mhurhangee/ep-ind-claims huggingface dataset:
An intravesical drug delivery device comprising: a housing having a closed drug reservoir lumen bounded by a first wall structure (104, 504, 604, 704, 804, 904), constructed of a first material, and a hydrophilic second wall structure (106, 506, 606, 706, 806, 906), constructed of a second material; and a drug (108, 408, 608, 708, 808, 908) contained in the drug reservoir lumen, wherein the first wall structure (104, 504, 604, 704, 804, 904) is impermeable to the drug, and the second wall structure (106, 506, 606, 706, 806, 906) is permeable to the drug (108, 408, 608, 708, 808, 908), and wherein: the first wall structure (104, 504, 604, 704, 804, 904) and the second wall structure (106, 506, 606, 706, 806, 906) are adjacent one another and together form a cylindrical tube, the device is configured for intravesical insertion and retention, and the durometer of the first and second materials is selected to make the device compliant in the bladder of a patient. a housing having a closed drug reservoir lumen bounded by a first wall structure (104, 504, 604, 704, 804, 904), constructed of a first material, and a hydrophilic second wall structure (106, 506, 606, 706, 806, 906), constructed of a second material; and a drug (108, 408, 608, 708, 808, 908) contained in the drug reservoir lumen, wherein the first wall structure (104, 504, 604, 704, 804, 904) is impermeable to the drug, and the second wall structure (106, 506, 606, 706, 806, 906) is permeable to the drug (108, 408, 608, 708, 808, 908), and wherein: the first wall structure (104, 504, 604, 704, 804, 904) and the second wall structure (106, 506, 606, 706, 806, 906) are adjacent one another and together form a cylindrical tube, the device is configured for intravesical insertion and retention, and the durometer of the first and second materials is selected to make the device compliant in the bladder of a patient. the first wall structure (104, 504, 604, 704, 804, 904) and the second wall structure (106, 506, 606, 706, 806, 906) are adjacent one another and together form a cylindrical tube, the device is configured for intravesical insertion and retention, and the durometer of the first and second materials is selected to make the device compliant in the bladder of a patient.
An epoxy resin composition comprising at least the following components,, and: at least one bifunctional epoxy resin represented by any one of the following formulas,, and: wherein R 1 to R 17 are each independently a substituent selected from among hydrogen, halogens, and C1 to C4 alkyl groups; a liquid aromatic diamine curing agent; and core-shell polymer particles, wherein the core-shell polymer particles as the component contain epoxy groups in their shell and have a volume-average particle size of 50 to 300 nm, measured according to JIS Z 8826 as described herein; wherein the initial viscosity of the epoxy resin composition at 70oC, measured 5 minutes after its preparation using the method of JIS Z 8803 as described herein is 500mPa.s or less. at least one bifunctional epoxy resin represented by any one of the following formulas,, and: wherein R 1 to R 17 are each independently a substituent selected from among hydrogen, halogens, and C1 to C4 alkyl groups; a liquid aromatic diamine curing agent; and core-shell polymer particles, wherein the core-shell polymer particles as the component contain epoxy groups in their shell and have a volume-average particle size of 50 to 300 nm, measured according to JIS Z 8826 as described herein; wherein the initial viscosity of the epoxy resin composition at 70oC, measured 5 minutes after its preparation using the method of JIS Z 8803 as described herein is 500mPa.s or less.
System for holding an electric unit in a box enclosure comprising a substantially rectangular bottom plate, a substantially rectangular lateral plate and a strut element comprising a bearing surface, the bearing surface, the lateral plate and the bottom plate being secured together and forming three mutually orthogonal planes which delimit a rectangular housing trihedron for said unit, characterized in that: - the system comprises a strap; - the bearing surface and the bottom plate comprise at least one longitudinal orifice (72, 74) for the passage of the strap, such that, depending on the size of the unit placed in the housing, the strap tightened between the orifices (72, 74) forms a triangle or a quadrilateral passing outside of the trihedron against the bottom plate and the bearing surface, the strap lying flat on each of its sides; - the bottom plate comprises mobile abutment means, said means comprising an abutment surface of which the plane is parallel to that of the lateral plate and can slide in a direction orthogonal to said planes, the bottom plate further comprising guiding means for the mobile abutment means and removable fixing means for said mobile abutment means in several relative positions in relation to the bottom plate. - the system comprises a strap; - the bearing surface and the bottom plate comprise at least one longitudinal orifice (72, 74) for the passage of the strap, such that, depending on the size of the unit placed in the housing, the strap tightened between the orifices (72, 74) forms a triangle or a quadrilateral passing outside of the trihedron against the bottom plate and the bearing surface, the strap lying flat on each of its sides; - the bottom plate comprises mobile abutment means, said means comprising an abutment surface of which the plane is parallel to that of the lateral plate and can slide in a direction orthogonal to said planes, the bottom plate further comprising guiding means for the mobile abutment means and removable fixing means for said mobile abutment means in several relative positions in relation to the bottom plate.
A motor (1, 1A) comprising: a rotor (2, 3) having a rotor core (20, 30) having a plurality of magnet insertion holes (21, 31), and a permanent magnet (25, 35) disposed in each magnet insertion hole (21, 31), the rotor (2, 3) being rotatable about a rotation axis; and a stator provided so as to surround the rotor (2, 3), the stator having a stator core having a plurality of teeth facing the rotor (2, 3), and a coil wound around each tooth, characterized in that the permanent magnet (25, 35) has a thickness thicker than or equal to 2.1 mm in a direction in which the permanent magnet (25, 35) faces the stator and is magnetized in a direction of the thickness, and wherein a minimum gap AG (mm) between the rotor (2, 3) and the stator, a winding number Nt of the coil around each tooth, an overcurrent threshold Ip for a current flowing through the coil, and a lower limit Hct (kA/m) of a coercive force of the permanent magnet (25, 35) satisfy: Hct ≥ 0.4 × Ip × Nt / AG + 410. a rotor (2, 3) having a rotor core (20, 30) having a plurality of magnet insertion holes (21, 31), and a permanent magnet (25, 35) disposed in each magnet insertion hole (21, 31), the rotor (2, 3) being rotatable about a rotation axis; and a stator provided so as to surround the rotor (2, 3), the stator having a stator core having a plurality of teeth facing the rotor (2, 3), and a coil wound around each tooth, characterized in that the permanent magnet (25, 35) has a thickness thicker than or equal to 2.1 mm in a direction in which the permanent magnet (25, 35) faces the stator and is magnetized in a direction of the thickness, and wherein a minimum gap AG (mm) between the rotor (2, 3) and the stator, a winding number Nt of the coil around each tooth, an overcurrent threshold Ip for a current flowing through the coil, and a lower limit Hct (kA/m) of a coercive force of the permanent magnet (25, 35) satisfy: Hct ≥ 0.4 × Ip × Nt / AG + 410.
A method for producing an enzyme-treated tea extract, comprising subjecting tea leaves to extraction with water or an organic solvent such that an extraction rate of soluble components to the tea extract liquid is 20 to 45%, separating the resulting tea extract liquid, to obtain the tea leaves to be treated with the cellulase, before the treatment of the tea leaves with the cellulase, treating tea leaves with a cellulase, and subjecting the treated tea leaves to extraction, wherein a test solution shows a viscosity rate of 80% or more relative to an untreated pectin solution in the following test on the cellulase: the test solution contains 0.5 wt% pectin, and is prepared with an acetate buffer of pH 5.4; the cellulase is added to the test solution such that the cellulase is 1 wt% relative to the pectin in the solution; a reaction of the cellulase is carried out at 37°C for 16 hours; the resulting solution is treated at 90°C for 10 minutes to deactivate the enzyme; and then viscosity of the deactivated solution is measured with a tuning-fork vibration viscometer at 24.5°C to determine the viscosity rate relative to the untreated pectin solution.
A method for charging a capacitor to a predetermined voltage, said method using a capacitor charging circuit that transfers power to the capacitor through a transformer having a primary side, and a secondary side connected to supply power to the capacitor, said method comprising: delivering power to the capacitor, wherein power delivery is performed by cycling between providing power to the transformer until current being provided to the transformer is equal to, or greater than, a predetermined reference current and delivering power to the capacitor until a predetermined condition is satisfied; measuring the voltage level of the capacitor using measurement circuitry at the primary side of the transformer; and terminating power delivery in response to determining that the voltage across the capacitor is equal to, or greater than, a first predetermined reference voltage; characterized in that the predetermined condition is satisfied when the voltage across the transformer is equal to, or less than, a second predetermined reference voltage. delivering power to the capacitor, wherein power delivery is performed by cycling between providing power to the transformer until current being provided to the transformer is equal to, or greater than, a predetermined reference current and delivering power to the capacitor until a predetermined condition is satisfied; measuring the voltage level of the capacitor using measurement circuitry at the primary side of the transformer; and terminating power delivery in response to determining that the voltage across the capacitor is equal to, or greater than, a first predetermined reference voltage;
A blower/atomizer device, preferably of the portable type, comprising: - - a propulsion assembly or power unit, adapted to generate a mechanical power; - a blowing assembly connected to said propulsion assembly and adapted to energise and convey an air flow - a flexible swingable dispenser defining a median axis and adapted to emit and direct a flow set in motion by the blowing assembly along said median axis; and - an adjusting assembly operatively acting in said swingable dispenser for selectively introducing a predetermined amount of substance "S" to be distributed/atomized, into said air flow, characterised in that said adjusting assembly is mounted coaxially with said swingable dispenser and comprises an inserting member that can be selectively configured in a multiplicity of dispensing conditions by corresponding rotations of the inserting member itself around the median axis, the inserting member and a control element are coaxially mutually connected along the median axis at least through a first and a second engagement portion that at least partly penetrate into each other and in cooperation define an adjusting channel extending parallel to and coaxial with the median axis, said adjusting channel comprising: - an inlet end connected to the holding tank - an inserting end opposite to said inlet end and opening into the swingable dispenser and - an adjustable central section included between the inlet end and inserting end. - - a propulsion assembly or power unit, adapted to generate a mechanical power; - a blowing assembly connected to said propulsion assembly and adapted to energise and convey an air flow - a flexible swingable dispenser defining a median axis and adapted to emit and direct a flow set in motion by the blowing assembly along said median axis; and - an adjusting assembly operatively acting in said swingable dispenser for selectively introducing a predetermined amount of substance "S" to be distributed/atomized, into said air flow, - an inlet end connected to the holding tank - an inserting end opposite to said inlet end and opening into the swingable dispenser and - an adjustable central section included between the inlet end and inserting end.
A local oscillator, LO, distribution network, comprising: a common LO buffer configured to buffer an LO signal; a receive, RX, LO buffer configured to receive the LO signal and buffer the LO signal and to provide the LO signal to an RX mixer, wherein the RX mixer is configured to receive the LO signal and an RX signal and generate a downconverted signal; a first LO signal line and a second LO signal line configured to conduct the LO signal from the common LO buffer to the RX LO buffer, wherein the RX LO buffer is coupled to the first LO signal line and the second LO signal line; a transmit, TX, mixer coupled to the first LO signal line and the second LO signal line, wherein the TX mixer is configured to receive the LO signal and a TX signal and generate an upconverted TX signal, characterized in that the RX LO buffer and the TX mixer are coupled in a cascaded manner to a LO signal path defined by the first LO signal line and the second LO signal line. a common LO buffer configured to buffer an LO signal; a receive, RX, LO buffer configured to receive the LO signal and buffer the LO signal and to provide the LO signal to an RX mixer, wherein the RX mixer is configured to receive the LO signal and an RX signal and generate a downconverted signal; a first LO signal line and a second LO signal line configured to conduct the LO signal from the common LO buffer to the RX LO buffer, wherein the RX LO buffer is coupled to the first LO signal line and the second LO signal line; a transmit, TX, mixer coupled to the first LO signal line and the second LO signal line, wherein the TX mixer is configured to receive the LO signal and a TX signal and generate an upconverted TX signal, characterized in that the RX LO buffer and the TX mixer are coupled in a cascaded manner to a LO signal path defined by the first LO signal line and the second LO signal line.
An information processing apparatus comprising: a memory; and a processor, wherein the memory stores identification information of the information processing apparatus, and the processor is configured to perform control so as to transmit the identification information to a terminal apparatus via a first communication module that is wireless proximity communication, detect communication from the terminal apparatus, check the identification information included in the detected communication only in a case where the detected communication further includes information indicating a Fast Identity Online, FIDO service, and, in a case where the identification information of the information processing apparatus is included in the detected communication, request connection to the terminal apparatus that is a transmission source of the detected communication via a second communication module, and establish the connection with the terminal apparatus. a memory; and a processor, wherein the memory stores identification information of the information processing apparatus, and the processor is configured to perform control so as to transmit the identification information to a terminal apparatus via a first communication module that is wireless proximity communication, detect communication from the terminal apparatus, check the identification information included in the detected communication only in a case where the detected communication further includes information indicating a Fast Identity Online, FIDO service, and, in a case where the identification information of the information processing apparatus is included in the detected communication, request connection to the terminal apparatus that is a transmission source of the detected communication via a second communication module, and establish the connection with the terminal apparatus.
An anhydrous antiperspirant aerosol composition, with less than 1% by weight of free water, comprising: a 1 to 25% by weight of antiperspirant active, b 0.5 to 5% by weight of urea, c a non-ethanolic carrier oil, and d volatile propellant, wherein the composition is free from ethanol. a 1 to 25% by weight of antiperspirant active, b 0.5 to 5% by weight of urea, c a non-ethanolic carrier oil, and d volatile propellant, wherein the composition is free from ethanol.
A tracker for surgical navigation, the tracker comprising a patch being at least one of stretchable and compressible in at least one direction; a plurality of tracker elements selected from a light source or a coil, the tracker elements (14, 15) being supported by the patch; and a plurality of electrical connections electrically coupled to the tracker elements (14, 15) and supported by the patch, the electrical connections having a meandering configuration along the direction in which the patch is at least one of stretchable and compressible characterised in that the patch comprises multiple fingers, wherein at least two of the fingers each support at least one tracker element and at least one electrical connection thereof. a patch being at least one of stretchable and compressible in at least one direction; a plurality of tracker elements selected from a light source or a coil, the tracker elements (14, 15) being supported by the patch; and a plurality of electrical connections electrically coupled to the tracker elements (14, 15) and supported by the patch, the electrical connections having a meandering configuration along the direction in which the patch is at least one of stretchable and compressible characterised in that the patch comprises multiple fingers, wherein at least two of the fingers each support at least one tracker element and at least one electrical connection thereof.
A bogie structure for a mountain railway car, the bogie structure comprising: a bogie frame adapted to be provided on a lower part of a car body of the mountain railway car and adapted to support a load of the car body; a first and a second wheelset (120, 130) provided on a lower part of the bogie frame and configured such that first and second wheels (122, 132) are respectively provided on opposite sides of a first and a second axle (121, 131); a pinion gear coupled to the first axle; a traction motor adapted to be provided on the car body and generating driving force; and a drive gear coupled to the first axle to transmit the driving force of the traction motor to the first axle; wherein the pinion gear is provided on the center of the first axle; characterized in that, with the pinion gear as the center, a disc brake type braking device is provided on a first side of the first axle and a drum brake type braking device is provided on a second side thereof; in that a pair of disc brake type braking devices is provided on opposite sides of the second axle; and in that a first and a second bearing (124, 134) are respectively inserted and installed between the first and the second axle (121, 131) and the first and the second wheels (122, 132) of the first and the second wheelset (120, 130). a bogie frame adapted to be provided on a lower part of a car body of the mountain railway car and adapted to support a load of the car body; a first and a second wheelset (120, 130) provided on a lower part of the bogie frame and configured such that first and second wheels (122, 132) are respectively provided on opposite sides of a first and a second axle (121, 131); a pinion gear coupled to the first axle; a traction motor adapted to be provided on the car body and generating driving force; and a drive gear coupled to the first axle to transmit the driving force of the traction motor to the first axle; wherein the pinion gear is provided on the center of the first axle; characterized in that, with the pinion gear as the center, a disc brake type braking device is provided on a first side of the first axle and a drum brake type braking device is provided on a second side thereof; in that a pair of disc brake type braking devices is provided on opposite sides of the second axle; and in that a first and a second bearing (124, 134) are respectively inserted and installed between the first and the second axle (121, 131) and the first and the second wheels (122, 132) of the first and the second wheelset (120, 130).
A field-pole magnet manufacturing apparatus for manufacturing magnet pieces that constitute a field-pole magnet arranged in a rotary electric machine by fracturing the magnet, the apparatus comprising: a pair of support units on which the magnet is placed; and a fracture unit that is arranged opposite to the pair of support units across the magnet and is configured to fracture the magnet by pressing the magnet while in contact with the magnet; characterized by a powder removal unit that is arranged between the pair of support units and is configured to remove crush powder produced by fracture of the magnet, wherein the powder removal unit is configured to suck and discharge crush powder at the time of fracture. a pair of support units on which the magnet is placed; and a fracture unit that is arranged opposite to the pair of support units across the magnet and is configured to fracture the magnet by pressing the magnet while in contact with the magnet; characterized by a powder removal unit that is arranged between the pair of support units and is configured to remove crush powder produced by fracture of the magnet, wherein the powder removal unit is configured to suck and discharge crush powder at the time of fracture.
Control device for a hydraulic cylinder unit, - with the control device including a first and second speed filter (15, 16), a force controller, and a deceleration element, - with a setpoint-speed signal (vK*) being filtered by means of the first speed filter to form a filtered speed signal, - with the force controller being fed an expected repositioning force, a piston force exerted by the hydraulic cylinder unit on a mechanical system moved by the hydraulic cylinder unit, and an inherent force produced by the mechanical system, - with the expected repositioning force being determined by first filtering the setpoint-speed signal (vK*) by means of the second speed filter and thereupon decelerating it by means of the deceleration element, - with the force controller determining a force-controller output signal (vFC) using the expected repositioning force, the piston force, and the inherent force, - with the filtered speed signal and force-controller output signal (vFC) being summated into a composite signal (vU), - with the composite signal (vU) acting upon a valve control unit by means of which the hydraulic cylinder unit is repositioned. - with the control device including a first and second speed filter (15, 16), a force controller, and a deceleration element, - with a setpoint-speed signal (vK*) being filtered by means of the first speed filter to form a filtered speed signal, - with the force controller being fed an expected repositioning force, a piston force exerted by the hydraulic cylinder unit on a mechanical system moved by the hydraulic cylinder unit, and an inherent force produced by the mechanical system, - with the expected repositioning force being determined by first filtering the setpoint-speed signal (vK*) by means of the second speed filter and thereupon decelerating it by means of the deceleration element, - with the force controller determining a force-controller output signal (vFC) using the expected repositioning force, the piston force, and the inherent force, - with the filtered speed signal and force-controller output signal (vFC) being summated into a composite signal (vU), - with the composite signal (vU) acting upon a valve control unit by means of which the hydraulic cylinder unit is repositioned.