mhurhangee/patent-ind-claim-en huggingface dataset:
A method for regulating a converter, such as a power control system, for autonomously stabilizing the frequency in a microgrid to which the converter is intended to be connected, the microgrid comprising a generating set, the method comprising at least two iterations of the following steps: a) a reception of an initial power setpoint (P ref ) of the converter and an estimate of an active power (P m ) of the converter, b) a determination of a first power variation (ΔP1) at least from the difference between the initial power setpoint (P ref ) and the estimated active power (P m ), c) a determination of a power regulation variable (P*) from the first power variation (ΔP1), d) a calculation of a second power variation (ΔP2, ΔP200) at least from the difference between the power regulation variable (P*) and the estimated active power (P m ), and e) a determination of a frequency command (C f ) for commanding the converter from the second power variation (ΔP2, ΔP200), characterized in that the method further comprises an active damping step comprising the following steps: f) a reception of a frequency value (Δf, Δf m ) characteristic of a load variation of said microgrid to which the converter is intended to be connected, and g) a determination of an active damping value (D) from the frequency value received (Δf, Δf m ) in step f), the first power variation (ΔP1) determined in step b) resulting from the initial power setpoint (P ref ) from which the estimated active power (P m ) and the active damping value (D) have been subtracted. a) a reception of an initial power setpoint (P ref ) of the converter and an estimate of an active power (P m ) of the converter, b) a determination of a first power variation (ΔP1) at least from the difference between the initial power setpoint (P ref ) and the estimated active power (P m ), c) a determination of a power regulation variable (P*) from the first power variation (ΔP1), d) a calculation of a second power variation (ΔP2, ΔP200) at least from the difference between the power regulation variable (P*) and the estimated active power (P m ), and e) a determination of a frequency command (C f ) for commanding the converter from the second power variation (ΔP2, ΔP200), f) a reception of a frequency value (Δf, Δf m ) characteristic of a load variation of said microgrid to which the converter is intended to be connected, and g) a determination of an active damping value (D) from the frequency value received (Δf, Δf m ) in step f),
An apparatus for mitigation of an unsafe condition in an electrical connectivity, comprising - a disruptor body with a distal end and a proximal end extending in a mating direction axially along an axis, the disruptor body containing a thermomorphic substance - a hollow channel and an electrical conductor for conducting an electric current characterized in that - the electrical conductor comprises an electrically conductive guide and an electrically conductive pin ; - the disruptor body comprises a channel through a dielectric material and a pliant magazine containing the thermomorphic substance within an enclosed cavity thereof, that, when heated by a non-arc source above a certain temperature, by rapid chemical decomposition produces kinetic force to separate the conductive pin from the conductive guide thereby opening the electrical connectivity. - a disruptor body with a distal end and a proximal end extending in a mating direction axially along an axis, the disruptor body containing a thermomorphic substance - a hollow channel and an electrical conductor for conducting an electric current - the electrical conductor comprises an electrically conductive guide and an electrically conductive pin ; - the disruptor body comprises a channel through a dielectric material and a pliant magazine containing the thermomorphic substance within an enclosed cavity thereof, that, when heated by a non-arc source above a certain temperature, by rapid chemical decomposition produces kinetic force to separate the conductive pin from the conductive guide thereby opening the electrical connectivity.
A method of preventing the occurrence of undesirable high pressures in a CO 2 vapor compression system when exposed to high temperature ambient conditions during shut down, wherein said CO 2 vapor compression system includes at least one compressor and a compressor unloading circuit fluidly interconnecting an intermediate stage of said at least one compressor to a low pressure point between a heat absorbing heat exchanger and a suction inlet of said at least one compressor , said low pressure point being downstream of the heat absorbing heat exchanger and upstream of the suction inlet of said at least one compressor , said compressor unloading circuit including an unloading valve , the method comprising: providing a pressure relief device disposed between said unloading valve and said intermediate stage of said vapor compression system , said pressure relief device being adapted to open when the pressure in said compressor unloading circuit upstream of said unloading valve reaches a predetermined level during periods in which the system is not operating but is exposed to relatively high temperature conditions.
A locker with a valve assembly , comprising a locker body and an air supply assembly disposed on the locker body , and a main air duct communicating with the air supply assembly is disposed inside the locker body ; the locker body comprises at least one storage box , each of the at least one storage box comprises a box body, a box door and the valve assembly, the box body comprises a sidewall that surrounds a circle and further comprises an inner wall connected to a rear end of the sidewall, a front end of the sidewall forms an opening, and the sidewall is provided with an air vent communicating with the main air duct ; the box door has a closed position for closing the opening, and an open position for opening the opening; and the valve assembly comprises a valve and a reset member , wherein the valve is configured to move relative to the sidewall; and the locker with the valve assembly is characterized in that : when the box door is located at the closed position, the box door is configured to drive the valve to open the air vent ; and when the box door is located at the open position, the reset member is configured to drive the valve to close the air vent . comprising a locker body and an air supply assembly disposed on the locker body , and a main air duct communicating with the air supply assembly is disposed inside the locker body ; the locker body comprises at least one storage box , each of the at least one storage box comprises a box body, a box door and the valve assembly, the box body comprises a sidewall that surrounds a circle and further comprises an inner wall connected to a rear end of the sidewall, a front end of the sidewall forms an opening, and the sidewall is provided with an air vent communicating with the main air duct ; the box door has a closed position for closing the opening, and an open position for opening the opening; and the valve assembly comprises a valve and a reset member , wherein the valve is configured to move relative to the sidewall; and the locker with the valve assembly is characterized in that : when the box door is located at the closed position, the box door is configured to drive the valve to open the air vent ; and when the box door is located at the open position, the reset member is configured to drive the valve to close the air vent .
A method of operating a molding system for hydraulic blow molding of a container from a preform , the molding system including a fill head unit and the method comprising the steps of: providing a molding medium in liquid form to the fill head unit ; filling a receiving chamber within the fill head unit with a volume of the molding medium ; advancing a nozzle piston of the fill head unit from a retracted position to an extended position where the nozzle piston engages at least one of the preform or a mold assembly ; injecting the molding medium through the nozzle piston into the preform causing the preform to expand into the shape of the container under the influence of the molding medium ; maintaining the volume of the receiving chamber constant during advancement of the nozzle piston from the retracted position to the extended position and injection of the molding medium , and wherein the method is characterized in that the providing of the molding medium to the fill head unit being stopped after the advancing of the nozzle piston. providing a molding medium in liquid form to the fill head unit ; filling a receiving chamber within the fill head unit with a volume of the molding medium ; advancing a nozzle piston of the fill head unit from a retracted position to an extended position where the nozzle piston engages at least one of the preform or a mold assembly ; injecting the molding medium through the nozzle piston into the preform causing the preform to expand into the shape of the container under the influence of the molding medium ; maintaining the volume of the receiving chamber constant during advancement of the nozzle piston from the retracted position to the extended position and injection of the molding medium , and wherein the method is characterized in that the providing of the molding medium to the fill head unit being stopped after the advancing of the nozzle piston.
Triggering monitoring device for a deformation tube with two tubes parts (3.1, 3.2) which can be slid one into the other counter to a resistance in a coupling , in particular train coupling, with the following features: with a housing which has a connection for connecting to the deformation tube , and at least one action surface for acting upon a tube part (3.1, 3.2) during its displacement in relation to the other tube part (3.1, 3.2) of the deformation tube ; wherein the housing can be deformed by the tube part (3.1, 3.2) acting on the action surface ; characterized in that a sensor is provided in or on the housing , the sensor detecting a deformation of the housing and being configured to transmit a detection of deformation to an evaluation device . with a housing which has a connection for connecting to the deformation tube , and at least one action surface for acting upon a tube part (3.1, 3.2) during its displacement in relation to the other tube part (3.1, 3.2) of the deformation tube ; wherein the housing can be deformed by the tube part (3.1, 3.2) acting on the action surface ; characterized in that a sensor is provided in or on the housing , the sensor detecting a deformation of the housing and being configured to transmit a detection of deformation to an evaluation device .
A collagen gel composition for use in repairing an annulus by injecting the composition into, around, or near an annulus repair site under conditions to repair an annulus, the collagen gel composition comprising: collagen gel and a cross-linking agent; wherein the cross-linking agent is riboflavin; wherein the cross-linking agent is included in the composition in an amount sufficient to cause cross-linking of the collagen gel and enable integration of the collagen gel composition with tissue that comes into contact with the collagen gel composition and the collagen is included in the composition at a concentration of 10 to 180 mg/ml. collagen gel and a cross-linking agent; wherein the cross-linking agent is riboflavin; wherein the cross-linking agent is included in the composition in an amount sufficient to cause cross-linking of the collagen gel and enable integration of the collagen gel composition with tissue that comes into contact with the collagen gel composition and the collagen is included in the composition at a concentration of 10 to 180 mg/ml. wherein the cross-linking agent is riboflavin; wherein the cross-linking agent is included in the composition in an amount sufficient to cause cross-linking of the collagen gel and enable integration of the collagen gel composition with tissue that comes into contact with the collagen gel composition and the collagen is included in the composition at a concentration of 10 to 180 mg/ml.
Method for encrypting a code to be encrypted ( Sx ) of a computer program using an encryption key (Kx) selected from among at least two encryption keys ( Kx, Ky, Kz ), said code to be encrypted ( Sx ) being in the form of a compiled code or an intermediate code, the method comprising: - a step for obtaining a descriptive grammar ( G D ) of the language of the code to be encrypted; method characterized in that it comprises: - a step for encoding the code to be encrypted ( Sx) by means of the descriptive grammar ( G D ) delivering a character string ( CdC ) within which at least one start instruction ( InstrD ) of the code to be encrypted ( Sx ) is encoded as a representation ( RInstrD )in the character string ( CdC ); said step for encoding is implemented recursively, a representation ( RInstrDi ) of a start instruction ( InstrD being computed at the end of a preliminary computation of a representation ( RInstrDi+1 of a following instruction ( InstrDi+1 ) of the code to be encrypted; - a step of encryption of the character string (CdC) by means of an encryption key ( Kx ) belonging to the set of encryption keys ( Kx, Ky, Kz ), delivering an encrypted string ( Cx ). - a step for obtaining a descriptive grammar ( G D ) of the language of the code to be encrypted; - a step for encoding the code to be encrypted ( Sx) by means of the descriptive grammar ( G D ) delivering a character string ( CdC ) within which at least one start instruction ( InstrD ) of the code to be encrypted ( Sx ) is encoded as a representation ( RInstrD )in the character string ( CdC ); said step for encoding is implemented recursively, a representation ( RInstrDi ) of a start instruction ( InstrD being computed at the end of a preliminary computation of a representation ( RInstrDi+1 of a following instruction ( InstrDi+1 ) of the code to be encrypted; - a step of encryption of the character string (CdC) by means of an encryption key ( Kx ) belonging to the set of encryption keys ( Kx, Ky, Kz ), delivering an encrypted string ( Cx ).
A process for producing 2,3,3,3-tetrafluoropropene, the process comprising: a first reaction step of reacting hydrogen fluoride with at least one chlorine-containing compound selected from the group consisting of a chloropropane represented by Formula : CClX 2 CHClCH 2 Cl, wherein each X is the same or different and is Cl or F, a chloropropene represented by Formula ; CClY 2 CCl=CH 2 , wherein each Y is the same or different and is Cl or F, and a chloropropene represented by Formula : CZ 2 =CClCH 2 Cl, wherein each Z is the same or different and is Cl or F in a gas phase in the absence of a catalyst while heating; and a second reaction step of reacting the reaction product obtained in the first reaction step with hydrogen fluoride in a gas phase in the presence of a fluorination catalyst while heating under a pressure of from 0.1 MPa to 1.0 MPa; wherein the reaction product obtained in the first reaction step comprises HCFO-1233xf and at least one of HCFC-242dc and HCFO-1232xf. a first reaction step of reacting hydrogen fluoride with at least one chlorine-containing compound selected from the group consisting of a chloropropane represented by Formula : CClX 2 CHClCH 2 Cl, wherein each X is the same or different and is Cl or F, a chloropropene represented by Formula ; CClY 2 CCl=CH 2 , wherein each Y is the same or different and is Cl or F, and a chloropropene represented by Formula : CZ 2 =CClCH 2 Cl, wherein each Z is the same or different and is Cl or F in a gas phase in the absence of a catalyst while heating; and a second reaction step of reacting the reaction product obtained in the first reaction step with hydrogen fluoride in a gas phase in the presence of a fluorination catalyst while heating under a pressure of from 0.1 MPa to 1.0 MPa;
A recombinant insecticidal polypeptide comprising an amino acid sequence having at least 70% identity to the full length of the amino acid sequence of SEQ ID NO: 2, wherein the insecticidal activity is against Diabrotica virgifera (Western corn rootworm) and/or Diabrotica barberi (Northern corn rootworm).
Motor vehicle lock arrangement comprising a motor vehicle lock , wherein the motor vehicle lock arrangement has a first locking element , in particular a lock latch , and a locking element, which is configured as a catch , for holding the first locking element in at least one holding position, and also a shape memory drive for lifting out the catch , wherein the shape memory drive comprises a shape memory arrangement having at least one shape memory element for lifting out the catch by means of a change in form of the shape memory element , wherein a resetting device for the manual resetting of the change in form of the shape memory element , the change in form causing the catch to be lifted out, is provided, characterized in that the resetting device has a resetting element via which a resetting force can be introduced into the shape memory element for the manual resetting of the shape memory element , and in that the resetting element is accessible for this purpose from outside the motor vehicle lock .
Pantograph hinge comprising: - a fixed hitch , intended to be connected to the bodywork of a motor vehicle; and - a mobile flap , intended to hold a opening; and - two biellets whose ends are held at the hinges through pivots , the rotational axes of the pivots being parallel to the same axis of work , one of the bielets includes a rim extending in a direction parallel or substantially parallel to the axis of work ; and - the fixed hinge includes a mechanical stop arranged so as to support the rim of the rod , when the pantograph hinge is closed, the mechanical stop and the rim of the rod being of a complementary shape so that it is connected, in a radial or substantially radial direction to the axis of work , when the pantograph hinge is closed, characterized as the top of the mechanical stop is either convex in shape, the rim of the rod supporting a ergot positioned opposite the fixed hinge, the side of the ergot facing the mechanical stop with a further shape at the top of the mechanical stop , or in a concave shape, the rim of a rod supporting a ergot positioned opposite the fixed hinge , the side of the ergot facing the mechanical stop , including an exgrowth , of a complementary shape at the top of the mechanical stop . - a fixed hitch , intended to be connected to the bodywork of a motor vehicle; and - a mobile flap , intended to hold a opening; and - two biellets whose ends are held at the hinges through pivots , the rotational axes of the pivots being parallel to the same axis of work , one of the bielets includes a rim extending in a direction parallel or substantially parallel to the axis of work ; and - the fixed hinge includes a mechanical stop arranged so as to support the rim of the rod , when the pantograph hinge is closed, the mechanical stop and the rim of the rod being of a complementary shape so that it is connected, in a radial or substantially radial direction to the axis of work , when the pantograph hinge is closed, characterized as the top of the mechanical stop is either convex in shape, the rim of the rod supporting a ergot positioned opposite the fixed hinge, the side of the ergot facing the mechanical stop with a further shape at the top of the mechanical stop , or in a concave shape, the rim of a rod supporting a ergot positioned opposite the fixed hinge , the side of the ergot facing the mechanical stop , including an exgrowth , of a complementary shape at the top of the mechanical stop . the mechanical stop and the rim of the rod being of a complementary shape so that it is connected, in a radial or substantially radial direction to the axis of work , when the pantograph hinge is closed, characterized as the top of the mechanical stop is either convex in shape, the rim of the rod supporting a ergot positioned opposite the fixed hinge, the side of the ergot facing the mechanical stop with a further shape at the top of the mechanical stop , or in a concave shape, the rim of a rod supporting a ergot positioned opposite the fixed hinge , the side of the ergot facing the mechanical stop , including an exgrowth , of a complementary shape at the top of the mechanical stop .
An illuminated belt lock for a safety belt device of a motor vehicle, comprising: - a housing , - a pushbutton which is movable in the housing , - an insertion slot bordered by an edge section of the housing and the pushbutton for inserting a belt tongue which is lockable in the belt lock, and - at least one light reflecting surface , wherein - the light reflecting surface has a linear contour, the shape of which is adapted to the shape of an edge side of the pushbutton arranged on the side viewed in the direction toward the insertion slot , wherein - the light reflecting surface is arranged on a light conducting body securely arranged to the housing of the belt lock, characterized in that - a light source is provided that is connected by an light guide to the light conducting body , wherein - the light guide has a light entry surface assigned to the light source and two light exit surfaces separated from each other, wherein - each one of the light exit surfaces is assigned to one light entry surface of the light conducting body . - a housing , - a pushbutton which is movable in the housing , - an insertion slot bordered by an edge section of the housing and the pushbutton for inserting a belt tongue which is lockable in the belt lock, and - at least one light reflecting surface , wherein - the light reflecting surface has a linear contour, the shape of which is adapted to the shape of an edge side of the pushbutton arranged on the side viewed in the direction toward the insertion slot , wherein - the light reflecting surface is arranged on a light conducting body securely arranged to the housing of the belt lock, characterized in that - a light source is provided that is connected by an light guide to the light conducting body , wherein - the light guide has a light entry surface assigned to the light source and two light exit surfaces separated from each other, wherein - each one of the light exit surfaces is assigned to one light entry surface of the light conducting body .