mhurhangee/patent-ind-claim-en huggingface dataset:
A composite panel comprising at least one integrated electrical circuit , the composite panel comprising: a matrix; and a matrix-permeable reinforced material assembly comprising: a first matrix-permeable fabric preform and a second matrix-permeable fabric preform extending in a superposed relationship; at least one electrical circuit provided on a film substrate , wherein the at least one electrical circuit is placed between the first and second matrix-permeable fabric preforms, and the film substrate comprises at least one hole and/or opening ; and at least one electrical or electronic device electrically connected to the at least one electrical circuit . a matrix; and a matrix-permeable reinforced material assembly comprising: a first matrix-permeable fabric preform and a second matrix-permeable fabric preform extending in a superposed relationship; at least one electrical circuit provided on a film substrate , wherein the at least one electrical circuit is placed between the first and second matrix-permeable fabric preforms, and the film substrate comprises at least one hole and/or opening ; and at least one electrical or electronic device electrically connected to the at least one electrical circuit . a first matrix-permeable fabric preform and a second matrix-permeable fabric preform extending in a superposed relationship; at least one electrical circuit provided on a film substrate , wherein the at least one electrical circuit is placed between the first and second matrix-permeable fabric preforms, and the film substrate comprises at least one hole and/or opening ; and at least one electrical or electronic device electrically connected to the at least one electrical circuit .
A production method of a mold comprising: a preparation process of preparing a plate precursor having a protruding pattern formed of a plurality of protrusions in a pattern presence region on a base, and a thermoplastic resin sheet ; an alignment process of determining a position at which the plate precursor is to be pressed against the thermoplastic resin sheet by moving the plate precursor and the thermoplastic resin sheet relative to each other; and a forming process of forming a recessed pattern having an inverted shape of the protruding pattern on the thermoplastic resin sheet by pressing the protrusions of the plate precursor which is heated against the thermoplastic resin sheet at a position where a part of the pattern presence region of the plate precursor excluding the protrusions is separated from a surface of the thermoplastic resin sheet , cooling the plate precursor in a state in which the pressed protrusions and the thermoplastic resin sheet are in contact with each other, and separating the plate precursor from the thermoplastic resin sheet , characterized in that a depression is formed in advance in a pressing surface (X) in the surface of the thermoplastic resin sheet , against which the protrusions forming the protruding pattern of the plate precursor are pressed.
A method for identifying biological particles of interest comprising: (a) bringing a first phase in contact with a second phase immiscible with the first phase to generate a plurality of droplets, wherein the plurality of droplets comprises (i) a first subset of droplets each including a single biological particle, and (ii) a second subset of droplets each either having more than one biological particle or not having any biological particle, wherein the biological particle is a cell, a derivative of a cell, or a constituent of a cell; wherein each of the plurality of droplets comprises field-attractable particles; (b) directing the plurality of droplets along a first channel towards an intersection of the first channel with at least a second channel and a third channel; and (c) subjecting the plurality of droplets to an electric or magnetic field to separate a portion of the first subset of the plurality of droplets from a portion of the second subset of the plurality of droplets, wherein upon separation, the portion of the first subset of the plurality of droplets flows along the second channel and the portion of the second subset of the plurality of droplets flows along the third channel. (a) bringing a first phase in contact with a second phase immiscible with the first phase to generate a plurality of droplets, wherein the plurality of droplets comprises (i) a first subset of droplets each including a single biological particle, and (ii) a second subset of droplets each either having more than one biological particle or not having any biological particle, wherein the biological particle is a cell, a derivative of a cell, or a constituent of a cell; wherein each of the plurality of droplets comprises field-attractable particles; (b) directing the plurality of droplets along a first channel towards an intersection of the first channel with at least a second channel and a third channel; and (c) subjecting the plurality of droplets to an electric or magnetic field to separate a portion of the first subset of the plurality of droplets from a portion of the second subset of the plurality of droplets, wherein upon separation, the portion of the first subset of the plurality of droplets flows along the second channel and the portion of the second subset of the plurality of droplets flows along the third channel.
A packed clear beverage, containing a fruit flavoring and one or more of the following aroma components: 5 to 5000 ppb of vanillin; 3.0 to 15.0 ppb of ethyl octanoate; or 50 to 500 ppb of 2-undecanone; with an absorbance of 0.06 or less at a wavelength of 660 nm, wherein the fruit flavoring is a citrus flavoring. 5 to 5000 ppb of vanillin; 3.0 to 15.0 ppb of ethyl octanoate; or 50 to 500 ppb of 2-undecanone;
A system, comprising: a graph database service comprising one or more processors (3010A-N) and a memory to store computer-executable instructions that, when executed, cause the one or more processors to: store a plurality of items of a graph database in a triple store table, wherein individual items of the graph database comprise at least an identifier , a property and a value for the property , wherein more than one item of the graph database comprises a same particular property, and wherein individual properties of the items are associated with a respective data type for the corresponding values for the property, such that all the values for the particular property of the graph database share the same data type that is associated with the particular property; create indices (160A-G) corresponding to the properties, wherein an individual one of the indices corresponds to an individual one of the properties, and wherein the individual one of the indices comprises one or more of the values associated with the corresponding property; and perform a query on the graph database, wherein the query on the graph database is performed using one or more of the indices corresponding to one or more of the properties associated with the query. store a plurality of items of a graph database in a triple store table, wherein individual items of the graph database comprise at least an identifier , a property and a value for the property , wherein more than one item of the graph database comprises a same particular property, and wherein individual properties of the items are associated with a respective data type for the corresponding values for the property, such that all the values for the particular property of the graph database share the same data type that is associated with the particular property; create indices (160A-G) corresponding to the properties, wherein an individual one of the indices corresponds to an individual one of the properties, and wherein the individual one of the indices comprises one or more of the values associated with the corresponding property; and perform a query on the graph database, wherein the query on the graph database is performed using one or more of the indices corresponding to one or more of the properties associated with the query.
Gas burner arrangement , comprising at least one gas burner and a flame arrester , formed with an inlet along an axis and an outlet at an angle to this axis , the at least one flame arrester being insertable in a burner chamber of the gas burner of a gas heating appliance , the flame arrester and gas burner being designed such that a surface load in operation is in the range from 1.5 to 7.0 W/mm 2 , characterised in that the at least one flame arrester has a porosity greater than 35%.
A method for producing hydrogen from a petroleum reservoir , the method comprising: a. providing a well from surface to the reservoir ; b. locating in the well at least one hydrogen-permeable membrane ; c. heating the reservoir to facilitate at least one of gasification, water-gas shift, and aquathermolysis reactions to occur between petroleum hydrocarbons and water within the reservoir to generate a gas stream comprising hydrogen; and d. allowing the gas stream to enter the well and engage the at least one hydrogen-permeable membrane , such that the at least one hydrogen-permeable membrane permits passage of only the hydrogen in the gas stream to the surface. a. providing a well from surface to the reservoir ; b. locating in the well at least one hydrogen-permeable membrane ; c. heating the reservoir to facilitate at least one of gasification, water-gas shift, and aquathermolysis reactions to occur between petroleum hydrocarbons and water within the reservoir to generate a gas stream comprising hydrogen; and d. allowing the gas stream to enter the well and engage the at least one hydrogen-permeable membrane , such that the at least one hydrogen-permeable membrane permits passage of only the hydrogen in the gas stream to the surface.
A computing system, comprising: an application execution environment ; an operating system ; a data storage selectively accessible from the application execution environment via the operating system; and a biometrics component comprising a biometrics sensor and a security engine , the biometrics component having direct access to the data storage, the biometrics component configured to selectively prohibit, in response to a request from the application execution environment to capture a biometric sample, access to the data storage from the application execution environment via the operating system, so that the biometric sample is securely captured; capture the biometric sample from the biometric sensor to obtain biometric data; encrypt, by the security engine, the biometric data using a cryptographic key; store the encrypted biometric data in the data storage; and allow access to the data storage from the application execution environment via the operating system subsequent to encrypting the biometric data. an application execution environment ; an operating system ; a data storage selectively accessible from the application execution environment via the operating system; and a biometrics component comprising a biometrics sensor and a security engine , the biometrics component having direct access to the data storage, the biometrics component configured to selectively prohibit, in response to a request from the application execution environment to capture a biometric sample, access to the data storage from the application execution environment via the operating system, so that the biometric sample is securely captured; capture the biometric sample from the biometric sensor to obtain biometric data; encrypt, by the security engine, the biometric data using a cryptographic key; store the encrypted biometric data in the data storage; and allow access to the data storage from the application execution environment via the operating system subsequent to encrypting the biometric data. selectively prohibit, in response to a request from the application execution environment to capture a biometric sample, access to the data storage from the application execution environment via the operating system, so that the biometric sample is securely captured; capture the biometric sample from the biometric sensor to obtain biometric data; encrypt, by the security engine, the biometric data using a cryptographic key; store the encrypted biometric data in the data storage; and allow access to the data storage from the application execution environment via the operating system subsequent to encrypting the biometric data.
A base unit for a workstation system, comprising at least two support legs which are height-adjustable; at least one connecting element which connects the support legs with each other; and at least one joint for an assembly table , wherein the assembly table has at least one leg and at least one hook , and wherein the joint is fixed to the connecting element and/or to the support leg of the base unit , and wherein the joint is composed of two vertical plates and at least one beam disposed between the plates for receiving a hook of the assembly table such that the assembly table is fixable to the base unit , and wherein the joint is disposed on the front of the base unit .
An apparatus for powder dosing a nutritional composition comprising: a. a container body including: i. an upper portion adapted for removable receipt of a closure , the upper portion defining an opening therein, and ii. a cavity defined by the container body , the cavity being in fluid communication with the upper portion opening, and b. the closure removably coupled to the upper portion, the closure including: i. a disk disposed between the container body and the closure, and characterized in that the disk is formed with an open lattice center and in that the nutritional composition comprises ii. a heat-sensitive ingredient deposited on the underside of the disk. a. a container body including: i. an upper portion adapted for removable receipt of a closure , the upper portion defining an opening therein, and ii. a cavity defined by the container body , the cavity being in fluid communication with the upper portion opening, and i. an upper portion adapted for removable receipt of a closure , the upper portion defining an opening therein, and ii. a cavity defined by the container body , the cavity being in fluid communication with the upper portion opening, and b. the closure removably coupled to the upper portion, the closure including: i. a disk disposed between the container body and the closure, and characterized in that the disk is formed with an open lattice center and in that the nutritional composition comprises ii. a heat-sensitive ingredient deposited on the underside of the disk. i. a disk disposed between the container body and the closure, and characterized in that the disk is formed with an open lattice center and in that the nutritional composition comprises ii. a heat-sensitive ingredient deposited on the underside of the disk.
An antenna assembly tunable from remote comprising: a main reflector , a sub-reflector associated with the main reflector, a feed configured to receive transmission illuminating the main reflector via the sub-reflector , or to transmit transmission to the main reflector via the sub-reflector , and a geometric measuring device configured to scan the surface of the main reflector by measuring a distance to a plurality of selected points on the inner face of main reflector from the geometric measuring device and to yield a set of data items representing the geometries of the inner face of the main reflector , wherein the sub-reflector comprises: a plurality of actuators disposed over and attached to its outer face, each of the plurality of actuators being configured to locally deform the surface of the sub-reflector adjacent to that actuator by locally pushing the material forming the sub-reflector inwardly or outwardly in response to a change in the actuator position, and wherein the antenna assembly is configured to calculate a correction vector comprising movement values for some or all of the actuators of the sub-reflector based on the said set of data items. a main reflector , a sub-reflector associated with the main reflector, a feed configured to receive transmission illuminating the main reflector via the sub-reflector , or to transmit transmission to the main reflector via the sub-reflector , and a geometric measuring device configured to scan the surface of the main reflector by measuring a distance to a plurality of selected points on the inner face of main reflector from the geometric measuring device and to yield a set of data items representing the geometries of the inner face of the main reflector , wherein the sub-reflector comprises: a plurality of actuators disposed over and attached to its outer face, each of the plurality of actuators being configured to locally deform the surface of the sub-reflector adjacent to that actuator by locally pushing the material forming the sub-reflector inwardly or outwardly in response to a change in the actuator position, and wherein the antenna assembly is configured to calculate a correction vector comprising movement values for some or all of the actuators of the sub-reflector based on the said set of data items. a plurality of actuators disposed over and attached to its outer face, each of the plurality of actuators being configured to locally deform the surface of the sub-reflector adjacent to that actuator by locally pushing the material forming the sub-reflector inwardly or outwardly in response to a change in the actuator position, and wherein the antenna assembly is configured to calculate a correction vector comprising movement values for some or all of the actuators of the sub-reflector based on the said set of data items.
A magnetic sensor comprising: a sensor chip including an element-forming surface provided with a magnetism detection element (MR); a magnetic member including a first side surface facing the element-forming surface ; and a circuit board including a mounting surface on which the sensor chip and the magnetic member are mounted, characterized in that the sensor chip and the magnetic member are mounted on the circuit board such that the element-forming surface and the first side surface are substantially orthogonal to the mounting surface of the circuit board , wherein a longitudinal direction of the magnetic member is perpendicular to the first side surface thereof, wherein the magnetic member is fixed to the circuit board by adherence to the mounting surface of the circuit board via an adhesive (G), and wherein the first side surface is smaller in area than the element-forming surface . a sensor chip including an element-forming surface provided with a magnetism detection element (MR); a magnetic member including a first side surface facing the element-forming surface ; and a circuit board including a mounting surface on which the sensor chip and the magnetic member are mounted, characterized in that the sensor chip and the magnetic member are mounted on the circuit board such that the element-forming surface and the first side surface are substantially orthogonal to the mounting surface of the circuit board , wherein a longitudinal direction of the magnetic member is perpendicular to the first side surface thereof, wherein the magnetic member is fixed to the circuit board by adherence to the mounting surface of the circuit board via an adhesive (G), and wherein the first side surface is smaller in area than the element-forming surface .
Electromechanical dual-circuit steering system for a utility vehicle having two steering systems (1a, b), each comprising a drive unit for actuating a respective steering linkage (5a, b) for wheels (6a, b, c, d) of the utility vehicle, wherein each drive unit has a respective electric motor , wherein the dual-circuit steering system has a main power supply for supplying the electric motors with energy, characterized in that the dual-circuit steering system has at least one emergency power supply for supplying one electric motor of the one steering system with energy in the event of a failure of the main power supply , and the other steering system is made rigid.
An infrared denaturing device for denaturing an object to be denatured with infrared light, the infrared denaturing device comprising an infrared light source for emitting non-directional infrared light, a light projecting body for irradiating a region being denatured of the object to be denatured with infrared light, and a controller for controlling the operation of the infrared light source, wherein the light projecting body s provided, at its tip on the light emitting side, with at least one pair of reflecting surfaces for reflecting and guiding infrared light from the infrared light source to the region being denatured and a light emitting surface for emitting the infrared light reflected by the reflecting surface onto the region being denatured; characterised in that the infrared denaturing device is provided with an electrical stimulation interruption confirming sensor for confirming interruption of electrical stimulation in the region being denatured; and wherein the interruption confirming sensor comprises, in the vicinity of the region being denatured, a pair of contact terminals that are adapted to make contact with one surface of the object to be denatured.
A method of controlling generation apparatus for generating a three-dimensional object, wherein the object is generated by heating a build material to cause coalescence of the build material, the method comprising: determining data indicative of at least one physical property affecting heat transfer from the object and derived from a model of the object for controlling the formation of the object, wherein the at least one physical property comprises at least one of: an object weight, an object mass, an object volume, a structure of the object, a number of layers used to form the object or an object dimension; determining a quality standard for the object to be generated; calculating a cooling time using the determined data and the quality standard; controlling a component of the generation apparatus in response to the determined cooling time. determining data indicative of at least one physical property affecting heat transfer from the object and derived from a model of the object for controlling the formation of the object, wherein the at least one physical property comprises at least one of: an object weight, an object mass, an object volume, a structure of the object, a number of layers used to form the object or an object dimension; determining a quality standard for the object to be generated; calculating a cooling time using the determined data and the quality standard; controlling a component of the generation apparatus in response to the determined cooling time.