mhurhangee/ep-ind-claims huggingface dataset:
A fertilizer composition comprising - phosphate rock powder; - surface-reacted calcium carbonate (SRCC); and - optionally a binder; - wherein the surface-reacted calcium carbonate is a reaction product of natural and/or synthetic calcium carbonate, a H 3 O + donor and a phosphate source. - phosphate rock powder; - surface-reacted calcium carbonate (SRCC); and - optionally a binder; - wherein the surface-reacted calcium carbonate is a reaction product of natural and/or synthetic calcium carbonate, a H 3 O + donor and a phosphate source.
A method for changing a subscription (A, B) for a mobile telecommunications network on a security module inserted in a mobile equipment, where an old subscription being initially activated on the security module is to be substituted by a new subscription, each of the old and new subscriptions (A, B) being associated with a unique subscriber identity (SIA, SIB) and a number code being assigned to the old subscription, where the number code is provided for calling the subscriber identity of the old subscription via the mobile telecommunications network, the method comprising the following steps: a) loading the new deactivated subscription on the security module; characterized by b) assigning the number code of the old subscription to the new subscription via a number portability service while the new subscription loaded on the security module remains deactivated and the old subscription is still activated; c) upon completion of the number portability service in step b), activating the new subscription loaded on the security module, resulting in a substitution of the old subscription by the new subscription, wherein the new subscription is activated in step c) by addressing the security module via the subscriber identity of the old subscription, wherein steps a) and c) are performed by a subscription manager within the mobile telecommunications network and wherein the number portability service in step b) is invoked by the subscription manager. a) loading the new deactivated subscription on the security module; characterized by b) assigning the number code of the old subscription to the new subscription via a number portability service while the new subscription loaded on the security module remains deactivated and the old subscription is still activated; c) upon completion of the number portability service in step b), activating the new subscription loaded on the security module, resulting in a substitution of the old subscription by the new subscription,
Process for the production of micro-nano-combined active systems where nanoparticles of a first component with average particle size in the range from 1 to 50 nm have been bound to microparticles of a second component with particle size in the range from 0.1 to 100 μm, comprising the following steps: (a) production of a colloidal suspension comprising low-ligand-content nanoparticles of the first component, where the total mass added of additives acting as ligands to stabilize the colloidal suspension does not exceed one thirtieth of the mass of the nanoparticles in the colloidal suspension, where, for the production of the colloidal suspension comprising low-ligand-content nanoparticles, a substrate comprising the first component is ablated via energy introduction using a laser, where the substrate comprising the first component has been positioned in a liquid so that the vapourized substrate immediately solidifies to give nanoparticles in the liquid with formation of a colloidal suspension, (b) addition of microparticles into the colloidal suspension comprising the nanoparticles, or addition of the colloidal suspension comprising the nanoparticles into a dispersion comprising the microparticles, and intensive mixing, so that the nanoparticles are adsorbed onto the microparticles, (c) separation of the microparticles, with the nanoparticles bound thereon, from the liquid, and drying of the microparticles with the nanoparticles bound thereon. (a) production of a colloidal suspension comprising low-ligand-content nanoparticles of the first component, where the total mass added of additives acting as ligands to stabilize the colloidal suspension does not exceed one thirtieth of the mass of the nanoparticles in the colloidal suspension, where, for the production of the colloidal suspension comprising low-ligand-content nanoparticles, a substrate comprising the first component is ablated via energy introduction using a laser, where the substrate comprising the first component has been positioned in a liquid so that the vapourized substrate immediately solidifies to give nanoparticles in the liquid with formation of a colloidal suspension, (b) addition of microparticles into the colloidal suspension comprising the nanoparticles, or addition of the colloidal suspension comprising the nanoparticles into a dispersion comprising the microparticles, and intensive mixing, so that the nanoparticles are adsorbed onto the microparticles, (c) separation of the microparticles, with the nanoparticles bound thereon, from the liquid, and drying of the microparticles with the nanoparticles bound thereon.
A liquefied natural gas filling apparatus (1, 70) for filling liquefied natural gas in an in-vehicle tank comprising: a housing; a single hose led from said housing; a recovery mechanism for recovering natural gas from the in-vehicle tank via said hose; a filling mechanism for filling liquefied natural gas in said in-vehicle tank via said hose, wherein the filling mechanism comprises a filling nozzle and a filling hose, the filling nozzle being attached at a tip of the filling hose; and a nozzle hook amounted on the housing to store the filling nozzle; a gloves mounting part on which gloves used by an operator of said liquefied natural gas filling apparatus (1, 70) may be put on, wherein the gloves mounting part is mounted above the nozzle hook and is in a first position in case that the gloves are not put thereon, and is held in a second position in case that the gloves are put on the gloves mounting part, wherein the gloves mounting part arranged in the second position blocks detaching the filling nozzle from the nozzle hook. a housing; a single hose led from said housing; a recovery mechanism for recovering natural gas from the in-vehicle tank via said hose; a filling mechanism for filling liquefied natural gas in said in-vehicle tank via said hose, wherein the filling mechanism comprises a filling nozzle and a filling hose, the filling nozzle being attached at a tip of the filling hose; and a nozzle hook amounted on the housing to store the filling nozzle; a gloves mounting part on which gloves used by an operator of said liquefied natural gas filling apparatus (1, 70) may be put on, wherein the gloves mounting part is mounted above the nozzle hook and is in a first position in case that the gloves are not put thereon, and is held in a second position in case that the gloves are put on the gloves mounting part, wherein the gloves mounting part arranged in the second position blocks detaching the filling nozzle from the nozzle hook.
Method for producing a workpiece composite comprising at least two workpieces, in which a first workpiece and a second workpiece are positioned in relation to one another in an overlapping arrangement and a fillet weld is formed between an end face of the first workpiece and a flank of the second workpiece in a joining portion by a thermal joining method, characterized in that before the forming of the fillet weld, the first workpiece is provided at least in the joining portion with an indentation adjoining the end face, whereby the thickness of the first workpiece is reduced in the region of the end face, and the first workpiece is already provided with a surface coating in the form of an anticorrosion layer before the production of the indentation and the surface coating is at least partially retained in the region of the indentation. characterized in that before the forming of the fillet weld, the first workpiece is provided at least in the joining portion with an indentation adjoining the end face, whereby the thickness of the first workpiece is reduced in the region of the end face, and the first workpiece is already provided with a surface coating in the form of an anticorrosion layer before the production of the indentation and the surface coating is at least partially retained in the region of the indentation.
A data processing system, the data processing system comprising: a sample buffer operable to maintain a sample set corresponding to a non-binary codeword; a data decoder circuit operable to: apply a non-binary data decode algorithm to a decoder input derived from the sample set to yield a first non-binary decoded output; apply a binary data decode algorithm to the decoder input to yield a first binary decoded output; determine a first number of unsatisfied checks corresponding to the first non-binary decoded output; determine a second number of unsatisfied checks corresponding to the first binary decoded output; select one of the first binary decoded output and the first non-binary decoded output as a selected decoding result based at least in part on the first number of unsatisfied checks and the second number of unsatisfied checks; re-apply the non-binary data decode algorithm to the decoder input guided by the selected decoding result to yield a second non-binary decoded output; and re-apply the binary data decode algorithm to the decoder input guided by the selected decoding result to yield a second binary decoded output. a sample buffer operable to maintain a sample set corresponding to a non-binary codeword; a data decoder circuit operable to: apply a non-binary data decode algorithm to a decoder input derived from the sample set to yield a first non-binary decoded output; apply a binary data decode algorithm to the decoder input to yield a first binary decoded output; determine a first number of unsatisfied checks corresponding to the first non-binary decoded output; determine a second number of unsatisfied checks corresponding to the first binary decoded output; select one of the first binary decoded output and the first non-binary decoded output as a selected decoding result based at least in part on the first number of unsatisfied checks and the second number of unsatisfied checks; re-apply the non-binary data decode algorithm to the decoder input guided by the selected decoding result to yield a second non-binary decoded output; and re-apply the binary data decode algorithm to the decoder input guided by the selected decoding result to yield a second binary decoded output. apply a non-binary data decode algorithm to a decoder input derived from the sample set to yield a first non-binary decoded output; apply a binary data decode algorithm to the decoder input to yield a first binary decoded output; determine a first number of unsatisfied checks corresponding to the first non-binary decoded output; determine a second number of unsatisfied checks corresponding to the first binary decoded output; select one of the first binary decoded output and the first non-binary decoded output as a selected decoding result based at least in part on the first number of unsatisfied checks and the second number of unsatisfied checks; re-apply the non-binary data decode algorithm to the decoder input guided by the selected decoding result to yield a second non-binary decoded output; and re-apply the binary data decode algorithm to the decoder input guided by the selected decoding result to yield a second binary decoded output.
A suspension clamp for conductors, particularly suitable for supporting suspended conductors pertaining to medium and high voltage overhead electric lines, comprising: - a body, - restraining means between said body and at least one of said suspended conductors, - tightening means (13, 13P, 14, 15) associated to said body for tightening at least one of said conductors to said body, said tightening means comprising guiding means suitable to generate a substantially vertical motion of said tightening means (13,13P, 14,15) such in a manner to drive said tightening means (13, 13P, 14, 15) from at least an open position, where said conductor is able to be housed in said body, to a closed position where said conductor is clamped, said body being at least partially formed by open supporting means for housing and statically supporting said conductor, said body comprising a part having a crosswise section being suitable to house at least some of said tightening means (13, 13P, 14, 15) inside the area delimited by its outer geometry, characterized in that said crosswise section of said body has substantially the form of an upturned "C", and said body comprises lead-in means for housing and supporting said conductor to be tightened in a seat of said body, said lead-in means comprising a lip: - having a substantially diagonal extension outside the body, and - being formed on the lower end of said body having the form of an upturned "C". - a body, - restraining means between said body and at least one of said suspended conductors, - tightening means (13, 13P, 14, 15) associated to said body for tightening at least one of said conductors to said body, - having a substantially diagonal extension outside the body, and - being formed on the lower end of said body having the form of an upturned "C".
A tool housing case comprising a main body case comprising a tool housing main body adapted to hold a tool and a cover for opening and closing the tool housing main body, and a subcase (50; 50A; 50B; 50C; 50D) connectable to the tool housing main body at an outer side of the tool housing main body, wherein the tool housing main body comprises a handle adapted to be gripped by a hand; the subcase (50; 50A; 50B; 50C; 50D) comprises an accessory holding body (51; 51A) adapted to hold an accessory and an accessory opening and closing part (61; 61A) for opening and closing an opening in the accessory holding body (51; 51A), the outer side is a side of the tool housing main body at which the handle is provided, characterised in that, the main body case includes a recess in the outer side and wherein the subcase (50; 50A; 50B; 50C; 50D) is mountable in the recess, wherein the recess includes a first recess portion defined by the tool housing main body and a second recess portion defined by the cover.
A portable work tool comprising: a housing having an outer surface including a covered region that is covered with a soft layer and an uncovered region that is exposed to an outside, the soft layer being molded over the covered region, the covered region and the uncovered region defining a boundary therebetween; and a motor accommodated in the housing; characterized by: a restraining surface (50; 61; 81) disposed in proximity to the boundary and protruding from the covered region, the restraining surface comprising a plurality of surfaces that is aligned along the boundary and arranged spaced apart from each other. a housing having an outer surface including a covered region that is covered with a soft layer and an uncovered region that is exposed to an outside, the soft layer being molded over the covered region, the covered region and the uncovered region defining a boundary therebetween; and a motor accommodated in the housing; characterized by: a restraining surface (50; 61; 81) disposed in proximity to the boundary and protruding from the covered region, the restraining surface comprising a plurality of surfaces that is aligned along the boundary and arranged spaced apart from each other.
Method for aerating and deaerating an oven, which has at least two oven muffles (2, 3) disposed one above the other, the feed apertures (5, 6) of which are or can be closed in each case by a door (7, 8), comprising the following procedural steps: a) cooling air is drawn off from an outside area surrounding the oven, and b) the drawn-off air is blown at least partially into interior spaces (9, 10) of the doors (7, 8) and then blown out into the outside area after flowing through at least a part of the interior spaces (9, 10), wherein the drawn-off air is blown into the upper door in an upper section of that door and flows substantially downward from above through the interior space of the door, the drawn-off air is blown into the interior space of the lower door at a bottom end section thereof and flows substantially upward through the interior space of the door characaterized in that the air blown into the interior spaces (9, 10) of the two doors (7, 8) is blown out to the outside area after flowing through the interior spaces (9, 10) of the doors (7, 8) in the lower section of the upper door and the upper section of the lower door, wherein the cooling air being drawn into and through the Interior space of the lower door solely by the venturi effect of the air blown out of the interior space of the upper door. a) cooling air is drawn off from an outside area surrounding the oven, and b) the drawn-off air is blown at least partially into interior spaces (9, 10) of the doors (7, 8) and then blown out into the outside area after flowing through at least a part of the interior spaces (9, 10),
A pendant having a processor in communication with a radiotherapy machine and a server, the pendant comprising: a first controller configured to adjust at least one configuration of the radiotherapy machine; wherein: the server is configured to present for display on a screen associated with the radiotherapy machine, a series of consecutive graphical user interfaces, wherein each graphical user interface displays one or more graphical components corresponding to one or more tasks of one or more stages of a patient's radiotherapy treatment; the pendant further comprises a second controller configured to receive an input from a user, whereby when the server receives the input, the server revises the graphical user interface corresponding to the user's input, the graphical user interface displayed on a gantry of the radiotherapy machine; wherein revising the graphical user interface corresponding to the user's input comprises displaying a second graphical user interface corresponding to a subsequent stage. a first controller configured to adjust at least one configuration of the radiotherapy machine; wherein: the server is configured to present for display on a screen associated with the radiotherapy machine, a series of consecutive graphical user interfaces, wherein each graphical user interface displays one or more graphical components corresponding to one or more tasks of one or more stages of a patient's radiotherapy treatment; the pendant further comprises a second controller configured to receive an input from a user, whereby when the server receives the input, the server revises the graphical user interface corresponding to the user's input, the graphical user interface displayed on a gantry of the radiotherapy machine; wherein revising the graphical user interface corresponding to the user's input comprises displaying a second graphical user interface corresponding to a subsequent stage. the server is configured to present for display on a screen associated with the radiotherapy machine, a series of consecutive graphical user interfaces, wherein each graphical user interface displays one or more graphical components corresponding to one or more tasks of one or more stages of a patient's radiotherapy treatment; the pendant further comprises a second controller configured to receive an input from a user, whereby when the server receives the input, the server revises the graphical user interface corresponding to the user's input, the graphical user interface displayed on a gantry of the radiotherapy machine; wherein revising the graphical user interface corresponding to the user's input comprises displaying a second graphical user interface corresponding to a subsequent stage.
A controller for controlling a lighting system, the controller comprising: an interface arranged to communicate with one or more luminaires (114, 124, 134) at a location to be illuminated; a memory arranged to store information, the information comprising a first illumination status of the location, and information of a first command causing the location to adopt the first illumination status; the interface further arranged to receive a second command comprising an instruction for the at least one luminaire to illuminate the location in accordance with a second illumination status which differs from the first illumination status; and a processor configured to determine whether to execute the second command based upon a comparison between a value associated with the first command and a value associated with the second command, characterised in that the processor is configured to calculate the value associated with the first command based upon a priority level value of the first command and a relevance factor associated with the first command, at a time of receiving the second command, wherein the relevance factor of the first command varies dependent upon a time elapsed since receiving the first command; and the processor is configured to calculate the value associated with the second command based upon a priority level value of the second command, wherein the priority level values are associated with a hierarchy of command priority level values, the hierarchy of command priority level values being based upon resource types from which commands may be received, the resource types including: a user interface; a switch or dimmer; a sensor; automated control. a memory arranged to store information, the information comprising a first illumination status of the location, and information of a first command causing the location to adopt the first illumination status; the interface further arranged to receive a second command comprising an instruction for the at least one luminaire to illuminate the location in accordance with a second illumination status which differs from the first illumination status; and a processor configured to determine whether to execute the second command based upon a comparison between a value associated with the first command and a value associated with the second command, characterised in that the processor is configured to calculate the value associated with the first command based upon a priority level value of the first command and a relevance factor associated with the first command, at a time of receiving the second command, wherein the relevance factor of the first command varies dependent upon a time elapsed since receiving the first command; and the processor is configured to calculate the value associated with the second command based upon a priority level value of the second command, wherein the priority level values are associated with a hierarchy of command priority level values, the hierarchy of command priority level values being based upon resource types from which commands may be received, the resource types including: a user interface; a switch or dimmer; a sensor; automated control.
1,3-dioleoyl-2-palmitoyl glyceride for use in developing and/or improving brain function, protecting against neuroinflammation or treating and/or ameliorating addiction or Alzheimer's disease.