mhurhangee/ep-ind-claims huggingface dataset:
A process for making paper or paperboard comprising: forming a cellulosic suspension; flocculating the cellulosic suspension by the addition of a flocculating system comprising a siliceous material and an organic, water-soluble, anionic or cationic, dispersion micropolymer composition; wherein the dispersion micropolymer composition has a reduced viscosity greater than or equal to 0.2 deciliters per gram and comprises 5 to 30 weight percent of a high molecular weight micropolymer and 5 to 30 weight percent of an inorganic coagulative salt and wherein the dispersion micropolymer composition is prepared by initiating polymerization of a polymerizable monomer in an aqueous salt solution to form the organic micropolymer dispersion; wherein the siliceous material and the organic micropolymer are added simultaneously or sequentially; draining the cellulosic suspension on a screen to form a sheet; and drying the sheet; wherein the cellulosic suspension is first flocculated by introducing a pretreatment flocculant, then subjected to mechanical shear, and then reflocculated by introducing the siliceous material and the organic micropolymer. forming a cellulosic suspension; flocculating the cellulosic suspension by the addition of a flocculating system comprising a siliceous material and an organic, water-soluble, anionic or cationic, dispersion micropolymer composition; wherein the dispersion micropolymer composition has a reduced viscosity greater than or equal to 0.2 deciliters per gram and comprises 5 to 30 weight percent of a high molecular weight micropolymer and 5 to 30 weight percent of an inorganic coagulative salt and wherein the dispersion micropolymer composition is prepared by initiating polymerization of a polymerizable monomer in an aqueous salt solution to form the organic micropolymer dispersion; wherein the siliceous material and the organic micropolymer are added simultaneously or sequentially; draining the cellulosic suspension on a screen to form a sheet; and drying the sheet; wherein the cellulosic suspension is first flocculated by introducing a pretreatment flocculant, then subjected to mechanical shear, and then reflocculated by introducing the siliceous material and the organic micropolymer.
A method of packaging a plurality of products, comprising: a) heating a film of plastic material to a forming temperature at a heating station until it is thermoformable and passing it to a thermoforming station; b) positioning a plurality of products above the heated film of plastic material in the thermoforming station which includes a flat pressing portion and a vacuum source behind the flat pressing portion; c) wherein the flat pressing portion presses the plurality of products into the heated film from above, such that pockets are formed in the heated film by the products and extend below the film, and d) wherein the heated film is drawn upward into contact with the flat pressing portion to form a flange portion around the products. a) heating a film of plastic material to a forming temperature at a heating station until it is thermoformable and passing it to a thermoforming station; b) positioning a plurality of products above the heated film of plastic material in the thermoforming station which includes a flat pressing portion and a vacuum source behind the flat pressing portion; c) wherein the flat pressing portion presses the plurality of products into the heated film from above, such that pockets are formed in the heated film by the products and extend below the film, and d) wherein the heated film is drawn upward into contact with the flat pressing portion to form a flange portion around the products.
A hermetically sealed compressor in which a rotor casing that forms a rotor chamber housing a screw rotor (6, 7) and a motor casing that forms a motor chamber housing stators and rotors of a motor are structurally integral and in which a flow path of a fluid to be compressed is communicated with the motor chamber, characterized in that the stators of the motor are each formed by winding a plurality of individual coils (A1, A2, B1, B2, C1, C3) in multiple turns; and an individual external terminal is provided for each of the coils (A1, A2, B1, B2, C1, C3), and the external terminals are distributed among a plurality of terminal blocks that seal the opening of the motor casing and the respective external terminal passes through the corresponding terminal block.
A prosthesis, comprising: a femoral component, wherein the femoral component comprises a first condyle and a second condyle, wherein the first condyle and the second condyle are disposed apart from one another such that there is a space between the first condyle and the second condyle, wherein the first condyle comprises at least a first surface generally facing the second condyle across the space between the first condyle and the second condyle and wherein the second condyle comprises at least a second surface generally facing the first condyle across the space between the first condyle and the second condyle; a first attachment mechanism associated with the first surface of the first condyle; a second attachment mechanism associated with the second surface of the second condyle; and a modular stabilizing mechanism, wherein the modular stabilizing mechanism comprises a third attachment mechanism and a fourth attachment mechanism; wherein the modular stabilizing mechanism is configured to attach to the first condyle of the femoral component via a mating between the first attachment mechanism associated with the first surface of the first condyle and the third attachment mechanism of the modular stabilizing mechanism; wherein the modular stabilizing mechanism is configured to attach to the second condyle of the femoral component via a mating between the second attachment mechanism associated with the second surface of the second condyle and the fourth attachment mechanism of the modular stabilizing mechanism; and wherein the modular stabilizing mechanism (15030 is attached to the first condyle and the second condyle of the femoral component from a position in the space between the first condyle and the second condyle, characterised in that the modular stabilizing mechanism is configured to become permanently locked to each of the first condyle and the second condyle when attached thereto.
A nucleic acid vector comprising a coding sequence for telomerase reverse transcriptase (TERT), for use in a method of treating a disease or condition associated with shortened telomeres in a subject, the method comprising administering the nucleic acid vector to the subject, wherein the condition associated with short telomere length is characterized by mutations in a gene or genes involved in telomere maintenance.
A method of integrally molding a connector for integrally molding an electric wire having a core part covered with a cover part, a terminal having a connection part connected to the core part of the electric wire which is exposed by peeling off the cover part, and a covering member provided around the connection part, the method comprising a first step of injection molding elastic resin around the connection part and an end part of the cover part which is positioned adjacent to the connection part, and a second step of injection molding resin around the elastic resin, the first step of injection molding the elastic resin around the connection part and the end part of the cover part which is positioned adjacent to the connection part results in the cover part and the elastic resin being bonded to each other such that their respective surfaces in contact with each other adhere to each other, and are made integral, characterized in that in the second step, the resin is injection molded around the elastic resin so as to compress the outer faces of the elastic resin into the interior and bonds the elastic resin and the resin to each other such that their respective surfaces in contact with each other adhere to each other, and are made integral, at the same time, the elastic resin in a compressed state is press-fitted to the terminal with an injection pressure at a time when the resin is molded, and the resin is hardened in this state.
A gas processing system, comprising: a propulsion engine which consumes fuel of first pressure; a power generating engine which consumes fuel of second pressure that is lower than the first pressure; a Boil Off Gas, BOG, compressor having a capacity to compress BOG to required pressure of the propulsion engine which compresses BOG generated in a liquefied gas storage tank in multiple stages and supplies the BOG to the propulsion engine or the power generating engine; a first supply line which connects the liquefied gas storage tank and the propulsion engine and is provided with the BOG compressor; and a second supply line which is branched from the first supply line to be connected with the power generating engine, wherein the second supply line is branched in a downstream side of the BOG compressor on the first supply line, and is not provided with a separate decompressing means, a controller configured to determine whether the propulsion engine operates and to control inflow fuel pressure of the power generating engine, wherein when the propulsion engine is erroneously operated or an operation of the propulsion engine is stopped, the controller is configured to stop the propulsion engine and to operate the power generating engine, wherein the controller determines a demand source (21, 22, 23), to which the BOG compressed by the BOG compressor is to be supplied, between the propulsion engine and the power generating engine, and performs variable frequency drive control on the BOG compressor so that the BOG compressor discharges the BOG with the first pressure or the second pressure. a propulsion engine which consumes fuel of first pressure; a power generating engine which consumes fuel of second pressure that is lower than the first pressure; a Boil Off Gas, BOG, compressor having a capacity to compress BOG to required pressure of the propulsion engine which compresses BOG generated in a liquefied gas storage tank in multiple stages and supplies the BOG to the propulsion engine or the power generating engine; a first supply line which connects the liquefied gas storage tank and the propulsion engine and is provided with the BOG compressor; and a second supply line which is branched from the first supply line to be connected with the power generating engine, wherein the second supply line is branched in a downstream side of the BOG compressor on the first supply line, and is not provided with a separate decompressing means, a controller configured to determine whether the propulsion engine operates and to control inflow fuel pressure of the power generating engine, wherein when the propulsion engine is erroneously operated or an operation of the propulsion engine is stopped, the controller is configured to stop the propulsion engine and to operate the power generating engine, wherein the controller determines a demand source (21, 22, 23), to which the BOG compressed by the BOG compressor is to be supplied, between the propulsion engine and the power generating engine, and performs variable frequency drive control on the BOG compressor so that the BOG compressor discharges the BOG with the first pressure or the second pressure.
A computer-implemented method comprising: sending home network information from a home router to a remote service provider, the home network information including information associated with versions of software modules of the home router and at least one device that is locally connected to the home router or locally coupled to the home router; if a version of at least one of the software of said home router and of said at least one device is outdated, receiving by the home router a message from the remote service provider, the message instructing the home router to initiate a network tunnel; establishing the network tunnel between the home router and the remote service provider; and receiving via the network tunnel at least one of commands or data for remote management of the home router, the commands or data including an updated version of the at least one outdated software module. sending home network information from a home router to a remote service provider, the home network information including information associated with versions of software modules of the home router and at least one device that is locally connected to the home router or locally coupled to the home router; if a version of at least one of the software of said home router and of said at least one device is outdated, receiving by the home router a message from the remote service provider, the message instructing the home router to initiate a network tunnel; establishing the network tunnel between the home router and the remote service provider; and receiving via the network tunnel at least one of commands or data for remote management of the home router, the commands or data including an updated version of the at least one outdated software module.
A method of manufacturing an impregnated fibrous material comprising a fibrous material made of continuous fibers and at least one thermoplastic polymer matrix, characterized in that said impregnated fibrous material is produced as a single unidirectional ribbon or a plurality of unidirectional parallel ribbons and characterized in that said method comprises, a step of pre-impregnating said fibrous material while it is in the form of a roving or several parallel rovings with said thermoplastic material and at least one step of heating the thermoplastic matrix for melting, or maintaining in the molten state, said thermoplastic polymer after pre-impregnation, said at least one heating step being done using at least one non-heating and non-heat-conducting supporting part and at least one heating system, with the exception of a heating calender, said roving(s) being in contact with part or all of the surface of said at least one supporting part and scrolling partially or wholly on the surface of said at least one supporting part at the heating system, excluding any electrostatic method with deliberate charge, the pre-impregnation being done with a fluidized bed, particularly at high speed, and the porosity level in said pre-impregnated fibrous material being less than 10 %, notably less than 5 %, particularly less than 2 %.
A mixture-based composite product processing machine which processes composite products based on two or more ingredients by means of at least mixing and dispensing same, having said machine: - at least one upper dispenser for pouring ingredients and a lower base, - a removable mixing element (5, 6), and - a mixing space determined between the upper dispenser and the lower base for housing the mixing element (5, 6) to be located on the base, - at least one spinning head with a coupling element (9, 11) arranged between said head and the mixing space, characterised in that said coupling element (9, 11) having an anchoring structure for anchoring to the spinning head and a coupling structure (92, 112) for the mixing element (5, 6) arranged in the mixing space, said coupling structure comprising at least one vertical projection or protuberance (92, 112) complementary to a hollow elongation (51, 61) in the mixing element, being said elongation (51, 61) emerging from and perpendicular to at least one base of said mixing element (5, 6). - at least one upper dispenser for pouring ingredients and a lower base, - a removable mixing element (5, 6), and - a mixing space determined between the upper dispenser and the lower base for housing the mixing element (5, 6) to be located on the base, - at least one spinning head with a coupling element (9, 11) arranged between said head and the mixing space, characterised in that said coupling element (9, 11) having an anchoring structure for anchoring to the spinning head and a coupling structure (92, 112) for the mixing element (5, 6) arranged in the mixing space, said coupling structure comprising at least one vertical projection or protuberance (92, 112) complementary to a hollow elongation (51, 61) in the mixing element, being said elongation (51, 61) emerging from and perpendicular to at least one base of said mixing element (5, 6).
A polyisocyanate composition for producing a flexible polyurethane foam, comprising a modified polyphenylene-polymethylene polyisocyanate (c) in which a polyphenylene-polymethylene polyisocyanate (a) is urethane-modified with a polyol (b), wherein the polyphenylene-polymethylene polyisocyanate (a) contains 78 to 90% by mass of diphenylmethane diisocyanate and a quantity of 2,2'-diphenylmethane diisocyanate and 2,4'-diphenylmethane diisocyanate contained in the diphenylmethane diisocyanate is 10 to 50% by mass based on a total quantity of the diphenylmethane diisocyanate, the polyol (b) contains 50 to 100% by mass of a polyoxyethylene unit and has an average number of functional groups of 1.7 to 4, and an isocyanate content of the modified polyphenylene-polymethylene polyisocyanate (c) is 25 to 32% by mass.
A secondary bearing device for a rotor of a machine, comprising at least three roller bodies (4, 4a-4h), which are each arranged so as to be supported rotatably about a respective rotational axis (6, 6a-6h), in a predefined relative position relative to a central axis and the other roller bodies (4, 4a-4h), at a support body of the secondary bearing device, a value of at least one parameter for a roller body (4, 4a-4h) describing the arrangement of the roller bodies (4, 4a-4h) at the support body deviating from the value of the parameter for another roller body (4, 4a-4h), characterized in that the parameter comprises a distance (da-dh) of the roller bodies (4, 4a-4h) from the central axis or a clearance(s) provided between the rotor and a respective running surface of the roller bodies (4, 4a-4h). characterized in that the parameter comprises a distance (da-dh) of the roller bodies (4, 4a-4h) from the central axis or a clearance(s) provided between the rotor and a respective running surface of the roller bodies (4, 4a-4h).
Beverage preparation machine, having a brewing module for forming a brewing chamber which is designed to receive a portion package with a beverage substance, a pump for conveying a preparation liquid through a liquid line into the brewing chamber, a flow meter arranged on the liquid line, and machine electronics for controlling the pump and for recording measurement data of the flow meter, characterised in that the machine electronics are set up to evaluate the measurement data of the flow meter and to make a distinction from this evaluation between a first state, which corresponds to a state with a portion package inserted into the brewing chamber, and a second state, which corresponds to a state without a portion package inserted into the brewing chamber, in order to detect the presence or absence of a portion package in the brewing chamber.
A hanger for hanging an item, comprising a support-engaging portion, and a deformable elongate member, the elongate member comprising a connection mechanism (18 and 24) such that the elongate member can be deformed back upon itself and connected to itself to form a loop, the end of the elongate member distal from the support-engaging portion is narrower than the span of the support engaging portion, characterised in that the elongate member comprises three pre-determined weakened regions such that when the elongate member is in its deformed state, the loops is triangular loop, the weakened region at the end of the elongate member distal from the support-engaging portion is folded outwardly, the two other weakened regions are folded inwardly to define a substantially flat spacer at the intended lower end of the triangular loop so that an item rests upon the substantially flat spacer when in use.
A method of improving visibility using gaze tracking, the method comprising: detecting a gaze of a user by means of a camera (151, 260) of an electronic device; determining a focus object (1030, 1040) at which the user gazes from among at least one object viewed through a transparent display unit (190, 280, 285) of the electronic device; transmitting, to a server, a first image including the focus object (1030, 1040) and information associated with the focus object (1030, 1040); receiving, from the server, a second image with higher visibility than the first image; and displaying, on the transparent display unit (190, 280, 285), the second image with high visibility, wherein the second image with high visibility has at least one of higher resolution, higher definition, and higher brightness than the first image including the focus object (1030, 1040), wherein whether a user focuses on an object is determined based on a facial expression of the user, and wherein the second image is enlarged and the degree of enlargement of the second image is based on a degree of a frown on the user's face or a virtual viewpoint is determined based on a degree of a frown on the user's face. detecting a gaze of a user by means of a camera (151, 260) of an electronic device; determining a focus object (1030, 1040) at which the user gazes from among at least one object viewed through a transparent display unit (190, 280, 285) of the electronic device; transmitting, to a server, a first image including the focus object (1030, 1040) and information associated with the focus object (1030, 1040); receiving, from the server, a second image with higher visibility than the first image; and displaying, on the transparent display unit (190, 280, 285), the second image with high visibility, wherein the second image with high visibility has at least one of higher resolution, higher definition, and higher brightness than the first image including the focus object (1030, 1040), wherein whether a user focuses on an object is determined based on a facial expression of the user, and wherein the second image is enlarged and the degree of enlargement of the second image is based on a degree of a frown on the user's face or a virtual viewpoint is determined based on a degree of a frown on the user's face.
A method of structuring a device layer of a recessed semiconductor device, comprising: - providing a semiconductor substrate with a device layer having a surface, - forming a recess extending from the surface into the substrate, wherein the recess forms a via in the substrate, and - structuring the device layer, wherein - a dry film is applied on the surface of the device layer after forming the recess and before structuring the device layer, the dry film covering the recess, - a resist layer is applied on or above the dry film and is patterned into a resist mask, - a dry film pattern is formed from the dry film according to the pattern of the resist mask, and - the device layer is structured using the dry film pattern as an etch mask, - the dry film pattern is left covering an inner volume of the recess after structuring the device layer, and - the dry film is formed by dry-film lamination. - providing a semiconductor substrate with a device layer having a surface, - forming a recess extending from the surface into the substrate, wherein the recess forms a via in the substrate, and - structuring the device layer, wherein - a dry film is applied on the surface of the device layer after forming the recess and before structuring the device layer, the dry film covering the recess, - a resist layer is applied on or above the dry film and is patterned into a resist mask, - a dry film pattern is formed from the dry film according to the pattern of the resist mask, and - the device layer is structured using the dry film pattern as an etch mask, - the dry film pattern is left covering an inner volume of the recess after structuring the device layer, and - the dry film is formed by dry-film lamination.