mhurhangee/patent-ind-claim-en huggingface dataset:
Film stretching system, comprising the following features: - comprising a stretching furnace through which a plastics film (F) can be passed from a supply side through the stretching furnace to an outlet side in a withdrawal direction (A), - the stretching furnace is divided, in the withdrawal direction (A), into successive treatment zones (7; NZ) which comprise or do not comprise associated treatment chambers , - the plastics film (F) passed through a treatment furnace divides treatment zones into a treatment zone upper space located above the plastics film (F) and a treatment zone lower space located below the plastics film (F), - supply air can be supplied to the relevant treatment zone and exhaust air can be removed therefrom, characterised by the following further features: - the ventilation system for the treatment zones is constructed such that exhaust air extracted from the last treatment zone (7; 7.5) in the withdrawal direction (A) of the plastics film (F) is supplied to at least two treatment zones (7; 7.4; 7.3) arranged upstream in the withdrawal direction (A) of the plastics film (F), a volume fraction of the exhaust air extracted from the last treatment zone (7; 7.5) being supplied to only one of the at least two treatment zones (7; 7.4) and a further volume fraction being supplied to only one other of the at least two treatment zones (7; 7.3). - comprising a stretching furnace through which a plastics film (F) can be passed from a supply side through the stretching furnace to an outlet side in a withdrawal direction (A), - the stretching furnace is divided, in the withdrawal direction (A), into successive treatment zones (7; NZ) which comprise or do not comprise associated treatment chambers , - the plastics film (F) passed through a treatment furnace divides treatment zones into a treatment zone upper space located above the plastics film (F) and a treatment zone lower space located below the plastics film (F), - supply air can be supplied to the relevant treatment zone and exhaust air can be removed therefrom, - the ventilation system for the treatment zones is constructed such that exhaust air extracted from the last treatment zone (7; 7.5) in the withdrawal direction (A) of the plastics film (F) is supplied to at least two treatment zones (7; 7.4; 7.3) arranged upstream in the withdrawal direction (A) of the plastics film (F), a volume fraction of the exhaust air extracted from the last treatment zone (7; 7.5) being supplied to only one of the at least two treatment zones (7; 7.4) and a further volume fraction being supplied to only one other of the at least two treatment zones (7; 7.3).
Anesthetization gas mask for a small animal (A) comprising a first mask part providing an inlet (I) for an anesthetization gas (G), a second mask part for transmitting the anesthetization gas (G) being mechanically connected to the first mask part wherein the first and the second mask part at least partially define an anesthetization volume (V) for receiving a mouth part of the small animal (A) characterized in that the second mask part for transmitting the anesthetization gas (G) is movably connected to the first mask part having the inlet (I) for an anesthetization gas (G), and that the anesthetization gas mask is geometrically constructed and configured such that a movement of the first mask part from a working position to a blocking position relative to the second mask part blocks the passage of anesthetization gas (G) into the anesthetization volume (V). a first mask part providing an inlet (I) for an anesthetization gas (G), a second mask part for transmitting the anesthetization gas (G) being mechanically connected to the first mask part wherein the first and the second mask part at least partially define an anesthetization volume (V) for receiving a mouth part of the small animal (A) characterized in that the second mask part for transmitting the anesthetization gas (G) is movably connected to the first mask part having the inlet (I) for an anesthetization gas (G), and that the anesthetization gas mask is geometrically constructed and configured such that a movement of the first mask part from a working position to a blocking position relative to the second mask part blocks the passage of anesthetization gas (G) into the anesthetization volume (V).
An information processing method comprising: receiving (S1) print instruction information to print data; authenticating (S3) for permitting a printing process according to the print instruction information; executing (S5) the printing process according to the print instruction information when the authenticating succeeds; transmitting (S12) own identification information from an image forming apparatus to a terminal device when a connection via near field communication is established in response to an operation of passing the terminal device over a near field communication unit of the image forming apparatus in a standby state of the terminal device for near field communication, wherein the standby state for near field communication is caused by displaying image data of a file to be printed on a display of the terminal device, wherein the standby state is a state in which peer to peer, P2P, mode in the near field communication is executable, wherein the file to be printed is selected by a user of the terminal device; and temporarily disabling a function of the authenticating, when receiving the print instruction information via wireless communication using the own identification information as a transmission destination or the near field communication through the operation of passing the terminal device, the wireless communication differing in a communication protocol from the near field communication, for executing the printing process according to the print instruction information. receiving (S1) print instruction information to print data; authenticating (S3) for permitting a printing process according to the print instruction information; executing (S5) the printing process according to the print instruction information when the authenticating succeeds; transmitting (S12) own identification information from an image forming apparatus to a terminal device when a connection via near field communication is established in response to an operation of passing the terminal device over a near field communication unit of the image forming apparatus in a standby state of the terminal device for near field communication, wherein the standby state for near field communication is caused by displaying image data of a file to be printed on a display of the terminal device, wherein the standby state is a state in which peer to peer, P2P, mode in the near field communication is executable, wherein the file to be printed is selected by a user of the terminal device; and temporarily disabling a function of the authenticating, when receiving the print instruction information via wireless communication using the own identification information as a transmission destination or the near field communication through the operation of passing the terminal device, the wireless communication differing in a communication protocol from the near field communication, for executing the printing process according to the print instruction information.
A method for coating a ceramic matrix composite substrate containing silicon with an environmental barrier coating , comprising the steps of: treating a surface of a ceramic matrix composite substrate to adjust wettability of the surface ; and applying an aqueous slurry-based environmental barrier coating to the surface ; characterised in that the treating step is a plasma treating step . treating a surface of a ceramic matrix composite substrate to adjust wettability of the surface ; and applying an aqueous slurry-based environmental barrier coating to the surface ; characterised in that the treating step is a plasma treating step .
A hybrid distribution unit apparatus comprising: an enclosure having an interior portion, exterior portion , a bottom, and a length; a first elongated bus bar extending along at least a portion of the length of the interior portion of the enclosure and configured to connect to a first set of one or more power cables entering the interior portion from the bottom of the enclosure ; a second elongated bus bar extending along at least a portion of the length of the interior of the enclosure and configured to connect to a second set of one or more power cables entering the interior portion from the bottom of the enclosure ; and a plurality of adapters extending from the exterior portion of the enclosure , wherein at least one adapter of the plurality of adapters includes a first set of one or more connectors configured to connect one or more power jumper cables to the first and second elongated bus bars and a second set of one or more connectors configured to connect one or more fiber optic jumper cables to ends of one or more fiber optic cables entering the interior portion of the enclosure from the bottom of the enclosure , wherein the apparatus is characterised in that the apparatus further comprises: a plurality of fuses , wherein at least one fuse from the plurality of fuses is coupled between a respective adapter from the plurality of adapters and the first bus bar . an enclosure having an interior portion, exterior portion , a bottom, and a length; a first elongated bus bar extending along at least a portion of the length of the interior portion of the enclosure and configured to connect to a first set of one or more power cables entering the interior portion from the bottom of the enclosure ; a second elongated bus bar extending along at least a portion of the length of the interior of the enclosure and configured to connect to a second set of one or more power cables entering the interior portion from the bottom of the enclosure ; and a plurality of adapters extending from the exterior portion of the enclosure , wherein at least one adapter of the plurality of adapters includes a first set of one or more connectors configured to connect one or more power jumper cables to the first and second elongated bus bars and a second set of one or more connectors configured to connect one or more fiber optic jumper cables to ends of one or more fiber optic cables entering the interior portion of the enclosure from the bottom of the enclosure , wherein the apparatus is characterised in that the apparatus further comprises: a plurality of fuses , wherein at least one fuse from the plurality of fuses is coupled between a respective adapter from the plurality of adapters and the first bus bar .
A method of limiting traffic, wherein the method is applied to a content delivery network comprising a central node and a plurality of distributed nodes, comprising: sending , by a distributed node, a service volume in a current preset time period to a central node according to a fixed period; wherein the service volume in the current preset time period is a service volume within a period of time before the current time; performing calculation, by the central node, to determine a traffic proportion of each of the plurality of distributed nodes according to the service volume received from each distributed node, and performing calculation to determine a decision quota corresponding to each distributed node according to the traffic proportion of each distributed node, and sending the decision quota to each corresponding distributed node; the larger the traffic proportion is, the higher the corresponding decision quota is; receiving , by the distributed node, the decision quota sent by the central node; determining , by the distributed node based on the latest received decision quota after receiving an access request, whether traffic limitation needs to be performed for the access request. sending , by a distributed node, a service volume in a current preset time period to a central node according to a fixed period; wherein the service volume in the current preset time period is a service volume within a period of time before the current time; performing calculation, by the central node, to determine a traffic proportion of each of the plurality of distributed nodes according to the service volume received from each distributed node, and performing calculation to determine a decision quota corresponding to each distributed node according to the traffic proportion of each distributed node, and sending the decision quota to each corresponding distributed node; the larger the traffic proportion is, the higher the corresponding decision quota is; receiving , by the distributed node, the decision quota sent by the central node; determining , by the distributed node based on the latest received decision quota after receiving an access request, whether traffic limitation needs to be performed for the access request.
Operator control apparatus for a household appliance , comprising a carrier plate on which an operator control element for setting operating conditions of the household appliance is arranged in a rotatable manner, wherein the operator control element has a front cap comprising two transparent regions, and comprising a light guide which extends into the front cap and with which light from a light source of the operator control apparatus can be guided to the transparent regions, wherein the front cap has a first transparent region and a second transparent region which is separate from said first transparent region, and the light guide is designed in such a way that the first transparent region can be illuminated with a first light intensity of the light which is coupled out of the light guide and the second transparent region can be illuminated with a second light intensity, which is different from the first light intensity, of the light which is coupled out of the light guide , characterised in that the light guide arranged in a fixed manner on the carrier plate extends through an opening into the carrier plate and fits closely to an inner side of the carrier plate with an integrated contact flange , and wherein a light guide section , which selectively routes the coupled-in light, extends in the direction of the longitudinal axis (A) of the light guide on both sides of the contact flange .
A method performed by a wireless device (112; 700) for beam failure recovery, the method comprising: - transmitting a scheduling request to a base station (102; 400) after detecting a beam failure; - receiving , from the base station, a first uplink grant for a particular Hybrid Automatic Repeat Request, HARQ, process; - transmitting , using the first uplink grant, an uplink transmission to the base station, the uplink transmission comprising beam failure recovery information, the uplink transmission being associated with the particular HARQ process; - receiving , from the base station, a second uplink grant for the particular HARQ process, the second uplink grant comprising a new data indicator, NDI, which indicates that new data can be transmitted; and - determining , based on the NDI comprised in the second uplink grant, that a beam failure recovery procedure related to the beam failure recovery information is complete. - transmitting a scheduling request to a base station (102; 400) after detecting a beam failure; - receiving , from the base station, a first uplink grant for a particular Hybrid Automatic Repeat Request, HARQ, process; - transmitting , using the first uplink grant, an uplink transmission to the base station, the uplink transmission comprising beam failure recovery information, the uplink transmission being associated with the particular HARQ process; - receiving , from the base station, a second uplink grant for the particular HARQ process, the second uplink grant comprising a new data indicator, NDI, which indicates that new data can be transmitted; and - determining , based on the NDI comprised in the second uplink grant, that a beam failure recovery procedure related to the beam failure recovery information is complete.
Method for machining a material layer using energetic radiation, in particular in order to produce three-dimensional components by melting a particulate material in layers, in which in an irradiation process one or more energetic beams of one or more beam sources are directed onto a layer to be machined and guided over the layer by means of a dynamic beam guidance system in order to machine regions of the layer, characterized in that during the irradiation process at least one of the energetic beams is separated into multiple individual beams by modulation over time, meaning that a temporal separation of the at least one beam onto the individual beams is carried out, said individual beams being directed onto the layer to be machined in a spatially separated manner, wherein the separation is carried out in such manner that the sum of the power of the individual beams corresponds to the power of the respective energetic beam minus power losses caused by the separation process. in an irradiation process one or more energetic beams of one or more beam sources are directed onto a layer to be machined and guided over the layer by means of a dynamic beam guidance system in order to machine regions of the layer, characterized in that during the irradiation process at least one of the energetic beams is separated into multiple individual beams by modulation over time, meaning that a temporal separation of the at least one beam onto the individual beams is carried out, said individual beams being directed onto the layer to be machined in a spatially separated manner, wherein the separation is carried out in such manner that the sum of the power of the individual beams corresponds to the power of the respective energetic beam minus power losses caused by the separation process.
A method of handling uplink synchronization for a mobile device capable of receiving and transmitting on a plurality of component carriers in a wireless communication system, the method comprising: managing a plurality of time alignment timers, each timer corresponding to some of the plurality of component carriers for indicating a synchronization state on the component carriers with the same timing advance value , wherein the managing step comprises: starting or restarting the time alignment timer when a timing advance command in a random access response message of a random access procedure is received for a first component carrier and the random access procedure is non-contention based random access procedure or when the timing advance command is received for the first component carrier, the random access procedure is contention-based random access procedure and the time alignment timer is not running.
A method for analyzing hemoglobins, comprising separating hemoglobins in a sample by cation exchange chromatography, characterized in that an eluent having a pH of 8.1 or more and an osmotic pressure of 40 mOsm/kg or less is used for separation of the hemoglobins. separating hemoglobins in a sample by cation exchange chromatography, characterized in that an eluent having a pH of 8.1 or more and an osmotic pressure of 40 mOsm/kg or less is used for separation of the hemoglobins.
A modular system for the dry building of building or non building structures , such as walls, floors, balconies, roofs or the like, comprising: - a plurality of modular elements ; wherein each of said modular elements includes: - a plate-shaped element which includes at least one upper or lower substantially planar wall ; - at least one side face having a first end edge in correspondence with said at least one substantially planar upper or lower wall and a second end edge opposite to the first one ; - a functional zone (3 0 ); wherein said functional zone comprises at least one planar plate transversely projecting from said plate-shaped element , said at least one planar plate including said second end edge , said at least one planar plate being substantially perpendicular to said frst plane ( π 1 ); wherein the plate-shaped elements and the functional zones of the anchored modular elements cooperate each other so that: - the substantially planar walls of the plate-shaped elements define a first plane ( π 1 ) substantially parallel to or coinciding with the plane ( π ) of the structure to be built; and - said at least one side face of each modular element is in contact engagement with a corresponding at least one side face of the adjacent modular element ( 10 '); characterized in that the system further comprises means for reciprocally anchoring said modular elements and each planar plate of each of said modular elements is in contact with a corresponding planar plate of the adjacent modular element ( 10 '), in such a manner that the structure is able to withstand to tensile, compressive and shear stresses. - a plurality of modular elements ; wherein each of said modular elements includes: - a plate-shaped element which includes at least one upper or lower substantially planar wall ; - at least one side face having a first end edge in correspondence with said at least one substantially planar upper or lower wall and a second end edge opposite to the first one ; - a functional zone (3 0 ); - a plate-shaped element which includes at least one upper or lower substantially planar wall ; - at least one side face having a first end edge in correspondence with said at least one substantially planar upper or lower wall and a second end edge opposite to the first one ; - a functional zone (3 0 ); - the substantially planar walls of the plate-shaped elements define a first plane ( π 1 ) substantially parallel to or coinciding with the plane ( π ) of the structure to be built; and - said at least one side face of each modular element is in contact engagement with a corresponding at least one side face of the adjacent modular element ( 10 ');
Method for handling a load , in particular a sheet metal coil, in the form of a cylinder comprising a through central bore , a peripheral wall and two flat and parallel side walls corresponding to the thickness (E) of said cylinder, method in which said load is tilted by a quarter turn in one direction in order to move it between a first position, called a vertical axis position, in which the axis (A) of said load is vertical, and a second position, called the horizontal axis position, in which the axis (A) of said load is horizontal, making it possible to take this load from a plane support in order to load it onto a machine, such as a reel (D) provided with a mandrel (M) with a horizontal axis on which said load is positioned via its central bore , and conversely, said load is tilted in an opposite direction in order to move it between its horizontal axis position and its vertical axis position, making it possible to unload said load from the machine to deposit it on a flat support, characterised in that , in order to tilt said load from a vertical axis position to a horizontal axis position and vice versa, a handling device according to any one of claims 5 to 19 is used, carried by a lifting machine (C) according to claim 20, and arranged to grip said load by its outer casing defined by its lower side wall when said load is in the vertical axis position, and its peripheral wall , in such a way as to carry said load from below and to release the central bore of said load making it possible to load it onto said machine, without releasing said load .