wherein said riboswitch capture sequence is inaccessible to said capture sequence in the absence of said metabolite coupled to said riboswitch; (b) in said partition, providing conditions sufficient for said metabolite to couple to said riboswitch to (i) render said riboswitch capture sequence accessible to said capture sequence of a given nucleic acid cell barcode molecule of said plurality of nucleic acid cell barcode molecules and (ii) permit said capture sequence to couple to said riboswitch capture sequence; and (c) with said capture sequence coupled to said riboswitch capture sequence, using said given nucleic acid cell barcode molecule and said riboswitch to synthesize a nucleic acid molecule comprising a first nucleic acid sequence corresponding to said riboswitch identifier sequence, and a second nucleic acid sequence corresponding to said cell barcode sequence, wherein said first nucleic acid sequence and said second nucleic acid sequence permit said metabolite to be identified as corresponding to said cell.
An electronic device including: - A microprocessor, - A body delimited at least by a first and a second opposite face, - A battery positioned inside the body, - An electronic component electrically connected to the microprocessor and to the battery, the electronic device having at least a first cavity including an opening emerging on one of the faces of the body and in which the electronic component is fastened to the bottom of the first cavity, the electronic component including an information display zone oriented toward the opening of the first cavity, the device further including at least one first module including a substrate suitable for covering the first cavity so as to be flush with the first face of the body, the substrate of the first module being made from transparent material and covered with a printed pattern delimiting a visual access window in line with the display zone of the electronic component, the body including a second cavity and a second module flush with the face of the body, the second module including the microprocessor, said device being characterized in that the second module includes contact zones suitable for cooperating with an external terminal, in that the device is a chip card with a format according to standards ISO7810 and ISO7816, in that the first module is positioned on the first face and the second module is positioned on the opposite second face, and in that the printed pattern forms a signature panel. - A microprocessor, - A body delimited at least by a first and a second opposite face, - A battery positioned inside the body, - An electronic component electrically connected to the microprocessor and to the battery,
A cooling system for a wind turbine, said cooling system used to cool at least one component in said wind turbine, said cooling system comprising: a filter system comprising at least one primary filter and at least one secondary filter, said filter system including a switch to select between said at least one primary filter and said at least one secondary filter; a cooling circuit comprised of at least one conduit and a coolant medium; a pump for circulating the coolant medium in the cooling circuit; characterised by a pressure sensing system to sense the pressure differential between an input of said filter system and an output of said filter system; wherein, a signal is sent to said filter system when said pressure differential exceeds a predetermined threshold value, thereby indicating that said at least one primary filter is experiencing reduced flow; and wherein the switch has a first configuration where the coolant medium is routed through the primary filter but not the secondary filter, the switch having a second configuration where the coolant medium is routed through the secondary filter but not the primary filter, said signal causing the switch to route the coolant medium through the secondary filter but not the primary filter. a filter system comprising at least one primary filter and at least one secondary filter, said filter system including a switch to select between said at least one primary filter and said at least one secondary filter; a cooling circuit comprised of at least one conduit and a coolant medium; a pump for circulating the coolant medium in the cooling circuit; characterised by a pressure sensing system to sense the pressure differential between an input of said filter system and an output of said filter system; wherein, a signal is sent to said filter system when said pressure differential exceeds a predetermined threshold value, thereby indicating that said at least one primary filter is experiencing reduced flow; and wherein the switch has a first configuration where the coolant medium is routed through the primary filter but not the secondary filter, the switch having a second configuration where the coolant medium is routed through the secondary filter but not the primary filter, said signal causing the switch to route the coolant medium through the secondary filter but not the primary filter.
Process for de-icing a glazed surface of a vehicle, the said vehicle comprising a de-icing device comprising a wiper system with at least one device for spraying a liquid (L, Lq), the said de-icing process comprising the steps of: - verification of a primary condition according to which the ignition (Cc) of the said vehicle is activated; - verification of a secondary condition according to which the exterior temperature (t) is below a temperature threshold; - verification of a tertiary condition according to which a demisting function (fd) is activated; - verification (E3') of a quaternary condition according to which a person (o) is present on a driver's seat of said vehicle, - if all of the said conditions are fulfilled, then activation of the said de-icing device in order to start a de-icing cycle (Cy), the said de-icing cycle (Cy) comprising spraying by the said at least one device for spraying of the said liquid (L, Lq) onto the said glazed surface; - execution by the said de-icing device of the said de-icing cycle (Cy). - verification of a primary condition according to which the ignition (Cc) of the said vehicle is activated; - verification of a secondary condition according to which the exterior temperature (t) is below a temperature threshold; - verification of a tertiary condition according to which a demisting function (fd) is activated; - verification (E3') of a quaternary condition according to which a person (o) is present on a driver's seat of said vehicle, - if all of the said conditions are fulfilled, then activation of the said de-icing device in order to start a de-icing cycle (Cy), the said de-icing cycle (Cy) comprising spraying by the said at least one device for spraying of the said liquid (L, Lq) onto the said glazed surface; - execution by the said de-icing device of the said de-icing cycle (Cy).
Vacuum drum for a labelling unit of a labelling machine, in particular for labelling containers or the like, comprising a plurality of segments which are rotatable in a direction of rotation about a drum axis of the vacuum drum, and which each have at least one pair of vacuum holders which are arranged on a corresponding carrier plate and which comprise vacuum holders (9.1, 9.2) which are provided offset in relation to one another at a circumferential surface of the vacuum drum about the drum axis in the direction of rotation, each with a vacuum holder housing (36.1, 36.2), wherein a front vacuum holder (9.1), in relation to the direction of rotation, is provided in order to hold in each case a front label end (3.1) of a corresponding label, and a rear vacuum holder (9.2), in relation to the direction of rotation, is provided for holding an associated rear label end (3.2) at the circumferential surface of the vacuum drum, and wherein the circumferential surface of the corresponding segment of the vacuum drum is formed between the respective front and rear vacuum holders (9.1, 9.2) by means of a circular-arc shaped segment surface portion, characterised in that at least the carrier plate and/or the respective vacuum holder housing (36.1, 36.2) of the vacuum holder pair and/or the segment surface portion extending between the front and rear vacuum holders (9.1, 9.2) of this pair of vacuum holders of at least one segment is/are produced by means of an additive manufacturing method, and that at least one vacuum holder housing (9.1, 9.2) of the pair of vacuum holders is arranged on the carrier plate by means of at least one vacuum line (21.1, 21.2), wherein the at least one vacuum line (21.1, 21.2) is produced by means of an additive manufacturing process.
Anhydrous solid composition for dyeing keratin fibres comprising: - one or more oxidation bases, - one or more metabisulfites, in a total amount ranging from 1% to 20% by weight, relative to the total weight of the anhydrous solid dyeing composition, and - optionally one or more oxidation couplers. - one or more oxidation bases, - one or more metabisulfites, in a total amount ranging from 1% to 20% by weight, relative to the total weight of the anhydrous solid dyeing composition, and - optionally one or more oxidation couplers.
A CW or quasi-CW multimode ("MM") Fabry-Perot all fiber oscillator comprising: a MM active fiber provided with a monolithic core which is doped with light emitters; two MM passive fibers spliced to respective opposite ends of the MM active fiber; and spaced high reflectivity and low reflectivity MM fiber Bragg gratings ("FBG") written in respective cores of the MM passive fibers and defining a resonant cavity therebetween, wherein the MM passive fiber formed with the high reflectivity MM FBG is an upstream MM passive fiber and the MM passive fiber formed with the low reflectivity MM FBG is a downstream MM passive fiber, characterised in that the laser is configured to output light emitted at a desired wavelength and having a narrow linewidth which ranges between 0.02 and 10 nm, wherein the MM fiber oscillator further comprises a combiner coupled to the downstream MM passive fiber, wherein the upstream MM passive fiber is configured to guide light which leaks through the high reflectivity FBG to the combiner, and wherein the combiner receives a free end of the upstream MM passive fiber to combine the light exiting the resonant cavity through the low reflectivity FBG and the leaked light. a MM active fiber provided with a monolithic core which is doped with light emitters; two MM passive fibers spliced to respective opposite ends of the MM active fiber; and spaced high reflectivity and low reflectivity MM fiber Bragg gratings ("FBG") written in respective cores of the MM passive fibers and defining a resonant cavity therebetween, wherein the MM passive fiber formed with the high reflectivity MM FBG is an upstream MM passive fiber and the MM passive fiber formed with the low reflectivity MM FBG is a downstream MM passive fiber, characterised in that the laser is configured to output light emitted at a desired wavelength and having a narrow linewidth which ranges between 0.02 and 10 nm, wherein the MM fiber oscillator further comprises a combiner coupled to the downstream MM passive fiber, wherein the upstream MM passive fiber is configured to guide light which leaks through the high reflectivity FBG to the combiner, and wherein the combiner receives a free end of the upstream MM passive fiber to combine the light exiting the resonant cavity through the low reflectivity FBG and the leaked light.
Backpack; comprising a body with at least one compartment for carrying various objects, and straps so that the user can carry the backpack; wherein the backpack comprises: - a main support strap on one of the shoulders and no second shoulder strap; - a pectoral stabilizer comprised by a front strap which is attached at opposite ends to an upper section of the main shoulder strap on one of the shoulders, and to a lower section on the opposite side of the backpack, so that when in use it leaves the shoulder and chest area on one side of the user's body free of pressure; and - a specially reinforced hip belt, suitable for attaching the backpack to the hip and supporting most of the weight of the backpack; characterized in that the backpack further comprises a second strap laterally attached to the backpack, which is attached at one end to one side of the backpack on the opposite side of the side that has the main shoulder strap, and on the other end to a section of the hip belt located on the same side as the main shoulder strap, so that the position of this second strap when in use crosses laterally, below the user's armpit and chest area, without putting pressure on that same chest area or the shoulder on the same side. - a main support strap on one of the shoulders and no second shoulder strap; - a pectoral stabilizer comprised by a front strap which is attached at opposite ends to an upper section of the main shoulder strap on one of the shoulders, and to a lower section on the opposite side of the backpack, so that when in use it leaves the shoulder and chest area on one side of the user's body free of pressure; and - a specially reinforced hip belt, suitable for attaching the backpack to the hip and supporting most of the weight of the backpack;
A method for applying a polymeric film to at least a portion of a surface of an article to facilitate subsequently separating the polymeric film therefrom, the method comprising steps of: providing a polymerizable composition in one or multiple parts, wherein room temperature Brookfield viscosity of the polymerizable composition is less than 10,000 centiPoise (10 Pa s); initiating polymerization of the polymerizable composition to form a polymerizing composition; prior to completion of polymerization of the polymerizable composition, applying the polymerizable composition to at least one of the portion of the surface of the article or at least a portion of a major surface of the polymeric film or laminate comprising the polymeric film to be contacted with the portion of the surface of the article; sufficiently polymerizing the polymerizing composition to form a sufficiently polymerized interlayer for adherence of the polymeric film or the laminate comprising the polymeric film to at least the portion of the surface of the article; and optionally, separating the polymeric film, and any laminate of which it is a part, from the portion of the surface of the underlying article, leaving behind a substantial portion of the sufficiently polymerized interlayer on the underlying article, wherein the surface of the article comprises a fiber-based composite material surface. providing a polymerizable composition in one or multiple parts, wherein room temperature Brookfield viscosity of the polymerizable composition is less than 10,000 centiPoise (10 Pa s); initiating polymerization of the polymerizable composition to form a polymerizing composition; prior to completion of polymerization of the polymerizable composition, applying the polymerizable composition to at least one of the portion of the surface of the article or at least a portion of a major surface of the polymeric film or laminate comprising the polymeric film to be contacted with the portion of the surface of the article; sufficiently polymerizing the polymerizing composition to form a sufficiently polymerized interlayer for adherence of the polymeric film or the laminate comprising the polymeric film to at least the portion of the surface of the article; and optionally, separating the polymeric film, and any laminate of which it is a part, from the portion of the surface of the underlying article, leaving behind a substantial portion of the sufficiently polymerized interlayer on the underlying article, wherein the surface of the article comprises a fiber-based composite material surface.
A polymer composition comprising polypropylene, glass fiber and a pigment comprising an inorganic zinc salt and an inorganic barium salt, wherein the MFI of the polypropylene is in the range from 17 to 75 dg/min, as measured according to ISO1133 at 230°C/2.16kg, wherein the xylene soluble part of the polypropylene is in the range from 9.3 to 19.6 wt% as measured according to by ISO16152:2005, wherein the amount of the polypropylene is in the range from 29.6 to 79.8 wt% based on the total amount of the polymer composition, wherein the amount of the glass fiber is in the range from 17 to 34 wt% based on the total amount of the polymer composition.
A yarn detecting system for a spinning machine, the spinning machine including a plurality of spinning stations, a base, a plurality of ring plates arranged adjacently in a row and mounted to the base, and a main controller, each ring plate provided for a plurality of the spinning stations, wherein the yarn detecting system includes: a plurality of yarn detecting units each provided for each ring plate, each yarn detecting unit including: a plurality of yarn detecting devices provided for the respective spinning stations, each yarn detecting device including a sensor and generating a detection signal indicative of a state of yarn at the spinning station; and a determining device determining the state of the yarns according to the detection signals and generating first pulse signals representing the state of the yarns; and a signal transmitter and a signal receiver provided at each end of the adjacent ring plates on opposing positions between the adjacent ring plates, wherein signal transmission is performed from the determining device to the main controller and the signal transmission between the signal transmitter provided on one end of a ring plate and the signal receiver provided on one end of an adjacent ring plate at an opposing position to the signal transmitter is performed in a non-contact manner. a plurality of yarn detecting units each provided for each ring plate, each yarn detecting unit including: a plurality of yarn detecting devices provided for the respective spinning stations, each yarn detecting device including a sensor and generating a detection signal indicative of a state of yarn at the spinning station; and a determining device determining the state of the yarns according to the detection signals and generating first pulse signals representing the state of the yarns; and a plurality of yarn detecting devices provided for the respective spinning stations, each yarn detecting device including a sensor and generating a detection signal indicative of a state of yarn at the spinning station; and a determining device determining the state of the yarns according to the detection signals and generating first pulse signals representing the state of the yarns; and a signal transmitter and a signal receiver provided at each end of the adjacent ring plates on opposing positions between the adjacent ring plates,
A drawer assembly structure, comprising: a drawer body, comprising a front wall, a rear wall and two opposite side walls, all of which define a storage space, wherein a first jaw and a first limiter are provided on the side wall of the drawer body, characterized by a location hole on the front wall of the drawer body; and by a slide assembly, comprising a slide support and a slide rail, wherein the slide support comprises a U-shaped portion and a first folded portion connected with the U-shaped portion fixedly, the U-shaped portion is configured for assembling the slide support and the slide rail, and the first folded portion is configured for assembling the drawer body and the slide support, the first folded portion is provided with a first slot, a first limiting hole. a shifter and a buckle corresponding to the shifter; when the drawer body is assembled at a set position on the slide support, the first jaw is clipped into the first slot, the first limiter falls into the first limiting hole, and the buckle is located in the location hole; when the drawer body body is disassembled from the slide support, the shifter is lifted to release the buckle from the location hole, and at least part of the drawer body is separated from the slide support. a drawer body, comprising a front wall, a rear wall and two opposite side walls, all of which define a storage space, wherein a first jaw and a first limiter are provided on the side wall of the drawer body, characterized by a location hole on the front wall of the drawer body; and by a slide assembly, comprising a slide support and a slide rail, wherein the slide support comprises a U-shaped portion and a first folded portion connected with the U-shaped portion fixedly, the U-shaped portion is configured for assembling the slide support and the slide rail, and the first folded portion is configured for assembling the drawer body and the slide support, the first folded portion is provided with a first slot, a first limiting hole. a shifter and a buckle corresponding to the shifter; when the drawer body is assembled at a set position on the slide support, the first jaw is clipped into the first slot, the first limiter falls into the first limiting hole, and the buckle is located in the location hole; when the drawer body body is disassembled from the slide support, the shifter is lifted to release the buckle from the location hole, and at least part of the drawer body is separated from the slide support.