mhurhangee/ep-ind-claims huggingface dataset:
A method for the production of food products formed by complementary parts coupled together, including the operations of: - locating said complementary parts in a first and second half-mould (6, 7), said first and second half-mould (6, 7) having corresponding frontal surfaces (6A, 7A) with cavities apt to housing said complementary parts; - advancing said first and second half-mould (6, 7) on a first and second conveyor line (2', 3') respectively; - coupling said complementary parts in correspondence with a coupling station inverting at least one between said first and second mould (6, 7) so to bring said first and second half-mould (6, 7) into a configuration in which said frontal surfaces (6A, 7A) of said half-moulds are reciprocally facing; wherein: - said first and second conveyor lines (2', 3') have a general loop path with corresponding sections of the loop trajectories mutually facing in correspondence with said coupling station, - said at least one between said first and second half-mould (6, 7) is inverted around an axis transverse to the advancing direction of the corresponding conveyor line, and - said method provides for, after the coupling of said complementary parts, the removal of one of said first and second half-mould (6, 7) with the aim of leaving the reciprocally coupled complementary parts, located on the other between said first and second half-mould (6, 7) and a thermal conditioning phase of said reciprocally coupled parts, characterised by the fact that: said removal occurs before said thermal conditioning phase. - locating said complementary parts in a first and second half-mould (6, 7), said first and second half-mould (6, 7) having corresponding frontal surfaces (6A, 7A) with cavities apt to housing said complementary parts; - advancing said first and second half-mould (6, 7) on a first and second conveyor line (2', 3') respectively; - coupling said complementary parts in correspondence with a coupling station inverting at least one between said first and second mould (6, 7) so to bring said first and second half-mould (6, 7) into a configuration in which said frontal surfaces (6A, 7A) of said half-moulds are reciprocally facing; wherein: - said first and second conveyor lines (2', 3') have a general loop path with corresponding sections of the loop trajectories mutually facing in correspondence with said coupling station, - said at least one between said first and second half-mould (6, 7) is inverted around an axis transverse to the advancing direction of the corresponding conveyor line, and - said method provides for, after the coupling of said complementary parts, the removal of one of said first and second half-mould (6, 7) with the aim of leaving the reciprocally coupled complementary parts, located on the other between said first and second half-mould (6, 7) said removal occurs before said thermal conditioning phase.
Elastomer sleeve bearing with a hollow cylindrical inner sleeve, a surrounding concentric or eccentric sleeve-shaped outer part and an interposed elastomeric bearing body (3, 3', 4) comprising an inner bearing body (3, 3') and an outer bearing body between which is enclosed at least one inner part extending circumferentially and axially, wherein the inner bearing body (3, 3') is formed by at least one elastomer molded part which is retained by an axial end of the bearing between the inner sleeve and the inner part connected with the outer bearing body for which a respective sliding surface is formed and that is slid in and held under bias by means of an annular disc (6, 6') which is pressed onto the relevant end of the bearing to form a press fit on the inner contour of the inner sleeve as a result of the resulting deformation, characterisd in that the molded part (3, 3') in the region of the axial bearing end has an edge bead (7, 7') with a U-shaped edge overhanging radially inwards to form an enclosure for the annular disc (6, 6').
A modular workstation transport apparatus operable as one modular workstation transport apparatus in a series of modular workstation transport apparatus, the modular workstation transport apparatus comprising: a first axial transport mechanism for transporting a workpiece along a first axial direction; a second axial transport mechanism for transporting the workpiece along a second axial direction, wherein the second axial direction is opposite the first axial direction; a working area configured for performing a manufacturing process on the workpiece; a first working area transport mechanism operable to transport the workpiece from the first axial transport mechanism to the working area a second working area transport mechanism configured to transport the workpiece from the working area to the second axial transport mechanism; the apparatus being configured to provide first and second exits allowing transport of the workpiece from the working area, the first exit back to the first axial transport mechanism and the second exit to the second axial transport mechanism and: the first working area transport mechanism is further operable to transport the workpiece back from the working area to the first axial transport mechanism. a first axial transport mechanism for transporting a workpiece along a first axial direction; a second axial transport mechanism for transporting the workpiece along a second axial direction, wherein the second axial direction is opposite the first axial direction; a working area configured for performing a manufacturing process on the workpiece; a first working area transport mechanism operable to transport the workpiece from the first axial transport mechanism to the working area a second working area transport mechanism configured to transport the workpiece from the working area to the second axial transport mechanism; the apparatus being configured to provide first and second exits allowing transport of the workpiece from the working area, the first exit back to the first axial transport mechanism and the second exit to the second axial transport mechanism and: the first working area transport mechanism is further operable to transport the workpiece back from the working area to the first axial transport mechanism.
A pumping device using a vapor pressure for supplying water for a power plant, comprising: a turbine connected through a vapor generator and a vapor pipe; a turbine generator generating an electric power with a rotational driving force generated by the turbine; a condensate recovery tank connected to the turbine through a condensate pipe for collecting vapor which was used to rotate the turbine; a pressurized water tank connected to the condensate recovery tank through a supplement water pipe; a vapor pressure supply pipe connected between the vapor generator and the pressurized water tank; a water supply pipe connected between the pressurized water tank and the vapor generator; a supplement water control valve installed at a conduit line of the supplement water pipe; a pressure supply control valve installed at a conduit line of the vapor pressure supply pipe; and a water supply control valve installed at a conduit line of the water supply pipe, wherein: a cooling agent spray pipe is connected to the interior at the top of the pressurized water tank characterized in that the pumping device is configured for automatically spraying cooling agent when the pressurized vapor filled in the vapor layer of the pressurized water tank is all discharged to the condensate recovery tank by the supplement water control valve. a turbine connected through a vapor generator and a vapor pipe; a turbine generator generating an electric power with a rotational driving force generated by the turbine; a condensate recovery tank connected to the turbine through a condensate pipe for collecting vapor which was used to rotate the turbine; a pressurized water tank connected to the condensate recovery tank through a supplement water pipe; a vapor pressure supply pipe connected between the vapor generator and the pressurized water tank; a water supply pipe connected between the pressurized water tank and the vapor generator; a supplement water control valve installed at a conduit line of the supplement water pipe; a pressure supply control valve installed at a conduit line of the vapor pressure supply pipe; and a water supply control valve installed at a conduit line of the water supply pipe, a cooling agent spray pipe is connected to the interior at the top of the pressurized water tank characterized in that the pumping device is configured for automatically spraying cooling agent when the pressurized vapor filled in the vapor layer of the pressurized water tank is all discharged to the condensate recovery tank by the supplement water control valve.
A combination of a capsule extraction unit and a capsule, the capsule comprising a generally cylindrical or frusto-conical or domical or frusto-domical container that has a bottom and a cover, the extraction unit having a piercing device for piercing a capsule, the piercing device comprising a plurality of piercing elements (11a,11b), each piercing element (11a,11b) having a piercing extremity (12a,12b) arranged to pierce said capsule in a piercing direction, such as a direction generally parallel to an axis (12a',12b') of the piercing elements (11a,11b), said piercing extremities being arranged to form at corresponding locations in said capsule either a series of corresponding inlet openings or a series of corresponding outlet openings, the capsule having a face to be pierced by all the piercing extremities (12a,12b) of the piercing device, said piercing extremities (12a,12b) of the elements (11a,11b) being in particular arranged to pierce said capsule prior to circulating an extraction fluid into said capsule, said piercing extremities (12a,12b) being generally located on different virtual piercing planes (13a,13b) generally perpendicular to the piercing direction, optionally, each piercing plane (13a,13b) having a total number of piercing extremities (12a,12b) of 1, 2, 3, 4, 5, 6, 7 or 8, characterized in that the piercing face is formed by the bottom of the capsule.
Vehicle front spoiler, comprising a flexible airflow guiding element provided in a region of a front part of the vehicle and extending in a transverse direction Y of the vehicle over at least a part of a width of said front part, and an actuating member, configured to move the airflow guiding element relative to said part of the vehicle between an extended operative position in which the airflow-conducting element forms an extension of said vehicle part in a direction Z, and a retracted inoperative position in which the airflow guiding element is folded rearwards to behind said vehicle part, the airflow guiding element being made of a rubber composition comprising an anisotropic textile structure of reinforcement cord having an elongation at break in the Y-direction of from 5 % to 50%, and an elongation at break in the Z-direction which is lower than the elongation at break in the Y-direction, wherein the textile structure of reinforcement cord comprises yarns extending in the Y-direction and in the Z-direction and wherein the Y-direction and Z-direction yarns in the textile structure of reinforcement cord cross at intersections and the intersections are fixated.
A multi-walled structure for a turbine engine, the structure comprising: a shell with a textured first surface; and a heat shield attached to the shell, the heat shield with a second surface; wherein the first and the second surfaces (90, 138) vertically define a cooling cavity between the shell and the heat shield with the cooling cavity fluidly coupling a plurality of cooling apertures defined in the shell with a plurality of cooling apertures defined in the heat shield, the shell includes a base and a plurality of cooling elements connected to the base, and the first surface is defined by the base and the cooling elements; characterised in that: each cooling element extends from the base to a distal end, thereby defining a cooling element height that is between 25% and 60% of a thickness of the base. a shell with a textured first surface; and a heat shield attached to the shell, the heat shield with a second surface; wherein the first and the second surfaces (90, 138) vertically define a cooling cavity between the shell and the heat shield with the cooling cavity fluidly coupling a plurality of cooling apertures defined in the shell with a plurality of cooling apertures defined in the heat shield, the shell includes a base and a plurality of cooling elements connected to the base, and the first surface is defined by the base and the cooling elements; characterised in that: each cooling element extends from the base to a distal end, thereby defining a cooling element height that is between 25% and 60% of a thickness of the base.
A computer-implemented method for collecting observation data for updating a geographic database, the method comprising: receiving a geographic position and associated initial observation data from a first mobile device; performing, by a processor, an analysis of the initial observation data; determining, by the processor, a bounding box (21, 23, 25) in proximity to the geographic position of the first mobile device; generating a request for additional observations from at least one second mobile device based on the analysis of the initial observation data; sending the request for additional observations to the at least one second mobile device based on the bounding box; receiving additional observations from the at least one second mobile device; and updating (Sill) the geographic database based on the additional observations. receiving a geographic position and associated initial observation data from a first mobile device; performing, by a processor, an analysis of the initial observation data; determining, by the processor, a bounding box (21, 23, 25) in proximity to the geographic position of the first mobile device; generating a request for additional observations from at least one second mobile device based on the analysis of the initial observation data; sending the request for additional observations to the at least one second mobile device based on the bounding box; receiving additional observations from the at least one second mobile device; and updating (Sill) the geographic database based on the additional observations.
A compound of formula wherein X is 6'-deoxy-6'-(piperazinyl)lactose X = A is a chromophore moiety; p=0, 1 and when p=1 then q=1, 2; n=0, 1, 2, 3; m=0, 1; t=1, 2 proviso that is t=1 when p=1; and wherein all possible optical isomers are included, such as enantiomers and/or diastereoisomers, mixtures thereof, both as racemes or in various ratios, and inorganic or organic salts. X is 6'-deoxy-6'-(piperazinyl)lactose X = A is a chromophore moiety; p=0, 1 and when p=1 then q=1, 2; n=0, 1, 2, 3; m=0, 1; t=1, 2 proviso that is t=1 when p=1;
An esterified cellulose ether comprising (i) groups of the formula -C -R-COOA or (ii) a combination of aliphatic monovalent acyl groups and groups of the formula -C -R-COOA, wherein R is a divalent aliphatic or aromatic hydrocarbon group and A is hydrogen or a cation, having a viscosity of up to 50 mPa•s, measured as a 10 wt% solution of the esterified cellulose ether in acetone at 20 °C, and having a weight average molecular weight M w of at least 220,000 Dalton, and of up to 350,000 Dalton.
A combination which comprises (a) a β2 agonist and (b) an antagonist of M3 muscarinic receptors which is 3 -(2-hydroxy-2,2-dithien-2-ylacetoxy)-1-(3-phenoxypropyl)-1-azoniabicyclo[2.2.2]octane, in the form of a salt having an anion X, which is a pharmaceutically acceptable anion of a mono or polyvalent acid.
A method for actuating a valve for free-flowing media, in particular a glue valve with an electromagnetically actuable closure member - valve tappet - having a closure piece which, in the closed position, bears against a valve seat, characterized in that the period of the opening position of the valve - position of the valve tappet of the closure piece raised from the valve seat - is controlled, namely changed, depending on the - changeable - viscosity of the medium, in particular the glue, in such a manner that, owing to different opening periods, substantially identically sized portions of the medium are dispensed during the opening period irrespective of the viscosity of the medium, and that the opening period of the valve is controlled according to a stoppage period and resultantly induced cooling of the valve and of the medium in such a manner that, following a stoppage phase during a limited operating period after restarting, an opening period of the valve longer than the standard opening period is set, with the opening periods being increasingly reduced as operation continues until the standard opening period is reached.
Transport container for a motor vehicle traction battery, having the following features: a. the transport container has a support base and a top element, and b. the transport container has a plurality of side walls, which connect the support base and the top element to one another, and c. the side walls, the support base and the top element define a receiving space for receiving the motor vehicle traction battery of at least 100 cm x 40 cm x 15 cm and of at most 250 cm x 150 cm x 60 cm, d. the support base, the top element and/or at least one side wall is formed at least in certain portions by at least one pasteboard element (32, 34, 42, 44, 46, 48, 53, 58, 62) having a pasteboard surface which directly or indirectly delimits the receiving space, characterized by the following additional feature: e. for the purpose of forming the pasteboard surface, the top element, the support base and/or the side walls comprise a plurality of separate pasteboard elements (44, 46, 48, 53, 58), which extend longitudinally in parallel and lie against one another and/or overlap one another. a. the transport container has a support base and a top element, and b. the transport container has a plurality of side walls, which connect the support base and the top element to one another, and c. the side walls, the support base and the top element define a receiving space for receiving the motor vehicle traction battery of at least 100 cm x 40 cm x 15 cm and of at most 250 cm x 150 cm x 60 cm, d. the support base, the top element and/or at least one side wall is formed at least in certain portions by at least one pasteboard element (32, 34, 42, 44, 46, 48, 53, 58, 62) having a pasteboard surface which directly or indirectly delimits the receiving space,
A tetracyclic triterpenoid of formula for use in the treatment of pulmonary fibrosis wherein R 1 is hydroxyl or carbonyl, R 2, R 3 and R 4 are independently hydrogen or glycosyl, where the glycosyl is hexapyranose, pentapyranose, hexafuranose, pentafuranose, or diglycosyl, triglycosyl or tetraglycosyl formed therefrom.
A battery comprising: a separator having a serrated profile, the separator has an amount of surfactant therein, thereon, or both, the surfactant has an HLB (hydrophile lipophile balance) value of lower than 6, and the surfactant is added at an add-on level of surfactant which combined with the serrated profile results in a battery separator that provides lowered water loss, reduced acid stratification, increased charge acceptance and/or increased re-chargeability for the battery in which the separator is used, wherein the add-on level of the surfactant is up to 10 grams per square meter (g/m 2) of said separator; and one or more plates or electrodes, at least one plate or electrode comprises antimony (Sb). a separator having a serrated profile, the separator has an amount of surfactant therein, thereon, or both, the surfactant has an HLB (hydrophile lipophile balance) value of lower than 6, and the surfactant is added at an add-on level of surfactant which combined with the serrated profile results in a battery separator that provides lowered water loss, reduced acid stratification, increased charge acceptance and/or increased re-chargeability for the battery in which the separator is used, wherein the add-on level of the surfactant is up to 10 grams per square meter (g/m 2) of said separator; and one or more plates or electrodes, at least one plate or electrode comprises antimony (Sb).
Joint sealing tape which is compressible and has two longitudinal sides (32, 34) and also a first joint flank side which adjoins the one joint flank in the application of the joint sealing tape and a second joint flank side which adjoins the opposite joint flank in the application of the joint sealing tape, wherein the joint sealing tape comprises at least three layers (12, 14, 16, 18, 20), wherein one layer formed as a foam layer forms the one longitudinal side and another layer formed as a foam layer forms the other longitudinal side, wherein at least one layer which does not form the longitudinal sides (32, 34) is formed as a drainage layer, composed of an at least predominantly open-cell foam, which is at least partially provided with a hydrophobic finish, or composed of crosslinked foam, for the collection and targeted conduction of water away from the joint sealing tape, wherein the drainage layer is arranged as an internal layer within the joint sealing tape and thus between the foam layers (14, 16) forming the longitudinal sides (32, 34), wherein the drainage layer is configured such that the water is conducted away under the influence of gravity, characterized in that the foam layers (14, 16) forming the longitudinal sides are formed from a raw foam which is homogeneously impregnated with acrylates, wherein the drainage layer is not impregnated with acrylates.
Toothbrush comprising a rod-shaped brush carrier made of plastics material, which has in its front end region a head portion having a bristle set and has in its rear end region a handle portion, the handle portion and the head portion being connected to one another by means of a connection portion, and the connection portion being connected to the handle portion by means of a strip portion in a wave-shaped configuration, the wave-shaped configuration having a single bridge-like arc, the arc being provided with a coating made of a soft-elastic plastics material in a region pointing toward the head portion, characterized in that the brush carrier has at least one reinforcing connecting piece below the coating.
A flexible circuit electrode array for stimulation of a retina, the flexible circuit electrode array including a flexible circuit cable portion; the flexible circuit electrode array comprising: a polymer base layer, metal traces deposited on said polymer base layer, including electrodes suitable to stimulate neural tissue; a polymer top layer deposited on said polymer base layer and said metal traces; wherein the array further comprises at least one support (100, 100a, 100b, 200) embedded in said array, characterised in that the support is a metal film or foil embedded length wise in the flexible circuit cable portion and adapted to ensure that a twist or fold in the flexible circuit cable holds its shape. a polymer base layer, metal traces deposited on said polymer base layer, including electrodes suitable to stimulate neural tissue; a polymer top layer deposited on said polymer base layer and said metal traces;
An electrode active material composition of a lithium battery, comprising: an electrode active material, and a binder comprising a carbon nanotube and a polymer material, wherein the polymer material is bonded to the carbon nanotube by a chemical bond, characterized in that the chemical bond is an ionic bond, and the ionic bond comprises a carboxylate ion and an ammonium ion. an electrode active material, and a binder comprising a carbon nanotube and a polymer material,
An antagonist of the Glucagon Like Peptide-1 (GLP-1) receptor for use in the treatment of post-prandial hypoglycaemia, wherein said antagonist is the peptide set forth in SEQ ID NO: 1.