mhurhangee/ep-ind-claims huggingface dataset:
A pharmaceutical formulation for use in a method of treatment for improving cognition or treating cognitive loss in a subject in need thereof, wherein the pharmaceutical formulation comprises a therapeutically effective amount of a crystalline Form I of -7-chloro-N-(quinuclidin-3-yl)benzo[b]thiophene-2-carboxamide hydrochloride monohydrate, wherein the pharmaceutical formulation is a tablet or capsule; wherein the crystalline Form I of -7-chloro-N-(quinuclidin-3-yl)benzo[b]thiophene-2-carboxamide hydrochloride monohydrate is characterized by an x-ray powder diffraction pattern having peaks expressed as 2θ at one or both of 17.48 and 20.58 ± 0.20 degrees when measured against an internal silicon standard and characterized by an x-ray powder diffraction pattern further having at least four peaks, six peaks, eight peaks or all peaks expressed as 2θ at 4.50, 9.04, 14.60, 15.14, 15.80, 16.60, 18.16, 18.44, 19.48, 21.74, and 25.46 ± 0.20 degrees when measured against an internal silicon standard; and wherein the subject is suffering from a disorder selected from the group consisting of: attention deficit disorder, attention deficit hyperactivity disorder, and Parkinson's Disease.
A rubber-based skin adhesive comprising: at least one rubber component; at least one tackifier; at least one oil; and at least one absorbent, wherein the adhesive exhibits a soft, gel-like consistency and is repositionable on skin, comprising about 15% to about 20% of the rubber component(s), about 20% to about 35% of the tackifier(s), about 20% to about 45% of the oil(s), and about 20% to about 35% of the absorbent(s). at least one rubber component; at least one tackifier; at least one oil; and at least one absorbent, wherein the adhesive exhibits a soft, gel-like consistency and is repositionable on skin, comprising about 15% to about 20% of the rubber component(s), about 20% to about 35% of the tackifier(s), about 20% to about 45% of the oil(s), and about 20% to about 35% of the absorbent(s).
A structure for protecting a substrate, the structure comprising an inner tie coat layer which can bond to the substrate, a geopolymer foam layer, and an outer protective layer; the geopolymer foam layer being the reaction product of a mixture comprising an aluminosilicate source, an alkali activator, reinforcing fibres, a plurality of microparticles, and water, characterised in that the mixture comprises 20 to 50 weight % of the plurality of microparticles.
Device (1, 2) for moving a movable furniture part in an opening direction relative to the furniture carcass of an item of furniture, wherein the movable furniture part by way of guide means is able to be moved in the opening direction and in a closing direction counter to the opening direction, wherein the device (1, 2) has a force accumulator and an ejector so that the movable furniture part by way of the device (1, 2) assembled on the item of furniture, in an opening procedure under the effect of the loaded force accumulator, by way of the ejector is movable in the opening direction from a closing position to a first opening position in that the force accumulator in an opening movement of the ejector drives the ejector in an opening direction from a closing position of the ejector and the opening movement of the ejector is able to be transmitted to the movable furniture part, wherein the device (1, 2) has a latch component and a force unit acting on the latch component, wherein the latch component interacts with the ejector in such a manner that the latch component under the effect of force of the loaded force unit entrains the ejector in the opening direction from the first opening position to a second opening position, characterized in that the ejector has a depression, wherein there is space for a connecting portion of the latch component in the depression.
A turbo-expanding cracking assembly (40; 80; 100; 112) comprising: a housing (78; 96; 118) enclosing a plurality of stages (52A-F; 82A-F; 102, 104), each stage (52A-F; 82A-F; 102, 104) including a rotating blade (54A-F; 84A-F) coupled to an output shaft (42; 94; 108) and a fixed stator (56A-F; 86A-F); at least one heat exchanger (58A-F; 90A-F; 106) disposed within the housing (78; 96; 118), the at least one heat exchanger configured to transfer heat to an ammonia containing fuel flow: and a catalyst (60, 66; 88A-F; 114) configured to decompose the ammonia containing fuel flow into a flow containing hydrogen, characterised in that: the catalyst comprises a coating applied to at least one of the fixed stators (56A-F; 86A-F); and/or at least one of the rotating blades (54A-F; 84A-F) includes a catalyst coating; and/or the catalyst comprises a catalytic coating applied to platform surfaces between at least two rotating blades (54A-F; 84A-F). a housing (78; 96; 118) enclosing a plurality of stages (52A-F; 82A-F; 102, 104), each stage (52A-F; 82A-F; 102, 104) including a rotating blade (54A-F; 84A-F) coupled to an output shaft (42; 94; 108) and a fixed stator (56A-F; 86A-F); at least one heat exchanger (58A-F; 90A-F; 106) disposed within the housing (78; 96; 118), the at least one heat exchanger configured to transfer heat to an ammonia containing fuel flow: and a catalyst (60, 66; 88A-F; 114) configured to decompose the ammonia containing fuel flow into a flow containing hydrogen, the catalyst comprises a coating applied to at least one of the fixed stators (56A-F; 86A-F); and/or at least one of the rotating blades (54A-F; 84A-F) includes a catalyst coating; and/or the catalyst comprises a catalytic coating applied to platform surfaces between at least two rotating blades (54A-F; 84A-F).
A refrigeration air-conditioning apparatus comprising an information transfer system, the information transfer system including a heat source unit controller, indoor unit controllers and remote controllers in which at least one heat-source unit of the refrigeration air-conditioning apparatus is controlled by said heat-source unit controller and including an outdoor-side heat exchanger, one first relay unit controlled by a first relay controller of the heat source unit controller and including a gas-liquid separator, and at least one second relay unit (3b, 3c) controlled by second relay controllers of the heat source unit controller (31b, 31c) and including a refrigerant-water heat exchanger the heat-source unit, the first relay unit, and the second relay unit are connected by refrigerant piping (4a to 4c), said at least one second relay unit (3b, 3c) and at least one indoor unit (2a to 2d) controlled by the indoor unit controllers (21a-21d) and including an indoor-side heat exchanger connected to the second relay unit by water piping (5a to 5d), and said indoor unit performs heat exchange transfer of the quantity of heat from the water circulating in the water piping (5a to 5d) to indoor air, the indoor unit controllers (21a-21d) are directly connected to said remote controllers (22a-22d) to enable a transfer of information between each other through transmission lines (9a-9d) respectively, wherein the heat-source unit controller forming a pair with and performing communication only with the first relay controller, the first relay controller forming a pair with and performing communication only with the heat source unit controller and the second relay controllers (31b, 31c), the second relay controllers (31b, 31c) forming a pair with and performing communication only with the first relay controller and the indoor unit controllers (21a-21d), and the indoor unit controllers (21a-21d) perform communication only with the second relay controllers (31b, 31c) and the remote controllers (22a-22d).
Use in a personal liquid skin or hair cleansing composition comprising: (a) 3 to 45 wt% of fatty acyl isethionate surfactant product wherein said product comprises fatty acyl isethionate as well as free fatty acids and/or fatty soaps in the said product; (b) 0 to 15 wt% of a synthetic co-surfactant selected from the group consisting of anionic, amphoteric and nonionic surfactants and mixtures thereof, which excludes the fatty acyl isethionate component of the fatty acyl isethionate surfactant product of (a); of (c) 4 to 20 wt% C8 to C20 total linear fatty acids/fatty soaps, comprising both the free fatty acids/fatty soaps in the fatty acyl isethionate surfactant product of item (a) as well as those found in the composition, in which fatty acids/fatty soaps with carbon chain length longer than 14 comprise 20 to 70 wt% by wt. of said total linear fatty acids/fatty soaps in the composition; wherein the ratio of total linear fatty acid/fatty soap to the sum of the pure acyl isethionate surfactant of (a) and the synthetic co-surfactant of (b) is at least 0.25 and less than 1.0; to provide a composition that is stable at 45°C for at least 2 weeks; wherein viscosity of the said liquid cleanser composition measured at 0.01 s -1 and temperature of 25°C is at least 50 Pas; and the ratio of the viscosity at 40°C to the viscosity at 25°C, when measured at 0.01 s -1, is at least 0.2; wherein the pH of the liquid composition is in the range of 4.0 to 8.0. (a) 3 to 45 wt% of fatty acyl isethionate surfactant product wherein said product comprises fatty acyl isethionate as well as free fatty acids and/or fatty soaps in the said product; (b) 0 to 15 wt% of a synthetic co-surfactant selected from the group consisting of anionic, amphoteric and nonionic surfactants and mixtures thereof, which excludes the fatty acyl isethionate component of the fatty acyl isethionate surfactant product of (a); of (c) 4 to 20 wt% C8 to C20 total linear fatty acids/fatty soaps, comprising both the free fatty acids/fatty soaps in the fatty acyl isethionate surfactant product of item (a) as well as those found in the composition, in which fatty acids/fatty soaps with carbon chain length longer than 14 comprise 20 to 70 wt% by wt. of said total linear fatty acids/fatty soaps in the composition; wherein the ratio of total linear fatty acid/fatty soap to the sum of the pure acyl isethionate surfactant of (a) and the synthetic co-surfactant of (b) is at least 0.25 and less than 1.0; to provide a composition that is stable at 45°C for at least 2 weeks; wherein viscosity of the said liquid cleanser composition measured at 0.01 s -1 and temperature of 25°C is at least 50 Pas; and the ratio of the viscosity at 40°C to the viscosity at 25°C, when measured at 0.01 s -1, is at least 0.2; wherein the pH of the liquid composition is in the range of 4.0 to 8.0.
An animal dentistry apparatus comprising a sectioned artificial tooth, wherein the sectioned artificial tooth comprises a crown portion and a furcate root portion, the furcate root portion comprising a plurality of roots (8,10); and a base (20, 22), wherein the base comprises a receiving portion configured to receive and releasably retain each root of the furcate root portion; wherein the sectioned artificial tooth is sectioned into a plurality of sections, each of the plurality of sections comprising one or more but not all of said roots of the furcate root portion and part of the crown portion (14,16), the plurality of sections being contiguous when the sectioned artificial tooth is received in the receiving portion; wherein the plurality of roots have longitudinal axes that run along diverging directions. a sectioned artificial tooth, wherein the sectioned artificial tooth comprises a crown portion and a furcate root portion, the furcate root portion comprising a plurality of roots (8,10); and a base (20, 22), wherein the base comprises a receiving portion configured to receive and releasably retain each root of the furcate root portion; wherein the sectioned artificial tooth is sectioned into a plurality of sections, each of the plurality of sections comprising one or more but not all of said roots of the furcate root portion and part of the crown portion (14,16), the plurality of sections being contiguous when the sectioned artificial tooth is received in the receiving portion; wherein the plurality of roots have longitudinal axes that run along diverging directions.
An apparatus comprising: a communication unit configured to perform wireless communication; and a control unit configured to decide a minimum unit sTTI of a transmission time, representing the length of a transmission time interval, in communication via the wireless communication on a basis of - a first processing time T UE that is decided in accordance with a terminal apparatus and represents the time required by the terminal apparatus to process received data and generate transmission data, - a second processing time T ADV that is decided in accordance with a communication environment and represents a timing advance value or twice a transmission delay time that depend on the distance between the apparatus and the terminal apparatus, and - a predetermined coefficient a set in accordance with properties of a system configuration used for wireless communication and set in accordance with a period of time after the terminal apparatus receives data from the apparatus until the terminal apparatus transmits data to the apparatus according to said system configuration, such that the following condition is satisfied: T UE + T ADV < a * sTTI. a communication unit configured to perform wireless communication; and a control unit configured to decide a minimum unit sTTI of a transmission time, representing the length of a transmission time interval, in communication via the wireless communication on a basis of - a first processing time T UE that is decided in accordance with a terminal apparatus and represents the time required by the terminal apparatus to process received data and generate transmission data, - a second processing time T ADV that is decided in accordance with a communication environment and represents a timing advance value or twice a transmission delay time that depend on the distance between the apparatus and the terminal apparatus, and - a predetermined coefficient a set in accordance with properties of a system configuration used for wireless communication and set in accordance with a period of time after the terminal apparatus receives data from the apparatus until the terminal apparatus transmits data to the apparatus according to said system configuration, such that the following condition is satisfied: T UE + T ADV < a * sTTI. - a first processing time T UE that is decided in accordance with a terminal apparatus and represents the time required by the terminal apparatus to process received data and generate transmission data, - a second processing time T ADV that is decided in accordance with a communication environment and represents a timing advance value or twice a transmission delay time that depend on the distance between the apparatus and the terminal apparatus, and - a predetermined coefficient a set in accordance with properties of a system configuration used for wireless communication and set in accordance with a period of time after the terminal apparatus receives data from the apparatus until the terminal apparatus transmits data to the apparatus according to said system configuration, such that the following condition is satisfied: T UE + T ADV < a * sTTI.
A device for checking the integrity of a digital transmission of a system, where an analog output of the system is configured to receive the digital transmission and produce an analog output signal transmitting it via an analog path, and where the system includes a first test signal generator, TSG, for producing a test signal using a test generation function and for injecting the test signal into the digital transmission for output by the analog output, the device comprising: a second TSG using same test generation function as the first TSG; and at least one processor configured to check the integrity of the digital transmission and output an indication of whether any errors are introduced due to a digital path of the digital transmission by: estimating the test signal using the second TSG and compensating the test signal estimated for a linear transfer function of the digital path and the analog path of the analog output combined, and determining whether the compensated test signal estimated corresponds to the analog output signal transmitted by the analog output to determine whether the digital path of the digital transmission is free from errors. a second TSG using same test generation function as the first TSG; and at least one processor configured to check the integrity of the digital transmission and output an indication of whether any errors are introduced due to a digital path of the digital transmission by: estimating the test signal using the second TSG and compensating the test signal estimated for a linear transfer function of the digital path and the analog path of the analog output combined, and determining whether the compensated test signal estimated corresponds to the analog output signal transmitted by the analog output to determine whether the digital path of the digital transmission is free from errors. estimating the test signal using the second TSG and compensating the test signal estimated for a linear transfer function of the digital path and the analog path of the analog output combined, and determining whether the compensated test signal estimated corresponds to the analog output signal transmitted by the analog output to determine whether the digital path of the digital transmission is free from errors.
A film patterning system for patterning a film, comprising: a first rotary member having a first shaft that defines a first axis, and a cylindrical first screen mold that surrounds and that is coupled to said first shaft and that is rotatable about said first axis; a second rotary member spaced apart from said first rotary member, having a second shaft that defines a second axis parallel to said first axis, and rotatable about said second axis; a second screen mold trained on said first and second rotary members and circumferentially stacked on said first screen mold; and a suctioning box mounted in said first rotary member between said first shaft and said first screen mold for suctioning the film that is guided onto said second screen mold, thereby permitting the film to be patterned at least by said second screen mold characterized in that said second rotary member further has a cylindrical third screen mold that surrounds and that is coupled to said second shaft and that is rotatable about said second axis, said second screen mold being circumferentially stacked on said third screen mold. a first rotary member having a first shaft that defines a first axis, and a cylindrical first screen mold that surrounds and that is coupled to said first shaft and that is rotatable about said first axis; a second rotary member spaced apart from said first rotary member, having a second shaft that defines a second axis parallel to said first axis, and rotatable about said second axis; a second screen mold trained on said first and second rotary members and circumferentially stacked on said first screen mold; and a suctioning box mounted in said first rotary member between said first shaft and said first screen mold for suctioning the film that is guided onto said second screen mold, thereby permitting the film to be patterned at least by said second screen mold characterized in that said second rotary member further has a cylindrical third screen mold that surrounds and that is coupled to said second shaft and that is rotatable about said second axis, said second screen mold being circumferentially stacked on said third screen mold.
Device for aligning individual elements, in particular filter elements, arranged in receiving pockets of a cyclically moving transfer means, comprising a position recognition means, which detects the alignment of the individual elements in the receiving pockets, an ejection means for ejecting those individual elements recognised as non-compliant from the associated receiving pockets, a turning means for turning the ejected individual elements, a means (5, 8) for re-inserting the turned individual elements into the receiving pockets, and an electronic control means for controlling successive working steps, wherein the turning element that can be rotated by at least 180° is designed as a turning cylinder with diametrically extending receiving bores or recesses (6.1), the turning cylinder can be rotated in a positioning bore of a stationary sleeve or a block, and wherein the sleeve or the block has bores or recesses (7.2, 7.3, 70.2, 70.3) opposite the ends of a receiving bore (6.1), of which the blow bore (7.2, 70.2) furthest from the receiving pockets has a diameter that is smaller than the diameter of the receiving bores (6.1), whilst the bores or recesses bordering on the receiving pockets equal the cross-sectional shape of the receiving pockets.
A method, operated by a communications server, for identifying and associating user devices in a communications system, the method comprising: receiving a plurality of data streams from a plurality of endpoints; receiving at least one media segment from a user device, wherein the media segment is at least a portion of media presented by an endpoint; determining whether the at least one media segment from the user device corresponds with one of the plurality of data streams from the plurality of endpoints; in response to being unable to match the at least one media segment with one of the plurality of data streams received from the plurality of endpoints, inserting a media cue into one of the plurality of data streams; and in response to detecting that the media cue inserted into the one of the plurality of data streams is received by the user device, transmitting identification information to the user device that associates the user device with one or more services on the communications server, wherein the at least one media segment is captured and received from the user device, wherein the at least one media segment is at least a portion of media provided by one of the plurality of endpoints; wherein the media cue is one of: an audio cue, an audio watermark, a video cue, a video watermark, a two-dimensional code, a bar code, a QR code, and a matrix code. receiving a plurality of data streams from a plurality of endpoints; receiving at least one media segment from a user device, wherein the media segment is at least a portion of media presented by an endpoint; determining whether the at least one media segment from the user device corresponds with one of the plurality of data streams from the plurality of endpoints; in response to being unable to match the at least one media segment with one of the plurality of data streams received from the plurality of endpoints, inserting a media cue into one of the plurality of data streams; and in response to detecting that the media cue inserted into the one of the plurality of data streams is received by the user device, transmitting identification information to the user device that associates the user device with one or more services on the communications server, wherein the at least one media segment is captured and received from the user device, wherein the at least one media segment is at least a portion of media provided by one of the plurality of endpoints; wherein the media cue is one of: an audio cue, an audio watermark, a video cue, a video watermark, a two-dimensional code, a bar code, a QR code, and a matrix code.
A wire saw control system for operating a wire saw adapted for cutting a wafer (304, 304, 306, 308) by moving the wire relatively to the wafer with a selectable wire speed, the wire saw control system comprising: a) a camera for inspecting the wire; characterized by: b) a camera control unit for operating the camera in dependence of the wire speed, thereby synchronizing the speed with the operation of the camera a) a camera for inspecting the wire; b) a camera control unit for operating the camera in dependence of the wire speed, thereby synchronizing the speed with the operation of the camera