mhurhangee/ep-ind-claims huggingface dataset:
A pharmaceutical composition for use in the symptomatic and/or prophylactic treatment of respiratory diseases comprising the simultaneous or sequential administration of tiotropium bromide with water content less than or equal to 2.5%, fluticasone propionate and sodium cromoglycate in dry powder form wherein • the mean particle size of tiotropium bromide with water content less than or equal to 2.5%, fluticasone propionate and sodium cromoglycate is not less than 1 μm and • said active agents are present in the composition with the ratio of 1:2:40 to 1:50:2500 respectively and • lactose which is used as carrier has a mean particle size less than 100 μm. • the mean particle size of tiotropium bromide with water content less than or equal to 2.5%, fluticasone propionate and sodium cromoglycate is not less than 1 μm and • said active agents are present in the composition with the ratio of 1:2:40 to 1:50:2500 respectively and • lactose which is used as carrier has a mean particle size less than 100 μm.
A thin film device for producing a thin film of a liquid, said thin film device comprising: (a) a disk comprising a planar first surface and a second disk surface on the two opposite sides of said disk, said disk is coupled to a rotation shaft that is aligned with a rotational axis of said disk perpendicular to the planar first surface allowing rotation of the disk along said rotational axis, at least a circular portion of said planar first surface is rotationally symmetric to said rotational axis; (b) a device frame that positions said rotation shaft and said disk; (c) a thickness control device comprising a thin film setting edge coupled to a liquid return channel and at least one frame connector coupling said thin film setting edge and said liquid return channel to said device frame, said frame connector is movable in respect to said device frame; (d) a motion device coupled to said disk for providing rotation to the disk, and a motion control device for controlling rotation speed, rotation direction, or a combination thereof, of said motion device; and (e) a first reservoir for storing said liquid; wherein said thickness control device is positioned at said planar first surface side of said disk, and said thin film setting edge is substantially parallel to said planar first surface; wherein the distance between said thin film setting edge and said planar first surface is in a range of from 0.05 mm to 5 mm and adjustable via said frame connector; wherein the liquid return channel is configured to have a shape that allows the liquid to return to the first reservoir by gravity without disturbing the thin film formed; and wherein said first reservoir is configured so that said liquid, when present in said first reservoir, is in contact with at least a portion of said planar first surface. (a) a disk comprising a planar first surface and a second disk surface on the two opposite sides of said disk, said disk is coupled to a rotation shaft that is aligned with a rotational axis of said disk perpendicular to the planar first surface allowing rotation of the disk along said rotational axis, at least a circular portion of said planar first surface is rotationally symmetric to said rotational axis; (b) a device frame that positions said rotation shaft and said disk; (c) a thickness control device comprising a thin film setting edge coupled to a liquid return channel and at least one frame connector coupling said thin film setting edge and said liquid return channel to said device frame, said frame connector is movable in respect to said device frame; (d) a motion device coupled to said disk for providing rotation to the disk, and a motion control device for controlling rotation speed, rotation direction, or a combination thereof, of said motion device; and (e) a first reservoir for storing said liquid;
A door pressing station, comprising: at least one press comprising an upper die having an upper convex surface and a lower die having a lower convex surface, the upper and lower convex surfaces (72a, 72b) facing one another to define a reduced-caliper portion of a mold cavity in which a door assembly formed by joining first and second door skins (S1, S2) to opposite surfaces of a door frame is received for pressing characterized in that the pressing station comprises at least a first and a second press (62a, 62b) for alternately receiving assembled doors wherein convex portions (72a, 72b) of the upper and lower dies (70, 74) over compress at least the central portions of the first and second door skins (S1, S2) so that at least part of the interior surface of the door skins (S1, S2) is coplanar with or below the respective surface of the frame to which the skin (S1, S2) is attached. at least one press comprising an upper die having an upper convex surface and a lower die having a lower convex surface, the upper and lower convex surfaces (72a, 72b) facing one another to define a reduced-caliper portion of a mold cavity in which a door assembly formed by joining first and second door skins (S1, S2) to opposite surfaces of a door frame is received for pressing characterized in that the pressing station comprises at least a first and a second press (62a, 62b) for alternately receiving assembled doors wherein convex portions (72a, 72b) of the upper and lower dies (70, 74) over compress at least the central portions of the first and second door skins (S1, S2) so that at least part of the interior surface of the door skins (S1, S2) is coplanar with or below the respective surface of the frame to which the skin (S1, S2) is attached.
A method for investigating intra- and/or intermolecular interactions involving RNA, comprising the steps of: a) synthesizing a RNA/DNA heteroduplex comprising a RNA strand of interest paired to a DNA strand, each of said strands having a first and a second end; b) binding a first end of the DNA strand and a corresponding first end of the RNA strand to a first element of a nanoscale manipulating device, and a second end of the DNA strand to a second element of the nanoscale manipulating device, leaving a second end of the RNA strand free; c) moving the first and second elements of the manipulating device apart from each other, stretching the DNA strand and causing the RNA strand to peel off the heteroduplex, while measuring a force-displacement relationship (FDR, FDR1); and d) moving the first and second elements of the nanoscale manipulating device towards each other, allowing the DNA strand to relax and causing the RNA strand to bind again to it, while continuing measuring the force-displacement relationship (FDR, FDR2); wherein at least one of step c) and d) is carried out while controlling said moving of the first and second elements of the manipulating device in such a way that an end-to-end distance of the heteroduplex varies according to a predetermined time law, the force-displacement relationship measured during steps c) and d) providing information on intra- and/or intermolecular interactions involving the RNA strand. a) synthesizing a RNA/DNA heteroduplex comprising a RNA strand of interest paired to a DNA strand, each of said strands having a first and a second end; b) binding a first end of the DNA strand and a corresponding first end of the RNA strand to a first element of a nanoscale manipulating device, and a second end of the DNA strand to a second element of the nanoscale manipulating device, leaving a second end of the RNA strand free; c) moving the first and second elements of the manipulating device apart from each other, stretching the DNA strand and causing the RNA strand to peel off the heteroduplex, while measuring a force-displacement relationship (FDR, FDR1); and d) moving the first and second elements of the nanoscale manipulating device towards each other, allowing the DNA strand to relax and causing the RNA strand to bind again to it, while continuing measuring the force-displacement relationship (FDR, FDR2);
Method for processing an error in the course of the rendering of a digital content during a multimedia session on a terminal, said session offering a plurality of representations of said digital content described in a descriptive information medium for the multimedia session transmitted independently of the representation data, the method being characterized in that after obtaining the descriptive information medium, it comprises the following steps: - For at least one particular representation indicated in the descriptive information medium, obtaining an availability value associated with said particular representation, according to which the broadcasting of the data of said particular representation will not be suspended by the server, - Comparing the availability value obtained with at least one predetermined value, - Selecting a fallback representation according to the result of the comparison, and - On detection of a rendering error, switching to the selected fallback representation. - For at least one particular representation indicated in the descriptive information medium, obtaining an availability value associated with said particular representation, according to which the broadcasting of the data of said particular representation will not be suspended by the server, - Comparing the availability value obtained with at least one predetermined value, - Selecting a fallback representation according to the result of the comparison, and - On detection of a rendering error, switching to the selected fallback representation.
A sealing structure of a parting portion for closing the parting portion between a rear end of a front door and a front end of a rear door of an automobile by a seal lip from an inner-cabin side, comprising a front side weather strip installable on a peripheral edge of the front door, the front side weather strip being configured to make an elastic contact with a center pillar, the seal lip having a substantially tongue-shaped cross section, the seal lip disposable at an upper part of a front end of a rear side weather strip installable on a peripheral edge of a rear door and extending downward, the seal lip having an assembly part formed on a base root side thereof, the assembly part being able to be assembled on the front end of the rear door, characterized in that the base root side of said seal lip has a bending point provided thereon for said seal lip to be curved toward the inner-cabin side so that a top end side being configured to make an elastic contact with said center pillar when high pressure water splashes said seal lip while spraying the high pressure water from the outer-cabin side for washing the automobile or the like, wherein: the high pressure water which splashes the parting portion from the outer-cabin side straightly advances toward the center pillar through the parting portion, hits the seal lip and then is greatly turned in the angle of returning to the outer-cabin side along the outer-cabin side surface of the seal lip; wherein when no high pressure water is applied, the seal lip is bent around the bending point toward the outer-cabin side wherein the seal lip has a concave provided on an outer-cabin side of the top end side such that the top end of said seal lip is further bent toward the outer-cabin side, being configured to make an elastic contact with the rear end of the front door, and a center part of the seal lip being configured to make an elastic contact with the front end of the rear door to close the parting portion. the high pressure water which splashes the parting portion from the outer-cabin side straightly advances toward the center pillar through the parting portion, hits the seal lip and then is greatly turned in the angle of returning to the outer-cabin side along the outer-cabin side surface of the seal lip; wherein when no high pressure water is applied, the seal lip is bent around the bending point toward the outer-cabin side wherein the seal lip has a concave provided on an outer-cabin side of the top end side such that the top end of said seal lip is further bent toward the outer-cabin side, being configured to make an elastic contact with the rear end of the front door, and a center part of the seal lip being configured to make an elastic contact with the front end of the rear door to close the parting portion.
Door unit for a vehicle, comprising: a door which is configured, in a closed position, to cover an opening in the vehicle and to delimit a vehicle interior from a vehicle environment; a pressure compensation flap which is configured, in a sealing position, to cover a pressure compensation opening in the door and, in a pressure compensation position, to at least partially release the pressure compensation opening; a locking element which is configured, in a locking state, to lock the door in the closed position and, in an unlocking state, to unlock the door; and an actuation mechanism which is configured, during a movement of the pressure compensation flap from the pressure compensation position into an open position, to move the locking element from the locking state into the unlocking state, characterized in that the door unit comprises a blocking element which is configured, in the sealing position of the pressure compensation flap, to block a movement of the locking element from the locking state into the unlocking state, wherein the blocking element is arranged on the pressure compensation flap. a door which is configured, in a closed position, to cover an opening in the vehicle and to delimit a vehicle interior from a vehicle environment; a pressure compensation flap which is configured, in a sealing position, to cover a pressure compensation opening in the door and, in a pressure compensation position, to at least partially release the pressure compensation opening; a locking element which is configured, in a locking state, to lock the door in the closed position and, in an unlocking state, to unlock the door; and an actuation mechanism which is configured, during a movement of the pressure compensation flap from the pressure compensation position into an open position, to move the locking element from the locking state into the unlocking state, characterized in that the door unit comprises a blocking element which is configured, in the sealing position of the pressure compensation flap, to block a movement of the locking element from the locking state into the unlocking state, wherein the blocking element is arranged on the pressure compensation flap.
An implantable prosthesis for repairing an abdominal wall defect, the implantable prosthesis comprising: a soft tissue repair patch, characterised by a resilient support member provided on the soft tissue repair patch that influences the patch to assume its unfurled or expanded configuration; the prosthesis also being characterised by at least one tether (24,26) including a repair fabric that is susceptible to tissue and muscle infiltration, the at least one tether (24,26)extending a sufficient length from the patch to extend through the abdominal wall defect when the patch is on one side of the defect, so that a portion of the tether (24,26) is on the other side of the defect and adapted to be pulled by a user to position the soft tissue repair patch. a soft tissue repair patch, characterised by a resilient support member provided on the soft tissue repair patch that influences the patch to assume its unfurled or expanded configuration; the prosthesis also being characterised by at least one tether (24,26) including a repair fabric that is susceptible to tissue and muscle infiltration, the at least one tether (24,26)extending a sufficient length from the patch to extend through the abdominal wall defect when the patch is on one side of the defect, so that a portion of the tether (24,26) is on the other side of the defect and adapted to be pulled by a user to position the soft tissue repair patch.
A method for identifying a current user who is currently holding a handheld free space pointing device from a plurality of users of the handheld free space pointing device, wherein the handheld free space pointing device is configured so that motions of the handheld free space pointing device in free space are translatable by a user interface into user interface commands; wherein the method comprises the steps of: (a) obtaining, for each of the plurality of users, a tremor data set based on tremor associated with the respective user's holding of the handheld free space pointing device; (b) identifying a class for each of the plurality of users, comprising: (i) extracting features from each of said tremor data sets to generate an extracted feature set for each of said plurality of users, (ii) removing features from each of said extracted feature sets to generate a reduced feature set for each of said plurality of users, and (iii) identifying clusters associated with said reduced feature sets, and (c) identifying the current user from the plurality of users by means of gathering current hand tremor data of the current user and comparing the current hand tremor data to the identified classes. (a) obtaining, for each of the plurality of users, a tremor data set based on tremor associated with the respective user's holding of the handheld free space pointing device; (b) identifying a class for each of the plurality of users, comprising: (i) extracting features from each of said tremor data sets to generate an extracted feature set for each of said plurality of users, (ii) removing features from each of said extracted feature sets to generate a reduced feature set for each of said plurality of users, and (iii) identifying clusters associated with said reduced feature sets, and (i) extracting features from each of said tremor data sets to generate an extracted feature set for each of said plurality of users, (ii) removing features from each of said extracted feature sets to generate a reduced feature set for each of said plurality of users, and (iii) identifying clusters associated with said reduced feature sets, and (c) identifying the current user from the plurality of users by means of gathering current hand tremor data of the current user and comparing the current hand tremor data to the identified classes.
A process for measuring the profile geometry of cylindrical bodies as measurement objects by means of a two-dimensional light section process, in which, by means of at least one laser (1, 1'), a fan-shaped laser line (2, 2') is imaged as a light section line on the surface of the body and the beams reflected by the surface of the body are captured by at least one surface image camera, wherein the at least one laser (1, 1') and the camera are arranged at a triangulation angle in a plane in line with the longitudinal cylinder axis and the measurement values are subsequently supplied to an evaluating unit to represent the profile geometry, characterised in that, to measure the profile geometry, the at least one laser (1, 1') is pivoted out of the said plane about the cylinder axis, wherein the angle to the said plane is selected so that the optical axis of the surface image camera in relation to the surface of the cylinder is located in the glancing angle range of the reflected beams.
Cooking appliance having a device for controlling the cooking appliance, having a memory circuit and appliance-specific control and/or regulating characteristic curves stored therein, in particular with time and/or temperature-dependent characteristic curves and/or clock cycles, wherein the memory circuit has at least two different sets (20, 22) of characteristic curves, characterised in that the sets (20, 22) of characteristic curves are each assigned to different equipment states relating to the retrofitting or modification of components of the cooking appliance.
Device for reflection of acoustic and/or optical signals output by at least one acoustic signal output unit and/or optical signal output unit in the interior, in particular a passenger compartment, of a motor vehicle, comprising at least one reflection element for reflecting acoustic and/or optical signals in the interior which are incident thereon, wherein the at least one reflection element is mounted pivotable between a first pivot position and a second pivot position about at least one pivot axis, wherein an acoustic signal output unit is assigned to or associated with the device, which acoustic signal output unit is formed as a sound element formed for emitting acoustic signals in the form of sound, in particular a loudspeaker, or comprises at least one such sound element, and/or an optical signal output unit is assigned to or associated with the device, which optical signal output unit is formed as a light element formed for emitting optical signals in the form of light, in particular a light diode, or comprises at least one such light element, characterized by a control unit that is configured to control the operation of the acoustic signal output unit and/or the optical signal output unit depending on the pivot position of the reflection element.
A bearing joint assembly, comprising: a bearing sleeve extending axially along a centerline and including a spherical bearing, a first collar and a second collar, the spherical bearing axially between the first collar and the second collar, wherein an annular channel is formed by and extends axially between the spherical bearing and the first collar; a first mount mounted on and slidably engaging the spherical bearing; a pair of second mounts (26A, 26B), the bearing sleeve axially between the second mounts (26A, 26B); and a fastener projecting through the bearing sleeve and securing the bearing sleeve to the second mounts (26A, 26B); wherein the first collar includes a radial outer collar surface, and at least a portion of the radial outer collar surface tapers radially inwards as the first collar extends axially towards the spherical bearing; wherein a spherical surface of the spherical bearing extends axially between a first end and a second end, characterised in that the first end is adjacent the first collar and the second end is adjacent the second collar; wherein the radial outer collar surface extends axially from a first end surface of the first collar at a first axial end to the first end of the spherical surface; and wherein the bearing sleeve is a monolithic body. a bearing sleeve extending axially along a centerline and including a spherical bearing, a first collar and a second collar, the spherical bearing axially between the first collar and the second collar, wherein an annular channel is formed by and extends axially between the spherical bearing and the first collar; a first mount mounted on and slidably engaging the spherical bearing; a pair of second mounts (26A, 26B), the bearing sleeve axially between the second mounts (26A, 26B); and a fastener projecting through the bearing sleeve and securing the bearing sleeve to the second mounts (26A, 26B); wherein the first collar includes a radial outer collar surface, and at least a portion of the radial outer collar surface tapers radially inwards as the first collar extends axially towards the spherical bearing; wherein a spherical surface of the spherical bearing extends axially between a first end and a second end, characterised in that the first end is adjacent the first collar and the second end is adjacent the second collar; wherein the radial outer collar surface extends axially from a first end surface of the first collar at a first axial end to the first end of the spherical surface; and wherein the bearing sleeve is a monolithic body.