mhurhangee/ep-ind-claims huggingface dataset:
Method for the continuous casting of thin slabs comprising the method steps of: - feeding a molten metal into a mold, - molding a partially solidified thin-slab strand from the molten metal in the mold, - reducing the flow rate of the molten metal in the partially solidified thin-slab strand by means of an electromagnetic brake arranged in the region of the mold and - removing the partially solidified thin-slab strand from the mold by means of a strand guiding system, characterized in that - unsolidified parts of the partially solidified thin-slab strand are stirred by means of an electromagnetic stirrer arranged underneath the mold downstream along the strand takeoff direction of the thin-slab strand, - a traveling electromagnetic field being produced by means of the electromagnetic stirrer in a region of the thin-slab strand that lies at a distance from the mold of between 20 and 7000 millimeters along the strand takeoff direction. - feeding a molten metal into a mold, - molding a partially solidified thin-slab strand from the molten metal in the mold, - reducing the flow rate of the molten metal in the partially solidified thin-slab strand by means of an electromagnetic brake arranged in the region of the mold and - removing the partially solidified thin-slab strand from the mold by means of a strand guiding system, - unsolidified parts of the partially solidified thin-slab strand are stirred by means of an electromagnetic stirrer arranged underneath the mold downstream along the strand takeoff direction of the thin-slab strand, - a traveling electromagnetic field being produced by means of the electromagnetic stirrer in a region of the thin-slab strand that lies at a distance from the mold of between 20 and 7000 millimeters along the strand takeoff direction.
A method for producing packs, in particular cigarette packs, from blanks (11, 44), wherein individual regions, in particular folding tabs, of a pack blank are connected to one another and, if appropriate, to one or more separate blanks by the pack blank and/or the separate blank being provided in regions with individual, spatially separated portions of glue (28, 29) by means of one or more glue valves and the blank regions which are to be adhesively bonded together subsequently being held or pressed on one another, characterized in that the individual, spatially separated portions of glue (28, 29) for adhesively bonding together the individual blank regions are drops of glue, which are applied in a targeted manner in at least two different portion sizes or quantities of glue to the respective pack blank and/or to the respective separate blank, and in that in border regions of at least one folding tab (19, 25) of the pack blank smaller drops of glue being provided than in further inward regions of said folding tab (19, 25).
An apparatus for compressive sampling comprising an array of photodetectors, a processor and memory including computer program code, the memory and computer program code configured to, with the processor, enable the apparatus at least to: based on a predetermined dark current component for each photodetector in an array of photodetectors, identify a plurality of subsets of photodetectors from the array for signal readout and amplification by a readout circuit, each photodetector of the array configured to provide a photodetector output signal comprising the dark current component and an image component on exposure to incident electromagnetic radiation from a target scene, wherein each subset of photodetectors is identified such that the combined dark current component of the constituent photodetector output signals for each subset is substantially the same, and the number of subsets is less than the number of photodetectors in the array; and provide the identified plurality of subsets for use in signal readout and amplification by the readout circuit. based on a predetermined dark current component for each photodetector in an array of photodetectors, identify a plurality of subsets of photodetectors from the array for signal readout and amplification by a readout circuit, each photodetector of the array configured to provide a photodetector output signal comprising the dark current component and an image component on exposure to incident electromagnetic radiation from a target scene, wherein each subset of photodetectors is identified such that the combined dark current component of the constituent photodetector output signals for each subset is substantially the same, and the number of subsets is less than the number of photodetectors in the array; and provide the identified plurality of subsets for use in signal readout and amplification by the readout circuit.
A set of solar cooking appliances, comprising: a solar heat collector to collect and store solar heat; a first heat storage and conducting material placed in the solar heat collector, wherein said solar heat collector can heat said first heat storage and conducting material to a temperature higher than the water boiling temperature; a solar cooking range/stove having a heat insulated and enclosed compartment and a cooktop, a second heat storage and conducting material placed in the heat insulated and enclosed compartment, and said solar cooking range/stove thermally connected with said solar heat collector to receive and store solar heat for food cooking, a set of cooking chambers (233, 234, 235) arranged in said enclosed compartment and located in said second heat storage and conducting material; a heat-transferring medium thermally connecting said solar heat collector to said second heat storage and conducting material in said solar cooking range to transfer the solar heat; a set of solar cooking utensils (151, 152, 153) with heat insulated covers, said cooking utensils located in the cooking chambers (233, 234, 235) of said solar cooking range/stove; characterised in that an electric heat element (267, 268, 269) is arranged in said range/stove to provide a backup energy source and electric heat storing, and a or the utensils (151, 152, 153) comprise a heat insulated coat having its internal size and shape matched with the external size and shape of said utensil and its external size and shape matched with the internal size and shape of the solar cooking chambers (233, 234, 235). a solar heat collector to collect and store solar heat; a first heat storage and conducting material placed in the solar heat collector, wherein said solar heat collector can heat said first heat storage and conducting material to a temperature higher than the water boiling temperature; a solar cooking range/stove having a heat insulated and enclosed compartment and a cooktop, a second heat storage and conducting material placed in the heat insulated and enclosed compartment, and said solar cooking range/stove thermally connected with said solar heat collector to receive and store solar heat for food cooking, a set of cooking chambers (233, 234, 235) arranged in said enclosed compartment and located in said second heat storage and conducting material; a heat-transferring medium thermally connecting said solar heat collector to said second heat storage and conducting material in said solar cooking range to transfer the solar heat; a set of solar cooking utensils (151, 152, 153) with heat insulated covers, said cooking utensils located in the cooking chambers (233, 234, 235) of said solar cooking range/stove; characterised in that an electric heat element (267, 268, 269) is arranged in said range/stove to provide a backup energy source and electric heat storing, and a or the utensils (151, 152, 153) comprise a heat insulated coat having its internal size and shape matched with the external size and shape of said utensil and its external size and shape matched with the internal size and shape of the solar cooking chambers (233, 234, 235).
An electrical connector detachably connectable to a flat conductive member, the electrical connector comprising: a housing including a receiving portion for receiving the flat conductive member; a plurality of terminals (20, 30) arranged in the housing in a longitudinal direction of the housing 10; and a movable member arranged to be rotatable between an open position and a close position relative to the housing, wherein said movable member includes an engaging portion for engaging an engageable portion (C2A) formed on the flat conductive member when the movable member is situated at the close position, said movable member further includes a pressure receiving portion for abutting against the engageable portion (C2A) of the flat conductive member when the movable member is situated at the open position, said movable member further includes a passing allowing space between the engaging portion and the pressure receiving portion for allowing the engageable portion (C2A) to pass through, and wherein said movable member is configured so that the engageable portion (C2A) of the flat conductive member passes through the passing allowing space when the movable member is rotated toward the close position, characterized in that the movable member is configured to automatically rotate back from the open position to the close position. a housing including a receiving portion for receiving the flat conductive member; a plurality of terminals (20, 30) arranged in the housing in a longitudinal direction of the housing 10; and a movable member arranged to be rotatable between an open position and a close position relative to the housing, wherein said movable member includes an engaging portion for engaging an engageable portion (C2A) formed on the flat conductive member when the movable member is situated at the close position, said movable member further includes a pressure receiving portion for abutting against the engageable portion (C2A) of the flat conductive member when the movable member is situated at the open position, said movable member further includes a passing allowing space between the engaging portion and the pressure receiving portion for allowing the engageable portion (C2A) to pass through, and wherein said movable member is configured so that the engageable portion (C2A) of the flat conductive member passes through the passing allowing space when the movable member is rotated toward the close position,
A method for testing for the presence of two polynucleotides comprising a hybrid nucleotide sequence representative of a deletional mutation of the GYPB gene, wherein the hybrid nucleotide sequence representative of a deletional mutation of the GYPB gene has a sequence according to SEQ ID NO 1 or SEQ ID NO 2, in a sample comprising genomic DNA or an amplification product thereof, comprising contacting the genomic DNA or an amplification product thereof of the sample with one or more polynucleotide probes capable of at least partially or fully hybridizing to the hybrid nucleotide sequence representative of a deletional mutation of the GYPB gene, under stringent conditions, and detecting any hybridization of said one or more polynucleotide probes to the hybrid nucleotide sequence representative of a deletional mutation of the GYPB gene.
Device for collecting liquid used cooking oil, having a funnel and a barrel, characterized in that between funnel and barrel there is arranged a collecting container, which has a load cell and a level meter, the data from which can be acquired by an electronic control system, wherein the collecting container has a valve, which can be opened by the electronic control system, downstream of the collecting container.
A method for controlling joint signal processing of signals to be transmitted respectively from a number of transmitters to a number of receivers via a group of vectoring lines subject to pre-determined transmitted signal power requirements; said method comprising: - obtaining estimated expected crosstalk over said group of vectoring lines; - determining an initial precoding matrix P0 configured for adapting said signals in order to pre-compensate said estimated expected crosstalk; - obtaining re-estimated expected crosstalk over said group of vectoring lines after a disturbance event; - determining a new precoding matrix P1 configured for pre-compensating said re-estimated expected crosstalk; and characterized by: - determining at least one intermediate precoding matrix P' configured for gradually - i.e. in multiple steps - replacing P0 with P1, each intermediate precoding matrix P' based on at least a part of P0 and at least a part of P1; and - determining at least one gain scaling matrix S configured for gain scaling said signals, based on said at least one precoding matrix P', in compliance with said pre-determined transmitted signal power requirements. - obtaining estimated expected crosstalk over said group of vectoring lines; - determining an initial precoding matrix P0 configured for adapting said signals in order to pre-compensate said estimated expected crosstalk; - obtaining re-estimated expected crosstalk over said group of vectoring lines after a disturbance event; - determining a new precoding matrix P1 configured for pre-compensating said re-estimated expected crosstalk; and characterized by: - determining at least one intermediate precoding matrix P' configured for gradually - i.e. in multiple steps - replacing P0 with P1, each intermediate precoding matrix P' based on at least a part of P0 and at least a part of P1; and - determining at least one gain scaling matrix S configured for gain scaling said signals, based on said at least one precoding matrix P', in compliance with said pre-determined transmitted signal power requirements.
A method for delivery of broadcast data over an augmented tree network, the network comprising a content server, a tree server, an augmentation server and at least one node (3510, 3515, 3520, 3810, 3811, 3812, 3813, 3814), wherein the content server streams at least a fraction of the broadcast data to the tree server, and wherein the content server streams at least a complement to the at least a fraction of the broadcast data to the augmentation server, the method comprising the steps of: at least one node (3510, 3515, 3810) connecting to the tree server, thereby receiving the at least a fraction of the broadcast data, wherein the at least a fraction has a positive value less than one; the at least one node (3510, 3515, 3810) connecting to the augmentation server, thereby receiving the at least a complement to the at least a fraction of the broadcast data from the augmentation server; and the at least one node (3510, 3515, 3810) assembling the at least a fraction of the broadcast data with the at least a complement to the at least a fraction of the broadcast data to reassemble the broadcast data, thereby delivering the broadcast data to the at least one node (3510, 3515, 3810). at least one node (3510, 3515, 3810) connecting to the tree server, thereby receiving the at least a fraction of the broadcast data, wherein the at least a fraction has a positive value less than one; the at least one node (3510, 3515, 3810) connecting to the augmentation server, thereby receiving the at least a complement to the at least a fraction of the broadcast data from the augmentation server; and the at least one node (3510, 3515, 3810) assembling the at least a fraction of the broadcast data with the at least a complement to the at least a fraction of the broadcast data to reassemble the broadcast data, thereby delivering the broadcast data to the at least one node (3510, 3515, 3810).
Weaving machine, preferably a rapier weaving machine, with a shed forming device for opening and closing a loom shed formed by a plurality of warp threads (80, 80a, 80b), with a weft insertion device with a weft insertion means for inserting weft threads through an open loom shed, with a weaving reed for beating inserted weft threads against the edge of the woven fabric, and with a drawing off device for drawing off the woven fabric, having at least one guide device (30; 130; 230; 330) with at least one guide unit (32, 34; 132; 232; 332) which extends at least partially over the width of the woven fabric and which has at least in each case one guiding section (33, 35; 133; 233; 333) which can be positioned substantially in the direction of thickness of the woven fabric for guiding the woven fabric in a contacting manner in the region of the weaving reed beat-up plane, wherein at least one upper guide unit (32; 132; 232; 332) is provided for guiding the woven fabric on the top side thereof and/or at least one lower guide unit is provided for guiding the woven fabric on the under side thereof, characterized by a control unit which is designed for controlling at least one drive (38, 39) during the weaving operation, wherein the at least one drive is connected to the at least one guide unit (32, 34; 132; 232; 332) for changing the position of at least one of the guiding sections (33, 35; 133; 233; 333) thereof substantially in the direction of thickness of the woven fabric, wherein the control unit processes, for the said controlling, information which is related to the woven fabric structure in the region of the weaving reed beat-up plane and/or information relating to the position of the warp threads (80, 80a, 80b) in the open loom shed. having at least one guide device (30; 130; 230; 330) with at least one guide unit (32, 34; 132; 232; 332) which extends at least partially over the width of the woven fabric and which has at least in each case one guiding section (33, 35; 133; 233; 333) which can be positioned substantially in the direction of thickness of the woven fabric for guiding the woven fabric in a contacting manner in the region of the weaving reed beat-up plane, wherein at least one upper guide unit (32; 132; 232; 332) is provided for guiding the woven fabric on the top side thereof and/or at least one lower guide unit is provided for guiding the woven fabric on the under side thereof, characterized by a control unit which is designed for controlling at least one drive (38, 39) during the weaving operation, wherein the at least one drive is connected to the at least one guide unit (32, 34; 132; 232; 332) for changing the position of at least one of the guiding sections (33, 35; 133; 233; 333) thereof substantially in the direction of thickness of the woven fabric, wherein the control unit processes, for the said controlling, information which is related to the woven fabric structure in the region of the weaving reed beat-up plane and/or information relating to the position of the warp threads (80, 80a, 80b) in the open loom shed.
A method for analyzing seismic data, the method comprising: receiving low frequency content of ambient noise associated with seismic data; identifying one or more sources of the ambient noise for each of a plurality of analyzed frequencies based on the received low frequency content; separating the one or more sources of ambient noise based on the received low frequency content; generating a plurality of velocity versus frequency functions associated to one or more geographical locations based on an analysis of the low frequency content associated with each of the one or more sources of ambient noise; and transforming the plurality of velocity versus frequency functions into a plurality of velocity versus depth functions. receiving low frequency content of ambient noise associated with seismic data; identifying one or more sources of the ambient noise for each of a plurality of analyzed frequencies based on the received low frequency content; separating the one or more sources of ambient noise based on the received low frequency content; generating a plurality of velocity versus frequency functions associated to one or more geographical locations based on an analysis of the low frequency content associated with each of the one or more sources of ambient noise; and transforming the plurality of velocity versus frequency functions into a plurality of velocity versus depth functions.
A method of archiving a document by a user comprising: - a step (215, 315, 415, 515) of transmitting the document and a symmetric key to a receiver operator; - a step (225, 325, 425, 525), performed by the receiver operator, of encrypting the document with the symmetric key; - a step (430, 530) of transmitting said encrypted document to an archiving operator separate from the receiver operator; - a step (240, 340, 440, 540) of checking the deletion encryption of the document; - a step (450, 550), performed by the receiver operator, of destroying the encrypted document and the symmetric key; said method being characterised in that it further comprises a step (425, 525) of encrypting the symmetric key with a key of a key pair of asymmetric keys, and in that the step (430, 530) of transmitting the encrypted document to the archiving operator also comprises transmitting the encrypted symmetric key to the archiving operator. - a step (215, 315, 415, 515) of transmitting the document and a symmetric key to a receiver operator; - a step (225, 325, 425, 525), performed by the receiver operator, of encrypting the document with the symmetric key; - a step (430, 530) of transmitting said encrypted document to an archiving operator separate from the receiver operator; - a step (240, 340, 440, 540) of checking the deletion encryption of the document; - a step (450, 550), performed by the receiver operator, of destroying the encrypted document and the symmetric key; said method being characterised in that it further comprises a step (425, 525) of encrypting the symmetric key with a key of a key pair of asymmetric keys, and in that the step (430, 530) of transmitting the encrypted document to the archiving operator also comprises transmitting the encrypted symmetric key to the archiving operator.
Wiring robot, in particular for wiring mounting plates and mounting frames, switch cabinets and switchgear combinations or parts thereof, comprising a robot head, a wire feed device for a strand to be laid and a gripper for holding and applying the strand, wherein the strand can be fed to the gripper along a strand path by means of the wire feed device, wherein the gripper is movably mounted in the robot head, characterized in that the gripper is movable at least between an insertion position and a gripping position, wherein a strand beginning and/or the strand end of the supplied strand can be gripped in the gripping position by means of the gripper and the strand beginning and/or the strand end of the supplied strand in the insertion position by means of the gripper, and a strand beginning or a strand end in the insertion position of the gripper projects out of an application side of the gripper during application.
Roof vent comprising a roof-covering panel, which comprises a passage opening having a dome, and a hood which reaches over the dome, can be fixed in various inclined positions relative to the roof-covering panel by bringing at least one latching tooth into engagement with latching toothing, and bears an upper pipe, characterised in that, by means of a change of position relative to the hood, the upper pipe that bears the latching means can be brought from a first assembly position, in which the at least one latching tooth is out of engagement with the latching toothing, into a second assembly position, in which the at least one latching tooth is in engagement with the latching toothing.
Spanner comprising a longitudinal body, extending along a spanner axis (Xc), comprising a handle able to be gripped by hand by an operator and a tightening head extending along a tightening axis (Xs) able to cooperate with an axial bolt according to a first angular orientation of the spanner about its spanner axis (Xc), spanner characterised in that it comprises at least one marking member able to mark an axial bolt according to a second angular orientation of the spanner about its spanner axis (Xc).