mhurhangee/ep-ind-claims huggingface dataset:
An electrical connection apparatus, comprising: a base, a block of electrical contacts comprising a support and electrical contacts located in housings of the support, the support comprising a first end and a second end opposite to the first end, a shaft rotatably movable relative to the base, the shaft being configured to actuate the electrical contacts when the support is mechanically connected to the base, - a guide means (11, 44) for guiding the first end of the support relative to the base between a separation position and a connection position, characterised in that the apparatus comprises: - a fastener comprising a head, a tail, a first rod extending from the head to the tail, and a second rod extending from the head, the first rod being configured to pass through the support and to be inserted at the tail in a first port of the base, so as to retain the first end of the support relative to the base, - a holding member integral with the base and configured to retain the fastener, so as to secure the second end of the support to the base. a base, a block of electrical contacts comprising a support and electrical contacts located in housings of the support, the support comprising a first end and a second end opposite to the first end, a shaft rotatably movable relative to the base, the shaft being configured to actuate the electrical contacts when the support is mechanically connected to the base, - a guide means (11, 44) for guiding the first end of the support relative to the base between a separation position and a connection position, characterised in that the apparatus comprises: - a fastener comprising a head, a tail, a first rod extending from the head to the tail, and a second rod extending from the head, the first rod being configured to pass through the support and to be inserted at the tail in a first port of the base, so as to retain the first end of the support relative to the base, - a holding member integral with the base and configured to retain the fastener, so as to secure the second end of the support to the base. - a guide means (11, 44) for guiding the first end of the support relative to the base between a separation position and a connection position, characterised in that the apparatus comprises: - a fastener comprising a head, a tail, a first rod extending from the head to the tail, and a second rod extending from the head, the first rod being configured to pass through the support and to be inserted at the tail in a first port of the base, so as to retain the first end of the support relative to the base, - a holding member integral with the base and configured to retain the fastener, so as to secure the second end of the support to the base.
A spring brake actuator comprising: a push rod assembly including a push rod plate; a diaphragm, a rim projecting from said diaphragm for engaging a housing containing said push rod plate, a bottom wall having an interior surface for engaging said push rod plate, a sidewall connecting said projecting rim with said bottom wall; and an adhesive between said diaphragm and said push rod plate, wherein said adhesive maintains an attachment and a seal between said diaphragm and said push rod plate keeping said diaphragm and said push rod plate in line with each other. a push rod assembly including a push rod plate; a diaphragm, a rim projecting from said diaphragm for engaging a housing containing said push rod plate, a bottom wall having an interior surface for engaging said push rod plate, a sidewall connecting said projecting rim with said bottom wall; and an adhesive between said diaphragm and said push rod plate, wherein said adhesive maintains an attachment and a seal between said diaphragm and said push rod plate keeping said diaphragm and said push rod plate in line with each other.
Transfusion system with - an indwelling catheter with - a casing with a cannula device (2, 4) which has casing identification means and - a reservoir which in a usage position is in connection with the cannula device (2, 4) in such a way that blood can flow out of the cannula device (2, 4) into the reservoir, wherein the reservoir has reservoir identification means and wherein the reservoir identification means and the casing identification means indicate identifications assigned to each other, and - a fluid reservoir which is provided with fluid identification means, wherein the fluid identification means are derived from the reservoir identification means. - an indwelling catheter with - a casing with a cannula device (2, 4) which has casing identification means and - a reservoir which in a usage position is in connection with the cannula device (2, 4) in such a way that blood can flow out of the cannula device (2, 4) into the reservoir, wherein the reservoir has reservoir identification means and wherein the reservoir identification means and the casing identification means indicate identifications assigned to each other, and - a casing with a cannula device (2, 4) which has casing identification means and - a reservoir which in a usage position is in connection with the cannula device (2, 4) in such a way that blood can flow out of the cannula device (2, 4) into the reservoir, wherein the reservoir has reservoir identification means and wherein the reservoir identification means and the casing identification means indicate identifications assigned to each other, and - a fluid reservoir which is provided with fluid identification means, wherein the fluid identification means are derived from the reservoir identification means.
An assembly for supplying the combustion chamber of an aircraft turbine engine with fuel and for pressurizing the fuel, comprising at least a first pump for pressurizing the fuel drawn from the tanks of the aircraft and a second pump for raising the pressure above the outlet pressure of said first pump, said second pump being a constant fuel delivery pump, some of the fuel leaving this pump being sent to the combustion chamber via a direct circuit, the part of the fuel that is not sent to the combustion chamber being recirculated via a recirculation circuit upstream of said second pump, said assembly further including a hydraulic unit (5, 6) for metering the flow to be injected into the combustion chamber of the turbine engine by means of a metering device located in the direct circuit, and a regulating valve actuated by conduits which sample the fuel pressure upstream and downstream of the metering device, and at least one heat exchanger in which the fuel flows, and positioned in the direct circuit downstream of the branching point of the recirculation circuit (8,) characterized in that said exchanger is positioned upstream of the conduit for sampling the pressure upstream of the metering device, and upstream of the fuel metering device.
On a computing device, a method of receiving a selection of a user interface element displayed on a graphical user interface via a user input mechanism providing a periodically updated position signal, wherein the periodically updated position signal captures user's eye gaze gestures, the method comprising: displaying on the graphical user interface the user interface element; displaying on the graphical user interface a representation of an interactive target associated with the user interface element; receiving an input of coordinates of the periodically updated position signal; and determining a selection of the user interface element in response to a motion interaction of the periodically updated position signal with the interactive target meeting a predetermined motion condition, wherein the predetermined motion condition includes a pursuit eye gaze gesture based upon motion of the interactive target, including first determining that a location of user's eye gaze is directed at the interactive target, characterized in that an intersection of the location of user's eye gaze with the interactive target starts the motion of the interactive target smoothly away from the location of user's eye gaze and toward a displayed destination position, and then determining that the user's eye gaze follows the motion of the interactive target to the destination position to select the user interface element. displaying on the graphical user interface the user interface element; displaying on the graphical user interface a representation of an interactive target associated with the user interface element; receiving an input of coordinates of the periodically updated position signal; and determining a selection of the user interface element in response to a motion interaction of the periodically updated position signal with the interactive target meeting a predetermined motion condition, wherein the predetermined motion condition includes a pursuit eye gaze gesture based upon motion of the interactive target, including first determining that a location of user's eye gaze is directed at the interactive target, characterized in that an intersection of the location of user's eye gaze with the interactive target starts the motion of the interactive target smoothly away from the location of user's eye gaze and toward a displayed destination position, and then determining that the user's eye gaze follows the motion of the interactive target to the destination position to select the user interface element.
Method for producing a brake disk for a vehicle in which a protective layer that has an oxide layer is arranged on a base body of the brake disk consisting of an iron material, comprising at least the following steps: - applying a metallic coating consisting of aluminum (Al) or titanium (Ti), at least in certain regions, to a surface of the base body consisting of iron material by immersing the base body in molten aluminum (Al) or titanium (Ti), an intermetallic connection being created between the metallic coating and the surface of the base body by the action of heat; - forming the oxide layer on the metallic coating that is intermetallically connected to the surface of the base body, the oxide layer being formed from an aluminum oxide or from a titanium oxide, characterized in that the oxide layer is formed with a thickness (c) of from 15 μm to 50 μm. - applying a metallic coating consisting of aluminum (Al) or titanium (Ti), at least in certain regions, to a surface of the base body consisting of iron material by immersing the base body in molten aluminum (Al) or titanium (Ti), an intermetallic connection being created between the metallic coating and the surface of the base body by the action of heat; - forming the oxide layer on the metallic coating that is intermetallically connected to the surface of the base body,
A low-carbon environmentally-friendly foamer composition, characterized in that the composition comprises the following ingredients in mass percentage: 1-chloro-3,3,3-trifluoropropene 60-98.99% 1,1,1,2,3-pentafluoropropane 1-39.9% 1,2,2,3-tetrafluoropropane 0.01-1%.
A frame structure configuration method performed by a base station, characterized in that the method comprises: transmitting at least two cell-specific frame structure configurations to user equipment, wherein each cell-specific frame structure configuration comprises a periodicity of cell-specific uplink and/or downlink resources and a configuration for the uplink and/or downlink resources within the periodicity, wherein, at least two periodicities of cell-specific uplink and/or downlink resources corresponding to the at least two cell-specific frame structure configurations are sequentially concatenated in a time domain, to form a first period, and the first period is continuously repeated in the time domain, periodicities of cell-specific uplink and/or downlink resources that are concatenated in a time domain are same or different, and/or configurations for the uplink and/or downlink resources within periodicities concatenated in the time domain are same or different.
A grain-oriented electrical steel sheet comprising: a plurality of linear deformable portions formed on a surface of the electrical steel sheet and arranged to intersect a rolling direction, wherein an interval between the deformable portions changes to correspond to a grain size of grains over an entire length of the steel sheet, and at least two regions in which intervals between the deformable portions are different exist, wherein the linear deformable portions include a temporary magnetic domain deformable portion, a permanent magnetic domain deformable portion, or a combination thereof, characterised in that a grain size (x, mm) of grains and an interval (y, mm) between the deformable portions satisfy Equation 1 below. y -2 ≤ 8.943 - 0.45 x + 0. 011 x 2 ≤ y + 2. a plurality of linear deformable portions formed on a surface of the electrical steel sheet and arranged to intersect a rolling direction, wherein an interval between the deformable portions changes to correspond to a grain size of grains over an entire length of the steel sheet, and at least two regions in which intervals between the deformable portions are different exist, wherein the linear deformable portions include a temporary magnetic domain deformable portion, a permanent magnetic domain deformable portion, or a combination thereof, characterised in that a grain size (x, mm) of grains and an interval (y, mm) between the deformable portions satisfy Equation 1 below. y -2 ≤ 8.943 - 0.45 x + 0. 011 x 2 ≤ y + 2.
A composition, comprising: (a) polydatin; (b) at least one caffeoyl quinic acid compound; (c) at least one Vitamin B3 compound; and (d) water, wherein the amount of the (b) caffeoyl quinic acid compound is 0.5% by weight or more, preferably 1.0% by weight or more, and more preferably 1.5% by weight or more, relative to the total weight of the composition. (a) polydatin; (b) at least one caffeoyl quinic acid compound; (c) at least one Vitamin B3 compound; and (d) water,
A robotic surgical system, comprising: a fixable setup linkage arm comprising a proximal link, a joint coupled to the proximal link, a distal link coupled to the joint, and a free end distal to the joint; a servo-driven manipulator arm comprising a base coupled to the fixable setup linkage arm distal to the distal link of the fixable setup linkage arm, wherein the base is a proximal end of the servo-driven manipulator arm; characterized by a force and/or torque, F/T, sensor operably coupled between the free end of the fixable setup linkage arm and the base of the servo-driven manipulator arm; and an F/T sensor interface operably coupled to the F/T sensor for decoding force and/or torque information signals from the F/T sensor; wherein the F/T sensor comprises a housing, a hub positioned within the housing, and means for applying load compensating force and moment between the hub and the housing to counteract the weight of the servo-driven manipulator arm and an overhanging load moment of the servo-driven manipulator arm. a fixable setup linkage arm comprising a proximal link, a joint coupled to the proximal link, a distal link coupled to the joint, and a free end distal to the joint; a servo-driven manipulator arm comprising a base coupled to the fixable setup linkage arm distal to the distal link of the fixable setup linkage arm, wherein the base is a proximal end of the servo-driven manipulator arm; characterized by a force and/or torque, F/T, sensor operably coupled between the free end of the fixable setup linkage arm and the base of the servo-driven manipulator arm; and an F/T sensor interface operably coupled to the F/T sensor for decoding force and/or torque information signals from the F/T sensor; wherein the F/T sensor comprises a housing, a hub positioned within the housing, and means for applying load compensating force and moment between the hub and the housing to counteract the weight of the servo-driven manipulator arm and an overhanging load moment of the servo-driven manipulator arm.
A charging cable, including i) a first plug intended to be connected to an electrical socket and comprising first operating means suitable for placing an electrical circuit in a first state in the event of cooperation with second operating means of said electrical socket, ii) a second plug intended to be connected to a socket in a vehicle, iii) an electrical cable comprising at least a neutral wire and a live wire interconnecting said first and second plugs, iv) a control unit comprising control means coupled to said electrical circuit and arranged to send a signal to a first control wire, connected to said second plug, when said electrical circuit is in its first state, characterized in that said electrical circuit includes a second control wire coupled to said first operating means, a first connection connecting said first operating means to one of said neutral wire and live wire, a second connection connected to the other of said neutral wire and live wire, and galvanic protection means connected to said second control wire and to said second connection and arranged to provide a galvanic connection of the control means in relation to said neutral wire, said live wire and said second control wire, and for warning said control means when said electrical circuit is in its first state.
An electroactive material whose primary component is an substantially amorphous transition metal phosphate complex represented by the general formula AXM y (1 < x < 2, 0 < y < 2, A is alkali metal, and M is one or two or more metal elements selected from transition metals) and wherein 75 atom% or more of M in said general formula is iron and wherein 75 atom% or more of A in said general formula is lithium and contains an excessive amount of A compared to the theoretical quantity of the olivine or Nasicon crystalline composition and wherein said substantially amorphous transition metal phosphate complex satisfies one or two or more of the following conditions: average crystal size is 1000 angstroms or less; density of the metal complex is greater than the theoretical value of the density when completely crystalline by 3% or more; and no peaks observed in an X-ray diffraction pattern that indicates a crystalline structure. average crystal size is 1000 angstroms or less; density of the metal complex is greater than the theoretical value of the density when completely crystalline by 3% or more; and no peaks observed in an X-ray diffraction pattern that indicates a crystalline structure.
A process for preparing a statin precursor, comprising the steps of (a) providing a starting mixture comprising the compound of formula and toluene (b) a first reaction step, wherein the starting mixture is contacted with an organic sulfonyl halide; and the resulting first reaction mixture is kept at a first temperature of below 110 °C, thereby forming an intermediate mixture comprising the compound of formula wherein R is an organic group; and (c) a second reaction step, wherein the intermediate mixture is contacted with N-methylmethane sulfonamide; and the resulting second reaction mixture is kept at a second temperature, thereby forming a second mixture comprising the compound of formula wherein at least 95 wt.% of the solvent present in the starting mixture, the first reaction mixture, the intermediate mixture, and the second reaction mixture is toluene. (a) providing a starting mixture comprising the compound of formula and toluene (b) a first reaction step, wherein the starting mixture is contacted with an organic sulfonyl halide; and the resulting first reaction mixture is kept at a first temperature of below 110 °C, thereby forming an intermediate mixture comprising the compound of formula wherein R is an organic group; and (c) a second reaction step, wherein the intermediate mixture is contacted with N-methylmethane sulfonamide; and the resulting second reaction mixture is kept at a second temperature, thereby forming a second mixture comprising the compound of formula wherein at least 95 wt.% of the solvent present in the starting mixture, the first reaction mixture, the intermediate mixture, and the second reaction mixture is toluene.
Vehicle driving control switch comprising a processing device for automatic monitoring by checking pressure maintenance, and a lever arm, extending from a support element and able to be displaced along a predetermined actuation direction (f, f) with, disposed on one end of the arm opposite the support element, a handle of an external shape adapted to the shape of the palm of a hand, the handle comprising an upper face situated opposite the lever arm relative to the handle and at least one lateral face extending substantially perpendicularly to the upper face, the handle comprising a touch key which is connected electrically to the processing device for automatic monitoring by checking pressure maintenance, said key being situated on the lateral face of the handle, characterised in that the touch key extends between a lower edge, disposed at a height (h inf) relative to the support element between 52 mm and 82 mm, and an upper edge, disposed at a height (h sup) relative to the support element between 88 mm and 118 mm, and in that the touch key has a substantially elliptical shape and extends along a large axis which extends between the lower edge and the upper edge of the touch key, the large axis forming an angle (β), which is non-zero, with the axis of the lever arm, the angle (β) of the large axis of the elliptical shape relative to the axis of the lever arm being between 5° and 30°.
A silica-based zinc compound of the formula [SiO 2]-CH 2 -CHR-X-COOZn wherein [SiO 2] represents a silica carrier selected from the group consisting of ordered mesoporous silica and irregular amorphous narrow pore silica, said silica carrier [SiO 2] being covalently bound to the terminal CH 2 group of "CH 2 -CHR-X-COOZn "; R represents a moiety selected from the group consisting of hydrogen, -CH 3, and -CH 2 CH 3; X is an aliphatic chain of 2 to 11 carbon atoms that optionally comprises ether moieties; represents a mono anion. wherein [SiO 2] represents a silica carrier selected from the group consisting of ordered mesoporous silica and irregular amorphous narrow pore silica, said silica carrier [SiO 2] being covalently bound to the terminal CH 2 group of "CH 2 -CHR-X-COOZn "; R represents a moiety selected from the group consisting of hydrogen, -CH 3, and -CH 2 CH 3; X is an aliphatic chain of 2 to 11 carbon atoms that optionally comprises ether moieties; represents a mono anion.
A remote station apparatus comprising: a quality measurement unit for iteratively measuring link quality of a communication link and generating a quality metric; and a differential analyzer for determining changes in the measured link quality and generating a differential indicator (DIFF), wherein the quality metric and the differential indicator are to be transmitted to a base station to indicate link quality; characterized in that the quality metric and the differential indicator are used for providing power control commands instructing the base station to adjust transmit power level or wherein the quality metric and the differential indicator are used for providing data rate control commands instructing the base station to adjust transmission data rate, the quality metric and the differential indicator are transmitted at two different frequencies to the base station. a quality measurement unit for iteratively measuring link quality of a communication link and generating a quality metric; and a differential analyzer for determining changes in the measured link quality and generating a differential indicator (DIFF), wherein the quality metric and the differential indicator are to be transmitted to a base station to indicate link quality; characterized in that the quality metric and the differential indicator are used for providing power control commands instructing the base station to adjust transmit power level or wherein the quality metric and the differential indicator are used for providing data rate control commands instructing the base station to adjust transmission data rate, the quality metric and the differential indicator are transmitted at two different frequencies to the base station.