mhurhangee/ep-ind-claims huggingface dataset:
A cartridge containing a food substance adapted to interact with water injected in the cartridge to produce a food liquid that is dispensed from the cartridge comprising: a cup having a chamber for holding the food substance and a lid, a puncturable delivery wall that holds the substance in the chamber, a puncturing structure (13, 130) to puncture at least one opening in the delivery wall as a response of water filling the chamber, a collecting area (5, 50) for collecting the liquid passing through the delivery wall in a substantially axial direction; said collecting area being placed downstream the puncturable delivery wall, at least one liquid outlet (15, 150) in the collecting area for allowing the liquid to leave the collecting area, wherein the cartridge comprises a support structure comprising at least one support surface (14, 140) configured to support at least one portion of the delivery wall to maintain a flow gap between the puncture structure and the at least one outlet, wherein the at least one support surface (14, 140) is arranged in the flow path between the puncturing structure (13, 130) and the at least one outlet, characterised in that the cartridge comprises no sealing film welded to the webs of a labyrinth structure of a labyrinth plate in the first half of the radius of the labyrinth plate of the cartridge. a cup having a chamber for holding the food substance and a lid, a puncturable delivery wall that holds the substance in the chamber, a puncturing structure (13, 130) to puncture at least one opening in the delivery wall as a response of water filling the chamber, a collecting area (5, 50) for collecting the liquid passing through the delivery wall in a substantially axial direction; said collecting area being placed downstream the puncturable delivery wall, at least one liquid outlet (15, 150) in the collecting area for allowing the liquid to leave the collecting area, wherein the cartridge comprises a support structure comprising at least one support surface (14, 140) configured to support at least one portion of the delivery wall to maintain a flow gap between the puncture structure and the at least one outlet, wherein the at least one support surface (14, 140) is arranged in the flow path between the puncturing structure (13, 130) and the at least one outlet, characterised in that the cartridge comprises no sealing film welded to the webs of a labyrinth structure of a labyrinth plate in the first half of the radius of the labyrinth plate of the cartridge.
An ophthalmic formulation comprising brinzolamide or a pharmaceutically acceptable salt thereof, in an aqueous solution in combination with a second therapeutically active agent, wherein the formulation further comprises a polyvinyl caprolactam-polyvinyl acetate-polyethylene glycol graft copolymer and polysorbate 80, wherein the second therapeutically active agent is selected from (i) beta-blockers (ii) prostaglandin analogs, (iii) prostamides, (iv) alpha 2-adrenergic agonists, (v) miotics, (vi) neuroprotectants, (vii) parasympathomimetic drug, or, their salts and racemates and/or mixtures thereof, and wherein the formulation is for use in treating or preventing elevated intraocular pressure.
A transparent vapor-deposited film having at least a laminar structure with an inorganic oxide vapor-deposited film that is composed mainly of aluminum oxide formed on the surface of a plastic substrate, the transparent vapor-deposited film containing Al-C covalent bonds at the interface between the plastic substrate and the inorganic oxide vapor-deposited film that is composed mainly of aluminum oxide, wherein the abundance of Al-C covalent bonds is between 0.3% and 30% of the total bonds that include C, based on measurement by X-ray photoelectron spectroscopy (measuring conditions: X-ray source: AlKα, X-ray output: 120W), and the Al/O ratio of the inorganic oxide vapor-deposited film that is composed mainly of aluminum oxide from the interface between the plastic substrate and the vapor-deposited film up to 3 nm toward the surface of the vapor-deposited film is no greater than 1.0.
Method for determining frequency-dependent refractive indices of a material sample, comprising the steps of: a) providing the material sample, wherein the material sample comprises at least one entry side and one exit side; b) irradiating the entry side with collimated, polychromatic light having a spectral intensity distribution by means of a radiation source; c) detecting a spatial intensity distribution of the light at the exit side by means of a detector with spatial resolution in a propagation plane; d) determining the frequency-dependent refractive indices of the material sample by comparing the spectral intensity distribution with the detected spatial intensity distribution by means of a computing unit, taking into account a geometric shape of the material sample and an arrangement of the radiation source, the material sample and the detector relative to one another. a) providing the material sample, wherein the material sample comprises at least one entry side and one exit side; b) irradiating the entry side with collimated, polychromatic light having a spectral intensity distribution by means of a radiation source; c) detecting a spatial intensity distribution of the light at the exit side by means of a detector with spatial resolution in a propagation plane; d) determining the frequency-dependent refractive indices of the material sample by comparing the spectral intensity distribution with the detected spatial intensity distribution by means of a computing unit, taking into account a geometric shape of the material sample and an arrangement of the radiation source, the material sample and the detector relative to one another.
A hydraulic control apparatus for an automatic transmission that supplies oil discharged from an oil pump that operates in conjunction with a drive source to both a starting apparatus that is connected to the drive source and an automatic speed change mechanism that is connected to the starting apparatus, comprising: a circulating oil supply passage (a 5, d 1, d 3) that supplies oil that has been discharged from the oil pump into a common oil passage to the starting apparatus as circulating oil; a circulating oil discharge passage (e) that discharges the circulating oil from the starting apparatus; a speed change mechanism oil supply passage that supplies oil in the common oil passage to the automatic speed change mechanism; a first flow rate changing device that is arranged in at least one of the circulating oil supply passage or the circulating oil discharge passage and is able to change the flow rate of the circulating oil; and characterized by a first flow rate instructing portion that outputs a command to the first flow rate changing device to change the flow rate of the circulating oil according to the amount of oil discharged from the oil pump. a circulating oil supply passage (a 5, d 1, d 3) that supplies oil that has been discharged from the oil pump into a common oil passage to the starting apparatus as circulating oil; a circulating oil discharge passage (e) that discharges the circulating oil from the starting apparatus; a speed change mechanism oil supply passage that supplies oil in the common oil passage to the automatic speed change mechanism; a first flow rate changing device that is arranged in at least one of the circulating oil supply passage or the circulating oil discharge passage and is able to change the flow rate of the circulating oil; and characterized by a first flow rate instructing portion that outputs a command to the first flow rate changing device to change the flow rate of the circulating oil according to the amount of oil discharged from the oil pump.
Switchgear cabinet comprising a closed housing and a cooling device for cooling items of electrical and/or electronic equipment (4,34,36,38) that can be disposed inside the housing, comprising a first closed cooling circuit containing a first cooling medium for removing heat generated during operation of at least one of the items of equipment from the housing, wherein the first cooling circuit is connected inside the housing to a first heat exchanger for transferring the heat from the at least one item of equipment to the first cooling medium and, outside the housing, to a second heat exchanger for dissipating the heat to an external cooling medium, wherein the second heat exchanger is disposed above the first heat exchanger and wherein the first cooling circuit, the first cooling medium and the first and second heat exchanger (8,14) are designed to implement heat transfer according to the two-phase thermosiphon principle, and wherein the first cooling circuit comprises pipes (10,12) for the first cooling medium which extend out of the housing in a sealed manner via feedthroughs and interconnect the first heat exchanger and the second heat exchanger.
Motor vehicle drive train, comprising a drive unit, a transmission and a clutch system with a clutch device which is arranged between the drive unit and the transmission for the transmission of torque between the drive unit and the transmission, it being possible for at least one of the clutch device and the transmission to be actuated via pressure medium which can be applied via a pressure medium system to an actuator arrangement (12, 14) of the clutch device or an actuator arrangement (54, 56, 58, 60) of the transmission at a controllable or regulatable pressure under the control or regulation by way of a control unit (28; 28') which actuates at least one valve (20, 22; 64, 66, 70, 72) of the pressure medium system, in such a way that the control unit (28; 28') is configured or programmed, - for the exertion of a setpoint actuating force by way of the at least one actuator arrangement (12, 14; 54, 56, 58, 60), and/or - for the increase of the setpoint actuating force which is exerted by means of the at least one actuator arrangement or in accordance with a setpoint characteristic curve of at least one valve of the pressure medium system, which valve is assigned to the actuator arrangement, - to first of all actuate in a pulse-like manner for the output of a prefilling volume of pressure medium to the actuator arrangement, and - then to actuate the valve for the exertion of the setpoint actuating force by way of the actuator arrangement or for the increase of the setpoint actuating force which is exerted by means of the actuator arrangement in accordance with the setpoint characteristic curve. - for the exertion of a setpoint actuating force by way of the at least one actuator arrangement (12, 14; 54, 56, 58, 60), and/or - for the increase of the setpoint actuating force which is exerted by means of the at least one actuator arrangement or in accordance with a setpoint characteristic curve of at least one valve of the pressure medium system, which valve is assigned to the actuator arrangement, - to first of all actuate in a pulse-like manner for the output of a prefilling volume of pressure medium to the actuator arrangement, and - then to actuate the valve for the exertion of the setpoint actuating force by way of the actuator arrangement or for the increase of the setpoint actuating force which is exerted by means of the actuator arrangement in accordance with the setpoint characteristic curve.
Irradiation device (10; 100) of a paste-type composition comprising: - a container body (12; 120) equipped with a longitudinal through opening (14; 140) for the transit of a paste-type composition to be irradiated and with a dispensing head (18; 180) extending from the longitudinal through opening (14; 140); - at least one irradiation element (24; 240) arranged in the container body (12; 120) and suitable for irradiating the paste-type composition in transit in the longitudinal through opening (14; 140); and - an energy source (26; 260) also arranged in the container body (12; 120) and in electrical connection with the at least one irradiation element (24; 240); and - means (28; 280) for switching said at least one irradiation element (24; 240) on/off; characterised in that said means (28; 280) for switching said at least one irradiation element (24; 240) on/off comprises an end portion extending from the container body (12; 120) and suitable for cooperating with a cap able to be removably associated with the dispensing head (18; 180) of the irradiation device (10; 100) to switch on the at least one irradiation element (24; 240) at the time of decoupling of the cap from the dispensing head (18; 180) of the irradiation device (10; 100).. - a container body (12; 120) equipped with a longitudinal through opening (14; 140) for the transit of a paste-type composition to be irradiated and with a dispensing head (18; 180) extending from the longitudinal through opening (14; 140); - at least one irradiation element (24; 240) arranged in the container body (12; 120) and suitable for irradiating the paste-type composition in transit in the longitudinal through opening (14; 140); and - an energy source (26; 260) also arranged in the container body (12; 120) and in electrical connection with the at least one irradiation element (24; 240); and - means (28; 280) for switching said at least one irradiation element (24; 240) on/off;
A tablet comprising micronized bromocriptine mesylate and one or more excipients; wherein the micronized bromocriptine mesylate is present in an amount that provides a dose of at least about 0.8 mg of bromocriptine per tablet; wherein the micronized bromocriptine mesylate has Dv90 of less than about 10 μm and has a volume-based particle size distribution wherein not more than about 20% of the bromocriptine mesylate has a particle size of less than about 1 μm; and wherein the tablet provides a dissolution profile, when tested in USP Apparatus Type 2 Paddle Method at 50 rpm in 500 mL of 0.1 N hydrochloric acid at about 37 °C, wherein at least about 80 % of the bromocriptine mesylate has been released at about 30 minutes. wherein the micronized bromocriptine mesylate is present in an amount that provides a dose of at least about 0.8 mg of bromocriptine per tablet; wherein the micronized bromocriptine mesylate has Dv90 of less than about 10 μm and has a volume-based particle size distribution wherein not more than about 20% of the bromocriptine mesylate has a particle size of less than about 1 μm; and wherein the tablet provides a dissolution profile, when tested in USP Apparatus Type 2 Paddle Method at 50 rpm in 500 mL of 0.1 N hydrochloric acid at about 37 °C, wherein at least about 80 % of the bromocriptine mesylate has been released at about 30 minutes.
A turbine shroud segment (36, 136, 236, 336) comprising a carrier segment (38, 138) comprising metallic materials, a blade track segment (40, 140, 240, 340) comprising ceramic matrix composite materials, the blade track segment (40, 140, 240, 340) formed to include a runner (46, 146, 246, 346) shaped to extend partway around a central axis (28, 128, 228, 328) and an attachment box portion (48, 148, 248, 348) that extends radially outward from the runner (46, 146, 246, 346) into an attachment channel (44, 144, 244, 344) formed by the carrier segment (38, 138), wherein the attachment box portion defines an interior space opening outwardly at opposite ends (60, 62) of the attachment box portion (48, 148, 248, 348) in a direction substantially tangent to a circle extending around the central axis (28, 128, 228, 328) and the attachment box includes a top facing radially inwardly toward the interior space, and a seal assembly (42, 242, 342) configured to couple to the carrier segment (38, 138) and the attachment box portion (48, 148, 248, 348) of the blade track segment (40, 140, 240, 340) such that the seal assembly (42, 242, 342) seals between the carrier segment (38, 138) and the blade track segment (40, 140, 240, 340) around a perimeter of the attachment box portion (48, 148, 248, 348) along axially forward, axially aft, and circumferential sides of the attachment box portion (48, 148, 248, 348) when the seal assembly (42, 242, 342) is coupled to the carrier segment (38, 138) and the attachment box portion (48, 148, 248, 348), wherein the seal assembly (42, 242, 342) is arranged radially outward of the runner (46, 146, 246, 346) so that the seal assembly (42, 142, 242, 342) can apply a smaller load to the runner (46, 146, 246, 346) than would be the case if the seal assembly (42, 142, 242, 342) directly contacted the runner (46, 146, 246, 346).
A device for the treatment and prevention of infant health conditions caused by improper head position comprising a headwear member made of a fabric material sized to fit around an infant's head and comprising overlapping or adjacent portions that define an opening in the headwear member; wherein the overlapping or adjacent portions of the headwear member are movable between an open position and a closed position; characterised in that the device further comprises two longitudinally-elongated, partially compressible and compression-resistant, head positioning members spaced laterally apart from each other and attached on an outer surface of the headwear member, and further configured to support a head of an infant in a midline position with respect to the spine of the infant when the infant is supine or lying on its side; and the overlapping or adjacent portions of the headwear member when in the open position, expose the scalp of the infant, and when in the closed position, permit secure attachment of a medical device to the headwear member. when in the open position, expose the scalp of the infant, and when in the closed position, permit secure attachment of a medical device to the headwear member.
A terminal, comprising a processor, an interface chip, a motion sensor, and a first Type C interface, wherein the processor is separately connected to the motion sensor and the interface chip; the interface chip is separately connected to the processor and a CC pin in the first Type C interface; the motion sensor is configured to monitor a motion status of the terminal; characterized in that: the processor is configured to control, according to the motion status of the terminal that is detected by the motion sensor, the interface chip to configure the CC pin of the first Type C interface to be in a low-level mode when it is determined that the motion status of the terminal changes from a moving state to a static state, wherein the change in the motion status reflects that the terminal is disconnected from an external device and the terminal configures the CC pin to be in the low-level mode by reducing an active level of the CC pin. the processor is separately connected to the motion sensor and the interface chip; the interface chip is separately connected to the processor and a CC pin in the first Type C interface; the motion sensor is configured to monitor a motion status of the terminal; characterized in that: the processor is configured to control, according to the motion status of the terminal that is detected by the motion sensor, the interface chip to configure the CC pin of the first Type C interface to be in a low-level mode when it is determined that the motion status of the terminal changes from a moving state to a static state, wherein the change in the motion status reflects that the terminal is disconnected from an external device and the terminal configures the CC pin to be in the low-level mode by reducing an active level of the CC pin.
Steam cleaning apparatus with suction comprising: - generator means of pressurized steam; - outflow and suction means provided with at least one outflow opening, which is connected to said generator means for supplying said pressurized steam on a surface to be cleaned, and at least one suction opening for sucking a waste fluid, in particular containing material removed from said surface; - a storage tank connected to said suction opening for receiving said waste fluid; characterized in that it comprises ejector means interposed between said suction opening and said storage tank and supplied with said pressurized steam by said generator means so as to create a depression at said suction opening for sucking said waste fluid and conveying the latter into said storage tank. - generator means of pressurized steam; - outflow and suction means provided with at least one outflow opening, which is connected to said generator means for supplying said pressurized steam on a surface to be cleaned, and at least one suction opening for sucking a waste fluid, in particular containing material removed from said surface; - a storage tank connected to said suction opening for receiving said waste fluid;
A method of producing a saccharified solution by using biomass as a raw material, the method comprising: a hydrolytic saccharification step of obtaining saccharified slurry by hydrothermally treating cellulosic biomass slurry in a supercritical state or a subcritical state by a continuous reactor; a crushing step of supplying the saccharified slurry that is taken out of the continuous reactor to a crushing apparatus, and crushing solid matter formed in the continuous reactor by the crushing apparatus; a flash step of flash-evaporating and cooling down, in a flash tank through a pressure reducing valve, the saccharified slurry that is taken out of the crushing apparatus; and a solid-liquid separation step of performing solid-liquid separation to separate the slurry that is taken out of the flash tank into a saccharified solution and solid matter. a hydrolytic saccharification step of obtaining saccharified slurry by hydrothermally treating cellulosic biomass slurry in a supercritical state or a subcritical state by a continuous reactor; a crushing step of supplying the saccharified slurry that is taken out of the continuous reactor to a crushing apparatus, and crushing solid matter formed in the continuous reactor by the crushing apparatus; a flash step of flash-evaporating and cooling down, in a flash tank through a pressure reducing valve, the saccharified slurry that is taken out of the crushing apparatus; and a solid-liquid separation step of performing solid-liquid separation to separate the slurry that is taken out of the flash tank into a saccharified solution and solid matter.