mhurhangee/ep-ind-claims huggingface dataset:
Printing system for printing on print material having - several stations comprising several digital printing stations and at least one pre- and/or post-treatment station (18, 20, 22), - several print material carriers for receiving a print material and for transporting the print material to the stations (14, 16, 18, 20, 22) and - at least a first and a second plane (12a, 12b, 120), which are arranged vertically offset from one another, wherein each plane (12a, 12b, 12c) is configured as a substantially continuous flat surface and the stations (14, 16, 18, 20, 22) on the planes (12a, 12b, 12c) are arranged on the surface distributed on a transport surface, wherein the print material carriers each have their own drive, a steerable chassis and a control unit for independent and free movement of the print material carrier on the transport surfaces of the first and second planes (12a, 12b, 12c), and wherein the printing system has a transport device which enables to transfer a print material carrier from one of the first and second planes (12a, 12b, 12c) to another of the first and second planes (12a, 12b, 12c). - several stations comprising several digital printing stations and at least one pre- and/or post-treatment station (18, 20, 22), - several print material carriers for receiving a print material and for transporting the print material to the stations (14, 16, 18, 20, 22) and - at least a first and a second plane (12a, 12b, 120), which are arranged vertically offset from one another, wherein each plane (12a, 12b, 12c) is configured as a substantially continuous flat surface and the stations (14, 16, 18, 20, 22) on the planes (12a, 12b, 12c) are arranged on the surface distributed on a transport surface, wherein the print material carriers each have their own drive, a steerable chassis and a control unit for independent and free movement of the print material carrier on the transport surfaces of the first and second planes (12a, 12b, 12c), and wherein the printing system has a transport device which enables to transfer a print material carrier from one of the first and second planes (12a, 12b, 12c) to another of the first and second planes (12a, 12b, 12c).
A composite pyrotechnic product containing organic energetic charges and a combustion catalyst in a plasticized binder comprising a cured energetic polymer and at least one energetic plasticizer, the product being characterized in that: • said cured energetic polymer consists of a glycidyl azide polymer having a number average molecular weight (Mn) lying in the range 700 g/mol to 3000 g/mol, cured via its hydroxyl terminal functions with at least one curing agent of polyisocyanate type; and • said combustion catalyst consists of bismuth citrate. • said cured energetic polymer consists of a glycidyl azide polymer having a number average molecular weight (Mn) lying in the range 700 g/mol to 3000 g/mol, cured via its hydroxyl terminal functions with at least one curing agent of polyisocyanate type; and • said combustion catalyst consists of bismuth citrate.
A method of preparing a regulatory T-cell (Treg) population in vitro comprising: exposing T-cells to a medium comprising an anti-inflammatory cytokine and an anti-inflammatory cytokine receptor inhibitor; and propagating the T-cells in the medium comprising the anti-inflammatory cytokine and the anti-inflammatory cytokine receptor inhibitor to provide a Treg population, wherein the anti-inflammatory cytokine is IL-2 and the anti-inflammatory cytokine receptor inhibitor is an anti-CD25 antibody and/or a fragment thereof. exposing T-cells to a medium comprising an anti-inflammatory cytokine and an anti-inflammatory cytokine receptor inhibitor; and propagating the T-cells in the medium comprising the anti-inflammatory cytokine and the anti-inflammatory cytokine receptor inhibitor to provide a Treg population, wherein the anti-inflammatory cytokine is IL-2 and the anti-inflammatory cytokine receptor inhibitor is an anti-CD25 antibody and/or a fragment thereof.
A method for defining a therapeutic approach in subjects following a cardiovascular event, said method comprising: - measuring, in a biological fluid previously provided from a subject, the levels of at least one marker which is MGO (Methylglyoxal) bound to the amino acids of proteins; - wherein said method comprises creating at least one subset, said subsets being: ∘ Subset defined as MGO, to which subjects in whom the MGO levels are higher than 0.200 μg/ml are assigned; - where said one or more subsets are proper or improper subsets; - where said subsets, if at least two, are superimposed or disjointed; - said MGO subset corresponds to the subpopulation eligible for treatment with antidiabetics. - measuring, in a biological fluid previously provided from a subject, the levels of at least one marker which is MGO (Methylglyoxal) bound to the amino acids of proteins; - wherein said method comprises creating at least one subset, said subsets being: ∘ Subset defined as MGO, to which subjects in whom the MGO levels are higher than 0.200 μg/ml are assigned; ∘ Subset defined as MGO, to which subjects in whom the MGO levels are higher than 0.200 μg/ml are assigned; - where said one or more subsets are proper or improper subsets; - where said subsets, if at least two, are superimposed or disjointed; - said MGO subset corresponds to the subpopulation eligible for treatment with antidiabetics.
A damping device for a pole, in particular a trekking, ski, hiking, or Nordic walking pole, having an attaching sleeve by means of which the damping device is attached to a first tube segment (11, 44) by inserting and attaching therein, and having an attaching element by means of which the damping device is attached to a pole handle or a second tube segment having a larger inner diameter than the first tube segment (11, 44), wherein the attaching element is thereby movably supported in a spring-loaded manner in the axial direction with respect to the attaching sleeve, wherein a rod connected to or integral to the attaching element runs axially and is axially movably supported in the attaching sleeve and extends into an inner chamber in the attaching sleeve open to the attaching element, wherein the inner chamber is designed as a blind hole and at least one spring element is disposed between the floor of said inner chamber and the free end of the rod, wherein the attaching sleeve comprises an attaching segment forming the end opposite the attaching element and substantially lying completely within the first tube segment (11, 44), and an exposed region facing the attaching element and protruding past the free end of the first tube segment (11, 44), and wherein at least one guide element (7, 8) is also disposed in said exposed region and both bounds the axial movability of the attaching sleeve and attaching element in the axial direction and substantially prevents the relative rotation of said two elements, and wherein the rod consists of a plastic material or of metal at least in the region engaging with the attaching sleeve and wherein the attaching element comprises a spreading device with which the first tube segment (11, 44) can be attached detachably or adjustably in the pole handle or a second tube segment having a larger inside diameter.
An antenna feed device comprising: a waveguide arrangement comprising: a first waveguide configured to feed a signal having a first polarization to a dedicated antenna; and a second waveguide separated from the first waveguide and configured to feed a signal having a second polarization to the dedicated antenna, wherein the first polarization and the second polarization are orthogonal, and each of said waveguides (102, 104) exhibits an overall L-shape form, wherein at least one section of the L-shape form of each waveguide is in parallel to the other waveguide, both waveguides (102, 104) have, respectively, a first and a second antenna end ending in one plane for connection to an ortho-mode transducer associated with the dedicated antenna, wherein other sections of the L-shape form of each of said waveguides (102, 104) extend in opposite directions, having, respectively, a first and a second radio end, each of the radio ends (110, 112) ending with a single waveguide port for connection to a radio equipment, and the waveguide arrangement yields a compact T-shape interconnection of the dedicated antenna and the radio equipments dedicated to the orthogonal polarizations. a waveguide arrangement comprising: a first waveguide configured to feed a signal having a first polarization to a dedicated antenna; and a second waveguide separated from the first waveguide and configured to feed a signal having a second polarization to the dedicated antenna, a first waveguide configured to feed a signal having a first polarization to a dedicated antenna; and a second waveguide separated from the first waveguide and configured to feed a signal having a second polarization to the dedicated antenna, wherein the first polarization and the second polarization are orthogonal, and each of said waveguides (102, 104) exhibits an overall L-shape form, wherein at least one section of the L-shape form of each waveguide is in parallel to the other waveguide, both waveguides (102, 104) have, respectively, a first and a second antenna end ending in one plane for connection to an ortho-mode transducer associated with the dedicated antenna, wherein other sections of the L-shape form of each of said waveguides (102, 104) extend in opposite directions, having, respectively, a first and a second radio end, each of the radio ends (110, 112) ending with a single waveguide port for connection to a radio equipment, and the waveguide arrangement yields a compact T-shape interconnection of the dedicated antenna and the radio equipments dedicated to the orthogonal polarizations.
A surgical port assembly (205, 305) comprising: a body defining a longitudinal axis, the body configured to support a surgical instrument; and a control interface (281, 381) including a plurality of first drive members (219a-219n; 216a-216n; 310a-310n) coupled to the body, each drive member of the plurality of first drive members including an engagement member (218a-218n; 214a-214n; 311a-311n) coupled thereto and positioned to move in a lateral direction across the longitudinal axis of the body to selectively tilt a surgical instrument supported within the body relative to the longitudinal axis of the body wherein at least two of the plurality of first drive members are coupled to a first side of the body along a longitudinal axis of the surgical port assembly and at least two drive members of the plurality of first drive members are coupled to a second side of the body along the longitudinal axis of the surgical port assembly to form a set of drive members, the set of drive members being configured to operate in coordination to change the position of the distal portion of a surgical instrument supported in the body. a body defining a longitudinal axis, the body configured to support a surgical instrument; and a control interface (281, 381) including a plurality of first drive members (219a-219n; 216a-216n; 310a-310n) coupled to the body, each drive member of the plurality of first drive members including an engagement member (218a-218n; 214a-214n; 311a-311n) coupled thereto and positioned to move in a lateral direction across the longitudinal axis of the body to selectively tilt a surgical instrument supported within the body relative to the longitudinal axis of the body wherein at least two of the plurality of first drive members are coupled to a first side of the body along a longitudinal axis of the surgical port assembly and at least two drive members of the plurality of first drive members are coupled to a second side of the body along the longitudinal axis of the surgical port assembly to form a set of drive members, the set of drive members being configured to operate in coordination to change the position of the distal portion of a surgical instrument supported in the body.
A device comprising: a first processor to execute in a first trusted execution environment, TEE, wherein, in the first TEE, the first processor is configured to: perform a secure key exchange between the device and a second device, responsive to a request to transfer ownership of the device from a seller to a buyer; generate a hash of a first title of the device, the first title comprising a first ownership record having a public key of the seller, wherein the public key of the seller is endorsed with a signature of a second seller that sold the device to the seller; send the hash of the first title to the second device; receive a new title structure from the second device, the new title structure comprising a second ownership record having a public key of the buyer, wherein the public key of the buyer is endorsed with a signature of the seller; update the first title of the first device to include the second ownership record; and store the updated first title in a secure storage; and the secure storage coupled to the first processor to store the first updated title. a first processor to execute in a first trusted execution environment, TEE, wherein, in the first TEE, the first processor is configured to: perform a secure key exchange between the device and a second device, responsive to a request to transfer ownership of the device from a seller to a buyer; generate a hash of a first title of the device, the first title comprising a first ownership record having a public key of the seller, wherein the public key of the seller is endorsed with a signature of a second seller that sold the device to the seller; send the hash of the first title to the second device; receive a new title structure from the second device, the new title structure comprising a second ownership record having a public key of the buyer, wherein the public key of the buyer is endorsed with a signature of the seller; update the first title of the first device to include the second ownership record; and store the updated first title in a secure storage; and perform a secure key exchange between the device and a second device, responsive to a request to transfer ownership of the device from a seller to a buyer; generate a hash of a first title of the device, the first title comprising a first ownership record having a public key of the seller, wherein the public key of the seller is endorsed with a signature of a second seller that sold the device to the seller; send the hash of the first title to the second device; receive a new title structure from the second device, the new title structure comprising a second ownership record having a public key of the buyer, wherein the public key of the buyer is endorsed with a signature of the seller; update the first title of the first device to include the second ownership record; and store the updated first title in a secure storage; and the secure storage coupled to the first processor to store the first updated title.
Method for defrosting of raw frozen meat-products in a tumbler, which comprises a drum, whereas the frozen meat is added to the drum, characterized in, that vacuum is maintained in the drum lower than 300 mbar while steam is injected and that the meat is heated and cooled via the surface of the drum and/or the surface of carriers.
Method for manufacturing a sandwich plate, comprising the steps of: a. providing an upper cover layer, b. providing a lower cover layer, c. providing an intermediate layer arranged between the upper and lower cover layers, d. the upper and lower cover layers being provided by scattering a particulate starting material and compressed by applying a contact pressure between two pressure plates arranged above and below the scattered material, e. compressing the upper and lower cover layers, f. foaming the intermediate layer, characterised in that, before the intermediate layer is foamed, the upper and lower cover layers are compressed to a density of more than 500 kg/m 3 bone dry, using a contact pressure higher than the pressure generated by foaming the intermediate layer. a. providing an upper cover layer, b. providing a lower cover layer, c. providing an intermediate layer arranged between the upper and lower cover layers, d. the upper and lower cover layers being provided by scattering a particulate starting material and compressed by applying a contact pressure between two pressure plates arranged above and below the scattered material, e. compressing the upper and lower cover layers, f. foaming the intermediate layer,
A display device comprising: a plurality of islands; and a plurality of bridge portions connecting the plurality of islands to each other, wherein each of the plurality of islands includes: a flexible substrate (540, 740), a thin film transistor positioned on a first surface of the flexible substrate, a first electrode connected to the thin film transistor, and a protective mask (530, 730) positioned on a second surface of the flexible substrate, characterised in that the protective mask (530, 730) is patterned to comprise a plurality of patterns each corresponding to one of the plurality of islands. a plurality of islands; and a plurality of bridge portions connecting the plurality of islands to each other, wherein each of the plurality of islands includes: a flexible substrate (540, 740), a thin film transistor positioned on a first surface of the flexible substrate, a first electrode connected to the thin film transistor, and a protective mask (530, 730) positioned on a second surface of the flexible substrate, a flexible substrate (540, 740), a thin film transistor positioned on a first surface of the flexible substrate, a first electrode connected to the thin film transistor, and a protective mask (530, 730) positioned on a second surface of the flexible substrate, characterised in that the protective mask (530, 730) is patterned to comprise a plurality of patterns each corresponding to one of the plurality of islands.
A key for locking a lock, comprising a. at least one first surface and at least one second surface, b. with multiple sensing positions provided along the longitudinal extension of the key, c. at which at least one first code is provided on the first surface for reading in the lock and at least one second code is provided on the second surface for reading in the lock, d. wherein the surfaces (2, 2') are key flat sides of a flat key and wherein, in addition to the codes (3, 3'), further codes are provided on the surfaces (2, 2'), characterized in that at least one code of the first surface differs at least at one first sensing position from the second code at the same sensing position, wherein the codes (3, 3') are realized in such a manner at this sensing position that to lock the lock, at least the codes at this sensing position must be read on both surfaces (2, 2'), and in that at least one code of the first surface is identical at least at one further sensing position to the code at the same sensing position on the second surface, so that to lock the lock, at least the codes (3, 3') at this at least one further sensing position only have to be read on one surface (2, 2') of the key. a. at least one first surface and at least one second surface, b. with multiple sensing positions provided along the longitudinal extension of the key, c. at which at least one first code is provided on the first surface for reading in the lock and at least one second code is provided on the second surface for reading in the lock, d. wherein the surfaces (2, 2') are key flat sides of a flat key and wherein, in addition to the codes (3, 3'), further codes are provided on the surfaces (2, 2'),
A method for estimating a level of bilirubin in a subject which comprises: receiving a depiction of a skin portion of the subject with a colour calibration chart using an RGB sensor, wherein the calibration chart comprises a plurality of colour patches printed using spectral printing; calibrating a skin colour from the depiction using the colour calibration chart; and calculating a level of bilirubin in the skin portion of the subject, wherein the level of bilirubin is calculated by comparing simulated skin colours having known bilirubin concentrations with the calibrated skin colour and the simulated skin colours are obtained by using an optical diffusion model of skin or Monte Carlo simulations of skin optics. receiving a depiction of a skin portion of the subject with a colour calibration chart using an RGB sensor, wherein the calibration chart comprises a plurality of colour patches printed using spectral printing; calibrating a skin colour from the depiction using the colour calibration chart; and calculating a level of bilirubin in the skin portion of the subject, wherein the level of bilirubin is calculated by comparing simulated skin colours having known bilirubin concentrations with the calibrated skin colour and the simulated skin colours are obtained by using an optical diffusion model of skin or Monte Carlo simulations of skin optics.
Package for smoking articles, comprising an external container with a cup-like shape with an opening, a first internal wrapper that encloses a first bundle of smoking articles, a second internal wrapper that encloses a second bundle of smoking articles, the first and the second internal wrapper (3, 4) being accommodated inside the external container, a lid able to move between an open position in which it opens the opening of the external container to allow access to both the first and the second internal wrappers (3, 4), and a closing position in which it closes the opening of the external container leaving the first and the second internal wrapper (3, 4) inside, a collar positioned between the internal wrappers (3, 4) and the external container, wherein said first and second internal wrappers (3, 4) that enclose the respective first and second bundle of smoking articles, when accommodated inside the external container as a whole occupy less volume than the volume made available by the external container so as to leave a cavity inside the external container defined by an area where there are no internal wrappers (3, 4), said cavity being positioned between said internal wrappers (3, 4), and in that said collar comprises a folded tab (7, 7") placed inside said cavity in order to distance them from each other, and hold at a pre-set distance said first and second internal wrapper (3, 4), wherein the folded tab (7, 7'') of the collar is hinged along a fold line (71, 71'') of the collar, said collar presenting an access window to the internal wrappers (3, 4) containing the bundles of cigarettes, said access window being defined by a cut line, said package being characterised by the fold line (71, 71'') of the collar running alongside said cut line.