mhurhangee/ep-ind-claims huggingface dataset:
Method for creating at least one free area in a casing made of shrink foil, preferably designed as a shrink hood, which secures a stack of goods arranged on a pallet, wherein the pallet comprises four outer edges, namely two mutually opposing face edges and two mutually opposing longitudinal edges, on the upper side a contact surface for the stack of goods, and on the under side a plurality of standing feet arranged at a distance from one another with the formation of foot clearance spaces and forming an underside standing surface, wherein the pallet comprises in each case a standing foot in the region of its four corners, and preferably also comprises, between two standing feet of an outer edge, preferably of each outer edge, and further at least one additional standing foot arranged between them, wherein each foot clearance space of the pallet is configured as quadrilateral and with, among other elements, a top upper side corner region, and wherein the casing engages at least partially beneath the standing surface of the standing feet arranged in the region of the four outer edges of the pallet, and wherein at least one free area is introduced into a casing region which lies between two standing feet of a common outer edge, characterised in that in the mutually opposing areas of two mutually opposing outer edges of the pallet, preferably of the two mutually opposing face edges of the pallet, preferably at the same time, in each case a free area with two longitudinally formed displacement elements is produced, wherein the displacement elements are initially arranged beneath the underside standing surfaces of the pallet, and wherein each displacement element projects with both its end over the respective outer edge of the pallet, wherein the casing region is heated at least in the mutually opposed areas in which it is intended that a free area should be created by means of the two displacement elements, wherein each of the two displacement elements is displaced upwards in the direction of the upper outside corner area of the respective foot free area, and wherein the casing area displaced upwards is fixed in its upwards displaced position by cooling in this upwards displaced position.
A pipeline-lining material for use for at least two, preferably three predefined nominal pipeline widths comprising an elastic circular-knit material knitted under pre-tension such that, after knitting, it contracts to a relaxed diameter of +/-10% of the smallest predefined nominal pipeline width, and also an elastically extensible film tube arranged about the circular-knit material, wherein the pipe-lining material is at least 50% widenable in the transverse direction at a pressure of not more than 0.7 bar, characterized in that the relaxed circular-knit material at most displays a 55% smaller diameter than the pre-tensioned circular-knit material.
A sensing system for sensing degradation of a machine fluid, comprising: a capsule including a dissolvable element, the dissolvable element being configured to at least partially dissolve when placed in contact with the machine fluid when an acid content of the machine fluid reaches a predetermined level indicative of the degradation of the machine fluid; a tracer encapsulated by the capsule, the tracer being at least partially released from the capsule when the dissolvable element at least partially dissolves in the machine fluid; and a detector (128, 136) configured to detect the release of the tracer from the capsule into the machine fluid. a capsule including a dissolvable element, the dissolvable element being configured to at least partially dissolve when placed in contact with the machine fluid when an acid content of the machine fluid reaches a predetermined level indicative of the degradation of the machine fluid; a tracer encapsulated by the capsule, the tracer being at least partially released from the capsule when the dissolvable element at least partially dissolves in the machine fluid; and a detector (128, 136) configured to detect the release of the tracer from the capsule into the machine fluid.
Overvoltage protection device for signal and control lines, in particular for a signaling device, for being arranged between an external system and an internal system, comprising: at least two terminal blocks (10a, 10b) which are each part of a signal path (12a, 12b), wherein the terminal blocks (10a, 10b) comprise connection contacts (13a, 13b, 14a, 14b) for connecting to the internal and external system (1, 2), a base terminal having a connection for a discharge to ground, and at least one overvoltage protection apparatus which is electrically connected to the terminal blocks, wherein a plug housing is provided, in which the overvoltage protection apparatus is installed, wherein the terminal blocks (10a, 10b) and the base terminal each have a contact slot for plugging on the plug housing of the overvoltage protection apparatus, and wherein the terminal blocks (10a, 10b) each have a captive isolating blade (19a, 19b) for temporarily separating the signal paths (12a, 12b), wherein the overvoltage protection apparatus comprises at least two discharge paths (18a, 18b), wherein each discharge path (18a, 18b) comprises a series circuit of an overvoltage arrester and a varistor, and wherein a barrier device is arranged between the discharge paths (12a, 12b, 18a, 18b). at least two terminal blocks (10a, 10b) which are each part of a signal path (12a, 12b), wherein the terminal blocks (10a, 10b) comprise connection contacts (13a, 13b, 14a, 14b) for connecting to the internal and external system (1, 2), a base terminal having a connection for a discharge to ground, and at least one overvoltage protection apparatus which is electrically connected to the terminal blocks, wherein a plug housing is provided, in which the overvoltage protection apparatus is installed, wherein the terminal blocks (10a, 10b) and the base terminal each have a contact slot for plugging on the plug housing of the overvoltage protection apparatus, and wherein the terminal blocks (10a, 10b) each have a captive isolating blade (19a, 19b) for temporarily separating the signal paths (12a, 12b), wherein the overvoltage protection apparatus comprises at least two discharge paths (18a, 18b), wherein each discharge path (18a, 18b) comprises a series circuit of an overvoltage arrester and a varistor, and wherein a barrier device is arranged between the discharge paths (12a, 12b, 18a, 18b).
An apparatus for emptying of two types of trays with different configurations for rod like articles of the tobacco industry, while a five-wall tray being the tray of the first type and a four-wall tray being the tray of the second type the apparatus is provided with a filled tray station of the first type or the second type, a turning unit designed to turn the filled tray of the first type or the second type, a lifting unit designed to lift the turning unit, a station for emptying of the filled tray of the first or the second type, a station for empty trays of the first or the second type, a control system controlling the subassemblies of the apparatus, a converting unit (21, 35) being adapted to change the configuration of the tray of the first type into a configuration corresponding to the configuration of the second type, whereas the converting unit (21, 35) is adapted to change the configuration of the tray of the first type into a configuration corresponding to the configuration of the tray of the second type when the tray of the first type is delivered for unloading, and to maintain the configuration of the tray of the second type when the tray of the second type is delivered for unloading, characterised in that, the converting unit (21, 35) is further provided with a linearly operating lifting mechanism designed to lift the hinged wall and the connecting members (13FL, 13FR), and a linearly operating pressing mechanism designed to press the hinged wall and the connecting members (13FL, 13FR) to other walls of the tray (13L, 13R, 13A). a filled tray station of the first type or the second type, a turning unit designed to turn the filled tray of the first type or the second type, a lifting unit designed to lift the turning unit, a station for emptying of the filled tray of the first or the second type, a station for empty trays of the first or the second type, a control system controlling the subassemblies of the apparatus, a converting unit (21, 35) being adapted to change the configuration of the tray of the first type into a configuration corresponding to the configuration of the second type, whereas the converting unit (21, 35) is adapted to change the configuration of the tray of the first type into a configuration corresponding to the configuration of the tray of the second type when the tray of the first type is delivered for unloading, and to maintain the configuration of the tray of the second type when the tray of the second type is delivered for unloading, characterised in that, the converting unit (21, 35) is further provided with a linearly operating lifting mechanism designed to lift the hinged wall and the connecting members (13FL, 13FR), and a linearly operating pressing mechanism designed to press the hinged wall and the connecting members (13FL, 13FR) to other walls of the tray (13L, 13R, 13A).
A method for improving drought resistance in a plant comprising providing or enhancing expression of a drought-resistance protein of plant origin, which is: (a) a protein having an amino acid sequence of SEQ ID NO:4; or (b) a protein derived from the protein of (a) by substitution, deletion or addition of 1-50 residues in the amino acid sequence of SEQ ID NO:4 and being capable of conferring drought-resistance to a plant; or (c) a protein derived from the protein of (a), having at least 70% sequence identity to the amino acid sequence of SEQ ID NO:4 and being capable of conferring drought-resistance to a plant, in said plant. (a) a protein having an amino acid sequence of SEQ ID NO:4; or (b) a protein derived from the protein of (a) by substitution, deletion or addition of 1-50 residues in the amino acid sequence of SEQ ID NO:4 and being capable of conferring drought-resistance to a plant; or (c) a protein derived from the protein of (a), having at least 70% sequence identity to the amino acid sequence of SEQ ID NO:4 and being capable of conferring drought-resistance to a plant, in said plant.
Round baler having a frame, a pressing chamber realized on the frame for forming a round bale, an unloading area realized between the pressing chamber and a ground surface and at least one depositing element which is arranged in the unloading area and which extends parallel to the rotational axis of the round bale and serves for supporting the round bale during an unloading operation, wherein the depositing element is realized as a flat section (78, 78', 78") and is provided with a resilient layer (80, 80"), characterized in that the resilient layer (80, 80") is surrounded at least in part by a covering (82, 82").
A notification information generating apparatus that generates notification information based on channel quality information obtained from a reception state of each channel in a communication scheme for performing communication using a plurality of channels, characterized by comprising a notification information table which stores candidate values for the notification information and candidate value numbers specifying the candidate values for the notification information in association with each other, wherein the candidate values for the notification information comprise at least one difference-value candidate value each indicating a difference between two pieces of channel quality information and at least one non-difference value candidate value each indicating channel quality information; a reconstructing section configured to generate a reconstruction value using notification information generated based on channel quality information of a first channel of the plurality of channels in a frame; a selecting section configured to select a single difference-value or non-difference value candidate value from the candidate values for the notification information in the notification information table based on channel quality information of a second channel of the plurality of channels in the frame and the reconstruction value, and to generate the notification information indicating the candidate value number specifying the selected candidate value based on the notification information table.
A security article, comprising: - a substrate; - a layer of security ink including a set of color-shifting interference particles, the layer of security ink providing a color-shifting property; and - a layer of magnetic color-shifting ink including a set of magnetically aligned magnetic particles, the layer of magnetic color-shifting ink providing a color-shifting property, characterized in that the layer of security ink and the layer of magnetic color-shifting ink are a metameric pair such that at a particular orientation of the security article, the color-shifting property of the layer of security ink and the color-shifting property of the layer of magnetic color-shifting ink have a threshold level of similarity to create a color matching effect. - a substrate; - a layer of security ink including a set of color-shifting interference particles, the layer of security ink providing a color-shifting property; and - a layer of magnetic color-shifting ink including a set of magnetically aligned magnetic particles, the layer of magnetic color-shifting ink providing a color-shifting property,
A method for operating a gas turbine, comprising a compressor with an inlet cross section, a combustion chamber (4, 14, 15) and a turbine (7, 16, 17), wherein an oxygen-reduced gas, which has an oxygen concentration which is lower than the average oxygen concentration of the compressor intake flow, and fresh air are delivered to the compressor in a radially staged manner, characterized in the fresh air being delivered via an outer sector of the inlet cross section in relation to an axis of rotation of the compressor, and the oxygen-reduced gas being delivered via an inner sector (3") of the inlet cross section in relation to the axis of rotation of the compressor.
An electromagnetic induction sensor comprising: a sensor board main body that includes coils (312, 313) for electromagnetic coupling with a position indicator, an insulating substrate, and a surface sheet adhered to a first side of a first surface of the insulating substrate, the first side being a side on which a position is to be indicated on the sensor board main body by the position indicator, wherein at least part of conductors configuring the coils is formed on a second side of a second surface of the insulating substrate opposite from the first side; and an overlay member that includes at least a magnetic powder material layer (323, 327) and that is adhered to the second side of the sensor board main body, characterized in that the magnetic powder material layer (323, 327) is so configured that a magnetization direction of magnetic powder therein is in a direction perpendicular to a thickness direction of the magnetic powder material layer (323, 327). a sensor board main body that includes coils (312, 313) for electromagnetic coupling with a position indicator, an insulating substrate, and a surface sheet adhered to a first side of a first surface of the insulating substrate, the first side being a side on which a position is to be indicated on the sensor board main body by the position indicator, wherein at least part of conductors configuring the coils is formed on a second side of a second surface of the insulating substrate opposite from the first side; and an overlay member that includes at least a magnetic powder material layer (323, 327) and that is adhered to the second side of the sensor board main body, characterized in that the magnetic powder material layer (323, 327) is so configured that a magnetization direction of magnetic powder therein is in a direction perpendicular to a thickness direction of the magnetic powder material layer (323, 327).
A core yarn supplying device comprising: a tension applying section adapted to apply tension to a core yarn; a slack applying section adapted to apply slack to the core yarn; a core yarn feeding section adapted to feed the core yarn at downstream of the tension applying section and the slack applying section in a travelling direction of the core yarn; and a detecting section adapted to detect a status of the core yarn at upstream of the tension applying section in the travelling direction. a tension applying section adapted to apply tension to a core yarn; a slack applying section adapted to apply slack to the core yarn; a core yarn feeding section adapted to feed the core yarn at downstream of the tension applying section and the slack applying section in a travelling direction of the core yarn; and a detecting section adapted to detect a status of the core yarn at upstream of the tension applying section in the travelling direction.
A former of cardboard box corners in assembling machines from a die-cut cardboard sheet, wherein tabs are defined to form the corners and located in areas of two parallel sides of the box once said box is assembled and intended to be folded, in cooperation with a fastening mechanism for establishing the folding areas of the tabs, such that said tabs are attached to the adjoining sides of the box once it is assembled, being the former characterised in that it comprises a bending mechanism that in turn comprises: - a frame capable of displacing vertically, which is provided with a horizontal beam, both ends of which comprise: ∘ a bending head, which includes a gusset plate for bending the tab of two corners of a same side of the box; the gusset plate being attached to a gear in order to be provided with an angular movement for bending the tab, such that, the bending mechanism is configured to form the two corners in a single operation of vertical displacement, in upward/downward direction, of the frame and of angular displacement, in forward/backward direction, of the gusset plate. - a frame capable of displacing vertically, which is provided with a horizontal beam, both ends of which comprise: ∘ a bending head, which includes a gusset plate for bending the tab of two corners of a same side of the box; the gusset plate being attached to a gear in order to be provided with an angular movement for bending the tab,
A method for a base station, adapted for scheduling and receiving uplink transmissions from user entities and further forwarding data related to such transmissions to a core network; the base station being adapted for transmitting serving grant signals for allowing a user entity to transmit uplink transmissions at a given maximum granted data rate, at least at a subsequent transmission opportunity; wherein an uplink transmission from a user entity may be responded to by the base station by a not acknowledge, NACK, or an acknowledge, ACK, signal; the method comprising the steps of - detecting the rate of an uplink transmission, - detecting whether an overload situation exists, characterised in that if the rate exceeds the granted rate and an overload situation exists, - sending an ACK to the user entity, although without forwarding any uplink data to the core network. - detecting the rate of an uplink transmission, - detecting whether an overload situation exists, - sending an ACK to the user entity, although without forwarding any uplink data to the core network.
A method performed by a user equipment unit (110, 1220 1 -1220 N), the method comprising: identifying a set of network cells operable to provide service to the user equipment unit (110, 1220 1 -1220 N) using inter-site coordination; measuring an amount of received power from one or more network cells not within the identified set of network cells; reporting an interference feedback comprising the measured amount of received power to one or more network cells (120 1 -120 N, 1210 1 -1210 N) in the identified set of network cells; and receiving communications from at least a subset of the identified set of network cells, the subset coordinated according to a coordination scheme selected at least in part based on the reported interference feedback. identifying a set of network cells operable to provide service to the user equipment unit (110, 1220 1 -1220 N) using inter-site coordination; measuring an amount of received power from one or more network cells not within the identified set of network cells; reporting an interference feedback comprising the measured amount of received power to one or more network cells (120 1 -120 N, 1210 1 -1210 N) in the identified set of network cells; and receiving communications from at least a subset of the identified set of network cells, the subset coordinated according to a coordination scheme selected at least in part based on the reported interference feedback.
A microfluidic disc for use with a centripetal microfluidics system, said microfluidic disc comprising at least two testing areas wherein each testing area includes: a reservoir portion for receiving at least one fluid sample, said reservoir portion comprising a reservoir and a reservoir outlet; and a distribution network portion in fluid communication with said reservoir portion; wherein each distribution network portion comprises a distribution network of at least four channels, wherein each channel has a metering portion and at least one analysis chamber portion, said metering portion being sized to meter an aliquot of said fluid sample for analysis in said analysis chamber portion; wherein said distribution network portion further comprises a main distribution channel in fluid communication with said reservoir outlet, said metering portions are in fluid communication with said main distribution channel, a waste inlet channel in fluid communication with said main distribution channel, and a waste chamber in fluid communication with said waste inlet channel for confining any excess of said fluid sample and separating said excess fluid sample from said aliquot and wherein at least one testing channel portion has at least one reagent isolated therein, said reagent comprising a LAL-reactive substance. a reservoir portion for receiving at least one fluid sample, said reservoir portion comprising a reservoir and a reservoir outlet; and a distribution network portion in fluid communication with said reservoir portion; wherein each distribution network portion comprises a distribution network of at least four channels, wherein each channel has a metering portion and at least one analysis chamber portion, said metering portion being sized to meter an aliquot of said fluid sample for analysis in said analysis chamber portion; wherein said distribution network portion further comprises a main distribution channel in fluid communication with said reservoir outlet, said metering portions are in fluid communication with said main distribution channel, a waste inlet channel in fluid communication with said main distribution channel, and a waste chamber in fluid communication with said waste inlet channel for confining any excess of said fluid sample and separating said excess fluid sample from said aliquot and wherein at least one testing channel portion has at least one reagent isolated therein, said reagent comprising a LAL-reactive substance.
A gallium nitride sintered body, characterized in that the sintered body has density of 2.5 g/cm 3 to less than 5.0 g/cm 3 and an intensity ratio of the peak of gallium oxide in the plane to the peak of gallium nitride in the plane is less than 3%, as determined by X-ray diffraction analysis.