mhurhangee/ep-ind-claims huggingface dataset:
Propulsion device for two-wheeled vehicle, in particular for an e-bike, comprising: - a bottom bracket, equipped with crank-arms and pedals, suitable for providing traction to a rear wheel for the manual advancement of said vehicle, - a first epicyclic gear reducer coupled to said bottom bracket, drivable by first control means configured to vary the geometrical configuration of said first epicyclic gear reducer and therefore the gear ratio, - an assisted-pedalling-motor interposed between said bottom bracket and said rear wheel, characterized in that said assisted-pedalling-motor is coupled to a second epicyclic gear reducer, drivable by a second control means configured to vary the geometrical configuration of said second epicyclic gear reducer and therefore the relative gear ratio, said second epicyclic gear reducer being coupled and directly in contact with said rear wheel, in order to transmit motion from the propulsion device thereto. - a bottom bracket, equipped with crank-arms and pedals, suitable for providing traction to a rear wheel for the manual advancement of said vehicle, - a first epicyclic gear reducer coupled to said bottom bracket, drivable by first control means configured to vary the geometrical configuration of said first epicyclic gear reducer and therefore the gear ratio, - an assisted-pedalling-motor interposed between said bottom bracket and said rear wheel, characterized in that said assisted-pedalling-motor is coupled to
A pressure actuated single-lumen blood pumping device comprising: a housing having a wall bounding a pressure transfer chamber (11; 411), the housing comprising a pressure transfer port for connection to a pressure source, the pressure transfer port communicating with the pressure transfer chamber (11; 411) for alternatingly transferring overpressure and under pressure from the pressure source to the pressure transfer chamber; a flexible tubular membrane (2; 102; 202; 302; 402) in the pressure transfer chamber (11; 411), the flexible tubular membrane (2; 102; 202; 302; 402) having opposite ends (5, 6; 105; 405, 406) and bounding a blood chamber; and a blood transfer conduit (3; 103; 203; 303; 403) passing through the wall bounding the pressure transfer chamber (11; 411) and having a single-lumen portion (7; 107; 207; 307; 407) branching into lumen branches (17, 18); wherein the blood transfer conduit (3; 103; 203; 303; 403) connects to the opposite ends (5, 6; 105; 405, 406) of the flexible tubular membrane (2; 102; 202; 302; 402); and wherein the blood transfer conduit (3; 103; 203) has a first proximal end at an end of a first one of the lumen branches (17; 117; 217; 317) and coupled to a first one of the ends of the flexible tubular membrane (2; 102; 202; 302), and a second proximal end at an end of a second one of the lumen branches and coupled to a second one of the ends of the flexible tubular membrane (2; 102; 202; 302). a housing having a wall bounding a pressure transfer chamber (11; 411), the housing comprising a pressure transfer port for connection to a pressure source, the pressure transfer port communicating with the pressure transfer chamber (11; 411) for alternatingly transferring overpressure and under pressure from the pressure source to the pressure transfer chamber; a flexible tubular membrane (2; 102; 202; 302; 402) in the pressure transfer chamber (11; 411), the flexible tubular membrane (2; 102; 202; 302; 402) having opposite ends (5, 6; 105; 405, 406) and bounding a blood chamber; and a blood transfer conduit (3; 103; 203; 303; 403) passing through the wall bounding the pressure transfer chamber (11; 411) and having a single-lumen portion (7; 107; 207; 307; 407) branching into lumen branches (17, 18); wherein the blood transfer conduit (3; 103; 203; 303; 403) connects to the opposite ends (5, 6; 105; 405, 406) of the flexible tubular membrane (2; 102; 202; 302; 402); and wherein the blood transfer conduit (3; 103; 203) has a first proximal end at an end of a first one of the lumen branches (17; 117; 217; 317) and coupled to a first one of the ends of the flexible tubular membrane (2; 102; 202; 302), and a second proximal end at an end of a second one of the lumen branches and coupled to a second one of the ends of the flexible tubular membrane (2; 102; 202; 302).
A method for data transmission in a base station, the method comprising the steps of: determining, at the base station, to use a secondary scrambling code, if a number of orthogonal channel codes to assign a channel using a primary scrambling code is insufficient; determining, at the base station, a secondary scrambling code identifier of the secondary scrambling code; generating a primary scrambling code using a primary scrambling code identifier of the primary scrambling code; generating the secondary scrambling code by using the secondary scrambling code identifier; scrambling a common control channel signal including the secondary scrambling code identifier with the primary scrambling code of the base station; scrambling a dedicated channel signal with the secondary scrambling code being associated with the primary scrambling code; and transmitting from the base station the scrambled common control channel signal and the scrambled dedicated channel signal to a mobile station. determining, at the base station, to use a secondary scrambling code, if a number of orthogonal channel codes to assign a channel using a primary scrambling code is insufficient; determining, at the base station, a secondary scrambling code identifier of the secondary scrambling code; generating a primary scrambling code using a primary scrambling code identifier of the primary scrambling code; generating the secondary scrambling code by using the secondary scrambling code identifier; scrambling a common control channel signal including the secondary scrambling code identifier with the primary scrambling code of the base station; scrambling a dedicated channel signal with the secondary scrambling code being associated with the primary scrambling code; and transmitting from the base station the scrambled common control channel signal and the scrambled dedicated channel signal to a mobile station.
An automatic syringe comprising: a housing having a proximal end and a distal end, the housing having a reservoir disposed therein; a plunger to be received by the reservoir, the plunger being moveable between a first plunger position and a second plunger position; at least one guide element (460. 465. 467) disposed in the housing to provide registration between the reservoir and the plunger (400 to guide the plunger as it travels to the second plunger position, the at least one guide element 460, 465.467) extending longitudinally between the proximal end of the housing and the reservoir and substantially parallel to a plunger shaft of the plunger; a plunger spring configured to urge the plunger 400 toward the second plunger position when the plunger spring is deployed; an actuator to deploy the plunger spring; a needle proximate the distal end of the housing, the needle in fluid communication with the reservoir; a shroud coupled with the housing, the shroud being moveable between a retracted position and an extended position, the shroud surrounding at least a portion of the needle when in the extended position; a shroud spring biassed to urge the shroud toward the extended position when the shroud spring is deployed; and an interlocking assembly in communication with the shroud, the interlocking assembly having a first condition to maintain the shroud in the retracted position and a second condition to deploy the shroud spring and allow movement of the shroud toward the extended position. a housing having a proximal end and a distal end, the housing having a reservoir disposed therein; a plunger to be received by the reservoir, the plunger being moveable between a first plunger position and a second plunger position; at least one guide element (460. 465. 467) disposed in the housing to provide registration between the reservoir and the plunger (400 to guide the plunger as it travels to the second plunger position, the at least one guide element 460, 465.467) extending longitudinally between the proximal end of the housing and the reservoir and substantially parallel to a plunger shaft of the plunger; a plunger spring configured to urge the plunger 400 toward the second plunger position when the plunger spring is deployed; an actuator to deploy the plunger spring; a needle proximate the distal end of the housing, the needle in fluid communication with the reservoir; a shroud coupled with the housing, the shroud being moveable between a retracted position and an extended position, the shroud surrounding at least a portion of the needle when in the extended position; a shroud spring biassed to urge the shroud toward the extended position when the shroud spring is deployed; and an interlocking assembly in communication with the shroud, the interlocking assembly having a first condition to maintain the shroud in the retracted position and a second condition to deploy the shroud spring and allow movement of the shroud toward the extended position.
Clock enabling circuit for providing a gated clock signal (CLK_G) in response to receiving clock request information, the clock enabling circuit comprising: - a clock request input for receiving the clock request information; - a clock input for receiving a clock signal; - a flip-flop stage comprising at least a first and a second flip-flop (131, 132), wherein an output of the first flip-flop is coupled with the data input of a second flip-flop; - a first sub-circuitry comprising at least a first input being coupled with the clock request input and an output being coupled with the flip-flop stage for providing a set information to the flip-flop stage in response to receipt of the clock request information, the flip-flop stage being configured to provide a clock enabling information (CLK_EN) in response to receiving the set information; - a second sub-circuitry comprising a first and a second input, the first input being coupled with the clock input for receiving the clock signal and the second input being coupled with the output of the flip-flop stage for receiving the clock enabling information (CLK_EN), the second sub-circuitry comprising a triggering circuity for providing a synchronized clock enabling information (sCLK_EN) and an output for providing the gated clock signal (CLK_G) in response to receiving the synchronized clock enabling information(sCLK_EN). - a clock request input for receiving the clock request information; - a clock input for receiving a clock signal; - a flip-flop stage comprising at least a first and a second flip-flop (131, 132), wherein an output of the first flip-flop is coupled with the data input of a second flip-flop; - a first sub-circuitry comprising at least a first input being coupled with the clock request input and an output being coupled with the flip-flop stage for providing a set information to the flip-flop stage in response to receipt of the clock request information, the flip-flop stage being configured to provide a clock enabling information (CLK_EN) in response to receiving the set information; - a second sub-circuitry comprising a first and a second input, the first input being coupled with the clock input for receiving the clock signal and the second input being coupled with the output of the flip-flop stage for receiving the clock enabling information (CLK_EN), the second sub-circuitry comprising a triggering circuity for providing a synchronized clock enabling information (sCLK_EN) and an output for providing the gated clock signal (CLK_G) in response to receiving the synchronized clock enabling information(sCLK_EN).
A stem for fixating an external prosthesis to a bone, wherein the stem comprises: a first stem portion extending substantially along a longitudinal axis, the first stem portion including a first diameter, the first stem portion including a distal portion; and a second stem portion extending substantially distally from the distal portion of the first stem portion along the longitudinal axis, the second stem portion including a second diameter smaller than the first diameter and smaller than a diameter of a intramedullary canal of a bone, characterized in that the first diameter is larger that the diameter of the intramedullary canal such that the first stem portion is configured to engage the bone, and the second stem portion is securable to the bone independent of the first stem portion, the second stem portion including a distal portion couplable to a compress assembly. a first stem portion extending substantially along a longitudinal axis, the first stem portion including a first diameter, the first stem portion including a distal portion; and a second stem portion extending substantially distally from the distal portion of the first stem portion along the longitudinal axis, the second stem portion including a second diameter smaller than the first diameter and smaller than a diameter of a intramedullary canal of a bone, characterized in that the first diameter is larger that the diameter of the intramedullary canal such that the first stem portion is configured to engage the bone, and the second stem portion is securable to the bone independent of the first stem portion, the second stem portion including a distal portion couplable to a compress assembly.
A method for producing prefabricated structural parts (5, 14) from a hardening plastic material for erecting buildings, in which the hardening material is poured into a formwork and allowed to harden into plates, wherein, if applicable, in each case two plates (12, 13) are connected together to form a double-wall plate by way of reinforcements inlaid into the formworks, characterised in that built-in portions (3, 4, 20, 20') which are used as a support for the prefabricated structural parts with respect to the base or one with the other and/or as their mutual connection, are installed at the edge regions of the plates or double-wall plates, wherein the built-in portions (3, 11, 11', 20, 20') have fitting sections (8, 10, 21, 23) which are used as automatic adjustment and connection points with respect to adjacent plates or double-wall plates, and in that in a further method step the fitting sections are processed under controlled workshop conditions at positions that are fixed with regard to the plates or double-wall plates in order to compensate for deviations in the location of the fitting sections with respect to the intended dimensions of the plates or double-wall plates, whereafter when setting up the prefabricated structural parts at the building site the built-in portions can be brought into contact with each other, whereby the prefabricated structural parts are automatically adjusted into the correct location and can be secured in this location by means of screws.
A body fluid sampling arrangement characterized in that it comprises: a hub comprising a patterned surface, wherein the patterned surface defines a volume; a skin penetration member configured to pierce skin and comprising a bore therethrough, wherein the bore is in fluid communication with the patterned surface; and a quantification member configured to react with a body fluid sample, wherein the hub is configured to collect the body fluid sample in the volume, and when the volume is filled, deliver the body fluid sample to the quantification member. a hub comprising a patterned surface, wherein the patterned surface defines a volume; a skin penetration member configured to pierce skin and comprising a bore therethrough, wherein the bore is in fluid communication with the patterned surface; and a quantification member configured to react with a body fluid sample, wherein the hub is configured to collect the body fluid sample in the volume, and when the volume is filled, deliver the body fluid sample to the quantification member.
A method for providing mobile device management services comprising steps of: gathering, at a server, from a network, status information related to an operating state of each of a plurality of mobile devices, each mobile device utilizing one of a plurality of different mobile operating systems, wherein the status information for each mobile device is gathered from a plurality of sources including each mobile device in a substantially real time manner; formatting the status information for each of the mobile devices into a normalized form which is uniform across the plurality of different mobile operating systems; storing the status information in an electronic database accessible to the server; evaluating, at the server, in response to changes in the status information in the electronic database, a compliance state of each of the mobile devices from the status information using a plurality of administrator-defined rules, wherein each of the rules applies to mobile devices regardless of mobile operating system; and initiating, at the server, at least one action defined by the administrator-defined rules in response to the step of evaluating. gathering, at a server, from a network, status information related to an operating state of each of a plurality of mobile devices, each mobile device utilizing one of a plurality of different mobile operating systems, wherein the status information for each mobile device is gathered from a plurality of sources including each mobile device in a substantially real time manner; formatting the status information for each of the mobile devices into a normalized form which is uniform across the plurality of different mobile operating systems; storing the status information in an electronic database accessible to the server; evaluating, at the server, in response to changes in the status information in the electronic database, a compliance state of each of the mobile devices from the status information using a plurality of administrator-defined rules, wherein each of the rules applies to mobile devices regardless of mobile operating system; and initiating, at the server, at least one action defined by the administrator-defined rules in response to the step of evaluating.
A capacitive electrode arrangement for a display device for detecting a position and/or an approach of an object towards the display device, comprising a substrate with an electrode arrangement, wherein the electrode arrangement comprises a sensor electrode, a first shielding electrode and a second shielding electrode, wherein - the sensor electrode is configured to emit an electric alternating field and wherein the capacitive electrode arrangement is adapted to detect a change of the emitted electric alternating field, which is indicative for an approach or a position of an object, - the sensor electrode and the second shielding electrode are arranged on a first side of the substantially two-dimensionally formed substrate comprising a first side and a second side, and - the first shielding electrode is arranged on the second side of the substrate, wherein the capacitive electrode arrangement for arrangement at the display device is configured such, that the second side of the substrate is facing towards the display device, wherein the first shielding electrode provides shielding of the electric alternating field emitted by the sensor electrode from the grounded display device, wherein the second shielding electrode provides shielding of the electric alternating field emitted by the sensor electrode and wherein the electrode arrangement is arranged circumferential around the edge of the display device. - the sensor electrode is configured to emit an electric alternating field and wherein the capacitive electrode arrangement is adapted to detect a change of the emitted electric alternating field, which is indicative for an approach or a position of an object, - the sensor electrode and the second shielding electrode are arranged on a first side of the substantially two-dimensionally formed substrate comprising a first side and a second side, and - the first shielding electrode is arranged on the second side of the substrate,
A motorized lacing system (100,) comprising: a lace having a securing member (312, 314, 316), a first segment of the lace having a first apparent length and a second segment of the lace, separated from the first segment by the securing member, having a second apparent length; a motor; and a spool, coupled to the motor, configured to spool and unspool the lace based on an operation of the motor to increase and decrease tension on the lace, the spool having a plurality of notches (300, 302 304), each of the plurality of notches configured to seat the securing member, wherein the first apparent length and the second apparent length is adjustable based on which of the plurality of notches the securing member is seated in. a lace having a securing member (312, 314, 316), a first segment of the lace having a first apparent length and a second segment of the lace, separated from the first segment by the securing member, having a second apparent length; a motor; and a spool, coupled to the motor, configured to spool and unspool the lace based on an operation of the motor to increase and decrease tension on the lace, the spool having a plurality of notches (300, 302 304), each of the plurality of notches configured to seat the securing member, wherein the first apparent length and the second apparent length is adjustable based on which of the plurality of notches the securing member is seated in.
A co-fired generator comprising: a first heat exchanger; an annulus configured to contain a first fluid, the annulus having an interior surface and an exterior surface, the interior surface in thermal communication with the first heat exchanger and positioned to transfer heat to the annulus via the interior surface; and a second heat exchanger having an inlet and an outlet, in thermal communication with the exterior surface of the annulus by surrounding said annulus, configured to provide a thin layer of heat transfer liquid or gas and positioned to transfer heat to the annulus via the exterior surface; the inlet coupling the second heat exchanger to a heating device for providing a heated second fluid to the second heat exchanger in order to heat the first fluid from the exterior as the first heat exchanger heats the first fluid from the interior; and a control system comprising a controller, a pump, and one or more temperature sensors, wherein the control system is configured to circulate the heated second fluid through the second heat exchanger via the pump when a temperature of the heated second fluid is above a temperature of the exterior surface of the annulus based on data from the one or more temperature sensors. a first heat exchanger; an annulus configured to contain a first fluid, the annulus having an interior surface and an exterior surface, the interior surface in thermal communication with the first heat exchanger and positioned to transfer heat to the annulus via the interior surface; and a second heat exchanger having an inlet and an outlet, in thermal communication with the exterior surface of the annulus by surrounding said annulus, configured to provide a thin layer of heat transfer liquid or gas and positioned to transfer heat to the annulus via the exterior surface; the inlet coupling the second heat exchanger to a heating device for providing a heated second fluid to the second heat exchanger in order to heat the first fluid from the exterior as the first heat exchanger heats the first fluid from the interior; and a control system comprising a controller, a pump, and one or more temperature sensors, wherein the control system is configured to circulate the heated second fluid through the second heat exchanger via the pump when a temperature of the heated second fluid is above a temperature of the exterior surface of the annulus based on data from the one or more temperature sensors.