mhurhangee/ep-ind-claims huggingface dataset:
An electrically driven compressor assembly comprising: a shaft; a compressor wheel that is supported on the shaft; an electric motor with a stator and a rotor, the electric motor configured to rotate the shaft and the compressor wheel; a housing assembly configured to house the stator, the rotor, and at least part of the shaft, the housing assembly including a first member and a second member, the second member being radially overlapped and received within an open first end of the first member of the housing assembly; a bearing configured to support rotation of the shaft relative to the second member of the housing assembly about an axis of rotation; characterized in that a dampener is disposed between the first member and the second member of the housing assembly, the dampener configured to elastically deform to provide dampening of a force transferred between the first member and the second member of the housing assembly. a shaft; a compressor wheel that is supported on the shaft; an electric motor with a stator and a rotor, the electric motor configured to rotate the shaft and the compressor wheel; a housing assembly configured to house the stator, the rotor, and at least part of the shaft, the housing assembly including a first member and a second member, the second member being radially overlapped and received within an open first end of the first member of the housing assembly; a bearing configured to support rotation of the shaft relative to the second member of the housing assembly about an axis of rotation; characterized in that a dampener is disposed between the first member and the second member of the housing assembly, the dampener configured to elastically deform to provide dampening of a force transferred between the first member and the second member of the housing assembly.
A multi-layer packaging film comprising: - an inner layer comprising polypropylene and an anti-static agent; - an outer layer comprising polypropylene and an anti-static agent; and - an intermediate layer comprising polyethylene terephthalate or polypropylene and having an outer face facing the outer layer and an inner face facing the inner layer; wherein the intermediate layer is corona-treated on both the inner and outer faces and neither the inner nor outer layer is corona-treated. - an inner layer comprising polypropylene and an anti-static agent; - an outer layer comprising polypropylene and an anti-static agent; and - an intermediate layer comprising polyethylene terephthalate or polypropylene and having an outer face facing the outer layer and an inner face facing the inner layer;
An access port arrangement for the introduction of gas into a molten metal to cause stirring of the molten metal, said access port arrangement having a longitudinally spaced inlet and outlet defining a gas flow pathway, the access port arrangement comprising an inner part forming a core with an outer periphery and an outer part comprising a bore therethrough having an inner periphery positioned around the outer periphery of the inner part with the pathway defined by a gap between the outer periphery of the inner part and the inner periphery of the outer part, the arrangement further comprising one or more bridges that span the gap between the outer periphery of the inner part and the inner periphery of the outer part characterised in that the inner and outer parts and the one or more bridges are formed of a refractory material.
A breading machine which comprises: a hopper which includes a number of hopper sections (20, 22); and a spreader plate adjustably supported between the hopper sections and a flow of breading material entering the hopper; wherein the distribution of the breading material between the hopper sections may be adjusted by adjusting the position of the spreader plate relative to the hopper; characterised in that the spreader plate is connected to a support rod which in turn is laterally and/or axially adjustably connectable to the hopper. a hopper which includes a number of hopper sections (20, 22); and a spreader plate adjustably supported between the hopper sections and a flow of breading material entering the hopper; wherein the distribution of the breading material between the hopper sections may be adjusted by adjusting the position of the spreader plate relative to the hopper; characterised in that the spreader plate is connected to a support rod which in turn is laterally and/or axially adjustably connectable to the hopper.
A soymilk comprising a drink made by using soybean or black bean as raw material, and an ascorbic acid, vitamin C salts or vitamin C stereoisomers, wherein the concentration of the ascorbate ion provided by the additive is ranged from 25 mg/100ml to 50 mg/100 ml.
A safety bridge, which is formed to realise a free drain with a funnel trap (2, 3, 4) and at least one drain line, wherein, in an arrangement of use, the safety bridge is arrangeable on a funnel of the funnel trap (2, 3, 4) and the drain line is arrangeable above the funnel of the funnel trap (2, 3, 4), and wherein the safety bridge has at least one connecting plate with at least one connecting opening at which the drain line is arrangeable in the arrangement of use of the drain line with the funnel trap (2, 3, 4) and the safety bridge, wherein the safety bridge has a spacing device (7, 7') which extends from the at least one connecting plate and out of the plane defined by the at least one connecting plate, wherein the spacing device (7, 7') is dimensioned such that, when the safety bridge is arranged on the funnel trap (2, 3, 4), the at least one connecting plate has a distance from the top edge of the funnel trap (2, 3, 4) which is greater than or equal to a predefined minimum distance for the free drain, so that a bottom edge of the drain line that is arranged at the connecting opening has at least the predefined minimum distance from the funnel top edge of the funnel trap (2, 3, 4), wherein the predefined minimum distance is at least 20 mm, wherein the spacing device (7, 7') is formed - by a plurality of spacing bars which are arranged distributed across the outer perimeter of the at least one connecting plate, - or by a wall which is interrupted by at least one window (7") that is provided below the plane defined by the at least one connecting plate, characterised in that the wall or the plurality of spacing bars delimits an assembly of at least two connecting plates which are separated by at least one draining plate that is arranged in a downward offset manner, wherein an offset of the draining plate against the connecting plates is selected such that, when the safety bridge is arranged on the funnel trap (2, 3, 4), the at least one draining plate has a distance from the top edge of the funnel trap (2, 3, 4) that is greater than or equal to the predefined minimum distance for the free drain, and wherein the at least one window (7") in the wall extends adjacent to and below the draining plate. - by a plurality of spacing bars which are arranged distributed across the outer perimeter of the at least one connecting plate, - or by a wall which is interrupted by at least one window (7") that is provided below the plane defined by the at least one connecting plate, characterised in that the wall or the plurality of spacing bars delimits an assembly of at least two connecting plates which are separated by at least one draining plate that is arranged in a downward offset manner, wherein an offset of the draining plate against the connecting plates is selected such that, when the safety bridge is arranged on the funnel trap (2, 3, 4), the at least one draining plate has a distance from the top edge of the funnel trap (2, 3, 4) that is greater than or equal to the predefined minimum distance for the free drain, and wherein the at least one window (7") in the wall extends adjacent to and below the draining plate.
A network controller, comprising: physical interface, PHY, circuitry comprising transmitter circuitry configured to transmit data frames to a link partner in communication with the transmitter circuitry over a channel link; a link speed cycling module configured to, upon initialization of the PHY circuitry, cause the transmitter circuitry to transmit the data frames to the link partner using at least one high rate link speed, the data frames including a first high rate, HR, bit sequence modulated with a first low rate, LR, bit stream, the first LR bit stream comprising backchannel information; and an equalization presets cycling module configured to apply at least one equalization preset setting to the transmitter circuitry based on the modulated first HR bit sequence while the transmitter circuitry is transmitting the data frames to the link partner; wherein the link speed cycling module is further configured to cause the transmitter circuitry to dwell, for a transmitter dwell time period, for the at least one equalization preset setting at the at least one high rate link speed; wherein the transmitter dwell time period is sufficient to allow the link partner to lock on to the transmitted data frames. physical interface, PHY, circuitry comprising transmitter circuitry configured to transmit data frames to a link partner in communication with the transmitter circuitry over a channel link; a link speed cycling module configured to, upon initialization of the PHY circuitry, cause the transmitter circuitry to transmit the data frames to the link partner using at least one high rate link speed, the data frames including a first high rate, HR, bit sequence modulated with a first low rate, LR, bit stream, the first LR bit stream comprising backchannel information; and an equalization presets cycling module configured to apply at least one equalization preset setting to the transmitter circuitry based on the modulated first HR bit sequence while the transmitter circuitry is transmitting the data frames to the link partner; wherein the link speed cycling module is further configured to cause the transmitter circuitry to dwell, for a transmitter dwell time period, for the at least one equalization preset setting at the at least one high rate link speed; wherein the transmitter dwell time period is sufficient to allow the link partner to lock on to the transmitted data frames.
An assay chip used in a light detection method for analyzing an analyte by detecting light output from a photoresponsive labeling substance that has bound to the analyte, the assay chip comprising: a pot (13a, 13b) for storing a sample solution and carrying out predetermined processing on the sample solution; a fluidic channel having a detection region (TR, CR) for detecting light output from the photoresponsive labeling substance, and through which the sample solution flows down; an inlet for injecting the sample solution into the fluidic channel, and which is provided on the upstream side of the fluidic channel; and a suction opening for sucking, from the downstream side of the fluidic channel, the sample solution injected from the inlet, and which is provided on the downstream side of the fluidic channel, wherein the inlet, the suction opening and the pot (13a, 13b) are linearly arranged, and wherein the pot (13a, 13b) is an independent container not communicating with the fluidic channel. a pot (13a, 13b) for storing a sample solution and carrying out predetermined processing on the sample solution; a fluidic channel having a detection region (TR, CR) for detecting light output from the photoresponsive labeling substance, and through which the sample solution flows down; an inlet for injecting the sample solution into the fluidic channel, and which is provided on the upstream side of the fluidic channel; and a suction opening for sucking, from the downstream side of the fluidic channel, the sample solution injected from the inlet, and which is provided on the downstream side of the fluidic channel, wherein the inlet, the suction opening and the pot (13a, 13b) are linearly arranged, and wherein the pot (13a, 13b) is an independent container not communicating with the fluidic channel.
A nasal cannula (30, 70) comprising: a single inlet provided by one inlet tube adapted to, in use, be in fluid communication with a pressurised source of gases, and nasal prongs (40, 41; 72, 73) adapted to, in use, be in fluid communication with said one inlet tube and adapted to, in use, deliver said gases to a patient, wherein said one inlet tube is adapted to, in use, allow said gases to flow through said nasal prongs (40, 41; 72, 73) and into the corresponding nares of the patient and, said nasal cannula (30, 70) attached to a body section (44, 74), wherein said nasal cannula and said body section (44, 74) are maintained against the patient's face by way of a head strap, said body section (44, 74) shaped so as to fit the contours of the patient's face, characterised in that said nasal prongs are, in use, angled inwards towards the septum of the nose and are curved towards the sagittal (midline) plane and, wherein said nasal prongs, in use, follow the nasal cavity towards the posterior and follow the inner shape of the patient's nostrils and, wherein the top (45, 46) of said nasal prongs point, in use, towards the back of the patient's head. a single inlet provided by one inlet tube adapted to, in use, be in fluid communication with a pressurised source of gases, and nasal prongs (40, 41; 72, 73) adapted to, in use, be in fluid communication with said one inlet tube and adapted to, in use, deliver said gases to a patient, wherein said one inlet tube is adapted to, in use, allow said gases to flow through said nasal prongs (40, 41; 72, 73) and into the corresponding nares of the patient and, said nasal cannula (30, 70) attached to a body section (44, 74), wherein said nasal cannula and said body section (44, 74) are maintained against the patient's face by way of a head strap, said body section (44, 74) shaped so as to fit the contours of the patient's face, characterised in that said nasal prongs are, in use, angled inwards towards the septum of the nose and are curved towards the sagittal (midline) plane and, wherein said nasal prongs, in use, follow the nasal cavity towards the posterior and follow the inner shape of the patient's nostrils and, wherein the top (45, 46) of said nasal prongs point, in use, towards the back of the patient's head.
A composition for use in treating or preventing an immunocompromised condition in a subject, which condition results from exposure of the subject to a medical, treatment, the composition comprising an E-selectin antagonist and a mobilizer of hematopoietic stem cells or progenitor cells.
Method for increasing the efficiency of an incineration plant, in particular a waste incineration plant or a biomass incineration plant, wherein the incineration plant has a flue gas outlet for flue gas having a flue gas temperature, and at least one heat transfer wall that transfers heat on a heat transfer medium, the function of at least one first partial surface of the heat transfer wall is affected by deposits during the operation of the incineration plant and therefore the at least one first partial surface is cleaned by a cleaning medium from a cleaning device at predeterminable time periods, wherein the time periods are controlled depending on heat flow measurements at the first partial surface executed by heat flow sensors and/or depending on temporal changes of the heat flow through the first partial surface that are determined thereof, wherein the cleaning is only initiated, when the heat flow falls below a first predetermined threshold value of the heat flow, characterized in that at least one of the following requirements are fulfilled simultaneously: - the temporal change of the heat flow falls below a second predetermined threshold value, - the difference to a heat flow which is measured at a second partial surface as a reference exceeds a predeterminable difference value, - the flue gas temperature exceeds a beforehand determined and stored empirical value, which was determined for similar operating conditions of the incineration plant after a previously executed cleaning of the first partial surface, by a predeterminable value, - a predeterminable minimum period since the last cleaning has passed, - no simultaneous cleaning of the different partial surface is executed, - the incineration plant is in a stationary operating condition since a predeterminable time period. - the temporal change of the heat flow falls below a second predetermined threshold value, - the difference to a heat flow which is measured at a second partial surface as a reference exceeds a predeterminable difference value, - the flue gas temperature exceeds a beforehand determined and stored empirical value, which was determined for similar operating conditions of the incineration plant after a previously executed cleaning of the first partial surface, by a predeterminable value, - a predeterminable minimum period since the last cleaning has passed, - no simultaneous cleaning of the different partial surface is executed, - the incineration plant is in a stationary operating condition since a predeterminable time period.
A method for managing browser cookies by an intermediary between a client and server via content of an Hypertext Transfer Protocol, HTTP, message, the method comprising the steps of: a) receiving, by an intermediary between a client and server, a response of the server to a request of the client, the response comprising a message body and a header, the header comprising cookie information specifying a domain and a path of a cookie; b) removing, by the intermediary, the cookie information from the header of the response; c) storing, by the intermediary, the cookie information in a storage element; d-i) modifying, by the intermediary, the message body of the response to include script instructions for execution by a browser of the client to set a value of the domain and the path of the cookie based on the cookie information stored in the storage element; d-ii) modifying, by the intermediary, the message body of the response to either include a script for execution by the browser to detect a change to the cookie by the browser, or to identify such script; and e) forwarding, by the intermediary, the modified response to the client; and f) receiving, by the intermediary from the client, a message communicating the detected change of the cookie and storing, by the intermediary, the detected change. a) receiving, by an intermediary between a client and server, a response of the server to a request of the client, the response comprising a message body and a header, the header comprising cookie information specifying a domain and a path of a cookie; b) removing, by the intermediary, the cookie information from the header of the response; c) storing, by the intermediary, the cookie information in a storage element; d-i) modifying, by the intermediary, the message body of the response to include script instructions for execution by a browser of the client to set a value of the domain and the path of the cookie based on the cookie information stored in the storage element; d-ii) modifying, by the intermediary, the message body of the response to either include a script for execution by the browser to detect a change to the cookie by the browser, or to identify such script; and e) forwarding, by the intermediary, the modified response to the client; and f) receiving, by the intermediary from the client, a message communicating the detected change of the cookie and storing, by the intermediary, the detected change.
A laser projection apparatus comprising: a mapping component (502, 602, 702) to receive, for each pixel in an image, a pixel illumination value denoting a desired radiance or luminance of light to be projected at a location of this pixel in the image, and to convert each pixel illumination value to a drive current value; a digital to analog converter (506, 606) to convert each drive current value to a drive current; a laser diode (508, 608) to emit a light beam to display each pixel in response to the drive current; a photodetector (510, 620) to detect light emitted from the laser diode (508, 608), the photodetector (510, 620) or a first integration circuit (514, 620, 744, 748, 752) providing an output indicative of a measured average amount of light incident on the photodetector (510, 620) over a number of pixels; and a feedback loop circuit coupled to update the mapping component (502, 602, 702) in response to the measured average amount of light incident on the photodetector (510, 620) and the pixel illumination values, the feedback loop circuit including a second integration circuit (552, 720, 722) that integrates the pixel illumination values over a period corresponding to the number of pixels over which the measured average amount of light incident on the photodetector (510, 620) is averaged. a mapping component (502, 602, 702) to receive, for each pixel in an image, a pixel illumination value denoting a desired radiance or luminance of light to be projected at a location of this pixel in the image, and to convert each pixel illumination value to a drive current value; a digital to analog converter (506, 606) to convert each drive current value to a drive current; a laser diode (508, 608) to emit a light beam to display each pixel in response to the drive current; a photodetector (510, 620) to detect light emitted from the laser diode (508, 608), the photodetector (510, 620) or a first integration circuit (514, 620, 744, 748, 752) providing an output indicative of a measured average amount of light incident on the photodetector (510, 620) over a number of pixels; and a feedback loop circuit coupled to update the mapping component (502, 602, 702) in response to the measured average amount of light incident on the photodetector (510, 620) and the pixel illumination values, the feedback loop circuit including a second integration circuit (552, 720, 722) that integrates the pixel illumination values over a period corresponding to the number of pixels over which the measured average amount of light incident on the photodetector (510, 620) is averaged.