mhurhangee/ep-ind-claims huggingface dataset:
A stability control device characterized by comprising: a steering unit that receives steering input from a driver; a turning unit for turning a turning wheel (5FL, 5FR) that is mechanically detached from the steering unit; a steer-by-wire turning amount calculation means for calculating a steer-by-wire turning amount corresponding to a steering amount of the steering unit; a camera for capturing a white line in front of a host vehicle; a lateral position detection means for detecting the lateral position of the host vehicle with respect to a target white line, which is the white line that intersects with a host vehicle traveling direction line a yaw angle detection means for detecting a yaw angle, which is an angle between the target white line and the host vehicle traveling direction; a suppression turning amount calculation means for calculating a turning amount to suppress the detected yaw angle; a suppression turning amount correction means for correcting the suppression turning amount to increase as the lateral position of the host vehicle becomes closer to the target white line; a turn control means for controlling a turning amount of the turning unit based on the steer-by-wire turning amount and the corrected suppression turning amount; and a steering reaction force control means for controlling the steering reaction force based on the steering amount, without reflecting the corrected suppression turning amount on the steering reaction force that is applied to the steering unit. a steering unit that receives steering input from a driver; a turning unit for turning a turning wheel (5FL, 5FR) that is mechanically detached from the steering unit; a steer-by-wire turning amount calculation means for calculating a steer-by-wire turning amount corresponding to a steering amount of the steering unit; a camera for capturing a white line in front of a host vehicle; a lateral position detection means for detecting the lateral position of the host vehicle with respect to a target white line, which is the white line that intersects with a host vehicle traveling direction line a yaw angle detection means for detecting a yaw angle, which is an angle between the target white line and the host vehicle traveling direction; a suppression turning amount calculation means for calculating a turning amount to suppress the detected yaw angle; a suppression turning amount correction means for correcting the suppression turning amount to increase as the lateral position of the host vehicle becomes closer to the target white line; a turn control means for controlling a turning amount of the turning unit based on the steer-by-wire turning amount and the corrected suppression turning amount; and a steering reaction force control means for controlling the steering reaction force based on the steering amount, without reflecting the corrected suppression turning amount on the steering reaction force that is applied to the steering unit.
A method for controlling the access to at least one resource of an electronic circuit, wherein a test (32, 32') of the value of a counter (COUNT) over at least one bit conditions the access to the resource, the counter being automatically reset after a time period independent from whether the circuit is powered or not and being implemented by at least one charge retention circuit, the or each charge retention circuit comprising: at least one first capacitive element exhibiting a leakage through its dielectric space having a first electrode connected to a floating node separated by a dielectric space from any voltage application terminal; at least one second capacitive element having a first electrode connected to said floating node, the second capacitive element having a greater capacitance than the first one; and at least one first transistor (150, 160) with an insulated control gate connected to said floating node and wherein a switching of a bit if said counter (COUNT) to an active state is caused by an injection or extraction of charges into or from said first capacitive element, said first capacitive element discharging relatively slowly the second capacitive element with respect to a direct connection to ground. at least one first capacitive element exhibiting a leakage through its dielectric space having a first electrode connected to a floating node separated by a dielectric space from any voltage application terminal; at least one second capacitive element having a first electrode connected to said floating node, the second capacitive element having a greater capacitance than the first one; and at least one first transistor (150, 160) with an insulated control gate connected to said floating node and wherein a switching of a bit if said counter (COUNT) to an active state is caused by an injection or extraction of charges into or from said first capacitive element, said first capacitive element discharging relatively slowly the second capacitive element with respect to a direct connection to ground.
A dispenser device for automatic dispensing apparatuses of carbonated beverages comprising a tap block comprising:. an inlet spout adapted to engage with the opening of a bottle or a vessel containing the beverage to be dispensed, said inlet spout comprising a first channel adapted to blow gas into said bottle or said vessel and a second channel adapted to extract the beverage from inside said bottle or said vessel;. gas dispensing means associated to said first channel by means of a valve;. dispensing means of carbonated beverages, associated to said second channel, said dispensing means of carbonated beverages comprise at least one decompression chamber characterised in that said decompression chamber is associated with said second channel by means of a first solenoid valve, and with a dispensing spout by means of a second solenoid valve, said at least one decompression chamber further comprising a piston controlled by actuation means to move within said decompression chamber and adapted to vary the internal volume of said decompression chamber in order to introduce a given amount of said beverage therein and subsequently to dispense the beverage previously introduced therein by means of said dispensing spout.. an inlet spout adapted to engage with the opening of a bottle or a vessel containing the beverage to be dispensed, said inlet spout comprising a first channel adapted to blow gas into said bottle or said vessel and a second channel adapted to extract the beverage from inside said bottle or said vessel;. gas dispensing means associated to said first channel by means of a valve;. dispensing means of carbonated beverages, associated to said second channel, said dispensing means of carbonated beverages comprise at least one decompression chamber characterised in that said decompression chamber is associated with said second channel by means of a first solenoid valve, and with a dispensing spout by means of a second solenoid valve, said at least one decompression chamber further comprising a piston controlled by actuation means to move within said decompression chamber and adapted to vary the internal volume of said decompression chamber in order to introduce a given amount of said beverage therein and subsequently to dispense the beverage previously introduced therein by means of said dispensing spout.
A system for cooling high level radioactive waste comprising: a cask comprising an external surface and an internal storage cavity containing the high level radioactive waste; a cooling water header encircling the cask, the cooling water header fluidly coupled to a water source; and a plurality of circumferentially spaced apart water dispensing outlets arranged on the header, characterised in that the dispensing outlets configured to direct cooling water supplied to the header onto the external surface of the cask to cool the cask. a cask comprising an external surface and an internal storage cavity containing the high level radioactive waste; a cooling water header encircling the cask, the cooling water header fluidly coupled to a water source; and a plurality of circumferentially spaced apart water dispensing outlets arranged on the header, characterised in that the dispensing outlets configured to direct cooling water supplied to the header onto the external surface of the cask to cool the cask.
A sintered friction material for railway vehicles that is a sintered material of a green compact, the green compact consisting of, in mass%: Cu: 50.0 to 75.0%; graphite: 5.0 to 15.0%; one or more selected from the group consisting of magnesia, zircon sand, silica, zirconia, mullite, and silicon nitride: 1.5 to 15.0%; one or more selected from the group consisting of W and Mo: 3.0 to 30.0%; one or more selected from the group consisting of ferrochromium, ferrotungsten, ferromolybdenum, and stainless steel: 2.0 to 20.0%; and optionally, in place of part of Cu, one or more selected from the group consisting of hexagonal boron nitride: 3.0% or less, molybdenum disulfide: 3.0% or less, mica: 3.0% or less, one or more selected from iron sulfide, copper sulfide, and copper matte: 10.0% or less, vanadium carbide: 5.0% or less, and Fe: 20.0% or less, wherein the Cu content is not less than 50.0%, with the balance being impurities that enter from the raw material or a production environment when the green compact is industrially produced. Cu: 50.0 to 75.0%; graphite: 5.0 to 15.0%; one or more selected from the group consisting of magnesia, zircon sand, silica, zirconia, mullite, and silicon nitride: 1.5 to 15.0%; one or more selected from the group consisting of W and Mo: 3.0 to 30.0%; one or more selected from the group consisting of ferrochromium, ferrotungsten, ferromolybdenum, and stainless steel: 2.0 to 20.0%; and optionally, in place of part of Cu, one or more selected from the group consisting of hexagonal boron nitride: 3.0% or less, molybdenum disulfide: 3.0% or less, mica: 3.0% or less, one or more selected from iron sulfide, copper sulfide, and copper matte: 10.0% or less, vanadium carbide: 5.0% or less, and Fe: 20.0% or less, wherein the Cu content is not less than 50.0%, with the balance being impurities that enter from the raw material or a production environment when the green compact is industrially produced.
An apparatus for inspecting a turbine blade tip shroud, the apparatus comprising: a frame comprising a top surface and a bottom surface that is alignable with the turbine blade tip shroud; at least one z-notch inspection slot that passes through the frame from the top surface to the bottom surface and is positioned to align with at least one z-notch of the turbine blade tip shroud when the frame is aligned on the turbine blade tip shroud; and a removable z-notch inspection insert comprising a cross-sectional profile substantially matching the at least one z-notch inspection slot and comprising a z-notch guide face that faces the z-notch of the turbine blade tip shroud when the removable z-notch inspection insert is passed through the z-notch inspection slot. a frame comprising a top surface and a bottom surface that is alignable with the turbine blade tip shroud; at least one z-notch inspection slot that passes through the frame from the top surface to the bottom surface and is positioned to align with at least one z-notch of the turbine blade tip shroud when the frame is aligned on the turbine blade tip shroud; and a removable z-notch inspection insert comprising a cross-sectional profile substantially matching the at least one z-notch inspection slot and comprising a z-notch guide face that faces the z-notch of the turbine blade tip shroud when the removable z-notch inspection insert is passed through the z-notch inspection slot.
Footwear item of the type comprising: - a sole allowing said footwear item to rest on an underlying surface; - an upper that defines an inner space suited to accommodate and hold the foot of a person, said upper being connected to said sole; wherein said upper comprises a fabric element obtained as a single piece through a weaving process and successively folded on itself along the direction defined by its longitudinal axis, said fabric element defining at least three areas (51, 52, 53) adjacent to one another along said longitudinal axis and in which all of the stitches of each row are carried out, the first area being suited to at least partially envelop the leg of a person, the second area being suited to envelop the tarsal portion of the foot of said person and the third area being suited to envelop the metatarsal portion of said foot when said footwear item is worn by said person, wherein said fabric element features, at least at the level of joining sections (61, 62) between said first area and said second area and between said second area and said third area, a type of stitch pattern according to which the stitches located at the centre are tucked with respect to the lateral stitches in such a way as to give said fabric element a three-dimensional shape with substantially parabolic outline according to the direction defined by said longitudinal axis, said footwear item furthermore comprising, inside said space defined by said upper, rigid or semi-rigid elements configured so as to maintain the shape of said footwear item at least at the level of the tip and the heel. - a sole allowing said footwear item to rest on an underlying surface; - an upper that defines an inner space suited to accommodate and hold the foot of a person, said upper being connected to said sole;
A process for the preparation of a compound of formula I wherein said process comprises reacting a compound of formula II with one or more suitable Vilsmeier reagent.
Use of a high barrier multilayer film as outer bag of a pouch type container for covering the inner bag containing medical solution, comprising in the following order, an outer layer comprising polyethyleneterephthalate on which inorganic oxide is deposited, the outer layer thickness being of 5 ∼ 20μm; optionally a protective layer comprising metal alkoxide of M n, wherein M is Si, Ti, Al, Zr or Sn, R is an alkyl group of C1 to C6, and n is valence of M, or its hydrolysate form, said protective layer being in contact with said outer layer; a first adhesive layer comprising ester type polyurethane in contact with said outer layer or said optional protective layer, wherein said optional protective layer, if present, is between said outer layer and said first adhesive layer: a first intermediate layer comprising ethylene vinyl alcohol copolymer in contact with said first adhesive layer; a second adhesive layer comprising ester type polyurethane in contact with said first intermediate layer; a second intermediate layer comprising polyamide in contact with said second adhesive layer; a third adhesive layer comprising ester type polyurethane in contact with said second intermediate layer; and an inner layer comprising propylene-based polymer in contact with said third adhesive layer.
A steering control method for a vehicle including a steer-by-wire type wheel-turning mechanism in which a steering wheel and steered wheels (34FL, 34FR) are mechanically disconnected, the method comprising: detecting an actual steering angle of the steering wheel; calculating a target steering angle of the steering wheel on a basis of a target wheel-turning angle of the steered wheels (34FL, 34FR); applying a steering reaction force to the steering wheel; and detecting a steering operation of the steering wheel by a driver, characterized by further comprising: generating the steering reaction force by adding a first steering reaction force according to an angle deviation between the actual steering angle and the target steering angle and a second steering reaction force containing a transient component of the angle deviation; and when the steering operation by the driver is detected, reducing only the second steering reaction force compared with when the steering operation by the driver is not detected. detecting an actual steering angle of the steering wheel; calculating a target steering angle of the steering wheel on a basis of a target wheel-turning angle of the steered wheels (34FL, 34FR); applying a steering reaction force to the steering wheel; and detecting a steering operation of the steering wheel by a driver, characterized by further comprising: generating the steering reaction force by adding a first steering reaction force according to an angle deviation between the actual steering angle and the target steering angle and a second steering reaction force containing a transient component of the angle deviation; and when the steering operation by the driver is detected, reducing only the second steering reaction force compared with when the steering operation by the driver is not detected. generating the steering reaction force by adding a first steering reaction force according to an angle deviation between the actual steering angle and the target steering angle and a second steering reaction force containing a transient component of the angle deviation; and when the steering operation by the driver is detected, reducing only the second steering reaction force compared with when the steering operation by the driver is not detected.
A stable aqueous sterile formulation comprising: (a) Darbepoetin (SEQ. ID NO.: 1) at a concentration of 0.3 mg/ml to 150 mg/ml; benzyl alcohol at a concentration of 0.075 M to 0.15 M and glycerol at a concentration of 2.5 to 6 M; or benzyl alcohol at a concentration of 0.075 M to 0.15 M and trimethylamine N-oxide at a concentration of 0.5 to 1.5 M; or benzyl alcohol at a concentration of 0.075 M to 0.15 M and proline at a concentration of 0.5 to 1.5 M; or benzalkonium chloride at a concentration of up to 0.02 M and glycerol at a concentration of 2.5 to 6 M. (a) Darbepoetin (SEQ. ID NO.: 1) at a concentration of 0.3 mg/ml to 150 mg/ml; benzyl alcohol at a concentration of 0.075 M to 0.15 M and glycerol at a concentration of 2.5 to 6 M; or benzyl alcohol at a concentration of 0.075 M to 0.15 M and trimethylamine N-oxide at a concentration of 0.5 to 1.5 M; or benzyl alcohol at a concentration of 0.075 M to 0.15 M and proline at a concentration of 0.5 to 1.5 M; or benzalkonium chloride at a concentration of up to 0.02 M and glycerol at a concentration of 2.5 to 6 M.
Method of assembling a single-lever mixer cartridge for a sanitary tap, comprising at least the following steps: - provision of a housing having an assembly opening and a cover, wherein the housing and cover have hooks, with holding surfaces corresponding to the hooks and axial stops extending in the axial direction over a height, - forming a stack, comprising at least one disc to be fixed in a non-rotatable manner in the housing and a disc which is movable in relation to the disc to be fixed, - measuring a height of the stack - deforming of the axial stops, which are made of plastic, by means of a tool applied to the axial stops, wherein the height of the axial stops is reduced depending on the measured stack height, wherein ultrasound vibrations are induced in the tool and the axial stops are deformed radially outwards while their height is reduced, - introducing the elements of the stack through the assembly opening into the housing, - applying the cover to the housing, wherein the hooks are brought into encroachment with the holding surfaces so that the cover is secured against unintentional removal. - provision of a housing having an assembly opening and a cover, wherein the housing and cover have hooks, with holding surfaces corresponding to the hooks and axial stops extending in the axial direction over a height, - forming a stack, comprising at least one disc to be fixed in a non-rotatable manner in the housing and a disc which is movable in relation to the disc to be fixed, - measuring a height of the stack - deforming of the axial stops, which are made of plastic, by means of a tool applied to the axial stops, wherein the height of the axial stops is reduced depending on the measured stack height, wherein ultrasound vibrations are induced in the tool and the axial stops are deformed radially outwards while their height is reduced, - introducing the elements of the stack through the assembly opening into the housing, - applying the cover to the housing, wherein the hooks are brought into encroachment with the holding surfaces so that the cover is secured against unintentional removal.
A communication method, wherein the method comprises: sending, by a first base station, a coordination request to a second base station, wherein the second base station is a base station other than the first base station; receiving, by the first base station, a coordination response, wherein the coordination response comprises identifiers of M first reflectors, M is an integer greater than 0, the M first reflectors belong to the second base station, the coordination response is sent by the second base station after releasing a control right on the M first reflectors based on the coordination request, the M first reflectors cover first user equipment UE, and the first UE is homed to the first base station; obtaining, by the first base station, the control right on the M first reflectors; and communicating, by the first base station, with the first UE by using the M first reflectors. sending, by a first base station, a coordination request to a second base station, wherein the second base station is a base station other than the first base station; receiving, by the first base station, a coordination response, wherein the coordination response comprises identifiers of M first reflectors, M is an integer greater than 0, the M first reflectors belong to the second base station, the coordination response is sent by the second base station after releasing a control right on the M first reflectors based on the coordination request, the M first reflectors cover first user equipment UE, and the first UE is homed to the first base station; obtaining, by the first base station, the control right on the M first reflectors; and communicating, by the first base station, with the first UE by using the M first reflectors.
A method comprising the following steps, carried out in the following sequence: providing an energy storage device including at least a first energy storage element and a second energy storage element; initiating execution of an energy storage capacity module configured to test a capacity of the first energy storage element; removing the first energy storage element from service, while maintaining service of the energy storage device; measuring a capacity of the removed first energy storage element; receiving the measured capacity at a lifing model; executing the lifing model to generate an output; and manipulating operation of the energy storage device based on the generated output. providing an energy storage device including at least a first energy storage element and a second energy storage element; initiating execution of an energy storage capacity module configured to test a capacity of the first energy storage element; removing the first energy storage element from service, while maintaining service of the energy storage device; measuring a capacity of the removed first energy storage element; receiving the measured capacity at a lifing model; executing the lifing model to generate an output; and manipulating operation of the energy storage device based on the generated output.