mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing device comprising: a first actuator emulator that simulates a behavior of a first drive apparatus that drives a first control target; a second actuator emulator that simulates a behavior of a second drive apparatus that drives a second control target; a storage device that stores a first control program written in a cyclic execution type programming language that includes an instruction group with respect to the first actuator emulator and a second control program written in a sequential execution type programming language that includes an instruction group with respect to the second actuator emulator ; characterized by the information processing device further comprises: a timer that generates a virtual time for using as a measure of a first control period; a first controller emulator that repeatedly executes the instruction group included in the first control program in each predetermined first control period; and a second controller emulator that sequentially executes the instructions in the instruction group included in the second control program in a predetermined execution order in accordance with the virtual time, whereby the first controller emulator and the second controller emulator are configured to execute the instruction group of the first control program and the instruction group of the second control program in synchronized control periods. a first actuator emulator that simulates a behavior of a first drive apparatus that drives a first control target; a second actuator emulator that simulates a behavior of a second drive apparatus that drives a second control target; a storage device that stores a first control program written in a cyclic execution type programming language that includes an instruction group with respect to the first actuator emulator and a second control program written in a sequential execution type programming language that includes an instruction group with respect to the second actuator emulator ; a timer that generates a virtual time for using as a measure of a first control period; a first controller emulator that repeatedly executes the instruction group included in the first control program in each predetermined first control period; and a second controller emulator that sequentially executes the instructions in the instruction group included in the second control program in a predetermined execution order in accordance with the virtual time, whereby the first controller emulator and the second controller emulator are configured to execute the instruction group of the first control program and the instruction group of the second control program in synchronized control periods.
A process for preparing anti-[ 18 F]-1-amino-3-fluorocyclobutanecarboxylic acid, anti-[ 18 F]FACBC, comprising i) adding radioactive fluorine to a precursor compound syn-1-(N-(t-butoxycarbonyl)amino)-3-[((trifluoromethyl)sulfonyl)oxy]-cyclobutane-1-carboxylic acid ethyl ester represented by the following formula: wherein Et is an ethyl substituent; Tf is a trifluoromethanesulfonic acid substituent; and Boc is a t-butoxycarbonyl group, to form anti-[ 18 F]1-(N-(t-butoxycarbonyl)amino)-3-fluorocyclobutane-1-carboxylic acid ethyl ester; and ii) deprotecting said anti-[ 18 F]1-(N-(t-butoxycarbonyl)amino)-3-fluorocyclobutane-1-carboxylic acid ethyl ester to form anti-[ 18 F]-1-amino-3-fluorocyclobutanecarboxylic acid. i) adding radioactive fluorine to a precursor compound syn-1-(N-(t-butoxycarbonyl)amino)-3-[((trifluoromethyl)sulfonyl)oxy]-cyclobutane-1-carboxylic acid ethyl ester represented by the following formula: wherein Et is an ethyl substituent; Tf is a trifluoromethanesulfonic acid substituent; and Boc is a t-butoxycarbonyl group, to form anti-[ 18 F]1-(N-(t-butoxycarbonyl)amino)-3-fluorocyclobutane-1-carboxylic acid ethyl ester; and ii) deprotecting said anti-[ 18 F]1-(N-(t-butoxycarbonyl)amino)-3-fluorocyclobutane-1-carboxylic acid ethyl ester to form anti-[ 18 F]-1-amino-3-fluorocyclobutanecarboxylic acid.
A turbine blade (72a-j) for a radial turbine , comprising: a trailing edge ; a leading edge opposite the trailing edge ; and a cooling passage defined internally within the turbine blade (72a-j), the cooling passage in fluid communication with a source of cooling fluid via a single inlet to receive a cooling fluid , wherein the cooling passage diverges at a first point downstream from the single inlet into a first branch and a second branch that extend along the turbine blade (72a-j) from the first point to a second common point near a tip of the leading edge , the first branch and the second branch converge at the common second point near the tip of the leading edge and characterised in that the cooling passage includes a cross flow branch that fluidly interconnects the first branch and the second branch at the leading edge . a trailing edge ; a leading edge opposite the trailing edge ; and a cooling passage defined internally within the turbine blade (72a-j), the cooling passage in fluid communication with a source of cooling fluid via a single inlet to receive a cooling fluid , wherein the cooling passage diverges at a first point downstream from the single inlet into a first branch and a second branch that extend along the turbine blade (72a-j) from the first point to a second common point near a tip of the leading edge , the first branch and the second branch converge at the common second point near the tip of the leading edge and characterised in that the cooling passage includes a cross flow branch that fluidly interconnects the first branch and the second branch at the leading edge .
A surface treatment agent comprising an alkoxysilane compound having a cyclic silazane structure represented by the following general formula : wherein R 1 represents an unsubstituted linear alkyl group having 6 to 20 carbon atoms, R 2 represents a substituted or unsubstituted alkylene group having 3 to 6 carbon atoms that may include a heteroatom, R 3 and R 4 each independently represent a substituted or unsubstituted monovalent hydrocarbon group having 1 to 10 carbon atoms, and n represents an integer of 0 or 1.
A control circuit for a light emitting diode (LED) lighting system for achieving a dim-to-warm effect between a minimum brightness-maximum dimming level, and a maximum brightness-minimum dimming level, the control circuit comprising: a clamp circuit coupleable to a set of warm correlated-color-temperature - abbreviated 'CCT' hereafter - LEDs ; a switch coupleable to a set of cool CCT LEDs ; an LED controller configured to control the clamp circuit to clamp current through the set of warm CCT LEDs to a clamp current level based on an input current; and characterised by a feedback circuit coupled to the clamp circuit and the switch, the feedback circuit being configured to cause the clamp circuit to divert current from the set of warm CCT LEDs to the set of cool CCT LEDs in response to the input current exceeding a second threshold level. a clamp circuit coupleable to a set of warm correlated-color-temperature - abbreviated 'CCT' hereafter - LEDs ; a switch coupleable to a set of cool CCT LEDs ; an LED controller configured to control the clamp circuit to clamp current through the set of warm CCT LEDs to a clamp current level based on an input current; and characterised by a feedback circuit coupled to the clamp circuit and the switch, the feedback circuit being configured to cause the clamp circuit to divert current from the set of warm CCT LEDs to the set of cool CCT LEDs in response to the input current exceeding a second threshold level.
A metal-resin composite structure comprising: a surface-roughened metal member; and a resin member bonded to the metal member and composed of a polyarylene sulfide resin composition, wherein the metal member is made of aluminum, copper, magnesium, iron, titanium or an alloy containing at least one of them, and the polyarylene sulfide resin composition is a molded product of a resin composition including a polyarylene sulfide resin (A) and a phenol resin (B) in an amount of 0.05 to 20 parts by mass with respect to 100 parts by mass of the polyarylene sulfide resin (A), wherein the phenol resin (B) is a novolac phenol resin, and wherein the distance between protrusions adjacent to each other is 5 nm or more and 700 μm or less, and the height difference between recess and protrusion is 50 nm or more and 500 μm or less.
An apparatus for picking up and positioning an item comprising: a vacuum assembly capable of applying a suction force to the item; an engaging plate positioned adjacent the vacuum assembly and having a first plurality of apertures formed therein such that the suction force can be applied to the item through the first plurality of apertures; and a blocking member positioned adjacent the engaging plate and capable of interrupting the suction force flowing through the apertures of the engaging plate, wherein the blocking member is positionable in a first position allowing the item to be picked up and a second position interrupting the suction force to assist disengagement of the item from the engaging plate, wherein the blocking member is a plate slideably mounted adjacent the engaging plate and characterized in that the blocking member has a second plurality of apertures that generally align with the first plurality of apertures of the engaging plate when the blocking member is in the first position and that are generally out of alignment with the first plurality of apertures of the engaging plate when the blocking member is in the second position.
A water skateboard apparatus, comprising: a loading component and a number of skateboard bodies that are pushed forward together, wherein the number of the skateboard bodies are spaced apart, the loading component is detachably connected to top surfaces of the number of the skateboard bodies , and a propulsion power is jointly provided by the number of the skateboard bodies , wherein the skateboard bodies comprise a hollow board , a battery module for storing and outputting electrical energy, and a propulsion module for providing propulsion, wherein the battery module and the propulsion module are both detachably connected into the hollow board , the battery module and the propulsion module are electrically connected, a tail end of the hollow board has a water spout , and the propulsion module is hermetically connected to the water spout ; and wherein the water skateboard apparatus further comprises at least one rudder body , the rudder body being detachably connected to the loading component . a hollow board , a battery module for storing and outputting electrical energy, and a propulsion module for providing propulsion, wherein the battery module and the propulsion module are both detachably connected into the hollow board , the battery module and the propulsion module are electrically connected, a tail end of the hollow board has a water spout , and the propulsion module is hermetically connected to the water spout ; and wherein the water skateboard apparatus further comprises at least one rudder body , the rudder body being detachably connected to the loading component .
A disposable capsule for the preparation of infused beverages, said capsule comprising: i) a body comprising a main cavity or chamber in turn comprising a first dispensing opening adapted to put said main cavity or chamber in fluid communication with the external environment, wherein said main cavity or chamber contains a measured dose of a first food product (FP1) in a granular or particulate form; ii) a cover tightly fixed to a flange of said body , wherein at least one inner cavity or chamber is formed in the main cavity , wherein said inner cavity or chamber comprises a second dispensing opening and contains a measured dose of at least one second food product (FP2) in granular or particulate form and wherein the main cavity or chamber and the inner cavity or chamber are arranged in fluid communication with one another, characterized by further comprising closing means of one of the first dispensing opening and the second dispensing opening , said closing means being configured to be selectively activated upon emptying of the first or of the second food product (FP1, FP2) contained in the main cavity or the chamber or in the inner cavity or chamber , respectively, and in that the closing means are formed by a shaped element configured to tightly engage the first dispensing opening or the second dispensing opening , said shaped element being made of a material having a density higher than the water density and lower than the density of the food product in granular or particulate form contained in the cavity. i) a body comprising a main cavity or chamber in turn comprising a first dispensing opening adapted to put said main cavity or chamber in fluid communication with the external environment, wherein said main cavity or chamber contains a measured dose of a first food product (FP1) in a granular or particulate form; ii) a cover tightly fixed to a flange of said body ,
A transfer vessel suitable for use in transferring products between radiation containment chambers, the transfer vessel including: an outer receptacle having a closed end and an open end, with a securing flange extending radially outwardly from the open end, the securing flange being suitable for securing the outer receptacle to a receiving formation provided on a hot cell; a lid which is removably securable to the open end of the receptacle so as to define a first enclosed volume when the lid is located on the receptacle; a displaceable closure provided in the lid; and an inner receptacle extending from the lid into the outer receptacle, wherein the inner receptacle includes a closed end and an open end, and wherein the displaceable closure is removably securable relative to the open end of the inner receptacle so as to define a second enclosed volume; the configuration being such that the first enclosed volume and the second enclosed volume can selectively be accessed by opening the lid and the displaceable closure respectively; characterised in that a product transfer arrangement is provided between the first enclosed volume and the second enclosed volume, the product transfer arrangement enabling the transfer of product between the enclosed volumes without allowing transfer of contaminating matter between the enclosed volumes. an outer receptacle having a closed end and an open end, with a securing flange extending radially outwardly from the open end, the securing flange being suitable for securing the outer receptacle to a receiving formation provided on a hot cell; a lid which is removably securable to the open end of the receptacle so as to define a first enclosed volume when the lid is located on the receptacle; a displaceable closure provided in the lid; and an inner receptacle extending from the lid into the outer receptacle, wherein the inner receptacle includes a closed end and an open end, and wherein the displaceable closure is removably securable relative to the open end of the inner receptacle so as to define a second enclosed volume; the configuration being such that the first enclosed volume and the second enclosed volume can selectively be accessed by opening the lid and the displaceable closure respectively; characterised in that a product transfer arrangement is provided between the first enclosed volume and the second enclosed volume, the product transfer arrangement enabling the transfer of product between the enclosed volumes without allowing transfer of contaminating matter between the enclosed volumes.
A method of creating functional arrangement of a general wireless mesh network with packet message transmission to enable deterministic messages routing in this network, including at least one control communication device (C) and a set of slave communication devices (N), where the control communication device (C) creates new functional arrangement by assigning a unique virtual routing number, VRN, to each device discovered during the creation of the new functional arrangement in such a way, that virtual routing number is equal to the order in which this device was found by sequential network discovery processed by control communication device (C), thus reflecting a distance of each discovered slave communication device (N) from control communication device (C) expressed by a number of routings, therefore this unique virtual routing number, VRN, assigned into devices and stored there can be used for deterministic and nonconflicting routing of messages in networks with such functional arrangement in the way, that each sender puts into message its own virtual routing number, VRN, and each recipient of this message will choose for routing of received message upcoming time slot based on the difference between its own virtual routing number, VRN, and virtual routing number, VRN, from received message.
A cohesive granular material comprising, - granules made of a stiff substance and having a grain size in the range from 55 μm to 2.0 mm, - an elastomeric substance connecting the granules and - voids between the granules, the voids being interconnected and providing a fluid permeability to the cohesive granular material, characterised in that - a Young's modulus of the elastomeric substance is at maximum 0.1 times a Young's modulus of the stiff substance and not more than 10 MPa. - granules made of a stiff substance and having a grain size in the range from 55 μm to 2.0 mm, - an elastomeric substance connecting the granules and - voids between the granules, the voids being interconnected and providing a fluid permeability to the cohesive granular material, - a Young's modulus of the elastomeric substance is at maximum 0.1 times a Young's modulus of the stiff substance and not more than 10 MPa.
Motor vehicle comprising an aerodynamic underbody flap rotating about a transverse axis and a lower transverse structure arranged at the rear of the lower part of a front bumper characterized in that the rear part of the lower transverse structure comprises guide means which, in the event of a frontal impact, guide the backward movement of the lower transverse structure such that the rear face of the lower transverse structure comes into contact with the axis of the aerodynamic underbody flap .
A lead acid battery for a forklift truck , characterised by the battery comprising a battery charging module , the battery charging module comprising a battery charger arranged to supply current and voltage to the battery , and a battery monitor , the battery monitor arranged to monitor the charge and/or discharge of the battery , the battery charging module further comprising a mains connector , the mains connector configured to connect the battery charger to a mains power supply, and an interlock relay , the interlock relay configured to prevent the battery providing motive power when the battery is being charged, wherein the battery charging module comprises a control unit , the control unit configured to control the supply of current and voltage from the battery charger to the battery .
Treatment of a textile material with oily impurities, comprising the following steps: feeding an amount of textile material ; and cooling said amount of textile material at a temperature lower than - 130°C; said treatment being characterized in that said textile material is a coloured fabric and in that said cooling step is carried out at a temperature lower than the temperature of solidification of said impurities, and sufficiently low as to allow weakening of the bond between fibre and impurities, the treatment comprising subsequent removal, by means of physical action, of the solidified impurities from the textile material, and suction of the sublimation fumes from the textile material, wherein said cooling step is carried out by repeated dipping of the textile material in liquid nitrogen. feeding an amount of textile material ; and cooling said amount of textile material at a temperature lower than - 130°C; said treatment being characterized in that said textile material is a coloured fabric and in that said cooling step is carried out at a temperature lower than the temperature of solidification of said impurities, and sufficiently low as to allow weakening of the bond between fibre and impurities, the treatment comprising subsequent removal, by means of physical action, of the solidified impurities from the textile material, and suction of the sublimation fumes from the textile material, wherein said cooling step is carried out by repeated dipping of the textile material in liquid nitrogen.
A method of manufacturing a multi-piece flow through connector, the method comprising: forming a ceramic body including a flow path that extends through the ceramic body; forming at least one non-ceramic body that includes a flow path that extends through the at least one non-ceramic body and one or more attachment features formed therein; and attaching the ceramic body to the at least one non-ceramic body, wherein the flow path of the ceramic body is aligned with the flow path of the at least one non-ceramic body, and attaching a pressure sensing device to a portion of the ceramic body that deforms due to pressure within the flow path to sense the pressure within the flow path, wherein the portion of the ceramic body is a pressure window formed in the ceramic body, and the pressure sensor is disposed in the pressure window. forming a ceramic body including a flow path that extends through the ceramic body; forming at least one non-ceramic body that includes a flow path that extends through the at least one non-ceramic body and one or more attachment features formed therein; and attaching the ceramic body to the at least one non-ceramic body, wherein the flow path of the ceramic body is aligned with the flow path of the at least one non-ceramic body, and attaching a pressure sensing device to a portion of the ceramic body that deforms due to pressure within the flow path to sense the pressure within the flow path, wherein the portion of the ceramic body is a pressure window formed in the ceramic body, and the pressure sensor is disposed in the pressure window.