mhurhangee/ep-ind-claims huggingface dataset:
A sheet punching and/or embossing station for a flat bed sheet punching and/or embossing machine, having an upper platen and a lower platen, one of the two platens (9, 10) being liftable, and having a fastening frame connected with said upper platen, and having a punching and/or embossing tool which is held by said fixing frame, wherein a respective sheet can be passed through between said platens (9, 10) in a sheet transport direction, characterized in that said fixing frame comprises a spring clamping mechanism for permanently clamping said punching and/or embossing tool and a pneumatic device (33.2, 34.1, 34.2, 35.1, 35.2, 39.1, 39.2) for releasing the clamping of said punching and/or embossing tool, wherein said pneumatic device (33.2, 34.1, 34.2, 35.1, 35.2, 39.1, 39.2) comprises a compressed-air supply port which is accessible from the outside of said sheet punching and/or embossing station for temporarily supplying compressed-air.
Computer-implemented method for monitoring the state of an electric machine, wherein, within a defined frequency range ((f1, f2), (f3, f4)), a frequency position (f L, f' L) is determined such that a current amplitude is at a maximum at the frequency position (f L, f' L) and a phase relationship between a current vector and a voltage vector (P UI) or between two current vectors (P αβ) lies in a predefined interval, wherein the determined frequency position (f L, f' L) is characteristic of a state of the electric machine.
An automated low-temperature storage for storing laboratory samples, said storage comprising a housing, a storage zone arranged in said housing for storing the samples and being maintained at a first temperature below -20°C, a handling zone arranged in said housing and being maintained at second temperature above said first temperature and below 0°C, an automated transport device being arranged at least partially in said handling zone and adapted and structured to access said samples in said storage zone, an access zone arranged in said housing and being maintained at an access temperature above said first temperature, a separating wall separating said access zone and said handling zone, wherein said handling zone is above said storage zone, and said access zone is arranged above said handling zone, wherein said separating wall is at least partially removable to provide access from said access zone to said handling zone and/or to provide access from said access zone to said storage zone, and wherein said storage further comprises a manhole in said housing for providing user access to said access zone, and a door closing said manhole. a housing, a storage zone arranged in said housing for storing the samples and being maintained at a first temperature below -20°C, a handling zone arranged in said housing and being maintained at second temperature above said first temperature and below 0°C, an automated transport device being arranged at least partially in said handling zone and adapted and structured to access said samples in said storage zone, an access zone arranged in said housing and being maintained at an access temperature above said first temperature, a separating wall separating said access zone and said handling zone, wherein said handling zone is above said storage zone, and said access zone is arranged above said handling zone, wherein said separating wall is at least partially removable to provide access from said access zone to said handling zone and/or to provide access from said access zone to said storage zone, and wherein said storage further comprises a manhole in said housing for providing user access to said access zone, and a door closing said manhole.
An eye protection device comprising: an eye protection unit comprising: a first covering sheet having a first supporting edge with a containment slot and a first opening disposed on the first supporting edge; characterized by a protection sheet disposed in the containment slot and having a non-transparent sheet being made from materials selected from ion, steel, and other magnetizable metals, and an axial aperture provided in the sheet; and a second covering sheet having a second supporting edge and a second opening provided on the second supporting edge, the second supporting edge overlapping the first supporting edge, and the first and second supporting edges sandwiching the protection sheet in the containment slot. an eye protection unit comprising: a first covering sheet having a first supporting edge with a containment slot and a first opening disposed on the first supporting edge; characterized by a protection sheet disposed in the containment slot and having a non-transparent sheet being made from materials selected from ion, steel, and other magnetizable metals, and an axial aperture provided in the sheet; and a second covering sheet having a second supporting edge and a second opening provided on the second supporting edge, the second supporting edge overlapping the first supporting edge, and the first and second supporting edges sandwiching the protection sheet in the containment slot. a first covering sheet having a first supporting edge with a containment slot and a first opening disposed on the first supporting edge; characterized by a protection sheet disposed in the containment slot and having a non-transparent sheet being made from materials selected from ion, steel, and other magnetizable metals, and an axial aperture provided in the sheet; and a second covering sheet having a second supporting edge and a second opening provided on the second supporting edge, the second supporting edge overlapping the first supporting edge, and the first and second supporting edges sandwiching the protection sheet in the containment slot.
A method for multicarrier-operation at a user equipment, UE, in a time division duplex, TDD, wireless communication system, comprising: receiving, from a base station, a downlink grant on a component carrier, CC, in a plurality of CCs configured for the UE, the downlink grant including a downlink assignment index, DAI, indicating a number of scheduled CCs, an identifier of each scheduled CC for the UE, and an explicit indication of which CCs in the plurality of configured CCs are scheduled in a particular subframe; determining the number of scheduled CCs and the identifier of each scheduled CC by detecting the DAI in the downlink grant; determining the number of downlink subframes in which the UE is scheduled based on the received downlink grant; determining acknowledgement/negative acknowledgement, ACK/NACK, information for a data transmission received on the scheduled CCs in the determined number of downlink subframes, based on the number of scheduled CCs, the identifier of each scheduled CC, and the number of downlink subframes in which the UE is scheduled; and sending the ACK/NACK information to the base station. receiving, from a base station, a downlink grant on a component carrier, CC, in a plurality of CCs configured for the UE, the downlink grant including a downlink assignment index, DAI, indicating a number of scheduled CCs, an identifier of each scheduled CC for the UE, and an explicit indication of which CCs in the plurality of configured CCs are scheduled in a particular subframe; determining the number of scheduled CCs and the identifier of each scheduled CC by detecting the DAI in the downlink grant; determining the number of downlink subframes in which the UE is scheduled based on the received downlink grant; determining acknowledgement/negative acknowledgement, ACK/NACK, information for a data transmission received on the scheduled CCs in the determined number of downlink subframes, based on the number of scheduled CCs, the identifier of each scheduled CC, and the number of downlink subframes in which the UE is scheduled; and sending the ACK/NACK information to the base station.
Stackable container with a base and, in particular four side walls under one another and connected to the base, wherein the side wall has an upper stacking edge that is preferably circumferential, flat or parallel to the base and the container has at its underside between sides walls and base a preferably circumferential step with a base contact surface arranged deeply such that when identical or compact containers are stacked on top of each other, the base dips into the container opening of the container stacked therebelow; wherein the upper stacking edge also has, at least in sections, preferably circumferentially, an inner edge angled at an inner edge angle (α) as a lead-in chamfer and the step is chamfered between side walls and base at least in sections, preferably circumferentially, at a helix angle (β); and wherein in plan view the projection surfaces of the inner edge and the step overlap, characterised in that the inner edge angle (α) of the upper stacking edge is steeper than the helix angle (β) of the step at the base underside.
A turbine wheel, comprising: a wheel disc, a plurality of blades; wherein the plurality of blades is in form-locking engagement with the wheel disc along a circumference of the wheel disc and is substance bonded with the wheel disc, wherein at least one of the plurality of the blades comprises an engagement section which is adapted for a form-locking engagement in a correspondingly formed groove of the wheel disc; a constriction section which is adapted for guiding the blade out of the wheel disc; a substance bond extension which is arranged outside of the wheel disc and is intended for substance bonding with the wheel disc; and a blade section which is drivable by a driving fluid, and wherein the substance bond is formed in a welding groove between an outer diameter of the wheel disc, the substance bond extension, and the constriction section. a wheel disc, a plurality of blades; wherein the plurality of blades is in form-locking engagement with the wheel disc along a circumference of the wheel disc and is substance bonded with the wheel disc, wherein at least one of the plurality of the blades comprises an engagement section which is adapted for a form-locking engagement in a correspondingly formed groove of the wheel disc; a constriction section which is adapted for guiding the blade out of the wheel disc; a substance bond extension which is arranged outside of the wheel disc and is intended for substance bonding with the wheel disc; and a blade section which is drivable by a driving fluid, and wherein the substance bond is formed in a welding groove between an outer diameter of the wheel disc, the substance bond extension, and the constriction section.
A grating image having a plurality of mutually adjoining grating fields (G 0, G 1, G 2) having a viewing-angle-dependent visual appearance in which each grating field (G 0, G 1, G 2) is filled within its contour with a grating pattern (M 0, M 1, M 2) composed of a plurality of straight grating lines, each grating pattern (M 0, M 1, M 2) having a preferred direction that defines a viewing angle from which the respective grating pattern (M 0, M 1, M 2) is visually perceptible, characterized in that at least two mutually adjoining grating fields (G 1, G 2) each comprise, at least along their common contour region, a non-smooth-edged contour, namely a contour that is serrated, notched, toothed, lobed, cleft, corrugated, jagged, or formed in the form of a fractal curve, and in that the deviations of the non-smooth-edged contour from an averaged, smooth edge shape that results from a section-wise averaging of the non-smooth-edged contour over a larger segment of one or more millimeters, and corresponds to the global contour of the grating field from a viewing distance of about 30 cm, are periodic, the period length being below 300 μm, or in that the deviations of the non-smooth-edged contour from an averaged, smooth edge shape that results from a section-wise averaging of the non-smooth-edged contour over a larger segment of one or more millimeters, and corresponds to the global contour of the grating field from a viewing distance of about 30 cm, are not uniform and have an average period length that is below 300 μm.
A steam turbine plant comprising: a high and intermediate pressure turbine having a high pressure turbine unit at one end in an axial direction and an intermediate pressure turbine unit at the other end; at least one low pressure turbine (22, 23) disposed coaxially with the high and intermediate pressure turbine; one or more high pressure moisture separators arranged to remove moisture from steam from the high pressure turbine unit and send the steam to the intermediate pressure turbine unit; and a plurality of low pressure moisture separators arranged to remove the moisture from the steam from the intermediate pressure turbine unit and send the steam to the at least one low pressure turbine (22, 23), characterized in that each of the one or more high pressure moisture separators comprises a part disposed on one side in a horizontal direction orthogonal to the axial direction relative to a center line of the high and intermediate pressure turbine along the axial direction of the high and intermediate pressure turbine and a part disposed on the other side relative to the center line, and the part disposed on the one side relative to the center line and the part disposed on the other side relative to the center line are disposed symmetrically with respect to the center line, and one or more low pressure moisture separators disposed on the one side relative to the center line and one or more low pressure moisture separators disposed on the other side relative to the center line are disposed symmetrically with respect to the center line. a high and intermediate pressure turbine having a high pressure turbine unit at one end in an axial direction and an intermediate pressure turbine unit at the other end; at least one low pressure turbine (22, 23) disposed coaxially with the high and intermediate pressure turbine; one or more high pressure moisture separators arranged to remove moisture from steam from the high pressure turbine unit and send the steam to the intermediate pressure turbine unit; and a plurality of low pressure moisture separators arranged to remove the moisture from the steam from the intermediate pressure turbine unit and send the steam to the at least one low pressure turbine (22, 23), characterized in that each of the one or more high pressure moisture separators comprises a part disposed on one side in a horizontal direction orthogonal to the axial direction relative to a center line of the high and intermediate pressure turbine along the axial direction of the high and intermediate pressure turbine and a part disposed on the other side relative to the center line, and the part disposed on the one side relative to the center line and the part disposed on the other side relative to the center line are disposed symmetrically with respect to the center line, and one or more low pressure moisture separators disposed on the one side relative to the center line and one or more low pressure moisture separators disposed on the other side relative to the center line are disposed symmetrically with respect to the center line.
A method for detection of hepatitis C virus core protein and antibodies to hepatitis C virus core protein in a sample comprising the steps of: a) contacting said sample with a first capture peptide consisting of SEQ ID NO:4, a second capture peptide consisting of SEQ ID NO:54, and a third capture peptide consisting of SEQ ID NO:5, to form capture peptide antibody complexes between said first, second and third capture peptides and said antibodies to hepatitis C virus core protein; b) contacting said sample with a first antibody to form an antibody:antigen complex between said first antibody and said hepatitis C virus core protein, wherein said first antibody specifically binds said hepatitis C virus core protein at a first epitope which is different than the epitope of each of said one or more capture peptides; c) detecting any capture peptide:antibody complexes formed in step (a) as a measure of said antibodies to said hepatitis C virus core protein, and d) detecting any antibody:antigen complexes formed in step (b) as a measure of said hepatitis C virus core protein. a) contacting said sample with a first capture peptide consisting of SEQ ID NO:4, a second capture peptide consisting of SEQ ID NO:54, and a third capture peptide consisting of SEQ ID NO:5, to form capture peptide antibody complexes between said first, second and third capture peptides and said antibodies to hepatitis C virus core protein; b) contacting said sample with a first antibody to form an antibody:antigen complex between said first antibody and said hepatitis C virus core protein, wherein said first antibody specifically binds said hepatitis C virus core protein at a first epitope which is different than the epitope of each of said one or more capture peptides; c) detecting any capture peptide:antibody complexes formed in step (a) as a measure of said antibodies to said hepatitis C virus core protein, and d) detecting any antibody:antigen complexes formed in step (b) as a measure of said hepatitis C virus core protein.
Bio-mass powered thermal boiler comprising a furnace situated in the combustion chamber, a flue, an aspiration fan for aspirating smoke, and a maintenance drawer for the combustion chamber and for the smoke aspiration fan of the flue, wherein the maintenance drawer is inserted into the front part of the thermal boiler and has two compartments, one compartment situated under the furnace to collect the ashes, the other compartment situated under the aspiration fan to collect the dust contained in the combustion smoke, the compartment for ashes being followed by the compartment for dust, characterised by the fact that the compartment for ashes creates, with its side in contact with the compartment for dust, a perfect seal with the walls of the furnace.
A method of wirelessly communicating with a mobile terminal having first and second portions and having a touch screen, comprising the steps of: detecting (S201, S301) a touch input on an icon or menu displayed on the touch screen; performing (S102, S203, S302) a predetermined pre-command operation in response to the first touch input, wherein a pre-command notifies a controlling portion to be ready for an operation before the operation is performed detecting a position of a first portion of the mobile terminal relative to a second portion of the mobile terminal, the first and second portions (100a, 100b) being configured to slide relative to each other; and canceling (S105, S206, S305) the predetermined pre-command operation if the step of detecting detects (S104, S203, S304) a sliding motion of the first and second portions (100a, 100b) to each other or detects that the first and second portions (100a, 100b) are slid into a closed position while the pre-command operation is being performed. detecting (S201, S301) a touch input on an icon or menu displayed on the touch screen; performing (S102, S203, S302) a predetermined pre-command operation in response to the first touch input, wherein a pre-command notifies a controlling portion to be ready for an operation before the operation is performed detecting a position of a first portion of the mobile terminal relative to a second portion of the mobile terminal, the first and second portions (100a, 100b) being configured to slide relative to each other; and canceling (S105, S206, S305) the predetermined pre-command operation if the step of detecting detects (S104, S203, S304) a sliding motion of the first and second portions (100a, 100b) to each other or detects that the first and second portions (100a, 100b) are slid into a closed position while the pre-command operation is being performed.
Spacer plate for interconnecting support profiles (1, 5, 8, 9) of a display support structure, comprising at least one alignment opening for receiving an alignment stud for aligning a first profile (1, 8) with respect to a second profile (5, 9) via the spacer plate, and at least one connector opening for receiving a connector bar for connecting the first profile (1, 8) to the second profile (5, 9) via the spacer plate, wherein the connector opening is connected to the alignment opening such that the relative position of the alignment stud inside the alignment opening is adjustable by the position of the connector bar inside the connector opening.
A resin pipe joint, said resin pipe joint having: a synthetic resin-made joint body including a fitting cylinder to which an end portion of a synthetic resin-made tube is fittable and attachable while being flared, and an external thread; and a synthetic resin-made union nut including: an internal thread which is screwable with said external thread; and a seal pressing portion which is actable on a flaring changing region in a flared portion of said tube, by a screw advancement of said union nut in a direction parallel to an axis P of said joint body, the screw advancement being caused by screwing said internal thread to said external thread in a state where said tube is fitted and attached to said fitting cylinder, said flaring changing region being pressed in the direction of the axis P by said seal pressing portion to form a sealing portion S, wherein a projecting portion which is projected in the direction of the axis P, and a recess portion which is recessed in the direction of the axis P to be fittable thereto are respectively distributedly placed in an outer peripheral portion of said joint body and an outer peripheral portion of an end portion in the axial direction of said union nut, and a torque varying portion is configured by said projecting portion and said recess portion in which said projecting portion and said recess portion are fitted to or unfitted from each other by a flexural displacement of said projecting portion so as to be tilted in the direction of the axis P in accordance with fastening rotation of said union nut. a synthetic resin-made joint body including a fitting cylinder to which an end portion of a synthetic resin-made tube is fittable and attachable while being flared, and an external thread; and a synthetic resin-made union nut including: an internal thread which is screwable with said external thread; and a seal pressing portion which is actable on a flaring changing region in a flared portion of said tube, by a screw advancement of said union nut in a direction parallel to an axis P of said joint body, the screw advancement being caused by screwing said internal thread to said external thread in a state where said tube is fitted and attached to said fitting cylinder, said flaring changing region being pressed in the direction of the axis P by said seal pressing portion to form a sealing portion S, wherein a projecting portion which is projected in the direction of the axis P, and a recess portion which is recessed in the direction of the axis P to be fittable thereto are respectively distributedly placed in an outer peripheral portion of said joint body and an outer peripheral portion of an end portion in the axial direction of said union nut, and a torque varying portion is configured by said projecting portion and said recess portion in which said projecting portion and said recess portion are fitted to or unfitted from each other by a flexural displacement of said projecting portion so as to be tilted in the direction of the axis P in accordance with fastening rotation of said union nut.