mhurhangee/ep-ind-claims huggingface dataset:
A computing apparatus comprising a processor coupled to a main memory, and a write only memory module, wherein the processor is configured to: execute an application under test, wherein the application under test is configured to write output data to the main memory; and direct the output data to the write only memory module; wherein the write only memory module is configured to accept memory write operations, or output data, from the application under test, and to store the output data in a protected memory cache; the processor is further configured to: transfer the output data from the cache to the main memory when the execution of the application under test is successful; or erase the output data from the cache when the execution of the application under test is unsuccessful; wherein the processor is configured to detect that the execution of the application under test is unsuccessful when the output data is written to an invalid location in the write only memory module. execute an application under test, wherein the application under test is configured to write output data to the main memory; and direct the output data to the write only memory module; wherein the write only memory module is configured to accept memory write operations, or output data, from the application under test, and to store the output data in a protected memory cache; the processor is further configured to: transfer the output data from the cache to the main memory when the execution of the application under test is successful; or erase the output data from the cache when the execution of the application under test is unsuccessful; wherein the processor is configured to detect that the execution of the application under test is unsuccessful when the output data is written to an invalid location in the write only memory module.
A system to control the delivery of fuel from a dispenser device, in particular a filling station, to a storage container, in particular a tank of a vehicle, characterised in that the control system comprises a sleeve designed to be fitted around a closing cap of a mouth of the storage container; a guide disc, which has a central hole able to be engaged by a delivering member of the dispenser device, and is coupled to the sleeve so as to move between a first position, in which the guide disc allows the delivering member to feed fuel into the storage container through the mouth, and a second position, in which the closing cap is removable from the mouth; first detection means to detect whether the guide disc is arranged in its first position; second detection means to detect whether the delivering member engages or disengages the mouth; and control means configured to enable the delivery of fuel from the dispenser device to the storage container when the first detection means detect that the guide disc is arranged in the first position and the second detection means detect that the delivering member engages the mouth.
An interproximal dental tool comprising a main body section having a razorblade retained therein with a sharp bottom edge for insertion between two adjacent teeth, and a top wall section and opposing sidewall sections (22,26) adjacent the main body section, each of the top wall section and sidewall sections having an exterior gripping surface, the interproximal dental tool having a multiplicity of protrusions extending from the exterior gripping surface of each of the opposing sidewall sections for facilitating gripping of the interproximal dental tool when in use by a dental practitioner, and a retaining strap secured to the main body section and adapted to loop around the hand or wrist of a dental practitioner during use of the interproximal dental tool.
An implant for use in orthopedic surgery, comprising: a body having a rod-receiving recess, the body having first and second sides defining openings to the rod-receiving recess, the rod-receiving recess defining a central longitudinal rod axis extending between the openings of the first and second sides, wherein at least a portion of the rod-receiving recess is formed by an inner surface of the implant, the inner surface defining two grip grooves (301, 401, 501) extending parallel to each other and the central longitudinal rod axis, wherein each grip groove defines two edges (312, 313, 322, 323, 412, 413, 512, 513) where the grip groove (301, 401, 501) intersects the inner surface, the four edges of the two grip grooves (301, 401, 501) together defining a circular radius about the central longitudinal rod axis; and a retaining member configured to move with respect to the body, exert a force against a rod in the rod-receiving recess that is perpendicular to the central longitudinal rod axis, and engage the rod against the four edges of the two grip grooves (301, 401, 501), wherein the engagement of the four edges of the grip grooves (301, 41, 501) against the rod serves to restrain rotational movement of the rod about the central longitudinal rod axis. a body having a rod-receiving recess, the body having first and second sides defining openings to the rod-receiving recess, the rod-receiving recess defining a central longitudinal rod axis extending between the openings of the first and second sides, wherein at least a portion of the rod-receiving recess is formed by an inner surface of the implant, the inner surface defining two grip grooves (301, 401, 501) extending parallel to each other and the central longitudinal rod axis, wherein each grip groove defines two edges (312, 313, 322, 323, 412, 413, 512, 513) where the grip groove (301, 401, 501) intersects the inner surface, the four edges of the two grip grooves (301, 401, 501) together defining a circular radius about the central longitudinal rod axis; and a retaining member configured to move with respect to the body, exert a force against a rod in the rod-receiving recess that is perpendicular to the central longitudinal rod axis, and engage the rod against the four edges of the two grip grooves (301, 401, 501), wherein the engagement of the four edges of the grip grooves (301, 41, 501) against the rod serves to restrain rotational movement of the rod about the central longitudinal rod axis.
A method for scheduling media content presentation across multiple user devices, comprising: accessing stored user profile information in a memory, wherein the stored user profile information identifies a first user device (402, 404, 406) and a second user device (402, 404, 406) different than the first user device (402, 404, 406); automatically scheduling for delivery, a first media content event to be presented on the first user device (402, 404, 406) during a first timeslot based at least in part on the user profile information; automatically scheduling for delivery, a second media content event to be presented on the second user device (402, 404, 406) during a second timeslot based at least in part on the user profile information; automatically pre-loading the first media content event on the first device; automatically pre-loading the second media content event on the second device; automatically presenting the first media content event on the first user device (402, 404, 406) during the first timeslot; and automatically presenting the second media content event on the second user device (402, 404, 406) during the second timeslot; wherein the user profile information comprises timeslot information of when a user usually consumes the first media content and the second media content, and wherein one of the first timeslot and the second timeslot is determined based at least in part on the timeslot information. accessing stored user profile information in a memory, wherein the stored user profile information identifies a first user device (402, 404, 406) and a second user device (402, 404, 406) different than the first user device (402, 404, 406); automatically scheduling for delivery, a first media content event to be presented on the first user device (402, 404, 406) during a first timeslot based at least in part on the user profile information; automatically scheduling for delivery, a second media content event to be presented on the second user device (402, 404, 406) during a second timeslot based at least in part on the user profile information; automatically pre-loading the first media content event on the first device; automatically pre-loading the second media content event on the second device; automatically presenting the first media content event on the first user device (402, 404, 406) during the first timeslot; and automatically presenting the second media content event on the second user device (402, 404, 406) during the second timeslot; wherein the user profile information comprises timeslot information of when a user usually consumes the first media content and the second media content, and wherein one of the first timeslot and the second timeslot is determined based at least in part on the timeslot information.
A device for converting thermal energy into electrical energy, comprising a first and a second layer (10, 20) of thermally conductive material, an intermediate layer of polymer material which is arranged between the first and the second layer (10, 20) and has a thermal conductivity lower than the first and the second layer (10, 20), wherein a plurality of channels (31, 32, 33) in which a colloidal suspension of active particles is contained is arranged inside the intermediate layer, said colloidal suspension being capable of flowing along each of said channels as a result of a temperature gradient applied between the first layer and the second layer (10, 20), and a plurality of pick-up elements (41, 42) arranged along said channels and configured to extract electrostatic force or electromotive force induced as a response to a flow of the colloidal suspension as a result of at least one among a pyroelectric effect, triboelectric effect and thermomagnetic advection, wherein each of said channels forms a closed loop and comprises an outgoing branch (31a, 32a, 33a) and a return branch (31, 32, 33b) extending as an asymmetrical helix, each of said outgoing and return branches comprising a plurality of turns, each of which has diametrically opposed portions (37, 38) adjacent to the first layer and to the second layer (10, 20), respectively.
A medical, motor-operated or hand-operated or operable instrument comprising a number of bearings for supporting a shank or shaft for applying torque to a tool, of which at least two selected or selectable bearings (6a, 6b) form a pair of bearings, and a distance sleeve axially spacing the bearings (6a, 6b) of the pair of bearings, the instrument further including: i) a preferably tubular component lying at least partly radially inside the distance sleeve, which component is rotatably coupled or capable of being coupled with at least one of the two bearings (6a, 6b) of the pair of bearings so as to co-rotate with a respective rotating part of the at least one bearing (6a, 6b) of the pair of bearings, or to form a rotating part of the at least one bearing (6a, 6b) of the pair of bearings, ii) at least one permanent magnet attached to or configured in the component, and iii) a coil disposed on or in the distance sleeve.
A method for detecting a runway condition comprising: detecting that an aircraft (100; 510) is on a runway (50; 520) with a weight on wheel system; transitioning to an on ground condition, wherein the on ground condition permits braking of the aircraft (100; 510); and characterised by determining that the runway (50; 520) is contaminated in case the transitioning step was performed due to expiration of a weight on wheel time limit. detecting that an aircraft (100; 510) is on a runway (50; 520) with a weight on wheel system; transitioning to an on ground condition, wherein the on ground condition permits braking of the aircraft (100; 510); and characterised by determining that the runway (50; 520) is contaminated in case the transitioning step was performed due to expiration of a weight on wheel time limit.
An optical window comprising: a first window layer of an optically transparent material; a second window layer of the optically transparent material; an electromagnetic interference shielding grid disposed between the first and second window layers and including a first electrically conductive structure and a second electrically conductive structure; and a thermally sensitive material disposed between the first and second electrically conductive structures, the thermally sensitive material having an electrical property that varies as a function of temperature. a first window layer of an optically transparent material; a second window layer of the optically transparent material; an electromagnetic interference shielding grid disposed between the first and second window layers and including a first electrically conductive structure and a second electrically conductive structure; and a thermally sensitive material disposed between the first and second electrically conductive structures, the thermally sensitive material having an electrical property that varies as a function of temperature.
A method for operating a wind turbine, comprising: - determining a value of a wind speed of an incident air mass at the wind turbine; - setting a first threshold value in dependence on a power output of the wind turbine, wherein the first threshold value is set so as to be lower if the power output is higher; - if the determined value of the wind speed is greater than the first threshold value for the wind speed: - reducing a rotational speed (212, 222, 232) of a rotor of the wind turbine, and - maintaining or increasing a generator torque (213, 223, 233) acting upon the rotor; - if the determined value of the wind speed is greater than a second threshold value for the wind speed, the second threshold value being greater than the first threshold value: - reducing the rotational speed (212, 222, 232) of the rotor, and - reducing the generator torque (213, 223, 233) acting upon the rotor. - determining a value of a wind speed of an incident air mass at the wind turbine; - setting a first threshold value in dependence on a power output of the wind turbine, wherein the first threshold value is set so as to be lower if the power output is higher; - if the determined value of the wind speed is greater than the first threshold value for the wind speed: - reducing a rotational speed (212, 222, 232) of a rotor of the wind turbine, and - maintaining or increasing a generator torque (213, 223, 233) acting upon the rotor; - if the determined value of the wind speed is greater than a second threshold value for the wind speed, the second threshold value being greater than the first threshold value: - reducing the rotational speed (212, 222, 232) of the rotor, and - reducing the generator torque (213, 223, 233) acting upon the rotor. - reducing a rotational speed (212, 222, 232) of a rotor of the wind turbine, and - maintaining or increasing a generator torque (213, 223, 233) acting upon the rotor; - if the determined value of the wind speed is greater than a second threshold value for the wind speed, the second threshold value being greater than the first threshold value: - reducing the rotational speed (212, 222, 232) of the rotor, and - reducing the generator torque (213, 223, 233) acting upon the rotor.
Roller bearing comprising two members (1, 2) and rolling bodies arranged in a rolling space formed between said members in order to allow for the relative rotation thereof about an axis, at least one side of the rolling space having an annular opening which is provided with a sealing device comprising an armature integral with a first member and a wall integral with the second member, said armature being provided with: - a dynamic sealing element which has at least one lip (11a-11c) arranged in friction contact on an inner surface of the wall; - an outer sector arranged facing an outer portion of the wall by forming at their interface a reduced sealing clearance; said bearing being characterised in that the outer sector has a convex surface which is arranged at least partially in a concave groove formed in the outer portion of the wall, the reduced sealing clearance being formed at least partially at the interface between said convex surface and said groove, and the convex surface has a geometry complementary with the geometry of the concave groove, said surface being offset with respect to said groove by a distance that is sufficient to form the reduced sealing clearance at their interface. - a dynamic sealing element which has at least one lip (11a-11c) arranged in friction contact on an inner surface of the wall; - an outer sector arranged facing an outer portion of the wall by forming at their interface a reduced sealing clearance;
An energy management system for energy consumption or distribution of a residential dwelling, which includes: - a renewable energy generation device configured to use renewable energy to generate electricity, - at least one electrochemical battery; - a hydrogen generation device configured to use electrical energy to generate hydrogen; - a hydrogen storage device configured to store the hydrogen generated in at least one hydrogen tank by the hydrogen generation device; - a fuel cell system configured to use the hydrogen stored in the hydrogen storage device to produce electrical energy; and - a control device; - an air-water heat pump (PACae) including a hot water tank; characterised in that: the residential dwelling is supplied with electricity in priority by the renewable energy generation device, the battery, the fuel cell and then the power grid; the battery is a sodium-ion battery and the control device is configured to execute the following successive commands: the electricity produced by the renewable energy generation device is directed towards the heat pump (PACae), and then towards the battery, and then towards the hydrogen generation device until the hydrogen tanks are full; the system further includes an electrochemical compressor. - a renewable energy generation device configured to use renewable energy to generate electricity, - at least one electrochemical battery; - a hydrogen generation device configured to use electrical energy to generate hydrogen; - a hydrogen storage device configured to store the hydrogen generated in at least one hydrogen tank by the hydrogen generation device; - a fuel cell system configured to use the hydrogen stored in the hydrogen storage device to produce electrical energy; and - a control device; - an air-water heat pump (PACae) including a hot water tank; the residential dwelling is supplied with electricity in priority by the renewable energy generation device, the battery, the fuel cell and then the power grid; the battery is a sodium-ion battery and the control device is configured to execute the following successive commands: the electricity produced by the renewable energy generation device is directed towards the heat pump (PACae), and then towards the battery, and then towards the hydrogen generation device until the hydrogen tanks are full; the system further includes an electrochemical compressor.
A fluorosilicon nitrile compound having a total of four substituents attached to a silicon atom, wherein one or two of the substituents are fluorine atoms, one or two of the substituents are cyanoalkyl groups containing two cyano groups per cyanoalkyl group, which are the same as or different from each other, and the remainder of the substituents, if any, are alkyl groups, which are the same as or different from each other.
An organic light-emitting diode (OLED) display device, comprising: a transparent substrate, a first electrode structure, an organic light-emitting layer, and a second electrode structure, wherein: the first electrode structure comprises a plurality of first electrodes and second electrodes on the transparent substrate, a first electrode and a second electrode each corresponding to a subpixel unit, the first electrodes and the second electrodes being arranged in an alternating configuration along at least one of a row direction and a column direction of a pixel unit; the second electrode structure comprises a transparent electrode layer with a planar structure, the second electrode structure being on the organic light-emitting layer; the organic light-emitting layer is between the first electrode structure and the second electrode structure; a light-transmission rate of the first electrodes is higher than a light-transmission rate of the second electrode structure, a light-reflection rate of the first electrodes is lower than a light-reflection rate of the second electrode structure, a light-transmission rate of the second electrodes is lower than the light-transmission rate of the second electrode structure, and a light-reflection rate of the second electrodes is higher than the light-reflection rate of the second electrode structure; characterized in that the second electrodes are transparent electrodes. the first electrode structure comprises a plurality of first electrodes and second electrodes on the transparent substrate, a first electrode and a second electrode each corresponding to a subpixel unit, the first electrodes and the second electrodes being arranged in an alternating configuration along at least one of a row direction and a column direction of a pixel unit; the second electrode structure comprises a transparent electrode layer with a planar structure, the second electrode structure being on the organic light-emitting layer; the organic light-emitting layer is between the first electrode structure and the second electrode structure; a light-transmission rate of the first electrodes is higher than a light-transmission rate of the second electrode structure, a light-reflection rate of the first electrodes is lower than a light-reflection rate of the second electrode structure, a light-transmission rate of the second electrodes is lower than the light-transmission rate of the second electrode structure, and a light-reflection rate of the second electrodes is higher than the light-reflection rate of the second electrode structure; characterized in that the second electrodes are transparent electrodes.