mhurhangee/ep-ind-claims huggingface dataset:
A high efficiency non-metallic corrosion resistant heat exchange device, comprising multiple non-metallic corrosion resistant heat conduct plates, upper supporting ribs disposed on a top surface of each heat conduct plate, lower supporting ribs disposed on a bottom surface of each heat conduct plate, sealing strips disposed on upper edges of the top surface and lower edges of the bottom surface of each heat conduct plate, and spacers; wherein these heat conduct plates consisting of multiple odd number heat conduct plates and multiple even number heat conduct plates, which are stacked alternatively; the upper supporting ribs, the lower supporting ribs and the sealing strips being fixed on the corresponding heat conduct plate; the adjacent upper and lower supporting ribs located between the adjacent odd and even number heat conduct plates together defining multiple sealing channels, which can be used as cold fluid channels and hot fluid channels; and these sealing channels having different shapes and directions and being not communicated with each other; characterised in that the spacers are arranged between the lower supporting ribs of a bottom surface of the odd number heat conduct plate and the corresponding upper supporting ribs of a top surface of the even number heat conduct plate and are also arranged between the sealing strips of the bottom surface of the odd number heat conduct plate and the corresponding sealing strips of the even number heat conduct plate; the spacers completely sealing the corresponding upper and lower supporting ribs and the corresponding sealing strips by a press force.
An exposure apparatus for exposing a substrate by projecting exposure light onto a surface of the substrate through a liquid of a liquid immersion area formed on a part of the surface of the substrate, the exposure apparatus comprising: a projection optical system arranged for projecting the exposure light to a projection area; a liquid supply mechanism for supplying the liquid; and a liquid recovery mechanism for recovering the liquid, characterised in that: the liquid recovery mechanism is configured to recover the liquid simultaneously at a plurality of recovery positions with a recovery force for recovering the liquid to be exerted at one of the recovery positions that is different from a recovery force for recovering the liquid to be exerted at another one of the recovery positions. a projection optical system arranged for projecting the exposure light to a projection area; a liquid supply mechanism for supplying the liquid; and a liquid recovery mechanism for recovering the liquid, characterised in that: the liquid recovery mechanism is configured to recover the liquid simultaneously at a plurality of recovery positions with a recovery force for recovering the liquid to be exerted at one of the recovery positions that is different from a recovery force for recovering the liquid to be exerted at another one of the recovery positions. the liquid recovery mechanism is configured to recover the liquid simultaneously at a plurality of recovery positions with a recovery force for recovering the liquid to be exerted at one of the recovery positions that is different from a recovery force for recovering the liquid to be exerted at another one of the recovery positions.
A process for the continuous heterogeneously catalyzed partial dehydrogenation of at least one hydrocarbon to be dehydrogenated in the gas phase, in which - a reaction gas comprising at least one hydrocarbon to be dehydrogenated is fed continuously to a reaction zone, - the reaction gas in the reaction zone is conveyed over at least one fixed catalyst bed over which molecular hydrogen and at least one dehydrogenated hydrocarbon are formed by catalytic (partial) dehydrogenation, - at least one gas comprising molecular oxygen is added to the reaction gas before and/or after entry into the reaction zone, - the molecular oxygen in the reaction zone oxidizes part of the molecular hydrogen present in the reaction gas to water vapor, and - a product gas comprising molecular hydrogen, water vapor, the dehydrogenated hydrocarbon or hydrocarbons and the hydrocarbon or hydrocarbons to be dehydrogenated is taken from the reaction zone, wherein the product gas taken from the reaction zone is divided into two substreams of identical composition and one of the two substreams is recirculated as circulated gas to the reaction zone. - a reaction gas comprising at least one hydrocarbon to be dehydrogenated is fed continuously to a reaction zone, - the reaction gas in the reaction zone is conveyed over at least one fixed catalyst bed over which molecular hydrogen and at least one dehydrogenated hydrocarbon are formed by catalytic (partial) dehydrogenation, - at least one gas comprising molecular oxygen is added to the reaction gas before and/or after entry into the reaction zone, - the molecular oxygen in the reaction zone oxidizes part of the molecular hydrogen present in the reaction gas to water vapor, and - a product gas comprising molecular hydrogen, water vapor, the dehydrogenated hydrocarbon or hydrocarbons and the hydrocarbon or hydrocarbons to be dehydrogenated is taken from the reaction zone,
Two-section centrifugal compressor, comprising a first and a second section, each section (2, 3) comprising at least an impeller having an axis of rotation; each section (2, 3) also having a central (2a, 3a) and a peripheral zone (2b, 3b); each section (2, 3) having an inlet duct (7, 8) and a discharge duct (9, 10) positioned in the peripheral zone (2b, 3b), the discharge duct of the first section being placed in fluid communication with the inlet duct of said second section, said second section being configured to compress a fluid compressed by said first section; wherein the discharge duct of said second section is adjacent to the inlet duct of said first section; characterised in that the two-section compressor comprises an inter-section wall at least partially defining the discharge duct of said second section and the inlet duct of said first section.
Method for a firm bonding of a first material with a second material by means of soldering through focused laser radiation impacting on the first material, the output of the laser radiation is controlled in dependence of the temperature measured through heat radiation emitted by the first material in the direction of the laser radiation, characterized in that the heat radiation for the control of the output of the focused laser radiation is measured in an area of the first material which is adjacent to and spaced apart from the area on which the focused laser radiation impacts on the first material.
A process coupling (106, 606) for coupling a process variable transmitter (102, 702) to a process fluid of an industrial process comprising: an elongate housing (110, 610) having a process mount configured to couple to the process fluid and an opposed transmitter coupling configured to couple to the process variable transmitter (102, 702); a capillary in the elongate housing (110, 610) which conveys a process pressure at the process mount to the transmitter coupling; at least one thermoelectric element positioned within the elongate housing (110, 610) characterized in that the thermoelectric element is adjacent to the capillary and configured to apply heat to, or conduct heat away from, the process coupling (106, 606) in response to an applied electric signal. an elongate housing (110, 610) having a process mount configured to couple to the process fluid and an opposed transmitter coupling configured to couple to the process variable transmitter (102, 702); a capillary in the elongate housing (110, 610) which conveys a process pressure at the process mount to the transmitter coupling; at least one thermoelectric element positioned within the elongate housing (110, 610) characterized in that the thermoelectric element is adjacent to the capillary and configured to apply heat to, or conduct heat away from, the process coupling (106, 606) in response to an applied electric signal.
Secondary part of a linear motor, comprising magnets arranged on a magnet carrier, wherein the magnet carrier is in the form of a laminated laminate stack, wherein the laminates of the laminate stack are parallel to a plane (X-Y) which is perpendicular to the magnetization direction of the magnets, and characterized in that the individual laminates of the laminate stack are shaped by punching out or cutting holes such that the magnet carrier has mounting openings which pass through the magnet carrier parallel to the magnetization direction, and in that screw nuts as fastening means are inserted in the mounting openings from the magnet side and rotationally fixedly held.
A skylight dome, comprising - a frame surrounding its edges, which frame comprises at least one frame profile, as well as - at least two translucent dome elements (4, 5) associated with each other, each having an edge area and a dome-shaped central portion bordered by said edge areas on all sides, wherein the dome elements (4, 5) are arranged on the frame profile at a distance to each other relative to a vertical axis of the skylight dome, such that the dome elements (4, 5) at least in their central portions jointly confine a dome-shaped cavity, wherein the cavity is filled with a translucent insulating material, which in a connecting area at its edges is connected to the frame profile at least in sections, wherein the frame profile is at least partially formed by a hollow profile having at least one opening, wherein at least part of the connecting area of the insulating material extends through the opening into an interior space of the frame profile and there is connected to the frame profile by means of clamping such that force is transmitted to the same, wherein the skylight dome comprises at least one fixing element which extends from an exterior side of the frame profile through the opening into the interior space of the frame profile, wherein the fixing element engages with a connecting area of the insulating material and thereby clamps the same to the frame profile. - a frame surrounding its edges, which frame comprises at least one frame profile, as well as - at least two translucent dome elements (4, 5) associated with each other, each having an edge area and a dome-shaped central portion bordered by said edge areas on all sides,
Bicycle hub designed as a sheet metal part, with two hub flanges (6, 7) bent radially outwards, located at the end sections (3, 4), having holes for accommodating spokes, and held together at a predetermined distance by a sleeve, also having radial inner ball tracks located at the end sections, characterized in that each of the end sections (3, 4), at least in the area of the ball track, is formed into a double wall comprising an inner wall and an abutting outer wall, whereby the hub flanges (6, 7) is attached to the outer wall.
An apparatus comprising: a receiver circuit configured to: in response to a determination that the receiver circuit is in a high latency processing mode, transmit a hint signal to a transmitter circuit, the hint signal to indicate to the transmitter circuit that the receiver circuit is operating in the high latency processing mode; receive a response message from the transmitter circuit; process data units received from the transmitter circuit using the response message to complete work pending at the receiver circuit; and switch the receiver circuit from the high latency processing mode to a low latency processing mode, wherein the receiver circuit is further configured to: identify a number of data units received from the transmitter circuit since a previous hint signal was transmitted by the receiver circuit to the transmitter circuit; compare the number of data units to a threshold value; and transmit the hint signal in response to a determination that the number of data units exceeds the threshold value. a receiver circuit configured to: in response to a determination that the receiver circuit is in a high latency processing mode, transmit a hint signal to a transmitter circuit, the hint signal to indicate to the transmitter circuit that the receiver circuit is operating in the high latency processing mode; receive a response message from the transmitter circuit; process data units received from the transmitter circuit using the response message to complete work pending at the receiver circuit; and switch the receiver circuit from the high latency processing mode to a low latency processing mode, in response to a determination that the receiver circuit is in a high latency processing mode, transmit a hint signal to a transmitter circuit, the hint signal to indicate to the transmitter circuit that the receiver circuit is operating in the high latency processing mode; receive a response message from the transmitter circuit; process data units received from the transmitter circuit using the response message to complete work pending at the receiver circuit; and switch the receiver circuit from the high latency processing mode to a low latency processing mode, wherein the receiver circuit is further configured to: identify a number of data units received from the transmitter circuit since a previous hint signal was transmitted by the receiver circuit to the transmitter circuit; compare the number of data units to a threshold value; and transmit the hint signal in response to a determination that the number of data units exceeds the threshold value. identify a number of data units received from the transmitter circuit since a previous hint signal was transmitted by the receiver circuit to the transmitter circuit; compare the number of data units to a threshold value; and transmit the hint signal in response to a determination that the number of data units exceeds the threshold value.
Method for calibrating an anti-decubitus mattress (1000, 2000), the anti-decubitus mattress comprising a plurality of first cells (1100, 2100) and a plurality of second cells (1200, 2200), the method comprising the steps of: inflating the first cells (1100, 2100) and the second cells (1200, 2200) at a first pressure value, inflating the first cells (1100, 2100) at a second pressure value, characterized in that the second pressure value is higher than the first pressure value, further characterized by the steps of measuring a third pressure value of the second cells (1200, 2200), calibrating the anti-decubitus mattress (1000, 2000) based on the third pressure value, wherein the calibrating step comprises computing a weight value based on the third pressure value, wherein the weight value is computed based on a look-up table which has been previously populated to link a combination of the first pressure value, second pressure value and third pressure value to a given weight value. inflating the first cells (1100, 2100) and the second cells (1200, 2200) at a first pressure value, inflating the first cells (1100, 2100) at a second pressure value, characterized in that the second pressure value is higher than the first pressure value, further characterized by the steps of measuring a third pressure value of the second cells (1200, 2200), calibrating the anti-decubitus mattress (1000, 2000) based on the third pressure value, wherein the calibrating step comprises computing a weight value based on the third pressure value, wherein the weight value is computed based on a look-up table which has been previously populated to link a combination of the first pressure value, second pressure value and third pressure value to a given weight value.
A profiled steel frame with a laterally arranged tie bar and a laterally arranged lock bar as well as a head bar connecting the tie bar to the lock bar, wherein the tie bar, the lock bar and the head bar are constituted by a steel profile, wherein the head bar abuts against the tie bar and/or the lock bar in a corner region with a mitre cut, wherein the head bar is connected to the tie bar and/or the lock bar with an angle shoe inserted at the end into the respective steel profile and fixed to the profiles, wherein the angle shoe is produced from a single piece of sheet metal, wherein the angle shoe comprises a first angle section and a second angle section folded at right-angles thereto, that the first angle section is adjoined by a first tab, which is folded at right angles to the first angle section, and that the first tab is connected, preferably welded, to the second angle section, wherein the second angle section is adjoined by a second tab, which is folded at right angles to second angle section, wherein the first tab and the second tab run flush with one another, and wherein the second tab is connected to the first tab, characterised in that the second tab is welded to the first tab and/or that the second tab is connected to the first tab by a form-fit connection.
A device for detecting a cardiac signal of a patient comprising: a set of electrodes (112, 112-X) configured to be positioned for detection of facial biopotential signals approximately in a sagittal plane orientation; and a processor coupled with the set of electrodes, the processor being configured to control a detection of a cardiac signal from the facial biopotential signals detected by the set of electrodes, wherein the set of electrodes comprises at least a first electrode and a second electrode, the first electrode being a sub-rhinal electrode such that, in use, it is positioned below a rhinal axis on the patient's face, and the second electrode being a neck electrode such that, in use, it is positioned on the patient's neck; wherein the rhinal axis is an imaginary axis perpendicular to the patient's sagittal plane and running approximately across a vertical middle of a rhinal region of the patient's face. a set of electrodes (112, 112-X) configured to be positioned for detection of facial biopotential signals approximately in a sagittal plane orientation; and a processor coupled with the set of electrodes, the processor being configured to control a detection of a cardiac signal from the facial biopotential signals detected by the set of electrodes, wherein the set of electrodes comprises at least a first electrode and a second electrode, the first electrode being a sub-rhinal electrode such that, in use, it is positioned below a rhinal axis on the patient's face, and the second electrode being a neck electrode such that, in use, it is positioned on the patient's neck; wherein the rhinal axis is an imaginary axis perpendicular to the patient's sagittal plane and running approximately across a vertical middle of a rhinal region of the patient's face.
A composite pultruded product (107, 117), said product consisting essentially of synthetic polyester felts (108, 118) as core impregnated with a resin system encapsulated between bi-directionally and/or uni-directionally oriented synthetic fabric selected from polyester (109, 119), carbon, aramid, glass, basalt and mixtures thereof impregnated with a resin system; said composite product is either "I" profiled or "Plate" profiled.
A computer-implemented method for training a bandwidth extension model for personalized bandwidth extension, wherein the method comprises: obtaining an audio dataset comprising one or more first audio signals with a first bandwidth, obtaining a hearing dataset comprising a hearing profile, applying the bandwidth extension model to the one or more first audio signals to generate one or more bandwidth extended audio signals with a second bandwidth, determining one or more perceptual losses associated with the one or more bandwidth extended audio signals based on the hearing data set; and training, based on the one or more perceptual losses, the bandwidth extension model. obtaining an audio dataset comprising one or more first audio signals with a first bandwidth, obtaining a hearing dataset comprising a hearing profile, applying the bandwidth extension model to the one or more first audio signals to generate one or more bandwidth extended audio signals with a second bandwidth, determining one or more perceptual losses associated with the one or more bandwidth extended audio signals based on the hearing data set; and training, based on the one or more perceptual losses, the bandwidth extension model.
A product display unit, comprising: a product display unit base comprising a forward end cap at one longitudinal end of the product display unit base; at least one pusher track extending in a longitudinal direction of the product display unit base from the forward end cap to a rear barrier, the pusher track comprising a locking feature for retaining a pusher rail in the pusher track, the pusher rail comprising a corresponding locking feature such that the pusher rail is locked or lockable into the at least one pusher track by compression of the pusher rail against the at least one pusher track; and at least one pusher guided along and mountable with the pusher rail, the at least one pusher being movable until the forward end cap. a product display unit base comprising a forward end cap at one longitudinal end of the product display unit base; at least one pusher track extending in a longitudinal direction of the product display unit base from the forward end cap to a rear barrier, the pusher track comprising a locking feature for retaining a pusher rail in the pusher track, the pusher rail comprising a corresponding locking feature such that the pusher rail is locked or lockable into the at least one pusher track by compression of the pusher rail against the at least one pusher track; and at least one pusher guided along and mountable with the pusher rail, the at least one pusher being movable until the forward end cap.