mhurhangee/ep-ind-claims huggingface dataset:
Device for assessment of regional blood flow, tissue microcirculation and blood oxygen saturation, comprising - a device for blood flow measurement which includes a Doppler ultrasound transducer with a first sensor having an acoustic head, wherein the first sensor comprises distinct receiving and emitting piezoelectric elements, - an apparatus for pulse oximetry equipped with a second sensor and a pulse oximeter processing unit to determine blood oxygen saturation, wherein the second sensor has two LEDs, one of which emits visible light in the red spectrum, the other in the infrared spectrum, wherein the device for blood flow measurement includes a first electronic-software unit and a second electronic-software unit for determining quantitative blood flow characteristics in a single vessel and in microcirculation volume of tissue, respectively, wherein the first electronic-software unit comprises a filter adapted to single out the signal from a single vessel which is possible when the transducer is set into the projection of a single vessel, wherein the second electronic-software unit is adapted to work at a higher gain than the first electronic-software unit to extract a tissue microcirculation signal which is possible when the transducer is set on the microcirculation volume of a tissue, wherein data from the first and the second electronic-software units (3, 4) are transmitted to a Doppler signal processing data unit, wherein the shape and structure of the acoustic head of the first sensor is configured: - to be elongated or L-shaped, - to operate with at least one of the frequencies 10, 20, 25, 30 MHz, - to be enclosed in a titanium case for providing repeated sterilization conditions, wherein the Doppler ultrasound transducer and the apparatus for pulse oximetry with the second sensor are connected to the device for assessment of regional blood flow, tissue microcirculation and blood oxygen saturation in parallel to perform data reading and processing simultaneously, wherein the Doppler signal processing unit and the pulse oximeter data processing unit are connected with a visualisation unit configured to display on screen blood oxygen saturation data from the pulse oximeter unit, and the blood flow data in the single vessel or in the microcirculation volume of tissue from the Doppler signal processing unit. - a device for blood flow measurement which includes a Doppler ultrasound transducer with a first sensor having an acoustic head, wherein the first sensor comprises distinct receiving and emitting piezoelectric elements, - an apparatus for pulse oximetry equipped with a second sensor and a pulse oximeter processing unit to determine blood oxygen saturation, - to be elongated or L-shaped, - to operate with at least one of the frequencies 10, 20, 25, 30 MHz, - to be enclosed in a titanium case for providing repeated sterilization conditions,
An oxidation catalyst for treating an exhaust gas produced by a diesel engine comprising a catalytic region and a substrate, wherein the substrate is a flow-through monolith and wherein the catalytic region comprises a catalytic material comprising: bismuth (Bi) or an oxide thereof; a platinum group metal selected from the group consisting of (i) platinum (Pt), (ii) palladium (Pd) and (iii) platinum (Pt) and palladium (Pd); and a support material, which is a refractory oxide, wherein the refractory oxide either (a) comprises alumina doped with silica, wherein the alumina is doped with silica in a total amount of 0.5 to 45 % by weight of the alumina or (b) is a mixed or composite oxide of silica-alumina comprising 0.5 to 45 % by weight of silica; wherein the platinum group metal is supported on the support material; and wherein the bismuth (Bi) or an oxide thereof is supported on the support material and/or the refractory oxide comprises the bismuth (Bi) or an oxide thereof. bismuth (Bi) or an oxide thereof; a platinum group metal selected from the group consisting of (i) platinum (Pt), (ii) palladium (Pd) and (iii) platinum (Pt) and palladium (Pd); and a support material, which is a refractory oxide, wherein the refractory oxide either (a) comprises alumina doped with silica, wherein the alumina is doped with silica in a total amount of 0.5 to 45 % by weight of the alumina or (b) is a mixed or composite oxide of silica-alumina comprising 0.5 to 45 % by weight of silica; (a) comprises alumina doped with silica, wherein the alumina is doped with silica in a total amount of 0.5 to 45 % by weight of the alumina or (b) is a mixed or composite oxide of silica-alumina comprising 0.5 to 45 % by weight of silica; wherein the platinum group metal is supported on the support material; and wherein the bismuth (Bi) or an oxide thereof is supported on the support material and/or the refractory oxide comprises the bismuth (Bi) or an oxide thereof.
Dispenser or similar discharging container, in particular for tablets or similar pelletised material, comprising a housing and a slide that is movably arranged in the housing, a discharge opening for isolated material being able to be released by actuating the slide, and a ramp for guiding the material towards the discharge opening being fixed to a part of the dispenser and being movable relative to the part of the dispenser in order to change the position of the material, the ramp being formed integrally with the slide as a part thereof and the ramp being able to be moved upwards in order to raise the material, characterised in that the ramp is intrinsically flexible.
A movement controlled off-wing evacuation system for an aircraft including a wing, comprising: a ramp; a slide extending from said ramp; and a movement control strap, characterised in that the movement control strap is coupled between said ramp and said slide, said movement control strap comprising a first portion attached to said ramp at a ramp anchoring point, a second portion attached to said slide at a slide anchoring point, and a third portion between said first portion and said second portion, wherein said third portion is configured to engage with the wing of the aircraft at a wing anchoring point. a ramp; a slide extending from said ramp; and a movement control strap, characterised in that the movement control strap is coupled between said ramp and said slide, said movement control strap comprising a first portion attached to said ramp at a ramp anchoring point, a second portion attached to said slide at a slide anchoring point, and a third portion between said first portion and said second portion, wherein said third portion is configured to engage with the wing of the aircraft at a wing anchoring point.
Guide slider (1, 1') for a lifting/sliding door for attachment to a sash frame of the lifting/sliding door, especially a steel-free hollow-chamber profile frame, and for co-operation with a guide profile, which guide profile is arranged or is to be arranged on a door frame of the lifting/sliding door, having: a first limb; a second limb which extends substantially perpendicularly to the first limb, so that an inner face of the first limb and an inner face of the second limb enclose substantially a right-angle; a guide pin which is preferably arranged centrally on an outer side of the first limb and extends transversely thereto; an opening in the second limb, which opening is arranged and constructed in such a way that a fastening means, preferably a screw, is insertable through the opening to effect interlocking and/or force-based attachment of the guide slider (1, 1') to the sash frame, characterised in that the guide slider (1, 1') has a fastening pin which is arranged on the inner side of the first limb and extends transversely thereto; and the fastening pin is constructed so that it can be expanded and/or enlarged in cross-section by means of the fastening means, preferably by provision of appropriate structures (7, 8) and/or by selection of an appropriate material, the fastening pin having a receiver, especially a gap or a slot or a bore, into which the fastening means is introducible to effect expansion of the fastening pin. a first limb; a second limb which extends substantially perpendicularly to the first limb, so that an inner face of the first limb and an inner face of the second limb enclose substantially a right-angle; a guide pin which is preferably arranged centrally on an outer side of the first limb and extends transversely thereto; an opening in the second limb, which opening is arranged and constructed in such a way that a fastening means, preferably a screw, is insertable through the opening to effect interlocking and/or force-based attachment of the guide slider (1, 1') to the sash frame, characterised in that the guide slider (1, 1') has a fastening pin which is arranged on the inner side of the first limb and extends transversely thereto; and the fastening pin is constructed so that it can be expanded and/or enlarged in cross-section by means of the fastening means, preferably by provision of appropriate structures (7, 8) and/or by selection of an appropriate material, the fastening pin having a receiver, especially a gap or a slot or a bore, into which the fastening means is introducible to effect expansion of the fastening pin.
A pacing device comprising: a set of electrodes (30, 32, 34, 36) including first, second, third, and fourth left ventricular electrodes spatially separated from one another and all coupled to an implantable pulse generator, a processing circuit coupled to the implantable pulse generator, the processing circuit configured to: a) cause the pulse generator to deliver pacing in a pacing mode comprising delivering first pacing and second pacing pulses to a left ventricle within a single cardiac cycle using the first and second LV electrodes; b) to determine duration of delay between the first and second pacing pulses; and c) to determine whether capture has been lost at one or both of the first and second LV electrodes and if so to trigger the pulse generator to modify the pacing mode in response to the determined loss of capture, characterised in that the modification to the pacing mode comprises, i) when the determined duration of delay between the first and second pacing pulses is greater than a preset duration, subsequently delivering following pacing pulses to the left ventricle using the first and second LV electrodes separated by a delay different from the determined duration of delay; and ii) when the determined duration of delay between the first and second pacing pulses is less than or equal to the preset duration, subsequently delivering following pacing pulses to the left ventricle using at least one of the third and fourth LV electrodes. a set of electrodes (30, 32, 34, 36) including first, second, third, and fourth left ventricular electrodes spatially separated from one another and all coupled to an implantable pulse generator, a processing circuit coupled to the implantable pulse generator, the processing circuit configured to: a) cause the pulse generator to deliver pacing in a pacing mode comprising delivering first pacing and second pacing pulses to a left ventricle within a single cardiac cycle using the first and second LV electrodes; b) to determine duration of delay between the first and second pacing pulses; and c) to determine whether capture has been lost at one or both of the first and second LV electrodes and if so to trigger the pulse generator to modify the pacing mode in response to the determined loss of capture, a) cause the pulse generator to deliver pacing in a pacing mode comprising delivering first pacing and second pacing pulses to a left ventricle within a single cardiac cycle using the first and second LV electrodes; b) to determine duration of delay between the first and second pacing pulses; and c) to determine whether capture has been lost at one or both of the first and second LV electrodes and if so to trigger the pulse generator to modify the pacing mode in response to the determined loss of capture, i) when the determined duration of delay between the first and second pacing pulses is greater than a preset duration, subsequently delivering following pacing pulses to the left ventricle using the first and second LV electrodes separated by a delay different from the determined duration of delay; and ii) when the determined duration of delay between the first and
A method of starting a gas turbine engine by use of a start sequence in which turbine speed and fuel delivery are coordinated so as to provide a fuel/air mixture at an ignition device allowing a successful ignition, whereby the gas turbine engine is purged if a successful ignition has not occurred by end of the start sequence and the start sequence is repeated after purging the gas turbine engine, characterised in that the fuel/air ratio of the fuel/air mixture is varied through a range of fuel/air ratios, the range of fuel/air ratios being defined by a starting point and an end point in the start sequence, and in that the range of fuel/air ratios is shifted and/or scaled when repeating the start sequence.
Vented laundry dryer (1; 21; 31; 41) having - an air inlet duct, which passes from the outside to a heatable laundry treatment compartment, - an air outlet duct, which passes from the laundry treatment compartment to the outside, - a heat recovery system (8-11; 8-10; 42a-d) for transferring heat from the air outlet duct to the air inlet duct and - an additional heater disposed on the air inlet duct, wherein - the heat recovery system (8-11; 8-10; 42a-d) is a heat pump with an evaporator, a condenser, a compressor and a relaxation unit (11; 42a-d), the condenser being thermally coupled to the air inlet duct and the evaporator being thermally coupled to the air outlet duct, characterized in that - a flow cross-section of the relaxation unit (11; 42a-d) can be set as a function of at least one operating parameter of the additional heater. - an air inlet duct, which passes from the outside to a heatable laundry treatment compartment, - an air outlet duct, which passes from the laundry treatment compartment to the outside, - a heat recovery system (8-11; 8-10; 42a-d) for transferring heat from the air outlet duct to the air inlet duct and - an additional heater disposed on the air inlet duct, wherein - the heat recovery system (8-11; 8-10; 42a-d) is a heat pump with an evaporator, a condenser, a compressor and a relaxation unit (11; 42a-d), the condenser being thermally coupled to the air inlet duct and the evaporator being thermally coupled to the air outlet duct, characterized in that - a flow cross-section of the relaxation unit (11; 42a-d) can be set as a function of at least one operating parameter of the additional heater.
A composite panel comprising a first fascia and a second fascia at least one of which is formed from metal structural sheet material, located between the first and second fascia (11, 15) are a first structural foam layer, a metal core layer and a second structural foam layer, the metal core layer being as thin or thinner than the first fascia and/or as thick or thicker than the second fascia and characterised in the first fascia is fusion bonded to the first structural foam layer and the second fascia is fusion bonded to the second structural foam layer.
A system box for holding a bag system, the system box comprising: a first chamber comprising a first opening; a second chamber comprising a second opening; a lid movable from an open position to a closed position, the lid comprising an interior surface and an exterior surface, wherein when the lid is in the closed position the interior surface covers at least a portion of the first opening; characterized in that the lid further comprises a first arm and a second arm; wherein the system box further comprises a latch system with a first hook for engaging the first arm of the lid and a second hook for engaging the second arm of the lid, and a first valve connected to the latch system, wherein when the lid engages at least one of the first hook or the second hook, the first valve is closed. a first chamber comprising a first opening; a second chamber comprising a second opening; a lid movable from an open position to a closed position, the lid comprising an interior surface and an exterior surface, wherein when the lid is in the closed position the interior surface covers at least a portion of the first opening; characterized in that the lid further comprises a first arm and a second arm; wherein the system box further comprises a latch system with a first hook for engaging the first arm of the lid and a second hook for engaging the second arm of the lid, and a first valve connected to the latch system, wherein when the lid engages at least one of the first hook or the second hook, the first valve is closed.
A portable device comprising: a display unit; a touch input unit; a memory storing one or more instructions; and a controller configured to execute the one or more instructions to: control the display unit to display a display screen comprising an upper part and a lower part, the display screen including an input window for user input at a first position in the upper part of the display screen; receive, by the touch input unit, a first touch input to move the display screen; in response to recognizing a predefined specific pattern of the first touch input, control the display unit to move the input window from the first position downwards to a second position by moving the upper part of the display screen downwards; in response to receiving a second touch input to the input window, control the display unit to display an input screen. a display unit; a touch input unit; a memory storing one or more instructions; and a controller configured to execute the one or more instructions to: control the display unit to display a display screen comprising an upper part and a lower part, the display screen including an input window for user input at a first position in the upper part of the display screen; receive, by the touch input unit, a first touch input to move the display screen; in response to recognizing a predefined specific pattern of the first touch input, control the display unit to move the input window from the first position downwards to a second position by moving the upper part of the display screen downwards; in response to receiving a second touch input to the input window, control the display unit to display an input screen. control the display unit to display a display screen comprising an upper part and a lower part, the display screen including an input window for user input at a first position in the upper part of the display screen; receive, by the touch input unit, a first touch input to move the display screen; in response to recognizing a predefined specific pattern of the first touch input, control the display unit to move the input window from the first position downwards to a second position by moving the upper part of the display screen downwards; in response to receiving a second touch input to the input window, control the display unit to display an input screen.
A method of extracting metal from a metal-bearing material, the method comprising: forming a slurry comprising the metal-bearing material, water, a surfactant composition, and a leaching composition; and recovering at least a portion of the metal from the slurry, wherein the surfactant composition comprises a high terpene-containing natural oil and wherein the metal-bearing material comprises at least one of gold, silver and copper. forming a slurry comprising the metal-bearing material, water, a surfactant composition, and a leaching composition; and recovering at least a portion of the metal from the slurry, wherein the surfactant composition comprises a high terpene-containing natural oil and wherein the metal-bearing material comprises at least one of gold, silver and copper.
System of yeast propagation and adaptation for second fermentation in the generation of sparkling wines, characterised as comprising a bioreactor for yeast propagation and a mixing tank aimed at containing the liquor, including a programmed pump between the bioreactor and the mixing tank, as well as a programmable automaton with a control panel for process automation.
A method for generating a pulsed magnetic field, the method being implemented using a device comprising an electrical supply, a switch, a capacitor and a coil having a first extremity connected to an electrical ground and a second extremity, the capacitor comprising a first electrode connected to the electrical ground and a second electrode, the switch being able to commute between a first configuration wherein the second electrode and the second extremity are electrically insulated and at least one second configuration wherein the second electrode and the second extremity are electrically connected, the capacitor, the switch and the coil forming a series circuit when the switch is in the second configuration, the series circuit being underdamped, and the electrical supply being able to commute between a third configuration wherein the electrical supply is able to charge the second electrode with an electrical charge having a first polarity and a fourth configuration wherein the electrical supply is able to change the second electrode with an electrical charge having a second polarity different from the first polarity, the method comprising: • a first step for charging the second electrode with a first electrical charge having the first polarity, the switch having the first configuration, • a first step for discharging the first electrical charge through the coil to generate a first pulse of magnetic field, the switch having the second configuration, • a second step for charging the second electrode with a second electrical charge having the second polarity different from the first polarity, the switch having the first configuration, and • a second step for discharging the second electrical charge through the coil to generate a second pulse of magnetic field, the switch having the second configuration. • a first step for charging the second electrode with a first electrical charge having the first polarity, the switch having the first configuration, • a first step for discharging the first electrical charge through the coil to generate a first pulse of magnetic field, the switch having the second configuration, • a second step for charging the second electrode with a second electrical charge having the second polarity different from the first polarity, the switch having the first configuration, and • a second step for discharging the second electrical charge through the coil to generate a second pulse of magnetic field, the switch having the second configuration.
An airfoil for an unmanned aerial vehicle configured for low speed performance, the airfoil comprising: an upper surface having an upper surface portion with a top local surface angle magnitude of less than 5 degrees at a subsection of a chord, wherein the chord is defined by a line starting at a leading edge of the airfoil and extending to a trailing edge of the airfoil; and a lower surface having a lower surface portion with a bottom local surface angle magnitude of less than 5 degrees at the subsection of the chord, wherein a maximum thickness of the airfoil extends from about 20% to about 40% of a chord length. an upper surface having an upper surface portion with a top local surface angle magnitude of less than 5 degrees at a subsection of a chord, wherein the chord is defined by a line starting at a leading edge of the airfoil and extending to a trailing edge of the airfoil; and a lower surface having a lower surface portion with a bottom local surface angle magnitude of less than 5 degrees at the subsection of the chord, wherein a maximum thickness of the airfoil extends from about 20% to about 40% of a chord length.