mhurhangee/patent-ind-claim-en huggingface dataset:
A cutting system for sheets, comprising at least a cutting centre (L), a sorting apparatus (S) provided with handlers (1-4) for gripping pieces cut by said cutting centre and a transfer board , movable between an area where said handlers (1-4) operate and the inside of the cutting centre (L), apt to support said sheets, said cutting centre (L) comprising at least a cutting head (L 1 ), which is mounted movable above said transfer board and is provided with a distance detection sensor which detects distance data with respect to a sheet to be cut resting on said transfer board , said transfer board comprising a resting grid which is partly worn by said cutting head (L), and wherein said cutting centre (L) and said sorting apparatus (S) have respective first and second control logics, characterised in that data interface means are furthermore provided, between said first control logic of the cutting centre (L) and said second control logic of the sorting apparatus (S), by which said distance data, acquired by said distance detection sensor, are transferred and in that said second control logic has processing means configured : for defining, periodically during operation cycles, an altitude map based on said distance data detected in a number of positions, and for controlling a gripping step of said handlers (1-4) based on said altitude map. said cutting centre (L) comprising at least a cutting head (L 1 ), which is mounted movable above said transfer board and is provided with a distance detection sensor which detects distance data with respect to a sheet to be cut resting on said transfer board , said transfer board comprising a resting grid which is partly worn by said cutting head (L), and wherein said cutting centre (L) and said sorting apparatus (S) have respective first and second control logics, characterised in that data interface means are furthermore provided, between said first control logic of the cutting centre (L) and said second control logic of the sorting apparatus (S), by which said distance data, acquired by said distance detection sensor, are transferred and in that said second control logic has processing means configured : for defining, periodically during operation cycles, an altitude map based on said distance data detected in a number of positions, and for controlling a gripping step of said handlers (1-4) based on said altitude map. for defining, periodically during operation cycles, an altitude map based on said distance data detected in a number of positions, and for controlling a gripping step of said handlers (1-4) based on said altitude map.
A pharmaceutical composition comprising a combination of masticadienonic acid (MDA), isomasticadienonic acid (IMDA), -3-beta-8-dihydroxypolypoda-13E,17E,21-triene (NF-1), -3-Oxo-8-hydroxypolypoda-13E,17E,21-triene (NF-2), and a pharmaceutically acceptable carrier, for use in treating a condition selected from Alzheimer's disease (AD) and Parkinson's Diseases (PD).
Device having a strap for carrying an electronic device cross-body against the chest of a user, comprising a support having a band, the band of which support extends over a particular length to carry said electronic device flat, said device comprising connecting means designed to fix the length of band of the support between two ends of the strap to form the cross-body strap, the band of the support having a band comprising a first face which is oriented toward the chest when the strap is worn cross-body, and a second face (5") which is opposite the first face and comprises fixing means designed to fix the electronic device flat against the second face of the band of the support, characterized in that the strap comprises, at each end, a resilient return means connected to the support, said support being designed to be moved between a use position, in which the ends of the strap and the support are not fixed by the connecting means, and a rest position, in which the ends of the strap and the support are fixed by the connecting means, and in that the return means are designed to resiliently return the support from the use position to the rest position.
A film forming apparatus for forming a film on a substrate , comprising: a spray nozzle from which a solution in droplet form is to be sprayed; a first chamber capable of housing said solution in droplet form that is to be sprayed from said spray nozzle ; a first gas supply port from which gas is to be injected and caused to collide with said solution housed in said first chamber ; a second chamber provided adjacent to said first chamber ; a through hole that is formed in a wall surface between said first chamber and said second chamber and through which said solution that has collided with said gas injected from said first gas supply port and been transformed into a mist is led from said first chamber into said second chamber ; and a mist outlet that is formed in said second chamber to face said substrate provided outside said second chamber and from which said solution in mist form is misted onto said substrate , a third gas supply port that is formed facing said substrate and adjacent to a side of said mist outlet and from which gas is to be injected, further comprising: a second gas supply port from which gas is to be injected to lead said solution in mist form that is housed in said second chamber to said mist outlet , further comprising: an exhaust port that is formed facing said substrate and through which a fluid is to be exhausted, the third gas supply port being formed adjacent to another side of the mist outlet . a spray nozzle from which a solution in droplet form is to be sprayed; a first chamber capable of housing said solution in droplet form that is to be sprayed from said spray nozzle ; a first gas supply port from which gas is to be injected and caused to collide with said solution housed in said first chamber ; a second chamber provided adjacent to said first chamber ; a through hole that is formed in a wall surface between said first chamber and said second chamber and through which said solution that has collided with said gas injected from said first gas supply port and been transformed into a mist is led from said first chamber into said second chamber ; and a mist outlet that is formed in said second chamber to face said substrate provided outside said second chamber and from which said solution in mist form is misted onto said substrate , a third gas supply port that is formed facing said substrate and adjacent to a side of said mist outlet and from which gas is to be injected,
Fuel vapour switching and venting valve for an internal combustion engine with an electromagnet , a first port and a second port , a valve body which is coupled to an armature of the electromagnet and comprises a first bearing surface by means of which the valve body can be lowered onto the first valve seat and lifted off the first valve seat , which is arranged between the first port and the second port , and a second bearing surface with which the valve body can be moved against a second valve seat which is axially displaceable and is loaded in the direction of the valve body via a spring , characterised in that the second valve seat is arranged on a flow-limiting element . an electromagnet , a first port and a second port , a valve body which is coupled to an armature of the electromagnet and comprises a first bearing surface by means of which the valve body can be lowered onto the first valve seat and lifted off the first valve seat , which is arranged between the first port and the second port , and a second bearing surface with which the valve body can be moved against a second valve seat which is axially displaceable and is loaded in the direction of the valve body via a spring , characterised in that the second valve seat is arranged on a flow-limiting element .
Device for working and processing chocolate, comprising a container and stirring means arranged therein, the container having a container interior , with a cylindrical wall , and an outwardly curved base , the stirring means including at least one stirring arm , which is rotatable about the central axis (ZA) of the cylindrical container while also protruding from said central axis (ZA) at least in a radial direction, and a conching tool , which is arranged, rotatable about an axis of rotation (DA), at or close to the base or to the vertically lowest point of the container , and the conching tool rotating more rapidly in operation than the stirring arm , characterised in that the container is set up obliquely, in other words the central axis (ZA) of the cylindrical wall is at an inclination to the vertical, and in that the conching tool includes a rotatable blade .
A steering control apparatus that controls a motor based on a command value, the motor being a source that generates a driving force that is applied to a steering mechanism of a vehicle, the command value being computed for a steering status, the steering control apparatus comprising an electronic control unit configured to compute a first component of the command value as a function of a steering torque that is applied to a steering wheel , wherein the electronic control unit is configured to compute a target rotation angle of a rotatable element based on an input torque, the rotatable element being configured to rotate with an operation of the steering wheel , the input torque including at least one of the steering torque and the first component, the electronic control unit being configured to compute a second component of the command value through feedback control that brings an actual rotation angle of the rotatable element into coincidence with the target rotation angle, characterized in that the electronic control unit is configured to compute an ideal axial force based on the target rotation angle, the ideal axial force being an axial force that acts on a steered wheel and that is an axial force to be incorporated in the input torque, and the electronic control unit is configured to shift the ideal axial force in a specified direction as a function of a cross slope, which is a slope in a direction that intersects at right angles with a course of a road, with reference to a neutral value of the ideal axial force, associated with a state where the vehicle travels straight ahead, the specified direction being a direction along the cross slope and heading toward a side opposite to a side toward which the vehicle departs from the road because of the cross slope.
A blank mold cooling cycle timing control system for an I.S. machine having a machine cycle, comprising: a heat measurement apparatus that determines the surface temperature of at least one element of a blank mold and provides a temperature measurement indicative thereof; a coolant supply ; a valve for selectively delivering coolant from the coolant supply to the at least one element of the blank mold; a temperature input indicating a desired temperature at which the at least one element of the blank mold should be maintained; a controller for providing a cooling duration output to operate the valve to deliver coolant to the at least one element of the blank mold in a manner directed to achieving the desired temperature; and an error monitoring feedback system having as inputs the temperature input and the temperature measurement which error monitoring feedback system provides an output to operate the controller; characterized in that the heat measurement apparatus obtains measurement or measurements of the surface temperature of the at least one element of the blank mold, comprising measurement of the surface temperature of the blank mold at a single location and at a single point in time relative to the I.S. machine cycle, and provides the temperature measurement or measurements indicative of said surface temperature to the error monitoring feedback system, for providing the output to operate the controller. a heat measurement apparatus that determines the surface temperature of at least one element of a blank mold and provides a temperature measurement indicative thereof; a coolant supply ; a valve for selectively delivering coolant from the coolant supply to the at least one element of the blank mold; a temperature input indicating a desired temperature at which the at least one element of the blank mold should be maintained; a controller for providing a cooling duration output to operate the valve to deliver coolant to the at least one element of the blank mold in a manner directed to achieving the desired temperature; and an error monitoring feedback system having as inputs the temperature input and the temperature measurement which error monitoring feedback system provides an output to operate the controller; characterized in that the heat measurement apparatus obtains measurement or measurements of the surface temperature of the at least one element of the blank mold, comprising measurement of the surface temperature of the blank mold at a single location and at a single point in time relative to the I.S. machine cycle, and provides the temperature measurement or measurements indicative of said surface temperature to the error monitoring feedback system, for providing the output to operate the controller.
A millimeter wave imaging device comprising: a housing ; one or more heating elements inside the housing ; a flexible gasket on the housing ; a main lens attached to the housing by the flexible gasket ; a protective lens on an outer surface of the main lens ; an Electromagnetic Impulse, EMI, filter attached to the housing and extending along an inner surface of the main lens , wherein the EMI filter is configured to pass millimeter wave frequencies of Radiofrequency, RF, energy collected by the main lens while rejecting signals with frequencies that are lower than the millimeter wave frequencies; and a Focal Plane Array, FPA, configured to receive the millimeter wave frequencies that are collected by the main lens , wherein the FPA comprises: an array of pixels ; one or more temperature regulators coupled to the array of pixels , the one or more temperature regulators comprising one or more Thermoelectric Cooler, TEC, modules configured to cool and/or heat the FPA ; a flexible material adjacent the array of pixels ; a metal heat spreader on the flexible material ; and an insulation layer on the flexible material and/or on the metal heat spreader . a housing ; one or more heating elements inside the housing ; a flexible gasket on the housing ; a main lens attached to the housing by the flexible gasket ; a protective lens on an outer surface of the main lens ; an Electromagnetic Impulse, EMI, filter attached to the housing and extending along an inner surface of the main lens , wherein the EMI filter is configured to pass millimeter wave frequencies of Radiofrequency, RF, energy collected by the main lens while rejecting signals with frequencies that are lower than the millimeter wave frequencies; and a Focal Plane Array, FPA, configured to receive the millimeter wave frequencies that are collected by the main lens , wherein the FPA comprises: an array of pixels ; one or more temperature regulators coupled to the array of pixels , the one or more temperature regulators comprising one or more Thermoelectric Cooler, TEC, modules configured to cool and/or heat the FPA ; a flexible material adjacent the array of pixels ; a metal heat spreader on the flexible material ; and an insulation layer on the flexible material and/or on the metal heat spreader . an array of pixels ; one or more temperature regulators coupled to the array of pixels , the one or more temperature regulators comprising one or more Thermoelectric Cooler, TEC, modules configured to cool and/or heat the FPA ; a flexible material adjacent the array of pixels ; a metal heat spreader on the flexible material ; and an insulation layer on the flexible material and/or on the metal heat spreader .
A turbine component comprising: a first cavity inside the turbine component configured to receive a fluid ; a second cavity inside the turbine component ; and a passage inside the turbine component that provides fluid communication between the first and second cavities , wherein the passage includes a curved portion configured to separate particulates from the fluid as the fluid flows through the passage , and wherein a centrifugal force caused by flow of the fluid through the curved portion urges the particulates towards a radially outer wall of the curved portion as the fluid flows through the passage , characterized in that the clean fluid is directed into the second cavity through a passage in a radially inner wall of the curved portion . a first cavity inside the turbine component configured to receive a fluid ; a second cavity inside the turbine component ; and a passage inside the turbine component that provides fluid communication between the first and second cavities , wherein the passage includes a curved portion configured to separate particulates from the fluid as the fluid flows through the passage , and wherein a centrifugal force caused by flow of the fluid through the curved portion urges the particulates towards a radially outer wall of the curved portion as the fluid flows through the passage , characterized in that the clean fluid is directed into the second cavity through a passage in a radially inner wall of the curved portion .
Method for decentralised wide-range control: - receiving voltage measured values from medium-voltage lines which are connected to at least two output fields of a transformer substation which are different from one another, - changing an output voltage of a transformer of the transformer substation connected to the output fields and monitoring a dependence of the received voltage measured values on this change, so that those voltage measured values which have a dependence on the change are enabled for a subsequent evaluation, - evaluating the received, enabled voltage measured values in the substation , - determining an output nominal voltage for the transformer in the transformer substation as a function of the evaluation. - receiving voltage measured values from medium-voltage lines which are connected to at least two output fields of a transformer substation which are different from one another, - changing an output voltage of a transformer of the transformer substation connected to the output fields and monitoring a dependence of the received voltage measured values on this change, so that those voltage measured values which have a dependence on the change are enabled for a subsequent evaluation, - evaluating the received, enabled voltage measured values in the substation , - determining an output nominal voltage for the transformer in the transformer substation as a function of the evaluation.
Method for processing differently measurements of critical Tag to Reader calibration, TRcal, symbol and data coded by a pulse interval coding, the method proceeds communication according to an Electronic Product Code, EPC, protocol, and includes following steps: - picking up Ultra High Frequency, UHF, signals by an antenna of a device for processing Ultra High Frequency signals, - creating an envelope signal from the Ultra High Frequency signals picked up by the antenna in a demodulator , - processing the envelope signal and decoding critical Tag to Reader calibration symbol and data in a logic unit of the device , - interpreting the critical Tag to Reader calibration symbol and data, - storing the interpreted data, - encoding transmit data, - modulating the encoded data in a modulator , and - clocking the steps as above by a local oscillator , the method being characterised in that in the step of processing the envelope signal, the envelope signal from the demodulator is sampled by a re-sampling circuit , which is clocked for processing the critical Tag to Reader calibration symbol at a first frequency clock, whereas data are processed at a second divided frequency clock of the first frequency clock lower than the first frequency clock. - picking up Ultra High Frequency, UHF, signals by an antenna of a device for processing Ultra High Frequency signals, - creating an envelope signal from the Ultra High Frequency signals picked up by the antenna in a demodulator , - processing the envelope signal and decoding critical Tag to Reader calibration symbol and data in a logic unit of the device , - interpreting the critical Tag to Reader calibration symbol and data, - storing the interpreted data, - encoding transmit data, - modulating the encoded data in a modulator , and - clocking the steps as above by a local oscillator , the method being characterised in that in the step of processing the envelope signal, the envelope signal from the demodulator is sampled by a re-sampling circuit , which is clocked for processing the critical Tag to Reader calibration symbol at a first frequency clock, whereas data are processed at a second divided frequency clock of the first frequency clock lower than the first frequency clock.
A method of determining or comparing potency of a test interferon relative to Recombinant Super-Compound Interferon (rSIFN-co), or establishing equivalence between a test interferon and rSIFN-co, comprising: providing the test interferon and rSIFN-co; and determining the following activities by the test interferon and rSIFN-co, in vitro, under same specified conditions, respectively: (i) Down-regulation of expression of LRP6 and FZD6 in HT-29 cells; and (ii) Higher affinity binding to IFNAR1 and lower affinity binding to IFNAR2 as compared to IFNα-2b; whereby the presence of the activity specified in (i) in a statistically significant manner and the activity specified in (ii) by the test interferon, signifies that the test interferon and rSIFN-co have the same potency, or that the test interferon and rSIFN-co are equivalent. providing the test interferon and rSIFN-co; and determining the following activities by the test interferon and rSIFN-co, in vitro, under same specified conditions, respectively: (i) Down-regulation of expression of LRP6 and FZD6 in HT-29 cells; and (ii) Higher affinity binding to IFNAR1 and lower affinity binding to IFNAR2 as compared to IFNα-2b; whereby the presence of the activity specified in (i) in a statistically significant manner and the activity specified in (ii) by the test interferon, signifies that the test interferon and rSIFN-co have the same potency, or that the test interferon and rSIFN-co are equivalent. (i) Down-regulation of expression of LRP6 and FZD6 in HT-29 cells; and (ii) Higher affinity binding to IFNAR1 and lower affinity binding to IFNAR2 as compared to IFNα-2b;
A multi-layer particle board comprising at least one core layer and a surface layer, the surface layer particles being bonded by a binder comprising carbohydrate based reaction products and the core layer particles being bonded by a binder other than the carbohydrate based binder resin used in the surface layer, wherein the binder comprising carbohydrate based reaction product comprises: reaction products of a reducing sugar and a nitrogen source.