mhurhangee/ep-ind-claims huggingface dataset:
A multifunctional beach wagon comprising: a frame; a handle mechanism; a plurality of wheels; a plurality of locking hinges; the frame comprising a seat panel, a back panel, and a leg panel; the seat panel comprising a first seat edge, a second seat edge, a first surface and a second surface; the first seat edge being positioned opposite to the second seat edge across the seat panel; the first surface being positioned opposite to the second surface across the seat panel; the back panel being hingedly connected to the first seat edge; the leg panel being hingedly connected to the second seat edge; the handle mechanism being integrated into the frame; the plurality of wheels being connected onto the second surface of the seat panel; the plurality of locking hinges being integrated between the seat panel, the back panel and the leg panel; and the plurality of locking hinges being operatively coupled to the frame, wherein the plurality of locking hinges enables the frame to switch between a wagon configuration, a chair configuration and a collapsed configuration; a first arm rest; a second arm rest; the first armrest and the second armrest being connected between the seat panel and the back panel; the first armrest and the second armrest being normally offset from the seat panel; the first armrest and the second armrest being laterally offset; the plurality of locking hinges being integrated between the first armrest and the frame; the plurality of locking hinges being integrated between the second armrest and the frame; a first back panel surface and a second back panel surface; a first leg panel surface and a second leg panel surface; the first back panel surface being positioned opposite to the second back panel surface across the back panel; the first leg panel surface being positioned opposite to the second leg panel surface across the leg panel; a padded layer, the padded layer being mounted onto the second leg panel surface, characterized in that the multifunctional beach wagon further comprises at least one head rest; the at least one head rest being mounted onto the first back panel surface. a first arm rest; a second arm rest; the first armrest and the second armrest being connected between the seat panel and the back panel; the first armrest and the second armrest being normally offset from the seat panel; the first armrest and the second armrest being laterally offset; the plurality of locking hinges being integrated between the first armrest and the frame; the plurality of locking hinges being integrated between the second armrest and the frame; a first back panel surface and a second back panel surface; a first leg panel surface and a second leg panel surface; the first back panel surface being positioned opposite to the second back panel surface across the back panel; the first leg panel surface being positioned opposite to the second leg panel surface across the leg panel; a padded layer, the padded layer being mounted onto the second leg panel surface, characterized in that the multifunctional beach wagon further comprises at least one head rest; the at least one head rest being mounted onto the first back panel surface.
An assembly for inspecting a repair patch, the assembly comprising: a partially cured repair patch comprised of a composite material; an acoustic facilitation layer disposed proximate a surface of the repair patch through which ultrasonic signals will be introduced; a vacuum bag surrounding the repair patch and the acoustic facilitation layer, wherein the acoustic facilitation layer has an acoustic impedance that is closer to respective acoustic impedances of the repair patch and the vacuum bag than the acoustic impedance of air is to the respective acoustic impedances of the repair patch and the vacuum bag; and an ultrasonic transducer configured to introduce ultrasonic signals through the vacuum bag and the acoustic facilitation layer and then into the repair patch and to receive echo signals returning from the repair patch to facilitate single-sided inspection of the repair patch. a partially cured repair patch comprised of a composite material; an acoustic facilitation layer disposed proximate a surface of the repair patch through which ultrasonic signals will be introduced; a vacuum bag surrounding the repair patch and the acoustic facilitation layer, wherein the acoustic facilitation layer has an acoustic impedance that is closer to respective acoustic impedances of the repair patch and the vacuum bag than the acoustic impedance of air is to the respective acoustic impedances of the repair patch and the vacuum bag; and an ultrasonic transducer configured to introduce ultrasonic signals through the vacuum bag and the acoustic facilitation layer and then into the repair patch and to receive echo signals returning from the repair patch to facilitate single-sided inspection of the repair patch.
A pump for pumping liquid, comprising a drive unit. and a heat sink connected to said drive unit, which heat sink is arranged to carry off heat that is generated in said drive unit during operation of the pump, the drive unit comprising: - a motor compartment that in the radial direction is delimited by a motor casing and that accommodate an electric motor having a stator, - a coupling compartment that at least partly is delimited by a pump top casing and that accommodate a power supply component, - an upper partition that is arranged between said motor compartment and said coupling compartment, the motor casing comprising: - an outer jacket that is connected to and that in the axial direction extends between the upper partition and the heat sink, - an inner stator housing that extends between the stator and the heat sink, and - a gap that in the radial direction separate the outer jacket and the inner stator housing, characterized in that said gap is filled with gas and in that the heat sink comprises a liquid seal chamber. - a motor compartment that in the radial direction is delimited by a motor casing and that accommodate an electric motor having a stator, - a coupling compartment that at least partly is delimited by a pump top casing and that accommodate a power supply component, - an upper partition that is arranged between said motor compartment and said coupling compartment, the motor casing comprising: - an outer jacket that is connected to and that in the axial direction extends between the upper partition and the heat sink, - an inner stator housing that extends between the stator and the heat sink, and - a gap that in the radial direction separate the outer jacket and the inner stator housing,
A ventilator for at least supportive ventilation of living beings breathing in a healthy state, the ventilator encompassing: - a connector configuration for connection to a respiratory gas reservoir; - a respiratory gas conduit arrangement conveying fresh inspiratory respiratory gas from the connector configuration to a patient interface upon inspiratory operation of the ventilator, and conveying metabolized expiratory respiratory gas away from the patient interface upon expiratory operation; - a pressure modifying arrangement for modifying the pressure of respiratory gas in the respiratory gas conduit arrangement; - a flow sensor that is embodied and arranged to furnish a flow signal (50; 150) representing a respiratory gas volumetric flow at least of expiratory respiratory gas in the respiratory gas conduit arrangement; - a control device that controls the operation of the ventilator and is embodied to trigger a transition from expiratory operation to inspiratory operation of the ventilator when an increase in the slope of a flow signal profile (50; 150), which reproduces flow signals furnished successively in time, exceeds a slope change threshold value (58; 158), wherein the control device is further embodied to ascertain the slope change threshold value (58; 158) as a function of an expiratory time constant of the respective patient to be ventilated, and to trigger the transition from expiratory operation to inspiratory operation of the ventilator when the increase in the slope of the flow signal profile (50; 150) exceeds the slope change threshold value (58; 158) ascertained in accordance with the expiratory time constant. - a connector configuration for connection to a respiratory gas reservoir; - a respiratory gas conduit arrangement conveying fresh inspiratory respiratory gas from the connector configuration to a patient interface upon inspiratory operation of the ventilator, and conveying metabolized expiratory respiratory gas away from the patient interface upon expiratory operation; - a pressure modifying arrangement for modifying the pressure of respiratory gas in the respiratory gas conduit arrangement; - a flow sensor that is embodied and arranged to furnish a flow signal (50; 150) representing a respiratory gas volumetric flow at least of expiratory respiratory gas in the respiratory gas conduit arrangement; - a control device that controls the operation of the ventilator and is embodied to trigger a transition from expiratory operation to inspiratory operation of the ventilator when an increase in the slope of a flow signal profile (50; 150), which reproduces flow signals furnished successively in time, exceeds a slope change threshold value (58; 158),
A system for protecting electric equipment against an arc occurring between contacts of a socket and a plug during disconnection from a power supply network, the system comprising an AC supply source electrically connected with a central AC/DC power supply unit, the power supply unit being fitted with at least one output for electric wires for transmitting direct current of different voltages, the system being equipped with at least one plug-in socket (9a, 9b) for plugging into it household receivers supplied with direct current; the system comprising a disconnecting module connected into the system between the central AC/DC power supply unit and the contacts of the plug-in socket (9a,9b); the at least one plug-in socket (9a, 9b) comprising a monitoring system configured for detecting an insertion of and an attempt to remove a plug from the plug-in socket (9a,9b) and for sending a signal indicative of said insertion of or attempt to remove the plug to the disconnecting module; the disconnecting module being configured for turning on the current that supplies the electric equipment if an insertion of the plug has been detected and turning off the current that supplies the electric equipment if an attempt to remove has been detected, wherein the monitoring system has the form of a coil with a magnetic core and the magnetic core is in the form of a pin of the plug.
An imaging method characterised by: providing a cylindrical imaging member having an outer surface having a seam region and an imaging region, the outer surface having a radius smaller at the seam region than at the imaging region with respect to an axis of rotation of the imaging member; rotating the imaging member to thereby rotate the portions of the outer surface of the imaging member adjacent to a cylindrical charge device configured to provide an electrical charge to the imaging member which is usable for imaging; controlling a position of the charge device to ride upon the imaging region of the outer surface of the imaging member and using the charge device to provide the electrical charge to the imaging region of the imaging member; controlling a position of the charge device using a positioning control system to provide a space intermediate the charge device and the seam region at the moments in time when the seam region is positioned at a nip location when charging occurs. providing a cylindrical imaging member having an outer surface having a seam region and an imaging region, the outer surface having a radius smaller at the seam region than at the imaging region with respect to an axis of rotation of the imaging member; rotating the imaging member to thereby rotate the portions of the outer surface of the imaging member adjacent to a cylindrical charge device configured to provide an electrical charge to the imaging member which is usable for imaging; controlling a position of the charge device to ride upon the imaging region of the outer surface of the imaging member and using the charge device to provide the electrical charge to the imaging region of the imaging member; controlling a position of the charge device using a positioning control system to provide a space intermediate the charge device and the seam region at the moments in time when the seam region is positioned at a nip location when charging occurs.
A method for making a low density foamed article having a density of from 0.15 to 3 g/cm 3, comprising: combining in an extruder (12; 130) a molten polymer selected from the group consisting of thermoplastic polyurethane elastomers having a melt index of from 5 to 100 grams/10 min. at 190° C., 8.7 kg or from 180 to 300 grams/10 min. at 200° C., 21.6 kg as measured using the procedure of ASTM D1238 and thermoplastic ethylene-vinyl acetate copolymers having a melt index of from 0.5 up to 50 grams/10 min. at 190° C., 8.7 kg as measured using the procedure of ASTM D1238 with (a) a physical or chemical blowing agent other than a supercritical fluid and (b) a supercritical fluid wherein the blowing agent (a) is present in an amount up to 15 wt % based on polymer weight and the supercritical fluid comprises one of 0.1 to 5 weight percent of supercritical CO 2 or about 0.1 to about 4 weight percent of supercritical N 2 to form a mixture and injection molding the mixture at an injection pressure of from 110 MPa to 207 MPa into a mold comprising a porous tool. combining in an extruder (12; 130) a molten polymer selected from the group consisting of thermoplastic polyurethane elastomers having a melt index of from 5 to 100 grams/10 min. at 190° C., 8.7 kg or from 180 to 300 grams/10 min. at 200° C., 21.6 kg as measured using the procedure of ASTM D1238 and thermoplastic ethylene-vinyl acetate copolymers having a melt index of from 0.5 up to 50 grams/10 min. at 190° C., 8.7 kg as measured using the procedure of ASTM D1238 with (a) a physical or chemical blowing agent other than a supercritical fluid and (b) a supercritical fluid (a) a physical or chemical blowing agent other than a supercritical fluid and (b) a supercritical fluid wherein the blowing agent (a) is present in an amount up to 15 wt % based on polymer weight and the supercritical fluid comprises one of 0.1 to 5 weight percent of supercritical CO 2 or about 0.1 to about 4 weight percent of supercritical N 2 to form a mixture and injection molding the mixture at an injection pressure of from 110 MPa to 207 MPa into a mold comprising a porous tool.
A bipolar ionizer for air purification, which is a plate-type structure comprising: a substrate with a thermally conductive sheet, a first porous emitter plate, a second porous emitter plate, a first dielectric barrier plate, a second dielectric barrier plate, a first ground plate, and a second ground plate; wherein the fist porous emitter plate is disposed on a top surface of the substrate and the second porous emitter plate is disposed on a bottom surface of the substrate the first dielectric barrier plate is disposed above the first porous emitter plate and the second dielectric barrier plate is disposed under the second porous emitter plate; the first ground plate is disposed above the first dielectric barrier plate and the second ground plate is disposed under the second dielectric barrier plate the first porous emitter plate and the second porous emitter plate are both porous metal sheets; the first ground plate and the second ground plate are both porous metal sheets; an electric field gradient formed between the thermally conductive sheet and the first porous emitter plate is smaller than an electric field gradient formed between the first porous emitter plate and the first ground plate, and an electric field gradient formed between the thermally conductive sheet and the second porous emitter plate is smaller than an electric field gradient formed between the second porous emitter plate and the second ground plate. a substrate with a thermally conductive sheet, a first porous emitter plate, a second porous emitter plate, a first dielectric barrier plate, a second dielectric barrier plate, a first ground plate, and a second ground plate; wherein the fist porous emitter plate is disposed on a top surface of the substrate and the second porous emitter plate is disposed on a bottom surface of the substrate the first dielectric barrier plate is disposed above the first porous emitter plate and the second dielectric barrier plate is disposed under the second porous emitter plate; the first ground plate is disposed above the first dielectric barrier plate and the second ground plate is disposed under the second dielectric barrier plate the first porous emitter plate and the second porous emitter plate are both porous metal sheets; the first ground plate and the second ground plate are both porous metal sheets; an electric field gradient formed between the thermally conductive sheet and the first porous emitter plate is smaller than an electric field gradient formed between the first porous emitter plate and the first ground plate, and an electric field gradient formed between the thermally conductive sheet and the second porous emitter plate is smaller than an electric field gradient formed between the second porous emitter plate and the second ground plate.
A mobile device comprising a USB interface circuit, wherein the USB interface circuit comprising a power supply circuit including an output, a USB interface including an ID contact, a trigger detection circuit including an input, and an isolation circuit located between the power supply circuit and the ID contact and including a first end and a second end, the first end of the isolation circuit and the output of the power supply circuit connected with the input of the trigger detection circuit, the second end of the isolation circuit connected with the ID contact, and the isolation circuit configured to control a voltage at the ID contact below a preset voltage upon detecting an On-The-Go, OTG, device is not connected with the USB interface; wherein the preset voltage is an electrolytic voltage threshold of water.
Method for cooling a metallic material by application of a cooling medium from a cooling bar to the material, wherein the cooling medium is applied through a slot of the cooling bar, wherein during the cooling process the width of the slot in conveying direction of the material or the cooling bar is changed so as to control or regulate the cooling performance of the cooling medium to a desired or predetermined level, wherein the width of the slot in a direction, which is both transverse to the conveying direction and perpendicular to the exit direction of the cooling medium, is differently changed in sectionwise manner, characterised in that the slot is bounded by at least two sections (4, 5) of the cooling bar, wherein the two sections (4, 5) of the cooling bar as seen perpendicularly to the exit direction of the cooling medium each have a concave part and a convex part connected therewith and wherein for changing the width of the slot the at least two sections (4, 5) of the cooling bar are displaced in a direction which is both perpendicular to the exit direction of the cooling medium and perpendicular to the conveying direction.
Vehicle body structure in the region between two front spring strut mounts (6, 7) and a front windscreen crossmember, comprising two straight strut braces (10, 11) which at one end are respectively connected in the dome region (8, 9) of the associated spring strut mount (6, 7) and at the other end are respectively connected to a common connecting point in the centre region of the windscreen crossmember, characterised in that the connecting point is formed by an insertion part in the centre region of the windscreen crossmember, the insertion part rests against the windscreen crossmember by a contact wall and is fastened there, and the insertion part also has two insertion mounts (21, 22, 20, 23, 24) which are oriented at an angle and in the direction of the two strut braces (10, 11) and into which the ends (26, 27) of the strut braces are inserted for the retention and support thereof.
An elongate passenger service unit, PSU, assembly (10, 10a, 10b) formed of a number of modular components assembled end-to-end in a series, the assembly comprising: a plurality of modular passenger service components; and a plurality of modular spacer components having varying lengthwise dimensions; wherein the modular spacer components are positioned between the modular passenger service components in an end-to-end manner so as to provide a desired lengthwise array of the passenger service components along the PSU assembly; characterised by the PSU assembly further comprising: a plurality of modular emergency oxygen components having varying lengthwise dimensions, each respectively accommodating at least one emergency oxygen delivery system therewithin, the modular emergency oxygen components being connected in an end-to-end manner with the modular passenger service components. a plurality of modular passenger service components; and a plurality of modular spacer components having varying lengthwise dimensions; wherein the modular spacer components are positioned between the modular passenger service components in an end-to-end manner so as to provide a desired lengthwise array of the passenger service components along the PSU assembly; a plurality of modular emergency oxygen components having varying lengthwise dimensions, each respectively accommodating at least one emergency oxygen delivery system therewithin, the modular emergency oxygen components being connected in an end-to-end manner with the modular passenger service components.