mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing a rubber mixture, comprising the following steps of: a) providing or producing rubber mixture constituents, b) providing a mixing device for mixing rubber mixtures, wherein the mixing device comprises i. a first mixing chamber of the more than one mixing chambers of the mixing device, wherein the first mixing chamber is delimited by a first chamber housing, a first introduction opening and a first discharge opening, ii. one, two or more than two rotors for mixing a rubber mixture within the first mixing chamber and within one of the further mixing chambers, and iii. a fluid medium for controlling the temperature of the first mixing chamber, c) controlling the temperature of the fluid medium in a preparation phase to a preparation temperature in the range from 30°C to 160°C, d) adding at least a fraction of the rubber mixture constituents provided or produced in step a) into the mixing chamber of the mixing device, e) controlling the temperature of the fluid medium temperature-controlled in step c) in a mixing phase to a mixing temperature in the range from 40°C to 160°C, and f) controlling the temperature of the fluid medium temperature-controlled in step e) in a cooling phase to a cooling temperature in the range from 4°C to 60°C, wherein a programmable control component individually controls or regulates the temperature of the fluid medium for each of the individual mixing steps of c) to f). a) providing or producing rubber mixture constituents, b) providing a mixing device for mixing rubber mixtures, wherein the mixing device comprises i. a first mixing chamber of the more than one mixing chambers of the mixing device, wherein the first mixing chamber is delimited by a first chamber housing, a first introduction opening and a first discharge opening, ii. one, two or more than two rotors for mixing a rubber mixture within the first mixing chamber and within one of the further mixing chambers, and iii. a fluid medium for controlling the temperature of the first mixing chamber, i. a first mixing chamber of the more than one mixing chambers of the mixing device, wherein the first mixing chamber is delimited by a first chamber housing, a first introduction opening and a first discharge opening, ii. one, two or more than two rotors for mixing a rubber mixture within the first mixing chamber and within one of the further mixing chambers, and iii. a fluid medium for controlling the temperature of the first mixing chamber, c) controlling the temperature of the fluid medium in a preparation phase to a preparation temperature in the range from 30°C to 160°C, d) adding at least a fraction of the rubber mixture constituents provided or produced in step a) into the mixing chamber of the mixing device, e) controlling the temperature of the fluid medium temperature-controlled in step c) in a mixing phase to a mixing temperature in the range from 40°C to 160°C, and f) controlling the temperature of the fluid medium temperature-controlled in step e) in a cooling phase to a cooling temperature in the range from 4°C to 60°C,
System, comprising a central computing unit and an apparatus for recording consumption values ascertained by means of at least one consumption value recording unit , wherein the apparatus is couplable to a number of consumption value recording units and comprises at least one data capture unit for reading, in particular receiving, the consumption values, wherein: - the data capture unit is coupled to the central computing unit , - the data capture unit comprises at least one communication interface for communicating with the central computing unit , - the central computing unit provides a plurality of configuration scripts (KS) by means of which the data capture unit is automatically adjustable for reading consumption values of different consumption value recording units , - the central computing unit transmits stored configuration scripts (KS) to the data capture unit on the basis of the consumption value recording unit that is to be read, and - the plurality of configuration scripts (KS) each comprise predefined configuration parameters for automatically adjusting the data capture unit . - the data capture unit is coupled to the central computing unit , - the data capture unit comprises at least one communication interface for communicating with the central computing unit , - the central computing unit provides a plurality of configuration scripts (KS) by means of which the data capture unit is automatically adjustable for reading consumption values of different consumption value recording units , - the central computing unit transmits stored configuration scripts (KS) to the data capture unit on the basis of the consumption value recording unit that is to be read, and - the plurality of configuration scripts (KS) each comprise predefined configuration parameters for automatically adjusting the data capture unit .
A method of converting a CMYK toner printer to print with white toner in the foreground , comprising the steps of: providing a CMYK toner printer ; wherein said CMYK toner printer has four printing cartridges ; wherein said four printing cartridges comprise a black toner printing cartridge, a cyan toner printing cartridge, a magenta toner printing cartridge, and a yellow toner printing cartridge ; wherein said black toner printing cartridge is in a first position and said cyan toner printing cartridge is in a fourth position of said CMYK toner printer ; removing said black toner printing cartridge from said CMYK toner printer ; removing said cyan toner printing cartridge from said fourth position of said CMYK toner printer ; installing said cyan toner printing cartridge in said first position of said CMYK toner printer ; providing a white toner printing cartridge ; installing said provided white toner printing cartridge into said fourth position of said CMYK toner printer ; providing raster image processor software for printing cartridge remapping and layered printing ability ; printing a first layer not using said white toner printing cartridge ; printing a second layer over the first layer, the second layer only using said white toner printing cartridge . providing a CMYK toner printer ; wherein said CMYK toner printer has four printing cartridges ; wherein said four printing cartridges comprise a black toner printing cartridge, a cyan toner printing cartridge, a magenta toner printing cartridge, and a yellow toner printing cartridge ; wherein said black toner printing cartridge is in a first position and said cyan toner printing cartridge is in a fourth position of said CMYK toner printer ; wherein said CMYK toner printer has four printing cartridges ; wherein said four printing cartridges comprise a black toner printing cartridge, a cyan toner printing cartridge, a magenta toner printing cartridge, and a yellow toner printing cartridge ; wherein said black toner printing cartridge is in a first position and said cyan toner printing cartridge is in a fourth position of said CMYK toner printer ; removing said black toner printing cartridge from said CMYK toner printer ; removing said cyan toner printing cartridge from said fourth position of said CMYK toner printer ; installing said cyan toner printing cartridge in said first position of said CMYK toner printer ; providing a white toner printing cartridge ; installing said provided white toner printing cartridge into said fourth position of said CMYK toner printer ; providing raster image processor software for printing cartridge remapping and layered printing ability ; printing a first layer not using said white toner printing cartridge ; printing a second layer over the first layer, the second layer only using said white toner printing cartridge .
Motor vehicle having a body , a door and a hinge arrangement for the door with a four-joint arrangement which has a first link and a second link , wherein the first link is connected to the door so as to be pivotable about a pivot axis via a door joint , fixed to the door, of the first link and is connected to the body so as to be pivotable about a pivot axis via a body joint , fixed to the body, of the first link , wherein the second link is connected to the door so as to be pivotable about a pivot axis via a door joint of the second link and is connected to the body so as to be pivotable about a pivot axis via a body joint of the second joint , wherein at least the door joint of the second link or the body joint of the second joint is mounted in a displaceable manner, wherein a length of the second link is variable such that a distance between the door joint of the second link and the body joint of the second link is variable, characterized in that the second joint is mounted and is arranged with regard to the first link in such a way that the body joint of the second link and/or the door joint of the second joint execute(s) the displacement movement in an initial phase of door opening and/or an end phase of door closing, and in that the hinge arrangement has a latching arrangement, which is adapted to lock the body joint of the second link and/or the door joint of the second link such that the displacement movement is prevented after the initial phase of door opening and/or before the end phase of door closing.
A plug-in coupling seal for a fluid line of a drive motor, wherein the plug-in coupling seal is formed for accommodation between a first coupling part and a second coupling part to be pushed into the first coupling part in an insertion direction and wherein the plug-in coupling seal has a contact surface , which is formed for contact against the first coupling part and/or against the second coupling part , wherein, at least in some regions, a microstructuring with protruding structuring elements for reducing the resistance of the two coupling parts to joining is formed on the contact surface , characterized in that the protruding structuring elements of the micro structuring are formed to be bent in the insertion direction , wherein a head region of the structuring elements is shifted further in the insertion direction than a foot region of the structuring element .
A wireless communication device comprising: a millimeter wave, mmWave, antenna comprising a plurality of antenna elements ; and a housing including at least one opening matching the mmWave antenna with an outer space, wherein the mmWave antenna comprises: a radio frequency integrated circuit, RFIC ; and a plurality of power feeding lines , wherein the plurality of antenna elements are dual-type antenna elements configured to excite polarization modes orthogonal to each other, wherein the power feeding lines are configured to individually couple a plurality of ports of the RFIC to the plurality of dual-type antenna elements to excite the orthogonal polarization modes to perform beamforming, characterized in that the housing further comprises a sidewall having a conductive structure which comprises conductive patterns, wherein the mmWave antenna is separated from the outer space by the housing and is configured to radiate an electromagnetic wave through the conductive patterns of the housing to the outer space, and wherein each of the dual-type antenna elements comprises: an aperture radiation-type structure including a first antenna providing a polarization radiation in a first direction, and a traveling radiation-type structure including a second antenna providing a polarization radiation in a second direction different from the first direction. a millimeter wave, mmWave, antenna comprising a plurality of antenna elements ; and a housing including at least one opening matching the mmWave antenna with an outer space, wherein the mmWave antenna comprises: a radio frequency integrated circuit, RFIC ; and a plurality of power feeding lines , a radio frequency integrated circuit, RFIC ; and a plurality of power feeding lines , wherein the plurality of antenna elements are dual-type antenna elements configured to excite polarization modes orthogonal to each other, wherein the power feeding lines are configured to individually couple a plurality of ports of the RFIC to the plurality of dual-type antenna elements to excite the orthogonal polarization modes to perform beamforming, characterized in that the housing further comprises a sidewall having a conductive structure which comprises conductive patterns, wherein the mmWave antenna is separated from the outer space by the housing and is configured to radiate an electromagnetic wave through the conductive patterns of the housing to the outer space, and wherein each of the dual-type antenna elements comprises: an aperture radiation-type structure including a first antenna providing a polarization radiation in a first direction, and a traveling radiation-type structure including a second antenna providing a polarization radiation in a second direction different from the first direction. an aperture radiation-type structure including a first antenna providing a polarization radiation in a first direction, and a traveling radiation-type structure including a second antenna providing a polarization radiation in a second direction different from the first direction.
A window assembly comprising: a substrate ; a transparent layer disposed on said substrate and comprising a metal compound such that said transparent layer is electrically conductive and with said transparent layer defining an area having a periphery ; an outer region devoid of said transparent layer and being defined on said substrate adjacent to and along said periphery of said transparent layer; an antenna element disposed on said substrate in said outer region with said antenna element being elongated and defining a first end and an opposing second end; and a feeding element coupled to said antenna element for energizing said antenna element; characterized in that said area of said transparent layer defines at least two protrusions being spaced apart from one another and extending integrally from said area and into said outer region and wherein said antenna element abuts and is in direct electrical contact with said at least two protrusions and wherein said feeding element couples to said antenna element at a location between said at least two protrusions or at one of said protrusions. a substrate ; a transparent layer disposed on said substrate and comprising a metal compound such that said transparent layer is electrically conductive and with said transparent layer defining an area having a periphery ; an outer region devoid of said transparent layer and being defined on said substrate adjacent to and along said periphery of said transparent layer; an antenna element disposed on said substrate in said outer region with said antenna element being elongated and defining a first end and an opposing second end; and a feeding element coupled to said antenna element for energizing said antenna element; characterized in that said area of said transparent layer defines at least two protrusions being spaced apart from one another and extending integrally from said area and into said outer region and wherein said antenna element abuts and is in direct electrical contact with said at least two protrusions and wherein said feeding element couples to said antenna element at a location between said at least two protrusions or at one of said protrusions.
An improved hydrogen generation system comprising: one or more hydrodesulfurization (HDS) units configured to desulfurize a hydrocarbon gas stream to produce a process gas stream and a desulfurized fuel gas stream; a pre-reformer configured to receive the process gas stream and convert heavy hydrocarbons within the process gas stream to methane to produce a pre-reformed process gas, wherein the amount of methane within the pre-reformed process gas as compared to the process gas stream is increased; a reformer having a combustion zone and a reaction zone, wherein the combustion zone is in fluid communication with the HDS unit and configured to receive the desulfurized fuel gas stream originating from the HDS, wherein the reaction zone is in fluid communication with the pre-reformer and configured to receive the pre-reformed process gas originating from the pre-reformer, wherein the reformer is configured to produce a syngas stream within the reaction zone and a flue gas within the combustion zone; a pressure swing adsorption (PSA) unit configured to receive the syngas stream and produce a product hydrogen stream and a PSA off-gas stream; and means for cooling the flue gas against a combustion air and the PSA off-gas stream to a temperature below the dew point of sulfuric acid. one or more hydrodesulfurization (HDS) units configured to desulfurize a hydrocarbon gas stream to produce a process gas stream and a desulfurized fuel gas stream; a pre-reformer configured to receive the process gas stream and convert heavy hydrocarbons within the process gas stream to methane to produce a pre-reformed process gas, wherein the amount of methane within the pre-reformed process gas as compared to the process gas stream is increased; a reformer having a combustion zone and a reaction zone, wherein the combustion zone is in fluid communication with the HDS unit and configured to receive the desulfurized fuel gas stream originating from the HDS, wherein the reaction zone is in fluid communication with the pre-reformer and configured to receive the pre-reformed process gas originating from the pre-reformer, wherein the reformer is configured to produce a syngas stream within the reaction zone and a flue gas within the combustion zone; a pressure swing adsorption (PSA) unit configured to receive the syngas stream and produce a product hydrogen stream and a PSA off-gas stream; and means for cooling the flue gas against a combustion air and the PSA off-gas stream to a temperature below the dew point of sulfuric acid.
A system for reconstructing digital subtraction angiography, DSA, images representing a region of interest in an object , the system comprising one or more processors configured to: receive (S110) cone beam projection data acquired during a portion of a revolution of a source-detector arrangement of a cone beam X-ray imaging system around the object , the portion of the revolution comprising a first angular range (Dq 1 ) including one or more orientations of the source-detector arrangement prior to a contrast agent entering the region of interest and/or subsequent to the contrast leaving the region of interest , and a second angular range (Dq 2 ) including one or more orientations of the source-detector arrangement whilst the contrast agent flows within the region of interest ; reconstruct (S120) the cone beam projection data acquired from the one or more orientations within the first angular range (Dq 1 ), into a 3D mask image representing the region of interest ; and reconstruct (S130) the cone beam projection data acquired from the one or more orientations within the second angular range (Dq 2 ), into a temporal sequence of 3D DSA images representing the region of interest , based on the reconstructed 3D mask image . receive (S110) cone beam projection data acquired during a portion of a revolution of a source-detector arrangement of a cone beam X-ray imaging system around the object , the portion of the revolution comprising a first angular range (Dq 1 ) including one or more orientations of the source-detector arrangement prior to a contrast agent entering the region of interest and/or subsequent to the contrast leaving the region of interest , and a second angular range (Dq 2 ) including one or more orientations of the source-detector arrangement whilst the contrast agent flows within the region of interest ; reconstruct (S120) the cone beam projection data acquired from the one or more orientations within the first angular range (Dq 1 ), into a 3D mask image representing the region of interest ; and reconstruct (S130) the cone beam projection data acquired from the one or more orientations within the second angular range (Dq 2 ), into a temporal sequence of 3D DSA images representing the region of interest , based on the reconstructed 3D mask image .
A septum, comprising a body having a first end comprising an opening and a second end forming a barrier, the barrier being capable of being deformed from a relaxed position to a stressed position, wherein the stressed position biases the barrier to provide a pathway through the septum, wherein the septum comprises a convex barrier surface , wherein the convex barrier surface extends distally from the second end of the septum; wherein the barrier further comprises a slit having a closed configuration and an opened configuration, wherein the slit comprises the closed configuration when the barrier is in the relaxed position, and the slit comprises the opened configuration when the barrier is in the stressed position.
Front structure for a locking device for attaching a wear part to the blade of an earth moving machine, said front structure being a one body structure comprising: - a front face , - a back face inclined respect to the front face , so as to determine a wedge shape of the front structure , the front structure having an upper base smaller than a lower base, characterised by - a lower projection , projecting forward beyond the front face , - an upper projection removably attached to the front structure such that said upper projection can be separated from the front structure , said upper projection and said lower projection capable of clamping the blade when the upper projection is attached to the front structure . - a front face , - a back face inclined respect to the front face , so as to determine a wedge shape of the front structure , the front structure having an upper base smaller than a lower base, characterised by - a lower projection , projecting forward beyond the front face , - an upper projection removably attached to the front structure such that said upper projection can be separated from the front structure , said upper projection and said lower projection capable of clamping the blade when the upper projection is attached to the front structure .
Household appliance, in particular household refrigeration appliance , comprising a receiving space , in particular for foodstuffs, which is delimited by walls of the household appliance, and comprising a backing part which is mounted on an outer side of one of said walls , said outer side facing away from the receiving space , wherein the backing part has a coupling element which, when the backing part is mounted on the outer side , is coupled to a counter-coupling element which is on the outer side , wherein the counter-coupling element is formed as a raised cup without holes and the coupling element is formed as a receptacle through which the cup extends in the mounted state, characterised in that the receptacle is formed as a funnel-like hole, in which the receptacle viewed in the direction of a receptacle axis, has a depth and tapers at least partially relative thereto, so that a width of the receptacle at a funnel inlet formed by a receptacle opening is designed to be larger than at a funnel base.