mhurhangee/ep-ind-claims huggingface dataset:
A guide vane for being arranged in all or part of an airflow of a fan of an aircraft dual flow turbomachine, the guide vane comprising a root, an edge, as well as a flow straightening aerodynamic part arranged between the root and the edge of the vane, said aerodynamic part of the vane including at least one lubricant cooling internal passage (50a, 50b) partly delimited by a front side wall and a back side wall of the vane, flow disturbing studs made as a single piece with one of the front side and back side walls passing through said passage, characterised in that in any section plane orthogonally passing through the studs, the space defined between these studs has a geometry exclusively defined by a set of rings with a same dimension, partially covering each other and each partly delimiting at least two of these studs.
A door assembly including a vertically moving door to permit and prohibit access through an opening which has a top, a bottom defined by a floor, and at least two sides (20, 22), the door assembly comprising: a door body having upper and lower portions, and being mounted proximate the opening such that the lower portion is proximate the floor when the door body is in a closed position; a protective body configured in connection with the door body, the protective body having at least one debris collecting surface and opposing ends (32,34), the protective body being configured such that debris collected on the debris collecting surface will be urged toward one of the opposing ends, characterized in that the protective body is moveable between a first position under at least a portion of the door body lower portion when the door body is in at least a partially open position and a second storage position; and in that the door assembly further comprises an actuator (40, 42, 48) for moving the protective body between the first position and the second position. a door body having upper and lower portions, and being mounted proximate the opening such that the lower portion is proximate the floor when the door body is in a closed position; a protective body configured in connection with the door body, the protective body having at least one debris collecting surface and opposing ends (32,34), the protective body being configured such that debris collected on the debris collecting surface will be urged toward one of the opposing ends, characterized in that the protective body is moveable between a first position under at least a portion of the door body lower portion when the door body is in at least a partially open position and a second storage position; and in that the door assembly further comprises an actuator (40, 42, 48) for moving the protective body between the first position and the second position.
A portable electronic device comprising: a first touch sensor; a second touch sensor; and a processing unit which is configured to perform a first process when the first touch sensor detects a touch operation and perform a second process related to the first process in place of the first process when the first touch sensor detects the touch operation and the second touch sensor detects a touch operation, characterized in that the processing unit is further configured to perform a third process in place of the second process or in addition to the second process when the first touch sensor detects the touch operation, the second touch sensor detects the touch operation, and at least one of the first touch sensor and the second touch sensor detects touch operations at a plurality of positions. a first touch sensor; a second touch sensor; and a processing unit which is configured to perform a first process when the first touch sensor detects a touch operation and perform a second process related to the first process in place of the first process when the first touch sensor detects the touch operation and the second touch sensor detects a touch operation, characterized in that the processing unit is further configured to perform a third process in place of the second process or in addition to the second process when the first touch sensor detects the touch operation, the second touch sensor detects the touch operation, and at least one of the first touch sensor and the second touch sensor detects touch operations at a plurality of positions.
An image processing method for processing an image generated by image pickup using an optical system, the method comprising: a step of acquiring the image; an image restoration step of performing image restoration processing to reduce a blur component of the image using an image restoration filter created on a basis of an optical transfer function of the optical system; and a distortion correction step of performing geometric transformation processing to reduce a distortion component of the image on which the image restoration processing has been performed, characterized in that the image restoration step performs the image restoration processing using image information of an area to be removed by the geometric transformation processing, which is performed in the distortion correction step, the image restoration step uses plural image restoration filters for plural colors as the image restoration filter, each of the plural image restoration filters being associated with one of the plural colors, the plural image restoration filters having mutually different two-dimensional distributions of the filter values and mutually different shift amounts of a position of a cell having a maximum absolute value of the filter value with respect to a position of a center cell, the shift amounts corresponding to an amount of chromatic aberration of magnification of the optical system, and the plural image restoration filters reduce the blur component and a component of chromatic aberration of magnification. a step of acquiring the image; an image restoration step of performing image restoration processing to reduce a blur component of the image using an image restoration filter created on a basis of an optical transfer function of the optical system; and a distortion correction step of performing geometric transformation processing to reduce a distortion component of the image on which the image restoration processing has been performed, characterized in that the image restoration step performs the image restoration processing using image information of an area to be removed by the geometric transformation processing, which is performed in the distortion correction step, the image restoration step uses plural image restoration filters for plural colors as the image restoration filter, each of the plural image restoration filters being associated with one of the plural colors, the plural image restoration filters having mutually different two-dimensional distributions of the filter values and mutually different shift amounts of a position of a cell having a maximum absolute value of the filter value with respect to a position of a center cell, the shift amounts corresponding to an amount of chromatic aberration of magnification of the optical system, and the plural image restoration filters reduce the blur component and a component of chromatic aberration of magnification.
A closure system for a door, or similar, with - at least one motor unit operating on a locking element, which motor unit has at least one drive motor arranged in a motor housing, - a control module, which can be attached on the motor unit and is connected with the latter, with a module housing and at least one control unit, which after checking a control signal sends a switching signal to the motor unit for purposes of actuating the locking element, wherein the control module can be plugged onto the motor housing of the motor unit, characterised in that the control module can be inserted into a pocket-type recess in the motor housing and can be fixed in the latter, wherein in its outer dimensions the module housing is matched to the motor housing and the recess of the motor housing such that the overall height and the overall width of the motor housing is not significantly, or not at all, increased by the installed control module, in that the height (h) and the width (b) of the control module do not significantly, or do not at all, exceed the height (h') and the width (b') of the housing recess. - at least one motor unit operating on a locking element, which motor unit has at least one drive motor arranged in a motor housing, - a control module, which can be attached on the motor unit and is connected with the latter, with a module housing and at least one control unit, which after checking a control signal sends a switching signal to the motor unit for purposes of actuating the locking element, wherein
A method of adapting roaming in a mobile wireless device in communication with a wireless local area network, the method comprising: in the mobile wireless device; detecting a wireless network type for the wireless local area network to which the mobile wireless device is connected; and adjusting (1006/1008) one or more roaming parameters based on the detected wireless network type, wherein the wireless network type is characterized by a service set identifier and a number of unique basic service set identifiers associated with the service set identifier per radio frequency band; the method being characterised in that: when the number of basic service set identifiers associated with the service set identifier is one per radio frequency band, the adjusting one or more roaming parameters causes the mobile wireless device to scan for and roam to alternative access points less frequently; and when the number of basic service set identifiers associated with the service set identifier is more than one per radio frequency band, the adjusting one or more roaming parameters causes the mobile wireless device to scan for and roam to alternative access points more frequently. in the mobile wireless device; detecting a wireless network type for the wireless local area network to which the mobile wireless device is connected; and adjusting (1006/1008) one or more roaming parameters based on the detected wireless network type, wherein the wireless network type is characterized by a service set identifier and a number of unique basic service set identifiers associated with the service set identifier per radio frequency band; when the number of basic service set identifiers associated with the service set identifier is one per radio frequency band, the adjusting one or more roaming parameters causes the mobile wireless device to scan for and roam to alternative access points less frequently; and when the number of basic service set identifiers associated with the service set identifier is more than one per radio frequency band, the adjusting one or more roaming parameters causes the mobile wireless device to scan for and roam to alternative access points more frequently.
A filling level sensor for determining a fill level in a container and for short distance measurements, with the filling level sensor comprising: a first antenna for transmitting a transmission signal having a first polarization plane to a material surface; a second antenna for receiving a reception signal reflected by the material surface having a second polarization plane; and a common outer enclosure for the first and the second antenna; wherein the two polarization planes lie in separate, parallel planes, which are arranged perpendicular to a connecting line between the centres of the antennas. a first antenna for transmitting a transmission signal having a first polarization plane to a material surface; a second antenna for receiving a reception signal reflected by the material surface having a second polarization plane; and a common outer enclosure for the first and the second antenna;
A method for operating an agricultural machine having - a working device; - an electric drive configured to drive the working device; - a control unit; and - a shaping member configured to shape a working space assigned to the working device by relative movement between the working device and the shaping member; the method comprising - driving the working device by the electric drive; - forming a first working space, comprising positioning the shaping member in a first position relative to the working device; and - forming a second working space, comprising positioning the shaping member in a second position relative to the working device; characterized in that the method further comprises determining, by the control unit, - a first electric load supplied to the electric drive when the first working space is formed; - a first working space condition from the first electric load indicative of the condition in the J Z first working space; - a second electric load supplied to the electric drive when the second working space is formed, the second electric load being different from the first electric load; and - a second working space condition from the second electric load indicative of the condition in the second working space. - a working device; - an electric drive configured to drive the working device; - a control unit; and - a shaping member configured to shape a working space assigned to the working device by relative movement between the working device and the shaping member; - driving the working device by the electric drive; - forming a first working space, comprising positioning the shaping member in a first position relative to the working device; and - forming a second working space, comprising positioning the shaping member in a second position relative to the working device; - a first electric load supplied to the electric drive when the first working space is formed; - a first working space condition from the first electric load indicative of the condition in the J Z first working space; - a second electric load supplied to the electric drive when the second working space is formed, the second electric load being different from the first electric load; and - a second working space condition from the second electric load indicative of the condition in the second working space.
A method for producing a catalyst for regenerating a working solution usable for producing hydrogen peroxide by an anthraquinone method, comprising treating active alumina with an aqueous solution containing 20% by weight or greater of a magnesium salt, followed by treatment of the resultant substance with ammonia and then burning of the obtained substance at 300-800°C.
A composition of particulate materials, comprising particles of lanthanum chloride mixed with particles of amorphous silica, the composition comprising up to about 4% by weight of amorphous silica based on the combined weight of the lanthanum chloride and the amorphous silica.
Crank set for a two-wheeler, the crank set having a crank with a crank spider, a chainring and a chain guard ring, the chainring being fastened to the crank spider by fastening elements, the fastening elements are pressing the chainring and the crank spider against each other along a pressing direction, wherein a clamped area of the chain guard ring is clamped in a ring-shaped clamping zone between at least one of the fastening elements with which the chainring is fastened to the crank spider and the crank spider or the chainring and is thereby fastened to the crank set, wherein the clamped area is deformed by the screwing of the at least one fastening element in the direction parallel to the pressing direction, wherein the fastening element has a ring-shaped shoulder, wherein a pressing surface is provided on this annular shoulder, wherein the fastening element has a ring-shaped clamping surface pointing in the same direction as the pressing surface, wherein the clamping surface delimits the clamping zone on the side remote from the chainring and/or the crank spider, characterised in that the clamping surface surrounds the annular shoulder. the fastening elements are pressing the chainring and the crank spider against each other along a pressing direction, wherein a clamped area of the chain guard ring is clamped in a ring-shaped clamping zone between at least one of the fastening elements with which the chainring is fastened to the crank spider and the crank spider or the chainring and is thereby fastened to the crank set, wherein the clamped area is deformed by the screwing of the at least one fastening element in the direction parallel to the pressing direction, wherein the fastening element has a ring-shaped shoulder, wherein a pressing surface is provided on this annular shoulder, wherein the fastening element has a ring-shaped clamping surface pointing in the same direction as the pressing surface, wherein the clamping surface delimits the clamping zone on the side remote from the chainring and/or the crank spider, characterised in that the clamping surface surrounds the annular shoulder.
A wearable article comprising: a nonwoven textile sheet (14, 16) having a first portion (18, 28) and a second portion (20, 30) contiguous with the first portion (18, 28); wherein the first portion (18, 28) has a first density and a first modulus of elasticity; wherein the second portion (20, 30) has a second density less than the first density and has a second modulus of elasticity less than the first modulus of elasticity; wherein the first portion (18, 28) is shaped differently than the second portion (20, 30) as an integral implement of the wearable article; characterized in that the integral implement is one of either a female portion or a male portion of a closure device; and the wearable article is a carry bag, a belt, or an article of footwear, and the closure device is a buckle. a nonwoven textile sheet (14, 16) having a first portion (18, 28) and a second portion (20, 30) contiguous with the first portion (18, 28); wherein the first portion (18, 28) has a first density and a first modulus of elasticity; wherein the second portion (20, 30) has a second density less than the first density and has a second modulus of elasticity less than the first modulus of elasticity; wherein the first portion (18, 28) is shaped differently than the second portion (20, 30) as an integral implement of the wearable article; characterized in that the integral implement is one of either a female portion or a male portion of a closure device; and the wearable article is a carry bag, a belt, or an article of footwear, and the closure device is a buckle.
Device having a beverage container holder and a beverage container, wherein the beverage container holder has a holder device for arranging the beverage container holder on a receiver and has a receiving device for releasably fixing the beverage container, and the beverage container has an inner recess for receiving a liquid and has an arrangement device formed to be complementary to the receiving device in terms of shape and surface, and a magnet device is provided on at least one of the receiving device and the arrangement device for their mutual releasable fixing, characterised in that the arrangement device of the beverage container extends out from a base side of the beverage container in the direction of the inner recess and has at least one surface region facing towards the receiving device, which surface region corresponds at least to a segment of an outer surface of an ellipsoidal body (21, 22).
A crane controller for a crane which includes a hoisting gear for lifting a load hanging on a cable, comprising an active heave compensation which by actuating the hoisting gear at least partly compensates the movement of the cable suspension point and/or a load deposition point due to the heave, and an operator control which actuates the hoisting gear with reference to specifications of the operator, characterized in that the division of at least one kinematically constrained quantity of the hoisting gear is adjustable between heave compensation and operator control.
A device comprising: a template molecule (220, 545) linked between at least two contact points including a first contact point disposed on a first surface (205A, 505A, 1245A, 1245B, 1245C, 1245D) and a second contact point disposed on a second surface, wherein the first surface is independent of the second surface, wherein the template molecule (220, 545) is selected from ssDNA or ssRNA and includes at least one binding site for a target molecule; and a detector (530, 1215) coupled to the first contact point and the second contact point, the detector (530, 1215) configured to generate an output signal based on a change in an electrical parameter, the said electrical parameter being selected from conductance, resistance and impedance, wherein the change in the electrical parameter corresponds to an association of the target molecule and the template molecule (220, 545), the detector further comprising a driving circuit for disbonding the target molecule from the template molecule.
A method for detaching one of multiple connections to one or more wireless networks (106, 114; 204, 206), comprising: communicating over a plurality of network connections that each provide access to a gateway (108; 208); determining to detach at least one of the plurality of network connections; performing a handover of one or more flows related to the at least one of the plurality of network connections to a different one of the plurality of network connections while maintaining communication over the different one of the plurality of the network connections; and transmitting a handover message related to performing the handover of the one or more flows from the at least one of the plurality of network connections to the different one of the plurality of network connections. communicating over a plurality of network connections that each provide access to a gateway (108; 208); determining to detach at least one of the plurality of network connections; performing a handover of one or more flows related to the at least one of the plurality of network connections to a different one of the plurality of network connections while maintaining communication over the different one of the plurality of the network connections; and transmitting a handover message related to performing the handover of the one or more flows from the at least one of the plurality of network connections to the different one of the plurality of network connections.