mhurhangee/ep-ind-claims huggingface dataset:
Heating device for heating preforms before processing in a stretch blow device, whereby the preforms each comprise a mouth region and a longitudinal axis, whereby the heating device comprises a heating alley with transport means for the movement of the preforms along a transport route, whereby a plurality of infra-red emitters is arranged in the heating alley, and whereby at least one back reflector and / or at least one filter is assigned to the infra-red emitters, whereby the at least one back reflector and / or the at least one filter is segmented, characterized in that the at least one back reflector and / or the at least one filter is arranged in a floating mount, whereby the at least one back reflector is made of a ceramic material, a glass ceramics or a coated quartz glass and / or whereby the at least one filter is made of a coated quartz glass and whereby the at least one back reflector and / or the at least one filter is retained in a rigid, torsion- resistant frame.
A surface extraction method performed by a processor comprising: a first step of investigating, in a three-dimensional space that is divided into voxels having a lattice shape, in units of voxel rows of the voxels, whether or not constituting voxels that constitute a three-dimensional image of a finger or blood vessels in a finger which is shown in the three-dimensional space exist; a second step of extracting, as surfaces of the three-dimensional image of a finger or blood vessels in a finger, the constituting regions that exist at ends of voxel rows, such that the finger constituting voxels or the blood vessel constituting voxels that exist in the middle of the voxel rows are ignored and only the voxels at the ends of the voxel rows are extracted. a first step of investigating, in a three-dimensional space that is divided into voxels having a lattice shape, in units of voxel rows of the voxels, whether or not constituting voxels that constitute a three-dimensional image of a finger or blood vessels in a finger which is shown in the three-dimensional space exist; a second step of extracting, as surfaces of the three-dimensional image of a finger or blood vessels in a finger, the constituting regions that exist at ends of voxel rows, such that the finger constituting voxels or the blood vessel constituting voxels that exist in the middle of the voxel rows are ignored and only the voxels at the ends of the voxel rows are extracted.
Process for the manufacture of carbon electrodes of the kind of anodes for aluminium production or other carbon artefacts of the kind of anodes for aluminium production comprising the steps of (a) mixing a high melting pitch with a softening point Mettler above 150°C with carbonaceous solids at a temperature of 50°C to 120°C above the SPM of the pitch, pressing or compacting by vibration or extrusion without intentional cooling at a temperature close to the mixing temperature, in order to obtain green electrodes or green artefacts, (b) transferring the green electrodes or green artefacts to a carbonization furnace without intentional cooling, (c) carbonizing the green electrodes or green artefacts. (a) mixing a high melting pitch with a softening point Mettler above 150°C with carbonaceous solids at a temperature of 50°C to 120°C above the SPM of the pitch, pressing or compacting by vibration or extrusion without intentional cooling at a temperature close to the mixing temperature, in order to obtain green electrodes or green artefacts, (b) transferring the green electrodes or green artefacts to a carbonization furnace without intentional cooling, (c) carbonizing the green electrodes or green artefacts.
A method of transmitting information for Random Access, RA, by a base station in a wireless communication system, the method comprising: generating RA information; and transmitting the RA information to a plurality of mobile terminals, characterised by the RA information comprising information related to a number of reception beam forming patterns of the base station used for each of one or more RA channels, wherein the information related to the number of reception beam forming patterns of the base station comprises at least one of: information indicating the number of reception beam forming patterns of the base station; index information corresponding to the number of reception beam forming patterns of the base station, and information indicating the number of times the base station uses the identical reception beam forming pattern for each of the one or more RA channels. generating RA information; and transmitting the RA information to a plurality of mobile terminals, characterised by the RA information comprising information related to a number of reception beam forming patterns of the base station used for each of one or more RA channels, wherein the information related to the number of reception beam forming patterns of the base station comprises at least one of: information indicating the number of reception beam forming patterns of the base station; index information corresponding to the number of reception beam forming patterns of the base station, and information indicating the number of times the base station uses the identical reception beam forming pattern for each of the one or more RA channels. information indicating the number of reception beam forming patterns of the base station; index information corresponding to the number of reception beam forming patterns of the base station, and information indicating the number of times the base station uses the identical reception beam forming pattern for each of the one or more RA channels.
A method, executed on a processor of a relay server, of relaying packets in a network for a communication event, the method comprising: receiving a request from a relay client to bind a channel to a peer for the communication event; creating requirements for the channel to relay the packets for a software defined networking, SDN, controller, based on the received channel bind request; sending the created requirements to the SDN controller, effective to enable the SDN controller to configure one or more SDN switches to relay the packets in the communication event using the channel binding without requiring the relay server to transmit the packets in the communication event; and sending a response to the relay client indicating the result of the channel bind request. receiving a request from a relay client to bind a channel to a peer for the communication event; creating requirements for the channel to relay the packets for a software defined networking, SDN, controller, based on the received channel bind request; sending the created requirements to the SDN controller, effective to enable the SDN controller to configure one or more SDN switches to relay the packets in the communication event using the channel binding without requiring the relay server to transmit the packets in the communication event; and sending a response to the relay client indicating the result of the channel bind request.
An electronic device comprising: an enclosure, and electrical components disposed at least partially inside the enclosure, the electronic components comprising a controller, a memory, and a display, wherein the enclosure comprises an amorphous substrate, and the substrate comprises an average transmittance of 80% or greater over the visible spectrum; a static coefficient of friction less than 0.3, a surface roughness Ra of 500 nm or greater, and either one or both a transmission haze greater than 60%, and a reflection haze at either 2 degrees from specular or 5 degrees from specular greater than 60%. an average transmittance of 80% or greater over the visible spectrum; a static coefficient of friction less than 0.3, a surface roughness Ra of 500 nm or greater, and either one or both a transmission haze greater than 60%, and a reflection haze at either 2 degrees from specular or 5 degrees from specular greater than 60%. a transmission haze greater than 60%, and a reflection haze at either 2 degrees from specular or 5 degrees from specular greater than 60%.
Method for the continuous firing of combustion chambers having at least three regenerative burners (1, 2, 3), wherein cyclically initially a first one of the regenerative burners (1, 2, 3) is in combustion operation, carrying supply air, and a second one of the regenerative burners (1, 2, 3) is in exhaust operation, carrying exhaust air, characterised in that the volume flow (24, 26) of the supply or exhaust air through the first or second regenerative burner is reduced continuously and in counter-cycle to the volume flow of the supply or exhaust air through the third regenerative burner at a constant combustion chamber pressure until the first or second regenerative burner has no flow through it.
A safety cabin for a recreational or camper van, comprising a part of the safety cabin which can be arranged behind a driver's cab, wherein walls (9, 23, 24, 25) of the safety cabin have at least one ply of fibre-reinforced plastic fabric and/or non-crimp fabric, wherein one ply has successive layers along a transverse direction, wherein directly successive layers have different fibre orientations to one another, wherein the ply in lateral outer walls in a front area of the cabin in relation to an intended main direction of travel preferably has at least three to nine layers, wherein the ply in the lateral outer walls in a rear area of the cabin in relation to an intended main direction of travel preferably comprises one to five layers, wherein a partition wall is arranged transversely to a longitudinal direction of the cabin at a transition from the front area of the cabin to the rear area of the cabin, wherein the intermediate wall comprises a ply containing preferably three to nine layers. wherein walls (9, 23, 24, 25) of the safety cabin have at least one ply of fibre-reinforced plastic fabric and/or non-crimp fabric, wherein one ply has successive layers along a transverse direction, wherein directly successive layers have different fibre orientations to one another, wherein the ply in lateral outer walls in a front area of the cabin in relation to an intended main direction of travel preferably has at least three to nine layers, wherein the ply in the lateral outer walls in a rear area of the cabin in relation to an intended main direction of travel preferably comprises one to five layers, wherein a partition wall is arranged transversely to a longitudinal direction of the cabin at a transition from the front area of the cabin to the rear area of the cabin, wherein the intermediate wall comprises a ply containing preferably three to nine layers.
A toothbrush comprising: a. a head, neck, handle, handle end, head end, outer surface, inner cavity, and longitudinal axis; b. the inner cavity having a surface defining a cross-sectional area (IC CA); wherein the inner cavity has at least one of a greater cross-sectional area (IC CAG), bordered by two lesser cross-sectional areas (IC CA1, IC CA2) along the longitudinal axis of the toothbrush or a lesser cross sectional area (IC CAL) bordered by two greater cross-sectional areas (IC CA3, IC CA4) along the longitudinal axis of the toothbrush; c. the outer surface defining an outer surface cross-sectional area (IC SA); d. a wall formed from the outer surface and inner cavity surface; wherein the toothbrush comprising a single unitary component along the entire length, the inner cavity is closed with no opening to the outer surface of the toothbrush, the wall thickness along the circumferential direction at any cross-section normal to the longitudinal axis in 80% of the hollow portion is within 70% to 170% of the mean thickness, the ratio of the mean radius to wall thickness in 80% of the hollow portion is in the range of 3 to 10, and the total volume of the inner cavity is 55% to 70% of the total volume defined by the outer surface. a. a head, neck, handle, handle end, head end, outer surface, inner cavity, and longitudinal axis; b. the inner cavity having a surface defining a cross-sectional area (IC CA); wherein the inner cavity has at least one of a greater cross-sectional area (IC CAG), bordered by two lesser cross-sectional areas (IC CA1, IC CA2) along the longitudinal axis of the toothbrush or a lesser cross sectional area (IC CAL) bordered by two greater cross-sectional areas (IC CA3, IC CA4) along the longitudinal axis of the toothbrush; c. the outer surface defining an outer surface cross-sectional area (IC SA); d. a wall formed from the outer surface and inner cavity surface;
A method of making a container for consumer goods, the method comprising: - forming a first multi-layer, the first multi-layer comprising a first cellulose based layer and a first polymeric layer; - folding the first multi-layer to form a package comprising a lid portion and a box portion, the box portion and the lid portion being divided by an opening line, the lid portion being hinged to the box portion, the package defining a housing for the consumer goods, wherein the first multi-layer is so folded that the first polymeric layer is provided on an outer side of the first cellulose based layer; - forming an outer wrapper, the outer wrapper comprising a second cellulose based layer and a second polymeric layer; - wherein one of the first polymeric layer and second polymeric layer is a moisture barrier layer and the other of the first polymeric layer and second polymeric layer is a heat sealable layer; - wrapping the package with the outer wrapper, the outer wrapper covering, at least in part, the opening line, wherein the wrapping is made so that the second polymeric layer is provided on an inner side of the second cellulose based layer; - heating the package and the outer wrapper, to seal the outer wrapper on the package, forming the container. - forming a first multi-layer, the first multi-layer comprising a first cellulose based layer and a first polymeric layer; - folding the first multi-layer to form a package comprising a lid portion and a box portion, the box portion and the lid portion being divided by an opening line, the lid portion being hinged to the box portion, the package defining a housing for the consumer goods, wherein the first multi-layer is so folded that the first polymeric layer is provided on an outer side of the first cellulose based layer; - forming an outer wrapper, the outer wrapper comprising a second cellulose based layer and a second polymeric layer; - wherein one of the first polymeric layer and second polymeric layer is a moisture barrier layer and the other of the first polymeric layer and second polymeric layer is a heat sealable layer; - wrapping the package with the outer wrapper, the outer wrapper covering, at least in part, the opening line, wherein the wrapping is made so that the second polymeric layer is provided on an inner side of the second cellulose based layer; - heating the package and the outer wrapper, to seal the outer wrapper on the package, forming the container.
Compacting unit couplable to containers for the collection of materials, comprising: a transfer chamber placed underneath a loading hopper and communicating with an accumulation environment through a transfer opening; a pusher movable alternately in the transfer chamber to transfer material from the loading hopper through the transfer opening; a movement mechanism of the pusher, operationally housed in a service room having a front opening closable by at least one door; wherein the service room has at least one evacuation opening at the bottom communicating with the outside, characterized by a sliding shutter movable between a rest position in which it is inserted in the service room to close the evacuation opening, and an extracted position in which it protrudes through the front opening and frees a passage from the service chamber through the evacuation opening. a transfer chamber placed underneath a loading hopper and communicating with an accumulation environment through a transfer opening; a pusher movable alternately in the transfer chamber to transfer material from the loading hopper through the transfer opening; a movement mechanism of the pusher, operationally housed in a service room having a front opening closable by at least one door; wherein the service room has at least one evacuation opening at the bottom communicating with the outside, characterized by a sliding shutter movable between a rest position in which it is inserted in the service room to close the evacuation opening, and an extracted position in which it protrudes through the front opening and frees a passage from the service chamber through the evacuation opening.
A full duplex communication method implemented by a Radio Base Station, RBS, supporting Time Division Duplex, TDD, scheme, the method comprising: configuring a first logic cell and a second logic cell for the RBS by specifying a first TDD downlink/uplink, DL/UL, configuration corresponding to the first logic cell and a second, different TDD DL/UL configuration corresponding to the second logic cell, transmitting a first wireless signal to a first User Equipment, UE, associated with one of the first and the second logic cells and receiving a second wireless signal from a second UE associated with the other of the first and the second logic cells simultaneously in a subframe, which is allocated for DL communication according to one of the first and the second TDD DL/UL configurations corresponding to the one of the first and the second logic cells and is allocated for UL communication according to the other of the first and the second TDD DL/UL configurations corresponding to the other of the first and the second logic cells, and performing self-interference suppression to suppress interference from the transmission of the first wireless signal to the reception of the second wireless signal. configuring a first logic cell and a second logic cell for the RBS by specifying a first TDD downlink/uplink, DL/UL, configuration corresponding to the first logic cell and a second, different TDD DL/UL configuration corresponding to the second logic cell, transmitting a first wireless signal to a first User Equipment, UE, associated with one of the first and the second logic cells and receiving a second wireless signal from a second UE associated with the other of the first and the second logic cells simultaneously in a subframe, which is allocated for DL communication according to one of the first and the second TDD DL/UL configurations corresponding to the one of the first and the second logic cells and is allocated for UL communication according to the other of the first and the second TDD DL/UL configurations corresponding to the other of the first and the second logic cells, and performing self-interference suppression to suppress interference from the transmission of the first wireless signal to the reception of the second wireless signal.
A security device comprising a body (101,101') and a contact interface (21,21') mounted in said body (101,101'), said contact interface (21,21') comprising external connection means for communication with the outside of said security device (100,100') and internal connection means (21b, 21c) for communication with the inside of said security device (100,100'), said security device (100,100') being a chip card, said body (101, 101') defining the format of said chip card (100,100') and comprising at least a first substrate (300,300') and a second substrate (400, 400') extending respectively in parallel planes, and comprising respectively at least a first electronic component (300a, 300a', 301, 301 ') and a second electronic component (400a, 400a', 41, 42, 43, 44, 51, 52, 53, 54, 22'), said security device (100,100') being characterized in that said contact interface (21, 21') is electrically connected to said at least a first electronic component (300a, 300a', 301, 301') and a second electronic component (400a, 400a', 41, 42, 43, 44, 51, 52, 53, 54, 22') of said at least a first substrate and a second substrate (400, 400'), respectively, by means of said internal connection means (21b, 21c). said body (101, 101') defining the format of said chip card (100,100') and comprising at least a first substrate (300,300') and a second substrate (400, 400') extending respectively in parallel planes, and comprising respectively at least a first electronic component (300a, 300a', 301, 301 ') and a second electronic component (400a, 400a', 41, 42, 43, 44, 51, 52, 53, 54, 22'), said security device (100,100') being characterized in that said contact interface (21, 21') is electrically connected to said at least a first electronic component (300a, 300a', 301, 301') and a second electronic component (400a, 400a', 41, 42, 43, 44, 51, 52, 53, 54, 22') of said at least a first substrate and a second substrate (400, 400'), respectively, by means of said internal connection means (21b, 21c).
A method for protecting a computer network against an occurred failure (F(n*)), said method comprising: a) identifying a number of possible failures which might occur within the computer network, said number of possible failures comprising at least one possible failure (F(n)); b) based on detected availability of resources (NR(i, j), IR(k, j)) in said computer network, determining a protection state (PS(n)) of said computer network allowing to circumvent said possible failure (F(n)) and dynamically updating said determined protection state (PS(n)) based on changes of said detected availability; said method further comprising, upon occurrence of said failure (F(n*)): c) if said occurred failure (F(n*)) corresponds to said possible failure (F(n)), bringing said computer network into an operative protection state (PS(n*)) corresponding to said determined and dynamically updated protection state (PS(n)), wherein said step b) further comprises: - determining at least two protection states (PS(n)) of said computer network allowing to circumvent said possible failure (F(n)) and dynamically updating said determined at least two protection states (PS(n)) based on changes of said detected availability; and - selecting one of said determined and dynamically updated at least two protection states (PS(n)) by taking into account at least one constraint which said computer network shall fulfill, wherein said at least one constraint comprises a constraint on a power consumption of the computer network. a) identifying a number of possible failures which might occur within the computer network, said number of possible failures comprising at least one possible failure (F(n)); b) based on detected availability of resources (NR(i, j), IR(k, j)) in said computer network, determining a protection state (PS(n)) of said computer network allowing to circumvent said possible failure (F(n)) and dynamically updating said determined protection state (PS(n)) based on changes of said detected availability; - determining at least two protection states (PS(n)) of said computer network allowing to circumvent said possible failure (F(n)) and dynamically updating said determined at least two protection states (PS(n)) based on changes of said detected availability; and - selecting one of said determined and dynamically updated at least two protection states (PS(n)) by taking into account at least one constraint which said computer network shall fulfill, wherein said at least one constraint comprises a constraint on a power consumption of the computer network.