mhurhangee/ep-ind-claims huggingface dataset:
A system comprising a device for detecting or monitoring respiratory or cardiac health of a patient, said device comprising pressure transducers connected to catheter lumens for measuring any intravascular or intracardiac pressure, IVP, within a chest of a patient, the system further comprising at least one computing device and a tangible computer-readable device having instructions stored thereon that, when executed by said at least one computing device, causes the at least one computing device to perform operations comprising: analyzing the intravascular or intracardiac pressure, IVP, measured by said pressure transducers within the chest of the patient over a period of time, said IVP including a measured pulmonary capillary wedge pressure, PCWP; decomposing the PCWP into two components representing cardiac and respiratory waves; defining respiratory effort of the patient as a peak-to-peak amplitude of said respiratory wave; and using said respiratory effort to detect or monitor respiratory and cardiac health of the patient by comparing said respiratory effort with a known value of respiratory effort or by monitoring changes in said respiratory effort of the patient over another period of time, wherein if monitoring changes in said respiratory effort of the patient shows an increase in the respiratory effort, then said increase is graphically illustrated to show an increase in workloads of ventricles of the patient. analyzing the intravascular or intracardiac pressure, IVP, measured by said pressure transducers within the chest of the patient over a period of time, said IVP including a measured pulmonary capillary wedge pressure, PCWP; decomposing the PCWP into two components representing cardiac and respiratory waves; defining respiratory effort of the patient as a peak-to-peak amplitude of said respiratory wave; and using said respiratory effort to detect or monitor respiratory and cardiac health of the patient by comparing said respiratory effort with a known value of respiratory effort or by monitoring changes in said respiratory effort of the patient over another period of time, wherein if monitoring changes in said respiratory effort of the patient shows an increase in the respiratory effort, then said increase is graphically illustrated to show an increase in workloads of ventricles of the patient.
A liquid dispensing system, which includes a liquid dispensing apparatus (10, 50) including a connector arrangement for connecting a dispensing nozzle to a liquid supply container, and containers (12, 52) configured for use with the apparatus (10, 50); the liquid dispensing apparatus (10, 50) having a base structure that defines at least one receiving and locating formation (16, 64) within which the dispensing nozzle is located; and each container (12, 52) including, in its base region, a charging opening (28, 70) and a one-way valve (30, 72) located in the charging opening (28, 70) for dispensing of a liquid into the container (12, 52); the dispensing nozzle being located within the receiving and locating formation (16, 64) to penetrate the container (12, 52) which is located within the receiving and locating formation, via its charging opening (28, 70) and one-way valve (30, 72); the receiving and locating formation (16, 64) defines guide formations (20, 66) therein, which are configured to cooperate with complementary guide formations (22, 68) in the base region of the container (12, 52) for guiding the displacement of the dispensing nozzle with respect to the container (12, 52) through rotation of the container (12, 52) such that the dispensing nozzle penetrates the charging opening (28, 70) and the one-way valve (30, 72) to allow dispensing of the liquid into the container (12, 52); and the one-way valve (30, 72) being configured to form a seal around the dispensing nozzle when the dispensing nozzle penetrates the one-way valve (30, 72) and to seal the charging opening (28, 70) when the dispensing nozzle is retracted from the charging opening (28, 70) in use by counter-rotation of the container (12, 52) relative to the dispensing nozzle.
An ammonia-based desulfurization process through ammonia-adding in different chambers, wherein an oxidation section comprises an oxidation chamber and an ammonia-mixing chamber in fluid communication with each other, and an ammonia absorbent is added to the ammonia-mixing chamber, and wherein an absorption-oxidation cycle of the process comprises liquid circulation between the oxidation chamber and a secondary spray absorption section and liquid circulation between the ammonia-mixing chamber and a primary spray absorption section, and there is a communication between the two circulations at least through the fluid communication between the oxidation chamber and the ammonia-mixing chamber, and wherein the primary spray absorption section is located upstream of the secondary spray absorption section, relative to the flow of a gas stream to be treated.
A disc-shaped porous support member for a filter membrane intended to be removably received in a seat portion of a base support, said disc-shaped porous support member having a top side for supporting the membrane and a bottom side with one or more support portion(s) (3c, 18a, 18b) for supporting the support member in a support plane of the seat portion, wherein the bottom side is provided with a recess extending, when placed in the seat portion, from the support plane and extending over an area in which the porous support member is unsupported and creating a space that is located and dimensioned such that application of a force onto the top side at a location within the boundaries of the recess will cause the disc-shaped porous support member to pivot/tilt and lift up from the support plane at a diagonally opposite side from said location, wherein the recess is ring shaped at the outer periphery of the disc-shaped porous support member, wherein the top side of the disc-shaped porous support member is visually and/or structurally marked within the boundaries of the recess to serve as guidance for the location of application of the force. wherein the recess is ring shaped at the outer periphery of the disc-shaped porous support member, wherein the top side of the disc-shaped porous support member is visually and/or structurally marked within the boundaries of the recess to serve as guidance for the location of application of the force.
A cosmetic container, comprising: a container body; an airless discharge pump installed to the container body; a piston installed in the container body so that a topmost level of content contained in the container body reaches a content inlet of the airless discharge pump as the piston moves upward along and on an inner wall of the container body with operation of the airless discharge pump; an indicator indicating content amount remaining in the container body in association with rising movement of the piston, a thread fixing portion is installed at a bottom face of the piston; and a thread is connecting each other the thread fixing portion and the indicator, wherein the indicator operates when the thread is drawn up with the rising movement of the piston, characterized in that the indicator comprises an indicating pointer drawn around by the thread so as to rotate; a winding groove in and along which the thread, coupled to the indicating pointer, is wound; and a torsion spring suppressing the indicating pointer in an elastic manner from movement. a container body; an airless discharge pump installed to the container body; a piston installed in the container body so that a topmost level of content contained in the container body reaches a content inlet of the airless discharge pump as the piston moves upward along and on an inner wall of the container body with operation of the airless discharge pump; an indicator indicating content amount remaining in the container body in association with rising movement of the piston, a thread fixing portion is installed at a bottom face of the piston; and a thread is connecting each other the thread fixing portion and the indicator, wherein the indicator operates when the thread is drawn up with the rising movement of the piston, characterized in that the indicator comprises an indicating pointer drawn around by the thread so as to rotate; a winding groove in and along which the thread, coupled to the indicating pointer, is wound; and a torsion spring suppressing the indicating pointer in an elastic manner from movement.
Actuating device for a torque transmission apparatus, such as a clutch, for example friction clutch or positive clutch, or a brake, having at least two electric motors, the rotors of the electric motors being coupled kinematically to one another via a summing gear mechanism, and the summing gear mechanism having an output side which is coupled to an actuating element of the torque transmission apparatus in such a way that an actuating state of the actuating element can be set in accordance with a relative rotation between the two rotors.
A current reference source (100, 200, 300) comprising: a current source (IBIAS) to generate a first current; at least one tile current reference; a converter to generate a first voltage signal (SETBIAS) based on the first current, the converter comprising: a first active device to generate a second current based on the first current, the first active device comprising a first terminal, a second terminal and a third terminal, the first terminal being coupled to the second terminal, a first degeneration-resistance device (M3/R1) comprising a first terminal and a second terminal, the first terminal of the first degeneration-resistance device being coupled to the first active device, and the second terminal of the first degeneration-resistance device being coupled to a first power supply (HNVNN), a first buffer comprising an input and an output, the input of the first buffer being coupled to the first active device;and a first switch configured to sample and hold the output of the first buffer; the first voltage signal being formed between the output of the first buffer and a first terminal of the first power supply; the at least one tile current reference coupled to receive the first voltage signal. a current source (IBIAS) to generate a first current; at least one tile current reference; a converter to generate a first voltage signal (SETBIAS) based on the first current, the converter comprising: a first active device to generate a second current based on the first current, the first active device comprising a first terminal, a second terminal and a third terminal, the first terminal being coupled to the second terminal, a first degeneration-resistance device (M3/R1) comprising a first terminal and a second terminal, the first terminal of the first degeneration-resistance device being coupled to the first active device, and the second terminal of the first degeneration-resistance device being coupled to a first power supply (HNVNN), a first buffer comprising an input and an output, the input of the first buffer being coupled to the first active device;and a first switch configured to sample and hold the output of the first buffer; a first active device to generate a second current based on the first current, the first active device comprising a first terminal, a second terminal and a third terminal, the first terminal being coupled to the second terminal, a first degeneration-resistance device (M3/R1) comprising a first terminal and a second terminal, the first terminal of the first degeneration-resistance device being coupled to the first active device, and the second terminal of the first degeneration-resistance device being coupled to a first power supply (HNVNN), a first buffer comprising an input and an output, the input of the first buffer being coupled to the first active device;and a first switch configured to sample and hold the output of the first buffer; the first voltage signal being formed between the output of the first buffer and a first terminal of the first power supply; the at least one tile current reference coupled to receive the first voltage signal.
A method for producing a rotor unit, wherein the rotor unit is realized with a rotor and a plain bearing bush for the rotatable arrangement of the rotor on a spindle, wherein the plain bearing bush is placed into a mold, wherein the rotor is produced by attaching a polymeric material to the plain bearing bush in the mold by means of a transfer molding process or an injection molding process, and wherein the plain bearing bush is composed of a first bush section and a second bush section that is connected to the first bush section, characterized in that the bush sections are placed into the mold, wherein the polymeric material is attached to the bush sections, and wherein a connecting fit, which allows a relative motion between the bush sections in the axial direction, is produced between the first bush section and the second bush section.
Diagnosis system of the charging apparatus of vehicle batteries, comprising processing means having: - interface means and a vehicle data network for acquiring two or more charging voltage measures(+/-) of the vehicle batteries, - storing means configured to store said two or more charging voltage measures, wherein said processing means are configured to compare said two or more charging voltage measures between each other and to at least a lower threshold value, in order to acquire a progression of said charging voltage, characterised by first comparison means (20.1) configured to compare said two or more charging voltage measures between each other to detect a stabilization of said charging voltage (+/-) of the vehicle batteries with respect to said lower threshold value, in at least a predetermined interval of time and wherein said processing means further comprise - human/machine interface means and - first means configured to promote, by said human/machine interface means, a replacement or the charging of said vehicle batteries, when said two or more charging voltage measures do not stabilize above said lower threshold value, and - second means configured to promote, by means of said human/machine interface means, a verification of a mechanical connection of the vehicle charging apparatus, when said two or more charging voltage measures do not stabilize above said lower threshold value, after having charged or replaced the vehicle batteries, and in that the diagnosis system further comprises - means configured to provide a message certifying a fault of the vehicle configured to generator and/or of a relating regulator/rectifier and configured - to print said certification message and/or - to send said certification message to a remote server. - interface means and a vehicle data network for acquiring two or more charging voltage measures(+/-) of the vehicle batteries, - storing means configured to store said two or more charging voltage measures, - human/machine interface means and - first means configured to promote, by said human/machine interface means, a replacement or the charging of said vehicle batteries, when said two or more charging voltage measures do not stabilize above said lower threshold value, and - second means configured to promote, by means of said human/machine interface means, a verification of a mechanical connection of the vehicle charging apparatus, when said two or more charging voltage measures do not stabilize above said lower threshold value, after having charged or replaced the vehicle batteries, - means configured to provide a message certifying a fault of the vehicle configured to generator and/or of a relating regulator/rectifier and configured - to print said certification message and/or - to send said certification message to a remote server.
A method of fabricating a three-dimensional object, the method comprising: supplying, with a powder supplier, powder to a fabrication chamber, the fabrication chamber including a fabrication stage to store powder and an outer edge portion outside the fabrication stage, the outer edge portion having one bottom surface; flattening, with a flattener, the powder supplied by the supplying; and collecting, with a powder collector, the powder having overflowed from the fabrication stage to the outer edge portion by the flattening into the fabrication stage. supplying, with a powder supplier, powder to a fabrication chamber, the fabrication chamber including a fabrication stage to store powder and an outer edge portion outside the fabrication stage, the outer edge portion having one bottom surface; flattening, with a flattener, the powder supplied by the supplying; and collecting, with a powder collector, the powder having overflowed from the fabrication stage to the outer edge portion by the flattening into the fabrication stage.
A foldable saw (1,2,3) including at least a saw handle body a saw blade body pivotally supported in a freely foldable and retractable manner with respect to the saw handle body and configured to be latched and locked in a use position, and a latch body attached to the saw handle body and configured to latch and lock the saw blade body, wherein the latch body comprises at least a latch section configured to extend frontward, and an operation section configured to extend rearward from the latch section, the saw blade body comprises at least a latch groove to which the latch body is to be latched, and the saw handle body comprises at least a seating recess and a receiving groove for the latch section of the latch body and the latch groove of the saw blade body to be received therein, and wherein the latch body is configured, in the state of being attached to the saw handle body, such that the latch section is spring-biased to enter into the receiving groove of the saw handle body and that the latch section is responsive to an operation of the operation section to retreat against the spring bias, characterized in that the latch body is made of single spring wire and further comprises a coil section wound into a coil form and a stop pin section configured to extend from the coil section for pinning the coil section, in that the latch section is configured to extend frontward from the coil section so as to be positioned in front of the coil section, in that the operation section is positioned in rear of the coil section, in that the seating recess is for the coil section of the latch body to be seated therein, and in that the saw handle body further comprises a pin hole for the stop pin section of the latch body to be inserted and locked therein.
A waveguide display comprising an optical lens and an image generation device, the optical lens consisting of: a first lens element, a second lens element, a third lens element, a fourth lens element, and a fifth lens element sequentially arranged from a light incident side to a light exit side, wherein: - refracting powers of the first lens element to the fourth lens element sequentially are positive, negative, positive, and positive, and the fifth lens element has refracting power, - a material of the first lens element, the second lens element, and third lens element, and the fifth lens element is a plastic material, and a material of the fourth lens element is glass, and - the first lens element and the fifth lens element are concave-convex lens elements and have a convex surface facing the light incident side; and wherein the image generation device is disposed at the light incident side, the optical lens is configured to receive an image beam provided by the image generation device, such that the image beam forms a stop at the light exit side after passing through the optical lens, the stop having a minimum cross-sectional area of beam shrinkage of the image beam. wherein: - refracting powers of the first lens element to the fourth lens element sequentially are positive, negative, positive, and positive, and the fifth lens element has refracting power, - a material of the first lens element, the second lens element, and third lens element, and the fifth lens element is a plastic material, and a material of the fourth lens element is glass, and - the first lens element and the fifth lens element are concave-convex lens elements and have a convex surface facing the light incident side; and - refracting powers of the first lens element to the fourth lens element sequentially are positive, negative, positive, and positive, and the fifth lens element has refracting power, - a material of the first lens element, the second lens element, and third lens element, and the fifth lens element is a plastic material, and a material of the fourth lens element is glass, and - the first lens element and the fifth lens element are concave-convex lens elements and have a convex surface facing the light incident side; and wherein the image generation device is disposed at the light incident side, the optical lens is configured to receive an image beam provided by the image generation device, such that the image beam forms a stop at the light exit side after passing through the optical lens, the stop having a minimum cross-sectional area of beam shrinkage of the image beam.
Method for transferring brake fluid into at least one wheel brake cylinder of a vehicle brake system, comprising the steps: placing at least one switching valve, by means of which at least one brake circuit is connected to the at least one wheel brake cylinder with a master brake cylinder of the brake system, in a closed state; characterized by reducing a booster force (Fv0, Fv1) of a brake booster, which booster force (Fv0, Fv1) is applied to at least one adjustable piston of the master brake cylinder, after the placing of the at least one switching valve in the closed state; placing at least one high-pressure switching valve, by means of which the at least one brake circuit is connected to the at least one wheel brake cylinder with the master brake cylinder, in at least a partially opened state after the reduction of the booster force (Fv0, Fv1) of the brake booster; and sucking in brake fluid via the at least partially opened at least one high-pressure switching valve and pumping the brake fluid into the at least one wheel brake cylinder. placing at least one switching valve, by means of which at least one brake circuit is connected to the at least one wheel brake cylinder with a master brake cylinder of the brake system, in a closed state; characterized by reducing a booster force (Fv0, Fv1) of a brake booster, which booster force (Fv0, Fv1) is applied to at least one adjustable piston of the master brake cylinder, after the placing of the at least one switching valve in the closed state; placing at least one high-pressure switching valve, by means of which the at least one brake circuit is connected to the at least one wheel brake cylinder with the master brake cylinder, in at least a partially opened state after the reduction of the booster force (Fv0, Fv1) of the brake booster; and sucking in brake fluid via the at least partially opened at least one high-pressure switching valve and pumping the brake fluid into the at least one wheel brake cylinder.