mhurhangee/ep-ind-claims huggingface dataset:
A receiver for a firearm comprising: a forward assist mechanism mechanically connectable with a bolt carrier and configured to be actuated by a user to move the bolt carrier; a bolt catch mechanism movable between an engaged position and a disengaged position; the receiver characterised by: a linkage connecting the forward assist mechanism with the bolt catch mechanism such that actuation of the forward assist mechanism moves the bolt carrier and moves the bolt catch mechanism from the engaged position to the disengaged position. a forward assist mechanism mechanically connectable with a bolt carrier and configured to be actuated by a user to move the bolt carrier; a bolt catch mechanism movable between an engaged position and a disengaged position; the receiver characterised by: a linkage connecting the forward assist mechanism with the bolt catch mechanism such that actuation of the forward assist mechanism moves the bolt carrier and moves the bolt catch mechanism from the engaged position to the disengaged position.
A method of providing contextual lighting to assist a user of a medical fluid injection system, the method comprising: during setup of the medical fluid injection system, providing a lighted display that is located on an injection head of the injection system adjacent to a component of the injection system; during a guided setup mode, if the user has properly performed a setup function that is associated with the component of the injection system, providing a first visual indication having a first colour or lighting pattern on the lighted display; and if the user has not properly performed the setup function that is associated with the component of the injection system, providing a second visual indication having a second colour or lighting pattern, different than the first colour or lighting pattern of the first visual indication, on the lighted display. during setup of the medical fluid injection system, providing a lighted display that is located on an injection head of the injection system adjacent to a component of the injection system; during a guided setup mode, if the user has properly performed a setup function that is associated with the component of the injection system, providing a first visual indication having a first colour or lighting pattern on the lighted display; and if the user has not properly performed the setup function that is associated with the component of the injection system, providing a second visual indication having a second colour or lighting pattern, different than the first colour or lighting pattern of the first visual indication, on the lighted display.
A boom used with a telescopic structure in the telescopic crane so as to lift the loads that are at a far distance/depth, characterized by comprising; • an upper part which forms the upper section of said boom, is formed by bending from bending points determined at equal intervals and the strength of which is increased; • a lower part which forms the lower part of said boom, is formed by bending from at least 9 different bending points determined at equal intervals, characterised in that the upper part is formed by bending from at least 5 different bending points determined at equal intervals. • an upper part which forms the upper section of said boom, is formed by bending from bending points determined at equal intervals and the strength of which is increased; • a lower part which forms the lower part of said boom, is formed by bending from at least 9 different bending points determined at equal intervals, characterised in that the upper part is formed by bending from at least 5 different bending points determined at equal intervals.
A mutual prodrug compound consisting of a nucleoside of Zebularine represented by formula or 1'-cyano-cytarabine represented by formula covalently linked to one or more short chain fatty acids (SCFAs), wherein the SCFAs are selected from the group consisting of butyric acid and isobutyric acid, and the SCFAs arc linked at 5' position, or 2', 3' and 5' positions of the nucleoside of formula or:
A method for controlling a motor having windings of a plurality of phases and a channel for cooling water, the motor having a winding temperature detection unit that detects a temperature of the windings, a cooling water temperature detection unit that detects a temperature of the cooling water, a rotation detection unit that detects rotation of the motor, and an input electrical power estimation unit that estimates input electrical power inputted into the motor, the motor control method comprising and characterized by: an estimation step for calculating an estimated maximum temperature (T est) of the winding of the phase that reaches a highest temperature from among the windings of the plurality of phases based on the input electrical power when the motor is in a lock state; a correction step for calculating an offset value based on a detected temperature of the windings (Tm) and a detected temperature of the cooling water (Tw), and correcting the estimated maximum temperature (T est) based on the detected temperature of the windings (Tm) and the offset value; and a control step for controlling the input electrical power according to the estimated maximum temperature (T est). the motor having a winding temperature detection unit that detects a temperature of the windings, a cooling water temperature detection unit that detects a temperature of the cooling water, a rotation detection unit that detects rotation of the motor, and an input electrical power estimation unit that estimates input electrical power inputted into the motor, the motor control method comprising and characterized by: an estimation step for calculating an estimated maximum temperature (T est) of the winding of the phase that reaches a highest temperature from among the windings of the plurality of phases based on the input electrical power when the motor is in a lock state; a correction step for calculating an offset value based on a detected temperature of the windings (Tm) and a detected temperature of the cooling water (Tw), and correcting the estimated maximum temperature (T est) based on the detected temperature of the windings (Tm) and the offset value; and a control step for controlling the input electrical power according to the estimated maximum temperature (T est). an estimation step for calculating an estimated maximum temperature (T est) of the winding of the phase that reaches a highest temperature from among the windings of the plurality of phases based on the input electrical power when the motor is in a lock state; a correction step for calculating an offset value based on a detected temperature of the windings (Tm) and a detected temperature of the cooling water (Tw), and correcting the estimated maximum temperature (T est) based on the detected temperature of the windings (Tm) and the offset value; and a control step for controlling the input electrical power according to the estimated maximum temperature (T est).
A milk cooling device comprising at least one milk cooling tank accessible via a manhole which is closed by a lid and at least one cooling circuit for cooling milk inside the milk cooling tank, in which the milk cooling tank has a cleaning device and in which the milk cooling device has a control terminal within sight of the milk cooling tank, characterised in that the control terminal has an actuating element, the actuation of which authorises access to the cleaning device by an external computer where authorisation is time-limited within a time interval; and in which the control terminal is equipped to output data, in particular relating to process conditions in the milk cooling tank, independently of the state of the actuating element.
Assembly for a motor vehicle comprising: - a heat engine comprising a casing, - a pump, - a pump support carrying the pump, the pump support comprising attachment interfaces (24.1, 24.2, 24.3) on the casing of the heat engine and at least one indexing device for positioning said pump support relative to the casing of the heat engine, and - a heat shield comprising attachment lugs, each attachment lug being provided with at least one attachment interface (39.1, 39.2) on the casing of the heat engine, said heat shield further comprising at least one indexing device for positioning the heat shield relative to the pump support, characterized in that the pump is fitted inside a ring-shaped damping element provided with a base fixed to the pump support. - a heat engine comprising a casing, - a pump, - a pump support carrying the pump, the pump support comprising attachment interfaces (24.1, 24.2, 24.3) on the casing of the heat engine and at least one indexing device for positioning said pump support relative to the casing of the heat engine, and - a heat shield comprising attachment lugs, each attachment lug being provided with at least one attachment interface (39.1, 39.2) on the casing of the heat engine, said heat shield further comprising at least one indexing device for positioning the heat shield relative to the pump support, - a heat shield comprising attachment lugs, each attachment lug being provided with at least one attachment interface (39.1, 39.2) on the casing of the heat engine, said heat shield further comprising at least one indexing device for positioning the heat shield relative to the pump support, characterized in that the pump is fitted inside a ring-shaped damping element provided with a base fixed to the pump support.
A method, in a first node in an optical network, for providing an in-band communication channel to a second node in the optical network, the method comprising the steps of: adapting, by a circuitry in an optical modem, one or more client signals into a line signal for transmission via the optical modem to the second node using a vendor line adaptation process that maps the one or more client signals into the line signal; and providing the in-band communication channel based on a line adaptation bandwidth of the line signal for the in-band communication channel using the optical modem, wherein the line adaptation bandwidth is bandwidth due to the mapping of the one or more client signals into the line signal using the vendor line adaptation process, and wherein the in-band communication channel in the line adaptation bandwidth is operationally independent from the one or more client signals while concurrently being transported together over the line signal. adapting, by a circuitry in an optical modem, one or more client signals into a line signal for transmission via the optical modem to the second node using a vendor line adaptation process that maps the one or more client signals into the line signal; and providing the in-band communication channel based on a line adaptation bandwidth of the line signal for the in-band communication channel using the optical modem, wherein the line adaptation bandwidth is bandwidth due to the mapping of the one or more client signals into the line signal using the vendor line adaptation process, and wherein the in-band communication channel in the line adaptation bandwidth is operationally independent from the one or more client signals while concurrently being transported together over the line signal.
A method for reducing a residual pressure remaining in a fluid line of a shower system after the closing of a closable inflow point of the fluid line, wherein the fluid line includes the closable inflow point and an outflow point, wherein a first mechanism for providing an additional volume for a fluid flowing through the fluid line is arranged between the closable inflow point and the outflow point; wherein the additional volume increases and decreases as a function of the fluid present in the additional volume; wherein the additional volume is formed by a deformable foil which is arranged on the fluid line and rests directly against the fluid line when the additional volume is completely emptied; wherein the additional volume is fluidically connected to the fluid line via an opening; wherein the additional volume is increased by the fluid flowing in via the opening and successively decreases as the fluid flows out of the additional volume via the opening and back into the fluid line, wherein the method comprises at least the following steps, based on the closable inflow point in its open state and a flowing fluid: a) closing the closable inflow point; b) reducing the residual pressure in the fluid line by letting the fluid flow from the fluid line into the additional volume; c) opening the closable inflow point so that fluid flows from the closable inflow point to the outflow point; d) sucking, via the opening, the fluid present in the additional volume into the fluid line by means of the fluid flowing in the fluid line. a) closing the closable inflow point; b) reducing the residual pressure in the fluid line by letting the fluid flow from the fluid line into the additional volume; c) opening the closable inflow point so that fluid flows from the closable inflow point to the outflow point; d) sucking, via the opening, the fluid present in the additional volume into the fluid line by means of the fluid flowing in the fluid line.
A warm-up operation control system that is configured to execute a warm-up operation for an exhaust gas purification system provided in an exhaust system of an internal combustion engine, comprising: an operation state determining unit determining an operation state of the internal combustion engine after start-up thereof and whether the internal combustion engine has reached a fully combusted state or not; characterized in that the warm-up control system further comprises: a total heat amount estimating unit estimating a total heat amount (Qt) that has been generated since the internal combustion engine reached the fully combusted state based on an amount of consumed fuel; and a warm-up operation executing unit executing the warm-up operation based on the total heat amount (Qt). an operation state determining unit determining an operation state of the internal combustion engine after start-up thereof and whether the internal combustion engine has reached a fully combusted state or not; a total heat amount estimating unit estimating a total heat amount (Qt) that has been generated since the internal combustion engine reached the fully combusted state based on an amount of consumed fuel; and a warm-up operation executing unit executing the warm-up operation based on the total heat amount (Qt).
A voltage-source multi-level converter, characterized in that the converter comprises at least one phase unit; each phase unit comprises a first bridge arm and a second bridge arm; a first terminal of the first bridge arm is taken as a first DC terminal of the phase unit; a first terminal of the second bridge arm is taken as a second DC terminal of the phase unit; and a second terminal of the first bridge arm and a second terminal of the second bridge arm are shorted together, as an AC terminal of the phase unit; the first bridge arm comprises at least two switchable first modules and one first reactor connected in series; a first terminal of the first reactor is connected to the AC terminal of the phase unit; a second terminal of the first reactor is connected to a first terminal of the at least two first modules connected in series; and a second terminal of the at least two first modules connected in series is connected to the first DC terminal of the phase unit; the second bridge arm comprises at least two switchable second modules and one second reactor connected in series; a first terminal of the second reactor is connected to the AC terminal of the phase unit; a second terminal of the second reactor is connected to a first terminal of the at least two second modules connected in series; a second terminal of the at least two second modules connected in series is connected to the second DC terminal of the phase unit; and a parallel fault shunt circuit is connected between the second terminal of the first reactor and the second terminal of the second reactor; wherein the voltage-source multi-level converter is configured that the parallel fault shunt circuit is triggered after a AC side switch (ACB1, ACB2) in the converter is switched off to share the current of a fault loop, so as to accelerate a DC side switch to disconnect the fault; and each of the first modules and the second modules comprises: a first turn-off semiconductor switch and a second turn-off semiconductor switch connected in series, a first diode connected in anti-parallel with the first turn-off semiconductor switch, a second diode connected in anti-parallel with the second turn-off semiconductor switch, and an energy storage element, wherein the energy storage element is connected in parallel with a series branch of the first turn-off semiconductor switch and the second turn-off semiconductor switch; and a negative terminal of the first turn-off semiconductor switch is connected to a positive terminal of the second turn-off semiconductor switch, a connection point thereof is taken as a second terminal of the first module, and a negative terminal of the second turn-off semiconductor switch is taken as a first terminal of the first module; or a positive terminal of the second turn-off semiconductor switch is taken as a second terminal of the first module, a negative terminal of the second turn-off semiconductor switch is connected to a positive terminal of the first turn-off semiconductor switch O1), and a connection point thereof is taken as a first terminal of the first module.
A biopsy device comprising: a cannula having a tissue receiving port; a tissue cutter disposed coaxially with the cannula, the cutter adapted for translation relative to the cannula; and a variable pitch member operatively associated with the tissue cutter for providing variation in the translational speed of the tissue cutter, wherein the variable pitch member comprises a shaft having a threaded portion of varying pitch, characterised in that the threaded portion has areas at its ends in which the pitch width is zero to permit rotation of the shaft without translation of the cutter. a cannula having a tissue receiving port; a tissue cutter disposed coaxially with the cannula, the cutter adapted for translation relative to the cannula; and a variable pitch member operatively associated with the tissue cutter for providing variation in the translational speed of the tissue cutter, wherein the variable pitch member comprises a shaft having a threaded portion of varying pitch, characterised in that the threaded portion has areas at its ends in which the pitch width is zero to permit rotation of the shaft without translation of the cutter.
A conductive electronic material comprising or consisting of one or more conductive fibres and/or subfibre filaments of a chain of bacterial cells, wherein said chain of bacterial cells comprises a plurality of said conductive fibres and/or subfibre filaments arranged in parallel in the periplasmic space along the length and around the periphery of said chain of cells, wherein the outside of said chain of cells is non-conductive, wherein said bacterial cells belong to the Desulfobulbaceae family, and wherein said conductive electronic material comprises or consists of said chain of bacterial cells or is extracted from said chain of bacterial cells.
A safety system for maintenance of a lift or elevator, the latter moving within a shaft or containment structure, said system comprising, in correspondence with a lower section thereof or, if hollow, pit of such shaft, a control member of the lift within said shaft, said member comprising control means for controlling the movements of the lift along such shaft or structure from its lower section during lift maintenance, said control means comprising push-buttons, said control member being able to be positioned in a rest station whenever it is not used and during the normal use of the lift, said system being characterized in that it comprises position detector means associated at least with said control member and activated whenever it is located in such station, said position detector means disabling the use of the lift by users whenever such control member is separated from such station, this ensuring that a movement of the lift can only be made by acting onto the control means of such control member, said position detector means alternatively being a contact presence sensor or a proximity sensor.
An insole suitable to be fitted and restrained from moving inside a shoe as an inner sole to support the sole of a person wearing the shoe, which insole comprises a shape enabling that a surface of the insole functions to keep a three support point balance of said person's sole and thereby gives a functional stress to said sole, wherein each of which three points corresponds to a first metatarsal sesamoid bone, a tuberosity of fifth metatarsal bone, and a calcaneal tuberosity respectively, wherein said three points being a convex portion contacting with the first metatarsal sesamoid bone; a convex portion contacting with the tuberosity of fifth metatarsal bone; and a convex portion contacting with the calcaneal tuberosity.
A method performed by a server for providing presence notification for push-to-talk, PTT, chat group communications, the method comprising: receiving, by the server, from a communication device of a first member of a PTT chat group, a session initiation message to start a session for the PTT chat group, wherein the PTT chat group comprises a plurality of PTT chat group members including the first member and an administrator, wherein the session initiation message includes an indication of a member-selected priority level for the PTT chat group session, wherein the member-selected priority level is selected from a plurality of priority levels; responsive to receiving the session initiation message, generating by the server, a first event notification message that includes an indication that the PTT chat group is active; identifying, by the server, whether a group priority level for the PTT chat group has been set by the administrator of the PTT chat group; when no group priority level for the PTT chat group has been set, assigning, by the server, the member-selected priority level to the PTT chat group session; when a group priority level for the PTT chat group has been set, assigning, by the server, the group priority level to the PTT chat group session; sending, by the server, the first event notification message to communication devices of at least some of the PTT chat group members, the first event notification message including the priority level assigned to the PTT chat group session. receiving, by the server, from a communication device of a first member of a PTT chat group, a session initiation message to start a session for the PTT chat group, wherein the PTT chat group comprises a plurality of PTT chat group members including the first member and an administrator, wherein the session initiation message includes an indication of a member-selected priority level for the PTT chat group session, wherein the member-selected priority level is selected from a plurality of priority levels; responsive to receiving the session initiation message, generating by the server, a first event notification message that includes an indication that the PTT chat group is active; identifying, by the server, whether a group priority level for the PTT chat group has been set by the administrator of the PTT chat group; when no group priority level for the PTT chat group has been set, assigning, by the server, the member-selected priority level to the PTT chat group session; when a group priority level for the PTT chat group has been set, assigning, by the server, the group priority level to the PTT chat group session; sending, by the server, the first event notification message to communication devices of at least some of the PTT chat group members, the first event notification message including the priority level assigned to the PTT chat group session.