mhurhangee/ep-ind-claims huggingface dataset:
A control information sending method, performed by a network device, comprising: sending broadcast information in a broadcast channel, wherein the broadcast channel is located in a synchronization signal block, the broadcast information includes indication information that indicates a time-domain resource set of a control channel and a time domain location of the synchronization signal block is used to determine a time domain location of the control channel from the time-domain resource set; and sending control information in the time-domain location of the control channel. sending broadcast information in a broadcast channel, wherein the broadcast channel is located in a synchronization signal block, the broadcast information includes indication information that indicates a time-domain resource set of a control channel and a time domain location of the synchronization signal block is used to determine a time domain location of the control channel from the time-domain resource set; and sending control information in the time-domain location of the control channel.
Method for preparation of biofuels using ethanol through the conversion of ethanol in a mixture with hydrocarbons, in a catalytic process on a bed of zeolite-type aluminosilicate, most preferably in the presence of a hydrogen form of the zeolite catalyst, characterized in that ethanol, especially from alcoholic fermentation, at a concentration of at least 10% w/w, or a mixture of ethanol with other alcohols with molecules containing preferably not more than 5 carbon atoms, prior to the catalytic conversion process is mixed with a diluting gas containing hydrocarbons or a mixture of hydrocarbons with non-oxidating substances, such as nitrogen, hydrogen, or carbon dioxide, and the conversion process is carried out without supplying the reaction mixture stream with equimolar quantities of water, and without any additional amount of heat, in a one-step process in the gas phase at a temperature of 250-450°C, preferably at a temperature of 270-350°C and at a pressure up to 5 MPa (up to 50 bar) using at least two alternately operated, preferably four connected in series, flow reactors, filled with a catalyst from a group of zeolite-type aluminosilicates, each reactor provided with a heat exchanger, and then at a temperature of up to 100°C, preferably 30-80°C, and at a pressure up to 2 MPa (20 bar), the "hearts" fraction is recovered from the reaction product, and the remainder, in whole or in part, is recycled back to dilute the alcohol-containing raw material, wherein as the diluting gas containing hydrocarbons there is used a by-product of the process after separation of the "hearts" fraction, said by-product being used in a quantity of 0.5:1 to 20:1 in relation to the weight of the raw material containing alcohol, whereas in the process there is used a catalyst from the aluminosilicate group of the zeolite type ZSM-5 with SiO 2 /Al 2 O 3 ratio from 50 to 280, in the shape of "macaroni" with a diameter of 1.6 mm or 3.2 mm and length up to 20 mm.
An arrangement of electrical devices for installation on a mounting rail comprising • a first electrical device being configured for installation on the mounting rail, • a first connector device comprising upper connection means (16.1) for mounting and electrically connecting to the bottom side (14.1) of the first electrical device and comprising lower connection means (16.2, 16.3) for mounting and electrically connecting to one or more electrical devices, wherein the lower connection means are configured for mounting two or more electrical devices arranged in a row being perpendicular to the mounting rail, • at least one second electrical device (18, 20), and • a second connector device comprising upper connection means (22.1, 22.2) for mounting and electrically connecting to the bottom side (18.1, 20.1) of the at least one second electrical device and comprising lower connection means (22.3) for electrically connecting to wires, wherein the upper connection means are configured for mounting to two or more electrical devices arranged in a row being perpendicular to the mounting rail, and • wherein the bottom side of the first electrical device is mounted on and electrically connected to the upper connection means of the first connector device, the upper side of the at least one second electrical device (18, 20) is mounted and electrically connected to the lower connection means of the first connector device, and the lower side of the at least one second electrical device (18, 20) is mounted on and electrically connected to the upper connection means of the second connector device. • a first electrical device being configured for installation on the mounting rail, • a first connector device comprising upper connection means (16.1) for mounting and electrically connecting to the bottom side (14.1) of the first electrical device and comprising lower connection means (16.2, 16.3) for mounting and electrically connecting to one or more electrical devices, wherein the lower connection means are configured for mounting two or more electrical devices arranged in a row being perpendicular to the mounting rail, • at least one second electrical device (18, 20), and • a second connector device comprising upper connection means (22.1, 22.2) for mounting and electrically connecting to the bottom side (18.1, 20.1) of the at least one second electrical device and comprising lower connection means (22.3) for electrically connecting to wires, wherein the upper connection means are configured for mounting to two or more electrical devices arranged in a row being perpendicular to the mounting rail, and • wherein the bottom side of the first electrical device is mounted on and electrically connected to the upper connection means of the first connector device, the upper side of the at least one second electrical device (18, 20) is mounted and electrically connected to the lower connection means of the first connector device, and the lower side of the at least one second electrical device (18, 20) is mounted on and electrically connected to the upper connection means of the second connector device.
Connection unit for a connector of a transport device connectable to a motor vehicle, the light units (54, 56, 58) of said transport device being activatable in accordance with the lighting of the motor vehicle, wherein the connection unit comprises a connector receptacle with sets of connections for the individual light units (54, 56, 58) connectable to the connector and an electrical supply line for connecting the sets of connections to a supply unit on the motor vehicle, characterized in that the connection unit comprises a test circuit for testing, independently of the supply unit, the functioning of all the light units (54, 56, 58) of the transport device supplied via the connector plugged into the connector receptacle, that for carrying out a test cycle the test circuit disconnects the set of connections to be tested electrically from the supply unit.
A magnetic structure including magnetic material and conductive windings for forming a primary or a secondary side of a transformer comprising a magnetic plate having a circular shape, including a raised central post on a top surface of the magnetic plate and a raised magnetic outer edge on the top surface of the magnetic plate, wherein the windings are provided on the top surface of the magnetic plate between the central post and the outer edge, characterised in that - a top surface of the central post is larger than a corresponding bottom surface of this central post on the top surface of the magnetic plate - or the top surface of the central post is larger than a corresponding bottom surface of this central post on the top surface of the magnetic plate and the top surface of the outer edge is larger than a corresponding bottom surface of this outer edge on the top surface of the magnetic plate. - a top surface of the central post is larger than a corresponding bottom surface of this central post on the top surface of the magnetic plate - or the top surface of the central post is larger than a corresponding bottom surface of this central post on the top surface of the magnetic plate and the top surface of the outer edge is larger than a corresponding bottom surface of this outer edge on the top surface of the magnetic plate.
Drilling device for making a bone canal with a curved profile (2 b) through a straight cannula anchored beforehand in the body of a vertebra provided with a cortical end-plate of a spinal segment (Sr) of a vertebral column (Cv), characterized in that it comprises a guide pin from a guide pin kit and an articulated drill bit consisting of a cylindrical tube comprising an end arranged in accordance with a profile ensuring the deformation and the articulation in accordance with a curved shape, said guide pin having at one of its ends, on the one hand, a curved profile (8 a) whose radius of curvature R is less than 20 millimeters, and, on the other hand, a tapered tip (8 b) extending in a direction defined by an angle Y that is less than 90 degrees relative to the longitudinal axis of said pin, the profile of said guide pin making it possible to define, after its introduction into the body of the vertebra, a first contact point a between the pin and the articulated drill bit, said contact point a being positioned on the tangent to the external profile of the radius of curvature R of the guide pin in a direction perpendicular to the cortical end-plate, and a second contact point b between the pin and the articulated drill bit, said contact point b being positioned at the free end of said drill bit which abuts against the external profile of the tapered tip of the guide pin extending in the thickness of the cortical end-plate, said two contact points a and b ensuring the guiding of the free end of the articulated drill bit in order to position said free end in a direction that is substantially perpendicular to that of the cortical end-plate of the vertebra to be perforated.
An elastic monofilament comprising a core-sheath composite structure, wherein a ratio of a core component is 2 to 40% by volume, the core component is a thermoplastic polyethylene terephthalate having, in the polymer, 95 to 100% by mass of a polyethylene terephthalate unit, and a sheath component is a copolymeric thermoplastic elastomer having a hard segment and a soft segment, and wherein the monofilament has a diameter of 0.1 to 1.0 mm, and a tensile strength of 0.3 to 3.0 cN/dtex.
A rearview mirror for a vehicle, comprising: a housing defining an interior and an opening to an exterior of the housing, a notch extending from an edge of the opening; and an actuation mechanism coupled within the interior of the housing and including: a toggle barrel rotatably positioned within the interior cavity of the housing; and a lever extending from the toggle barrel through the opening, the lever defining a first major surface and including a locking rib extending from the first major surface adjacent the barrel, the lever being rotatable with corresponding rotation of the toggle barrel with respect to the housing between a first position and a second position, the locking rib being positioned within the notch of the housing when the lever and the toggle barrel are in the first position and being positioned away from the notch when the lever and the toggle barrel are in the second position. a housing defining an interior and an opening to an exterior of the housing, a notch extending from an edge of the opening; and an actuation mechanism coupled within the interior of the housing and including: a toggle barrel rotatably positioned within the interior cavity of the housing; and a lever extending from the toggle barrel through the opening, the lever defining a first major surface and including a locking rib extending from the first major surface adjacent the barrel, the lever being rotatable with corresponding rotation of the toggle barrel with respect to the housing between a first position and a second position, the locking rib being positioned within the notch of the housing when the lever and the toggle barrel are in the first position and being positioned away from the notch when the lever and the toggle barrel are in the second position. a toggle barrel rotatably positioned within the interior cavity of the housing; and a lever extending from the toggle barrel through the opening, the lever defining a first major surface and including a locking rib extending from the first major surface adjacent the barrel, the lever being rotatable with corresponding rotation of the toggle barrel with respect to the housing between a first position and a second position, the locking rib being positioned within the notch of the housing when the lever and the toggle barrel are in the first position and being positioned away from the notch when the lever and the toggle barrel are in the second position.
A method for manufacturing a strained fermented dairy product comprising the following successive steps: (a) providing a dairy product containing starch, (b) fermenting the dairy product after adding lactic acid bacteria to obtain a fermented dairy product, and (c) separating a liquid whey from the fermented dairy product by centrifugation to obtain a strained fermented dairy product. (a) providing a dairy product containing starch, (b) fermenting the dairy product after adding lactic acid bacteria to obtain a fermented dairy product, and (c) separating a liquid whey from the fermented dairy product by centrifugation to obtain a strained fermented dairy product.
Device in the form of a signal source for transmitting signals into a conductive liquid comprising - an electrically conductive surface portion provided for immersion in the electrically conductive liquid; - an antenna electrode (108, 110) for supplying an electric load current into the electrically conductive liquid; - an electrode (108, 110) acting as protection electrode; - a protection current source (112, 212) electrically coupled to the conductive surface portion and the protection electrode (108, 110) for providing a protection current flowing between the electrically conductive surface portion and the electrode (108, 110); - the protection current source (112, 212) being adapted for changing the protection current in response to a change in the load current. - an electrically conductive surface portion provided for immersion in the electrically conductive liquid; - an antenna electrode (108, 110) for supplying an electric load current into the electrically conductive liquid; - an electrode (108, 110) acting as protection electrode; - a protection current source (112, 212) electrically coupled to the conductive surface portion and the protection electrode (108, 110) for providing a protection current flowing between the electrically conductive surface portion and the electrode (108, 110); - the protection current source (112, 212) being adapted for changing the protection current in response to a change in the load current.
A burglary-proof and/or bullet-resistant building closure (1, 101, 201) for closing an opening in a building, with a frame enclosing a filling, the frame being composed of several frame sides each of which is composed of an inner frame profile (7, 8) facing the inside of the building and an outer frame profile (5, 205, 65, 34, 35) facing away from the inside of the building and a insulating profile (9, 10) connecting the two frame profiles, wherein at least one outer frame profile (5, 205, 65, 34, 35) is configured as a hollow profile which comprises at least one chamber extending in longitudinal direction of the respective outer frame profile (5, 205, 65, 34, 35), into which a first protective strip (11, 111, 211) extending in longitudinal direction of at least one outer frame profile (5, 205, 65, 34, 35) is inserted, which consists of a material resistant to abrasion, breakage or deformation, wherein at least one second protective strip (17, 117, 217) is arranged on at least one of the outer frame profiles (5, 205, 65, 34, 35) on an outside of the building closure, the second protective strip being connected by means of connecting elements (18, 118, 218, 318) with the associated outer frame profile (5, 205, 65, 34, 35) and/or inner profile (7, 8) of the respective frame side, wherein the first protective strip (11, 111, 211) and the second protective strip (17, 117, 217) overlap one another when viewed vertically to a plane defined by an outer surface of the filling, and the connecting elements (18, 118, 218, 318) extend adjacent to the first protective strip (11, 111, 211), wherein the second protective strip (17, 117, 217) is provided with a covering profile (20, 120, 220) hiding the second protective strip (17, 117, 217) and the connecting elements (18, 118, 218, 318) so that they are invisible from the outside, and an attachment profile (22, 122, 222) is located between the second protective strip (17, 117, 217) and the associated outer frame profile (5, 205, 65, 34, 35) and is penetrated by the connecting elements (18, 118, 218, 318).
A particulate composition comprising an iron-polydextrose complex, wherein the iron-polydextrose complex is characterized by either or both of the following structures: I. (FeOOH)•(C 6 H 12 O 5)•(NaOH)•(NaCl)•(H 2 O) II. (Fe 2 O 3)•(C 6 H 12 O 5)•(NaOH)•(NaCl)•(H 2 O).
A molten steel fluidity estimation method of estimating fluidity of molten steel in a casting mold of a continuous casting machine, the method characterized by comprising: an error calculating step of calculating, at positions of respective sensors arranged in the casting mold, an error between distribution of physical quantities measured by the respective sensors and distribution of physical quantities calculated by using a physical model; an external force applying step of applying an external force in a vicinity of a discharge opening of a nozzle configured to discharge the molten steel into the casting mold; and an estimating step of estimating fluidity by calculating the fluidity in a state in which the external force adjusted to compensate the error is applied. an error calculating step of calculating, at positions of respective sensors arranged in the casting mold, an error between distribution of physical quantities measured by the respective sensors and distribution of physical quantities calculated by using a physical model; an external force applying step of applying an external force in a vicinity of a discharge opening of a nozzle configured to discharge the molten steel into the casting mold; and an estimating step of estimating fluidity by calculating the fluidity in a state in which the external force adjusted to compensate the error is applied.
Preparation process of a flame retardant composition made from brominated bismuth and/or antimony compounds complexed with melamine, the preparation process following at least one of the following reaction schemes: Bi 2 CO 5 + 6HBr → 2BiBr 3 + 3H 2 O + CO 2 BiBr 3 + ML → complex ML/BiBr 3 HBr + ML → MHB or Sb 2 O 3 + 6HBr → 2SbBr 3 + 3H 2 O SbBr 3 + ML → complex ML/SbBr 3 HBr + ML → MHB where ML indicates melamine and MHB indicates melamine bromohydrate, the process comprising the following operating steps: a) providing the reagents provided for according to one of said two reaction schemes: melamine; at least one between bismuth carbonate and antimony sesquioxide; and hydrobromic acid in an aqueous solution; b) placing said reagents in contact with each other in a reactor so as to trigger said chemical reactions and obtain a complex of brominated bismuth or brominated antimony with melamine and melamine bromohydrate, characterised in that it comprises a step c) of providing at least one reaction carrier defined by at least one compound selected from the group consisting of melamine, melamine phosphate, melamine polyphosphate, ammonium phosphate, ammonium polyphosphate, triphenyl phosphate, graphite, silica, lignin, coke and compounds containing triazine rings condensed or linked by -NH groups, and in that the reagents provided in step a) are placed in contact in step b) in the presence of at least one compound provided in step c) which is not involved in said reactions, polymeric compounds not being introduced in the reactor in such quantities as to create a polymer matrix, said reagents being introduced into the reactor in amounts defined by the stoichiometric ratios according to at least one of said two reaction schemes, said reaction carrier being introduced into the reactor in an amount defined with respect to the total weight of the reagents so that it can perform a modulator function, wherein the reaction carrier, defined by a single compound or by two or more compounds, is introduced in an amount of not less than 8% in weight with respect to the total weight of the reagents. a) providing the reagents provided for according to one of said two reaction schemes: melamine; at least one between bismuth carbonate and antimony sesquioxide; and hydrobromic acid in an aqueous solution; b) placing said reagents in contact with each other in a reactor so as to trigger said chemical reactions and obtain a complex of brominated bismuth or brominated antimony with melamine and melamine bromohydrate,
A piezoelectric device (10; 30; 40) comprising: a paper film comprising cellulose fibers and containing an additive selected from the group comprising 4-fluorophenethyl isocyanate, 2-2 diphenylethyl isocyanate, nitrophenyl isocyanate, 1-adamantyl isocyanate, cyanophenyl isocyanate, and triphenylamine grafted to the cellulose fibers, the film further having a first surface and a second surface opposite to the first surface; and a first electrode arranged on the first surface and a second electrode arranged on the second surface. a paper film comprising cellulose fibers and containing an additive selected from the group comprising 4-fluorophenethyl isocyanate, 2-2 diphenylethyl isocyanate, nitrophenyl isocyanate, 1-adamantyl isocyanate, cyanophenyl isocyanate, and triphenylamine grafted to the cellulose fibers, the film further having a first surface and a second surface opposite to the first surface; and a first electrode arranged on the first surface and a second electrode arranged on the second surface.