mhurhangee/patent-ind-claim-en huggingface dataset:
A fastening structure comprising: a skin of an aircraft; a structural member located inside the skin ; a fastener that couples the skin and the structural member ; a nut threadably engaged with a portion of the fastener, the portion projecting through the structural member and heading for inside the skin ; and a cap that covers the portion of the fastener projecting through the structural member and heading for inside the skin and the nut , wherein the cap is attached so as to cover the portion of the fastener which penetrates the structural member and the entire nut , the cap includes a contact surface coming into contact with the structural member and is made of a conductive material, and an entire outer surface of the cap that comes into contact with an interior space of the skin is a curved surface. a skin of an aircraft; a structural member located inside the skin ; a fastener that couples the skin and the structural member ; a nut threadably engaged with a portion of the fastener, the portion projecting through the structural member and heading for inside the skin ; and a cap that covers the portion of the fastener projecting through the structural member and heading for inside the skin and the nut , wherein the cap is attached so as to cover the portion of the fastener which penetrates the structural member and the entire nut , the cap includes a contact surface coming into contact with the structural member and is made of a conductive material, and an entire outer surface of the cap that comes into contact with an interior space of the skin is a curved surface.
An article of footwear comprising: a sole ; an upper defining a foot cavity; and a brace member comprised of a non-elastic resilient material positioned within a pocket in the upper , wherein the brace member extends from a heel portion to above an ankle portion of the upper ; wherein further comprising at least one support belt positioned in the foot cavity, wherein one end of the support belt is coupled to the brace member . a sole ; an upper defining a foot cavity; and a brace member comprised of a non-elastic resilient material positioned within a pocket in the upper , wherein the brace member extends from a heel portion to above an ankle portion of the upper ; wherein further comprising at least one support belt positioned in the foot cavity, wherein one end of the support belt is coupled to the brace member .
Rocket propulsion system comprising a first cryogenic tank and a second cryogenic tank , wherein the first cryogenic tank is filled with a first propellant and the second cryogenic tank is filled with a second propellant to supply at least one repeatedly ignitable main propulsion unit in a propulsion phase of the rocket propulsion system , wherein in a ballistic phase a first auxiliary propulsion unit is operable by means of a first gas pressure accumulator , and at least one further auxiliary propulsion unit is operable by means of a further gas pressure accumulator in order to pressurise the tank by means of at least a slight acceleration, and an energy conversion unit is assigned to the rocket propulsion system , characterized in that the energy conversion unit is designed to at least generate electrical energy and to charge the first and second gas pressure accumulators , preferably in the ballistic phase.
A hand-holdable relay optical system for forming an image of a fundus of a subject eye to be examined, said relay optical system is configured as an attachment optical system to be disposed between a hand-holdable imaging device and the subject eye comprising: a first positive lens group G1 and a second positive lens group G2, wherein: the first positive lens group G1 and the second positive lens group G2 form an afocal system having an identical optical axis, and are configured to form a conjugate relationship between the pupil of the subject eye and the pupil of the imaging device when the relay optical system is inserted between the imaging device and the subject eye, and wherein the first positive lens group G1 and the second positive lens group G2 substantially form an afocal relay system, and the following condition is satisfied: 0.9 < f 2 / f 1 < 2.2 , in which f1 is a focal length of the first positive lens group G1 and f2 is a focal length of the second positive lens group G2. a first positive lens group G1 and a second positive lens group G2, wherein: the first positive lens group G1 and the second positive lens group G2 form an afocal system having an identical optical axis, and are configured to form a conjugate relationship between the pupil of the subject eye and the pupil of the imaging device when the relay optical system is inserted between the imaging device and the subject eye, and wherein the first positive lens group G1 and the second positive lens group G2 substantially form an afocal relay system, and the following condition is satisfied: 0.9 < f 2 / f 1 < 2.2 , the first positive lens group G1 and the second positive lens group G2 form an afocal system having an identical optical axis, and are configured to form a conjugate relationship between the pupil of the subject eye and the pupil of the imaging device when the relay optical system is inserted between the imaging device and the subject eye, and wherein the first positive lens group G1 and the second positive lens group G2 substantially form an afocal relay system, and the following condition is satisfied: 0.9 < f 2 / f 1 < 2.2 , in which f1 is a focal length of the first positive lens group G1 and f2 is a focal length of the second positive lens group G2.
A computer-implemented method of computer vision in a scene that includes one or more transparent objects and/or one or more reflecting objects , the method comprising: providing a plurality of images of the scene , each image corresponding to a respective acquisition of a physical signal, the plurality of images including at least two images corresponding to different physical signals, the plurality of images including an infrared image and one or both of an RGB image and a depth image; generating a segmented image of the scene based on the plurality of images, each segment of the segmented image corresponding to a unitary entity in the scene or to a real-world physical entity in the scene, wherein the scene is a building interior scene or a building exterior scene; wherein the method comprises iterating the providing of a plurality of images and the generating of a segmented image of the scene to generate a plurality of segmented images of the scene, the method further comprising reconstructing a 3D model of the scene based on corresponding segments of the plurality of segmented images, the corresponding segments corresponding to a same real-world physical entity; wherein iterating the providing of a plurality of images is performed by providing a plurality of videos of the scene, each video corresponding to a respective video acquisition of a physical signal; wherein each video acquisition is performed with a camera on which a plurality of sensors are mounted, each sensor corresponding to a respective physical signal. providing a plurality of images of the scene , each image corresponding to a respective acquisition of a physical signal, the plurality of images including at least two images corresponding to different physical signals, the plurality of images including an infrared image and one or both of an RGB image and a depth image; generating a segmented image of the scene based on the plurality of images, each segment of the segmented image corresponding to a unitary entity in the scene or to a real-world physical entity in the scene, wherein the scene is a building interior scene or a building exterior scene; wherein the method comprises iterating the providing of a plurality of images and the generating of a segmented image of the scene to generate a plurality of segmented images of the scene, the method further comprising reconstructing a 3D model of the scene based on corresponding segments of the plurality of segmented images, the corresponding segments corresponding to a same real-world physical entity; wherein iterating the providing of a plurality of images is performed by providing a plurality of videos of the scene, each video corresponding to a respective video acquisition of a physical signal; wherein each video acquisition is performed with a camera on which a plurality of sensors are mounted, each sensor corresponding to a respective physical signal.
A method performed by a user equipment comprising: detecting interference at the user equipment from a first closed subscriber group of a first home base station , wherein said first closed subscriber group does not allow access to the user equipment , said interference from the first home base station inhibiting access by the user equipment to a second home base station of a second closed subscriber group, wherein said second closed subscriber group allows access to the user equipment ; in response to said detecting, sending a request, from the user equipment to the second home base station, to connect to the first home base station , wherein said request includes an indication that the user equipment needs connection support for establishing a connection to the first home base station and that includes an identifier of the first home base station and a closed subscriber group identifier of the first home base station; in response to said sending said request, receiving from the second home base station an indication of a grant of access to the first closed subscriber group that configures the user equipment to add to its list of closed subscriber group identifiers a closed subscriber group identifier that allows the user equipment to access the first closed subscriber group; and accessing the first closed subscriber group in response to the received indication of the grant of access. detecting interference at the user equipment from a first closed subscriber group of a first home base station , wherein said first closed subscriber group does not allow access to the user equipment , said interference from the first home base station inhibiting access by the user equipment to a second home base station of a second closed subscriber group, wherein said second closed subscriber group allows access to the user equipment ; in response to said detecting, sending a request, from the user equipment to the second home base station, to connect to the first home base station , wherein said request includes an indication that the user equipment needs connection support for establishing a connection to the first home base station and that includes an identifier of the first home base station and a closed subscriber group identifier of the first home base station; in response to said sending said request, receiving from the second home base station an indication of a grant of access to the first closed subscriber group that configures the user equipment to add to its list of closed subscriber group identifiers a closed subscriber group identifier that allows the user equipment to access the first closed subscriber group; and accessing the first closed subscriber group in response to the received indication of the grant of access.
A method for controlling a crane, characterized by comprising: acquiring a first speed value of a first motor (S201), the first motor being configured to pull a first end of the hoist of the crane, wherein, when the first end of the hoist moves toward the first motor, the first speed value is positive, and when the first end of the hoist moves away from the first motor, the first speed value is negative; acquiring a second speed value of the second motor (S203), the second motor being configured to pull a second end of the hoist of the crane, the second end being the opposite end of the first end in a trolley traveling direction of the crane, wherein, when the second end of the hoist moves toward the second motor, the second speed value is positive, and when the second end of the hoist moves away from the second motor, the second speed value is negative; acquiring a first speed difference between the first speed value and the second speed value (S205); acquiring a first speed difference threshold (S207); and if the first speed difference between the first speed value and the second speed value is smaller than the first speed difference threshold, sending a control instruction to the first motor to increase a torque output value of the first motor in the trolley traveling direction (S209). acquiring a first speed value of a first motor (S201), the first motor being configured to pull a first end of the hoist of the crane, wherein, when the first end of the hoist moves toward the first motor, the first speed value is positive, and when the first end of the hoist moves away from the first motor, the first speed value is negative; acquiring a second speed value of the second motor (S203), the second motor being configured to pull a second end of the hoist of the crane, the second end being the opposite end of the first end in a trolley traveling direction of the crane, wherein, when the second end of the hoist moves toward the second motor, the second speed value is positive, and when the second end of the hoist moves away from the second motor, the second speed value is negative; acquiring a first speed difference between the first speed value and the second speed value (S205); acquiring a first speed difference threshold (S207); and if the first speed difference between the first speed value and the second speed value is smaller than the first speed difference threshold, sending a control instruction to the first motor to increase a torque output value of the first motor in the trolley traveling direction (S209).
A parameter control device configured to control values of a plurality of parameters in a predetermined device according to user operations, the parameter control device comprising: a display ; a display controller configured to display on a screen displayed by said display values of parameters to be controlled in an array along a first axis , wherein values of the parameters are respectively indicated by positions along a second axis ; and a detector configured to detect user operations on the screen ; wherein said parameter control device further comprises a parameter controller configured to perform, in a sequential control mode, when the detector detects a user operation of tracing the screen in a direction of the first axis , a sequential control to temporarily change, sequentially according to progress of the tracing, to a specific value from an original value a value of each parameter corresponding to a position in the first axis direction where the tracing is being performed, wherein the parameter controller is configured to set, in the sequential control mode, a value of each parameter to the specific value while the position in the first axis direction of the tracing passes a position corresponding to the parameter, and returns the value of the parameter to said original value after the position of the tracing passes the position corresponding to the parameter (S16 to S19). a display ; a display controller configured to display on a screen displayed by said display values of parameters to be controlled in an array along a first axis , wherein values of the parameters are respectively indicated by positions along a second axis ; and a detector configured to detect user operations on the screen ; wherein said parameter control device further comprises a parameter controller configured to perform, in a sequential control mode, when the detector detects a user operation of tracing the screen in a direction of the first axis , a sequential control to temporarily change, sequentially according to progress of the tracing, to a specific value from an original value a value of each parameter corresponding to a position in the first axis direction where the tracing is being performed, wherein the parameter controller is configured to set, in the sequential control mode, a value of each parameter to the specific value while the position in the first axis direction of the tracing passes a position corresponding to the parameter, and returns the value of the parameter to said original value after the position of the tracing passes the position corresponding to the parameter (S16 to S19).
A method of translating diagnostic information provided by a circuit protective device , the method comprising: storing in a memory information concerning diagnostic or fault conditions, as a function of a time period of a sequence of operations implemented by a circuit protective device, wherein the time period is a time interval from when a contact of the circuit protective device is initially placed in a closed position to when the contact trips to an open position during a read out operation and wherein different time periods for a sequence of operations correspond to different types of fault conditions; monitoring through a sensor a sequence of operations from open to closed position and from closed to open position implemented by a circuit protective device as a function of time during the read out operation to indicate a type of fault condition from a plurality of fault conditions for a prior occurrence of a trip event or diagnostic information, the sequence being initiated after an occurrence of the trip event on the circuit protective device; determining a time period of the monitored sequence; determining the type of a fault condition that matches the determined time period from the information stored in the memory; and outputting information indicating the determined type of fault condition. storing in a memory information concerning diagnostic or fault conditions, as a function of a time period of a sequence of operations implemented by a circuit protective device, wherein the time period is a time interval from when a contact of the circuit protective device is initially placed in a closed position to when the contact trips to an open position during a read out operation and wherein different time periods for a sequence of operations correspond to different types of fault conditions; monitoring through a sensor a sequence of operations from open to closed position and from closed to open position implemented by a circuit protective device as a function of time during the read out operation to indicate a type of fault condition from a plurality of fault conditions for a prior occurrence of a trip event or diagnostic information, the sequence being initiated after an occurrence of the trip event on the circuit protective device; determining a time period of the monitored sequence; determining the type of a fault condition that matches the determined time period from the information stored in the memory; and outputting information indicating the determined type of fault condition.
Use of an activatable, de-esterified, pectin-converted fruit fibre for the manufacture of a cooked cured product, characterized in that the fruit fibre is an activatable, de-esterified, pectin-converted citrus fibre having a yield point I (rotation) in the fibre dispersion greater than 1.0 Pa and a water-soluble pectin content of 10 to 35 wt.%, wherein the water-soluble pectin is a low-esterified pectin with a degree of esterification of less than 50%, or the fruit fibre is a deesterified, pectin-converted apple fibre, having a yield point I (rotation) in the fibre dispersion of more than 1.0 Pa and a water-soluble pectin content of 10 to 22% by weight, wherein the water-soluble pectin is a low-esterified pectin with a degree of esterification of less than 50%.
Electrical cable, comprising a core intended to conduct a main electric current (is) generating a circular magnetic field (B) at least outside the core , characterized in that it comprises at least one cladding surrounding the core and comprising a thermomagnetic material, the cladding being conductive in order to conduct an auxiliary electric current (i T ) that interacts with the circular magnetic field (B) in order to generate, via the Ettingshausen effect, a temperature gradient between the core of the cable and the exterior of the cladding .
A microfluidic sensing device , for conducting measures on liquid samples, comprising a housing having: - a first opening defining an inlet and/or an outlet for a liquid sample, - a detection chamber provided with at least one electrochemical sensor , - a first microfluidic path connecting said first opening to said detection chamber , such that said detection chamber can be filled in with a predefined volume of the liquid sample so as to conduct at least one measure, - a second opening designed so as to allow the application of a negative and/or positive pressure within said housing , - a second microfluidic path connecting said second opening to said detection chamber , - a third opening designed so as to allow the application of a negative and/or positive pressure within said housing , - a third microfluidic path connecting said third opening to said first microfluidic path , wherein the device further comprises: - a waste chamber arranged in said second microfluidic path , between said second opening and said detection chamber , - a first restriction organ having a predefined fluidic resistance and arranged in said second microfluidic path , between said second opening and said waste chamber , so as to restrict the fluid flow in said second microfluidic path , and - a second restriction organ having a predefined fluidic resistance and arranged in said third microfluidic path so as to restrict the fluid flow therein. - a first opening defining an inlet and/or an outlet for a liquid sample, - a detection chamber provided with at least one electrochemical sensor , - a first microfluidic path connecting said first opening to said detection chamber , such that said detection chamber can be filled in with a predefined volume of the liquid sample so as to conduct at least one measure, - a second opening designed so as to allow the application of a negative and/or positive pressure within said housing , - a second microfluidic path connecting said second opening to said detection chamber , - a third opening designed so as to allow the application of a negative and/or positive pressure within said housing , - a third microfluidic path connecting said third opening to said first microfluidic path , - a waste chamber arranged in said second microfluidic path , between said second opening and said detection chamber , - a first restriction organ having a predefined fluidic resistance and arranged in said second microfluidic path , between said second opening and said waste chamber , so as to restrict the fluid flow in said second microfluidic path , and - a second restriction organ having a predefined fluidic resistance and arranged in said third microfluidic path so as to restrict the fluid flow therein.