mhurhangee/ep-ind-claims huggingface dataset:
A plastic optical fiber based reflective star coupler, comprising: a hollow cylindrical holding tube; a plurality of plastic optical fibers packed in a front end of the holding tube and affixed to the inside of the holding tube using an epoxy resin; and a mixing rod received in a rear end of the holding tube and wherein the outside diameter of the mixing rod conforms to the inner diameter of the holding tube and is affixed to the inside of the holding tube using an epoxy resin; wherein: a rear end of each plastic optical fibre (201B-207B) is affixed to a front surface of the mixing rod; a rear convex surface of the mixing rod is polished and coated with a highly reflective coating to form a convex reflective surface; the holding tube with the affixed plastic optical fibres and the mixing rod is encased in a hermetic seal package; and the plastic optical fibres, the mixing rod and the holding tube are made from similar material, having similar refractive index and material properties. a hollow cylindrical holding tube; a plurality of plastic optical fibers packed in a front end of the holding tube and affixed to the inside of the holding tube using an epoxy resin; and a mixing rod received in a rear end of the holding tube and wherein the outside diameter of the mixing rod conforms to the inner diameter of the holding tube and is affixed to the inside of the holding tube using an epoxy resin; wherein: a rear end of each plastic optical fibre (201B-207B) is affixed to a front surface of the mixing rod; a rear convex surface of the mixing rod is polished and coated with a highly reflective coating to form a convex reflective surface; the holding tube with the affixed plastic optical fibres and the mixing rod is encased in a hermetic seal package; and the plastic optical fibres, the mixing rod and the holding tube are made from similar material, having similar refractive index and material properties. a rear end of each plastic optical fibre (201B-207B) is affixed to a front surface of the mixing rod; a rear convex surface of the mixing rod is polished and coated with a highly reflective coating to form a convex reflective surface; the holding tube with the affixed plastic optical fibres and the mixing rod is encased in a hermetic seal package; and the plastic optical fibres, the mixing rod and the holding tube are made from similar material, having similar refractive index and material properties.
A method comprising: receiving a priori medical procedure data relating to a medical procedure to be performed on a patient in a catheterization laboratory, the a priori medical procedure data comprising at least prior information of the patient from non-invasive imaging techniques; predicting via processing means one or more measures of interest based on the received a priori medical procedure data using a trained machine learning model, the one or more measures of interest being suitable for scheduling resources for performing the medical procedure on the patient in the catheterization laboratory to optimize throughput of the catheterization laboratory; determining the structure or configuration of coronary arteries by using the prior information of the patient from non-invasive imaging techniques; generating, via the trained machine learning model, guidelines, wherein the guidelines comprise acquisition angles for acquiring medical imaging of the patient during catheterization using the determined structure or configuration of coronary arteries, and/or define an order in which to investigate coronary arteries of the patient; and outputting the one or more predicted measures of interest and the guidelines. receiving a priori medical procedure data relating to a medical procedure to be performed on a patient in a catheterization laboratory, the a priori medical procedure data comprising at least prior information of the patient from non-invasive imaging techniques; predicting via processing means one or more measures of interest based on the received a priori medical procedure data using a trained machine learning model, the one or more measures of interest being suitable for scheduling resources for performing the medical procedure on the patient in the catheterization laboratory to optimize throughput of the catheterization laboratory; determining the structure or configuration of coronary arteries by using the prior information of the patient from non-invasive imaging techniques; generating, via the trained machine learning model, guidelines, wherein the guidelines comprise acquisition angles for acquiring medical imaging of the patient during catheterization using the determined structure or configuration of coronary arteries, and/or define an order in which to investigate coronary arteries of the patient; and outputting the one or more predicted measures of interest and the guidelines.
A two-component polyurethane adhesive comprising I) a polyol component containing at least one catalyst and (a) 2 to 30 wt.% at least one oleochemical polyol having a number-average molecular weight (M n) of at least 500 g/mol; (b) 5 to 35 wt.% at least one polyol that is different from (a) and has 3 to 14 hydroxyl groups, (c) 5 to 35 wt.% at least one polyol that is different from (a) and (b) and is selected from ethoxylated and/or propoxylated polyphenols; (d) 1 to 65 wt.% glass fibers or a mixture of different glass fibers; (e) 0 to 65 wt.% at least one additive or auxiliary that is different from (a) to (d); the mass proportions of components (a) to (e) being based on the total weight of the polyol component; and II) an isocyanate component containing aromatic and/or aliphatic polyisocyanates in an NCO/OH ratio of 0.9:1 to 1.5:1; the crosslinked two-component polyurethane adhesive having a glass transition temperature (Tg) of at least 65 °C, determined by means of DSC in accordance with EN ISO 11357-2. I) a polyol component containing at least one catalyst and (a) 2 to 30 wt.% at least one oleochemical polyol having a number-average molecular weight (M n) of at least 500 g/mol; (b) 5 to 35 wt.% at least one polyol that is different from (a) and has 3 to 14 hydroxyl groups, (c) 5 to 35 wt.% at least one polyol that is different from (a) and (b) and is selected from ethoxylated and/or propoxylated polyphenols; (d) 1 to 65 wt.% glass fibers or a mixture of different glass fibers; (e) 0 to 65 wt.% at least one additive or auxiliary that is different from (a) to (d); the mass proportions of components (a) to (e) being based on the total weight of the polyol component; and (a) 2 to 30 wt.% at least one oleochemical polyol having a number-average molecular weight (M n) of at least 500 g/mol; (b) 5 to 35 wt.% at least one polyol that is different from (a) and has 3 to 14 hydroxyl groups, (c) 5 to 35 wt.% at least one polyol that is different from (a) and (b) and is selected from ethoxylated and/or propoxylated polyphenols; (d) 1 to 65 wt.% glass fibers or a mixture of different glass fibers; (e) 0 to 65 wt.% at least one additive or auxiliary that is different from (a) to (d); the mass proportions of components (a) to (e) being based on the total weight of the polyol component; and II) an isocyanate component containing aromatic and/or aliphatic polyisocyanates in an NCO/OH ratio of 0.9:1 to 1.5:1; the crosslinked two-component polyurethane adhesive having a glass transition temperature (Tg) of at least 65 °C, determined by means of DSC in accordance with EN ISO 11357-2.
A method for measuring recombinant protein concentration in bacterial inclusion body harvests comprising the steps of i) measuring the dry solids from an aliquot of an inclusion body harvest slurry, and ii) multiplying total concentration of dry solids in an aliquot of the IB harvest using a pre-determined protein productivity conversion factor (PPCF) in a formula, wherein the product of the formula provides total recombinant protein concentration in said aliquot of said IB harvest slurry, and wherein the PPCF for said recombinant protein is calculated in an aliquot of an IB harvest slurry by multiplying the ratio of recombinant protein in said aliquot to total dry solids in said aliquot by 1000, wherein the PPCF for one inclusion body harvest aliquot is used to calculate recombinant protein concentration from different fermentation inclusion body harvests carried out following the same protocol. i) measuring the dry solids from an aliquot of an inclusion body harvest slurry, and ii) multiplying total concentration of dry solids in an aliquot of the IB harvest using a pre-determined protein productivity conversion factor (PPCF) in a formula, wherein the product of the formula provides total recombinant protein concentration in said aliquot of said IB harvest slurry, and wherein the PPCF for said recombinant protein is calculated in an aliquot of an IB harvest slurry by multiplying the ratio of recombinant protein in said aliquot to total dry solids in said aliquot by 1000, wherein the PPCF for one inclusion body harvest aliquot is used to calculate recombinant protein concentration from different fermentation inclusion body harvests carried out following the same protocol.
Drain fitting for a flushing cistern, comprising a valve body, comprising a sealing element cooperating with a valve seat, and a float, wherein the valve body with the sealing element is movable from the valve seat along a center axis from a resting position into a flushing position and from the flushing position into the resting position, and a float chamber with an opening, through which the valve body extends, wherein the float is movable within the float chamber along the center axis and hydraulically cooperates with the float chamber, wherein the float chamber comprises at least one guiding passage, through which, as soon as a flushing water level surrounding the drain fitting has sunken to a height of the guiding passage, air from areas outside the float chamber can enter into the float chamber, such that the pressure ratios between the float chamber and the areas outside the float chamber can be equalized, wherein the float is movable from the flushing position into the resting position upon equalization of the pressure ratios, wherein the float chamber comprises a base section extending entirely around the center axis and a snorkel section adjoining the base section, wherein the guiding passage is formed with a first flushing amount for the triggering of a first flushing, wherein the drain fitting furthermore comprises a control unit for the control of a second flushing amount, wherein the control unit provides with a closing weight a closing force on the valve body upon reaching a water level prescribed for the second flushing amount, wherein the closing force can be switched or transferred, respectively, from the control unit to the valve body via a switching member, and wherein the cross section of the snorkel section, when viewed perpendicular to the center axis, is smaller than the cross section of the base section, wherein the float extends into the snorkel section with a column section.
A value document, in particular a banknote, having a value document substrate (302; 502), wherein the value document substrate (302; 502) has a first and a second main area (HF1, HF2) which face each other, an aperture (308; 508) that extends from the first main area to the second main area of the value document substrate, an edge region (310b; 510b) of the value document substrate that adjoins the aperture (208; 508), wherein the edge region (310b; 510b) of the value document substrate has an increasing thickness starting from the aperture (308; 508), a composite layer (304; 504) that is applied to the side of the first main area and extends from the edge region (310b; 510b) to over the aperture (308; 508) and closes the aperture (308; 508), and a support element (306; 506) that is connected to the value document substrate, (302; 502) and extends substantially parallel to the second main area, wherein - the support element extends over the aperture, the composite layer is connected to the support element in the aperture and the support element and/or the composite layer has/have a multiplicity of perforations (312, 314, 316, 318) that are arranged within the region of the aperture, or - the composite layer additionally has a carrier layer that extends over the region of the aperture, and the support element is recessed in the aperture. - the support element extends over the aperture, the composite layer is connected to the support element in the aperture and the support element and/or the composite layer has/have a multiplicity of perforations (312, 314, 316, 318) that are arranged within the region of the aperture, or - the composite layer additionally has a carrier layer that extends over the region of the aperture, and the support element is recessed in the aperture.
Mandoline slicer (100; 200; 300) having a mandoline-slicer frame which has a feed plate (2; 2'), a discharge plate and a horizontal blade with at least one cutting edge, wherein the cutting edge is arranged on the discharge plate at the transition to the feed plate (2; 2'), wherein the upper side of the feed plate (2; 2') is lowered, or can be lowered, by a predetermined cutting width in relation to the level of the cutting edge, and having first vertical blades which can be adjusted via an adjustment mechanism (14; 14') into a position in which they project over the feed plate (2; 2'), or into a position in which they are drawn back into the feed plate (2; 2'), and are arranged such that they can be moved essentially linearly, in a direction perpendicular to the upper side of the feed plate (2; 2'), between the drawn-back position and the operating position, and having an operating element for actuating the adjustment mechanism (14; 14'), characterized in that the operating element is arranged beneath the feed plate (2; 2') such that it does not jut out laterally.
A method to regroup a user equipment between user equipment coordination sets (406, 504) by a base station, a user equipment-coordination set (404, 502) comprising multiple user equipments configured to jointly transmit and/or jointly receive data for one or more user equipments of the user equipment-coordination set, a user equipment-coordination set further comprising a coordinating user equipment (111, 114) configured to coordinate joint transmission and/or reception of downlink and/or uplink data, the method comprising the base station: determining to regroup the user equipment from a source user equipment-coordination set to a target user equipment-coordination set; transmitting a release message to a coordinating user equipment of the source user equipment-coordination set requesting the coordinating user equipment of the source user equipment-coordination set to release the user equipment from the source user equipment-coordination set; transmitting a request message to a coordinating user equipment of the target user equipment-coordination set requesting the coordinating user equipment of the target user equipment-coordination set to add the user equipment to the target user equipment-coordination set; and transmitting a regrouping message to the user equipment that is effective to direct the user equipment to perform a regrouping from the source user equipment-coordination set to the target user equipment-coordination set. determining to regroup the user equipment from a source user equipment-coordination set to a target user equipment-coordination set; transmitting a release message to a coordinating user equipment of the source user equipment-coordination set requesting the coordinating user equipment of the source user equipment-coordination set to release the user equipment from the source user equipment-coordination set; transmitting a request message to a coordinating user equipment of the target user equipment-coordination set requesting the coordinating user equipment of the target user equipment-coordination set to add the user equipment to the target user equipment-coordination set; and transmitting a regrouping message to the user equipment that is effective to direct the user equipment to perform a regrouping from the source user equipment-coordination set to the target user equipment-coordination set.
A filtration system for use in a beverage dispensing machine comprising a first and second boiler, the filtration system comprising: an input fluid line for connecting the system to a water source; a first filter module connected to the input fluid line; an output fluid conduit connected to the first filter and configured to have a first fluid output line for directing fluid to the first boiler and a second fluid output line for directing fluid to the second boiler; and a second filter module, located in the in the second fluid output line; wherein the second filter module is capable of removing ions not removeable by the first filter module. an input fluid line for connecting the system to a water source; a first filter module connected to the input fluid line; an output fluid conduit connected to the first filter and configured to have a first fluid output line for directing fluid to the first boiler and a second fluid output line for directing fluid to the second boiler; and a second filter module, located in the in the second fluid output line; wherein the second filter module is capable of removing ions not removeable by the first filter module.
An internal combustion engine system, in particular in a motor vehicle, - having an internal combustion engine, - having a fresh air system for supplying fresh air to the internal combustion engine, - having an exhaust system for discharging exhaust gas from the internal combustion engine, - having an exhaust gas turbocharger, the turbine of which is arranged in an exhaust line of the exhaust system, and the compressor of which is arranged in a fresh air line of the fresh air system, - having a bypass that bypasses the turbine, - having a bypass valve for setting a desired bypass flow, - the bypass valve being designed such that it produces the desired bypass flow in the form of a pulsed bypass flow by alternately opening and closing the bypass, - an exhaust gas recirculation system being provided, the recirculation line of which leads from an exhaust-side extraction point to a fresh-air-side introduction point, characterised in that - the recirculation line is attached to a bypass line via the extraction point, - the extraction point is arranged on the bypass line upstream of the bypass valve, - the bypass line contains the bypass valve and branches off from the exhaust line upstream of the turbine and opens into the exhaust line downstream of the turbine. - having an internal combustion engine, - having a fresh air system for supplying fresh air to the internal combustion engine, - having an exhaust system for discharging exhaust gas from the internal combustion engine, - having an exhaust gas turbocharger, the turbine of which is arranged in an exhaust line of the exhaust system, and the compressor of which is arranged in a fresh air line of the fresh air system, - having a bypass that bypasses the turbine, - having a bypass valve for setting a desired bypass flow, - the bypass valve being designed such that it produces the desired bypass flow in the form of a pulsed bypass flow by alternately opening and closing the bypass, - an exhaust gas recirculation system being provided, the recirculation line of which leads from an exhaust-side extraction point to a fresh-air-side introduction point, - the recirculation line is attached to a bypass line via the extraction point, - the extraction point is arranged on the bypass line upstream of the bypass valve, - the bypass line contains the bypass valve and branches off from the exhaust line upstream of the turbine and opens into the exhaust line downstream of the turbine.
Control device including: - a first device for determining a first specification for a propulsion movement parameter of a vehicle, wherein the first device comprises a first output for outputting the first specification; - a yaw movement detector for determining a yaw movement quantity of the vehicle, wherein the yaw movement detector comprises a second output for outputting the determined yaw movement quantity; - a longitudinal speed influencer for influencing a longitudinal speed (v) of the vehicle; characterized in that the control device also comprises a pilot control quantity generator for generating a pilot control quantity, wherein the pilot control quantity generator comprises a first input, which is connected to the first output, comprises a second input, which is connected to the second output, and comprises a third output, which is connected to a pilot control input of the longitudinal speed influencer. - a first device for determining a first specification for a propulsion movement parameter of a vehicle, wherein the first device comprises a first output for outputting the first specification; - a yaw movement detector for determining a yaw movement quantity of the vehicle, wherein the yaw movement detector comprises a second output for outputting the determined yaw movement quantity; - a longitudinal speed influencer for influencing a longitudinal speed (v) of the vehicle;
A method for providing a navigation tool for a user interface for an industrial control system comprising a computer and a display device or workstation (18, 19), said industrial control system further arranged with a plurality of process graphics comprising one or more software objects (R1-R4, V3b, V4b) for controlling and/or monitoring real world objects in a process controlled by said control system, which said software objects are arranged in a plurality of hierarchical groups each one representing a process, part-process or an equipment in which materials are moved and/or processed in a predetermined order from one process state to another, which process or equipment is displayed in one of a plurality of said process graphics on a workstation, characterised by automatically generating a graphic image in the form of a map showing the plurality of process graphics arranged symbolically as a plurality of nodes (2, 2a-j), where each node is spatially arranged in a separate part of the map according to a hierarchical relationship between the process graphics, and superimposing the graphic image of the map on top of the currently open process graphic displayed on the workstation.