mhurhangee/ep-ind-claims huggingface dataset:
A method for offering wireless network access to both guests and local users, comprising the steps of: receiving at a common wireless network access point a request for access from one of a guest and local user; authenticating the request for access received at the common access point depending on whether the request was received from the guest or local user; and if such authentication is successful, then routing traffic from the local user differently from the guest such that traffic from the guest is routed to an external network. receiving at a common wireless network access point a request for access from one of a guest and local user; authenticating the request for access received at the common access point depending on whether the request was received from the guest or local user; and if such authentication is successful, then routing traffic from the local user differently from the guest such that traffic from the guest is routed to an external network.
An operation input device comprising: an operating knob to be operated by a user; a guide unit having vertices and formed in different directions with respect to each of the vertices being base points, the guide unit indicating an operating area for the operating knob; first sensors each for detecting whether the operating knob is present at a corresponding one of the vertices; a calculating unit for calculating a set value on a basis of input information received from each of the first sensors; and a main body unit having a shape corresponding to a shape of the guide unit, and having, on sides of the main body, edges at locations corresponding to the vertices of the guide unit. an operating knob to be operated by a user; a guide unit having vertices and formed in different directions with respect to each of the vertices being base points, the guide unit indicating an operating area for the operating knob; first sensors each for detecting whether the operating knob is present at a corresponding one of the vertices; a calculating unit for calculating a set value on a basis of input information received from each of the first sensors; and a main body unit having a shape corresponding to a shape of the guide unit, and having, on sides of the main body, edges at locations corresponding to the vertices of the guide unit.
A method for use in a mobile terminal comprising: identifying an access point to which the mobile terminal is capable of establishing a connection; determining, whether the access point supports a particular service or connection, wherein the determining comprises sending a test message comprising an information identifier to be passed on by the access point and receiving a response to communication of the test message; enabling a connection determination to be made at the mobile terminal regarding whether to connect to the access point based on whether the access point supports the particular service or connection, characterized in that the determining takes place prior to associating the mobile terminal with the access point and in that the test message is sent according to a protocol associated with the particular service or connection to be handled. identifying an access point to which the mobile terminal is capable of establishing a connection; determining, whether the access point supports a particular service or connection, wherein the determining comprises sending a test message comprising an information identifier to be passed on by the access point and receiving a response to communication of the test message; enabling a connection determination to be made at the mobile terminal regarding whether to connect to the access point based on whether the access point supports the particular service or connection, characterized in that the determining takes place prior to associating the mobile terminal with the access point and in that the test message is sent according to a protocol associated with the particular service or connection to be handled.
An apparatus comprising: a disposable appliance that includes: a first strip of material containing a first plurality of electrodes and a second strip of material containing a second plurality of electrodes configured to apply microcurrent stimulation to a patient, wherein each electrode is no larger than about 36 mm 2, and wherein the first strip is configured to place the first plurality of electrodes on an upper eyelid and the second strip is configured to place the second plurality of electrodes on a lower eyelid of the patient's skin, and wherein each one of the first and second plurality of electrodes is configured to be individually activated at a time for microcurrent stimulation without activation of any other ones of the first and second plurality of electrodes during that time.
A system comprising a first sub-system (250, 255, 256, 257) and a gateway (250, 220, 252, 215, 254) for offering services (255, 256, 257) provided by the first sub-system to one or more application hosting sub-systems via the gateway (250, 220, 252, 215, 254), the gateway (250, 220, 252, 215, 254) and the or each application hosting sub-system being arranged to permit the or each application hosting sub-system to initiate a secure and authenticated connection from the or each application hosting sub-system to the gateway (250, 220, 252, 215, 254) via a non-secure data network connection, and the gateway (250, 220, 252, 215, 254) being logically connected to the first sub-system (250, 255, 256, 257) to enable the services (255, 256, 257) provided by the first sub-system to be provided to the or each application hosting sub-system via a secured and authenticated connection, the gateway (250, 220, 252, 215, 254) including a notification server for sending notifications to one or more of the application hosting sub-systems via an unauthenticated and unencrypted connection to notify it or them that it or they should initiate a secure authenticated connection with the gateway (250, 220, 252, 215, 254) when the notification server is requested so to do by any one of the services (255, 256, 257) offered by the first sub-system; wherein the system is arranged to pass data, hereinafter referred to as data to be transmitted, from one of the services (255, 256, 257) to one of the one or more application hosting sub-systems by: the respective service having means for detecting the occurrence of an event resulting in data to be transmitted at the respective service; the respective service having further means for requesting the notification server to send a notification to the respective application hosting sub-system via an unauthenticated and unencrypted connection; and the respective application hosting sub-system having means for receiving the notification, for setting up a secure and authenticated connection with the gateway and for invoking a call to the respective service via the secure and authenticated connection to retrieve the data to be transmitted over the secure and authenticated connection. the respective service having means for detecting the occurrence of an event resulting in data to be transmitted at the respective service; the respective service having further means for requesting the notification server to send a notification to the respective application hosting sub-system via an unauthenticated and unencrypted connection; and the respective application hosting sub-system having means for receiving the notification, for setting up a secure and authenticated connection with the gateway and for invoking a call to the respective service via the secure and authenticated connection to retrieve the data to be transmitted over the secure and authenticated connection.
A method of operating a material handling machine (10; 110), the machine including an engine (25; 125), one or more stabilisers (40, 42), and a control means selectively operable by an operator to move the one or more stabilisers (40; 42), the method including the steps of:- a) starting with the one or more stabilisers (40, 42) in a first position and the engine (25; 125) running at a first engine speed, b) actuating the control means to move at least one of the stabilisers (40, 42) towards a second position, characterised in that actuation of the control means causes the engine speed to increase, c) unactuating the control means so as to simultaneously stop movement of said at least one of the stabilisers (40, 42) and allow the engine speed to reduce towards the first engine speed. a) starting with the one or more stabilisers (40, 42) in a first position and the engine (25; 125) running at a first engine speed, b) actuating the control means to move at least one of the stabilisers (40, 42) towards a second position, characterised in that actuation of the control means causes the engine speed to increase, c) unactuating the control means so as to simultaneously stop movement of said at least one of the stabilisers (40, 42) and allow the engine speed to reduce towards the first engine speed.
A directional wireless hotspot device for communication in a mobile network having a number of distributed cells, each cell covered by at least one fixed transceiver, the device comprising: - a printed circuit board and a directional antenna, wherein the directional antenna and the printed circuit board constitute one integrated element; - an electric motor, such as a substantially flat piezoelectric motor, for rotating the printed circuit board around an axis substantially perpendicular to the directional antenna; - a wireless modem, such as a 3G/4G/LTE/5G modem, or a receiving element, such as a socket, arranged to receive an external wireless modem; - a local communication element, such as a Wi-Fi circuit, for communication with a local device; - a housing; characterized in that the directional wireless hotspot device further comprises: - a compass, such as a magnetometer; - a geographical positioning device, such as a GPS receiver; - a microprocessor configured to calculate an azimuthal rotation angle and control the electric motor to point the directional antenna to one of the fixed transceivers based on: ∘ directional and positional data from the compass and geographical positioning device; ∘ positional data of the fixed transceivers. - a printed circuit board and a directional antenna, wherein the directional antenna and the printed circuit board constitute one integrated element; - an electric motor, such as a substantially flat piezoelectric motor, for rotating the printed circuit board around an axis substantially perpendicular to the directional antenna; - a wireless modem, such as a 3G/4G/LTE/5G modem, or a receiving element, such as a socket, arranged to receive an external wireless modem; - a local communication element, such as a Wi-Fi circuit, for communication with a local device; - a housing; - a compass, such as a magnetometer; - a geographical positioning device, such as a GPS receiver; - a microprocessor configured to calculate an azimuthal rotation angle and control the electric motor to point the directional antenna to one of the fixed transceivers based on: ∘ directional and positional data from the compass and geographical positioning device; ∘ positional data of the fixed transceivers. ∘ directional and positional data from the compass and geographical positioning device; ∘ positional data of the fixed transceivers.
An acoustic imaging system comprising: a controller configured to: receive a signal from a microphone (902, 904) and reverberation channel data, wherein the reverberation channel data include a model of a room, a model of an area, or a model of a scene, and the reverberation channel data is received from a sensor different than the microphone, update latent variables, latent labels, a source amplitude, and a phase estimation based on an optimization of the signal and reverberation channel data to obtain updated latent variables, updated latent labels, an updated source amplitude, and an updated phase estimation, generate, via a conditional generative adversarial network, cGAN, of the updated latent variables and the updated latent labels, an acoustic source map tuned via the updated source amplitude and the updated phase estimation, optimize the acoustic source map, and output the optimized acoustic source map. a controller configured to: receive a signal from a microphone (902, 904) and reverberation channel data, wherein the reverberation channel data include a model of a room, a model of an area, or a model of a scene, and the reverberation channel data is received from a sensor different than the microphone, update latent variables, latent labels, a source amplitude, and a phase estimation based on an optimization of the signal and reverberation channel data to obtain updated latent variables, updated latent labels, an updated source amplitude, and an updated phase estimation, generate, via a conditional generative adversarial network, cGAN, of the updated latent variables and the updated latent labels, an acoustic source map tuned via the updated source amplitude and the updated phase estimation, optimize the acoustic source map, and output the optimized acoustic source map. receive a signal from a microphone (902, 904) and reverberation channel data, wherein the reverberation channel data include a model of a room, a model of an area, or a model of a scene, and the reverberation channel data is received from a sensor different than the microphone, update latent variables, latent labels, a source amplitude, and a phase estimation based on an optimization of the signal and reverberation channel data to obtain updated latent variables, updated latent labels, an updated source amplitude, and an updated phase estimation, generate, via a conditional generative adversarial network, cGAN, of the updated latent variables and the updated latent labels, an acoustic source map tuned via the updated source amplitude and the updated phase estimation, optimize the acoustic source map, and output the optimized acoustic source map.
A method of forming a structural panel, characterised by comprising: using at least one structural metal sheet to form a frame structure, wherein the frame panel defines an opening; applying a transparent, fiber pre-impregnated resin tape to the metal sheet to at least partially cover the metal sheet and fill the opening; heating the metal sheet and the fiber pre-impregnated resin tape such that the resin melts and at least partially covers the metal sheet and fills the opening; and wherein once cured, the transparent, fiber pre-impregnated resin forms a see-through window portion in the frame panel. using at least one structural metal sheet to form a frame structure, wherein the frame panel defines an opening; applying a transparent, fiber pre-impregnated resin tape to the metal sheet to at least partially cover the metal sheet and fill the opening; heating the metal sheet and the fiber pre-impregnated resin tape such that the resin melts and at least partially covers the metal sheet and fills the opening; and wherein once cured, the transparent, fiber pre-impregnated resin forms a see-through window portion in the frame panel.
A charging arrangement for an electrical vehicle, comprising the electrical vehicle and a charger component, whereby the electrical vehicle comprises a first charging connector arranged underneath the electrical vehicle for receiving electrical energy to charge the electrical vehicle, whereby the first charging connector comprises two vehicle contacts which extend distant to each other in longitudinal direction of the electrical vehicle, characterized in that the charger component comprises two springs attached to ground and a second charging connector for providing electrical energy to the electrical vehicle, whereby the second charging connector comprises two parts each attached to one of the springs, the spring forces allowing a vertical, horizontal and rotational movement of the parts relative to ground and pressing the parts together and each part comprises a charging contact arranged opposite to and facing each other for establishing, by inserting the first charging connector into the second charging connector against the springs forces, electrical connection between the first charging connector and the second charging connector. the electrical vehicle comprises a first charging connector arranged underneath the electrical vehicle for receiving electrical energy to charge the electrical vehicle, whereby the first charging connector comprises two vehicle contacts which extend distant to each other in longitudinal direction of the electrical vehicle, characterized in that the charger component comprises two springs attached to ground and a second charging connector for providing electrical energy to the electrical vehicle, whereby the second charging connector comprises two parts each attached to one of the springs, the spring forces allowing a vertical, horizontal and rotational movement of the parts relative to ground and pressing the parts together and each part comprises a charging contact arranged opposite to and facing each other for establishing, by inserting the first charging connector into the second charging connector against the springs forces, electrical connection between the first charging connector and the second charging connector.
Holding device for using gymnastics equipment for bodybuilding purposes, the holding device featuring a grip part and a bracket, the volume of the grip part essentially enclosed between an underside and a hand side, the hand side being the intended contact surface for a hand of the person using the holding device and, apart from local recesses and/or perforations, being convexly curved, the bracket being attached to two attachment points on the grip part that are spaced apart and, together with the intermediate longitudinal area, bridges an area of the hand side at a distance from it, and parts for the releasable attachment of a weight plate being releasably attachable next to the underside, the hand side of the grip part featuring four trough-shaped recesses that are measured and spaced apart so that, when the holding device is used as intended by the hand lying on the hand side, each finger (except the thumb) will find a place in the trough-shaped recesses, wherein in the mid-longitudinal area of the bracket a ring-shaped loop is attached in which a carabiner can be hung to connect the holding device with a traction mechanism.
Assembly (22, 30, 32, 42, 44, 50, 56, 62, 68, 72) for a method of manufacturing cards wherein said assembly is first provided in an installation where a filler material or a resin is then provided on at least one side of said assembly so as to form an intermediate product or at least one card, said assembly including at least one electronic module and one plate having at least one through aperture in which said electronic module is housed, said assembly being characterized in that said electronic module is electrically independent of said plate, in that each through aperture is arranged, relative to the electronic module situated in said through aperture, to leave a space remaining in said through aperture for receiving said filler material or said resin, in that a slot is provided between each electronic module and the wall of the corresponding through aperture for receiving said filler material or said resin, and in that said plate and said at least one electronic module are assembled by securing means (18, 18A, 34, 38+40, 46, 52, 58+60, 70, 74) so that said at least one electronic module remains in said at least one through aperture in a substantially determined position relative to said plate, said securing means forming junctions or bridges between said plate and said at least one electronic module, which interrupt or pass through said slot arranged between each electronic module and the corresponding through aperture.
A check valve comprising a valve member movable within a passage provided in a housing, the passage defining a seating surface with which the valve member is engageable to control fluid flow along the passage, biasing means applying a biasing load to the valve member urging the valve member into engagement with the seating surface, and an environmental seal member secured to the valve member by a retainer member, the environmental seal member being engageable with the seating surface, and characterised in that the retainer member includes a lip elastically deflectable into engagement with the seating surface by the environmental seal member upon compression and/or deflection of the environmental seal member.
A hybrid seating cushion, comprising: a cushion base having a seating surface and a void, the void being open and accessible along the seating surface, a bladder positioned in the void and having an outer wall, the seating surface having a lip edge overhanging the void in the cushion base and the outer wall of the bladder extending at least partially under the lip edge, characterized in that the void extends completely through the cushion base from the seating surface to an oppositely-positioned bottom surface. a cushion base having a seating surface and a void, the void being open and accessible along the seating surface, a bladder positioned in the void and having an outer wall, the seating surface having a lip edge overhanging the void in the cushion base and the outer wall of the bladder extending at least partially under the lip edge, characterized in that the void extends completely through the cushion base from the seating surface to an oppositely-positioned bottom surface.
A method of wireless communications, comprising: transmitting a single grant to a first device (115-a-1), the grant identifying one or more scheduling assignment, SA, resources on which an SA is to be transmitted by the first device (115-a-1) for device-to-device, D2D, communications between the first device (115-a-1) and a second device (115-3-2, 115-3-3), and the grant identifying one or more data resources on which data is to be transmitted by the first device (115-a-1) for the D2D communications between the first device (115-a-1) and the second device (115-a-2, 115-3-3); wherein the SA indicates to the second device (115-a-2, 115-a-3) the data resources on which the data is to be transmitted by the first device (115-a-1) for the D2D communications; and wherein the method further comprises scrambling a cyclic redundancy check, CRC, of the grant according to a scrambling type, the scrambling type indicating that the one or more SA resources and the one or more data resources are allocated for D2D communications. transmitting a single grant to a first device (115-a-1), the grant identifying one or more scheduling assignment, SA, resources on which an SA is to be transmitted by the first device (115-a-1) for device-to-device, D2D, communications between the first device (115-a-1) and a second device (115-3-2, 115-3-3), and the grant identifying one or more data resources on which data is to be transmitted by the first device (115-a-1) for the D2D communications between the first device (115-a-1) and the second device (115-a-2, 115-3-3); wherein the SA indicates to the second device (115-a-2, 115-a-3) the data resources on which the data is to be transmitted by the first device (115-a-1) for the D2D communications; and wherein the method further comprises scrambling a cyclic redundancy check, CRC, of the grant according to a scrambling type, the scrambling type indicating that the one or more SA resources and the one or more data resources are allocated for D2D communications.