mhurhangee/ep-ind-claims huggingface dataset:
A coating composition, in particular for interior spaces, containing or consisting of a) at least one filler, b) calcium hydroxide, wherein calcium hydroxide is present in a quantity of 0.1 to 10 wt.%, c) water, and d) at least one binding agent, in particular a polymeric binding agent, pigment and/or additive, e) at least one alkali hydroxide which is present in a quantity in the range of 0.001 wt.% to 0.1 wt.%. a) at least one filler, b) calcium hydroxide, wherein calcium hydroxide is present in a quantity of 0.1 to 10 wt.%, c) water, and d) at least one binding agent, in particular a polymeric binding agent, pigment and/or additive, e) at least one alkali hydroxide which is present in a quantity in the range of 0.001 wt.% to 0.1 wt.%.
A method, comprising: forming a printed circuit board by depositing a first plurality of layers; and forming an interconnect integral to the printed circuit board by depositing a second plurality of layers on at least a portion of the first plurality of layers, the interconnect comprising a stabilizing structure and a contact positioned within the stabilizing structure, the stabilizing structure being made of a first material and the contact being made of a second material that is different than the first material, wherein the second plurality of layers are deposited on the first plurality of layers such that the interconnect is positioned in-plane with the printed circuit board, characterized in that the method further comprises reorienting the interconnect in a direction normal to a surface of the printed circuit board. forming a printed circuit board by depositing a first plurality of layers; and forming an interconnect integral to the printed circuit board by depositing a second plurality of layers on at least a portion of the first plurality of layers, the interconnect comprising a stabilizing structure and a contact positioned within the stabilizing structure, the stabilizing structure being made of a first material and the contact being made of a second material that is different than the first material, wherein the second plurality of layers are deposited on the first plurality of layers such that the interconnect is positioned in-plane with the printed circuit board, characterized in that the method further comprises reorienting the interconnect in a direction normal to a surface of the printed circuit board.
A communication terminal apparatus comprising: a despreader adapted to despread a received signal; a decoder adapted to extract control information for the communication terminal apparatus from the despreaded signal; and a detector adapted to detect contents of the extracted control information, characterized in that the received signal comprises Rate Grant information and ACK/NACK information, the despreader is further adapted to despread the received signal by using a predetermined channelization code to obtain a multiplexed signal carrying both of the Rate Grant information and the ACK/NACK information, the decoder is further adapted to extract, from the multiplexed signal, the Rate Grant information and the ACK/NACK information by using a different symbol pattern among a plurality of orthogonal symbol patterns, and the detector is further adapted to detect the contents of each of the Rate Grant information and the ACK/NACK information according to a polarity of the symbol pattern used for extracting each of the Rate Grant information and the ACK/NACK information from the multiplexed signal. a despreader adapted to despread a received signal; a decoder adapted to extract control information for the communication terminal apparatus from the despreaded signal; and a detector adapted to detect contents of the extracted control information, characterized in that the received signal comprises Rate Grant information and ACK/NACK information, the despreader is further adapted to despread the received signal by using a predetermined channelization code to obtain a multiplexed signal carrying both of the Rate Grant information and the ACK/NACK information, the decoder is further adapted to extract, from the multiplexed signal, the Rate Grant information and the ACK/NACK information by using a different symbol pattern among a plurality of orthogonal symbol patterns, and the detector is further adapted to detect the contents of each of the Rate Grant information and the ACK/NACK information according to a polarity of the symbol pattern used for extracting each of the Rate Grant information and the ACK/NACK information from the multiplexed signal.
Pump having a magnetic coupling, comprising a rotor shaft which is mounted rotatably in a pump housing and which bears an impeller or a spindle for delivering a fluid from a suction space into a pressure space and bears a rotor arranged in a containment can through which the fluid flows, said rotor having an inner magnet and being able to be set in rotation via the magnetic field of an outer magnet, wherein the suction space and the containment can are connected to one another via a line through which the fluid is able to flow, wherein a cover having an opening is arranged between the pressure space and the containment can, characterized in that a sealing gap is formed between the cover and the rotor, and the opening is connected to a gap which is formed between the inner side of the containment can and the outer side of the rotor, wherein the rotor shaft has in the region of the cover a shoulder with an enlarged diameter, with the result that the rotor shaft acts as a throttle piston at this location, wherein a ring-shaped opening is formed between the cover and the shoulder, wherein both openings (23, 28) allow the fluid to flow from the pressure space into the containment can, and the line allows the fluid to flow back into the suction space.
A system for the domestic and/or non-industrial preparation of a cooled edible product from ingredients in a portioned amount defining one serving of the cooled edible product, said system comprising: - a receptacle in a form of a pod holding at least some of the ingredients, and a processor for processing the ingredients and producing the cooled edible product therefrom, the processor comprising or being associated with a data reader; - the receptacle being configured for association with the processor in a manner permitting most of the content of the receptacle to be introduced into the processor and for preparing said one serving from said most of the content of the receptacle after introduction into the processor; - the receptacle carrying data permitting its identification by the data reader to thereby induce the processor to apply process parameters to said processing, the data being indicative to all steps of the preparation process of the cooled edible products. - a receptacle in a form of a pod holding at least some of the ingredients, and a processor for processing the ingredients and producing the cooled edible product therefrom, the processor comprising or being associated with a data reader; - the receptacle being configured for association with the processor in a manner permitting most of the content of the receptacle to be introduced into the processor and for preparing said one serving from said most of the content of the receptacle after introduction into the processor; - the receptacle carrying data permitting its identification by the data reader to thereby induce the processor to apply process parameters to said processing, the data being indicative to all steps of the preparation process of the cooled edible products.
A decontamination chamber for a workpiece, wherein the workpiece comprises a first container (22A, 72A) for storing an article, wherein the first container (22A, 72A) (22A, 72A) is stored within a second container (22B, 72B), the decontamination chamber comprising: a support for supporting the workpiece; one or more nozzles coupled to the support, wherein the one or more nozzles are configured to provide a fluid communication to a volume between the first container (22A, 72A) and the second container (22B, 72B) when the workpiece is supported by the workpiece support; a first pumping mechanism, wherein the first pumping mechanism is coupled to the decontamination chamber; a second pumping mechanism, wherein the second pumping mechanism is coupled to the one or more nozzles, wherein the second pumping mechanism is configured to pump the volume between the first container (22A, 72A) and the second container (22B, 72B); a first gas delivery system for delivering an inactive gas to the decontamination chamber; a second gas delivery system, wherein the second gas delivery system is coupled to the one or more nozzles, wherein the second gas delivery system is configured to deliver an inactive gas to the volume between the first container (22A, 72A) and the second container (22B, 72B). a support for supporting the workpiece; one or more nozzles coupled to the support, wherein the one or more nozzles are configured to provide a fluid communication to a volume between the first container (22A, 72A) and the second container (22B, 72B) when the workpiece is supported by the workpiece support; a first pumping mechanism, wherein the first pumping mechanism is coupled to the decontamination chamber; a second pumping mechanism, wherein the second pumping mechanism is coupled to the one or more nozzles, wherein the second pumping mechanism is configured to pump the volume between the first container (22A, 72A) and the second container (22B, 72B); a first gas delivery system for delivering an inactive gas to the decontamination chamber; a second gas delivery system, wherein the second gas delivery system is coupled to the one or more nozzles, wherein the second gas delivery system is configured to deliver an inactive gas to the volume between the first container (22A, 72A) and the second container (22B, 72B).
A smoking article comprising: a tobacco rod; a filter comprising a plug of filtration material that defines a furthest downstream end of the smoking article, the plug being surrounded by one or more filter wrappers; and tipping material attaching the tobacco rod and the filter, the tipping material including a ventilation zone; wherein the tipping material and the filter wrapper or wrappers have a combined thickness (t) perpendicular to the longitudinal direction of the smoking article; wherein the smoking article, at a location about the plug of filtration material, has a diameter (D SA) perpendicular to the longitudinal direction of the smoking article; wherein the diameter (D SA) to thickness (t) ratio is less than 80; wherein the filtration material extends to the furthest downstream end of the smoking article; wherein the ventilation zone comprises perforations through the tipping material; wherein the perforations extend through the one or more filter wrappers; and wherein the one or more filter wrappers have a porosity of less than 500 Coresta units. a tobacco rod; a filter comprising a plug of filtration material that defines a furthest downstream end of the smoking article, the plug being surrounded by one or more filter wrappers; and tipping material attaching the tobacco rod and the filter, the tipping material including a ventilation zone; wherein the tipping material and the filter wrapper or wrappers have a combined thickness (t) perpendicular to the longitudinal direction of the smoking article; wherein the smoking article, at a location about the plug of filtration material, has a diameter (D SA) perpendicular to the longitudinal direction of the smoking article; wherein the diameter (D SA) to thickness (t) ratio is less than 80; wherein the filtration material extends to the furthest downstream end of the smoking article; wherein the ventilation zone comprises perforations through the tipping material; wherein the perforations extend through the one or more filter wrappers; and wherein the one or more filter wrappers have a porosity of less than 500 Coresta units.
A vacuum cleaner having an exhaust filter assembly comprising a filter frame accommodating the filter and a cover pivotally mounted to a vacuum cleaner body and which is pivotally between an open position and a closed position, where the cover comprises at least one first rib formed on an inner surface of the cover for positioning the filter frame into a preliminary position inside a filter cavity placed in the vacuum cleaner body and at least one second rib of the cover pushes the filter frame into its end position inside the filter cavity after setting the cover in the closed position characterized in that the at least one first rib leads a rim of the filter frame to pass over at least one pin placed on a wall of the filter cavity.
A process for preparing a mesalazine enteric coated tablet comprising: (i) granulating a composition comprising mesalazine, a pharmaceutically acceptable salt, or ester thereof, into mesalazine granulates; (ii) tabletting a core composition comprising the mesalazine granulates obtained in (i) to obtain a tablet core; (iii) coating the tablet core obtained in (ii) with at least an intermediate layer and an enteric coating where the tablet core hardness is controlled to be comprised between 80 N and 105 N and the intermediate layer represents less than 2% by weight of the tablet. (i) granulating a composition comprising mesalazine, a pharmaceutically acceptable salt, or ester thereof, into mesalazine granulates; (ii) tabletting a core composition comprising the mesalazine granulates obtained in (i) to obtain a tablet core; (iii) coating the tablet core obtained in (ii) with at least an intermediate layer and an enteric coating
Method for feeding green tyres to curing apparatuses, said method comprising: providing a plurality of storage units, each one supporting a plurality of green tyres; providing a plurality of curing apparatuses, wherein a loading position (LP1-LPn) corresponds to each curing apparatus; providing a first AGV, supporting a first robotized arm; providing a command and control unit; providing, in proximity to a given curing apparatus of said curing apparatuses, a first storage unit of said plurality of storage units; sending to said first AGV, through said command and control unit, a first command signal for moving said first AGV to the loading position (LP1-LPn) corresponding to said given curing apparatus; sending to said first robotized arm supported by said first AGV, through said command and control unit, a first pick-up command in order to activate said first robotized arm, so that said first robotized arm picks up a green tyre from said first storage unit and loads said green tyre into said given curing apparatus. providing a plurality of storage units, each one supporting a plurality of green tyres; providing a plurality of curing apparatuses, wherein a loading position (LP1-LPn) corresponds to each curing apparatus; providing a first AGV, supporting a first robotized arm; providing a command and control unit; providing, in proximity to a given curing apparatus of said curing apparatuses, a first storage unit of said plurality of storage units; sending to said first AGV, through said command and control unit, a first command signal for moving said first AGV to the loading position (LP1-LPn) corresponding to said given curing apparatus; sending to said first robotized arm supported by said first AGV, through said command and control unit, a first pick-up command in order to activate said first robotized arm, so that said first robotized arm picks up a green tyre from said first storage unit and loads said green tyre into said given curing apparatus.
A printing data transmission method of transmitting printing data to a printed matter preparation device which prepares a printed matter constituted of a plurality of pages while inserting a special sheet, a plurality of the special sheets constituting one set, into a designated page position sheet by sheet, the method comprising: a step of acquiring insertion information indicating the page position of the special sheet to be inserted into the printed matter; a step of judging whether or not an extra special sheet is generated if the printed matter is prepared in accordance with the insertion information and the number of special sheets constituting one set; and a step of notifying that the extra special sheet is generated, when it is judged that the extra special sheet is generated; characterized by a step of displaying information indicating a request for selection from a plurality of choices including re-setting of the number of special sheets constituting one set, automatic addition to add the extra special sheet to the end of the printed matter, and forced execution of the printing with the existing settings when it is judged that the extra special sheet is generated; and a step of accepting selection from a plurality of choices including re-setting of the number of special sheets constituting one set, automatic addition to add an extra special sheet to the end of the printed matter, and forced execution of the printing with the existing settings, when it is judged that the extra special sheet is generated. a step of acquiring insertion information indicating the page position of the special sheet to be inserted into the printed matter; a step of judging whether or not an extra special sheet is generated if the printed matter is prepared in accordance with the insertion information and the number of special sheets constituting one set; and a step of notifying that the extra special sheet is generated, when it is judged that the extra special sheet is generated; characterized by a step of displaying information indicating a request for selection from a plurality of choices including re-setting of the number of special sheets constituting one set, automatic addition to add the extra special sheet to the end of the printed matter, and forced execution of the printing with the existing settings when it is judged that the extra special sheet is generated; and a step of accepting selection from a plurality of choices including re-setting of the number of special sheets constituting one set, automatic addition to add an extra special sheet to the end of the printed matter, and forced execution of the printing with the existing settings, when it is judged that the extra special sheet is generated.
Method of driving rotation of a rotor of an aircraft, the aircraft comprising at least two fuel-burning engines and an electric motor, these being suitable for driving rotation of the rotor, characterised in that the following steps are carried out one after the other: - driving the rotor by using the fuel-burning engines together; - generating an authorisation only during at least one predetermined stage of flight, the authorisation authorising the use of the electric motor to drive the rotor in rotation, the at least one predetermined stage of flight comprising a stage of flight at low speed during which the aircraft has a speed of advance less than a threshold speed of advance; - generating, when the authorisation is generated, an operation order to require the electric motor to operate if one of the fuel-burning engines is considered as failed; and - driving, when the operation order is generated, the rotor together with each fuel-burning engine that is not considered as failed and the electric motor. - driving the rotor by using the fuel-burning engines together; - generating an authorisation only during at least one predetermined stage of flight, the authorisation authorising the use of the electric motor to drive the rotor in rotation, the at least one predetermined stage of flight comprising a stage of flight at low speed during which the aircraft has a speed of advance less than a threshold speed of advance; - generating, when the authorisation is generated, an operation order to require the electric motor to operate if one of the fuel-burning engines is considered as failed; and - driving, when the operation order is generated, the rotor together with each fuel-burning engine that is not considered as failed and the electric motor.
A process for producing a dietary fiber containing juice drink, said process comprising the following steps: a) providing a mash having a fruit composition including one or more kinds of fruit with edible skin and no citrus fruit; b) partial dejuicing of the mash to obtain a pressed juice and a partially dejuiced mash; c) blending the partially dejuiced mash with an enzyme preparation containing at least one enzyme capable of hydrolytically cleaving a polysaccharide and allowing the enzyme preparation to act on the partially dejuiced mash; d) separating coarse components from the enzymated partially dejuiced mash by means of at least one sieve to thus obtain a dietary fiber containing liquid fruit component; e) mixing the dietary fiber containing liquid fruit component with pressed juice to give a dietary fiber containing juice drink, wherein after the partial dejuicing of the mash in step b) until the provision of the dietary fiber containing juice drink in step e), no dejuicing of an intermediate product or of the final product takes place. a) providing a mash having a fruit composition including one or more kinds of fruit with edible skin and no citrus fruit; b) partial dejuicing of the mash to obtain a pressed juice and a partially dejuiced mash; c) blending the partially dejuiced mash with an enzyme preparation containing at least one enzyme capable of hydrolytically cleaving a polysaccharide and allowing the enzyme preparation to act on the partially dejuiced mash; d) separating coarse components from the enzymated partially dejuiced mash by means of at least one sieve to thus obtain a dietary fiber containing liquid fruit component; e) mixing the dietary fiber containing liquid fruit component with pressed juice to give a dietary fiber containing juice drink,
Method for operating a cooking device, characterised in that the method has a heating cycle for a cooking compartment of the cooking device, which comprises the following steps: (a) activating, by means of a mechanical power control, at least one heating element (8, 9) for heating up the cooking compartment until a predetermined limit temperature (Tg) is reached; (b) (i) then reducing the heating power for a time interval until the predetermined limit temperature (Tg) is reached again; (ii) then reducing the heating power until a start temperature (Ts) is reached; (c) then pulsed activating, by means of a sequence control, at least one heating element (8, 9) with a predetermined pulsing property for a predetermined pulsing time interval for heating the cooking compartment until the predetermined limit temperature (Tg) is reached. (a) activating, by means of a mechanical power control, at least one heating element (8, 9) for heating up the cooking compartment until a predetermined limit temperature (Tg) is reached; (b) (i) then reducing the heating power for a time interval until the predetermined limit temperature (Tg) is reached again; (ii) then reducing the heating power until a start temperature (Ts) is reached; (i) then reducing the heating power for a time interval until the predetermined limit temperature (Tg) is reached again; (ii) then reducing the heating power until a start temperature (Ts) is reached; (c) then pulsed activating, by means of a sequence control, at least one heating element (8, 9) with a predetermined pulsing property for a predetermined pulsing time interval for heating the cooking compartment until the predetermined limit temperature (Tg) is reached.