mhurhangee/patent-ind-claim-en huggingface dataset:
A method of regulating a rocket engine having at least one liquid propellant, said rocket engine comprising at least one combustion chamber and a first liquid propellant feed circuit with a first pump for pumping a first liquid propellant and a first turbine for actuating the first pump , a first feed valve , and a regulator device for regulating the first turbine , the regulation method comprising the following step: calculating a command for the regulator device of the first turbine on the basis of an external command (C ext ) and of at least one feedback value, in application of a closed loop control relationship; and the method of regulating being characterized in that it further comprises the following steps: • calculating an opening command (DVCH) for opening the first feed valve from said external command (C ext ), in application of an open loop control relationship; and • controlling the first feed valve of the combustion chamber and the regulator device of the first turbine in compliance with the respective commands. • calculating an opening command (DVCH) for opening the first feed valve from said external command (C ext ), in application of an open loop control relationship; and • controlling the first feed valve of the combustion chamber and the regulator device of the first turbine in compliance with the respective commands.
A rubber composition for a tire, the rubber composition containing: a rubber component including a styrene-butadiene rubber having a styrene content not less than 25% by mass; an α-methylstyrene-indene copolymer resin having a weight-average molecular weight not greater than 400; and silica, wherein, per 100 parts by mass of the rubber component, an amount of the α-methylstyrene-indene copolymer resin is 0.1 to 100 parts by mass and an amount of the silica is not less than 80 parts by mass. a rubber component including a styrene-butadiene rubber having a styrene content not less than 25% by mass; an α-methylstyrene-indene copolymer resin having a weight-average molecular weight not greater than 400; and silica, wherein, per 100 parts by mass of the rubber component, an amount of the α-methylstyrene-indene copolymer resin is 0.1 to 100 parts by mass and an amount of the silica is not less than 80 parts by mass.
An optical member comprising: an antireflective layer including a residual film and a plurality of protrusions formed on the residual film and providing antireflection on a surface of the antireflective layer , wherein the protrusions including first protrusions and second protrusions , the first protrusions are formed in a first region (D1) and the second protrusions are formed in a second region (D2), and characterized in that the first protrusions are surrounded by the second protrusions having a different periodic position on the surface of the optical member from the first protrusions , the second protrusions have a different protrusion height from the first protrusions , a pitch (P1) between the first protrusions and a pitch (P2) between the second protrusions are equal to a wavelength of visible light or less, a height (H1) of the first protrusions and a height (H2) of the second protrusions are 150 nm or more, and the second protrusions protrude so as to gradually decrease in height from a boundary with the first region (D1) toward an inside of the second region (D2). an antireflective layer including a residual film and a plurality of protrusions formed on the residual film and providing antireflection on a surface of the antireflective layer , wherein the protrusions including first protrusions and second protrusions , the first protrusions are formed in a first region (D1) and the second protrusions are formed in a second region (D2), and characterized in that the first protrusions are surrounded by the second protrusions having a different periodic position on the surface of the optical member from the first protrusions , the second protrusions have a different protrusion height from the first protrusions , a pitch (P1) between the first protrusions and a pitch (P2) between the second protrusions are equal to a wavelength of visible light or less, a height (H1) of the first protrusions and a height (H2) of the second protrusions are 150 nm or more, and the second protrusions protrude so as to gradually decrease in height from a boundary with the first region (D1) toward an inside of the second region (D2).
A method of production of a thermoelectric micro-cooler, comprising - forming on a first ceramic wafer a first conductive layer containing conductive traces , - soldering legs of thermoelectric material to the conductive traces of the first conductive layer, - forming on a temporary wafer a second conductive layer containing conductive traces , - soldering the conductive traces of the second conductive layer to legs of thermoelectric material, - applying a protective coating onto the legs of thermoelectric material and soldered joints , - removing the temporary wafer via etching, - applying an elastic conductive adhesive layer onto a second ceramic wafer , - adhering the second ceramic wafer to the conductive traces of the second conductive layer. - forming on a first ceramic wafer a first conductive layer containing conductive traces , - soldering legs of thermoelectric material to the conductive traces of the first conductive layer, - forming on a temporary wafer a second conductive layer containing conductive traces , - soldering the conductive traces of the second conductive layer to legs of thermoelectric material, - applying a protective coating onto the legs of thermoelectric material and soldered joints , - removing the temporary wafer via etching, - applying an elastic conductive adhesive layer onto a second ceramic wafer , - adhering the second ceramic wafer to the conductive traces of the second conductive layer.
A compound having formula IV or a pharmaceutically acceptable salt thereof wherein Y is a C 5-11 bridged bicycloalkyl, Z is straight-chain or branched C 1-11 alkyl, wherein one or more CH 2 groups may independently be replaced by -(CH 2 -O-CH 2 )-, -(CH 2 -CH 2 -O)-, -(O-CH 2 -CH 2 )-, -O-, -NH-, and -NR-, wherein R is branched or linear C 1-6 alkyl. Y is a C 5-11 bridged bicycloalkyl, Z is straight-chain or branched C 1-11 alkyl, wherein one or more CH 2 groups may independently be replaced by -(CH 2 -O-CH 2 )-, -(CH 2 -CH 2 -O)-, -(O-CH 2 -CH 2 )-, -O-, -NH-, and -NR-, wherein R is branched or linear C 1-6 alkyl.
An image capturing function control system that controls an image capturing function of an actual machine image capturing device, the actual machine image capturing device being loaded on a working machine and configured to acquire a captured image to be outputted to an output interface, a movement of the working machine being controlled according to an operation through an input interface, the system comprising: a first image capturing function control element configured to control a zoom magnification to be a specified magnification or lower by a zoom function as the image capturing function of the actual machine image capturing device in a first state which is a state where the working machine can be operated or a state where the working machine is working; characterised in that the system further comprises a second image capturing function control element configured to control the zoom magnification according to a zoom operation through the input interface by the zoom function as the image capturing function of the actual machine image capturing device in a second state which is a state where the working machine cannot be operated or a state where the working machine is not working. a first image capturing function control element configured to control a zoom magnification to be a specified magnification or lower by a zoom function as the image capturing function of the actual machine image capturing device in a first state which is a state where the working machine can be operated or a state where the working machine is working; characterised in that the system further comprises a second image capturing function control element configured to control the zoom magnification according to a zoom operation through the input interface by the zoom function as the image capturing function of the actual machine image capturing device in a second state which is a state where the working machine cannot be operated or a state where the working machine is not working.
A dressing assembly adapted to provide a force to a treatment area on a patient, comprising: a longitudinal portion with a first end and a second end ; a dressing bolster having a first surface and a second, inward-facing surface , wherein the dressing bolster is a manifold substance or structure made from a porous and permeable foam material provided to assist in applying reduced pressure to, delivering fluids to, or removing fluids from the treatment area; an envelope member surrounding the dressing bolster in use; and wherein a releasable circumferential member is coupled to the first end and the second end , the first end adapted to be coupled to the second end for releasably holding the dressing assembly in place against the treatment area . a longitudinal portion with a first end and a second end ; a dressing bolster having a first surface and a second, inward-facing surface , wherein the dressing bolster is a manifold substance or structure made from a porous and permeable foam material provided to assist in applying reduced pressure to, delivering fluids to, or removing fluids from the treatment area; an envelope member surrounding the dressing bolster in use; and wherein a releasable circumferential member is coupled to the first end and the second end , the first end adapted to be coupled to the second end for releasably holding the dressing assembly in place against the treatment area .
A syringe comprising: a connecting element having a rear end; a sleeve having a front end connected with the rear end of the connecting element ; a guiding tube mounted in the front end of the sleeve and having an annular connection wall formed on an inner surface of the guiding tube and a central hole defined through the connection wall ; a screwing tube mounted in and being moveable relative to the sleeve and the guiding tube ; an injection rod extending into a rear end of the sleeve and a rear end of the screwing tube ; a pushing rod mounted in the screwing tube and having a rod body comprising a dose controlling segment provided with a thread , formed on a front segment of the rod body , and mounted in the central hole in the guiding tube and an axial hole defined through the rod body into which the injection rod extends, characterized in that a locking device is disposed between the guiding tube , the pushing rod and the injection rod and comprises a locking tube formed on and protruding from the connection wall and mounted around the central hole ; at least one engaging face formed on a front segment of the injection rod ; at least one through hole defined radially in the pushing rod at a position adjacent to the dose controlling segment ; and at least one resilient hook formed on the pushing rod , extending respectively into the at least one through hole , and selectively pushed by the locking tube to abut respectively against the at least one engaging face to prevent the injection rod from being pulled backward and to lock the injection rod . a connecting element having a rear end; a sleeve having a front end connected with the rear end of the connecting element ; a guiding tube mounted in the front end of the sleeve and having an annular connection wall formed on an inner surface of the guiding tube and a central hole defined through the connection wall ; a screwing tube mounted in and being moveable relative to the sleeve and the guiding tube ; an injection rod extending into a rear end of the sleeve and a rear end of the screwing tube ; a pushing rod mounted in the screwing tube and having a rod body comprising a dose controlling segment provided with a thread , formed on a front segment of the rod body , and mounted in the central hole in the guiding tube and an axial hole defined through the rod body into which the injection rod extends, characterized in that a locking device is disposed between the guiding tube , the pushing rod and the injection rod and comprises a locking tube formed on and protruding from the connection wall and mounted around the central hole ; at least one engaging face formed on a front segment of the injection rod ; at least one through hole defined radially in the pushing rod at a position adjacent to the dose controlling segment ; and at least one resilient hook formed on the pushing rod , extending respectively into the at least one through hole , and selectively pushed by the locking tube to abut respectively against the at least one engaging face to prevent the injection rod from being pulled backward and to lock the injection rod .
DNA in which one of a nucleotide sequence encoding one coding derivative of the calmodulin-binding sequence (ckkap sequence) of calcium/calmodulin-dependent protein kinase kinase and a nucleotide sequence encoding a calcium-binding sequence (CaM sequence) of calmodulin is linked to a 5' end of a nucleotide sequence encoding a fluorescent protein, and the other nucleotide sequence is linked to a 3' end of the nucleotide sequence encoding the fluorescent protein.
Loading system for plate-shaped objects , in particular for glass plates, comprising a conveyor frame with at least one conveyor plane , formed by a plurality of conveying means , for the plate-shaped objects , wherein - the loading system has lifting units , - which lifting units are arranged underneath the at least one conveyor plane , wherein - the lifting units each have a bearing surface , formed by at least one bearing element , for the plate-shaped objects , which bearing surface can be moved between a position underneath the at least one conveyor plane and a position above the at least one conveyor plane , characterized in that a control and/or regulating device is provided, which is equipped to control and/or to regulate the conveying means individually or merged into groups , wherein the conveying means , controlled and or regulated individually and/or as groups by the control and/or regulating device , are respectively driven by means of a separate drive means, and wherein the loading system is additionally equipped to convey a first plate-shaped object to a first conveying position on the conveyor frame by means of the conveying means and to lift it away from the conveying means at the first conveying position by means of the lifting units , in order to bring additional plate-shaped objects onto the conveyor frame and into a respective conveying position by means of the same conveying means , without thereby moving the first plate-shaped object . - the loading system has lifting units , - which lifting units are arranged underneath the at least one conveyor plane , wherein - the lifting units each have a bearing surface , formed by at least one bearing element , for the plate-shaped objects , which bearing surface can be moved between a position underneath the at least one conveyor plane and a position above the at least one conveyor plane ,
Forestry apparatus system comprising: - a forestry apparatus , which has - a movement device designed to independently move the forestry apparatus along at least one portion of a standing tree trunk , wherein the forestry apparatus is not moved on an extension arm along the portion, and - a processing tool designed to process the portion, characterized - in that the forestry apparatus comprises a measuring device designed to measure geometric characteristics (GK) of the portion, - in that the forestry apparatus system is designed to output and/or to transmit at least one item of information (Info) based on the measured geometric characteristics, - in that the forestry apparatus comprises at least one optical measuring part designed to optically measure the geometric characteristics (GK) of the portion , and - in that the forestry apparatus system is designed to detect a distribution of branches on the portion by means of the measuring device and/or the cutting tool . - a forestry apparatus , which has - a movement device designed to independently move the forestry apparatus along at least one portion of a standing tree trunk , wherein the forestry apparatus is not moved on an extension arm along the portion, and - a processing tool designed to process the portion, characterized - in that the forestry apparatus comprises a measuring device designed to measure geometric characteristics (GK) of the portion, - in that the forestry apparatus system is designed to output and/or to transmit at least one item of information (Info) based on the measured geometric characteristics, - in that the forestry apparatus comprises at least one optical measuring part designed to optically measure the geometric characteristics (GK) of the portion , and - in that the forestry apparatus system is designed to detect a distribution of branches on the portion by means of the measuring device and/or the cutting tool .
An arrangement with a frame for windows, doors, gates or facades, an edge of an opening of a building, particularly in masonry , a fitting and a fastening means that serves for fastening the frame for windows, doors, gates or facades, particularly a frame of aluminum profiles, on the building and comprises: - a retaining plate for being fastened on the frame , - a connecting element , particularly a threaded bolt, for being fastened on the edge of the opening of the building, wherein the retaining plate - has at least one through-opening for receiving the connecting element , wherein the connecting element is fastened in the through-opening, wherein an anchoring element is provided for making available a fastening base for the retaining plate on the frame , particularly in an undercut groove of the aluminum profile of the frame , wherein the fastening means is fixed in an undercut groove of the frame with the anchoring element , and wherein the fastening means is connected to the edge of the opening of the building by means of the fitting via the connecting element . - a retaining plate for being fastened on the frame , - a connecting element , particularly a threaded bolt, for being fastened on the edge of the opening of the building, - has at least one through-opening for receiving the connecting element , wherein the connecting element is fastened in the through-opening,
Method for a production of liquefied gas, performed by one or more apparatuses , comprising: - reducing a pressure of natural gas stored in a gas storage , , wherein after the reduction the natural gas has a predetermined constant pressure; - purifying natural gas stored and expanded in the gas storage ; and - producing liquefied gas based on the purified natural gas, wherein the producing of the liquefied gas is performed during the outputting of the natural gas out of the gas storage into a gas network connected to the gas storage , and the gas storage is an underground gas storage, wherein the one or more apparatuses for performing and/or controlling the method are configured or comprise respective means for performing and/or controlling the steps of the method, characterized in that the one or more apparautses performing and/or controlling the method are located within the underground gas storage tank . - reducing a pressure of natural gas stored in a gas storage , , wherein after the reduction the natural gas has a predetermined constant pressure; - purifying natural gas stored and expanded in the gas storage ; and - producing liquefied gas based on the purified natural gas, wherein the producing of the liquefied gas is performed during the outputting of the natural gas out of the gas storage into a gas network connected to the gas storage , and the gas storage is an underground gas storage, wherein the one or more apparatuses for performing and/or controlling the method are configured or comprise respective means for performing and/or controlling the steps of the method, characterized in that the one or more apparautses performing and/or controlling the method are located within the underground gas storage tank . the gas storage is an underground gas storage, wherein the one or more apparatuses for performing and/or controlling the method are configured or comprise respective means for performing and/or controlling the steps of the method, characterized in that the one or more apparautses performing and/or controlling the method are located within the underground gas storage tank .
An injector for delivering an intraocular lens (IOL) into the eye of a subject, comprising: a housing ; a load chamber within the housing for holding an IOL ; a delivery tube in communication with the load chamber and terminating at a distal tip ; a push rod within the housing and movable through the load chamber for urging the IOL in a distal direction from the load chamber , through the delivery tube and out of the distal tip in a delivery procedure; an actuator mounted to slide within the housing ; a biasing member connected between the actuator and the housing , the biasing member assuming a relaxed state when the actuator is in a retracted position and assuming a stressed configuration when the actuator is in a cocked position, characterised by the actuator and housing having cooperating features to hold the actuator in the cocked position, and the biasing member being coupled to apply a distally-directed force to the push rod when the biasing member is in its stressed configuration; and a latch that maintains the push rod in a proximal position against the force of the biasing member and a trigger that releases the latch to permit the biasing member to apply a distally-directed force to the push rod . a housing ; a load chamber within the housing for holding an IOL ; a delivery tube in communication with the load chamber and terminating at a distal tip ; a push rod within the housing and movable through the load chamber for urging the IOL in a distal direction from the load chamber , through the delivery tube and out of the distal tip in a delivery procedure; an actuator mounted to slide within the housing ; a biasing member connected between the actuator and the housing , the biasing member assuming a relaxed state when the actuator is in a retracted position and assuming a stressed configuration when the actuator is in a cocked position, characterised by the actuator and housing having cooperating features to hold the actuator in the cocked position, and the biasing member being coupled to apply a distally-directed force to the push rod when the biasing member is in its stressed configuration; and a latch that maintains the push rod in a proximal position against the force of the biasing member and a trigger that releases the latch to permit the biasing member to apply a distally-directed force to the push rod .