mhurhangee/ep-ind-claims huggingface dataset:
An injection composition containing acetaminophen, comprising: acetaminophen mixed in the amount of 0.01 to 5 wt%; a solubilizing agent mixed in the amount of 0.01 to 10 wt%; a toxic inhibiting material mixed in the amount of 0.05 to 5 wt%; an isotonic agent mixed in the amount of 0.1 to 10 wt%; an antioxidant mixed in the amount of 0.001 to 5 wt%; and the rest of sterile purified water for injection; wherein the solubilizing agent is arginine or povidone, wherein the toxic inhibiting material is N-acetylcysteine, wherein the isotonic agent is mannitol, wherein the antioxidant is cysteine. acetaminophen mixed in the amount of 0.01 to 5 wt%; a solubilizing agent mixed in the amount of 0.01 to 10 wt%; a toxic inhibiting material mixed in the amount of 0.05 to 5 wt%; an isotonic agent mixed in the amount of 0.1 to 10 wt%; an antioxidant mixed in the amount of 0.001 to 5 wt%; and the rest of sterile purified water for injection; wherein the solubilizing agent is arginine or povidone, wherein the toxic inhibiting material is N-acetylcysteine, wherein the isotonic agent is mannitol, wherein the antioxidant is cysteine.
A method of current control of a biasing stage of an electronic system - wherein the electronic system comprises a biasing transistor and an output transistor, - wherein the biasing transistor and the output transistor are of the same type - wherein both gates of the biasing transistor and the output transistor are interconnected as a current mirror connected to a supply voltage, - wherein the drain of the output transistor is connected to an output voltage of the electronic system; characterised in that the method comprises the steps of: - detecting if the supply voltage, reduced by a threshold voltage, is not higher than the output voltage; - maintaining the drain-source voltage across the biasing transistor to be the same as the drain-source voltage across the output transistor if said condition is detected; and - connecting the gate and the drain of the biasing transistor otherwise. - wherein the biasing transistor and the output transistor are of the same type - wherein both gates of the biasing transistor and the output transistor are interconnected as a current mirror connected to a supply voltage, - wherein the drain of the output transistor is connected to an output voltage of the electronic system; - detecting if the supply voltage, reduced by a threshold voltage, is not higher than the output voltage; - maintaining the drain-source voltage across the biasing transistor to be the same as the drain-source voltage across the output transistor if said condition is detected; and - connecting the gate and the drain of the biasing transistor otherwise.
An analyte detection system for continuous in vivo detection of an analyte, the system comprising: a continuous analyte sensor comprising a working electrode configured for implantation in a host, wherein the working electrode comprises an electroactive surface, the continuous analyte sensor further comprising a membrane located over the working electrode, wherein the membrane comprises an enzyme domain and a particle-containing domain, wherein the particle-containing domain comprises a conductive component dispersed in a non-conductive component, wherein the conductive component comprises a plurality of conductive particles, wherein the particle-containing domain is located more distal to the electroactive surface than the enzyme domain, and wherein the particle- containing domain is configured to electrochemically react with at least one interfering species; and sensor electronics configured to generate a signal associated with an analyte in the host, wherein the non-conductive component is a polyurethane, a polyurethane urea having about 5% to about 45% hydrophile content, a silicone or a silicone blend. a continuous analyte sensor comprising a working electrode configured for implantation in a host, wherein the working electrode comprises an electroactive surface, the continuous analyte sensor further comprising a membrane located over the working electrode, wherein the membrane comprises an enzyme domain and a particle-containing domain, wherein the particle-containing domain comprises a conductive component dispersed in a non-conductive component, wherein the conductive component comprises a plurality of conductive particles, wherein the particle-containing domain is located more distal to the electroactive surface than the enzyme domain, and wherein the particle- containing domain is configured to electrochemically react with at least one interfering species; and sensor electronics configured to generate a signal associated with an analyte in the host, wherein the non-conductive component is a polyurethane, a polyurethane urea having about 5% to about 45% hydrophile content, a silicone or a silicone blend.
An access device for placing a medical article within a body space, comprising: a needle including a needle body having a longitudinal axis with a distal tip and a needle hub from which the needle body extends; a dilator including a dilator shaft and a dilator hub, the dilator shaft being disposed on and slideable along the needle body with the dilator hub being disposed distal of the needle hub; and a medical article comprising a tubular section and a hub, the tubular section being disposed on and slideable along the dilator with the hub being disposed distal of the dilator hub; wherein the access device further comprises: a track extending from the dilator hub in a proximal direction, the track being rotatable around the longitudinal axis of the dilator hub; a first locking mechanism operably disposed between the track and the needle so as to selectively inhibit proximal movement of the needle relative to the dilator; and a second locking mechanism operating between the needle hub and the dilator hub, wherein the second locking mechanism is unlocked by relative rotational movement between the needle and dilator hubs (34, 38). a needle including a needle body having a longitudinal axis with a distal tip and a needle hub from which the needle body extends; a dilator including a dilator shaft and a dilator hub, the dilator shaft being disposed on and slideable along the needle body with the dilator hub being disposed distal of the needle hub; and a medical article comprising a tubular section and a hub, the tubular section being disposed on and slideable along the dilator with the hub being disposed distal of the dilator hub; wherein the access device further comprises: a track extending from the dilator hub in a proximal direction, the track being rotatable around the longitudinal axis of the dilator hub; a first locking mechanism operably disposed between the track and the needle so as to selectively inhibit proximal movement of the needle relative to the dilator; and a second locking mechanism operating between the needle hub and the dilator hub, wherein the second locking mechanism is unlocked by relative rotational movement between the needle and dilator hubs (34, 38). a track extending from the dilator hub in a proximal direction, the track being rotatable around the longitudinal axis of the dilator hub; a first locking mechanism operably disposed between the track and the needle so as to selectively inhibit proximal movement of the needle relative to the dilator; and a second locking mechanism operating between the needle hub and the dilator hub, wherein the second locking mechanism is unlocked by relative rotational movement between the needle and dilator hubs (34, 38).
Method for generating destination calls for an elevator system, wherein a passenger can give destination calls with his/her personal terminal device as well as based on the identification of the person in at least one identification point, characterized in that the method comprises the phases: - a valid destination call given by the passenger from his/her terminal device is removed from a list of destination calls to be served if the aforementioned passenger is not identified at the identification point within a given time window from the giving of the call, and - the passenger is identified at the identification point; a home floor of the passenger is determined on the basis of the aforementioned identification; a destination call to the aforementioned home floor is generated if the aforementioned passenger does not have a valid destination call. - a valid destination call given by the passenger from his/her terminal device is removed from a list of destination calls to be served if the aforementioned passenger is not identified at the identification point within a given time window from the giving of the call, and - the passenger is identified at the identification point; a home floor of the passenger is determined on the basis of the aforementioned identification; a destination call to the aforementioned home floor is generated if the aforementioned passenger does not have a valid destination call.
A process for the preparation of limonene-4-ol of formula wherein terpinolene epoxide of formula is subjected to a selective epoxide ring opening isomerization in the presence of a sulfonic acid and an organic base as a catalyst.
Elevator system with an elevator car and with brake equipment, the elevator car being movable in normal operating mode and being able to be decelerated to standstill and held at standstill in special operating mode by the brake equipment by means of a braking force produced by the brake equipment together with a brake track, wherein the brake equipment calculates a required deceleration (ANe) in order to bring the elevator car to standstill within an exit zone in the special operating mode, characterised in that the brake equipment during movement of the elevator car in the normal operating mode calculates a plurality of times a hypothetically required deceleration (ANh), which would be required in order to bring the elevator car to standstill within the exit zone in the special operating mode and on occurrence of an event for braking in the special operating mode, the brake equipment uses the hypothetically required deceleration (ANh) as required deceleration (ANe).
A semiconductor memory circuit, comprising: a static random access memory, SRAM, cell that includes first and second pluralities of transistors (206, 208, 210, 212; 202, 204), wherein the first plurality of transistors (206, 208, 210, 212) includes a plurality of pull-down transistors (206, 208) and at least one pass-gate transistor (210, 212); and the second plurality of transistors (202,204) includes a plurality of pull-up transistors having body terminals connected to a supply voltage; and the semiconductor memory circuit further comprises: a bias control circuit (104, 302) for assisting the read and write operations of the SRAM cell (102,302), wherein the bias control circuit is connected to body terminals of the first plurality of transistors (206, 208, 210, 212) for providing a bias voltage to control threshold voltages of the first plurality of transistors (206, 208, 210, 212), wherein the bias voltage is generated based on junction leakages at the body terminals, and wherein the bias voltage is temperature-dependent, characterized in that the semiconductor memory circuit further comprising a third transistor having a gate terminal connected to the bias control circuit for receiving the bias voltage, a source terminal connected to a word line for receiving a word line voltage, a body terminal for receiving a supply voltage, and a drain terminal connected to ground, wherein the third transistor controls the word line voltage based on the bias voltage; wherein the word line is further connected to the SRAM cell; and wherein the bias control circuit includes a fourth transistor (214, 306) having source and body terminals connected to ground and drain and gate terminals coupled to the body terminals of the first plurality of transistors (206, 208, 210, 212) for providing the bias voltage. a bias control circuit (104, 302) for assisting the read and write operations of the SRAM cell (102,302), wherein the bias control circuit is connected to body terminals of the first plurality of transistors (206, 208, 210, 212) for providing a bias voltage to control threshold voltages of the first plurality of transistors (206, 208, 210, 212), wherein the bias voltage is generated based on junction leakages at the body terminals, and wherein the bias voltage is temperature-dependent, characterized in that the semiconductor memory circuit further comprising a third transistor having a gate terminal connected to the bias control circuit for receiving the bias voltage, a source terminal connected to a word line for receiving a word line voltage, a body terminal for receiving a supply voltage, and a drain terminal connected to ground, wherein the third transistor controls the word line voltage based on the bias voltage; wherein the word line is further connected to the SRAM cell; and wherein the bias control circuit includes a fourth transistor (214, 306) having source and body terminals connected to ground and drain and gate terminals coupled to the body terminals of the first plurality of transistors (206, 208, 210, 212) for providing the bias voltage.
Turbine stator blade carrier, especially for a stationary gas turbine, comprising, along its axial extent, at least one inflow-side section and one remaining, directly, connected annular section, which (23, 25) each have at least two circumferentially divided segments (24, 26), wherein one segment extends over the entire radial extent of the turbine stator blade carrier and the connection of the respective segment to adjacent segments (24, 26) is releasable, wherein the inflow-side section has a greater number of segments than the at least one remaining section, characterized in that the at least one remaining section, on its side facing the inflow-side section, has a radially inwardly protruding projection in such a way that this is encompassed by the segments of the inflow-side section in the radial direction.
A driving device, comprising a driving piston guided in a cylinder for driving a nail member into a workpiece, a combustion chamber which is arranged on the driving piston and which can be filled with an ignitable gas mixture, a charging member for obtaining an overpressure of the gas mixture and a sensing member (18, 22) for recognizing that the driving device is pressed against a workpiece; wherein the combustion chamber is connected to an outer space via a valve member, characterized in that the valve member is controlled as a function of a position of the sensing member (18, 22) so that in the event of non-ignition, the overpressure of the gas mixture can escape via the valve member.
A message processing method, comprising: sending (501, 601), by a first network element, a first request message to a second network element, wherein the first request message belongs to a first hypertext transfer protocol HTTP interaction procedure; before receiving a first response message for the first request message, receiving (503, 603), by the first network element, a second request message from the second network element, wherein the first response message belongs to the first HTTP interaction procedure, and the second request message belongs to a second HTTP interaction procedure; and performing, by the first network element, an operation on the second request message based on a relationship between the first HTTP interaction procedure and the second HTTP interaction procedure, characterized in that: the performing, by the first network element, an operation on the second request message based on a relationship between the first HTTP interaction procedure and the second HTTP interaction procedure comprises: if the first network element determines that the second HTTP interaction procedure depends on the first HTTP interaction procedure and the second request message cannot be rejected, buffering, by the first network element, the second request message; and after receiving and processing the first response message, processing, by the first network element, the second request message. sending (501, 601), by a first network element, a first request message to a second network element, wherein the first request message belongs to a first hypertext transfer protocol HTTP interaction procedure; before receiving a first response message for the first request message, receiving (503, 603), by the first network element, a second request message from the second network element, wherein the first response message belongs to the first HTTP interaction procedure, and the second request message belongs to a second HTTP interaction procedure; and performing, by the first network element, an operation on the second request message based on a relationship between the first HTTP interaction procedure and the second HTTP interaction procedure, characterized in that: the performing, by the first network element, an operation on the second request message based on a relationship between the first HTTP interaction procedure and the second HTTP interaction procedure comprises: if the first network element determines that the second HTTP interaction procedure depends on the first HTTP interaction procedure and the second request message cannot be rejected, buffering, by the first network element, the second request message; and after receiving and processing the first response message, processing, by the first network element, the second request message. if the first network element determines that the second HTTP interaction procedure depends on the first HTTP interaction procedure and the second request message cannot be rejected, buffering, by the first network element, the second request message; and after receiving and processing the first response message, processing, by the first network element, the second request message.
A rotorcraft comprising: a fuselage; a tailboom extending from the fuselage, the tailboom having an aft portion; and a yaw control system comprising: a vertically oriented shroud coupled to the aft portion of the tailboom and forming one or more ducts, the vertically oriented shroud substantially aligned with a centerline of the rotorcraft; one or more tail rotors each being disposed in the one or more ducts; a flight control computer implementing a yaw controller having a rudder control module and a tail rotor rotational speed reduction module, the tail rotor rotational speed reduction module configured to selectively switch the one or more tail rotors into a rotational speed reduction mode in a forward flight mode of the rotorcraft; and a rudder; wherein, the rudder control module is configured to rotate the rudder in the rotational speed reduction mode of the one or more tail rotors to control a yaw of the rotorcraft, characterised in that the rudder is rotatably coupled to an aft edge of the shroud. a fuselage; a tailboom extending from the fuselage, the tailboom having an aft portion; and a yaw control system comprising: a vertically oriented shroud coupled to the aft portion of the tailboom and forming one or more ducts, the vertically oriented shroud substantially aligned with a centerline of the rotorcraft; one or more tail rotors each being disposed in the one or more ducts; a flight control computer implementing a yaw controller having a rudder control module and a tail rotor rotational speed reduction module, the tail rotor rotational speed reduction module configured to selectively switch the one or more tail rotors into a rotational speed reduction mode in a forward flight mode of the rotorcraft; and a rudder; wherein, the rudder control module is configured to rotate the rudder in the rotational speed reduction mode of the one or more tail rotors to control a yaw of the rotorcraft, characterised in that the rudder is rotatably coupled to an aft edge of the shroud. a vertically oriented shroud coupled to the aft portion of the tailboom and forming one or more ducts, the vertically oriented shroud substantially aligned with a centerline of the rotorcraft; one or more tail rotors each being disposed in the one or more ducts; a flight control computer implementing a yaw controller having a rudder control module and a tail rotor rotational speed reduction module, the tail rotor rotational speed reduction module configured to selectively switch the one or more tail rotors into a rotational speed reduction mode in a forward flight mode of the rotorcraft; and a rudder; wherein, the rudder control module is configured to rotate the rudder in the rotational speed reduction mode of the one or more tail rotors to control a yaw of the rotorcraft, characterised in that the rudder is rotatably coupled to an aft edge of the shroud.
Foot movement damping device for damping a foot movement via the ankle joint, comprising a support arrangement for supporting on a lower leg or from proximally on the ankle bone, a retaining arrangement for retention on a foot, and a damping element for damping a relative movement between the support arrangement and the retaining arrangement, wherein the retaining arrangement comprises an articulated mounting, wherein the damping element is held at one end on the articulated mounting, and the damping element is attached to the support arrangement via at least one attachment element, wherein the articulated mounting is configured in such a way that the damping element is attached to the retaining arrangement so as to be displaceable relative to the latter within a predefined range, characterized in that at least one attachment element is attached to the support arrangement at two different attachment points (7, 7'), and wherein the damping element is held displaceably on the at least one attachment element, wherein the at least one attachment element preferably extends from one attachment point to the other attachment point, and the damping element is attached to the attachment element between the two attachment points (7, 7').
Flow meter for small quantities of liquid, with a cylindrical cup-shaped part of a measurement housing enclosing and rotatably bearing an impeller, with an inflow connector molded tangentially onto said part by plastic injection molding, with an outflow connector molded onto a housing cover and having a 90° curvature and thus transitioning into an area running parallelly to said housing cover, and with a sensor provided on the measurement housing for determining the quantity of liquid flowing through the measurement housing due to the revolutions of the impeller, characterized in that the outflow connector is molded centrally onto the housing cover and the inflow connector molded tangentially onto the measurement housing (2, 3) encloses a nozzle tube, which is inserted into said inflow connector, forms a nozzle channel, and opens tangentially according to the direction of the inflow connector, so that the flow meter can conduct away the liquid flowing in tangentially in a cyclone-like manner and flowing out concentrically axially.