mhurhangee/ep-ind-claims huggingface dataset:
A kit of parts for dental use comprising Part A and Part B: Part A comprising filler(s), optionally polymerizable component(s) with acidic moieties, polymerizable component(s) without acidic moieties, component(s) comprising an ascorbic acid moiety, sensitizing agent(s) comprising an alpha di-keto moiety, reducing agent(s) comprising a tertiary amine moiety, Part B comprising filler(s), polymerizable component(s) without acidic moieties, polymerizable component(s) with acidic moieties, transition metal component(s) comprising a copper or iron ions containing salts, organic peroxide(s) having the structure R-O-O-H with R being C1 to C20 alkyl, C3 to C20 branched alkyl, C6 to C12 cycloalkyl, C7 to C20 alkylaryl or C6 to C12 aryl, the composition obtained immediately after mixing of Part A and Part B having a pH value below 7 upon contact with water using wet pH sensitive paper, neither Part A nor Part B comprising components selected from component(s) comprising a sulfinate moiety, component(s) comprising a barbituric acid moiety, component(s) comprising a thiobarbituric acid moiety, component(s) comprising an aryl borate moiety, component(s) comprising a thiourea moiety, the compositions contained in Part A and Part B forming upon combination a self-adhesive, self-etching, self-curing or dual-curing dental composition. Part A comprising filler(s), optionally polymerizable component(s) with acidic moieties, polymerizable component(s) without acidic moieties, component(s) comprising an ascorbic acid moiety, sensitizing agent(s) comprising an alpha di-keto moiety, reducing agent(s) comprising a tertiary amine moiety, Part B comprising filler(s), polymerizable component(s) without acidic moieties, polymerizable component(s) with acidic moieties, transition metal component(s) comprising a copper or iron ions containing salts, organic peroxide(s) having the structure R-O-O-H with R being C1 to C20 alkyl, C3 to C20 branched alkyl, C6 to C12 cycloalkyl, C7 to C20 alkylaryl or C6 to C12 aryl, the composition obtained immediately after mixing of Part A and Part B having a pH value below 7 upon contact with water using wet pH sensitive paper, neither Part A nor Part B comprising components selected from component(s) comprising a sulfinate moiety, component(s) comprising a barbituric acid moiety, component(s) comprising a thiobarbituric acid moiety, component(s) comprising an aryl borate moiety, component(s) comprising a thiourea moiety, neither Part A nor Part B comprising components selected from component(s) comprising a sulfinate moiety, component(s) comprising a barbituric acid moiety, component(s) comprising a thiobarbituric acid moiety, component(s) comprising an aryl borate moiety, component(s) comprising a thiourea moiety, the compositions contained in Part A and Part B forming upon combination a self-adhesive, self-etching, self-curing or dual-curing dental composition.
A multiband-multimode, MB-MM, mobile communication terminal having multiple multimedia functions, the MB-MM mobile communication terminal comprising: a first modem comprising a first codec unit, for controlling said first codec unit to process data and output a data processing order to have a second codec unit process data if said first codec unit is processing other data; and a second modem comprising said second codec unit, for activating said second codec unit if said data processing order is input outputting an ACK signal to said first modem after activating said second codec unit if said second codec unit is not activated and controlling said second codec unit to process data corresponding to said data processing order, wherein said second modem outputs an NACK signal to said first modem if said data processing order is input from said first modem while said activated second codec unit is processing another data, wherein said first modem controls the MB-MM mobile communication terminal to enable a user to choose a codec unit to stop data processing if said NACK signal is input from said second modem, and output a data processing stop order to a codec unit corresponding to a codec unit choice signal if a codec unit choice signal corresponding to a user's button operation is input. a first modem comprising a first codec unit, for controlling said first codec unit to process data and output a data processing order to have a second codec unit process data if said first codec unit is processing other data; and a second modem comprising said second codec unit, for activating said second codec unit if said data processing order is input outputting an ACK signal to said first modem after activating said second codec unit if said second codec unit is not activated and controlling said second codec unit to process data corresponding to said data processing order, wherein said second modem outputs an NACK signal to said first modem if said data processing order is input from said first modem while said activated second codec unit is processing another data, wherein said first modem controls the MB-MM mobile communication terminal to enable a user to choose a codec unit to stop data processing if said NACK signal is input from said second modem, and output a data processing stop order to a codec unit corresponding to a codec unit choice signal if a codec unit choice signal corresponding to a user's button operation is input.
A sterilizable seal comprising a probe guide, wherein the sterilizable seal is configured for removable attaching it to an ultrasound transducer housing (100; 200), wherein the ultrasound transducer housing (100; 200) includes an ultrasound transducer (120; 220) for transmitting an ultrasonic beam and wherein the ultrasound transducer housing (100; 200) further includes a base (128; 228) that comes near a patient during use, the sterilizable seal being adapted to cover said base (128; 218) of the ultrasound transducer housing (100; 200), the probe guide of the sterilizable seal configured as a sterile barrier between a probe in the probe guide and the ultrasound transducer housing (100; 200), characterized in that the sterilizable seal comprises a sterile sleeve, said sterile sleeve including non-pliable top and bottom portions that can be snapped or otherwise attached to each other, wherein said sterile sleeve substantially covers the ultrasound transducer housing (100; 200), while defining the probe guide and a passage therethrough such that movement of a probe through the probe guide opening is not impeded by the presence of the sterile sleeve.
Fan, in particular for a climate-controlled seat in a motor vehicle, the total running time (Δtges) of which comprises a starting time period (Δt1), a running time period (Δt2) and a run-out time period (Δt5), wherein the total running time (Δtges) can be determined by means of an on/off switch, characterized in that the chronological end (taus) of the total running time (Δtges) which can be determined can be controlled, • by automatically switching off the fan from a defined maximum rotational speed (n max) after the predefinable running time period (Δt2) at a second point in time or • by automatically switching off the fan from an intake-temperature-dependent rotational speed (n=3) after the predefinable running time period (Δt2) at a second point in time, which is reached during the starting time period (Δt1) of the fan by means of a rotational speed controller (ni) as a function of the intake temperature of the fan (ni=f(TAnsaug)). • by automatically switching off the fan from a defined maximum rotational speed (n max) after the predefinable running time period (Δt2) at a second point in time or • by automatically switching off the fan from an intake-temperature-dependent rotational speed (n=3) after the predefinable running time period (Δt2) at a second point in time, which is reached during the starting time period (Δt1) of the fan by means of a rotational speed controller (ni) as a function of the intake temperature of the fan (ni=f(TAnsaug)).
An aircraft tire and rim assembly comprising a tread provided with a plurality of circumferential grooves, a pair of bead cores, a radial carcass extending toroidally between the bead cores, a convex lens-like belt disposed between the radial carcass and the tread, and a belt protective layer between the belt and the tread, wherein the belt has a spiral layer formed by spirally winding a non-extensible and high-elastic cord having a tensile strength of 1500 MPa or more in the circumferential direction, and an expansion rate of an outer diameter at an equatorial plane of the tire after the tire is mounted on a rim, inflated with a pressure corresponding to a maximum load defined in the TRA standard and the tire and rim assembly is left for 12 hours after inflation, with respect to an outer diameter of the tire before applying the internal pressure being 0% to 4%, characterised in that, provided that a ground-contact width on an outermost rib in the tire width direction within a foot print under a condition that the tire is mounted on the given rim defined in the TRA standard, inflated with the pressure corresponding to the maximum load defined in the TRA standard, and bearing a maximum load defined in the TRA standard is Wf, and under a condition after the tire is mounted on said rim and inflated with said pressure corresponding to a maximum load and then the internal pressure is decreased to a relative pressure of 50 kPa with no load being applied, the following relationships are satisfied: both of a ratio A/B of an outer diameter A of the tire at a position spaced 0.8*Wf/2 from the equatorial plane of the tire to an outer diameter B of the tire at a position spaced 0.5*Wf/2 from the equatorial plane of the tire, and a ratio C/D of an inner diameter C of the belt at a position spaced 0.8*Wf/2 from the equatorial plane to an inner diameter D of the belt at a position spaced 0.5*Wf/2 from the equatorial plane are 0.98-1.0 in a widthwise sectional view of the tire, a tread surface comprising the tread and the belt protection layer within the region of 0.5*Wf/2 to 0.8*Wf/2 from the equatorial plane are within a range of 0 to 3 degrees with respect to the rotational axis of the tire; and a ratio A/H of the outer diameter A to an outer diameter H at the equatorial plane is 0.95-0.98 in the widthwise sectional view.
A method to remove metal ions present in a mixture comprising one or more organic amines comprising the step of contacting the mixture with a silica-polyethyleneimine adsorbent.
A refrigerator comprising: a main body having a storage chamber therein; and a door having an upper door and a lower door provided below the upper door and configured to open or close the storage chamber; characterised by: a speaker assembly (170, 270) disposed in the bottom of the upper door so as to face an upper surface of the lower door, and configured to output sound to the outside, wherein the speaker assembly comprises: a base unit (180, 280) forming at least a portion of a lower surface of the upper door, the base unit comprising a base portion (182, 282) forming the lower surface of the upper door and a unit installing portion (184, 284) recessed from the base portion and forming an installing space (185, 285); and a speaker (172, 272) disposed in the installing space (185, 285). a main body having a storage chamber therein; and a door having an upper door and a lower door provided below the upper door and configured to open or close the storage chamber; characterised by: a speaker assembly (170, 270) disposed in the bottom of the upper door so as to face an upper surface of the lower door, and configured to output sound to the outside, wherein the speaker assembly comprises: a base unit (180, 280) forming at least a portion of a lower surface of the upper door, the base unit comprising a base portion (182, 282) forming the lower surface of the upper door and a unit installing portion (184, 284) recessed from the base portion and forming an installing space (185, 285); and a speaker (172, 272) disposed in the installing space (185, 285). a base unit (180, 280) forming at least a portion of a lower surface of the upper door, the base unit comprising a base portion (182, 282) forming the lower surface of the upper door and a unit installing portion (184, 284) recessed from the base portion and forming an installing space (185, 285); and a speaker (172, 272) disposed in the installing space (185, 285).
A piezoelectric speaker comprising: a piezoelectric vibrator comprising: a piezoelectric body formed of a piezoelectric element; and a plate-shaped body which has a larger diameter than the piezoelectric body and which is attached to a surface of the piezoelectric body in a concentric form; and a film-shaped body that is provided around the piezoelectric vibrator so as to elastically hold the piezoelectric vibrator, wherein the film-shaped body includes a plurality of coarse portions in a circumferential direction thereof, wherein each coarse portion comprises a mountain portion and/or a valley portion, and wherein the coarse portions are disposed so as to correspond to a natural frequency of an in-phase mode of the piezoelectric speaker in which antinodes and nodes are formed in a concentric form, wherein the piezoelectric vibrator and the film-shaped body form a sound producing body, wherein none of the mountain portion and valley portion is present at positions of the nodes of the vibration mode, and wherein each coarse portion of the film-shaped body and the antinodes of the vibration mode correspond to each other such that each coarse portion is identical to an apex of the antinode of a vibration mode in the in-phase mode of the natural frequency. a piezoelectric vibrator comprising: a piezoelectric body formed of a piezoelectric element; and a plate-shaped body which has a larger diameter than the piezoelectric body and which is attached to a surface of the piezoelectric body in a concentric form; and a piezoelectric body formed of a piezoelectric element; and a plate-shaped body which has a larger diameter than the piezoelectric body and which is attached to a surface of the piezoelectric body in a concentric form; and a film-shaped body that is provided around the piezoelectric vibrator so as to elastically hold the piezoelectric vibrator, wherein the film-shaped body includes a plurality of coarse portions in a circumferential direction thereof, wherein each coarse portion comprises a mountain portion and/or a valley portion, and wherein the coarse portions are disposed so as to correspond to a natural frequency of an in-phase mode of the piezoelectric speaker in which antinodes and nodes are formed in a concentric form, wherein the piezoelectric vibrator and the film-shaped body form a sound producing body, wherein none of the mountain portion and valley portion is present at positions of the nodes of the vibration mode, and wherein each coarse portion of the film-shaped body and the antinodes of the vibration mode correspond to each other such that each coarse portion is identical to an apex of the antinode of a vibration mode in the in-phase mode of the natural frequency.
Method for measuring an internal pressure (ICP1, ICP2) of a compartment, in particular a muscle compartment, in which an ultrasonic measuring unit coupled to a pressure measuring device is placed on a tissue, under which the compartment to be measured is located, and a pressure p on the tissue is increased by exerting a force F, characterized in that the pressure p and the extension E(p) of the compartment extending in the direction of the force F are measured simultaneously during the exertion of the force F on the tissue, in that the change ΔE in the extension E(p) in the event of a defined change Δp in the pressure p is determined by comparing the measured extension E(p) with an initial extension E0 or by comparing two successive measured values of the extension E(p) and in that the internal pressure (ICP1, ICP2) is determined from a change Δp in the pressure p acting on the compartment and a change ΔE in an extension E(p) of the compartment occurring during the action of the pressure p, wherein the internal pressure (ICP1, ICP2) is determined as the pressure p at which the change ΔE of the extension in the form of a decrease in the extension E(p) by the change Δp of the pressure p in the form of an increase in the pressure p reaches or exceeds a defined threshold value SW for the first time. in that the pressure p and the extension E(p) of the compartment extending in the direction of the force F are measured simultaneously during the exertion of the force F on the tissue, in that the change ΔE in the extension E(p) in the event of a defined change Δp in the pressure p is determined by comparing the measured extension E(p) with an initial extension E0 or by comparing two successive measured values of the extension E(p) and in that the internal pressure (ICP1, ICP2) is determined from a change Δp in the pressure p acting on the compartment and a change ΔE in an extension E(p) of the compartment occurring during the action of the pressure p, wherein the internal pressure (ICP1, ICP2) is determined as the pressure p at which the change ΔE of the extension in the form of a decrease in the extension E(p) by the change Δp of the pressure p in the form of an increase in the pressure p reaches or exceeds a defined threshold value SW for the first time.
A method of generating electricity by an automatic swimming pool cleaner, comprising the following steps: a. placing the cleaner in fluid communication with a pump external to the cleaner; and b. operating the pump so as to cause water to flow through a valve of the cleaner, characterized in that cooperation of the valve and pump results in oscillatory movement of one or more magnets moving within one or more coils associated with the cleaner to generate electricity. a. placing the cleaner in fluid communication with a pump external to the cleaner; and b. operating the pump so as to cause water to flow through a valve of the cleaner, characterized in that cooperation of the valve and pump results in oscillatory movement of one or more magnets moving within one or more coils associated with the cleaner to generate electricity.
A method of sleep monitoring comprising: measuring a quantity relating to a first subject with a first sensor positioned on or in proximity of the first subject and configured to provide a first movement signal; measuring a quantity relating to a second subject with a second sensor positioned on or in proximity of the second subject and configured to provide a second movement signal; the first subject and the second subject being in a bed; analyzing, using a control unit, the first signal, the second signal, and an interrelation of the first signal and the second signal to determine a movement event relating to one of the first subject or the second subject; the analyzing comprising: detecting a first signal amplitude associated with the movement event in the first signal and a second signal amplitude associated with the movement event in the second signal; comparing the first signal amplitude to the second signal amplitude, and a delay between the movement event in the first signal and the movement event in the second signal; and assigning the movement event to one of the first subject or the second subject based on the comparison. measuring a quantity relating to a first subject with a first sensor positioned on or in proximity of the first subject and configured to provide a first movement signal; measuring a quantity relating to a second subject with a second sensor positioned on or in proximity of the second subject and configured to provide a second movement signal; the first subject and the second subject being in a bed; analyzing, using a control unit, the first signal, the second signal, and an interrelation of the first signal and the second signal to determine a movement event relating to one of the first subject or the second subject; the analyzing comprising: detecting a first signal amplitude associated with the movement event in the first signal and a second signal amplitude associated with the movement event in the second signal; comparing the first signal amplitude to the second signal amplitude, and a delay between the movement event in the first signal and the movement event in the second signal; and assigning the movement event to one of the first subject or the second subject based on the comparison. detecting a first signal amplitude associated with the movement event in the first signal and a second signal amplitude associated with the movement event in the second signal; comparing the first signal amplitude to the second signal amplitude, and a delay between the movement event in the first signal and the movement event in the second signal; and assigning the movement event to one of the first subject or the second subject based on the comparison.
An end connector for permanent attachment to reinforced hose having reinforcement, comprising: a stem having a coupling end, a hose end, an inside and an outside; a ferrule having an inside secured to said outside of said stem near said coupling end thereof extending concentrically about said stem towards said hose end thereof having sinusoidal gripping and sealing means resembling a modified (sine x)/x wave (10 and 11) formed within said inside of said ferrule and further having reinforcement gripper means (12 and 13) formed within said inside of said ferrule, and wherein said stem incorporates complementary modified (sine x)/x wave (14 and 15) formed on said outside of said stem for enabling said sinusoidal gripping and sealing means and further incorporates complementary reinforcement gripper means (16 and 17) formed on said outside of said stem and wherein said modified (sine x)/x wave comprises a series of nodes and lands axially machined within said ferrule and said complementary modified (sine x)/x wave comprise a series of nodes and lands axially machined on said outside of said stem and wherein said modified (sine x)/x waves are positioned such that as said end connector is swaged onto the reinforced hose, said modified (sine x)/x waves align to form said sinusoidal gripping and sealing means and further that as said end connector is swaged onto the reinforced hose said reinforcement gripper within said ferrule and said complementary reinforcement gripper on said stem interact to firmly grip the reinforcement of the reinforced hose and wherein said stem has an elongated step formed within said inside of said stem for the purpose of interacting with an expansion plug thereby expanding said stem into the reinforced hose.