mhurhangee/ep-ind-claims huggingface dataset:
A 3-D printing method for manufacturing elements comprising hydraulic binder and aggregates, said method comprising: - mixing a dry mortar composition comprising hydraulic binder and aggregates with water, to form a wet mortar, - pumping and conveying said wet mortar towards the head of a computer-controlled printer, said printer head comprising a printing nozzle through which the wet mortar is extruded to form a layer, and - depositing a layer of wet mortar on a previous layer of mortar characterized in that, during said conveying at least two physical properties of the wet mortar are measured on-line, said physical properties including viscosity and at least one of flow and density. - mixing a dry mortar composition comprising hydraulic binder and aggregates with water, to form a wet mortar, - pumping and conveying said wet mortar towards the head of a computer-controlled printer, said printer head comprising a printing nozzle through which the wet mortar is extruded to form a layer, and - depositing a layer of wet mortar on a previous layer of mortar
Cosmetic or dermatological preparation comprising one or more zinc salts of carboxylic acids and one or more antiperspirant compounds which differ from the zinc salts, characterized in that the zinc salt selected is zinc citrate, the antiperspirant compounds selected are aluminium salts and the preparations contain no active ingredients for inhibiting carrier proteins and/or inhibitors of the expression of the androgen receptor, more particularly no resveratrol, epigallocatechin-3-gallate, flufenamic acid, monensin, tunicamycin, amphmycin, diumycin, showdomycin, tsushimycin, amphotericins, mycospocidin, streptovirudin and/or D-glucosamines.
A method of communicating in a multi-hop wireless local area mesh network by a relay comprising an access point side and a client side, the method comprising: indicating to a client a media access control, MAC, address of an access point to a wired local area network; transmitting a message to the client, wherein the message includes a relay control element including a value identifying a node type of the relay associated with the number of hops to reach the access point; receiving an association request from the client addressed to the access point; and forwarding the association request to the access point. indicating to a client a media access control, MAC, address of an access point to a wired local area network; transmitting a message to the client, wherein the message includes a relay control element including a value identifying a node type of the relay associated with the number of hops to reach the access point; receiving an association request from the client addressed to the access point; and forwarding the association request to the access point.
Solid state electrolyte rechargeable lithium ion battery without separator, comprising a positive electrode, a negative electrode, a conductive polymer solid state electrolyte layer, and an ion transfer source, in which the solid state electrolyte layer is a composition comprising at least one inorganic solid electrolyte selected from the group consisting of Garnet material, NASICON type crystal structure, perovskite-type material and sulfide material, and a polymer electrolyte composition comprising a polymer electrolyte (X 1) obtained by graft polymerizing of a molten salt monomer having a polymerizable functional group and having an onium cation and an anion containing a fluorine with a vinylidene fluoride polymer or copolymer, at a graft ratio in the range of 2 to 90 mol-%, and at least one of (X 2) and (X 3), wherein (X 2): a molten salt having an onium cation and an anion containing a fluorine, or a molten salt monomer having a polymerizable functional group and having an onium cation and an anion containing a fluorine, (X 3): a polymer or copolymer of a molten salt monomer having a polymerizable functional group and having an onium cation and an anion in which the amount of the inorganic solid electrolyte is 40 to 98 wt.-%, based on the total amount of the composition comprising the polymer electrolyte composition, the at least one inorganic solid electrolyte and the ion transfer source. at least one inorganic solid electrolyte selected from the group consisting of Garnet material, NASICON type crystal structure, perovskite-type material and sulfide material, and a polymer electrolyte composition comprising a polymer electrolyte (X 1) obtained by graft polymerizing of a molten salt monomer having a polymerizable functional group and having an onium cation and an anion containing a fluorine with a vinylidene fluoride polymer or copolymer, at a graft ratio in the range of 2 to 90 mol-%, and at least one of (X 2) and (X 3), wherein (X 2): a molten salt having an onium cation and an anion containing a fluorine, or a molten salt monomer having a polymerizable functional group and having an onium cation and an anion containing a fluorine, (X 3): a polymer or copolymer of a molten salt monomer having a polymerizable functional group and having an onium cation and an anion in which the amount of the inorganic solid electrolyte is 40 to 98 wt.-%, based on the total amount of the composition comprising the polymer electrolyte composition, the at least one inorganic solid electrolyte and the ion transfer source.
A wireless terminal (5, 10), comprising: a multi-mode radio circuit (5a, 10a) including a plurality of different transceivers for communicating over a plurality of different wireless standards, wherein a first transceiver of the plurality of transceivers requires less power than other transceivers of the plurality of transceivers; a processor (22, 52) and memory (16, 54); and logic stored in memory and executable by the processor, characterized by said logic including logic that analyzes a communications request intended for a receiving device to determine a minimum speed requirement of the communication request; logic that selects a transceiver of the plurality of transceivers based on the minimum speed requirement of the communication request; and logic that uses the first transceiver to communicate the selected transceiver to a receiving device. a multi-mode radio circuit (5a, 10a) including a plurality of different transceivers for communicating over a plurality of different wireless standards, wherein a first transceiver of the plurality of transceivers requires less power than other transceivers of the plurality of transceivers; a processor (22, 52) and memory (16, 54); and logic stored in memory and executable by the processor, characterized by said logic including logic that analyzes a communications request intended for a receiving device to determine a minimum speed requirement of the communication request; logic that selects a transceiver of the plurality of transceivers based on the minimum speed requirement of the communication request; and logic that uses the first transceiver to communicate the selected transceiver to a receiving device.
Mould container part for manufacturing brick slips, comprising one or more mould containers for forming therein a green brick from clay for the brick manufacturing industry, the mould container part comprising at least two slip moulding parts which are movable relative to each other and which are movable between a filling position, in which the green bricks are mouldable, and a release position in which the slip moulding parts are removed from one another; and characterized in that a middle moulding part is provided between the slip moulding parts and that two cross-sectional openings (18, 20) that divide the middle moulding part from the slip moulding parts are arranged in each of two opposite side walls of the mould containers.
Winch intended to be fixedly attached to a sailing boat in order to tension a line connected to a sail, said winch comprising: - a fixed frame housing a shaft and a gearbox; - a drum around which said line can be wound, said drum being mounted so as to be mobile in rotation in only one direction around said frame and connected to said shaft via said gearbox, the putting of said shaft into rotation being accompanied by a putting of said drum into rotation around said frame. characterized in that it comprises means for evaluating the tension of said line and means for selecting automatically at least one gear speed when said tension becomes above a predetermined threshold, said gearbox comprising an inner ring gear, said ring gear being mounted so as to be mobile in rotation inside said drum against the effect of means exerting a frictional force and/or means for exerting an elastic return force on said ring gear so that it can rotate relative to said drum when said tension is above said threshold. - a fixed frame housing a shaft and a gearbox; - a drum around which said line can be wound, said drum being mounted so as to be mobile in rotation in only one direction around said frame and connected to said shaft via said gearbox, the putting of said shaft into rotation being accompanied by a putting of said drum into rotation around said frame.
A system for automatically filling in identification data in an electronic document, in particular a digital report, to be filled in during an inspection carried out on a means of transport, such as a vessel or another vehicle, said system comprising: a computer or electronic device with associated thereto data viewing and reading systems, in particular a sensor designed to capture high-resolution images and an NFC short-range wireless connectivity apparatus; said computer or electronic device being designed to run a computer program with which said data viewing and reading systems interact with an electronic identification document, in particular an identity card or passport, in order to capture the data contained therein, and also interact with a corresponding identification system of said vessel or another vehicle in order to capture the relevant data thereof as a first set of data; a basic data structure, that resides in the digital memory of said computer and corresponds to a standardised, pre-formatted and unfilled version of said digital report, intended to be filled in with data relating to a person responsible for said vessel or another vehicle and/or to said vessel or another vehicle; a software procedure for personal identification, operating in said computer or electronic device, designed to detect the identification data of the responsible person from said electronic identification document; a software procedure for identification of the means of transport, operating in said computer or electronic device, designed to detect the identification data of said vessel or another vehicle; a populating software procedure, operating in said computer or electronic device, intended to collect data generated by said procedures for identification of the person and identification of the means of transport and insert them in appropriate positions in said digital report; said system being characterised in that said computer program moreover comprises a procedure for using said first set of data as an access key to a second set of data, this latter comprising the data contained in the microprocessor of the electronic identity card or electronic passport and for acquiring the personal data and the digital image stored therein.
Transport vehicle for transporting temperature-sensitive goods, as for example pharmaceuticals, foodstuff, as in particular chocolate and pralines, cosmetics or plants, or electronic components, which have to be transported in a predetermined constant temperature range, which includes a maximum range of substantially +5 °C to +30 °C, preferably of substantially +15 °C to +25 °C, with a driver's cab and a closed cargo bay, which can be reached and/or accessed via at least one lockable opening (47, 49) for loading and unloading the goods, wherein the cargo bay comprises a cargo bay bottom, two side walls, a ceiling or roof, respectively, a frontal partition wall in the direction of the driver's cab and a rear wall, wherein for covering the edges of at least one rear axle at least one wheel case is provided on each longitudinal side of the transport vehicle, wherein a temperature device with ventilating function or a cooling-heating-ventilation system, respectively, is provided in the cargo bay for feeding tempered air into the cargo bay, which serves for temperature regulation of the air in the cargo bay and for circulation thereof and which is part of a cooling and heating plant with electronic temperature regulation of the transport vehicle, characterized in that a wheel case casing is provided for each wheel case, which comprises a side wall, an upper cover wall, a frontal end wall and a rear end wall, at least one air inlet opening (11, 13) and at least one air outlet opening and at least one cooling fan or fan, which is arranged in or at the at least one air inlet opening (11, 13) or at the at the least one air outlet opening and which serves for circulation of the air in the cargo bay.
An immersion bath roller for an immersion bath with liquid metal, including a roller body, which extends along a longitudinal axis as well as including a substantially cylindrical bearing spigot for cooperating with bearing bushes for the purpose of supporting the immersion bath roller (1, 1a, 1b), wherein each bearing spigot has a protective layer, characterized in that the protective layer is a tungsten or a molybdenum base layer which includes a hard material and which is generated by means of a laser process.
An aqueous liquid preparation comprising (3-{2-[4-isopropyl-2-(4-trifluoromethyl)phenyl-5-thiazolyl]ethyl}-5-methyl-1,2-benzisoxazol-6-yl)oxyacetic acid or a pharmaceutically acceptable salt thereof, and tyloxapol or octoxynol.
A concrete block system for constructing a structure, the system comprising: - a plurality of structural blocks made of concrete, each structural block having a top side and a bottom side, and lateral sides, at least two of the lateral sides being provided with block channels, wherein the block channels extend vertically along a height of the structural blocks, from the bottom to the top sides (104, 102) and wherein the structural blocks have an L-shape, when viewed from the top; - a plurality of veneer units, each unit comprising an exposed face and a rear face, the rear face being provided with veneer channels; and - a plurality of connectors, each being sized, shaped and configured to attach the veneer units to the structural blocks via the respective block channels and veneer channels (108, 206), wherein any given connector from said plurality of connectors is suitable for connecting a veneer unit to a structural block. - a plurality of structural blocks made of concrete, each structural block having a top side and a bottom side, and lateral sides, at least two of the lateral sides being provided with block channels, wherein the block channels extend vertically along a height of the structural blocks, from the bottom to the top sides (104, 102) and wherein the structural blocks have an L-shape, when viewed from the top; - a plurality of veneer units, each unit comprising an exposed face and a rear face, the rear face being provided with veneer channels; and - a plurality of connectors, each being sized, shaped and configured to attach the veneer units to the structural blocks via the respective block channels and veneer channels (108, 206), wherein any given connector from said plurality of connectors is suitable for connecting a veneer unit to a structural block.
A method of separating an antibody or a protein comprising an antibody fragment from one or more contaminants wherein said method comprises: a) contacting said antibody or protein and said one or more contaminants with a dye-ligand chromatography media; b) contacting said dye-ligand chromatography media with an organic polymer; and c) after steps a) and b), removing said antibody or said protein from contact with said dye-ligand chromatography media; wherein the average molecular weight of the organic polymer is from 100 daltons to 20,000 daltons and wherein the organic polymer is an aqueous-soluble uncharged linear, branched, or otherwise structured polymer of organic composition. a) contacting said antibody or protein and said one or more contaminants with a dye-ligand chromatography media; b) contacting said dye-ligand chromatography media with an organic polymer; and c) after steps a) and b), removing said antibody or said protein from contact with said dye-ligand chromatography media;
Method for coding a data stream, the data stream comprising a multiplicity of characters which are symbols from an alphabet, the characters in the data stream being combined to form a plurality of blocks, and the blocks being entropy-coded on the basis of a code table valid for the respective block, wherein - the blocks are assigned to a plurality of clusters using an iteration on the basis of a clearance (d) which is defined in such a manner that the clearance (d) between a block and a cluster is smaller the smaller the change in the entropy of the cluster when adding the block to the cluster, the blocks being reassigned to the clusters in a respective iteration step of the iteration by respectively assigning the blocks to the cluster with the smallest clearance (d) between the block and the cluster; - a code table is respectively assigned to the clusters determined by the iteration, which code table is determined on the basis of the frequency distribution of the symbols in at least some of the blocks contained in the respective cluster and is valid for all blocks in the respective cluster; characterized in that the iteration is initialized in such a manner that a plurality of clusters each comprising a block are determined and the remaining blocks are then respectively assigned to the cluster with the smallest clearance (d) between the block and the cluster, wherein the block with the smallest entropy in the data stream is first of all determined when initializing the iteration and a cluster is formed from this block, blocks whose minimum clearance (d) from the already existing clusters is at a maximum then gradually being determined, a further cluster being formed, for a determined block, from this determined block until the plurality of clusters each comprising a block are present. - the blocks are assigned to a plurality of clusters using an iteration on the basis of a clearance (d) which is defined in such a manner that the clearance (d) between a block and a cluster is smaller the smaller the change in the entropy of the cluster when adding the block to the cluster, the blocks being reassigned to the clusters in a respective iteration step of the iteration by respectively assigning the blocks to the cluster with the smallest clearance (d) between the block and the cluster; - a code table is respectively assigned to the clusters determined by the iteration, which code table is determined on the basis of the frequency distribution of the symbols in at least some of the blocks contained in the respective cluster and is valid for all blocks in the respective cluster;
Steam cooking device forming a tiered cooking enclosure with cooking chambers placed on top of one another with at least one intermediate cooking chamber and one upper cooking chamber placed on top of one another, with the cooking enclosure including: - an intermediate base having inlet openings for the supply of steam to the intermediate cooking chamber and representing a surface area of openings S a, - an upper base having connecting openings for the passage of steam from the intermediate cooking chamber to the upper cooking chamber and representing a surface area of openings S c, - and upper outlet openings for the removal of steam from the upper cooking chamber and representing a surface area of openings S e, characterized in that the surface area of openings S c is at least two times smaller than the surface area of openings S a and that the surface area of openings S e is smaller than or the same size as the surface area of openings S c, preferably smaller than or equal to two thirds of the surface area of openings S c, and that the surface area of openings S e is at least larger than or equal to one third of the surface area of openings S c, preferably at least larger than or equal to half the surface area of openings S c. - an intermediate base having inlet openings for the supply of steam to the intermediate cooking chamber and representing a surface area of openings S a, - an upper base having connecting openings for the passage of steam from the intermediate cooking chamber to the upper cooking chamber and representing a surface area of openings S c, - and upper outlet openings for the removal of steam from the upper cooking chamber and representing a surface area of openings S e,
A bearing arrangement comprising a first part having a bearing surface and a second part having a surface being made of an electrically conductive material and being arranged in sliding contact with the bearing surface of the first part, the bearing arrangement further comprising means for detecting wear of the bearing surface, which means for detecting wear of the bearing surface comprise a sensor being arranged in the first part, which sensor is made at least partly of an electrically conductive material and comprises a first area and a second area, which first area is electrically connected to the surface of the second part so that an open electrical circuit is formed when the bearing surface is intact, and when the bearing surface wears down to a certain predefined thickness, the second area of the sensor comes into contact with the electrically conductive surface of the second part that is in sliding contact with the bearing surface closing the electrical circuit, the means for detecting wear of the bearing surface further comprising means for detecting closing of the electrical circuit, characterized in that the electrically conductive part of the sensor is electrically insulated from the first part.
A method of processing a readily polymerizable substance, comprising feeding said substance into a packed column filled with a packing having a surface which has been roughened such that it becomes uniformly wetted when contacted with process liquid or water, wherein the surface of the packing has been roughened by shot blasting.
A quick disconnect display meter apparatus, comprising: a locking mechanism and a tab each mounted on each side of a display meter housing that connect with a plurality of receiving mechanisms located on a communications module housing in order to rotate said display meter housing with a 90 degree indexing; a printed circuit board connected to said display meter housing with said locking mechanism on said each side of said display meter; a display unit mounted in parallel to said display meter housing and which restricts a movement of said printed circuit board; and a plurality of tabs (210, 220, 230, 240) located on said communications module housing to facilitate a 360-degree rotation with respect to said display meter housing. a locking mechanism and a tab each mounted on each side of a display meter housing that connect with a plurality of receiving mechanisms located on a communications module housing in order to rotate said display meter housing with a 90 degree indexing; a printed circuit board connected to said display meter housing with said locking mechanism on said each side of said display meter; a display unit mounted in parallel to said display meter housing and which restricts a movement of said printed circuit board; and a plurality of tabs (210, 220, 230, 240) located on said communications module housing to facilitate a 360-degree rotation with respect to said display meter housing.