mhurhangee/patent-ind-claim-en huggingface dataset:
A device suitable for revealing spatial variations in the polarisation of electromagnetic radiation (R), in the form of localised temperature variations, the device comprising a surface of a carrier that is thermally and electrically insulating, and including in or on the surface of the carrier, an array of patterns (M) that each consist of at least one rectilinear segment of a material, called sensitive material, the sensitive material being suitable for producing heating when said sensitive material is exposed to an electric field or a magnetic field of the radiation (R), with a value of a heating power rate relative to a power of the electromagnetic radiation which varies according to a polarisation of said electromagnetic radiation relative to an orientation of each segment in the surface of the carrier , said rate of heating power relative to the electromagnetic radiation power being substantially zero in the carrier outside the segments of the sensitive material, regardless of the polarisation of the radiation (R), device wherein, if each pattern (M) includes several segments, these segments within each pattern have at least two different orientations, or wherein, if each pattern includes only one segment, the segments of two patterns that are neighbours have different orientations, the array being constituted by repetitions of a basic pattern with offsets in several repetition directions (D1, D2) which are distinct in the surface of the carrier , so as to form a two-dimensional array of identical patterns (M), the device being characterised in that the sensitive material is an electrically conductive material, with an electrical conductivity value of said sensitive material which is comprised between 10 S/m and 500 S/m. the sensitive material being suitable for producing heating when said sensitive material is exposed to an electric field or a magnetic field of the radiation (R), with a value of a heating power rate relative to a power of the electromagnetic radiation which varies according to a polarisation of said electromagnetic radiation relative to an orientation of each segment in the surface of the carrier , said rate of heating power relative to the electromagnetic radiation power being substantially zero in the carrier outside the segments of the sensitive material, regardless of the polarisation of the radiation (R), device wherein, if each pattern (M) includes several segments, these segments within each pattern have at least two different orientations, or wherein, if each pattern includes only one segment, the segments of two patterns that are neighbours have different orientations, the array being constituted by repetitions of a basic pattern with offsets in several repetition directions (D1, D2) which are distinct in the surface of the carrier , so as to form a two-dimensional array of identical patterns (M), the device being characterised in that the sensitive material is an electrically conductive material, with an electrical conductivity value of said sensitive material which is comprised between 10 S/m and 500 S/m.
A method for optimizing a composite load disaggregation to identify at least one appliance in an electrical environment, the method comprising: performing, by at least one processor, a factor-graph analysis on one or more input variables from the electrical environment to generate confidence measures for one or more appliances in the electrical environment, wherein the confidence measures indicate at least one appliance from the one or more appliances being switched on at an instance, wherein the factor-graph analysis is implemented based on matrix formulation of blind source separation or based on load block diagram; retrieving, by the at least one processor, contextual information impacting the usage of the one or more appliances from a contextual information database; and optimizing, by the at least one processor, the composite load disaggregation, by applying one or more rules to the confidence measures and to the contextual information for identifying at least one appliance from the one or more appliances, and wherein the one or more rules are applied to resolve conflicts in decision of identifying the at least one appliance from the one or more appliances based on the optimized composite load disaggregation through the factor-graph analysis. performing, by at least one processor, a factor-graph analysis on one or more input variables from the electrical environment to generate confidence measures for one or more appliances in the electrical environment, wherein the confidence measures indicate at least one appliance from the one or more appliances being switched on at an instance, wherein the factor-graph analysis is implemented based on matrix formulation of blind source separation or based on load block diagram; retrieving, by the at least one processor, contextual information impacting the usage of the one or more appliances from a contextual information database; and optimizing, by the at least one processor, the composite load disaggregation, by applying one or more rules to the confidence measures and to the contextual information for identifying at least one appliance from the one or more appliances, and wherein the one or more rules are applied to resolve conflicts in decision of identifying the at least one appliance from the one or more appliances based on the optimized composite load disaggregation through the factor-graph analysis.
Lock (1, 1', 1") to secure a leaf of a door or window to a jamb, comprising: - a lock device , insertable in a first leaf seat and comprising a bolt , movable between a release configuration and a locking configuration of the leaf to the jamb; - a square pin , passing through the lock device so as to protrude from both sides of the latter; - actuation elements , for example knobs, each engaged with one end of the square pin and manually rotatable about a rotation axis (R) for moving the bolt between said configurations; wherein said pin is telescopic and comprises a female portion that comprises one or more walls that circumscribe a pin compartment slidably receiving a male portion of said pin ; said lock (1, 1', 1") being characterized in that said wall delimits at least one longitudinal slit in which the male portion is partly housed for coupling of the latter with the lock device , the female portion and the male portion each delimiting an abutment surface with a through seat , optionally squared, of the lock device . - a lock device , insertable in a first leaf seat and comprising a bolt , movable between a release configuration and a locking configuration of the leaf to the jamb; - a square pin , passing through the lock device so as to protrude from both sides of the latter; - actuation elements , for example knobs, each engaged with one end of the square pin and manually rotatable about a rotation axis (R) for moving the bolt between said configurations; wherein said pin is telescopic and comprises a female portion that comprises one or more walls that circumscribe a pin compartment slidably receiving a male portion of said pin ; said lock (1, 1', 1") being characterized in that said wall delimits at least one longitudinal slit in which the male portion is partly housed for coupling of the latter with the lock device , the female portion and the male portion each delimiting an abutment surface with a through seat , optionally squared, of the lock device .
An aircraft class divider assembly, the assembly comprising: a contoured class divider for separating regions of an aircraft cabin between at least one forward passenger seat and at least one aft passenger seat, the contoured class divider comprising a panel for positioning aft of the at least one forward passenger seat, the panel including one or more panel portions and having a contoured shape for receiving the back of the at least one forward passenger seat in at least a reclined position; a lower support assembly for pivotally securing the panel to a floor of the aircraft cabin; an upper assembly for securing the panel to an upper cabin structure; and wherein the upper assembly comprises means to articulate at least a first panel portion of the one or more panel portions from an aft position during normal operation to a forward position during an emergency event wherein, in the aft position, in use, a section of the first panel portion is disposed within an expected path of travel of a head of a passenger seated in the at least one aft passenger seat, and in the forward position, in use the section of the first panel portion is outside the expected path of travel; characterized in that the means to articulate comprises a channel disposable on an underside of the upper cabin structure, the channel configured to slidably engage a coupling at an upper end of the panel such that the coupling translates within the channel during movement of the first panel portion from the aft position to the forward position in response to a crash event, when submitted to inertial forces. a contoured class divider for separating regions of an aircraft cabin between at least one forward passenger seat and at least one aft passenger seat, the contoured class divider comprising a panel for positioning aft of the at least one forward passenger seat, the panel including one or more panel portions and having a contoured shape for receiving the back of the at least one forward passenger seat in at least a reclined position; a lower support assembly for pivotally securing the panel to a floor of the aircraft cabin; an upper assembly for securing the panel to an upper cabin structure; and wherein the upper assembly comprises means to articulate at least a first panel portion of the one or more panel portions from an aft position during normal operation to a forward position during an emergency event wherein, in the aft position, in use, a section of the first panel portion is disposed within an expected path of travel of a head of a passenger seated in the at least one aft passenger seat, and in the forward position, in use the section of the first panel portion is outside the expected path of travel; characterized in that the means to articulate comprises a channel disposable on an underside of the upper cabin structure, the channel configured to slidably engage a coupling at an upper end of the panel such that the coupling translates within the channel during movement of the first panel portion from the aft position to the forward position in response to a crash event, when submitted to inertial forces.
Method for controlling a multi-phase rotary electric machine , the stator of which is controlled by a control bridge comprising a plurality of parallel-mounted switching arms, each arm comprising a high-side switch and a low-side switch connected to one another at a centre tap, which is itself connected to a phase (U, V, W) of said rotary electric machine, said rotary electric machine operating as a generator and being connected to an electrical network , notably to an on-board network of a motor vehicle, said method comprising a step (E400) of short-circuiting at least one phase winding of the stator when a measurement (V*) of the voltage of said network exceeds a first predetermined value (VS1), said method being further characterized in that it comprises, following the short-circuiting step (E400), a step (E500, E600, E700, E800) of activating a switching arm, the centre tap of which is connected to said at least one short-circuited phase winding, during which step: - the intensity in the short-circuited winding is measured, - if the measured intensity corresponds to a current entering said short-circuited winding from the centre tap connected to said at least one short-circuited winding, the high-side switch of said activated switching arm is moved to the closed position and the low-side switch of said activated switching arm is moved to the open position, - otherwise, the high-side switch of said activated switching arm is moved to the open position, and the low-side switch of said activated switching arm is moved to the closed position. - the intensity in the short-circuited winding is measured, - if the measured intensity corresponds to a current entering said short-circuited winding from the centre tap connected to said at least one short-circuited winding, the high-side switch of said activated switching arm is moved to the closed position and the low-side switch of said activated switching arm is moved to the open position, - otherwise, the high-side switch of said activated switching arm is moved to the open position, and the low-side switch of said activated switching arm is moved to the closed position.
A display support arm assembly configured for vertical adjustment of a display, the display support arm assembly comprising: an upper support arm , the upper support arm having a proximal housing a distal housing spaced from the proximal housing and configured to support a gas strut extending between the proximal housing and the distal housing, the gas strut providing force throughout a range of the vertical adjustment of the upper display support arm, a cable management extension extending from the proximal housing, the cable management extension having a loop portion positioned to retain a cable and characterized by a keeper; a lower support arm , the lower support arm having a securing mechanism configured to engage the keeper of the cable management extension of the upper support arm, and an actuator configured to disengage the keeper from the securing mechanism. an upper support arm , the upper support arm having a proximal housing a distal housing a proximal housing a distal housing spaced from the proximal housing and configured to support a gas strut extending between the proximal housing and the distal housing, the gas strut providing force throughout a range of the vertical adjustment of the upper display support arm, a cable management extension extending from the proximal housing, the cable management extension having a loop portion positioned to retain a cable and characterized by a keeper; a lower support arm , the lower support arm having a securing mechanism configured to engage the keeper of the cable management extension of the upper support arm, and an actuator configured to disengage the keeper from the securing mechanism.
A pump comprising: a stator comprising a coil , said coil being configured to generate a magnetic field when an electrical current is supplied to said coil ; a rotor having an axial direction, a circumferential direction, and a radial direction, a casing , said casing comprising an inlet , an outlet , and a pump cavity by which said inlet and said outlet communicate, said rotor being disposed in said pump cavity , said rotor comprising an impeller and a permanent magnet , whereby said rotor is rotated about said axial direction by the magnetic field, characterized in that said rotor has a through hole extending in the axial direction, said through hole enabling a foreign substance and air between said rotor and said pump cavity to be discharged, said permanent magnet is made of a bond magnet, whereby said permanent magnet has a weld line extending from an inside to an outside of said radial direction, said permanent magnet has a plurality of magnetic poles which are arranged in the circumferential direction, whereby boundaries are formed between the magnetic poles adjacent to each other, said through hole is displaced from said weld line in the circumferential direction, and said through hole is displaced from said boundary in the circumferential direction. a stator comprising a coil , said coil being configured to generate a magnetic field when an electrical current is supplied to said coil ; a rotor having an axial direction, a circumferential direction, and a radial direction, a casing , said casing comprising an inlet , an outlet , and a pump cavity by which said inlet and said outlet communicate, said rotor being disposed in said pump cavity , said rotor comprising an impeller and a permanent magnet , whereby said rotor is rotated about said axial direction by the magnetic field, characterized in that said rotor has a through hole extending in the axial direction, said through hole enabling a foreign substance and air between said rotor and said pump cavity to be discharged, said permanent magnet is made of a bond magnet, whereby said permanent magnet has a weld line extending from an inside to an outside of said radial direction, said permanent magnet has a plurality of magnetic poles which are arranged in the circumferential direction, whereby boundaries are formed between the magnetic poles adjacent to each other, said through hole is displaced from said weld line in the circumferential direction, and said through hole is displaced from said boundary in the circumferential direction.
A method for recycling LED components from a waste lamp mixture, wherein a) a waste lamp mixture is fed to an irradiation chamber; b) the waste lamp mixture is irradiated using a radiation source emitting in the wavelength range of 400 to 500 nm, the LED lamps excited to fluoresce as a result of the irradiation emitting fluorescent radiation; c) the emitted fluorescent radiation is detected by way of a detector, and the LED lamps are identified thereby; d) the identified LED lamps are separated from the remaining waste lamp mixture; e) the separated LED lamps are subjected to mechanical comminution; f) the comminuted LED lamps comprising LED components and non-LED components are irradiated using a radiation source emitting in the wavelength range of 400 to 500 nm, the LED components excited to fluoresce as a result of the irradiation emitting fluorescent radiation; g) the emitted fluorescent radiation is detected by way of a detector, and the LED components are identified thereby; and h) the identified LED components are separated from the non-LED components. a) a waste lamp mixture is fed to an irradiation chamber; b) the waste lamp mixture is irradiated using a radiation source emitting in the wavelength range of 400 to 500 nm, the LED lamps excited to fluoresce as a result of the irradiation emitting fluorescent radiation; c) the emitted fluorescent radiation is detected by way of a detector, and the LED lamps are identified thereby; d) the identified LED lamps are separated from the remaining waste lamp mixture; e) the separated LED lamps are subjected to mechanical comminution; f) the comminuted LED lamps comprising LED components and non-LED components are irradiated using a radiation source emitting in the wavelength range of 400 to 500 nm, the LED components excited to fluoresce as a result of the irradiation emitting fluorescent radiation; g) the emitted fluorescent radiation is detected by way of a detector, and the LED components are identified thereby; and h) the identified LED components are separated from the non-LED components.
A method of determining the dryness of a multiphase fluid flow, such as a steam flow, in a fluid line , the method comprising: obtaining a vibration signal from the fluid flow using a vibration sensor comprising a target disposed in the fluid flow which vibrates in response to fluid flow in the fluid line ; analysing the vibration signal to determine a first energy parameter (E1) which is related to the energy of the vibration signal within a first frequency band (B1), and a second energy parameter (E2) which is related to the energy of the vibration signal within a second frequency band (B2); and determining a dryness parameter relating to the dryness of the multiphase fluid flow using the first and second energy parameters (E1, E2). obtaining a vibration signal from the fluid flow using a vibration sensor comprising a target disposed in the fluid flow which vibrates in response to fluid flow in the fluid line ; analysing the vibration signal to determine a first energy parameter (E1) which is related to the energy of the vibration signal within a first frequency band (B1), and a second energy parameter (E2) which is related to the energy of the vibration signal within a second frequency band (B2); and determining a dryness parameter relating to the dryness of the multiphase fluid flow using the first and second energy parameters (E1, E2).
A method comprising: receiving, at a cloud compute service , a notification that a sensitive file comprising sensitive data has been received at a file receipt location, the sensitive file being sent by a client device ; generating, by the cloud compute service , a container instance in response to the notification; retrieving, by the container instance , the sensitive file from the file receipt location; generating, by the container instance , a stripped file by stripping the sensitive data from the sensitive file based on a configuration file; transmitting, by the container instance , the stripped file to a storage location; deleting the sensitive file and associated file pointers from the file receipt location; and terminating the container instance , wherein terminating the container instance comprises deleting files and associated file pointers from a memory of the container instance , wherein the deleted files comprise a copy of the sensitive file and a copy of the stripped file . receiving, at a cloud compute service , a notification that a sensitive file comprising sensitive data has been received at a file receipt location, the sensitive file being sent by a client device ; generating, by the cloud compute service , a container instance in response to the notification; retrieving, by the container instance , the sensitive file from the file receipt location; generating, by the container instance , a stripped file by stripping the sensitive data from the sensitive file based on a configuration file; transmitting, by the container instance , the stripped file to a storage location; deleting the sensitive file and associated file pointers from the file receipt location; and terminating the container instance , wherein terminating the container instance comprises deleting files and associated file pointers from a memory of the container instance , wherein the deleted files comprise a copy of the sensitive file and a copy of the stripped file .
System for assisting in the clamping of a workpiece on a machine table , that is in particular equipped with clamping grooves and in particular T-slots, of a machine tool such as a power drill, comprising a basic body and a clamping part accommodated in the basic body , extending within an accommodation of the basic body in a longitudinal direction between two ends , and wherein the clamping part is height-adjustably retained by means of a threaded spindle of the system , wherein the threaded spindle is guided in a through hole of the basic body and rests on the basic body , and wherein the threaded spindle shows a tool end , and wherein rotation of the threaded spindle causes height adjustment of the clamping part , wherein the clamping part comprises an elongated hole , and wherein a clamping screw of the system is guided through the elongated hole of the clamping part , wherein the clamping screw comprises an enlarged screw part and rests on the clamping part by means of the screw part , and wherein the clamping screw can be connected with a clamping block disposed in a clamping groove of the machine table , wherein height adjustment of the threaded spindle enables locking the clamping screw and clamping the basic body on the machine table , and wherein prior to locking the clamping screw , the basic body can be pivoted around the clamping screw , and can be displaced within the elongated hole , so as to position the basic body on the machine table , characterized in that the clamping part is height-adjustably retained at one of the two ends by means of the threaded spindle .