mhurhangee/ep-ind-claims huggingface dataset:
A device for severing an endless tube made from a flexible material, the endless tube being conveyed in a transport direction, in order to obtain tube bodies for packaging tubes, comprising a) a guide element (110; 210; 310; 410; 510) for the endless tube, the guide element (110; 210; 310; 410; 510) having a substantially cylindrical inner surface for guiding the outer surface of the endless tube; b) a cutting element for cutting the endless tube along a substantially azimuthal cutting line, the cutting element being arranged adjacent to the guide element (110; 210; 310; 410; 510) in the transport direction; characterized in that c) at least in a region neighbouring the cutting element, the inner surface of the guide element (110; 210; 310; 410; 510) comprises a plurality of gas delivery orifices (126; 211; 316; 416a, 416b; 516). a) a guide element (110; 210; 310; 410; 510) for the endless tube, the guide element (110; 210; 310; 410; 510) having a substantially cylindrical inner surface for guiding the outer surface of the endless tube; b) a cutting element for cutting the endless tube along a substantially azimuthal cutting line, the cutting element being arranged adjacent to the guide element (110; 210; 310; 410; 510) in the transport direction; c) at least in a region neighbouring the cutting element, the inner surface of the guide element (110; 210; 310; 410; 510) comprises a plurality of gas delivery orifices (126; 211; 316; 416a, 416b; 516).
A predetermined site luminescence measuring method for measuring the luminescence from a live sample into which a fusion gene is introduced, the fusion gene being obtained by fusing a targeting base sequence that directs a photoprotein to a predetermined site in the sample and a luminescence-related gene that expresses the photoprotein, in order to obtain the amount of luminescence from the predetermined site, where in the sample is a cell, wherein the fusion gene is obtained by further fusing a fluorescence-related gene that expresses a fluorescence protein with the targeting base sequence, and the luminescence-related gene, the method characterized by comprising: a fluorescent image capturing step (SA-2) of capturing a fluorescent image of the sample into which the fusion gene is introduced; a determining step (SA-5) of determining that the sample is a target sample when it determines that the photoprotein is localized at the predetermined site based on the fluorescent image captured at the fluorescent image capturing step (SA-2); and a luminescence measuring step (SA-12) of measuring the luminescence from the sample when the determining step (SA-5) determines that the sample is a target sample, wherein luminescence is bioluminescence or chemiluminescence and fluorescence is fluorescence by excitation. wherein the fusion gene is obtained by further fusing a fluorescence-related gene that expresses a fluorescence protein with the targeting base sequence, and the luminescence-related gene, a fluorescent image capturing step (SA-2) of capturing a fluorescent image of the sample into which the fusion gene is introduced; a determining step (SA-5) of determining that the sample is a target sample when it determines that the photoprotein is localized at the predetermined site based on the fluorescent image captured at the fluorescent image capturing step (SA-2); and a luminescence measuring step (SA-12) of measuring the luminescence from the sample when the determining step (SA-5) determines that the sample is a target sample, wherein luminescence is bioluminescence or chemiluminescence and fluorescence is fluorescence by excitation.
Optical multiplexing system comprising: - a first multiplexer comprising a first input for receiving a first optical channel set comprising one or more optical channels of an optical channel grid; - a second multiplexer comprising a first input for receiving a second optical channel set comprising one or more optical channels of the optical channel grid; and - an optical coupler providing no filtering function for transmitting the first and second channel sets via a common optical transmission path, inputs of the optical coupler coupled with the outputs (512, 522) of the first and second multiplexers (510, 520), wherein - one channel of the first optical channel set and one channel of the second optical channel set are adjacent channels of the optical channel grid; - the first multiplexer comprises a first filter unit having a first filter function for filtering the optical signals of one or more optical channels received at the first input of the first multiplexer; - the second multiplexer comprises a second filter unit having a second filter function for filtering the optical signals of one or more optical channels received at the first input of the second multiplexer; and - the bandwidths of the first and second filter functions partially overlap, namely, the bandwidths of the first and second filter functions start overlap at an attenuation lower than 3dB and overlap at attenuations 3dB and higher. - a first multiplexer comprising a first input for receiving a first optical channel set comprising one or more optical channels of an optical channel grid; - a second multiplexer comprising a first input for receiving a second optical channel set comprising one or more optical channels of the optical channel grid; and - an optical coupler providing no filtering function for transmitting the first and second channel sets via a common optical transmission path, inputs of the optical coupler coupled with the outputs (512, 522) of the first and second multiplexers (510, 520), - one channel of the first optical channel set and one channel of the second optical channel set are adjacent channels of the optical channel grid; - the first multiplexer comprises a first filter unit having a first filter function for filtering the optical signals of one or more optical channels received at the first input of the first multiplexer; - the second multiplexer comprises a second filter unit having a second filter function for filtering the optical signals of one or more optical channels received at the first input of the second multiplexer; and - the bandwidths of the first and second filter functions partially overlap, namely, the bandwidths of the first and second filter functions start overlap at an attenuation lower than 3dB and overlap at attenuations 3dB and higher.
Method of manufacturing a ductile cast iron component comprising the following steps: - Providing a flowable cast iron mixture, - Placing the flowable cast iron mixture in a mould, - Solidification of the cast iron mixture in the mould, - Opening the mould and removing the cast iron component, characterised in that the cast iron mixture consists of: - 3.0 to 4.5 wt.% of silicon, - manganese equivalent: 1.1 wt.% to 1.6 wt.%, - carbon: 2.8 wt.% to 3.8 wt.%, and the balance and the main component being iron, and - unavoidable impurities, wherein the manganese equivalent is calculated as the sum of a weight percent portion manganese, three times of a weight percent portion chromium, a weight percent portion copper and ten times of a weight percent portion tin. - Providing a flowable cast iron mixture, - Placing the flowable cast iron mixture in a mould, - Solidification of the cast iron mixture in the mould, - Opening the mould and removing the cast iron component, characterised in that the cast iron mixture consists of: - 3.0 to 4.5 wt.% of silicon, - manganese equivalent: 1.1 wt.% to 1.6 wt.%, - carbon: 2.8 wt.% to 3.8 wt.%, and the balance and the main component being iron, and - unavoidable impurities,
A pressure guide wire, which is configured for use in a non-vascular system, comprising: an insertion portion and an operation portion, wherein the insertion portion comprises a mandrel: a distal-end protective sleeve wrapping the distal end portion of the mandrel, a proximal-end protective sleeve wrapping the proximal end portion of the mandrel, an intermediate sleeve disposed between the distal-end protective sleeve and the proximal-end protective sleeve, which is fixedly sleeved on the mandrel, and the outer surface of intermediate sleeve is provided with a groove, and, a pressure sensor disposed in the groove of the outer surface of the intermediate sleeve and connected with a plurality of sensing wires for transmitting the signal of the pressure sensor, which extend between the proximal-end protective sleeve and the mandrel, mandrel, and the other end of which is connected to the operation portion, the operation portion is connected to the proximal end of the insertion portion, and the operation portion is provided with a connection port connected to the sensing wires or a wireless communication module connected to the sensing wires. a distal-end protective sleeve wrapping the distal end portion of the mandrel, a proximal-end protective sleeve wrapping the proximal end portion of the mandrel, an intermediate sleeve disposed between the distal-end protective sleeve and the proximal-end protective sleeve, which is fixedly sleeved on the mandrel, and the outer surface of intermediate sleeve is provided with a groove, and, a pressure sensor disposed in the groove of the outer surface of the intermediate sleeve and connected with a plurality of sensing wires for transmitting the signal of the pressure sensor, which extend between the proximal-end protective sleeve and the mandrel, mandrel, and the other end of which is connected to the operation portion, the operation portion is connected to the proximal end of the insertion portion, and the operation portion is provided with a connection port connected to the sensing wires or a wireless communication module connected to the sensing wires.
A support bracket assembly for printed circuit boards, comprising: a dedicated support bracket having attaching means configured to allow the attachment of the support bracket to an external structure, a printed circuit board, wherein the support bracket and the printed circuit board are configured such that they can be coupled together, and coupling means for mechanically coupling the support bracket and the printed circuit board together, such that the printed circuit board is supported and retained by the support bracket, characterized in that parts of an area of the printed circuit board and the support bracket are overlapped and in direct contact, and wherein the support bracket is configured such that, when the support bracket and the printed circuit board are coupled together, in a plan view of the assembly, at least one extension part of the support bracket protrudes outside the perimeter of a board of the printed circuit board, and wherein the attaching means of the support bracket are provided in that extension part. a dedicated support bracket having attaching means configured to allow the attachment of the support bracket to an external structure, a printed circuit board, wherein the support bracket and the printed circuit board are configured such that they can be coupled together, and coupling means for mechanically coupling the support bracket and the printed circuit board together, such that the printed circuit board is supported and retained by the support bracket, characterized in that parts of an area of the printed circuit board and the support bracket are overlapped and in direct contact, and wherein the support bracket is configured such that, when the support bracket and the printed circuit board are coupled together, in a plan view of the assembly, at least one extension part of the support bracket protrudes outside the perimeter of a board of the printed circuit board, and wherein the attaching means of the support bracket are provided in that extension part.
A half thrust bearing having a semicircular ring shape for receiving an axial force of a crankshaft of an internal combustion engine, comprising: thrust reliefs (82, 82) formed adjacently to end surfaces (83, 83) on both sides in a circumferential direction on a slide surface side which receives the axial force so that wall thicknesses become thinner toward the end surfaces (83, 83), characterised in that the thrust relief on a rear side in a rotational direction of the crankshaft or both thrust reliefs (82, 82) are formed so that a length of the thrust relief in an inner end portion in a radial direction of the half thrust bearing is longer than a length of the thrust relief in an outer end portion in the radial direction of the half thrust bearing. thrust reliefs (82, 82) formed adjacently to end surfaces (83, 83) on both sides in a circumferential direction on a slide surface side which receives the axial force so that wall thicknesses become thinner toward the end surfaces (83, 83), characterised in that the thrust relief on a rear side in a rotational direction of the crankshaft or both thrust reliefs (82, 82) are formed so that a length of the thrust relief in an inner end portion in a radial direction of the half thrust bearing is longer than a length of the thrust relief in an outer end portion in the radial direction of the half thrust bearing.
Bathroom or kitchen mixer group, comprising: - water temperature and flowrate regulating means; - a cover for covering the water temperature and flowrate regulating means and the one connector for the hot or cold water from mains supply pipes; a removable expansion block being mounted on one side of the cover), wherein the cover is mounted on a plate intended to be fixed to a wall, said plate comprising a hole for said one connector, and a receiving seat for housing the regulating means is defined between the plate and the cover, characterized in that the receiving seat is intended to house only said one connector among the hot or cold water connectors (50, 51) and the other connector of the hot and cold water connectors (50, 51) is intended to be concealingly housed inside a space of the expansion block. - water temperature and flowrate regulating means; - a cover for covering the water temperature and flowrate regulating means and the one connector for the hot or cold water from mains supply pipes;
A plate spring unit for a railcar bogie, comprising: a plurality of plate springs (41, 42) that extend in a railcar longitudinal direction so as to support a railcar width direction end portion of a cross beam of the railcar bogie, wherein the plurality of plate springs (41, 42) include a first plate spring and a second plate spring, wherein each of the plurality of plate springs (41, 42) include two railcar longitudinal direction end portions, elastically deform in a thickness direction that is an upper-lower direction, and are arranged so as to be lined up in a width direction perpendicular to the longitudinal direction and the thickness direction; characterized in that an interposed member (43, 143) is interposed between the first and the second plate springs (41, 42) and in that the interposed member (43, 143) is lower in hardness than the first and the second plate springs (43, 143). a plurality of plate springs (41, 42) that extend in a railcar longitudinal direction so as to support a railcar width direction end portion of a cross beam of the railcar bogie, wherein the plurality of plate springs (41, 42) include a first plate spring and a second plate spring, wherein each of the plurality of plate springs (41, 42) include two railcar longitudinal direction end portions, elastically deform in a thickness direction that is an upper-lower direction, and are arranged so as to be lined up in a width direction perpendicular to the longitudinal direction and the thickness direction; characterized in that an interposed member (43, 143) is interposed between the first and the second plate springs (41, 42) and in that the interposed member (43, 143) is lower in hardness than the first and the second plate springs (43, 143).
Analysis system for surveying and analysing industrial machines or installations that comprises a measuring instrument and a computation unit, wherein the measuring instrument comprises: at least one measurement module that is set up to measure at least one first physical variable, at least one analogue input that is set up to pick up data; at least one sensor for measuring at least one second physical variable, which is connected to the at least one analogue input, wherein the data picked up are measured values that have been captured by the at least one sensor, and a programmable logic controller that is set up to collect data measured by the at least one measurement module and, at the same time, data picked up via the at least one analogue input, wherein at least one of the first physical variables is an energy consumption, a volume flow and/or a pressure of a machine component, wherein the computation unit is set up to communicate wirelessly or by wire with the programmable logic controller in the measuring instrument, in order to access measured and picked-up data recorded by the programmable logic controller and to analyse said data, wherein, in the course of this analysis, a flow of energy or multiple flows of energy between two or more components of the machine or installation are ascertained. at least one measurement module that is set up to measure at least one first physical variable, at least one analogue input that is set up to pick up data; at least one sensor for measuring at least one second physical variable, which is connected to the at least one analogue input, wherein the data picked up are measured values that have been captured by the at least one sensor, and a programmable logic controller that is set up to collect data measured by the at least one measurement module and, at the same time, data picked up via the at least one analogue input, wherein at least one of the first physical variables is an energy consumption, a volume flow and/or a pressure of a machine component, wherein the computation unit is set up to communicate wirelessly or by wire with the programmable logic controller in the measuring instrument, in order to access measured and picked-up data recorded by the programmable logic controller and to analyse said data, wherein, in the course of this analysis, a flow of energy or multiple flows of energy between two or more components of the machine or installation are ascertained.
A device for conveying water from a well for dewatering or reducing water in a civil engineering construction, comprising at least an elongated blank casing which can be vertically introduced into a bore of the well, at least a filter tube made of stainless steel, wherein the filter tube is formed as a continuous slot screen (14, 15), and a diameter (D 12) of the filter tube is smaller than a diameter (D 10) of the blank casing, characterized in that the filter tube is connected at a lower front side of the blank casing, that a pumping device is provided by means of which water (W r) flowing radially from the outside through the filter tube can be pumped out, and that within the blank casing a contact surface is formed, wherein the pumping device is installed on the contact surface. at least an elongated blank casing which can be vertically introduced into a bore of the well, at least a filter tube made of stainless steel, wherein the filter tube is formed as a continuous slot screen (14, 15), and a diameter (D 12) of the filter tube is smaller than a diameter (D 10) of the blank casing,
Method for assisting a driver of a vehicle, wherein an object-sensing device is provided, by means of which objects located outside the vehicle in a defined vicinity in the region of the vehicle can be detected and/or sensed automatically, wherein in the shut-down state of the vehicle the vicinity is monitored for objects located in the vicinity by means of the object-sensing device, wherein objects which are spaced apart from the vehicle can be detected and/or sensed by means of the object-sensing device, wherein a distance between the at least one object, spaced apart from the vehicle, and the vehicle can be determined by means of the object-sensing device, wherein, if in the shut-down state of the vehicle at least one object is sensed by means of the object-sensing device and the determined distance is smaller than a defined signal distance value, at least one warning signal is output automatically by means of at least one signal-outputting device, characterized in that the object-sensing device is arranged in the surroundings of the shut-down vehicle.
Outdoor play structure suitable for being arranged on ground, the outdoor play structure comprising: - a sub-structure including at least one support leg, - an attachment system configured to be attached to the support leg of the sub-structure, the attachment system comprising a plate intended to be inserted into a hole dug into the ground generally in a vertical direction, the plate being arranged generally perpendicularly with respect to the vertical direction and configured to be disposed at a distance from the support leg of the sub-structure in the vertical direction, when the attachment system is attached to the support leg of the sub-structure, the plate being intended to be covered in the hole with a filler material, characterised in that the support leg is placed on the surface of the ground. - a sub-structure including at least one support leg, - an attachment system configured to be attached to the support leg of the sub-structure, the attachment system comprising a plate intended to be inserted into a hole dug into the ground generally in a vertical direction, the plate being arranged generally perpendicularly with respect to the vertical direction and configured to be disposed at a distance from the support leg of the sub-structure in the vertical direction, when the attachment system is attached to the support leg of the sub-structure, the plate being intended to be covered in the hole with a filler material, characterised in that the support leg is placed on the surface of the ground.
Floating bearing bush for mounting a printed circuit board, the floating bearing bush comprising: a bearing ring having a tubular opening for receiving a fastening bolt; characterized by a soldering ring which surrounds the bearing ring and which by way of a lower edge is embodied so as to be soldered to a printed circuit board; wherein the lower edge of the soldering ring is provided by a continuous wall which is embodied so as to keep a liquid casting compound away from the interior of the soldering ring; wherein the bearing ring within the soldering ring is suspended so as to be movable such that the bearing ring is movable at least in a radial direction in relation to the soldering ring. a bearing ring having a tubular opening for receiving a fastening bolt; characterized by a soldering ring which surrounds the bearing ring and which by way of a lower edge is embodied so as to be soldered to a printed circuit board; wherein the lower edge of the soldering ring is provided by a continuous wall which is embodied so as to keep a liquid casting compound away from the interior of the soldering ring; wherein the bearing ring within the soldering ring is suspended so as to be movable such that the bearing ring is movable at least in a radial direction in relation to the soldering ring.
A method of retrieving an assembly having a whipstock coupled to an anchor from a wellbore, comprising: releasing the whipstock from the anchor in the wellbore; re-engaging the whipstock to the anchor; and retrieving the whipstock with the anchor from the wellbore. releasing the whipstock from the anchor in the wellbore; re-engaging the whipstock to the anchor; and retrieving the whipstock with the anchor from the wellbore.