mhurhangee/ep-ind-claims huggingface dataset:
A blood pressure measuring apparatus comprising: a light emitter configured to emit one or more lights having different penetration characteristics toward a user, the light emitter comprising a light source array comprising a plurality of light sources; a light receiver configured to receive the lights that have penetrated through the user, and acquire photo-plethysmography signals from the received lights; and a blood pressure measurer configured to measure a phase difference between the acquired PPG signals, and measure a blood pressure based on the measured phase difference, and a processor configured to selectively turn on one or more light sources from among the plurality of light sources to emit the one or more lights toward a user, the processor further being configured to select a first light source and a second light source from among the plurality of lights sources of the light source array, and wherein the second light source is disposed closer to the light receiver than the first light source, the processor further being configured to correct the phase difference based on a time delay between the PPG signals. a light emitter configured to emit one or more lights having different penetration characteristics toward a user, the light emitter comprising a light source array comprising a plurality of light sources; a light receiver configured to receive the lights that have penetrated through the user, and acquire photo-plethysmography signals from the received lights; and a blood pressure measurer configured to measure a phase difference between the acquired PPG signals, and measure a blood pressure based on the measured phase difference, and a processor configured to selectively turn on one or more light sources from among the plurality of light sources to emit the one or more lights toward a user, the processor further being configured to select a first light source and a second light source from among the plurality of lights sources of the light source array, and wherein the second light source is disposed closer to the light receiver than the first light source, the processor further being configured to correct the phase difference based on a time delay between the PPG signals.
Antivibration kit-of-parts configured for reducing vibration of an airfoil structure, the airfoil structure being movably attachable to an aircraft, wherein the antivibration kit-of-parts comprises: - a spring device configured for generating a spring force due to deflection from a spring neutral position of the spring device; and - a cam device configured for transforming the spring force into an airfoil torque while, when both the spring device and the cam device are in an operating condition, the cam device contacts the spring device, and the cam device is configured for applying the airfoil torque to the airfoil structure while, when both the spring device and the cam device are in an operating condition, the cam device is operatively coupled to the airfoil structure, wherein the cam device comprises a cam device mounting portion configured for mounting the cam device to the airfoil structure and a hinge portion defining an axis of rotation about which the cam device is rotatable, characterized in that the cam device comprises a lever portion that extends from the hinge portion and that is configured to contribute in transforming the spring force into an airfoil torque, wherein the cam device comprises a head portion that is adjacent to the lever portion and spaced apart from the hinge portion via the lever portion, wherein the cam device comprises a cam that is formed on the head portion and the cam is formed on a single lateral side of the cam device and a single front side with respect to a longitudinal direction of the cam device. - a spring device configured for generating a spring force due to deflection from a spring neutral position of the spring device; and - a cam device configured for transforming the spring force into an airfoil torque while, when both the spring device and the cam device are in an operating condition, the cam device contacts the spring device, and the cam device is configured for applying the airfoil torque to the airfoil structure while, when both the spring device and the cam device are in an operating condition, the cam device is operatively coupled to the airfoil structure, wherein the cam device comprises a cam device mounting portion configured for mounting the cam device to the airfoil structure and a hinge portion defining an axis of rotation about which the cam device is rotatable,
A saddle riding vehicle comprising: a pair of left and right seat rails disposed below a seat for a passenger; a battery disposed below the seat; and an electronic control unit for controlling a drive source of the vehicle, wherein, when viewed from above, the battery and the electronic control unit are arranged side by side in a vehicle width direction between the left and right seat rails, and wherein a main harness of an electric system is wired between the battery and the electronic control unit, characterized in that the main harness includes a longitudinal extending portion wired in a longitudinal direction of the vehicle through a gap formed between the battery and the electronic control unit. a pair of left and right seat rails disposed below a seat for a passenger; a battery disposed below the seat; and an electronic control unit for controlling a drive source of the vehicle, wherein, when viewed from above, the battery and the electronic control unit are arranged side by side in a vehicle width direction between the left and right seat rails, and wherein a main harness of an electric system is wired between the battery and the electronic control unit, characterized in that the main harness includes a longitudinal extending portion wired in a longitudinal direction of the vehicle through a gap formed between the battery and the electronic control unit.
A charge air cooler arrangement for a motor vehicle, preferably a commercial vehicle, having a charge air cooler, wherein a connecting structure, which is flexible at least in some section or sections, branches off from an outlet side of the charge air cooler and issues on an inlet side of the charge air cooler in order to extract condensate on the inlet side of the charge air cooler, and wherein the charge air cooler comprises a mounting device for pivoting the charge air cooler, characterized in that the connecting structure, which is flexible at least in some section or sections, comprises a flexible hose, in that the connecting structure is of flexible design at least in some section or sections and the mounting device is provided for pivoting the charge air cooler, the charge air cooler can be pivoted for cleaning and/or servicing purposes without opening the charge air circuit, and the connecting structure, which is flexible at least in some section or sections, is embodied in the form of a siphon in some section or sections and a branch point of the connecting structure, which is flexible at least in some section or sections, on the outlet side of the charge air cooler is arranged at a higher level than a point of issue of the connecting structure, which is flexible at least in some section or sections, on the inlet side of the charge air cooler.
Device for anchoring a lining wall to a bearing wall jointly constituting a double wall (1, 2), wherein: - said bearing wall comprises a first anchor housing; - said cladding wall comprises bricks held together by inserts provided with at least one second anchor housing; said anchoring device comprising an anchor for coming into contact with said first housing and a spacer, connected to said anchor via a first end, a second end of said spacer being intended to come into contact with said second housing, characterised in that the anchor is made of folded sheet metal, the body having a "C"-shape, the anchor further comprising two lugs extending opposite one another, each from a respective edge of said "C", said lugs comprising two holes, each formed opposite the other in a respective lug, away from the edge. - said bearing wall comprises a first anchor housing; - said cladding wall comprises bricks held together by inserts provided with at least one second anchor housing;
A method of increasing the air-tightness of a mechanical connector of a medical device, in particular of a dialysis machine, wherein the mechanical connector has a pair of connection parts (1, 4) which have corresponding sealing surfaces, one connection part has a male cone and the other connection part has a female cone, with at least a portion of the outer lateral surface of the male cone and at least a portion of the inner lateral surface of the female cone forming the sealing surfaces, and a joining together of the connection parts (1, 4) comprises the contact between the two sealing surfaces being maintained and the sealing surfaces lying against one another with a certain contact pressure by screwing or latching, characterised in that one of the two sealing surfaces is wetted with a viscous liquid before the connection parts (1, 4) are joined together, the viscous liquid has a dynamic viscosity of between 10 2 and 10 5 mPa·s at 25°C, and the viscous liquid is sterile and biocompatible.
A nonaqueous electrolyte solution comprising a lithium salt and a nonaqueous solvent that dissolves the lithium salt, characterized in that the nonaqueous electrolyte solution contains from at least 0.01 ppm by mass to not more than 100 ppm by mass of 1,2-dimethoxypropane.
A body-worn electronic circuit assembly (100, 201) having a buffering feature, the electronic circuit assembly comprising: a substrate (102, 202); electronic circuitry including at least a conductive material (104, 204) deposited on a first side of the substrate; a selectively deposited comfort layer (108, 208) encompassing at least a portion of the electronic circuitry (104, 204), wherein the selectively deposited comfort layer comprises an expanding plastisol ink having a puff additive, the selectively deposited comfort layer being the layer which is closest to a wearer of the electronic circuit assembly, the selectively deposited comfort layer providing the buffering feature. a substrate (102, 202); electronic circuitry including at least a conductive material (104, 204) deposited on a first side of the substrate; a selectively deposited comfort layer (108, 208) encompassing at least a portion of the electronic circuitry (104, 204), wherein the selectively deposited comfort layer comprises an expanding plastisol ink having a puff additive, the selectively deposited comfort layer being the layer which is closest to a wearer of the electronic circuit assembly, the selectively deposited comfort layer providing the buffering feature.
A door module for a motor vehicle door, having - a module carrier which is formed substantially by organic sheet, - a longitudinally extending channel which is formed integrally in the organic sheet of the module carrier, - an insertion opening which extends along the direction of extent of the channel and via which a reinforcement element of the motor vehicle door is insertable into the channel, and - at least one functional element (30a, 30b) which is fixed to the module carrier and which crosses the channel and thereby partially covers the longitudinally extending insertion opening thereof, characterized in that, in the organic sheet of the module carrier, there is formed an elastically deformable bending region which enables the channel to be bent open at least in sections, and/or enables the channel to be bent away from the functional element (30a, 30b), in order to open up the insertion opening of the channel for the insertion of the reinforcement element, and in that the bending region is of resilient form such that elastic restoring forces cause the channel to spring back after the bending-open or bending-away movement. - a module carrier which is formed substantially by organic sheet, - a longitudinally extending channel which is formed integrally in the organic sheet of the module carrier, - an insertion opening which extends along the direction of extent of the channel and via which a reinforcement element of the motor vehicle door is insertable into the channel, and - at least one functional element (30a, 30b) which is fixed to the module carrier and which crosses the channel and thereby partially covers the longitudinally extending insertion opening thereof,
A heat exchanger mixing system comprising at least one heat exchanger zone, at least one connection plate (2a,2b,2c,5) having one or more mixing units, at least four corners per connection plate, wherein each corner being either a blind passage corner, a through-passage corner, a single passage corner, or a double passage corner, the one or more mixing units are provided with mixing elements, and wherein the mixing elements of the mixing units are selected from the group consisting of static mixers, helical mixers, combination of right- and left- turned mixer blades, vortex mixers, dynamic mixing elements, flow directing inserts, metallic foams and mesh, wherein at least one corner (4,6) is arranged to direct process fluid to a mixing unit and at least one corner (4,6) is arranged to direct process fluid out of the mixing unit, wherein the one or more mixing units is internally connected in a connection plate (2a, 2b, 2c, 5), wherein one or more injection ports is connected to one or more corners, or along one or more sides of the one or more connection plates for supplying additives or reactants, or for test sampling or monitoring of the flow of fluids.
A method of forming a post structure assembly, comprising: fusion bonding a first substrate to a second substrate, wherein the bonding is achieved without a bonding layer; patterning the second substrate, wherein the patterning leaves a first portion of material of the second substrate and a second portion of material of the second substrate; and separating via a mechanical bonded-substrate separating device the second portion of the second substrate from the first substrate, characterized in that the patterning step is performed after bonding the first substrate to the second substrate and removes material between the first and second portions of the second substrate, the first portion forming a plurality of structures and the second portion forming an assembly that is a unitary structure having a plurality of apertures therein, and the second portion does not include the structures, wherein the plurality of structures remains on the first substrate to form the post structure assembly. fusion bonding a first substrate to a second substrate, wherein the bonding is achieved without a bonding layer; patterning the second substrate, wherein the patterning leaves a first portion of material of the second substrate and a second portion of material of the second substrate; and separating via a mechanical bonded-substrate separating device the second portion of the second substrate from the first substrate, characterized in that the patterning step is performed after bonding the first substrate to the second substrate and removes material between the first and second portions of the second substrate, the first portion forming a plurality of structures and the second portion forming an assembly that is a unitary structure having a plurality of apertures therein, and the second portion does not include the structures, wherein the plurality of structures remains on the first substrate to form the post structure assembly.
Stent graft, comprising: a tubular component having a lumen extending therethrough, the tubular component comprising a balloon expandable central section and a first and a second self-expanding section (12, 16), the first and the second self-expanding section (12, 16) sandwiching the central section, the lumen extending through the first, central, and second sections (12, 14, 16), characterized by the stent graft being arranged so as to be capable of selectively restricting the central section, the stent graft being a TIPS stent graft. a tubular component having a lumen extending therethrough, the tubular component comprising a balloon expandable central section and a first and a second self-expanding section (12, 16), the first and the second self-expanding section (12, 16) sandwiching the central section, the lumen extending through the first, central, and second sections (12, 14, 16), characterized by the stent graft being arranged so as to be capable of selectively restricting the central section, the stent graft being a TIPS stent graft.
An electronic device comprising: an acquisition unit configured to acquire data of an item of content; and a display control unit configured to generate an image displayed on a display, the display control unit including: a display processing unit configured to place a plurality of items adjacent to each other; and a receiving unit configured to acquire a selection instruction by which to select an item from among items that are placed adjacent to each other, characterized in that, when the receiving unit acquires a first selection instruction, the display processing unit is configured to display a divided display area having a first area and a second area; place the plurality of items, including the selected item, adjacent to each other so as to be displayed in the first area, and simultaneously place a plurality of items associated with the selected item adjacent to each other so as to be displayed in the second area; wherein, when the receiving unit acquires a second selection instruction by which to select an item from among the items that are placed adjacent to each other in the second area, the display processing unit is configured to place a plurality of items from the second area, comprising at least the selected item, in the first area, and place an item associated with the selected item in the second an acquisition unit configured to acquire data of an item of content; and a display control unit configured to generate an image displayed on a display, the display control unit including: a display processing unit configured to place a plurality of items adjacent to each other; and a receiving unit configured to acquire a selection instruction by which to select an item from among items that are placed adjacent to each other, characterized in that, when the receiving unit acquires a first selection instruction, the display processing unit is configured to a display processing unit configured to place a plurality of items adjacent to each other; and a receiving unit configured to acquire a selection instruction by which to select an item from among items that are placed adjacent to each other, characterized in that, when the receiving unit acquires a first selection instruction, the display processing unit is configured to display a divided display area having a first area and a second area; place the plurality of items, including the selected item, adjacent to each other so as to be displayed in the first area, and simultaneously place a plurality of items associated with the selected item adjacent to each other so as to be displayed in the second area; wherein, when the receiving unit acquires a second selection instruction by which to select an item from among the items that are placed adjacent to each other in the second area, the display processing unit is configured to place a plurality of items from the second area, comprising at least the selected item, in the first area, and place an item associated with the selected item in the second
Differential pressure sensor system for use in an aircraft comprising: - a differential pressure sensor for determining a differential pressure between a pressurizable aircraft cabin and an aircraft environment, the differential pressure sensor having a first port connectable to the pressurizable aircraft cabin via a first line and a second port connectable to the aircraft environment via a second line, and characterized by further comprising - a shut-off device (36; 52) arranged in the second line which is switchable between an open position in which it opens the second line such that a pressure prevailing in the aircraft environment acts on the second port of the differential pressure sensor, and a shut-off position in which it closes the second line such that the second port of the differential pressure sensor is shut off from the pressure prevailing in the aircraft environment. - a differential pressure sensor for determining a differential pressure between a pressurizable aircraft cabin and an aircraft environment, the differential pressure sensor having a first port connectable to the pressurizable aircraft cabin via a first line and a second port connectable to the aircraft environment via a second line, and characterized by further comprising - a shut-off device (36; 52) arranged in the second line which is switchable between an open position in which it opens the second line such that a pressure prevailing in the aircraft environment acts on the second port of the differential pressure sensor, and a shut-off position in which it closes the second line such that the second port of the differential pressure sensor is shut off from the pressure prevailing in the aircraft environment.
An ear cup (100, 200, 300, 320) for a hearing protector, the ear cup comprising: - an outer casing (101, 201), - a sealing ring (102, 202) on a rim of the outer casing and suitable for sealingly abutting against a head of a user around an ear of the user, and - at least one electrical component (103, 105, 203, 206) outside the outer casing, characterized in that the electrical component is mounted on a flexible circuit board (104, 204) attached on an outer surface of the outer casing, the outer casing comprising a slit (105, 205) through which the flexible circuit board extends to the inside of the outer casing so as to provide electrical connections between the electrical component and an electrical circuitry inside the outer casing. - an outer casing (101, 201), - a sealing ring (102, 202) on a rim of the outer casing and suitable for sealingly abutting against a head of a user around an ear of the user, and - at least one electrical component (103, 105, 203, 206) outside the outer casing,