mhurhangee/ep-ind-claims huggingface dataset:
A flow structure for a transition channel of a gas turbine with supporting ribs (27, 28), positioned in the transition channel and spaced apart from each other in the circumferential direction of the transition channel, wherein at least one guide blade or guide rib is positioned between respectively two adjacent supporting ribs (27, 28) spaced apart from each other in the circumferential direction, and wherein the flow exit edge of the one or each guide rib extends upstream of the flow exit edges of the supporting ribs (27, 28), characterized in that the flow inlet edge of the one or each guide rib extends upstream of the flow inlet edges of the supporting ribs (27, 28).
A retractable lid arrangement for a vehicle, in particular for a water vehicle, having a lid member being displaceable between a closed position, in which a vehicle opening is closed, and an open position, in which the vehicle opening is cleared, and having a control mechanism for the lid member, which, in relation to a longitudinal centre plane of the lid member, on both sides, comprises a slider unit, which is guided in a rail arrangement being fixed relative to the vehicle and is driven with the aid of a compression-proof drive cable, wherein the slider units being guided in the rail arrangements each comprise a front sliding member, which is assigned to a front edge of the lid member, and a rear sliding member, which is assigned to a rear edge of the lid member, characterised in that the two sliding members (26, 38) each comprise a control track (36, 53) interacting with a control pin (34, 52) for vertically offsetting the respective edge (16, 20) of the lid member and in that a blocking member (66, 68) is assigned both to the front edge and to the rear edge of the lid member, which blocking member, in the closed position, engages a respective blocking slot (60, 64), which is arranged at the rail arrangement and blocks an offsetting of the lid member parallel to the axis of the rail arrangement.
Socket to be mounted on a multi-conductor cable and comprising at least one removable comb, a connection terminal block and clamping means (3, 4), the comb having a central channel extending therethrough to allow the cable to pass along a longitudinal axis and displaying, on a first front face, notches arranged about the central channel and wherein each is designed to hold a corresponding insulated conductor of the cable, the terminal block being suitable for receiving a multi-conductor removable plug, and comprising, on a second front face adjacent to the first front face in the mounted configuration of the socket, self-stripping electric contacts each of which is suitable for receiving and stripping, during the socket mounting phase, a corresponding insulated conductor of the cable by means of a relative movement of said contact and said insulated conductor held in a notch of the comb, and the clamping means (3, 4) comprising a screw and nut assembling device with the central channel extending therethrough and performing said relative movement in the mounting phase, the screw being fixedly mounted on the comb for axial translation therewith and capable of free rotation relative to the comb about the axis, characterised in that the terminal block comprises at least two columns projecting axially from the second front face, in that wherein at least one portion of the nut is defined by helical notches formed in the columns, and in that said socket comprises a rotation stop preventing the rotation of the comb about the axis and for example wherein at least one portion is defined by one of the columns.
A machine for producing and dispensing liquid or semi-liquid food products, comprising: - a food product container; - a food product feeding and treating circuit; - dispensing means located at an outlet end of the feeding and treating circuit; - a device for detecting the bacterial charge in the liquid or semi-liquid food product, comprising a main containment body, an analysis chamber, located inside the containment body and designed to contain a certain quantity of product to be examined, one or more heating means designed to heat the product inside the analysis chamber, at least one temperature sensor designed to monitor the temperature of the product inside the analysis chamber, sensor means designed to detect the impedance in the product inside the analysis chamber, the analysis chamber having an elongate shape and extending along a vertical principal axis, the sensor means comprising a pair of electrodes facing each other inside the analysis chamber, the electrodes promoting the circulation of electric current within the product to be analysed; the electrodes being positioned in the side wall of the cartridge, wherein said one or more heating means are symmetrical about a plane at right angles to the axis, and positioned only on a side of the analysis chamber in such a way as to create a cool wall and a warm wall in the analysis chamber, wherein the maximum steady-state speed of the convective motion is registered in proximity of the warm wall, in the upper zone of the analysis chamber, and wherein the electrodes are arranged so that the speed of the convective motion is low in the zone between them. - a food product container; - a food product feeding and treating circuit; - dispensing means located at an outlet end of the feeding and treating circuit; - a device for detecting the bacterial charge in the liquid or semi-liquid food product, comprising a main containment body, an analysis chamber, located inside the containment body and designed to contain a certain quantity of product to be examined, one or more heating means designed to heat the product inside the analysis chamber, at least one temperature sensor designed to monitor the temperature of the product inside the analysis chamber, sensor means designed to detect the impedance in the product inside the analysis chamber, the analysis chamber having an elongate shape and extending along a vertical principal axis, the sensor means comprising a pair of electrodes facing each other inside the analysis chamber, the electrodes promoting the circulation of electric current within the product to be analysed;
A speaker unit, comprising: a magnet that generates a magnetic force; a magnetic gap that causes the magnetic force to act; a yoke that is provided to be partially opposed to the magnet and forms a magnetic circuit that guides the magnetic force of the magnet to the magnetic gap; a coil bobbin that is formed in a tubular shape and is set to be axially vibratable with respect to the magnet and the yoke; a coil that is wound around the coil bobbin and partially placed in the magnetic gap; a cone configured to be vibrated in accordance with vibration of the coil bobbin; an edge that retains the cone at almost a center; and a frame that fixes each of the edge and the yoke, wherein the magnetic gap has a magnetic fluid with a viscosity selected so as to (i) provide a mechanical resonance sharpness of the speaker unit within a predetermined range having a lower value of at least 0.5 and an upper value of no more than 0.6 and (ii) center the coil bobbin so as to eliminate a need for a damper such that the speaker unit does not include the damper, wherein the speaker unit is configured to output sound by the cone, the sound being proportional to a current provided to the coil. a magnet that generates a magnetic force; a magnetic gap that causes the magnetic force to act; a yoke that is provided to be partially opposed to the magnet and forms a magnetic circuit that guides the magnetic force of the magnet to the magnetic gap; a coil bobbin that is formed in a tubular shape and is set to be axially vibratable with respect to the magnet and the yoke; a coil that is wound around the coil bobbin and partially placed in the magnetic gap; a cone configured to be vibrated in accordance with vibration of the coil bobbin; an edge that retains the cone at almost a center; and a frame that fixes each of the edge and the yoke, wherein the magnetic gap has a magnetic fluid with a viscosity selected so as to (i) provide a mechanical resonance sharpness of the speaker unit within a predetermined range having a lower value of at least 0.5 and an upper value of no more than 0.6 and (ii) center the coil bobbin so as to eliminate a need for a damper such that the speaker unit does not include the damper, wherein the speaker unit is configured to output sound by the cone, the sound being proportional to a current provided to the coil.
Annular filter element, in particular for gas filtration, for example for an air filter, having a filter medium body which can be flowed through in the radial direction by the fluid to be cleaned, wherein a circumferential sealing element, which features at least one sealing portion having a solid and larger cross-sectional area and at least one further sealing portion having an at least partially reduced cross-sectional area, is disposed on the front face of the filter medium body, wherein at least one sealing portion having reduced cross-sectional area features a groove-shaped recess which extends at least approximately over the length or over one part of the length of the sealing portion having reduced cross-sectional area, wherein the filter medium body features two longitudinal sides and two narrow sides connecting the longitudinal sides, characterized in that the recess is provided on an axial front face of the sealing element and the sealing portion having reduced cross-sectional area extends along the longitudinal side and the sealing portion having larger cross-sectional area along the narrow side.
Pigment paste for tinting a coating agent, the pigment paste having a viscosity, measured at 23°C and a shear rate of 100s -1, of from 0.1 to 8 Pas, and a solids content of at least 60% by weight and containing - at least one organic solvent, - at least one pigment, - at least one alkyd resin having a viscosity, measured at 23°C and at a shear rate of 100 s -1, of at least 5 Pas, and - at least one wetting agent, characterised in that the wetting agent is selected from the group consisting of: alkylphenol polyoxyethylene condensates, polyacrylic acids, phosphate esters and fatty alcohol ethoxylates, aryl polyglycol ethers, fatty alcohol polyglycol ethers, isotridecyl alcohol polyglycol ethers, alkyl ethoxylates, alkyl ether sulfates, alkyl ether phosphoric acid esters, polyaryl alkylphenol ethoxylates, castor oil, polyoxyethylenes, sulfosuccinic acid esters, polyglycol ethers, alkylbenzene sulfonates, fatty alcohol sulfates, polyalkylene glycol ethers, alkyl polyglycosides, cetyl alcohols, benzalkonium chloride, cetrimonium halogens, sodium lauryl sulfate, lauryl glucosides, polysorbates and acrylic copolymers, wetting agents based on modified petroleum-based polymers, based on modified polyurethanes, fatty-acid-modified polyesters. - at least one organic solvent, - at least one pigment, - at least one alkyd resin having a viscosity, measured at 23°C and at a shear rate of 100 s -1, of at least 5 Pas, and - at least one wetting agent, characterised in that the wetting agent is selected from the group consisting of: alkylphenol polyoxyethylene condensates, polyacrylic acids, phosphate esters and fatty alcohol ethoxylates, aryl polyglycol ethers, fatty alcohol polyglycol ethers, isotridecyl alcohol polyglycol ethers, alkyl ethoxylates, alkyl ether sulfates, alkyl ether phosphoric acid esters, polyaryl alkylphenol ethoxylates, castor oil, polyoxyethylenes, sulfosuccinic acid esters, polyglycol ethers, alkylbenzene sulfonates, fatty alcohol sulfates, polyalkylene glycol ethers, alkyl polyglycosides, cetyl alcohols, benzalkonium chloride, cetrimonium halogens, sodium lauryl sulfate, lauryl glucosides, polysorbates and acrylic copolymers, wetting agents based on modified petroleum-based polymers, based on modified polyurethanes, fatty-acid-modified polyesters. alkylphenol polyoxyethylene condensates, polyacrylic acids, phosphate esters and fatty alcohol ethoxylates, aryl polyglycol ethers, fatty alcohol polyglycol ethers, isotridecyl alcohol polyglycol ethers, alkyl ethoxylates, alkyl ether sulfates, alkyl ether phosphoric acid esters, polyaryl alkylphenol ethoxylates, castor oil, polyoxyethylenes, sulfosuccinic acid esters, polyglycol ethers, alkylbenzene sulfonates, fatty alcohol sulfates, polyalkylene glycol ethers, alkyl polyglycosides, cetyl alcohols, benzalkonium chloride, cetrimonium halogens, sodium lauryl sulfate, lauryl glucosides, polysorbates and acrylic copolymers, wetting agents based on modified petroleum-based polymers, based on modified polyurethanes, fatty-acid-modified polyesters.
Modified mesenchymal stem/stromal cells for use in a method of treating a subject prenatally diagnosed as having hemophilia, the method comprising injecting said modified MSC into the subject in utero, wherein the modified MSC are modified, via introduction of a transgene or genome editing, to express high levels of Factor VIII protein or high levels of both Factor VIII protein and von Willebrand factor (vWF) protein, wherein the Factor VIII gene sequence comprises one or more genetic modifications that increase protein expression, protein stability, or both, and wherein the modified MSC are c-kit expressing modified placental tissue MSC.
A secure arrangement for performing secure contactless payments comprising: - a card reader terminal comprising a secure controller configured for performing financial transactions, wherein the secure controller is located in a secure area within the card reader terminal, - an external contactless card reader comprising a short-distance communication antenna configured for converting an electromagnetic signal comprising card data, received from a contactless payment card, into an analogue signal and - a feed line configured for transferring the analogue signal between the external contactless card reader and the card reader terminal, wherein the feed line is a cable, characterized in that the secure area in the card reader terminal comprises: - an A/D converter for digitizing the analogue signal to a digital signal that can be processed by the secure controller. - a card reader terminal comprising a secure controller configured for performing financial transactions, wherein the secure controller is located in a secure area within the card reader terminal, - an external contactless card reader comprising a short-distance communication antenna configured for converting an electromagnetic signal comprising card data, received from a contactless payment card, into an analogue signal and - a feed line configured for transferring the analogue signal between the external contactless card reader and the card reader terminal, wherein the feed line is a cable, - an A/D converter for digitizing the analogue signal to a digital signal that can be processed by the secure controller.
A battery anode electrode comprising: one or more silicon-comprising nanostructures grown on and attached to a carbon-based powder comprising graphite particles of 5 μm to 50 μm in size, wherein the nanostructures are nanowires having a core-shell structure, and wherein the nanowires have a diameter of 20 nm to 200 nm and a length of 0.1 μm to 50 μm, and wherein the nanowires comprise Li inserted in the nanowires, a carbon-based material, and a conductive polymer that is disposed on the nanostructures, wherein the electrode comprises 1 weight % to 80 weight % of the nanostructures disposed on the carbon-based powder. one or more silicon-comprising nanostructures grown on and attached to a carbon-based powder comprising graphite particles of 5 μm to 50 μm in size, wherein the nanostructures are nanowires having a core-shell structure, and wherein the nanowires have a diameter of 20 nm to 200 nm and a length of 0.1 μm to 50 μm, and wherein the nanowires comprise Li inserted in the nanowires, a carbon-based material, and a conductive polymer that is disposed on the nanostructures,
An optical device adapted to generate and process optical codes at at least one wavelength, comprising P inputs s, with 1 ≤ s ≤ P, and P ≥ 1, and N outputs k, with 1 ≤ k ≤ N and N ≥ 1, said optical device being adapted to simultaneously generate and process N C phase and/or amplitude optical codes at one or more wavelengths, with N C ≥ 2, made of C chips with time interval τ, with C ≥ 2, the transfer function T sk ( f) from the input s to the output k satisfying the following formula: | T s k f | = ∏ v = 0 V − 1 | F v a v f + S s k N k τ |, for s = 1,2.. P k = 1,2,... N where: - F v (f) is a transfer function of an optical filter, for v = 0,1,..., V -1, - a v is a constant value, for v = 0,1,..., V -1, - S sk is an integer number ( S sk ∈ Z), - N k is a constant value, for k = 1,2,... N, and - V is a positive integer number with 1 ≤ V ≤ log 2 N. and wherein said optical device comprises at least one tree having at least one node comprising a first coupler, including N IN input waveguides and N a output waveguides, with N IN ≥ 1 and N a ≥ 1, the outputs of which are connected to a grating including N a waveguides, which are in turn connected to N a input waveguides of a second coupler, including N OUT output waveguides, where N OUT ≥ 1. - F v (f) is a transfer function of an optical filter, for v = 0,1,..., V -1, - a v is a constant value, for v = 0,1,..., V -1, - S sk is an integer number ( S sk ∈ Z), - N k is a constant value, for k = 1,2,... N, and - V is a positive integer number with 1 ≤ V ≤ log 2 N. and wherein said optical device comprises at least one tree having at least one node comprising a first coupler, including N IN input waveguides and N a output waveguides, with N IN ≥ 1 and N a ≥ 1, the outputs of which are connected to a grating including N a waveguides, which are in turn connected to N a input waveguides of a second coupler, including N OUT output waveguides, where N OUT ≥ 1.
A collapsible-expandable tubular stent constructed of shape-memory material which is implantable into a human heart, which comprises: proximal and distal rings (71, 73) and at least two spaced apart posts that extend axially between said rings (71, 73); said distal ring comprising a plurality of distal arms which are connected to the distal ring at only one end of the arm and which have a free opposite end; said proximal ring comprising a plurality of proximal arms, which are connected at only one end of the arm to the proximal ring and which have a free opposite end, which proximal arms are constructed to exert from the longitudinal axis of the tubular stent by an angle of preferably about 70° or between 60° and 105°, more preferably between 60° and 85°; wherein the distal arms are attached to the distal ring or part of the latter such that a gap is provided between a proximal section or circumference or envelope of an undulating pattern of the distal ring or section thereof and the distal arm; characterised in that the tubular stent is produced such that the gap does not widen or become narrower upon deploying the tubular stent from a crimped state, or such that the gap keeps its width upon deploying. proximal and distal rings (71, 73) and at least two spaced apart posts that extend axially between said rings (71, 73); said distal ring comprising a plurality of distal arms which are connected to the distal ring at only one end of the arm and which have a free opposite end; said proximal ring comprising a plurality of proximal arms, which are connected at only one end of the arm to the proximal ring and which have a free opposite end, which proximal arms are constructed to exert from the longitudinal axis of the tubular stent by an angle of preferably about 70° or between 60° and 105°, more preferably between 60° and 85°; wherein the distal arms are attached to the distal ring or part of the latter such that a gap is provided between a proximal section or circumference or envelope of an undulating pattern of the distal ring or section thereof and the distal arm; characterised in that the tubular stent is produced such that the gap does not widen or become narrower upon deploying the tubular stent from a crimped state, or such that the gap keeps its width upon deploying.
A heat conduction sheet having a first surface and a second surface opposite to the first surface, characterized in that: the heat conduction sheet comprises: a high relative magnetic permeability portion including a magnetic body and having a relative magnetic permeability larger than 1.0; and a low relative dielectric constant portion having a relative dielectric constant smaller than a relative dielectric constant of the high relative magnetic permeability portion, wherein the high relative magnetic permeability portion surrounds the low relative dielectric constant portion on at least the second surface of the heat conduction sheet, the second surface has a portion which is constituted by a surface of the low relative dielectric constant portion, and the portion of the second surface is to be bonded to an electronic element. a high relative magnetic permeability portion including a magnetic body and having a relative magnetic permeability larger than 1.0; and a low relative dielectric constant portion having a relative dielectric constant smaller than a relative dielectric constant of the high relative magnetic permeability portion, wherein the high relative magnetic permeability portion surrounds the low relative dielectric constant portion on at least the second surface of the heat conduction sheet, the second surface has a portion which is constituted by a surface of the low relative dielectric constant portion, and the portion of the second surface is to be bonded to an electronic element.
A flip-chip electrical coupling between first and second electrical components (250, 260), the coupling comprising: a bump comprising first and second electrical contacting surfaces (214, 215), wherein the first contacting surface of the bump is electrically coupled to the first electrical component; and a pad comprising first and second electrical contacting surfaces (224, 228), wherein the first contacting surface of the pad is electrically coupled to the second electrical component and the second electrical contacting surface of the pad is electrically coupled to and dimensioned smaller than the second electrical contacting surface of the bump, and wherein the second electrical component is an ASIC, wherein the ASIC is having circuitry positioned below the pad, wherein the bump portion is coupled to the pad portion by conductive epoxy. a bump comprising first and second electrical contacting surfaces (214, 215), wherein the first contacting surface of the bump is electrically coupled to the first electrical component; and a pad comprising first and second electrical contacting surfaces (224, 228), wherein the first contacting surface of the pad is electrically coupled to the second electrical component and the second electrical contacting surface of the pad is electrically coupled to and dimensioned smaller than the second electrical contacting surface of the bump, and