mhurhangee/patent-ind-claim-en huggingface dataset:
A method of converting a CMYK printer to print with a non-standard toner, comprising the steps: providing (705; 805) a CMYK toner printer; wherein said CMYK toner printer has four toner printing cartridges, wherein three of the four toner printing cartridges are color printing cartridges comprising a cyan toner printing cartridge, a magenta toner printing cartridge, and a yellow toner printing cartridge; removing (710; 810) one or more of said color toner printing cartridges from said toner printer, such that there are one or more empty toner printing cartridge positions; providing (715; 815) one or more non-standard toner printing cartridges; installing (720; 820) said one or more non-standard toner printing cartridges into said one or more empty toner printing cartridge positions; remapping (725; 825) said printing cartridges with a raster image processor (RIP) software for printing cartridge remapping; and adjusting one or more printer settings so that said printer prints using said one or more non-standard toner filled cartridges; wherein said one or more printer settings is set to print at 100% K for printing in black. providing (705; 805) a CMYK toner printer; wherein said CMYK toner printer has four toner printing cartridges, wherein three of the four toner printing cartridges are color printing cartridges comprising a cyan toner printing cartridge, a magenta toner printing cartridge, and a yellow toner printing cartridge; removing (710; 810) one or more of said color toner printing cartridges from said toner printer, such that there are one or more empty toner printing cartridge positions; providing (715; 815) one or more non-standard toner printing cartridges; installing (720; 820) said one or more non-standard toner printing cartridges into said one or more empty toner printing cartridge positions; remapping (725; 825) said printing cartridges with a raster image processor (RIP) software for printing cartridge remapping; and adjusting one or more printer settings so that said printer prints using said one or more non-standard toner filled cartridges; wherein said one or more printer settings is set to print at 100% K for printing in black.
Sensor assembly for determining vibrations of a measurement object , which sensor assembly is attachable or attached to the measurement object by a material bond, in a form-fitting and/or force-fitting manner, comprising an RFID transponder and an acceleration sensor unit coupled to the latter, wherein sensor data from the acceleration sensor unit are to be buffered in a memory and transmitted via the RFID transponder , wherein the acceleration sensor unit is suppliable with electrical energy via the RFID transponder , wherein the RFID transponder is designed as a passive RFID transponder which has a capacitor for briefly capacitively buffering electrical energy, wherein the acceleration sensor unit is to be operated by means of the electrical energy, and characterized in that a small smoothing capacitance is provided for a circuit component which has an RFID frontend of the RFID transponder , the memory and a control logic, and a sensor circuit comprising an acceleration sensor , sensor logic and an analogue-to-digital converter is operated with the capacitor which is designed as a large smoothing and/or storage capacitance and is coupled to a basis operating voltage (Vb) via an isolation circuit .
A method for processing a Gx session exception, comprising: activating (S202) a preset timer when a public data network gateway , PGW, detects an exception of a Gx session due to that a link between the PGW and a policy and charging rules function unit , PCRF, is in an exceptional state, wherein the Gx session is carried on the link between the PGW and the PCRF ; and resuming (S204), after the timer expires, a data traffic service of a user equipment corresponding to the Gx session if it is determined that the link is normal, characterized in that : when the PGW detects the exception of the Gx session, the method further comprises: before the timer expires, prohibiting the data traffic service of the user equipment from degrading and continuing to process the data traffic service of the user equipment according to a policy control and charging, PCC, rule, and generating an emergency call detail record of the user equipment based on the PCC rule by the PGW . activating (S202) a preset timer when a public data network gateway , PGW, detects an exception of a Gx session due to that a link between the PGW and a policy and charging rules function unit , PCRF, is in an exceptional state, wherein the Gx session is carried on the link between the PGW and the PCRF ; and resuming (S204), after the timer expires, a data traffic service of a user equipment corresponding to the Gx session if it is determined that the link is normal, characterized in that : when the PGW detects the exception of the Gx session, the method further comprises: before the timer expires, prohibiting the data traffic service of the user equipment from degrading and continuing to process the data traffic service of the user equipment according to a policy control and charging, PCC, rule, and generating an emergency call detail record of the user equipment based on the PCC rule by the PGW .
A method for locking and unlocking a receptacle for a mobile telecommunications terminal, in particular a smartphone, wherein the receptacle is arranged in a holder, wherein a token is associated with the holder, wherein the token, which is secured in an insertion opening of the holder against removal, is released when a telecommunications terminal is locked in the receptacle, wherein the token is inserted into the holder to release the receptacle, wherein an authorisation check is executed, by means of which the association of the token inserted into the holder is checked and wherein, if the token is successfully associated with the holder, the locking device is unlocked, characterized in that, when the telecommunications terminal is locked in the receptacle or when the authorization is checked successfully, a signal is generated, which is transmitted to a locking element blocking the movement of a first actuator, wherein the signal activates the locking element, wherein the activation of the locking element terminates the blockage of the movement of the actuator for holding the token, and wherein the locking element is a spring-loaded plunger, which is moved against the spring load by an electromagnet when it is activated.
Canopy , having a wall connection support and at least one transverse support , which are arranged at a mutual distance, and having a plurality of longitudinal supports which are arranged at a mutual distance and bridge the distance between the wall connection support and each transverse support , at least the wall connection support being attachable to a supporting structure (T), the wall connection support having a holding profile which can be attached to the supporting structure (T) and to which a plurality of holders arranged at a mutual distance are attached, a holding rod being provided which is mounted on the holders , and at least one of the longitudinal supports engaging with the holding rod by means of a suspension device and being mounted on said holding rod, the holders each having a compensating device by means of which the position of the holding rod relative to the relevant holder can be adjusted at least by a component in the longitudinal direction of the longitudinal support , the suspension device having a recess in the longitudinal support , characterized in that the longitudinal support can be placed with the recess from above on the holding rod .
A solid oxide fuel cell comprising: a fuel cell main body which includes a cathode layer , a solid electrolyte layer , and an anode layer and which has a power generation function; a connector disposed to face the cathode layer ; a current collector which is disposed between the cathode layer and the connector and which is in contact with a surface of the cathode layer and a surface of the connector , the surfaces facing each other, to thereby electrically connect the cathode layer and the connector ; and a groove provided in a portion of a surface of the cathode layer , which surface is located on the side where the cathode layer is in contact with the current collector , the portion of the surface being not in contact with the current collector , wherein a distal end of the current collector is intruded into the cathode layer , characterized in that a depth D2 of intrusion of the distal end of the current collector into the cathode layer is greater than a depth D1 of the groove . a fuel cell main body which includes a cathode layer , a solid electrolyte layer , and an anode layer and which has a power generation function; a connector disposed to face the cathode layer ; a current collector which is disposed between the cathode layer and the connector and which is in contact with a surface of the cathode layer and a surface of the connector , the surfaces facing each other, to thereby electrically connect the cathode layer and the connector ; and a groove provided in a portion of a surface of the cathode layer , which surface is located on the side where the cathode layer is in contact with the current collector , the portion of the surface being not in contact with the current collector , wherein a distal end of the current collector is intruded into the cathode layer , characterized in that a depth D2 of intrusion of the distal end of the current collector into the cathode layer is greater than a depth D1 of the groove .
A processor for controlling a user equipment (100-1), wherein the processor is configured to execute processes of: receiving from a base station (200-1), configuration information on a specific group communication service provided over Single Cell Point to Multi-point, SC-PTM, transmission, wherein the specific group communication service is represented by a temporary mobile group identity, TMGI, and the TMGI is mapped with a Group-Radio Network Temporary Identifier, G-RNTI; receiving from the base station (200-1), via a Physical Downlink Control Channel, PDCCH associated with the G-RNTI, information indicating a resource used for transmitting SC-PTM data of the specific group communication service; receiving from the base station (200-1), via a Physical Downlink Shared Channel, PDSCH, the SC-PTM data of the specific group communication service; and receiving from the base station (200-1), information on stop of transmission of the specific group communication service provided by the SC-PTM transmission. receiving from a base station (200-1), configuration information on a specific group communication service provided over Single Cell Point to Multi-point, SC-PTM, transmission, wherein the specific group communication service is represented by a temporary mobile group identity, TMGI, and the TMGI is mapped with a Group-Radio Network Temporary Identifier, G-RNTI; receiving from the base station (200-1), via a Physical Downlink Control Channel, PDCCH associated with the G-RNTI, information indicating a resource used for transmitting SC-PTM data of the specific group communication service; receiving from the base station (200-1), via a Physical Downlink Shared Channel, PDSCH, the SC-PTM data of the specific group communication service; and receiving from the base station (200-1), information on stop of transmission of the specific group communication service provided by the SC-PTM transmission.
A rail vehicle comprising: a body having a floor and side walls projecting upwardly from said floor ; a first and a second side skirts projecting downwardly below said floor and along a portion of a respective one of said side walls ,; two bogies having wheels and operative to support a different end of said body , said floor , said first and second side skirts and said bogies defining an underfloor space there in between with an exhaust ; an internal combustion engine for generating power to be supplied to an electric motor ; a cooling system operative to exchange heat between a cooling fluid circulating in a cooling circuit connected to said internal combustion engine and air located in said underfloor space , said cooling system having: a heat exchanger located under said floor and within said underfloor space , said heat exchanger being fluidly connected to said underfloor space on a first side of said heat exchanger and to said exhaust on a second side of said heat exchanger ; a fan adjacent said heat exchanger and fluidly connected to said exhaust , characterized in that said first side skirt is provided with said exhaust and said fan is operative to sequentially force air from said underfloor space through said first side of said heat exchanger , through said second side of said heat exchanger and through said exhaust to an ambient space located on an external side of said first side skirt . a body having a floor and side walls projecting upwardly from said floor ; a first and a second side skirts projecting downwardly below said floor and along a portion of a respective one of said side walls ,; two bogies having wheels and operative to support a different end of said body , said floor , said first and second side skirts and said bogies defining an underfloor space there in between with an exhaust ; an internal combustion engine for generating power to be supplied to an electric motor ; a cooling system operative to exchange heat between a cooling fluid circulating in a cooling circuit connected to said internal combustion engine and air located in said underfloor space , said cooling system having: a heat exchanger located under said floor and within said underfloor space , said heat exchanger being fluidly connected to said underfloor space on a first side of said heat exchanger and to said exhaust on a second side of said heat exchanger ; a fan adjacent said heat exchanger and fluidly connected to said exhaust , a heat exchanger located under said floor and within said underfloor space , said heat exchanger being fluidly connected to said underfloor space on a first side of said heat exchanger and to said exhaust on a second side of said heat exchanger ; a fan adjacent said heat exchanger and fluidly connected to said exhaust , characterized in that said first side skirt is provided with said exhaust and said fan is operative to sequentially force air from said underfloor space through said first side of said heat exchanger , through said second side of said heat exchanger and through said exhaust to an ambient space located on an external side of said first side skirt .
A rotor assembly (1B-1G), comprising: a rotor disc having a central axis (O); a plurality of rotor blades fixed to the rotor disc and extending radially outward in a radial direction of the rotor disc ; and at least one rolling element (4B-4G) configured to roll on a curved surface (CS) facing inward in the radial direction of the rotor disc , characterized in that the curved surface (CS) is provided on a U-shaped plate spring mounted in an elastically deformed state between two of the plurality of rotor blades which are adjacent in a circumferential direction of the rotor disc , and the U-shape plate spring has a U-shaped opening facing inward in the radial direction of the rotor disc . a rotor disc having a central axis (O); a plurality of rotor blades fixed to the rotor disc and extending radially outward in a radial direction of the rotor disc ; and at least one rolling element (4B-4G) configured to roll on a curved surface (CS) facing inward in the radial direction of the rotor disc , characterized in that the curved surface (CS) is provided on a U-shaped plate spring mounted in an elastically deformed state between two of the plurality of rotor blades which are adjacent in a circumferential direction of the rotor disc , and the U-shape plate spring has a U-shaped opening facing inward in the radial direction of the rotor disc .
A process for the preparation of a cyanoacrylate, steps of which comprise: (a) reacting the ester of cyanoacetic acid and an alcohol, in the presence of a catalyst comprising a lanthanide element or a transition element, under appropriate conditions and for a time sufficient to yield a cyanoacetate different from the ester of cyanoacetic acid; (b) reacting the so-formed cyanoacetate from step (a) with a source of aldehyde, in the presence of a catalyst comprising a lanthanide element or a transition element, under appropriate conditions and for a time sufficient to yield a cyanoacrylate; and (c) optionally, separating from the mixture the so-formed cyanoacrylate substantially free from the ester of the cyanoacetic acid, the alcohol, the catalyst(s) and/or the cyanoacetate, and by-products. (a) reacting the ester of cyanoacetic acid and an alcohol, in the presence of a catalyst comprising a lanthanide element or a transition element, under appropriate conditions and for a time sufficient to yield a cyanoacetate different from the ester of cyanoacetic acid; (b) reacting the so-formed cyanoacetate from step (a) with a source of aldehyde, in the presence of a catalyst comprising a lanthanide element or a transition element, under appropriate conditions and for a time sufficient to yield a cyanoacrylate; and (c) optionally, separating from the mixture the so-formed cyanoacrylate substantially free from the ester of the cyanoacetic acid, the alcohol, the catalyst(s) and/or the cyanoacetate, and by-products.
A microorganism of the genus Komagataeibacter having enhanced cellulose productivity, wherein the microorganism comprises a genetic modification that increases a phosphofructose kinase (PFK) activity, wherein the genetic modification is an increase of the copy number of a gene encoding the PFK or a modification of an expression regulatory sequence of a gene encoding the PFK; preferably wherein the increase of the copy number is caused by introduction of the gene into a cell from an outside of the cell.
A gel-type oil-in-water emulsion composition comprising the following components A to F: A: at least one liquid oil which is selected from the group consisting of a hydrocarbon oil, an aliphatic ester and a silicone oil and a content of which is equal to or greater than 15% by mass with respect to a total amount of the gel-type oil-in-water emulsion composition; B: at least one nonionic surfactant which is selected from the group consisting of a saturated fatty acid glyceryl and a saturated fatty acid polyglyceryl and which has a Hydrophilic-Lipophilic Balance of equal to or smaller than 7; C: a sucrose saturated fatty acid ester; D: an ionic surfactant which has a saturated fatty acid residue as a hydrophobic group and a glutamic acid residue as a hydrophilic group; E: at least one surfactant having an unsaturated fatty acid residue; and F: water. A: at least one liquid oil which is selected from the group consisting of a hydrocarbon oil, an aliphatic ester and a silicone oil and a content of which is equal to or greater than 15% by mass with respect to a total amount of the gel-type oil-in-water emulsion composition; B: at least one nonionic surfactant which is selected from the group consisting of a saturated fatty acid glyceryl and a saturated fatty acid polyglyceryl and which has a Hydrophilic-Lipophilic Balance of equal to or smaller than 7; C: a sucrose saturated fatty acid ester; D: an ionic surfactant which has a saturated fatty acid residue as a hydrophobic group and a glutamic acid residue as a hydrophilic group; E: at least one surfactant having an unsaturated fatty acid residue; and F: water.
Device for generating simple emulsions, hereinafter DGSE, composed of an injection tube , an extraction tube and a discharge chamber , the injection tube having an inner diameter di, and being coaxially aligned with, and separated by a distance h from, the extraction tube , the extraction tube having a length I and a circular or square cross-section with a diameter or inner side l o , and an outlet to the exterior, the injection tube and the extraction tube being contained partly inside the discharge chamber , wherein 1a.- di ranges between 0.4mm and 1.4 mm; characterised in that 1b.- I o and I range between 0.7 mm and 1.2 mm, and 20 mm and 50 mm, respectively; and 1c.- h ranges between 0.5 mm and 1.5mm. 1a.- di ranges between 0.4mm and 1.4 mm; characterised in that 1b.- I o and I range between 0.7 mm and 1.2 mm, and 20 mm and 50 mm, respectively; and 1c.- h ranges between 0.5 mm and 1.5mm.
A selection panel for a beverage dispensing device comprising a front window having : - at least one display zone designed for displaying a product information label - at least one light source for illuminating the product information label arranged in the display zone of the front window , said light source being arranged outside of the contours of the display zone , and - a reflector means associated to said at least one light source designed for reflecting the light emitted by said light source towards the display zone of the front window , wherein : - the reflector means consists in a recession extending in the rear of the respective display zone , the outlines of said recession comprising a side (6a5) of introduction of the light emitted by the light source, characterised in that the reflector further comprises a rear wall (6a3) and lateral walls (6a1, 6a2, 6a4), said lateral walls raising from said rear wall up to the rear surface of the front window and said lateral walls comprising at least: • two side lateral walls (6a2, 6a4) parallel to the main emission direction of the light emitted by the light source , and • one end lateral wall (6a1) on the opposite side (6a5) of introduction of the light emitted by the light source, and the rear wall (6a3) and the end lateral wall (6a1) joining together according to a curved profile design, and wherein the rear wall (6a3) and the end lateral wall (6a1) present a surface for diffusing reflected light. - at least one display zone designed for displaying a product information label - at least one light source for illuminating the product information label arranged in the display zone of the front window , said light source being arranged outside of the contours of the display zone , and - a reflector means associated to said at least one light source designed for reflecting the light emitted by said light source towards the display zone of the front window , - the reflector means consists in a recession extending in the rear of the respective display zone , the outlines of said recession comprising a side (6a5) of introduction of the light emitted by the light source, characterised in that the reflector further comprises a rear wall (6a3) and lateral walls (6a1, 6a2, 6a4), • two side lateral walls (6a2, 6a4) parallel to the main emission direction of the light emitted by the light source , and • one end lateral wall (6a1) on the opposite side (6a5) of introduction of the light emitted by the light source, and
Apparatus for determining the thickness of an object , in particular a strip-like or plate-like object , preferably for use in a hot-rolling process, having a frame which has an upper member and a lower member , wherein each member has a sensor for contactless distance measurement with respect to the object , wherein each member , in order to reduce a temperature effect on the frame and/or the sensor , has a structure comprising a plurality of layers, wherein a first layer has a base frame element or is formed by such a base frame element , wherein a second layer is formed by means of a cover which surrounds the base frame element , and wherein a cooling device having a fan is arranged in the base frame element , characterised in that , as a result of the fan , an air flow which flows in the intermediate space between the base frame element and the cover can be produced.