mhurhangee/ep-ind-claims huggingface dataset:
Method for preparing a lipemic plasma or serum sample, the method comprising the steps: (a) centrifuging a first subamount of a lipid-containing plasma or serum sample in order to separate a lipid-containing supernatant from a lipid-depleted phase; (b) removing the lipid-containing supernatant and (c) mixing the lipid-containing supernatant with a second subamount of the same lipid-containing plasma or serum sample. (a) centrifuging a first subamount of a lipid-containing plasma or serum sample in order to separate a lipid-containing supernatant from a lipid-depleted phase; (b) removing the lipid-containing supernatant and (c) mixing the lipid-containing supernatant with a second subamount of the same lipid-containing plasma or serum sample.
An internal combustion engine system, comprising: an internal combustion engine, a first turbine unit receiving exhaust gases from the internal combustion engine, said turbine unit having a compressor for compressing intake air and feeding said intake air by means of an air intake line to said internal combustion engine, an exhaust gas recirculation line connecting said air intake line with an exhaust gas line of the internal combustion engine at a position upstream the first turbine unit, and a bypass line connecting the exhaust gas recirculation line to the exhaust gas line at a position downstream of the turbine unit, at least one valve provided in said exhaust gas recirculation line for controlling the amount of recirculated exhaust gas, wherein said bypass line is connected to the exhaust gas recirculation line at a position located downstream said at least one valve, characterized in that said bypass line having means configured to control the exhaust gas flow from the exhaust gas recirculation line to the exhaust gas line in order to maintain a sufficiently high temperature of the exhaust gas upstream an aftertreatment system of the engine. an internal combustion engine, a first turbine unit receiving exhaust gases from the internal combustion engine, said turbine unit having a compressor for compressing intake air and feeding said intake air by means of an air intake line to said internal combustion engine, an exhaust gas recirculation line connecting said air intake line with an exhaust gas line of the internal combustion engine at a position upstream the first turbine unit, and a bypass line connecting the exhaust gas recirculation line to the exhaust gas line at a position downstream of the turbine unit, at least one valve provided in said exhaust gas recirculation line for controlling the amount of recirculated exhaust gas, wherein said bypass line is connected to the exhaust gas recirculation line at a position located downstream said at least one valve, characterized in that said bypass line having means configured to control the exhaust gas flow from the exhaust gas recirculation line to the exhaust gas line in order to maintain a sufficiently high temperature of the exhaust gas upstream an aftertreatment system of the engine.
A tether for connecting a moving stream-driven device submerged in liquid to a fixed support structure, which tether extends in a main direction, wherein at least a tether portion (4a; 4b) of the tether comprises an outer shape having a leading edge and a trailing edge, each edge extending in the main direction, and at least one tensile force bearing portion extending in the main direction of the tether, wherein the tether portion is arranged to strive to self-align in relation to a relative flow direction of the liquid, by rotating around a rotational axis essentially parallel with the main direction of the tether, when the tether portion is moving through the liquid, and where the tether is configured to allow for twisting at least partly at different portions along the main direction in order to self-align locally.
A nonvolatile memory cell, comprising a semiconductor substrate; a first oxide defined, OD, region and a second OD region; a shallow trench isolation region separating the first OD region from the second OD region, the shallow trench isolation region having a trench depth (d); a PMOS select transistor disposed on the first OD region; a PMOS floating gate transistor serially connected to the PMOS select transistor and being disposed on the first OD region, wherein the PMOS floating gate transistor comprises a floating gate overlying the first OD region; a memory P well in the semiconductor substrate, wherein the memory P well overlaps with the first OD region and the second OD region, and wherein the memory P well has a junction depth that is deeper than the trench depth (d) of the shallow trench isolation region; a memory N well in the memory P well, wherein the memory N well merely overlaps with the first OD region, characterized in that the memory N well has a junction depth that is shallower than the trench depth (d) of the shallow trench isolation region, and wherein a bottom of the shallow trench isolation region is in contact with the memory P well; and a floating gate extension continuously extended from the floating gate to the second OD region and is adjacent to an erase gate, EG, region in the second OD region, wherein the memory P well is commonly shared by the erase gate region, the PMOS select transistor, and the PMOS floating gate transistor, and wherein the EG region comprises a double diffused drain, DDD, region and an N + doping region in the DDD region.
An information recording device for recording electronic information and image information on a recording medium, comprising: a housing; a medium storing section for storing the recording medium; a pickup roller for feeding the recording medium stored in the housing; an information recording section for recording electronic information on the recording medium; an image forming section for forming image information on the recording medium; a medium introduction passage for conveying the recording medium from the medium storing section in a feeding direction of the recording medium by the pickup roller; a medium conveyance passage for conveying the recording medium conveyed from the medium introduction passage to the image forming section; and a passage open-close member arranged above the medium conveyance passage, for removing the recording medium jammed in the medium conveyance passage, wherein the information recording section includes electronic information recording means which is incorporated in the passage open-close member, and a medium conveyance path (P4, 68) for conveying the recording medium from the medium introduction passage toward the electronic information recording means, characterized in that the passage open-close member is arranged below the medium storing section and above the image forming section so as to overlap each other in the feeding direction of the medium introduction passage in the housing. a housing; a medium storing section for storing the recording medium; a pickup roller for feeding the recording medium stored in the housing; an information recording section for recording electronic information on the recording medium; an image forming section for forming image information on the recording medium; a medium introduction passage for conveying the recording medium from the medium storing section in a feeding direction of the recording medium by the pickup roller; a medium conveyance passage for conveying the recording medium conveyed from the medium introduction passage to the image forming section; and a passage open-close member arranged above the medium conveyance passage, for removing the recording medium jammed in the medium conveyance passage, wherein the information recording section includes electronic information recording means which is incorporated in the passage open-close member, and a medium conveyance path (P4, 68) for conveying the recording medium from the medium introduction passage toward the electronic information recording means, characterized in that the passage open-close member is arranged below the medium storing section and above the image forming section so as to overlap each other in the feeding direction of the medium introduction passage in the housing.
Use of a cell culture medium composition comprising fibromodulin (FMOD), wherein FMOD is in a concentration from about 200nM to about 1000 nM for reprogramming a mammalian cell so as to form a pluripotent stem cell like (PSCL) clone when the mammalian cell is treated in the cell culture medium for a period ranging from 21 days to 180 days to reprogram the mammalian cell and wherein the mammalian cell is a human BJ cell, a human MRC-5cell, a human NHDF cell, a human keratinocyte, a human melanocyte, a human peripheral blood cell, a human cord blood cell, a human adipose-derived stem cell, a human perivascular stem cell, a human neural stem cell, or a rat-2 fibroblast; wherein the PSCL clone is recognized by an antibody against human Oct4A, Sox2, Nanog, SSEA4, TRA-1-60, or TRA-1-81 in immunofluorescent staining.
A method for guiding an insertion device for inserting elements into the ground for building a structure, characterized in that it comprises the following steps: - taking a topographical survey of a plurality of geographical points near the structure to be built, the position of each point being determined in an absolute frame of reference XYZ; - installing a plurality of reflectors (32, 33, 34), each reflector being placed at a geographical point of the topographical survey; - measuring, using at least three optical devices (12, 13, 14), fixed on a moving arm of the insertion device that bears the element to be inserted, distances between the reflectors and the optical devices; - computing, by trilateration, an absolute position of the arm of the insertion device from the distances measured and from the known position of each optical reflector; and - moving the arm of the insertion device based on the absolute position computed, so as to bring the element to be inserted into a predetermined insertion position. - taking a topographical survey of a plurality of geographical points near the structure to be built, the position of each point being determined in an absolute frame of reference XYZ; - installing a plurality of reflectors (32, 33, 34), each reflector being placed at a geographical point of the topographical survey; - measuring, using at least three optical devices (12, 13, 14), fixed on a moving arm of the insertion device that bears the element to be inserted, distances between the reflectors and the optical devices; - computing, by trilateration, an absolute position of the arm of the insertion device from the distances measured and from the known position of each optical reflector; and - moving the arm of the insertion device based on the absolute position computed, so as to bring the element to be inserted into a predetermined insertion position.
A device for protecting sensitive goods, the device comprising: a. a container with an opening for receiving sensitive goods, b. a cover to close the opening, c. a fixing unit for irreversibly fixing the lid to the container in a position in which the opening is closed, the lid comprising at least one zone, referred to as the rupture initiation zone, of lower strength than the other zones of the lid, the rupture initiation zone being suitable for be damaged before the fixing unit following an attempt to open the lid irreversibly fixed to the container, characterised in that the device comprises, in the container, at least one link channel between a first system and a second system, the security level of the second system being higher than the security level of the first system, the sensitive goods being sensitive information passing through the link channel. a. a container with an opening for receiving sensitive goods, b. a cover to close the opening, c. a fixing unit for irreversibly fixing the lid to the container in a position in which the opening is closed,
Discharge head for a liquid dispenser, with the following features: a. the discharge head has a housing, and b. the discharge head has a coupling device for attachment to a liquid store, and c. the discharge head has a discharge opening through which liquid is able to be dispensed into a surrounding atmosphere, and d. the discharge head has an outlet channel which extends from an inlet region, pointing in the direction of the liquid store, up to the discharge opening and by means of which the discharge opening is able to be supplied with liquid, and e. the discharge head has, in the outlet channel, a throttle device with a throttle channel (50; 60; 70) for the reduction in the liquid pressure and/or the liquid flow of the liquid flowing through the throttle device, characterized by the following feature: f. the throttle device is designed in the form of a switchable throttle device in which, between a throttling state and a release state, a minimum free cross section of the throttle channel (50; 60; 70) is able to be varied such that liquid flowing out in the direction of the discharge opening is subjected to a relatively high throttling effect by way of the throttling state of the throttle channel (50; 60; 70) and that the liquid flowing back in in the direction of the inlet region is subjected to a relatively low throttling effect by way of the release state. a. the discharge head has a housing, and b. the discharge head has a coupling device for attachment to a liquid store, and c. the discharge head has a discharge opening through which liquid is able to be dispensed into a surrounding atmosphere, and d. the discharge head has an outlet channel which extends from an inlet region, pointing in the direction of the liquid store, up to the discharge opening and by means of which the discharge opening is able to be supplied with liquid, and e. the discharge head has, in the outlet channel, a throttle device with a throttle channel (50; 60; 70) for the reduction in the liquid pressure and/or the liquid flow of the liquid flowing through the throttle device, characterized by the following feature: f. the throttle device is designed in the form of a switchable throttle device in which, between a throttling state and a release state, a minimum free cross section of the throttle channel (50; 60; 70) is able to be varied such that liquid flowing out in the direction of the discharge opening is subjected to a relatively high throttling effect by way of the throttling state of the throttle channel (50; 60; 70) and that the liquid flowing back in in the direction of the inlet region is subjected to a relatively low throttling effect by way of the release state.
A heater, particularly for a motor vehicle, with at least one heating element for heating air and with a control unit which has a control circuit arranged on a circuit board for controlling the at least one heating element, wherein the at least one heating element has ribs and a contact strip, wherein a contact strip section is arranged on the circuit board of the control circuit and forms a connection between the at least one heating element and the control circuit, characterised in that the ribs of the at least one heating element are arranged on the circuit board and realise a cooling for electronic modules of the control circuit.
An arrangement comprising an exhaust pipe of an engine and a particulate matters sensor for measuring an emission of particulate matters in exhaust gas, wherein the particulate matters sensor electrically charges air supplied thereto and detects an emission of particulate matters based on a variation in electrical charge, wherein the particulate matters sensor comprises: a cylindrical sensor body with both ends of it closed; a nozzle for ejecting air from the front end thereof; the sensor body and the nozzle are arranged concentrically with each other, and an electrode for electrically charging air; wherein the particulate matters sensor is arranged outside of the exhaust pipe, wherein a gas inlet is formed at one end of the sensor body and communicates with the exhaust pipe through an introduction pipe; and a gas outlet is formed at the other end of the sensor body and communicates, through a return pipe, with the exhaust pipe on the downstream side of the introduction pipe in terms of flow of the exhaust gas, whereby an air compressor is connectable to a base end of the nozzle so that air can be supplied to the nozzle by this air compressor; characterized in that the nozzle is housed within the sensor body, and in that the front end of the nozzle is formed closer to the one end of the sensor body than the gas inlet. a cylindrical sensor body with both ends of it closed; a nozzle for ejecting air from the front end thereof; the sensor body and the nozzle are arranged concentrically with each other, and an electrode for electrically charging air; wherein the particulate matters sensor is arranged outside of the exhaust pipe, wherein a gas inlet is formed at one end of the sensor body and communicates with the exhaust pipe through an introduction pipe; and a gas outlet is formed at the other end of the sensor body and communicates, through a return pipe, with the exhaust pipe on the downstream side of the introduction pipe in terms of flow of the exhaust gas, whereby an air compressor is connectable to a base end of the nozzle so that air can be supplied to the nozzle by this air compressor; characterized in that the nozzle is housed within the sensor body, and in that the front end of the nozzle is formed closer to the one end of the sensor body than the gas inlet.
A method for initiating diffuse combustion comprising: supplying reactants, including fuel gas and combustion air, to burners that discharge the reactants into a furnace process chamber; projecting stable flames from the burners into the furnace process chamber; and at a time when the furnace process chamber has a temperature at or above an autoignition temperature of the fuel gas, initiating diffuse combustion at a selected burner by supplying the selected burner with additional reactants, including reactants diverted from another burner, to blow off the stable flame at the selected burner. supplying reactants, including fuel gas and combustion air, to burners that discharge the reactants into a furnace process chamber; projecting stable flames from the burners into the furnace process chamber; and at a time when the furnace process chamber has a temperature at or above an autoignition temperature of the fuel gas, initiating diffuse combustion at a selected burner by supplying the selected burner with additional reactants, including reactants diverted from another burner, to blow off the stable flame at the selected burner.
A bag for containing a plurality of personal care articles, in particular diapers, which is formed from a material which has a paper layer and a sealable coating which is arranged thereon at least in sections, in particular over the entire surface, and which faces an interior of the bag, wherein the bag has a front bag wall and a rear bag wall which are formed from a continuous material web and which extend at least in a longitudinal dimension and in a transverse dimension, wherein the bag has a head region and a bottom region on the opposite transverse sides, the front bag wall and the rear bag wall being folded onto one another via a folding arrangement provided in the head region and being heat-sealed to one another in the region of side edges extending in the longitudinal dimension and each having the sealable coating in a predetermined width (b), characterized in that the bag is provided as a wicket bag and has in the bottom region on the front or the rear bag wall (5, 6) a protruding material section in which at least two wicket pin holes are arranged.
An antenna arrangement for a mobile communication device (600, 710, 750), comprising: a single planar dielectric substrate having a major surface in a first plane, a number of sides extending from edges of the major surface in planes different to the first plane, the sides and the major surface intersecting to form at least a pair of corners; a plurality of antennas (110, 120, 130; 210, 220, 230), each antenna configured in a meander pattern with a plurality of radiating conductive strips (210s, 220s, 230s) folded onto the single planar dielectric substrate (104, 204, 240), and a plurality of feed ports (114, 124, 134; 214, 224, 234), each feed port dedicated to exciting a single antenna of the plurality of antennas, wherein a number of antennas of the plurality of antennas may be excited to radiate at a same time within a range of low frequencies (340, 360), characterised in that respective ones of the plurality of antennas are folded around respective corners such that the respective antenna is formed on at least a portion of the major surface and at least a portion of the respective side. a single planar dielectric substrate having a major surface in a first plane, a number of sides extending from edges of the major surface in planes different to the first plane, the sides and the major surface intersecting to form at least a pair of corners; a plurality of antennas (110, 120, 130; 210, 220, 230), each antenna configured in a meander pattern with a plurality of radiating conductive strips (210s, 220s, 230s) folded onto the single planar dielectric substrate (104, 204, 240), and a plurality of feed ports (114, 124, 134; 214, 224, 234), each feed port dedicated to exciting a single antenna of the plurality of antennas, wherein a number of antennas of the plurality of antennas may be excited to radiate at a same time within a range of low frequencies (340, 360), characterised in that respective ones of the plurality of antennas are folded around respective corners such that the respective antenna is formed on at least a portion of the major surface and at least a portion of the respective side.
A cargo hold structure for an oil tanker comprising: two longitudinal bulkheads respectively having first and second sides and arranged in a lengthwise direction of a hull to divide an internal space wherein the internal space is adapted for holding crude oil on the first and second sides of the longitudinal bulkheads, and wherein no crossties are attached to the two longitudinal bulkheads; a plurality of vertical webs coupled onto the two longitudinal bulkheads in a height direction of the hull, the vertical web having a width of 0.15 to 0.20 times the total height of the cargo hold; and a horizontal girder arranged between the vertical webs along the lengthwise direction of the hull, wherein an end portion of the horizontal girder is integrally provided with a second reinforcing part, a width of which gradually increases so that a free end portion thereof is formed into a circular rounded portion, the second reinforcing part being coupled to the vertical web.
A compressor housing configured to contain a rotating compressor wheel with a plurality of impellers that define an impeller passageway from an inducer to an exducer, through which the plurality of impellers is configured to rotate, comprising: an annular upstream housing-portion forming an upstream shroud-wall substantially conforming to an upstream portion of the impeller passageway; a downstream housing-portion forming a downstream shroud-wall substantially conforming to a downstream portion of the impeller passageway; and a rib supporting the upstream housing-portion with respect to the downstream housing-portion such that they are respectively disposed to form an annular bypass port into the impeller passageway between the upstream and downstream shroud-walls, characterised in that the rib extends along a helical path within a bypass passageway. an annular upstream housing-portion forming an upstream shroud-wall substantially conforming to an upstream portion of the impeller passageway; a downstream housing-portion forming a downstream shroud-wall substantially conforming to a downstream portion of the impeller passageway; and a rib supporting the upstream housing-portion with respect to the downstream housing-portion such that they are respectively disposed to form an annular bypass port into the impeller passageway between the upstream and downstream shroud-walls, characterised in that the rib extends along a helical path within a bypass passageway.