mhurhangee/ep-ind-claims huggingface dataset:
An automatically inflatable patient transfer air mattress comprising: a main mattress portion forming a plate shape with a predetermined thickness when charged and inflated with air; a protective cover portion provided on one side surface of the main mattress portion in a longitudinal direction, and configured to cover one surface of the main mattress portion when deployed; and a cushion wheel unit disposed on a bottom portion of the main mattress portion to absorb impact from below; and four side pad portions respectively coupled to four edge portions of the top surface of the main mattress portion, wherein the main mattress portion and the side pad portions are coupled via first pad joining portions, wherein second pad joining portions are located between and elastically coupled to adjacent side surfaces of the four side pad portions, and wherein one of the four side pad portions is connected to the main mattress portion via a gas pipe channel in such a manner that fluid is in communication therebetween. a main mattress portion forming a plate shape with a predetermined thickness when charged and inflated with air; a protective cover portion provided on one side surface of the main mattress portion in a longitudinal direction, and configured to cover one surface of the main mattress portion when deployed; and a cushion wheel unit disposed on a bottom portion of the main mattress portion to absorb impact from below; and four side pad portions respectively coupled to four edge portions of the top surface of the main mattress portion, wherein the main mattress portion and the side pad portions are coupled via first pad joining portions, wherein second pad joining portions are located between and elastically coupled to adjacent side surfaces of the four side pad portions, and wherein one of the four side pad portions is connected to the main mattress portion via a gas pipe channel in such a manner that fluid is in communication therebetween.
A computer-implemented method for analysing a pulse wave signal, PWS, obtained from a subject to determine an indication of the blood pressure or a change in blood pressure of the subject, wherein the PWS comprises pulse wave measurements for a plurality of cardiac cycles of the subject during a first time period, the method comprising: (i) analysing the PWS to determine a first average cardiac cycle waveform for a first time point in the first time period and a second average cardiac cycle waveform for a second time point in the first time period; (ii) determining a difference signal representing a change in morphology from the first average cardiac cycle waveform to the second average cardiac cycle waveform; (iii) determining an absolute value of the change in morphology from the difference signal; (iv) determining a direction of the change in morphology; and (v) determining a relative blood pressure change by combining the absolute value and the direction of the change in morphology. (i) analysing the PWS to determine a first average cardiac cycle waveform for a first time point in the first time period and a second average cardiac cycle waveform for a second time point in the first time period; (ii) determining a difference signal representing a change in morphology from the first average cardiac cycle waveform to the second average cardiac cycle waveform; (iii) determining an absolute value of the change in morphology from the difference signal; (iv) determining a direction of the change in morphology; and (v) determining a relative blood pressure change by combining the absolute value and the direction of the change in morphology.
A method of sealing a structure, being an aircraft fuel tank, comprising: coating a first surface area on the structure with a first finish, the first finish having a high surface energy; coating a second surface area on the structure with a second finish, the second finish having a low surface energy that is less than the high surface energy; and, applying a sealant on the first finish coating the first surface area on the structure, the sealant being substantially absent from the second finish coating the second surface area on the structure. coating a first surface area on the structure with a first finish, the first finish having a high surface energy; coating a second surface area on the structure with a second finish, the second finish having a low surface energy that is less than the high surface energy; and, applying a sealant on the first finish coating the first surface area on the structure, the sealant being substantially absent from the second finish coating the second surface area on the structure.
An electric machine comprising: - a first compartment housing an electric motor mounted on a rotating shaft; - a second compartment housing an electric circuit (10, 12, 13) adapted to connect said electric motor to a power supply source; - a cooling system adapted to dissipate the heat generated by said electric machine, wherein said cooling system comprises at least one finned heat exchanger adapted to dissipate the heat generated by said electric circuit (10, 12, 13) inside said second compartment, said finned heat exchanger being positioned on a wall and facing the inside of said second compartment, characterized in that said finned heat changer comprises a plate having one or more mutually coupled modules. - a first compartment housing an electric motor mounted on a rotating shaft; - a second compartment housing an electric circuit (10, 12, 13) adapted to connect said electric motor to a power supply source; - a cooling system adapted to dissipate the heat generated by said electric machine, wherein said cooling system comprises at least one finned heat exchanger adapted to dissipate the heat generated by said electric circuit (10, 12, 13) inside said second compartment, said finned heat exchanger being positioned on a wall and facing the inside of said second compartment, characterized in that said finned heat changer comprises a plate having one or more mutually coupled modules.
A method for printing on specialty media comprising: a) providing a fixing fluid containing a fixing agent, wherein the fixing agent is borax, boric acid, copper sulphate, or combinations thereof; b) providing a dye- or pigments-based ink-jet ink containing an effective amount of a partially hydrolised polyvinyl(alcohol-acetate) species; c) jetting the fixing fluid onto a specialty media substrate thereby forming a coated substrate; and d) jetting the ink-jet ink onto the coated substrate. a) providing a fixing fluid containing a fixing agent, wherein the fixing agent is borax, boric acid, copper sulphate, or combinations thereof; b) providing a dye- or pigments-based ink-jet ink containing an effective amount of a partially hydrolised polyvinyl(alcohol-acetate) species; c) jetting the fixing fluid onto a specialty media substrate thereby forming a coated substrate; and d) jetting the ink-jet ink onto the coated substrate.
A multiple bipolar sampling system for use in an invasive medical procedure, comprising: a plurality of modules, each module (70, 170) comprising: an insulating frame comprising a curved printed circuit board; a pair of electrodes (34, 36) fixed to the frame at respective locations that are spaced apart; and circuitry, mounted on the PCB, configured to receive signals from the pair of electrodes and in response output a differential signal; an insertion tube having distal and proximal ends and containing the plurality of modules in locations spaced longitudinally in proximity to the distal end; and cabling running through the tube and connected to convey differential signals from the modules to the proximal end. a plurality of modules, each module (70, 170) comprising: an insulating frame comprising a curved printed circuit board; a pair of electrodes (34, 36) fixed to the frame at respective locations that are spaced apart; and circuitry, mounted on the PCB, configured to receive signals from the pair of electrodes and in response output a differential signal; an insulating frame comprising a curved printed circuit board; a pair of electrodes (34, 36) fixed to the frame at respective locations that are spaced apart; and circuitry, mounted on the PCB, configured to receive signals from the pair of electrodes and in response output a differential signal; an insertion tube having distal and proximal ends and containing the plurality of modules in locations spaced longitudinally in proximity to the distal end; and cabling running through the tube and connected to convey differential signals from the modules to the proximal end.
A pump bearing assembly which in a first operating configuration is lubricated by a relatively highly viscous lubricant, and which in a second operating configuration is lubricated by a less-viscous lubricant, the bearing assembly comprising a bearing housing having a bore extending therethrough for receiving a pump drive shaft, spaced-apart bearing mounting zones (73, 79) within said bore with a chamber therebetween, each bearing mounting zone (73, 79) arranged for the in use receipt of a bearing therein, characterised in that each zone (73, 79) has associated therewith one lubricant retainer, each lubricant retainer being adapted to be mounted within said bore adjacent the bearing mounting zone with which it is associated so as to form a barrier between the bearing mounting zone (73, 79) and the chamber when the pump bearing assembly is in the first operating configuration, each retainer being removed when the pump bearing assembly is in the second operating configuration.
A torque detecting device comprising: a permanent magnet that is a multi-polar magnet with a cylindrical shape in which magnetic poles are disposed in a circumferential direction; a magnetic yoke that is formed of a magnetic material and is disposed around the permanent magnet at a position in a magnetic field formed by the permanent magnet, and that rotates with respect to the permanent magnet so that a relative phase of the magnetic yoke with respect to the permanent magnet changes; a magnetic element that is disposed around the magnetic yoke, and outputs a signal according to the magnetic field formed by the permanent magnet and magnetic flux of a magnetic circuit including the magnetic yoke; a terminal that is electrically connected to the magnetic element; a case that is disposed around the magnetic yoke, and accommodates the magnetic element and the terminal; the torque detecting device being characterized in that an external housing that is formed of a resin material, accommodates the permanent magnet and the magnetic yoke, covers an outer side surface of the case, and is formed integrally with the case. a permanent magnet that is a multi-polar magnet with a cylindrical shape in which magnetic poles are disposed in a circumferential direction; a magnetic yoke that is formed of a magnetic material and is disposed around the permanent magnet at a position in a magnetic field formed by the permanent magnet, and that rotates with respect to the permanent magnet so that a relative phase of the magnetic yoke with respect to the permanent magnet changes; a magnetic element that is disposed around the magnetic yoke, and outputs a signal according to the magnetic field formed by the permanent magnet and magnetic flux of a magnetic circuit including the magnetic yoke; a terminal that is electrically connected to the magnetic element; a case that is disposed around the magnetic yoke, and accommodates the magnetic element and the terminal; the torque detecting device being characterized in that an external housing that is formed of a resin material, accommodates the permanent magnet and the magnetic yoke, covers an outer side surface of the case, and is formed integrally with the case.
A method for feedback of states of an electric component to an engine control device of an internal combustion engine, comprising a control unit for the electric component including a detection device configured to detect faults and connected to the engine control device via a signal line and receiving a PWM signal generated in the engine control device, wherein the control device ties the signal line to ground for a feedback of data of the electric component to the engine control device, characterized in that a duration of the connection to ground is used to identify the fault.
A grill pan (100, 1000) comprising: a base with an aperture configured for the egress of fat, oil and grease from the grill pan (100, 1000); a closure device (203, 1101) configured to operably open and close the aperture; characterised in the at the grill pan further comprises: a receptacle tray (104, 1002) configured to collect the fat, oil and grease egressing the aperture, the receptacle tray (104, 1002) being engageable with the underside of the grill pan (100, 1000) and the receptacle tray (104, 1002) is configured to engage with the closure device (203, 1101) when engaged with the underside of the grill pan. a base with an aperture configured for the egress of fat, oil and grease from the grill pan (100, 1000); a closure device (203, 1101) configured to operably open and close the aperture; characterised in the at the grill pan further comprises: a receptacle tray (104, 1002) configured to collect the fat, oil and grease egressing the aperture, the receptacle tray (104, 1002) being engageable with the underside of the grill pan (100, 1000) and the receptacle tray (104, 1002) is configured to engage with the closure device (203, 1101) when engaged with the underside of the grill pan.
A handheld electronic device comprising: a case forming a substantial portion of the exterior surface of the device, the case monolithically and continuously forming an aperture (114, 120, 1002, 1202) from material of the case, the aperture (114, 120, 1002, 1202) extending from an exterior of the device, inwards towards an interior of the device, and sized and dimensioned to receive an insertable portion of an electrical connector, the case thereby operative to provide mechanical support for the insertable portion when the insertable portion is inserted into the aperture (114, 120, 1002, 1202) during use of the device; and at least one electrical conductor having a length extending from a position communicative with an interior of the aperture (114, 120, 1002, 1202) for contact with the insertable portion of the electrical connector to a position away from the interior of the aperture (114, 120, 1002, 1202), the electrical conductor supported along at least a portion of the length by a printed circuit board located within the case. a case forming a substantial portion of the exterior surface of the device, the case monolithically and continuously forming an aperture (114, 120, 1002, 1202) from material of the case, the aperture (114, 120, 1002, 1202) extending from an exterior of the device, inwards towards an interior of the device, and sized and dimensioned to receive an insertable portion of an electrical connector, the case thereby operative to provide mechanical support for the insertable portion when the insertable portion is inserted into the aperture (114, 120, 1002, 1202) during use of the device; and at least one electrical conductor having a length extending from a position communicative with an interior of the aperture (114, 120, 1002, 1202) for contact with the insertable portion of the electrical connector to a position away from the interior of the aperture (114, 120, 1002, 1202), the electrical conductor supported along at least a portion of the length by a printed circuit board located within the case.
A distillation column comprising: a vertical dividing wall splitting a top portion of the column into first and second halves, wherein the first half comprises a pre-fractionation side; a feedline coupled to the first half and configured to provide feed to the first half; a pre-fractionation absorption section located in the pre-fractionation side and configured to separate non-condensable components from the feed; a distillation unit located in the second half and configured to separate heavier liquid components; a vent condenser being configured to receive overhead product from the pre-fractionation side, to remove non-condensables as overhead vapor product and to reflux a liquid stream condensed in the vent condenser to the pre-fractionation side; a total condenser coupled to the second half and configured to receive overhead product from the second half; a bottoms pump and a bottoms feedline coupled to the distillation column, wherein the bottoms pump is configured to receive bottom product from the distillation column and to pump the bottom product as reflux via the bottoms feedline to the pre- fractionation side; a reboiler coupled to the distillation column and configured to receive bottom product from the distillation column; and a bottoms removal line configured to remove bottom product from the distillation column. a vertical dividing wall splitting a top portion of the column into first and second halves, wherein the first half comprises a pre-fractionation side; a feedline coupled to the first half and configured to provide feed to the first half; a pre-fractionation absorption section located in the pre-fractionation side and configured to separate non-condensable components from the feed; a distillation unit located in the second half and configured to separate heavier liquid components; a vent condenser being configured to receive overhead product from the pre-fractionation side, to remove non-condensables as overhead vapor product and to reflux a liquid stream condensed in the vent condenser to the pre-fractionation side; a total condenser coupled to the second half and configured to receive overhead product from the second half; a bottoms pump and a bottoms feedline coupled to the distillation column, wherein the bottoms pump is configured to receive bottom product from the distillation column and to pump the bottom product as reflux via the bottoms feedline to the pre- fractionation side; a reboiler coupled to the distillation column and configured to receive bottom product from the distillation column; and a bottoms removal line configured to remove bottom product from the distillation column.
A light absorber (100, 200, 200a, 300, 400), comprising: a group of dielectric protrusions (102, 302), each dielectric protrusion (102, 302) protruding from a dielectric surface and having a surface profile of a particle (202, 402) with a diameter determined in accordance with a wavelength range of light to be absorbed, wherein the group of dielectric protrusions (102, 302) forms an in-plane random arrangement whose regularity is broken on the dielectric surface; a conductive thin film (104, 204, 304, 404) disposed on or above at least a part of a surface of each dielectric protrusion (102, 302) in the group of dielectric protrusions (102, 302) and on or above at least a part of the dielectric surface where the dielectric protrusions (102, 302) are not present thereon, wherein the conductive thin film (104, 204, 304, 404) has an energy transmission property for the light to be absorbed; and a conductive thick film (108, 208, 308, 408) spreading out along the dielectric surface and being kept separate from the conductive thin film (104, 204, 304, 404), wherein through the conductive thick film (108, 208, 308, 408) the energy transmission property for the light to be absorbed is not utilized. a group of dielectric protrusions (102, 302), each dielectric protrusion (102, 302) protruding from a dielectric surface and having a surface profile of a particle (202, 402) with a diameter determined in accordance with a wavelength range of light to be absorbed, wherein the group of dielectric protrusions (102, 302) forms an in-plane random arrangement whose regularity is broken on the dielectric surface; a conductive thin film (104, 204, 304, 404) disposed on or above at least a part of a surface of each dielectric protrusion (102, 302) in the group of dielectric protrusions (102, 302) and on or above at least a part of the dielectric surface where the dielectric protrusions (102, 302) are not present thereon, wherein the conductive thin film (104, 204, 304, 404) has an energy transmission property for the light to be absorbed; and a conductive thick film (108, 208, 308, 408) spreading out along the dielectric surface and being kept separate from the conductive thin film (104, 204, 304, 404), wherein through the conductive thick film (108, 208, 308, 408) the energy transmission property for the light to be absorbed is not utilized.
An ink comprising a first solvent, an antioxidant and a first phosphorescent metal complex wherein the first phosphorescent metal complex comprises at least one aryl-imidazole or heteroaryl-imidazole ligand that may be unsubstituted or substituted with one or more substituents.
A compound of formula wherein X is N or CH; G is N or CH; with the proviso that maximum one of X or G can be nitrogen; R 1 is phenyl or pyridyl, which are optionally substituted by halogen, C 14 -alkyl or C 1-4 -alkoxy; R 2 is hydrogen, C 1-4 -alkyl or may form together with R 4 a C 3 -C 6 -cycloalkyl; R 3 /R 3' /R 4 /R 4' are independently from each other hydrogen, C 1-4 -alkyl or CF 3; or a pharmaceutically acceptable acid addition salt, a racemic mixture, or its corresponding enantiomer and/or optical isomer and/or stereoisomer thereof. X is N or CH; G is N or CH; with the proviso that maximum one of X or G can be nitrogen; R 1 is phenyl or pyridyl, which are optionally substituted by halogen, C 14 -alkyl or C 1-4 -alkoxy; R 2 is hydrogen, C 1-4 -alkyl or may form together with R 4 a C 3 -C 6 -cycloalkyl; R 3 /R 3' /R 4 /R 4' are independently from each other hydrogen, C 1-4 -alkyl or CF 3;
An audio signal processing method (500, 600) for adaptation of a decorrelation filter length in decoding of an audio signal, the method comprising: obtaining a control parameter; estimating a mean of the control parameter; estimating a variation of the control parameter; calculating a ratio of said variation and mean of the control parameter; calculating a targeted decorrelation filter length based on said ratio; and providing the targeted decorrelation filter length to a decorrelator. obtaining a control parameter; estimating a mean of the control parameter; estimating a variation of the control parameter; calculating a ratio of said variation and mean of the control parameter; calculating a targeted decorrelation filter length based on said ratio; and providing the targeted decorrelation filter length to a decorrelator.