mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for providing two-step authentication and activation of Quad Small Form Factor Pluggable, QSFP+, transceivers, comprising: generating, by a first processor, a first hashed password and a first hidden hash string that are used for validating a component, said component having a memory comprising a protected part and an unprotected part (12, 14), wherein said first hashed password and said first hidden hash string are each generated by software comprising a first encoding library using different fields of readable data from said unprotected part of said memory; unlocking, by said first processor, using said first hashed password, said protected part of said memory; writing, by said first processor, said first hashed password into said protected part of said memory; and writing, by said first processor, said first hidden hash string into said protected part of said memory. generating, by a first processor, a first hashed password and a first hidden hash string that are used for validating a component, said component having a memory comprising a protected part and an unprotected part (12, 14), wherein said first hashed password and said first hidden hash string are each generated by software comprising a first encoding library using different fields of readable data from said unprotected part of said memory; unlocking, by said first processor, using said first hashed password, said protected part of said memory; writing, by said first processor, said first hashed password into said protected part of said memory; and writing, by said first processor, said first hidden hash string into said protected part of said memory.
A water-chamber working apparatus (1; 2) that performs a predetermined work inside a water chamber of a steam generator, the apparatus comprising: a movable body (31; 40) that is configured to move along a tube plate of the steam generator; an extendable member that includes a first portion and a second portion and that extends and retracts in a direction in which the first portion and the second portion approach each other and a direction in which theses portions move away from each other, where the first portion is attached to a portion of the water chamber that is away from the tube plate via a first joint including two rotation axes intersecting with each other, and the second portion is attached to the movable body (31; 40) via a second joint including two rotation axes intersecting with each other, which are different from the rotation axes of the first joint; a first force application unit that applies a force in a direction in which the first portion and the second portion move away from each other to the extendable member; and a second force application unit that applies a force of rotating the extendable member centering around the first joint, which is a force to cause the second portion to approach to the tube plate, to the extendable member; characterized in that the second force application unit includes a counterweight mechanism (25; 51; 61; 71) including a rod-like member (21a, 21b, 21c) for weight that is extended to a direction opposite to the second portion while using the first portion as a fulcrum and a weight provided in a portion of the rod-like member (21a, 21b, 21c) for weight that is away from the first portion. a movable body (31; 40) that is configured to move along a tube plate of the steam generator; an extendable member that includes a first portion and a second portion and that extends and retracts in a direction in which the first portion and the second portion approach each other and a direction in which theses portions move away from each other, where the first portion is attached to a portion of the water chamber that is away from the tube plate via a first joint including two rotation axes intersecting with each other, and the second portion is attached to the movable body (31; 40) via a second joint including two rotation axes intersecting with each other, which are different from the rotation axes of the first joint; a first force application unit that applies a force in a direction in which the first portion and the second portion move away from each other to the extendable member; and a second force application unit that applies a force of rotating the extendable member centering around the first joint, which is a force to cause the second portion to approach to the tube plate, to the extendable member;
A method of adjusting a brake, the method including the steps of: providing a mechanically operated brake including friction material, providing a rotor, providing an actuator for applying and releasing a brake, providing an adjuster for adjusting a running clearance between the friction material and the rotor, wherein the adjuster is a distinct component from the actuator, providing a sensor system for determining a likelihood of a braking event, and upon a determination of a change in the likelihood of a braking event operating the adjuster to adjust the running clearance of the brake, wherein the sensor system defines a collision avoidance system and/or a lane departure warning system, wherein the collision avoidance system and/or a lane departure warning system includes a camera having a field of vision, which field of vision includes the terrain ahead of an associated vehicle and/or an operator of an associated vehicle. providing a mechanically operated brake including friction material, providing a rotor, providing an actuator for applying and releasing a brake, providing an adjuster for adjusting a running clearance between the friction material and the rotor, wherein the adjuster is a distinct component from the actuator, providing a sensor system for determining a likelihood of a braking event, and upon a determination of a change in the likelihood of a braking event operating the adjuster to adjust the running clearance of the brake, wherein the sensor system defines a collision avoidance system and/or a lane departure warning system, wherein the collision avoidance system and/or a lane departure warning system includes a camera having a field of vision, which field of vision includes the terrain ahead of an associated vehicle and/or an operator of an associated vehicle.
An electrostatic attraction fluid jet device that is adapted to eject a fluid, which is electrified by a voltage application, by an electrostatic attraction in the form of a droplet from a fluid-ejecting hole of a nozzle made of an insulating material, comprising: an applied voltage control means which is adapted to control a voltage applied to the fluid in the nozzle, wherein the applied voltage control means is adapted to control a voltage applied to the fluid so that the amount of electric charge, induced to the droplet of the fluid which droplet has just been ejected from the fluid-ejecting hole, is equal to or less than 90 % of the amount of electric charge corresponding to Rayleigh limit of the droplet; characterised in that a diameter of the fluid-ejecting hole of the nozzle is not less than 0.2 μm and not more than 4 μm. an applied voltage control means which is adapted to control a voltage applied to the fluid in the nozzle, wherein the applied voltage control means is adapted to control a voltage applied to the fluid so that the amount of electric charge, induced to the droplet of the fluid which droplet has just been ejected from the fluid-ejecting hole, is equal to or less than 90 % of the amount of electric charge corresponding to Rayleigh limit of the droplet; characterised in that a diameter of the fluid-ejecting hole of the nozzle is not less than 0.2 μm and not more than 4 μm.
A display system comprising: a remote control input device comprising a touch input unit having a touch region (401, 402, 403, 404, 402', 403', 404', 405, 406, 407, 408, 409) configured to detect a touch input, and a first protrusion provided proximate a first edge of the touch region and elongated along the first edge of the touch region; and a display device comprising: a display; an image processor configured to process a content to display a content image on the display; a signal receiver configured to receive a signal corresponding to the touch input detected by the touch input unit from the input device; and a controller configured to control the image processor to display a first on-screen display, OSD, menu proximate a first edge of the display in response to receiving from the input device a first signal indicating a first touch input moving across the first protrusion toward an inner region of the touch region in a first input direction such that the first OSD menu is displayed slidingly from the first edge of the display in a first display direction. a remote control input device comprising a touch input unit having a touch region (401, 402, 403, 404, 402', 403', 404', 405, 406, 407, 408, 409) configured to detect a touch input, and a first protrusion provided proximate a first edge of the touch region and elongated along the first edge of the touch region; and a display device comprising: a display; an image processor configured to process a content to display a content image on the display; a signal receiver configured to receive a signal corresponding to the touch input detected by the touch input unit from the input device; and a controller configured to control the image processor to display a first on-screen display, OSD, menu proximate a first edge of the display in response to receiving from the input device a first signal indicating a first touch input moving across the first protrusion toward an inner region of the touch region in a first input direction such that the first OSD menu is displayed slidingly from the first edge of the display in a first display direction. a display; an image processor configured to process a content to display a content image on the display; a signal receiver configured to receive a signal corresponding to the touch input detected by the touch input unit from the input device; and a controller configured to control the image processor to display a first on-screen display, OSD, menu proximate a first edge of the display in response to receiving from the input device a first signal indicating a first touch input moving across the first protrusion toward an inner region of the touch region in a first input direction such that the first OSD menu is displayed slidingly from the first edge of the display in a first display direction.
A method for fractionating whey proteins, comprising: preparing a solution comprising a first whey protein, wherein the first whey protein is a whey protein mainly comprising β-lactoglobulin, a second whey protein, wherein the second whey protein is a whey protein mainly comprising α-lactalbumin and a carbonate ion and/or hydrogen carbonate ion, and a light metal ion and/or a transition metal ion, wherein the light metal and/or transition metal ions are selected from sodium, potassium, magnesium, calcium, manganese, iron, copper, and zinc ions; wherein the first whey protein mainly comprising β-lactoglobulin forms a complex with a carbonate ion and/or hydrogen carbonate ion, and a light metal ion and/or a transition metal ion; and the second whey protein mainly comprising α-lactalbumin satisfies the following: the α-lactalbumin forms no complex with any of carbonate ion and hydrogen carbonate ion; separating the first whey protein complex and the second whey protein with a membrane. preparing a solution comprising a first whey protein, wherein the first whey protein is a whey protein mainly comprising β-lactoglobulin, a second whey protein, wherein the second whey protein is a whey protein mainly comprising α-lactalbumin and a carbonate ion and/or hydrogen carbonate ion, and a light metal ion and/or a transition metal ion, wherein the light metal and/or transition metal ions are selected from sodium, potassium, magnesium, calcium, manganese, iron, copper, and zinc ions; wherein the first whey protein mainly comprising β-lactoglobulin forms a complex with a carbonate ion and/or hydrogen carbonate ion, and a light metal ion and/or a transition metal ion; and the second whey protein mainly comprising α-lactalbumin satisfies the following: the α-lactalbumin forms no complex with any of carbonate ion and hydrogen carbonate ion; the α-lactalbumin forms no complex with any of carbonate ion and hydrogen carbonate ion; separating the first whey protein complex and the second whey protein with a membrane.
Cooling module for an electric or hybrid motor vehicle, said cooling module being designed to have an air flow passing through it, and comprising at least one heat exchanger (24, 26, 28, 29) and a receiver-dryer connected into a cooling circuit, the receiver-dryer being positioned in an upstream part of the cooling module considered in a longitudinal direction extending from the front toward the rear of said cooling module, characterized in that, in the longitudinal direction of said cooling module, the receiver-dryer is positioned downstream of and facing a deflector element.
A columnar honeycomb structure (10, 20) extending along a central axis, comprising: a first end surface (10a, 20a) and a second end surface (10b, 20b) which are opposed to each other in an extending direction of the central axis and are arranged such that the main flow of exhaust gas passes through the honeycomb structure from the first end surface (10a, 20a) to the second end surface (10b, 20b); and a partition wall (10c, 20c) forming a plurality of first flow passages (Ra) and a plurality of second flow passages (Rb) which extend along the central axis, wherein the first flow passages (Ra) are opened at a side of the first end surface (10a, 20a) and plugged at a side of the second end surface (10b, 20b), the second flow passages (Rb) are plugged at the side of the first end surface (10a, 20a) and opened at the side of the second end surface (10b, 20b), an opening ratio of the first end surface (10a, 20a) is larger than an opening ratio of the second end surface (10b, 20b), characterized in that the honeycomb structure comprises a circular row formed by arranging the second flow passages (Rb) adjoining and partitioned by the partition wall (10c, 20c) in a circular pattern when viewed from the extending direction of the central axis, wherein, in a cross-section perpendicular to the central axis, an average of an opening area of the second flow passages (Rb) forming the circular row is larger than an average of an opening area of the second flow passages (Rb) not forming the circular row. a first end surface (10a, 20a) and a second end surface (10b, 20b) which are opposed to each other in an extending direction of the central axis and are arranged such that the main flow of exhaust gas passes through the honeycomb structure from the first end surface (10a, 20a) to the second end surface (10b, 20b); and a partition wall (10c, 20c) forming a plurality of first flow passages (Ra) and a plurality of second flow passages (Rb) which extend along the central axis, wherein the first flow passages (Ra) are opened at a side of the first end surface (10a, 20a) and plugged at a side of the second end surface (10b, 20b), the second flow passages (Rb) are plugged at the side of the first end surface (10a, 20a) and opened at the side of the second end surface (10b, 20b), an opening ratio of the first end surface (10a, 20a) is larger than an opening ratio of the second end surface (10b, 20b), characterized in that the honeycomb structure comprises a circular row formed by arranging the second flow passages (Rb) adjoining and partitioned by the partition wall (10c, 20c) in a circular pattern when viewed from the extending direction of the central axis, wherein, in a cross-section perpendicular to the central axis, an average of an opening area of the second flow passages (Rb) forming the circular row is larger than an average of an opening area of the second flow passages (Rb) not forming the circular row.
Refrigeration device with a ventilation assembly, comprising a ventilating element with a motor driving a ventilator wheel and a frame, wherein the frame forms a receiving compartment (31, 31', 33, 33', 34, 36, 37, 38), into which the ventilating element can be introduced in various orientations, and the receiving compartment (31, 31', 33, 33', 34, 36, 37, 38) has at least one guide element (33, 33') with the aid of which the ventilating element can be slid into the receiving compartment (31, 31', 33, 33', 34, 36, 37, 38) and held inside the receiving compartment (31, 31', 33, 33', 34, 36, 37, 38) in a manner at least not allowing much play, characterised in that the receiving compartment (31, 31', 33, 33', 34, 36, 37, 38) is configured only to permit one mounting position of the ventilating element, in which the length of a supply line of the ventilating element is sufficient in order to be connected to plug connections of a power supply.
A joint lock comprising a lock body, which has a longitudinal axis and accommodates a locking mechanism, and a jointed bar hoop which has a plurality of jointed bars pivotably connected to one another and a locking bar which has a flat cross-sectional shape having two narrow sides (26, 28) and two broad sides (22, 24), wherein the lock body has a lateral introduction opening through which the locking bar of the jointed bar hoop can be introduced into the lock body along a predetermined introduction direction which is oriented transversely to the longitudinal axis of the lock body, wherein the locking bar introduced into the lock body can be selectively locked to the lock body by means of the locking mechanism, wherein the lock body further has an axial housing opening, wherein a cover at least partly closes the housing opening and extends along a lower side of the locking bar introduced into the lock body, characterized in that the cover has at least one holding section (31, 33) which engages over an upper side of the locking bar, said upper side being arranged facing the locking mechanism, with the lower side and the upper side corresponding to a respective broad side (22, 24) of the flat cross-sectional shape of the locking bar. wherein the lock body has a lateral introduction opening through which the locking bar of the jointed bar hoop can be introduced into the lock body along a predetermined introduction direction which is oriented transversely to the longitudinal axis of the lock body, wherein the locking bar introduced into the lock body can be selectively locked to the lock body by means of the locking mechanism, wherein the lock body further has an axial housing opening, wherein a cover at least partly closes the housing opening and extends along a lower side of the locking bar introduced into the lock body, characterized in that the cover has at least one holding section (31, 33) which engages over an upper side of the locking bar, said upper side being arranged facing the locking mechanism, with the lower side and the upper side corresponding to a respective broad side (22, 24) of the flat cross-sectional shape of the locking bar.
A shaving blade unit comprising a shaving cartridge having a rearwardly secured shaving blade member wherein said cartridge comprises: a. a housing having a front wall, a rear wall, and opposing side walls extending between said front and rear walls; b. said shaving blade member disposed within said walls (26, 27, 28) of said housing wherein said blade member has a cutting edge that faces a front surface of said housing; c. two or more shaving blade member retainers disposed along a length of the housing, each retainer extending from the rear wall to the front wall of the housing, and comprising a channel, wherein the shaving blade member retainers are not placed at the side walls of the housing; d. one or more resilient members recessed within the channel of each of said two or more shaving blade member retainers, each resilient member being disposed rearward of said shaving blade member; wherein said one or more resilient member provide a forward biasing force to said shaving blade member and wherein said shaving blade member exhibits a springing motion during a shaving stroke. a. a housing having a front wall, a rear wall, and opposing side walls extending between said front and rear walls; b. said shaving blade member disposed within said walls (26, 27, 28) of said housing wherein said blade member has a cutting edge that faces a front surface of said housing; c. two or more shaving blade member retainers disposed along a length of the housing, each retainer extending from the rear wall to the front wall of the housing, and comprising a channel, wherein the shaving blade member retainers are not placed at the side walls of the housing; d. one or more resilient members recessed within the channel of each of said two or more shaving blade member retainers, each resilient member being disposed rearward of said shaving blade member; wherein said one or more resilient member provide a forward biasing force to said shaving blade member and wherein said shaving blade member exhibits a springing motion during a shaving stroke.
Internal bone plate fixation device for use as a means of synthesis in anatomical regions with poor coating of soft tissues, of the type comprising a bone plate that is bilobate or having eight-like shape comprising a pair of portions (23, 24) adapted to be respectively associated to the epiphysis and to the metaphysis of a bone and joined by a restricted central portion and in each of which is formed at least one through hole (3, 4) for receiving a corresponding screw for fixing to the bone, wherein the bone plate is flat with substantially constant thickness and is delimited by opposite parallel surfaces (6, 7), the thickness (s) of the plate being less than an eighth of its maximum longitudinal extension, characterized by further comprising a single recess or notch transversal to the longitudinal axis of the bone plate, said single recess or notch being formed on only one of said surfaces (6, 7) for housing a growth cartilage of said bone.