mhurhangee/ep-ind-claims huggingface dataset:
Method of determination for determining a final angle of guide vanes of a front row of guide vanes, arranged upstream of a rear row of rotor blades or guide vanes, of a compressor of a gas turbine that are adjustable between an initial angle and the final angle for the prevention of ice formation in the compressor, the air mass flow being minimized when the final angle is reached, a current value of at least one process parameter being ascertained during the operation of the gas turbine in a parameter ascertaining step, and subsequently, in dependence on the value, the final angle being fixed in a final-angle fixing step, an aerodynamic speed (n*) being ascertained as the value, characterized in that a surface temperature at the rear row of rotor blades or guide vanes is ascertained as the value, the final angle being fixed in such a way that the surface temperature at the rear row of rotor blades or guide vanes remains above 0°C.
An ophthalmic aqueous composition comprising: methyl cellulose having a viscosity of a 2-w/v%-aqueous solution at 20°C of 4 millipascal-second and methyl cellulose having a viscosity of a 2-w/v%-aqueous solution at 20°C of 15 millipascal-second in such an amount that a mass ratio is 1:4 to 4:1 and a total concentration is 0.2 to 5 w/v%; polyethylene glycol having a weight average molecular weight of 4000 or 8000 at 0.5 to 4.0 w/v%; polyvinylpyrrolidone K25 at 0.5 to 4.0 w/v%; and citric acid or sodium salts thereof at 1.0 to 4.0 w/v%, wherein all w/v% are based on the total amount of the composition, and wherein the ophthalmic aqueous composition has a gelling property. methyl cellulose having a viscosity of a 2-w/v%-aqueous solution at 20°C of 4 millipascal-second and methyl cellulose having a viscosity of a 2-w/v%-aqueous solution at 20°C of 15 millipascal-second in such an amount that a mass ratio is 1:4 to 4:1 and a total concentration is 0.2 to 5 w/v%; polyethylene glycol having a weight average molecular weight of 4000 or 8000 at 0.5 to 4.0 w/v%; polyvinylpyrrolidone K25 at 0.5 to 4.0 w/v%; and citric acid or sodium salts thereof at 1.0 to 4.0 w/v%,
Locking and unlocking device for a leaf, comprising a first portion mobile via a movement of translation between a first and a second position in a translation direction and configured to be gripped manually by a user, the first position corresponding to the unlocking of the leaf and the second position corresponding to the locking of the leaf, wherein the first portion comprises a handle and at least one rack (12a, 12b) in a cavity made inside the first portion, the device comprising a second portion comprising an element mobile in rotation, configured to cooperate with the at least one rack (12a, 12b), and a third portion comprising a member constrained to rotate with the mobile element and configured to cooperate with a member for locking a leaf.
A mobile apparatus for trenching a pipeline laid under water, the mobile apparatus including: a mobile base station, and a soil breaker in the form of a tracked vehicle, the soil breaker including moving parts for breaking up soil adjacent to the pipeline with a mechanical action, the soil breaker being connected to the mobile base station by an umbilical connection arranged to allow the soil breaker to move relative to the mobile base station, the umbilical connection providing a path for control signals from the mobile base station to the soil breaker, one or more dredging units (5A, 5B, 5C) connected to the mobile base station, the dredging units (5A, 5B, 5C) being arranged to remove soil broken up by the moving parts of the soil breaker from under the pipeline and convey away the broken up soil mixed with water to form a trench, and a backfilling unit connected to the mobile base station for receiving soil removed by the one or more dredging units (5A, 5B, 5C) and conveying the soil into the trench to cover over the pipeline; wherein the soil breaker, the one or more dredging units (5A, 5B, 5C) and the back filling unit are each individually deployable from the mobile base station and are longitudinally spaced along the pipeline. a mobile base station, and a soil breaker in the form of a tracked vehicle, the soil breaker including moving parts for breaking up soil adjacent to the pipeline with a mechanical action, the soil breaker being connected to the mobile base station by an umbilical connection arranged to allow the soil breaker to move relative to the mobile base station, the umbilical connection providing a path for control signals from the mobile base station to the soil breaker, one or more dredging units (5A, 5B, 5C) connected to the mobile base station, the dredging units (5A, 5B, 5C) being arranged to remove soil broken up by the moving parts of the soil breaker from under the pipeline and convey away the broken up soil mixed with water to form a trench, and a backfilling unit connected to the mobile base station for receiving soil removed by the one or more dredging units (5A, 5B, 5C) and conveying the soil into the trench to cover over the pipeline; wherein the soil breaker, the one or more dredging units (5A, 5B, 5C) and the back filling unit are each individually deployable from the mobile base station and are longitudinally spaced along the pipeline.
Holder (1, 101) having grip means for a detachable tablet computer (2, 102) or the like with a screen (15, 115), said holder having a frame (3, 103), which comprises holder means (3a, 103a) for reception of said tablet computer, and further comprising a hand grip side or hand grip side portion with buttons (9, 109, 11, 111) or sensors, which are provided for operating a machine by means of said tablet computer when said tablet computer is mounted on said holder and which are able to be activated through finger touch/contact of said holder in order to communicate with certain functions of said tablet computer (2, 102) and/or of the machine which it is arranged to control, characterised in that the holder (1, 101) is provided with a socket (16, 116) for a charging cable (13, 113) for the tablet computer (2, 102) and/or the holder (1, 101), wherein when the charging cable is removed only certain functions of the holder can be activated or certain of said functions of the tablet computer are blocked.
An implantable pressure sensor device (1000; 2000) having a housing arrangement, wherein - the housing arrangement has outer walls (1101a-1101d; 2101a-2101d) and an internal volume (1103; 2103), - in the internal volume (1103; 2103) a microelectromechanical pressure sensor chip is mounted on a support module (1104; 2104), as on a rib, and - the housing arrangement has at least two pressure transfer membranes (1201, 1202; 2201, 2202), wherein the pressure transfer membranes (1201, 1202; 2201, 2202) each have a surface and the surfaces are not arranged in one plane, wherein - joints (1106, 1107; 2106, 2107) extend along the longitudinal sides of the support module (1104; 2104) in such a way that the support module (1104; 2104) is decoupled there from the outer walls (1101a-1101d; 2101a-2101d), and - a connection point (1108; 2108) between ends of the joints (1106, 1107; 2107, 2106) forms a material connection between the support module (1104; 2104) and the housing arrangement. - the housing arrangement has outer walls (1101a-1101d; 2101a-2101d) and an internal volume (1103; 2103), - in the internal volume (1103; 2103) a microelectromechanical pressure sensor chip is mounted on a support module (1104; 2104), as on a rib, and - the housing arrangement has at least two pressure transfer membranes (1201, 1202; 2201, 2202), wherein the pressure transfer membranes (1201, 1202; 2201, 2202) each have a surface and the surfaces are not arranged in one plane, - joints (1106, 1107; 2106, 2107) extend along the longitudinal sides of the support module (1104; 2104) in such a way that the support module (1104; 2104) is decoupled there from the outer walls (1101a-1101d; 2101a-2101d), and - a connection point (1108; 2108) between ends of the joints (1106, 1107; 2107, 2106) forms a material connection between the support module (1104; 2104) and the housing arrangement.
Device for pumping a liquid comprising: - a rigid core tube; - a flexible tube positioned outside and at least partly around said rigid core tube; - a passage for the liquid from an inlet towards an outlet of the device and comprising a free volume extending between the rigid core tube and the flexible tube; and - a squeezing arrangement comprising at least one pressing element (40, 70, 80) capable of acting on the flexible tube so as to alter the shape and/or size of the free volume. - a rigid core tube; - a flexible tube positioned outside and at least partly around said rigid core tube; - a passage for the liquid from an inlet towards an outlet of the device and comprising a free volume extending between the rigid core tube and the flexible tube; and - a squeezing arrangement comprising at least one pressing element (40, 70, 80) capable of acting on the flexible tube so as to alter the shape and/or size of the free volume.
A control terminal that is capable of having a wireless communication connection with an apparatus having unique identification information and is provided with a plurality of applications for controlling the apparatus, the control terminal comprising: a storage unit in which app use permission/prohibition information, which represents permission or prohibition of use of each of the plurality of applications in the apparatus, is stored in association with the identification information of the apparatus; and an app use control unit configured to receive the identification information of the apparatus from the apparatus each time a wireless communication connection with the apparatus is started, and to control use of the plurality of applications, based on the app use permission/prohibition information stored in the storage unit in association with the received identification information. a storage unit in which app use permission/prohibition information, which represents permission or prohibition of use of each of the plurality of applications in the apparatus, is stored in association with the identification information of the apparatus; and an app use control unit configured to receive the identification information of the apparatus from the apparatus each time a wireless communication connection with the apparatus is started, and to control use of the plurality of applications, based on the app use permission/prohibition information stored in the storage unit in association with the received identification information.
Manifold for a pneumatic control panel of a railway vehicle, the manifold comprising at least one conduit (42, 44, 46, 48, 50, 52, 110, 120, 130, 140) for guiding a pneumatic fluid and at least one attachment section (18, 20, 22, 24, 26) for attaching a pneumatic device, wherein the manifold is obtainable from a blank that is obtainable by an additive manufacturing process, characterized in that the conduits (42, 44, 46, 48, 50, 52) comprise a wall section and a flow-through section, wherein the wall section has a thickness of less than 2 mm.
A composition comprising a population of silk fibroin fragments; characterized in that no more than 15% of the total number of the silk fibroin fragments in the population has a molecular weight exceeding 200 kDa, and at least 50% of the total number of silk fibroin fragments in the population have a molecular weight within the range of 3.5 kDa to 120 kDa; wherein the composition is lyophilized and the silk fibroin fragments of the lyophilized composition are soluble in an aqueous solution. a population of silk fibroin fragments; characterized in that no more than 15% of the total number of the silk fibroin fragments in the population has a molecular weight exceeding 200 kDa, and at least 50% of the total number of silk fibroin fragments in the population have a molecular weight within the range of 3.5 kDa to 120 kDa; wherein the composition is lyophilized and the silk fibroin fragments of the lyophilized composition are soluble in an aqueous solution.
Method for providing a range of potential parameters that can be used for recording a future medical image data set by a magnetic resonance scanner or a computer tomography scanner, wherein the parameters of the range of potential parameters define a setting of a device for recording the medical image data set, wherein the range of potential parameters forms an interval or discrete values, wherein the parameters define a duration of a scan, a frequency of measuring, a time between two inversion pulses or a trigger for measuring, comprising: - providing an algorithm for performing a quantitative analysis of the future medical image data set, wherein the quantitative analysis is performed in addition to reconstructing the recorded medical imaging data set for visualizing the recorded medical imaging data set, wherein a set of key values is provided as a result of the quantitative analysis, wherein the key values allow a further specification of a defined region of the visualized medical imaging data set and presents an additional information, the algorithm comprising an inline fit routine and - providing patient information specifying a status of a patient, namely a cardiac cycle or a pulse frequency representing the patient information, wherein for reducing a probability of an invalid quantitative analysis the range of potential parameters is set depending on the patient information and the algorithm before recording the future medical image data set, in order to provide the possibility to choose a parameter from the set range of parameters, wherein a user sets the parameter by means of an input device, wherein the range of potential parameters is visualized to the user and the user chooses the parameter to correspond to a value in the range of potential parameters. - providing an algorithm for performing a quantitative analysis of the future medical image data set, wherein the quantitative analysis is performed in addition to reconstructing the recorded medical imaging data set for visualizing the recorded medical imaging data set, wherein a set of key values is provided as a result of the quantitative analysis, wherein the key values allow a further specification of a defined region of the visualized medical imaging data set and presents an additional information, the algorithm comprising an inline fit routine and - providing patient information specifying a status of a patient, namely a cardiac cycle or a pulse frequency representing the patient information,
An electric rotating machine comprising: an output terminal board mounted on one bracket of the electric rotating machine, and a plurality of output harnesses connected to said output terminal board; wherein said output terminal board is mounted in a rear end face of said bracket and said output harnesses extend in parallel to said rear end face, wherein a plurality of partition walls are provided, the plurality of partition walls isolating said output harnesses respectively for insulation from each other, the plurality of partition walls preventing said output harnesses from turning together at the time of mounting said output harnesses, wherein said output terminal board is mounted on at least two faces (2a, 2c) of said rear bracket. an output terminal board mounted on one bracket of the electric rotating machine, and a plurality of output harnesses connected to said output terminal board; wherein said output terminal board is mounted in a rear end face of said bracket and said output harnesses extend in parallel to said rear end face, wherein a plurality of partition walls are provided, the plurality of partition walls isolating said output harnesses respectively for insulation from each other, the plurality of partition walls preventing said output harnesses from turning together at the time of mounting said output harnesses, wherein said output terminal board is mounted on at least two faces (2a, 2c) of said rear bracket.
A in vitro method to target mismatched DNA, the method comprising bringing into contact a DNA sample comprising pairing nucleobases and/or non-pairing nucleobases, and a d 8 square planar metal complex, and detecting the emission of the complex intercalated into DNA in the sample, wherein emission above a threshold level indicates the presence of mismatched DNA in the sample wherein the threshold level is the emission from a metal complex intercalated into well-matched DNA, and wherein mismatched DNA refers to DNA containing one or more non-pairing nucleobases, wherein the complex has a structure according to Formula I-A: wherein: wherein: M is Pt; R 1, R 2, R 3, R 4, R 5, R 7, and R 8 are each hydrogen; R 6 and R 9 are each independently selected from -CH 3, -C 2 H 5, -C 3 H 7, -C 4 H 9, -C 5 H 11, C 6 H 13, benzyl, (2-hydroxy) ethyl, phenyl, naphthalen-2-ylmethyl, or (2-phenyl) ethyl; n is the charge of the complex and wherein n is +1 or +2; X is carbon; Y and Z are each nitrogen; A is the counter ion for the complex; and b is the charge of the counter ion. bringing into contact a DNA sample comprising pairing nucleobases and/or non-pairing nucleobases, and a d 8 square planar metal complex, and detecting the emission of the complex intercalated into DNA in the sample, wherein emission above a threshold level indicates the presence of mismatched DNA in the sample wherein the threshold level is the emission from a metal complex intercalated into well-matched DNA, and wherein mismatched DNA refers to DNA containing one or more non-pairing nucleobases, wherein the complex has a structure according to Formula I-A: wherein: wherein: M is Pt; R 1, R 2, R 3, R 4, R 5, R 7, and R 8 are each hydrogen; R 6 and R 9 are each independently selected from -CH 3, -C 2 H 5, -C 3 H 7, -C 4 H 9, -C 5 H 11, C 6 H 13, benzyl, (2-hydroxy) ethyl, phenyl, naphthalen-2-ylmethyl, or (2-phenyl) ethyl; n is the charge of the complex and wherein n is +1 or +2; X is carbon; Y and Z are each nitrogen; A is the counter ion for the complex; and b is the charge of the counter ion. M is Pt; R 1, R 2, R 3, R 4, R 5, R 7, and R 8 are each hydrogen; R 6 and R 9 are each independently selected from -CH 3, -C 2 H 5, -C 3 H 7, -C 4 H 9, -C 5 H 11, C 6 H 13, benzyl, (2-hydroxy) ethyl, phenyl, naphthalen-2-ylmethyl, or (2-phenyl) ethyl; n is the charge of the complex and wherein n is +1 or +2; X is carbon; Y and Z are each nitrogen; A is the counter ion for the complex; and b is the charge of the counter ion.
A computer system for providing persistent handles, the system comprising: at least a first server and a second server in a cluster; the first server configured to: receive a connection request from a client, wherein the connection request comprises a session setup request that identifies a previously established session of the client with the second server; send, to the second server, an ownership request of the previously established session, said ownership request comprising a session identifier for identifying the previously established session; and the second server configured to: receive the request from the first server; complete pending operations on a set of handles associated with the previously established session; and invalidate the set of handles, said invalidating comprising closing at least one open handle associated with the previously established session. at least a first server and a second server in a cluster; the first server configured to: receive a connection request from a client, wherein the connection request comprises a session setup request that identifies a previously established session of the client with the second server; send, to the second server, an ownership request of the previously established session, said ownership request comprising a session identifier for identifying the previously established session; and the second server configured to: receive the request from the first server; complete pending operations on a set of handles associated with the previously established session; and invalidate the set of handles, said invalidating comprising closing at least one open handle associated with the previously established session. receive a connection request from a client, wherein the connection request comprises a session setup request that identifies a previously established session of the client with the second server; send, to the second server, an ownership request of the previously established session, said ownership request comprising a session identifier for identifying the previously established session; and the second server configured to: receive the request from the first server; complete pending operations on a set of handles associated with the previously established session; and invalidate the set of handles, said invalidating comprising closing at least one open handle associated with the previously established session. receive the request from the first server; complete pending operations on a set of handles associated with the previously established session; and invalidate the set of handles, said invalidating comprising closing at least one open handle associated with the previously established session.
A computer storage medium storing computer-useable instructions that, when used by one or more computing devices, cause the one or more computing devices to perform operations comprising: displaying a character and an object in a gaming environment, wherein the character is associated with at least a first targeting area and the object is associated with a selection perimeter; defining a location of a focus point reticle within the first targeting area, wherein the location of the focus point reticle is defined based on a touch input; selecting the object based on the location of the focus point reticle and a determination that the object is within the first targeting area; calculating a vector from the location of the focus point reticle to the object, the vector intersecting the selection perimeter at an intersecting point, the intersecting point being a closest point along the selection perimeter to the location of the focus point reticle; defining the point along the selection perimeter as an offset targeting position in response to a selection of the point, wherein the point is selected in response to a detected termination of the touch input; and displaying an offset target indicator at the intersecting point along the selection perimeter.
A structure for attaching components onto an engine cradle without vehicle frame extensions, characterized in that it is constituted by a rigid profile, substantially in the general form of a bracket, which comprises an attachment interface of the profile onto the engine cradle, a first attachment interface and a second attachment interface for attaching, respectively, a first and a second component provided respectively in the vicinity of the end of one and the other of the two branches (11, 12) of the bracket forming the profile.