mhurhangee/ep-ind-claims huggingface dataset:
A supported metal catalyst, wherein a transition metal which exhibits catalytic activity is supported by a support, and the support is a two-dimensional electride or a precursor thereof, having a specific surface area of the supported metal catalyst in a range of 0.1 to 200 m 2 /g, wherein: the transition metal is Ru, and an amount of the transition metal is in a range of 0.05 to 10 wt% with respect to the amount of the support, and the two-dimensional electride or a precursor thereof is a compound selected from the groups to: a metal nitride represented by MxNyHz (M represents one or two or more of Group II metals selected from the group consisting of Mg, Ca, Sr and Ba, and x, y and z are in ranges of 1 ≤ x ≤ 11, 1 ≤ y ≤ 8, and 0 ≤ z ≤ 4 respectively, in which x is an integer, and y and z are not limited to an integer); and a metal carbide of Y 2 C or a hydride thereof. the transition metal is Ru, and an amount of the transition metal is in a range of 0.05 to 10 wt% with respect to the amount of the support, and the two-dimensional electride or a precursor thereof is a compound selected from the groups to: a metal nitride represented by MxNyHz (M represents one or two or more of Group II metals selected from the group consisting of Mg, Ca, Sr and Ba, and x, y and z are in ranges of 1 ≤ x ≤ 11, 1 ≤ y ≤ 8, and 0 ≤ z ≤ 4 respectively, in which x is an integer, and y and z are not limited to an integer); and a metal carbide of Y 2 C or a hydride thereof. a metal nitride represented by MxNyHz (M represents one or two or more of Group II metals selected from the group consisting of Mg, Ca, Sr and Ba, and x, y and z are in ranges of 1 ≤ x ≤ 11, 1 ≤ y ≤ 8, and 0 ≤ z ≤ 4 respectively, in which x is an integer, and y and z are not limited to an integer); and a metal carbide of Y 2 C or a hydride thereof.
A glass sheet having a composition which comprises, in a content expressed as percentages by total weight of glass: SiO 2 55 - 85% Al 2 O 3 0 - 30% B 2 O 3 0 - 20% Na 2 O 0 - 25% CaO 0 - 20% MgO 0-15% K 2 O 0 - 20% BaO 0 - 20% Total iron (expressed in the form of Fe 2 O 3) 0.002 - 0.06%; characterized in that said composition comprises, by weight with respect to the total weight of the glass, a chromium content (expressed in the form of Cr 2 O 3) ranging from 0.0015% to 1%,a cobalt content (expressed in the form of Co) ranging from 0.0001% to 1%, and an Fe 2+ content (expressed in the form of FeO) of less than 20 ppm.
A power supplying device (100, 200, 300, 400) comprising: a reception unit configured to receive, from another device, a request for power supply performed through a direct-current bus line through which DC power flows; a power determination unit configured to determine whether power supply is possible, on the basis of the request for power supply; a transmission unit configured to, when the power determination unit determines that the power supply is possible, transmits a response to the other device, as a candidate for power supply; characterized by a power control unit configured to perform control to determine presence or absence of a right to control the direct-current bus line, and in a case of the absence of the control right, acquire the control right and notify the other device of the acquisition of the control right. a reception unit configured to receive, from another device, a request for power supply performed through a direct-current bus line through which DC power flows; a power determination unit configured to determine whether power supply is possible, on the basis of the request for power supply; a transmission unit configured to, when the power determination unit determines that the power supply is possible, transmits a response to the other device, as a candidate for power supply; characterized by a power control unit configured to perform control to determine presence or absence of a right to control the direct-current bus line, and in a case of the absence of the control right, acquire the control right and notify the other device of the acquisition of the control right.
A torque sensor, comprising: a stator; and a rotor disposed in the stator and comprising: a rotor body including a sleeve coupled to a rotating shaft, and a yoke protruding from an outer circumference of the sleeve; a ring-shaped magnet coupled to an outer circumference of the yoke; characterized in that the rotor body comprises an anti-slip structure (31, 43), said anti slip structure being adapted to partially come into contact with a jig during a rotating process for adjusting a torque center, thus being adapted to prevent slipping between the rotor body and the jig when a rotating force is transmitted, and said anti slip structure comprises a serration formed on an upper end of the yoke in a circumferential direction thereof, the serration being adapted to come into contact with a lower end of the jig during the rotating process for adjusting the center, thus transmitting the rotating force from the jig to the yoke. a stator; and a rotor disposed in the stator and comprising: a rotor body including a sleeve coupled to a rotating shaft, and a yoke protruding from an outer circumference of the sleeve; a ring-shaped magnet coupled to an outer circumference of the yoke; characterized in that the rotor body comprises an anti-slip structure (31, 43), said anti slip structure being adapted to partially come into contact with a jig during a rotating process for adjusting a torque center, thus being adapted to prevent slipping between the rotor body and the jig when a rotating force is transmitted, and said anti slip structure comprises a serration formed on an upper end of the yoke in a circumferential direction thereof, the serration being adapted to come into contact with a lower end of the jig during the rotating process for adjusting the center, thus transmitting the rotating force from the jig to the yoke. a rotor body including a sleeve coupled to a rotating shaft, and a yoke protruding from an outer circumference of the sleeve; a ring-shaped magnet coupled to an outer circumference of the yoke; characterized in that the rotor body comprises an anti-slip structure (31, 43), said anti slip structure being adapted to partially come into contact with a jig during a rotating process for adjusting a torque center, thus being adapted to prevent slipping between the rotor body and the jig when a rotating force is transmitted, and said anti slip structure comprises a serration formed on an upper end of the yoke in a circumferential direction thereof, the serration being adapted to come into contact with a lower end of the jig during the rotating process for adjusting the center, thus transmitting the rotating force from the jig to the yoke.
Device for preventing a collision when driving a plurality of movers (5, 200, 513, 514) on a driving surface, wherein each mover (5, 200, 513, 514) has at least one magnetic field generator, wherein the device has several sectors, wherein the sectors have magnetic field generators for generating magnetic fields, wherein the sectors form the driving surface, wherein the sectors are connected to at least one control unit, wherein the control unit is designed to execute a route plan for each mover (5, 200, 513, 514), wherein a priority is assigned to each mover (5, 200, 513, 514), wherein the control unit is designed to take into account the priorities of the movers (5, 200, 513, 514) when planning the routes (503, 517) of the movers (5, 200, 513, 514) in such a way that a route of a mover (5, 200, 513, 514) with a higher priority takes precedence over a route of a mover (5, 200, 513, 514) with a lower priority, so that a collision between the movers (5, 200, 513, 514) is prevented, wherein the control unit is designed to drive the magnetic field generators of the sectors with electrical power in such a way that the movers (5, 200, 513, 514) can be moved over the driving surface along the determined routes (503, 517), characterized in that the control unit is designed, when planning a route for a mover, to take into account only the routes of further movers (513, 514) which have a higher priority than the movers for which the route is planned, and to plan the route of the mover such that the route of the mover does not lead to a collision with the further movers (513, 514) with the higher priority.
A haptic feedback element controller (100, 200, 300, 400, 500, 550) for a mobile device comprising: a processor (104, 204, 304, 404, 504, 554) having a processor output (110, 210, 310, 410, 510, 560), a first processor input (102, 202, 302, 430, 530, 580) and a second processor input, a control state module (106, 206, 306, 406, 506, 556) having an output coupled to the second processor input and configured to determine at least one operating state parameter of at least one of a haptic feedback element (116, 216, 316, 416, 516, 566) and a haptic feedback element amplifier (112, 212, 312, 412, 512, 562); wherein the processor configured to alter an amplitude of one or more frequency components of an input signal received on the first processor input in dependence of the at least one operating state parameter and to output a processed signal to a haptic feedback element amplifier having an output for coupling to said haptic feedback element and is further configured to increase the amplitude of one or more frequency components of the input signal in response to the at least one operating state parameter being less than a first predetermined value and to decrease the amplitude of one or more frequency components of an input signal in response to the at least one operating state parameter being greater than a second predetermined value. a processor (104, 204, 304, 404, 504, 554) having a processor output (110, 210, 310, 410, 510, 560), a first processor input (102, 202, 302, 430, 530, 580) and a second processor input, a control state module (106, 206, 306, 406, 506, 556) having an output coupled to the second processor input and configured to determine at least one operating state parameter of at least one of a haptic feedback element (116, 216, 316, 416, 516, 566) and a haptic feedback element amplifier (112, 212, 312, 412, 512, 562); wherein the processor configured to alter an amplitude of one or more frequency components of an input signal received on the first processor input in dependence of the at least one operating state parameter and to output a processed signal to a haptic feedback element amplifier having an output for coupling to said haptic feedback element and is further configured to increase the amplitude of one or more frequency components of the input signal in response to the at least one operating state parameter being less than a first predetermined value and to decrease the amplitude of one or more frequency components of an input signal in response to the at least one operating state parameter being greater than a second predetermined value.
A system for light management including at least one filter configured to reduce light intensity reaching an eye to prevent continued retinal degradation in compromised patients, the at least one filter comprising: (a) a first fixed filtering means configured to block said light intensity reaching said eye with wavelength shorter than a wavelength in the range of 450-650 nm, wherein light with wavelength shorter than a wavelength in said range includes blue light; and characterized by: (b) a second variable filtering means configured to actively maintain said light intensity reaching said eye with wavelengths longer than a wavelength in said range within a preset range of light intensities less than 150 Lux to prevent said continued retinal degradation in said compromised patients and greater than 30 Lux to maintain a light level associated with normal visual function, over a range of illumination conditions ranging from 100 Lux to 5000 Lux; and (c) circuitry which is configured to vary said light intensity reaching said eye according to an estimation of accumulated damage, wherein said second variable filtering means further comprises at least one electrically controlled light attenuating element, and said system further comprises at least one sensor and wherein said circuitry controls said light attenuating element in response to a light intensity signal from said sensor. (a) a first fixed filtering means configured to block said light intensity reaching said eye with wavelength shorter than a wavelength in the range of 450-650 nm, wherein light with wavelength shorter than a wavelength in said range includes blue light; and characterized by: (b) a second variable filtering means configured to actively maintain said light intensity reaching said eye with wavelengths longer than a wavelength in said range within a preset range of light intensities less than 150 Lux to prevent said continued retinal degradation in said compromised patients and greater than 30 Lux to maintain a light level associated with normal visual function, over a range of illumination conditions ranging from 100 Lux to 5000 Lux; and (c) circuitry which is configured to vary said light intensity reaching said eye according to an estimation of accumulated damage, wherein said second variable filtering means further comprises at least one electrically controlled light attenuating element, and said system further comprises at least one sensor and wherein said circuitry controls said light attenuating element in response to a light intensity signal from said sensor.
A method for re-establishing, with a client device, a signaling session associated with a call in progress, comprising: at a session border controller separate from the client device: monitoring, by the SBC, an Internet protocol, IP, address of media packets received from the client device during a call in progress having an associated signaling session and detecting, by the SBC, a change in the IP address for the client device from the media packets, wherein the signaling session is terminated; in response to detecting a change in the IP address for the client device from the media packets, sending a notification message from the SBC to the client device, wherein the notification message notifies the client device associated with the changed IP address to re-establish the signaling session; receiving a registration message from the client device to re-establish the signaling session; and reestablishing the signaling session for the call in progress. monitoring, by the SBC, an Internet protocol, IP, address of media packets received from the client device during a call in progress having an associated signaling session and detecting, by the SBC, a change in the IP address for the client device from the media packets, wherein the signaling session is terminated; in response to detecting a change in the IP address for the client device from the media packets, sending a notification message from the SBC to the client device, wherein the notification message notifies the client device associated with the changed IP address to re-establish the signaling session; receiving a registration message from the client device to re-establish the signaling session; and reestablishing the signaling session for the call in progress.
Support-and-guide device comprising at least one support-and-guide block (1A; 1B) which comprises an attachment structure which is intended for attaching a plate and at least one guide pad which is secured to the attachment structure, the support-and-guide block (1A; 1B) comprising so-called compensation means which allow at least a degree of freedom in pivoting the attachment structure, characterized in that the support block comprises at least one resilient-function element which is arranged so as to rest against a surface of the attachment structure while being independent and separated from the compensation means by the body of said attachment structure, and being turned toward the plate which is intended to be attached to said attachment structure.
A leak detection system for volume-encompassing objects, in particular pipes, hoses or containers, having an exterior wall and including at least one electrically conductive element acting as a leakage sensor, which is mounted on the exterior wall or integrated therein, wherein the electrically conductive element is part of a measuring bridge which includes an evaluation device for the bridge voltage (V Mess), characterized in that the measuring bridge is supplied by a voltage source with an operating voltage (U G) containing both AC-voltage shares and DC-voltage shares, and in that the evaluation device is designed for measuring both a change of the amplitude and a change of the signal shape.
A carrier element for use in a packaging device, wherein the carrier element is connectable with at least one transport device of the packaging device, wherein the carrier element comprises at least one receiving surface for receiving at least one package, wherein the receiving surface comprises at least one suction opening for fixing the package by suction, wherein the carrier element further comprises at least one pressure reservoir connected to the suction opening, characterized in that the carrier element further comprises at least one pressure sensor for measuring a pressure inside the pressure reservoir, wherein the carrier element is adapted for wireless transmission of at least one pressure information indicating the pressure inside the pressure reservoir to at least one receiver, wherein the carrier element is adapted to vary a measurement rate, wherein the measurement rate is selected from the group consisting of a rate at which the pressure information is acquired by the pressure sensor and a rate of wireless transmission of the pressure information.
A method of detecting an image of a part of a hand, such as a finger, the outer edge of the palm, the so-called "thenar", the method including: - providing a detection surface, - providing an optical sensor that is able to perform a detection function on areas defined on said detection surface, - setting said part of the hand in contact with said detection surface, - carrying out a preview step where the detection surface is scanned by said optical sensor, - detecting from the image an initial position of said part of a hand positioned on said detection surface, wherein said initial position corresponds to an outermost end of an area of a print of said part of a hand set in contact with said detection surface, where said outermost end is a peripheral portion of the image more distant from the centre of the detection surface, - defining a fixed rolling area having dimensions, both horizontal ones and vertical ones, chosen so as to contain completely said part of the hand, - positioning an initial edge of said rolling area in said detection surface in said initial position where said part of a hand has been detected, - carrying out a rolling movement of said part of a hand over said detection surface, and - maintaining the rolling area established in the previous step in a fixed position with respect to said detection surface during the rolling movement of said part of a hand over said detection surface, and - generating, starting from individual images collected during the rolling movement of said part of a hand, an overall image of said part of a hand. - providing a detection surface, - providing an optical sensor that is able to perform a detection function on areas defined on said detection surface, - setting said part of the hand in contact with said detection surface, - carrying out a preview step where the detection surface is scanned by said optical sensor, - detecting from the image an initial position of said part of a hand positioned on said detection surface, wherein said initial position corresponds to an outermost end of an area of a print of said part of a hand set in contact with said detection surface, where said outermost end is a peripheral portion of the image more distant from the centre of the detection surface, - defining a fixed rolling area having dimensions, both horizontal ones and vertical ones, chosen so as to contain completely said part of the hand, - positioning an initial edge of said rolling area in said detection surface in said initial position where said part of a hand has been detected, - carrying out a rolling movement of said part of a hand over said detection surface, and - maintaining the rolling area established in the previous step in a fixed position with respect to said detection surface during the rolling movement of said part of a hand over said detection surface, and - generating, starting from individual images collected during the rolling movement of said part of a hand, an overall image of said part of a hand.
Device for transmitting and displaying display information, the device comprising at least a microphone means and a control unit, the microphone means being configured in such a way that it converts external sound waves into an acoustic signal evaluable by the control unit, a sample signal of an acoustic signal being stored in a storage means which is at least assigned to the device, the control unit being configured in such a way that it generates a control signal as a function of the acoustic signal and as a function of a comparison of the acoustic signal with the sample signal, a piece of display information being assigned to the sample signal, - the device comprising a representation means, and the device being configured in such a way that, as a function of the control signal, the display information is represented on the representation means in the event of a positive comparison of the acoustic signal with the sample signal, and - the device comprising a data interface, and the device being configured in such a way that, as a function of the control signal, the display information is outputted in a manner adapted to output by means of a subtitle generator in the event of a positive comparison of the acoustic signal with the sample signal, the storage means being physically arranged in another unit, and the control unit having access to at least part of a storage content of the storage means, the control unit being configured in such a way that the acoustic signal is recognised as a speech signal or as a noise signal, a plurality of different sample signals being stored in the storage means when the device is manufactured, and further storage space being provided in the storage means for sample signals to be stored by a user of the device, characterised in that the device is configured in such a way that a determination of a correspondence between the sample signal and the acoustic signal can be influenced in that a threshold to be achieved, starting from which a positive comparison between the sample signal and the acoustic signal is assumed, can be set by the user. - the device comprising a representation means, and the device being configured in such a way that, as a function of the control signal, the display information is represented on the representation means in the event of a positive comparison of the acoustic signal with the sample signal, and - the device comprising a data interface, and the device being configured in such a way that, as a function of the control signal, the display information is outputted in a manner adapted to output by means of a subtitle generator in the event of a positive comparison of the acoustic signal with the sample signal,