mhurhangee/ep-ind-claims huggingface dataset:
A rotor blade for a rotor assembly of a gas turbine engine, comprising: a root; an airfoil having at least one cavity; a platform disposed between the root and the airfoil, the platform having an inner surface, an outer surface, and a damper aperture disposed in the inner surface and extending into the blade and having an internal surface portion; a damper having a body and a base; and a channel receiving said damper; characterised in that: the base has a bearing surface portion which extends into said damper aperture, the bearing surface portion of the base and the internal surface portion of the damper aperture that receives the bearing surface portion have mating geometries that enable the base to move within the aperture without substantial impediment from the mating geometries. a root; an airfoil having at least one cavity; a platform disposed between the root and the airfoil, the platform having an inner surface, an outer surface, and a damper aperture disposed in the inner surface and extending into the blade and having an internal surface portion; a damper having a body and a base; and a channel receiving said damper; characterised in that: the base has a bearing surface portion which extends into said damper aperture, the bearing surface portion of the base and the internal surface portion of the damper aperture that receives the bearing surface portion have mating geometries that enable the base to move within the aperture without substantial impediment from the mating geometries. the base has a bearing surface portion which extends into said damper aperture, the bearing surface portion of the base and the internal surface portion of the damper aperture that receives the bearing surface portion have mating geometries that enable the base to move within the aperture without substantial impediment from the mating geometries.
A method of delivering exogenous molecules, comprising: providing a plurality of cultured cells having a cell membrane; adding a plurality of exogenous molecules to the cells; exposing the cells to a infra-red light to permeabilize the cell membrane; and delivering the exogenous molecules to the cells through the permeablized cell membrane, wherein an average power density of the IR light at the optical focus is greater than or equal to an order of 10 4 W/cm 2, and a peak power density is greater than or equal to an order of 10 8 W/cm 2, and wherein an area of irradiation of the IR light is in a range from 50 to 200 μm 2. providing a plurality of cultured cells having a cell membrane; adding a plurality of exogenous molecules to the cells; exposing the cells to a infra-red light to permeabilize the cell membrane; and delivering the exogenous molecules to the cells through the permeablized cell membrane,
A method for detecting and responding to a temporary or permanent resistive short of an active wheel speed sensor, the method comprising: transmitting a first current to a wheel speed sensor; receiving a second current, comprising a sensor current from the wheel speed sensor; generating a first periodic signal (Hrep) based on the first current; generating a second periodic signal (Lrep) based on the second current; selecting the first periodic signal (Hrep) for output if a magnitude of the second current is greater than a magnitude of the first current; selecting the second periodic signal (Lrep) for output if magnitude of the second current is not greater than the magnitude of the first current; wherein the selected first or second periodic signal (Hrep, Lrep) comprises information relating to a speed of a wheel that is associated with the wheel speed sensor; the method further comprising: setting a signal to a first state if the first current is greater than the second current, wherein the first state indicates that a resistive short exits between a first terminal of the wheel speed sensor and a ground within an electrical system; setting the signal to a second state if the second current is greater than the first current, wherein the second state indicates that a resistive short exits between a second terminal of the wheel speed sensor and a supply voltage within the electrical system. transmitting a first current to a wheel speed sensor; receiving a second current, comprising a sensor current from the wheel speed sensor; generating a first periodic signal (Hrep) based on the first current; generating a second periodic signal (Lrep) based on the second current; selecting the first periodic signal (Hrep) for output if a magnitude of the second current is greater than a magnitude of the first current; selecting the second periodic signal (Lrep) for output if magnitude of the second current is not greater than the magnitude of the first current; wherein the selected first or second periodic signal (Hrep, Lrep) comprises information relating to a speed of a wheel that is associated with the wheel speed sensor; the method further comprising: setting a signal to a first state if the first current is greater than the second current, wherein the first state indicates that a resistive short exits between a first terminal of the wheel speed sensor and a ground within an electrical system; setting the signal to a second state if the second current is greater than the first current, wherein the second state indicates that a resistive short exits between a second terminal of the wheel speed sensor and a supply voltage within the electrical system. setting a signal to a first state if the first current is greater than the second current, wherein the first state indicates that a resistive short exits between a first terminal of the wheel speed sensor and a ground within an electrical system; setting the signal to a second state if the second current is greater than the first current, wherein the second state indicates that a resistive short exits between a second terminal of the wheel speed sensor and a supply voltage within the electrical system.
An information processing apparatus installable in or communicable with a device, the device including an image-capturing unit and a display, the information processing apparatus comprising a processing unit configured to, when installed in or communicable with the device: display an additional image (P add) corresponding to a viewpoint of a user in a real world, guide the user to a vicinity of a viewpoint in the real world at which the additional image (P add) has been acquired, display, as guidance information, a superimposable area, which corresponds to an area in the real world, where the additional image (P add) is superimposable on an image of the real world (P real), if the user is located within the superimposable area, and determine the superimposable area by taking into account at least any of position, posture, and angle of view of the device; wherein the processing unit is configured to, when there exists an object blocking a user's line of sight from the additional image viewpoint due to a change in the real world, display a virtual image without the object in a superimposed manner, wherein the virtual image is synthesized from the additional image (P add) and a three-dimensional model of the real world, wherein the three-dimensional model of the real world is estimated based on a plurality of images of the real world, and wherein the processing unit is configured to display, as the virtual image, an image from which the object generated due to a change in the real world has been excluded, if the three-dimensional model and the object agree with each other when there exists the object. display an additional image (P add) corresponding to a viewpoint of a user in a real world, guide the user to a vicinity of a viewpoint in the real world at which the additional image (P add) has been acquired, display, as guidance information, a superimposable area, which corresponds to an area in the real world, where the additional image (P add) is superimposable on an image of the real world (P real), if the user is located within the superimposable area, and determine the superimposable area by taking into account at least any of position, posture, and angle of view of the device;
A polymeric polyol ester additive for metal working comprising a) 30 to 60 wt% repeating units from a substantially linear monocarboxylic acid having from 12 to 20 carbon atoms, b) 5 to 30 wt% repeating units from an alkanedioic acid having from 4-6 carbon atoms, c) 25 to 35 wt% repeating units from a alk(en)yl substituted succinic acid or its anhydride wherein said alk(en)yl group is an alkenyl group which includes one or more aliphatic branches, wherein the alkenyl group has 21 to 200 carbon atoms, and is a polymerised isobutylene group, d) 6 to 18 wt% repeating units from a trihydric alcohol, and e) 3 to 12 wt% repeating units from pentaerythritol. a) 30 to 60 wt% repeating units from a substantially linear monocarboxylic acid having from 12 to 20 carbon atoms, b) 5 to 30 wt% repeating units from an alkanedioic acid having from 4-6 carbon atoms, c) 25 to 35 wt% repeating units from a alk(en)yl substituted succinic acid or its anhydride wherein said alk(en)yl group is an alkenyl group which includes one or more aliphatic branches, wherein the alkenyl group has 21 to 200 carbon atoms, and is a polymerised isobutylene group, d) 6 to 18 wt% repeating units from a trihydric alcohol, and e) 3 to 12 wt% repeating units from pentaerythritol.
A method for manufacturing a lens, the method comprising: (a) providing a substrate comprising a recess in a first surface of the substrate; and (b) forming in or above the recess of the substrate a lens structure having a first desired lens surface and a second desired lens surface, wherein the recess extends from the first surface of the substrate to a second surface of the substrate, thereby defining a hole through the substrate, and wherein step (b) comprises: introducing into the recess a bottom mold having a shape in accordance with a first desired lens surface; introducing a lens material into the recess of the substrate; and introducing a top mold having a shape in accordance with a second desired lens surface into the filled recess; and curing the lens material within the recess, and wherein the top mold and the bottom mold are arranged with regard to the substrate such that when defining the final structure of the lens to be manufactured, the top mold and the bottom mold are provided with a space (142, 144) from the first and second surfaces (102, 104) of the substrate, the space (142, 144) allowing excessive lens material to be displaced from the recess, and wherein residual lens material layers (140a, 140b) remain on the first and second surfaces (102, 104) of the substrate, the residual lens material layers (140a, 140b) securing the lens structure within the recess. (a) providing a substrate comprising a recess in a first surface of the substrate; and (b) forming in or above the recess of the substrate a lens structure having a first desired lens surface and a second desired lens surface, introducing into the recess a bottom mold having a shape in accordance with a first desired lens surface; introducing a lens material into the recess of the substrate; and introducing a top mold having a shape in accordance with a second desired lens surface into the filled recess; and curing the lens material within the recess, and
A decorative sheet comprising: a base material; an image design layer provided on a front surface side of the base material; a transparent adhesive layer provided on a front surface side of the image design layer; a transparent thermoplastic resin layer provided on a front surface side of the transparent adhesive layer, and a surface protective layer provided on a front surface side of the transparent thermoplastic resin layer, wherein on the front surface side of the transparent thermoplastic resin layer and a front surface side of the surface protective layer, a recess and projection design and a recess and projection pattern having a plurality of regions provided on each of a surface of a recess portion and a surface of a projection portion of the recess and projection design and in which a projection and a recess are formed are provided, a height difference between the recess portion and the projection portion of the recess and projection design is 3 μm or more and 200 μm or less, a height difference between a recess portion and a projection portion in each of the regions of the recess and projection pattern is smaller than the height difference between the recess portion and the projection portion of the recess and projection design, and a deviation between the recess and projection design and an image of the image design layer is within the range of 10 mm or less in longitudinal direction with respect to a shape of the image design and 3 mm or less in width direction. a base material; an image design layer provided on a front surface side of the base material; a transparent adhesive layer provided on a front surface side of the image design layer; a transparent thermoplastic resin layer provided on a front surface side of the transparent adhesive layer, and a surface protective layer provided on a front surface side of the transparent thermoplastic resin layer, wherein on the front surface side of the transparent thermoplastic resin layer and a front surface side of the surface protective layer, a recess and projection design and a recess and projection pattern having a plurality of regions provided on each of a surface of a recess portion and a surface of a projection portion of the recess and projection design and in which a projection and a recess are formed are provided, a height difference between the recess portion and the projection portion of the recess and projection design is 3 μm or more and 200 μm or less, a height difference between a recess portion and a projection portion in each of the regions of the recess and projection pattern is smaller than the height difference between the recess portion and the projection portion of the recess and projection design, and a deviation between the recess and projection design and an image of the image design layer is within the range of 10 mm or less in longitudinal direction with respect to a shape of the image design and 3 mm or less in width direction.
A cover for a slotted channel comprising a channel body with upper edges (2, 3) for putting on the cover, wherein the cover includes at least one horizontal sheet metal section and two vertical sheet metal sections (11, 12) which are connected to one another via connection devices and include a slot between one another for discharging liquid, e.g., surface water, into the channel body, further comprising an aligning element for aligning covers positioned next to each other in a flush manner with a first and a second slot, wherein the aligning element projects from a front end of the first slot and is pluggable into a front end of the second slot, wherein the aligning element is fastened by the connection devices of the vertical sheet metal sections (11, 12) to these sheet metal sections (11, 12), characterized in that the connection devices comprise elevations (21, 21') formed to be projecting towards one another from the two vertical sheet metal sections (11, 12) and being fastened on top of one another via clinch connections or clinching.
A mounting element for mounting a gangway interface section of a rail vehicle to a car interface section of the rail vehicle, wherein the mounting element comprises at least one positioning thread hole and at least one fixation thread hole, wherein the mounting element comprises a positioning bolt and an adjustment element, wherein adjustment element is arranged between the bolt head of the positioning bolt and a free end of the positioning bolt, characterized in that the positioning bolt extends into the positioning thread hole.
An apparatus (110, 120) for wireless communications, comprising: means for processing configured to select a Media Access Control address from at least a first MAC address and a second MAC address that belong to a device (110, 120), wherein the first MAC address differs from the second MAC address; and means for transmitting configured to transmit a first frame containing the selected MAC address to a receiving device (110, 120), wherein the first MAC address indicates to the receiving device that the receiving device (110, 120) is to parse the first frame by interpreting the first frame as a legacy frame and wherein the second MAC address indicates to the receiving device that the receiving device (110, 120) is to parse the first frame by interpreting the first frame as a very high throughput, VHT, frame. means for processing configured to select a Media Access Control address from at least a first MAC address and a second MAC address that belong to a device (110, 120), wherein the first MAC address differs from the second MAC address; and means for transmitting configured to transmit a first frame containing the selected MAC address to a receiving device (110, 120), wherein the first MAC address indicates to the receiving device that the receiving device (110, 120) is to parse the first frame by interpreting the first frame as a legacy frame and wherein the second MAC address indicates to the receiving device that the receiving device (110, 120) is to parse the first frame by interpreting the first frame as a very high throughput, VHT, frame.
A lattice bearing support (100; 200; 300) comprising: a circular inner structure (104; 204; 304) having a center axis, the circular inner structure (104; 204; 304) defining an inner radial surface (102; 202; 302); a circular outer structure (122; 222; 322), disposed radially outward from the circular inner structure (104; 204; 304) with respect to the center axis, the circular outer structure (122; 222; 322) defining an outer radial surface (120; 220; 320); and an outer radial flange (124; 224; 324) disposed on the circular outer structure (122; 222; 322) and projecting radially outward from the outer radial surface (120; 220; 320), characterized in that the lattice bearing support further comprises: an inner rim (106; 206; 306) disposed on the circular inner structure (104; 204; 304) and projecting radially inward toward the center axis; and a plurality of struts (150; 250; 350, 352) disposed radially between the circular inner structure (104; 204; 304) and the circular outer structure (122; 222; 322), wherein the plurality of struts (150; 250; 350, 352) are arranged in rows and the number of rows ranges from 1 - 12. a circular inner structure (104; 204; 304) having a center axis, the circular inner structure (104; 204; 304) defining an inner radial surface (102; 202; 302); a circular outer structure (122; 222; 322), disposed radially outward from the circular inner structure (104; 204; 304) with respect to the center axis, the circular outer structure (122; 222; 322) defining an outer radial surface (120; 220; 320); and an outer radial flange (124; 224; 324) disposed on the circular outer structure (122; 222; 322) and projecting radially outward from the outer radial surface (120; 220; 320), an inner rim (106; 206; 306) disposed on the circular inner structure (104; 204; 304) and projecting radially inward toward the center axis; and a plurality of struts (150; 250; 350, 352) disposed radially between the circular inner structure (104; 204; 304) and the circular outer structure (122; 222; 322), wherein the plurality of struts (150; 250; 350, 352) are arranged in rows and the number of rows ranges from 1 - 12.
A gate valve sleeve, comprising: a cylindrical sleeve member having a nose portion disposed at one end; and a reinforcing member completely encased within the cylindrical sleeve member, the reinforcing member comprising first and second spaced apart ring members (346, 348), wherein one of the first and second spaced apart ring members is positioned adjacent to the nose portion, characterized in that said first and second spaced apart ring members are connected by a plurality of pins, the first spaced apart ring member being fixed to the plurality of pins and the second spaced apart ring member being slidably engageable with said plurality of pins. a cylindrical sleeve member having a nose portion disposed at one end; and a reinforcing member completely encased within the cylindrical sleeve member, the reinforcing member comprising first and second spaced apart ring members (346, 348), wherein one of the first and second spaced apart ring members is positioned adjacent to the nose portion, characterized in that said first and second spaced apart ring members are connected by a plurality of pins, the first spaced apart ring member being fixed to the plurality of pins and the second spaced apart ring member being slidably engageable with said plurality of pins.
An in-vitro Method for the classification, stratification and/or diagnosis of a tumor species, the method comprising the steps of (a) Providing a tumor-sample to be classified obtained from a tumor of a patient and isolating genomic DNA therefrom, (b) Determining DNA methylation status of a multitude of independent genomic CpG positions in the genome of said tumor-sample, and (c) Classifying the tumor species of the tumor-sample based on the methylation levels as determined in (b) using a classification-rule, wherein the classification-rule is obtained by random forest analysis of a training-data-set, the training-data-set comprising pre-determined methylation data derived from multitude of pre-classified tumor species, wherein said pre-determined methylation data comprises the methylation status of said CpG positions in the genome of each of said pre-classified tumor species, and down-sampling for each tumor species the number of bootstrap samples to the minority class, the minority class being the lowest sample size of a tumor species in the training-data-set. (a) Providing a tumor-sample to be classified obtained from a tumor of a patient and isolating genomic DNA therefrom, (b) Determining DNA methylation status of a multitude of independent genomic CpG positions in the genome of said tumor-sample, and (c) Classifying the tumor species of the tumor-sample based on the methylation levels as determined in (b) using a classification-rule, wherein the classification-rule is obtained by random forest analysis of a training-data-set, the training-data-set comprising pre-determined methylation data derived from multitude of pre-classified tumor species, wherein said pre-determined methylation data comprises the methylation status of said CpG positions in the genome of each of said pre-classified tumor species, and down-sampling for each tumor species the number of bootstrap samples to the minority class, the minority class being the lowest sample size of a tumor species in the training-data-set.