mhurhangee/ep-ind-claims huggingface dataset:
Sport footwear for practicing winter sports comprising a shell to receive the user's foot and made of a first thermoplastic material, comprising a front toe portion and a back heel portion, said shell being closed at the lower part by a sole, said shell comprising at the front a toe flap and at the back a heel flap, configured to couple releasably to the bindings of a ski or snowboard, said sport footwear comprising: - at least a first contact plate releasably attached to the lower part of the sole in the heel portion and/or a second contact plate releasably attached to the lower part of the sole in the toe portion; - at least a flap protection cover (15, 16) releasably attached on at least one or on both of said toe flap and heel flap, said at least one flap protection cover (15, 16) being made of a second thermoplastic material different from and with greater mechanical resistance than said first thermoplastic material, characterized in that said at least one flap protection cover (15, 16) is releasably connected between a respective first contact plate and/or a second contact plate and a lower part of the sole in the respective toe portion and/or heel portion. - at least a first contact plate releasably attached to the lower part of the sole in the heel portion and/or a second contact plate releasably attached to the lower part of the sole in the toe portion; - at least a flap protection cover (15, 16) releasably attached on at least one or on both of said toe flap and heel flap, said at least one flap protection cover (15, 16) being made of a second thermoplastic material different from and with greater mechanical resistance than said first thermoplastic material,
A vaporiser assembly for an electrically operated aerosol-generating device comprising: a generally planar, fluid permeable heating element having a first side and a second side opposite the first side; a liquid transport medium, the liquid transport medium having a first side in contact with the second side of the heating element and a second side opposite to the first side, wherein the liquid transport medium has a capillary structure arranged to transport liquid parallel to the second side of the heating element, and wherein a thickness of the liquid transport medium between the first and second sides of the liquid transport medium is between 1mm and 5mm, the heating element extending over a first area of the first side of the liquid transport medium; a liquid supply conduit having a first end in contact with the second side of the liquid transport medium and extending over only a second area of the second side of the liquid transport medium, wherein the second area is smaller than the first area; and a liquid retention material or capillary material in the liquid supply conduit, wherein the liquid retention material or capillary material is different to the liquid transport medium; wherein the liquid transport medium is arranged to transport liquid from the liquid supply conduit to the first area of the second side of the heating element. a generally planar, fluid permeable heating element having a first side and a second side opposite the first side; a liquid transport medium, the liquid transport medium having a first side in contact with the second side of the heating element and a second side opposite to the first side, wherein the liquid transport medium has a capillary structure arranged to transport liquid parallel to the second side of the heating element, and wherein a thickness of the liquid transport medium between the first and second sides of the liquid transport medium is between 1mm and 5mm, the heating element extending over a first area of the first side of the liquid transport medium; a liquid supply conduit having a first end in contact with the second side of the liquid transport medium and extending over only a second area of the second side of the liquid transport medium, wherein the second area is smaller than the first area; and a liquid retention material or capillary material in the liquid supply conduit, wherein the liquid retention material or capillary material is different to the liquid transport medium; wherein the liquid transport medium is arranged to transport liquid from the liquid supply conduit to the first area of the second side of the heating element.
An image processing method for removing an unwanted portion of a digital image, which method comprises: sampling the image to generate a set of image patches representing the entire image, which image contains a portion of interest; extracting feature vectors from the image patches; partitioning the extracted feature vectors into a plurality of clusters, where feature vectors in the same cluster share a common characteristic; segmenting the portion of interest in the image into a set of segments; carrying out an aggregate bounding region creation process comprising: finding the largest segment in the set of segments and creating a bounding box around that segment; determining which image cluster contains the most image patches within the bounding box of the segment; and adding the image patches of the determined image cluster to an aggregate bounding region for the portion of interest; repeating the aggregate bounding region creation process for each other segment in the set of segments in order of size, the resulting aggregate bounding region containing all the image patches associated with the portion of interest; and removing from the image the image patches which fall outside the resulting aggregate bounding region. sampling the image to generate a set of image patches representing the entire image, which image contains a portion of interest; extracting feature vectors from the image patches; partitioning the extracted feature vectors into a plurality of clusters, where feature vectors in the same cluster share a common characteristic; segmenting the portion of interest in the image into a set of segments; carrying out an aggregate bounding region creation process comprising: finding the largest segment in the set of segments and creating a bounding box around that segment; determining which image cluster contains the most image patches within the bounding box of the segment; and adding the image patches of the determined image cluster to an aggregate bounding region for the portion of interest; finding the largest segment in the set of segments and creating a bounding box around that segment; determining which image cluster contains the most image patches within the bounding box of the segment; and adding the image patches of the determined image cluster to an aggregate bounding region for the portion of interest; repeating the aggregate bounding region creation process for each other segment in the set of segments in order of size, the resulting aggregate bounding region containing all the image patches associated with the portion of interest; and removing from the image the image patches which fall outside the resulting aggregate bounding region.
A method for protecting a high-temperature polymer-matrix composite (HTPMC) substrate from exposure to high temperatures in the presence of air, comprising: applying a carbon-based barrier coating to a surface of the HTPMC substrate, the carbon-based barrier coating consisting of graphene or a mixture consisting of a combination of graphene and amorphous carbon, wherein the carbon barrier coating is formed by: providing a metalised coating on the surface of the HTPMC substrate, and depositing a solution of graphene oxide thereon, whereby the metal acts as a chemical reducer to convert the graphene oxide into chemically converted graphene; or (i) treating the surface of the HTPMC substrate to optimise bonding reactivity with the carbon-based barrier coating; and (ii) depositing diamond-like carbon directly onto the treated surface by plasma deposition, ion-beam sputtering or laser vaporisation, followed by treatment with a low-energy ion beam to convert to graphene, or depositing a carbon layer of amorphous carbon directly onto the treated surface by low-pressure plasma deposition and converting the carbon layer in situ to form graphene. providing a metalised coating on the surface of the HTPMC substrate, and depositing a solution of graphene oxide thereon, whereby the metal acts as a chemical reducer to convert the graphene oxide into chemically converted graphene; or (i) treating the surface of the HTPMC substrate to optimise bonding reactivity with the carbon-based barrier coating; and (ii) depositing diamond-like carbon directly onto the treated surface by plasma deposition, ion-beam sputtering or laser vaporisation, followed by treatment with a low-energy ion beam to convert to graphene, or depositing a carbon layer of amorphous carbon directly onto the treated surface by low-pressure plasma deposition and converting the carbon layer in situ to form graphene. (i) treating the surface of the HTPMC substrate to optimise bonding reactivity with the carbon-based barrier coating; and (ii) depositing diamond-like carbon directly onto the treated surface by plasma deposition, ion-beam sputtering or laser vaporisation, followed by treatment with a low-energy ion beam to convert to graphene, or depositing a carbon layer of amorphous carbon directly onto the treated surface by low-pressure plasma deposition and converting the carbon layer in situ to form graphene.
A ride-on lawn mower having forward direction and a seat defining an operator position, a front mounted cutting deck having a centre cutter housing enclosing a centre cutter bar, a first cutter housing enclosing a first cutter bar and a second cutter housing enclosing a second cutter bar for cutting grass on a lawn, wherein the centre cutter housing is connected to the lawn mower by means of a movable arm, wherein the first cutter housing and the second cutter housing are each connected to an upper portion of the centre cutter housing by means of a first support arm and a second support arm respectively, wherein the first cutter bar being arranged for rotation about a first vertical axle, the second cutter bar being arranged for rotation about a second vertical axle, said first and second axles (Y1,Y2) generally being spaced from each other by a transversal distance (d) as seen in a transversal direction perpendicular to the forward direction of the lawn mower, wherein the transversal distance (d) between the axles (Y1, Y2) can be adjusted to increase or decrease by means of a control reachable from the_operator position, wherein separate individual electric or hydraulic motors for rotating the first support arm and the second support arm on the upper portion of the centre cutter housing are provided.
A location system (100, 200, 300, 400, 500) configured to automatically detect a physical location of a user's mobile device and forward a message to a pre-configured number associated with the detected physical location of the mobile device, the system comprising: a location component (102, 202, 302, 402) configured to publish presence information of the mobile device, wherein the presence information is published via a Session Initiation Protocol, SIP, client (308, 408) to a communications server (206, 306, 406), the presence information being associated with the physical location of the mobile device, wherein the presence information is based on the SIP, that provides the SIP client running on the mobile device which is configured to publish the presence information to the communications server, and wherein the physical location of the mobile device is detected via GPS, or via triangulation, or via location services, LCS; and a routing component (104, 204, 304, 404) for automatically routing a message to a pre-configured number associated with the physical location of the mobile device for communication to the user of the mobile device, wherein access by a watcher to information about the physical location of the mobile user is selectively managed, the watcher being a party interested in accessing the presence information of the mobile device. a location component (102, 202, 302, 402) configured to publish presence information of the mobile device, wherein the presence information is published via a Session Initiation Protocol, SIP, client (308, 408) to a communications server (206, 306, 406), the presence information being associated with the physical location of the mobile device, wherein the presence information is based on the SIP, that provides the SIP client running on the mobile device which is configured to publish the presence information to the communications server, and wherein the physical location of the mobile device is detected via GPS, or via triangulation, or via location services, LCS; and a routing component (104, 204, 304, 404) for automatically routing a message to a pre-configured number associated with the physical location of the mobile device for communication to the user of the mobile device, wherein access by a watcher to information about the physical location of the mobile user is selectively managed, the watcher being a party interested in accessing the presence information of the mobile device.
A method of message notification, comprising: receiving at a server a first Session Initiation Protocol, SIP, SUBSCRIBE method request from a first user equipment, UE, the request comprising a body that defines first filter criteria, wherein the first filter criteria are associated with the first UE, which is associated with a user identity, and wherein the filter criteria apply to messages directed to the user identity, wherein the first filter criteria are configured to filter messages according to at least one of a message type and a media type; receiving at the server a second SIP SUBSCRIBE method request from a second UE, the request comprising a body that defines second filter criteria, wherein the second filter criteria are associated with the second UE, which is associated with the same user identity as the first UE, and wherein the second filter criteria apply to messages directed to the user identity, wherein the second filter criteria are configured to filter messages according to at least one of a message type and a media type; receiving at the server a first message directed to the user identity; sending, by the server a first SIP NOTIFY method request associated with the first message to the first UE based on the first message meeting the first filter criteria; and sending, by the server a second SIP NOTIFY method request associated with the first message to the second UE based on the first message meeting the second filter criteria. receiving at a server a first Session Initiation Protocol, SIP, SUBSCRIBE method request from a first user equipment, UE, the request comprising a body that defines first filter criteria, wherein the first filter criteria are associated with the first UE, which is associated with a user identity, and wherein the filter criteria apply to messages directed to the user identity, wherein the first filter criteria are configured to filter messages according to at least one of a message type and a media type; receiving at the server a second SIP SUBSCRIBE method request from a second UE, the request comprising a body that defines second filter criteria, wherein the second filter criteria are associated with the second UE, which is associated with the same user identity as the first UE, and wherein the second filter criteria apply to messages directed to the user identity, wherein the second filter criteria are configured to filter messages according to at least one of a message type and a media type; receiving at the server a first message directed to the user identity; sending, by the server a first SIP NOTIFY method request associated with the first message to the first UE based on the first message meeting the first filter criteria; and sending, by the server a second SIP NOTIFY method request associated with the first message to the second UE based on the first message meeting the second filter criteria.
Measuring instrument for measuring electrical quantities, in particular electrical voltages and/or electrical currents, comprising: - a housing body comprising a housing space, - at least one measuring device arranged or formed in the housing space for measuring an electrical quantity measurable by means of the measuring instrument, and - an electrical energy storage, wherein the housing body has at least one receiving region for releasable receiving of the electrical energy storage, wherein the receiving region is formed as a slot-like or -shaped recess in the housing body, wherein the electrical energy storage comprises a part of an energy storage-side electrical connection device forming an electrical connection element for the electrical connection of the electrical energy storage received in the receiving region to an electrical connection element associated with a housing-side electrical connection device and the energy storage-side connection element is formed as a projection from an energy storage-side housing body, characterized by the fact that The electrical energy storage is provided with a further electrical connection element via which it can be connected to a charging cable or the like in the context of a charging process, wherein this further connection element is arranged or formed in the region of one side of an energy storage side housing body, which is not accessible in the receiving region in the state of the energy storage. - a housing body comprising a housing space, - at least one measuring device arranged or formed in the housing space for measuring an electrical quantity measurable by means of the measuring instrument, and - an electrical energy storage, wherein the housing body has at least one receiving region for releasable receiving of the electrical energy storage, wherein the receiving region is formed as a slot-like or -shaped recess in the housing body, wherein the electrical energy storage comprises a part of an energy storage-side electrical connection device forming an electrical connection element for the electrical connection of the electrical energy storage received in the receiving region to an electrical connection element associated with a housing-side electrical connection device and the energy storage-side connection element is formed as a projection from an energy storage-side housing body,
Method for adapting an installation with an initially single-pot configuration comprising a first pot (p1, p1') for coating a longitudinally running product, said first pot being disposed in a first enclosure (e1, e1'), and characterized by: - a first step of creating a second enclosure (e2, e2') laterally offset from the first enclosure along a first axis (X, Y), said first step taking place while the product is running continuously (pr_ON) in the first pot, - once the first step has been completed, the first and second enclosures are separated by a vertical wall, - a second step of assembling a second coating pot (p2, p2') in the second enclosure, said second step taking place while the product is still running continuously, - a third step of creating a third enclosure (e3, e3') that surrounds at least the first enclosure along a second axis (X, Y) and is intended to be joined laterally to the second enclosure, with the vertical wall being removed. - a first step of creating a second enclosure (e2, e2') laterally offset from the first enclosure along a first axis (X, Y), said first step taking place while the product is running continuously (pr_ON) in the first pot, - once the first step has been completed, the first and second enclosures are separated by a vertical wall, - a second step of assembling a second coating pot (p2, p2') in the second enclosure, said second step taking place while the product is still running continuously, - a third step of creating a third enclosure (e3, e3') that surrounds at least the first enclosure along a second axis (X, Y) and is intended to be joined laterally to the second enclosure, with the vertical wall being removed.
A method for generating a simulated photographing special effect, comprising: adding a photographing behavior event in response to a user operation for setting a special effect behavior event; determining a prior-photographing image element and a post-photographing image element associated with the photographing behavior event in response to a user operation for setting image elements associated with the photographing behavior event; determining a trigger condition associated with the photographing behavior event in response to a user operation for setting the trigger condition of the photographing behavior event; and storing the prior-photographing image element, the post-photographing image element and the trigger condition associated with the photographing behavior event in association in a special effect configuration file; wherein the special effect configuration file is used in special effect configuration for an original video image in video capturing, so that in the video capturing, a target video image for output of the video capturing is generated based on the original video image and the prior-photographing image element before the trigger condition of the photographing behavior event is met, and the target video image for the output of the video capturing is generated based on a freeze-frame image and the post-photographing image element after the trigger condition of the photographing behavior event is met, wherein the freeze-frame image is an original video image captured at an instant when the trigger condition of the photographing behavior event is met during the video capturing. adding a photographing behavior event in response to a user operation for setting a special effect behavior event; determining a prior-photographing image element and a post-photographing image element associated with the photographing behavior event in response to a user operation for setting image elements associated with the photographing behavior event; determining a trigger condition associated with the photographing behavior event in response to a user operation for setting the trigger condition of the photographing behavior event; and storing the prior-photographing image element, the post-photographing image element and the trigger condition associated with the photographing behavior event in association in a special effect configuration file; wherein the special effect configuration file is used in special effect configuration for an original video image in video capturing, so that in the video capturing, a target video image for output of the video capturing is generated based on the original video image and the prior-photographing image element before the trigger condition of the photographing behavior event is met, and the target video image for the output of the video capturing is generated based on a freeze-frame image and the post-photographing image element after the trigger condition of the photographing behavior event is met, wherein the freeze-frame image is an original video image captured at an instant when the trigger condition of the photographing behavior event is met during the video capturing.
Device, in particular an edge gluing machine, for coating the narrow side of plate-shaped workpieces of wood or wood substitutes with an edgeband, wherein the device comprises an adhesive application device for applying a liquid adhesive, in particular molten adhesive, to the narrow side of a workpiece or to an edgeband wherein the adhesive application device comprises an adhesive applicator roller for applying a liquid adhesive to the narrow side of the workpiece or to the edgeband, wherein the adhesive applicator roller is driven in rotation about a rotational axis by means of a drive controlled by a control unit, characterised in that the drive comprises a drive unit with a detection device which detects the torque of the drive, in particular a servo motor.