mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for treatment of water comprising a first compartment , wherein untreated water together with a precipitation agent or flocking agent can be fed to the first compartment , the apparatus comprising: - an inlet for the untreated water , which inlet leads to the first compartment , wherein the first compartment is adapted to receive a solid substance, - an air permeable layer down streams the first compartment , wherein the air permeable layer is configured such that small particles of the solid substance are able to pass through the air permeable layer when air passes up through the air permeable layer , - a bed of solid substance having small particles received by the first compartment on top of the air permeable layer , - an aerating device located beneath the air permeable layer and provided to generate air under the air permeable layer so that, when the apparatus is in use, air will rise through the air permeable layer and aerate the bed of solid substance and water inside the first compartment , - a second compartment located down streams said air-permeable layer, wherein the air permeable layer separates the first compartment from the second compartment , - a collection container located beneath the air permeable layer for collection of the small particles of the solid substance passing downwards through the air permeable layer during aerating, - an outlet for treated water from the second compartment , - a feed device for feeding the precipitation agent or flocking agent to the first compartment, and - a feeding device for feeding the solid substance to the first compartment . - an inlet for the untreated water , which inlet leads to the first compartment , wherein the first compartment is adapted to receive a solid substance, - an air permeable layer down streams the first compartment , wherein the air permeable layer is configured such that small particles of the solid substance are able to pass through the air permeable layer when air passes up through the air permeable layer , - a bed of solid substance having small particles received by the first compartment on top of the air permeable layer , - an aerating device located beneath the air permeable layer and provided to generate air under the air permeable layer so that, when the apparatus is in use, air will rise through the air permeable layer and aerate the bed of solid substance and water inside the first compartment , - a second compartment located down streams said air-permeable layer, wherein the air permeable layer separates the first compartment from the second compartment , - a collection container located beneath the air permeable layer for collection of the small particles of the solid substance passing downwards through the air permeable layer during aerating, - an outlet for treated water from the second compartment , - a feed device for feeding the precipitation agent or flocking agent to the first compartment, and - a feeding device for feeding the solid substance to the first compartment .
A method of transmitting a signal by a user equipment, UE, in a wireless communication system supporting Multiple Input Multiple Output, MIMO, the method comprising: transmitting a scheduling request to a base station on a first scheduling request beam resource among a plurality of scheduling request beam resources, the first scheduling request beam resource being mapped to one of a plurality of downlink beams transmitted by the base station ; and receiving a confirmation message in response to the scheduling request from the base station , wherein the confirmation message includes an indication determined according to the first scheduling request beam resource and a best downlink beam configured in advance for the UE , wherein, if the scheduling request is made on the first scheduling request beam resource mapped to a new best downlink beam different from the best downlink beam configured in advance for the UE, the indication indicates that the best downlink beam is changed into the new best downlink beam to which the first scheduling request beam resource is mapped, and wherein the change into the second downlink beam is scheduled to be executed after a prescribed time. transmitting a scheduling request to a base station on a first scheduling request beam resource among a plurality of scheduling request beam resources, the first scheduling request beam resource being mapped to one of a plurality of downlink beams transmitted by the base station ; and receiving a confirmation message in response to the scheduling request from the base station , wherein the confirmation message includes an indication determined according to the first scheduling request beam resource and a best downlink beam configured in advance for the UE , wherein, if the scheduling request is made on the first scheduling request beam resource mapped to a new best downlink beam different from the best downlink beam configured in advance for the UE, the indication indicates that the best downlink beam is changed into the new best downlink beam to which the first scheduling request beam resource is mapped, and wherein the change into the second downlink beam is scheduled to be executed after a prescribed time.
Method for producing a vehicle tyre, wherein the vehicle tyre has at least one carcass , at least two sidewalls and a belt assembly, wherein at least one sidewall has at least two portions , and the production of the at least one sidewall comprises at least the following steps: - producing a first portion of the at least one sidewall by placing a first strip consisting of at least one rubber compound onto the lay-up unit or onto a preformed carcass , wherein the first strip can be placed once around the lay-up unit, and - producing a second portion of the at least one sidewall by spirally winding a second strip consisting of at least one rubber compound onto the lay-up unit or onto the preformed carcass , wherein either first the first portion or first the second portion is produced, and is characterized by - expansion of the preformed carcass with the sidewalls into a belt assembly, thereby creating a green tyre. - producing a first portion of the at least one sidewall by placing a first strip consisting of at least one rubber compound onto the lay-up unit or onto a preformed carcass , wherein the first strip can be placed once around the lay-up unit, and - producing a second portion of the at least one sidewall by spirally winding a second strip consisting of at least one rubber compound onto the lay-up unit or onto the preformed carcass , wherein either first the first portion or first the second portion is produced, and is characterized by - expansion of the preformed carcass with the sidewalls into a belt assembly, thereby creating a green tyre.
Method for synchronising a plurality of base stations in a wireless telecommunications system comprising base stations (BS1 to BS5) each covering a picocell (P1 to P5), and interconnected by a local network ; this method comprising: - a system initialisation phase including a step of hierarchising the base stations, conducted within each group of base stations (BS1 to BS4) covering picocells (P1 to P4) adjacent to each other, - and a synchronisation step during which a base station synchronises by listening to a station which is hierarchically higher, and during which the base station which has been synchronised starts to transmit a clock enabling the synchronisation of another base station which is hierarchically lower than it; characterised in that the initialisation phase further comprises a step of initialising the system by transmitting a rough synchronisation signal (Sg) transported by the local network to each base station (BS1 to BS4), and in that this hierarchisation step within a group of base stations includes the allocation, in ascending order, of a number of positive integer type (1 to 4) to each cell in this group of base stations (BS1 to BS4) covering picocells (P1 to P4) adjacent to each other, according to the distribution of the picocells (P1 to P4) defined by the topology of the system , of these base stations, so that each base station (BS1 to BS4) in this group can have an adjacent base station of lower number. - a system initialisation phase including a step of hierarchising the base stations, conducted within each group of base stations (BS1 to BS4) covering picocells (P1 to P4) adjacent to each other, - and a synchronisation step during which a base station synchronises by listening to a station which is hierarchically higher, and during which the base station which has been synchronised starts to transmit a clock enabling the synchronisation of another base station which is hierarchically lower than it;
A method implemented by a first near field communication NFC device , for establishing a transaction with a second NFC device configured in reader mode, comprising, in order: - a step of stopping a mode of polling its surroundings, in which is the first NFC device, being first configured in reader mode, when the signal level, received from the second NFC device, reaches a first threshold (A); - a step of switching the first device to card mode when the received signal level reaches a second threshold (B), higher than first threshold (A); - a step of determining , by the first device , the type of modulation technology of the second device from among several types of modulation technology; and - a step of comparing the level of the signal received by the first device to a third threshold (C), depending on the type of modulation technology of the second device , the communication being established when the signal level is higher than the third threshold. - a step of stopping a mode of polling its surroundings, in which is the first NFC device, being first configured in reader mode, when the signal level, received from the second NFC device, reaches a first threshold (A); - a step of switching the first device to card mode when the received signal level reaches a second threshold (B), higher than first threshold (A); - a step of determining , by the first device , the type of modulation technology of the second device from among several types of modulation technology; and - a step of comparing the level of the signal received by the first device to a third threshold (C), depending on the type of modulation technology of the second device , the communication being established when the signal level is higher than the third threshold.
An access point for a home network , comprising: a processor circuit , wherein, when executing software , wherein the software comprises at least one media source application for streaming media content of a content provider, the processor circuit is configured to: establish a connection to the media source using the at least one media source application, wherein the media source is a server accessible via a wide area network and storing the media content; receive media stream data from the media source external to the access point, wherein the media stream data is at least in part received from the server; determine an intended recipient of the media stream data based on the received media stream data, and generate output data by encoding the media stream data according to a predetermined data transmission standard, only if it is determined that a display device is the intended recipient, wherein the output data is for the display device and the output data is based on the received media stream data ; and an output interface for connecting to the display device , wherein the output interface is configured to output the output data . a processor circuit , wherein, when executing software , wherein the software comprises at least one media source application for streaming media content of a content provider, the processor circuit is configured to: establish a connection to the media source using the at least one media source application, wherein the media source is a server accessible via a wide area network and storing the media content; receive media stream data from the media source external to the access point, wherein the media stream data is at least in part received from the server; determine an intended recipient of the media stream data based on the received media stream data, and generate output data by encoding the media stream data according to a predetermined data transmission standard, only if it is determined that a display device is the intended recipient, wherein the output data is for the display device and the output data is based on the received media stream data ; and establish a connection to the media source using the at least one media source application, wherein the media source is a server accessible via a wide area network and storing the media content; receive media stream data from the media source external to the access point, wherein the media stream data is at least in part received from the server; determine an intended recipient of the media stream data based on the received media stream data, and generate output data by encoding the media stream data according to a predetermined data transmission standard, only if it is determined that a display device is the intended recipient, wherein the output data is for the display device and the output data is based on the received media stream data ; and an output interface for connecting to the display device , wherein the output interface is configured to output the output data .
Machining module for a device for the additive manufacturing of a moulded body through depositing a meltable, sheet, wire, or pulverulent starting material in a site of generation action moved on within individual, successive layers (1.1), wherein the machining module comprises a material supply device , a protective-gas supply device , which has one or more outlet openings arranged annularly about the material supply device , as well as a fluid supply device for supplying a fluid in the form of coolant and/or protective gas, characterised in that the fluid supply device has one or more nozzles , which are arranged spatially adjacent to the material supply device , such that fluid can flow in a punctual or in a partial manner on the surface of the moulded body directly next to the site of generation action at a position which can be specified in a variable manner in each case, wherein - the fluid supply device comprises a nozzle , which is rotatable around the material supply device in a plane parallel to the layer (1.1) to be manufactured, or - the fluid supply device comprises a plurality of nozzles , which are arranged annularly about the material supply device , wherein a mass flow of fluid flowing through each nozzle is separately controllable for each nozzle . - the fluid supply device comprises a nozzle , which is rotatable around the material supply device in a plane parallel to the layer (1.1) to be manufactured, or - the fluid supply device comprises a plurality of nozzles , which are arranged annularly about the material supply device , wherein a mass flow of fluid flowing through each nozzle is separately controllable for each nozzle .
A composite multilayer filtering construction for use in filtering applications requiring a high filtering efficiency for particles of the order of microns and a high permeability of the filtering medium, and for use as a sub-component within acoustic and electronic products, in particular microphones and speakers, characterized in that said multilayer construction comprises at least a first layer of polymeric nanoporous membrane (M) and at least a second layer of a synthetic monofilament precision fabric (T), said first polymeric nanoporous membrane layer (M) being coupled to said second precision fabric layer (T) by a laminating method thereby providing an integral filtering medium adapted to prevent a passage therethrough of particles and pressurized liquids.
Recycling system collecting container for collecting goods to be recycled which are fed into a recycling system, such as old clothes, electrical appliances, glass bottles, medicines, batteries, dog excrement, etc., having a drop-in device for throwing in the goods and a collecting space provided below the drop-in device for receiving thrown-in goods, the drop-in device having a drop-in tray , characterized by a carriage which is movable along a rail guide and rotatably supports the drop-in tray by means of at least one pivot axis , wherein the drop-in device further comprises a flap device and the flap device comprises a flap with at least one flap lever rigidly connected thereto and at least one rod which is connected to the flap lever and the pivot axis in such a way that actuation of the flap moves the carriage along the rail guide while simultaneously rotating the drop-in tray . a carriage which is movable along a rail guide and rotatably supports the drop-in tray by means of at least one pivot axis , wherein the drop-in device further comprises a flap device and the flap device comprises a flap with at least one flap lever rigidly connected thereto and at least one rod which is connected to the flap lever and the pivot axis in such a way that actuation of the flap moves the carriage along the rail guide while simultaneously rotating the drop-in tray .
Motor-vehicle lighting system comprising at least one lighting module , comprising: - light sources each comprising a light-emitting face of rectangular general shape, the light-emitting faces being substantially centred on the same straight line defining a direction of alignment of the light sources that is substantially parallel to two opposite sides of each light-emitting face, and - a projecting optical device , characterized in that the lighting module further comprises light guides , each light guide being coupled to one of the light sources , the light guides being distributed between separate first and second guiding parts of complementary shapes that are interlocked with each other, the first guiding part being placed facing the light-emitting faces, the second guiding part being joined to a free surface of the projecting optical device , the light guides being arranged so as to form, from the light emitted by the light sources and via interaction with the projecting optical device , one light spot per light source, each light spot taking the form of a luminous strip. - light sources each comprising a light-emitting face of rectangular general shape, the light-emitting faces being substantially centred on the same straight line defining a direction of alignment of the light sources that is substantially parallel to two opposite sides of each light-emitting face, and - a projecting optical device ,
A printed sheet inspection system configured to inspect printed sheets being transported by a transport cylinder of a sheet-fed printing press, which printed sheet inspection system comprises an imaging unit located proximate to a circumferential surface of the transport cylinder , which imaging unit is configured to acquire an image of a printed surface of the printed sheet as the printed sheet moves past the imaging unit under the action of the transport cylinder , wherein the sheet inspection system further comprises a blowing unit coupled to an air diffuser (2; 2*; 2**; 2***), which air diffuser (2; 2*; 2**; 2***) is positioned proximate to the circumferential surface of the transport cylinder and extends along a portion of the circumferential surface of the transport cylinder , characterized in that the blowing unit and air diffuser (2; 2*; 2**; 2***) are configured to produce an air pressure zone (Z7) and form an air cushion zone (Z6), which air cushion zone (Z6) includes first and second lateral air cushion areas (Z6a, Z6b) laterally containing the air pressure zone (Z7), which air pressure zone (Z7) and air cushion zone (Z6) press the printed sheet against the circumferential surface of the transport cylinder , and in that a lower side of the air diffuser (2; 2*; 2**; 2***), which is positioned proximate to the circumferential surface of the transport cylinder , is provided with a diffuser opening (20; 20*; 20**; 20***) that extends both in the lateral and circumferential directions, which diffuser opening (20; 20*; 20**; 20***) faces the circumferential surface of the transport cylinder , wherein the air pressure zone (Z7) and air cushion zone (Z6) coincide with a shape and position of the diffuser opening (20; 20*; 20**; 20***). characterized in that the blowing unit and air diffuser (2; 2*; 2**; 2***) are configured to produce an air pressure zone (Z7) and form an air cushion zone (Z6), which air cushion zone (Z6) includes first and second lateral air cushion areas (Z6a, Z6b) laterally containing the air pressure zone (Z7), which air pressure zone (Z7) and air cushion zone (Z6) press the printed sheet against the circumferential surface of the transport cylinder , and in that a lower side of the air diffuser (2; 2*; 2**; 2***), which is positioned proximate to the circumferential surface of the transport cylinder , is provided with a diffuser opening (20; 20*; 20**; 20***) that extends both in the lateral and circumferential directions, which diffuser opening (20; 20*; 20**; 20***) faces the circumferential surface of the transport cylinder , wherein the air pressure zone (Z7) and air cushion zone (Z6) coincide with a shape and position of the diffuser opening (20; 20*; 20**; 20***).
Use of an aminosilane as stabilizer for an adhesive, sealant or coating composition, where the aminosilane has at least one secondary amino group, and where the stabilizer increases the thermal stability of the composition in the fully cured state.