mhurhangee/patent-ind-claim-en huggingface dataset:
A controller for controlling a lighting device , the controller comprising: - a receiver arranged for receiving a plurality of light scenes, wherein each light scene is associated with a word, - a display for displaying a plurality of words associated with the received light scenes, - a user input element for receiving user input indicative of a selection of one of the plurality of words, - a processor for generating a lighting control command based on the light scene associated with the selected word, and - a communication unit arranged for communicating the lighting control command to the lighting device , wherein the processor is arranged for receiving a relevance value of each light scene, and for rendering each of the plurality of words with a text property representative of the relevance value of the respective light scene and in a text color that matches a light color of the respective light scene. - a receiver arranged for receiving a plurality of light scenes, wherein each light scene is associated with a word, - a display for displaying a plurality of words associated with the received light scenes, - a user input element for receiving user input indicative of a selection of one of the plurality of words, - a processor for generating a lighting control command based on the light scene associated with the selected word, and - a communication unit arranged for communicating the lighting control command to the lighting device ,
A method for an endpoint device of a videoconferencing system, the method comprising: establishing mesh connections with a plurality of other endpoints (310B-C, 410B-C, 510B-C) via a network interface of the endpoint device ; establishing a connection with a centralized entity via the network interface ; sending a main video stream from a video module of the endpoint device to the centralized entity via the network interface ; sending a low bandwidth video stream from the video module to the plurality of endpoints (310B-C, 410B-C, 510B-C) via the mesh connections when the endpoint device corresponds to a non-speaker; receiving low bandwidth video streams from non-speaker endpoints of the plurality of endpoints (310B-C, 410B-C, 510B-C) via the mesh connections , wherein via the mesh connections the endpoint device sends and receives low bandwidth video streams of non-speakers only; and receiving a high resolution video stream associated with an active speaker of one of the other endpoints (310B-C, 410B-C, 510B-C) from the centralized entity . establishing mesh connections with a plurality of other endpoints (310B-C, 410B-C, 510B-C) via a network interface of the endpoint device ; establishing a connection with a centralized entity via the network interface ; sending a main video stream from a video module of the endpoint device to the centralized entity via the network interface ; sending a low bandwidth video stream from the video module to the plurality of endpoints (310B-C, 410B-C, 510B-C) via the mesh connections when the endpoint device corresponds to a non-speaker; receiving low bandwidth video streams from non-speaker endpoints of the plurality of endpoints (310B-C, 410B-C, 510B-C) via the mesh connections , wherein via the mesh connections the endpoint device sends and receives low bandwidth video streams of non-speakers only; and receiving a high resolution video stream associated with an active speaker of one of the other endpoints (310B-C, 410B-C, 510B-C) from the centralized entity .
Heat exchanger for arranging in an exhaust gas recirculation arrangement , having an exhaust gas recirculation line to be heated or to be cooled and a fluid feed duct and a fluid discharge duct each of which extends adjacently with respect to said exhaust gas recirculation line and define the flow of an exchanging fluid, the exhaust gas recirculation line being arranged in the inside and being surrounded by the fluid feed duct , characterized in that the fluid feed duct is surrounded by the fluid discharge duct , and in that the heat exchanger has a triple-shell construction, with the result that the fluid feed duct and the fluid discharge duct run parallel to one another and to the exhaust gas recirculation line , and are in contact with the exhaust gas recirculation line and thermally with one another at least in pairs.
Apparatus for the provision of one or more services to an end user, said apparatus including a service provider broadcast apparatus and a data receiving device for the receipt of data, the service provider broadcast apparatus comprising a Conditional Access System, CAS responsive to receipt of a Vendor ID and a device ID from an ETSI key management provider to derive a Root Key and one or more service keys for the data receiving device and further responsive to the receipt of a Vendor ID to communicate the Vendor ID to a CAS of the data receiving device, the ETSI key management provider being responsive to derive at least the Vendor ID from the device ID and to communicate the Vendor ID to the CAS of the service provider; the data receiving device comprising a Conditional Access System CAS and a DLNA-CVP2 Server wherein the DLNA-CVP2 server is arranged perform an authentication with an authentication service provider and to send a device ID of the device CAS to the authentication service provider, wherein the authentication service provider is further arranged to communicate the device ID to the ETSI key management provider , and wherein the device CAS is responsive to receipt of a Vendor ID from the service provider CAS to derive the same Root Key as the service provider CAS..
A battery comprising: an anode and a cathode , and an electrolyte disposed between the anode and the cathode, wherein one or both of the anode and the cathode comprises an electrode comprising a plurality of sheets of graphene and a plurality of carbon nanohorns disposed between adjacent sheets and further comprises zinc particles that have a diameter of less than 100 nanometres. an anode and a cathode , and an electrolyte disposed between the anode and the cathode, wherein one or both of the anode and the cathode comprises an electrode comprising a plurality of sheets of graphene and a plurality of carbon nanohorns disposed between adjacent sheets and further comprises zinc particles that have a diameter of less than 100 nanometres.
Rod-shaped hotmelt adhesive body, in particular for use in hotmelt glue guns, wherein the hot melt adhesive body has at least a first section comprising or consisting of at least one reactive hot melt adhesive and at least a second section comprising or consisting of at least one cleaning agent (rinsing agent), wherein the reactive hot melt adhesive is selected from the group of (i) reactive, moisture-crosslinking isocyanate group-functionalized and/or isocyanate group-containing polyurethanes, (ii) reactive, moisture-crosslinking silane group-functionalized and/or silane group-containing polyolefins, and combinations thereof, wherein the second section and/or the cleaning agent contains at least one additive inactivating the chemically reactive groups of the reactive hot melt adhesive, said additive having a functional group reacting with the chemically reactive groups of the reactive hot melt adhesive, wherein the additive is monofunctional, and wherein the first section and/or the reactive hotmelt adhesive on the one hand and the second section and/or the cleaning agent on the other hand are formed optically and/or visually different from each other, namely different in color from each other, wherein the second section and/or the cleaning agent is formed colored, wherein the cleaning agent comprises at least one color-imparting ingredient (dye). wherein the hot melt adhesive body has at least a first section comprising or consisting of at least one reactive hot melt adhesive and at least a second section comprising or consisting of at least one cleaning agent (rinsing agent), wherein the reactive hot melt adhesive is selected from the group of (i) reactive, moisture-crosslinking isocyanate group-functionalized and/or isocyanate group-containing polyurethanes, (ii) reactive, moisture-crosslinking silane group-functionalized and/or silane group-containing polyolefins, and combinations thereof, wherein the second section and/or the cleaning agent contains at least one additive inactivating the chemically reactive groups of the reactive hot melt adhesive, said additive having a functional group reacting with the chemically reactive groups of the reactive hot melt adhesive, wherein the additive is monofunctional, and wherein the first section and/or the reactive hotmelt adhesive on the one hand and the second section and/or the cleaning agent on the other hand are formed optically and/or visually different from each other, namely different in color from each other, wherein the second section and/or the cleaning agent is formed colored, wherein the cleaning agent comprises at least one color-imparting ingredient (dye).
An apparatus for determining oil leakage of a gearbox , comprising: a swellable ring arrangeable to surround an output shaft of a motor coupled to the gearbox , characterized in that the swellable ring , when contacting oil, swells to apply a radial force to the output shaft ; and a controller configured to detect the oil leakage by detecting at least one of the following caused by the applied radial force: a torque change on the output shaft , or a change in a current for driving the motor . a swellable ring arrangeable to surround an output shaft of a motor coupled to the gearbox , characterized in that the swellable ring , when contacting oil, swells to apply a radial force to the output shaft ; and a controller configured to detect the oil leakage by detecting at least one of the following caused by the applied radial force: a torque change on the output shaft , or a change in a current for driving the motor .
Method for processing a data packet on reception thereof, said data packet having been transmitted by a first node equipment (EN1, u) to a second node equipment (EN2, v) over a link (L12) of a wireless electronic communication network, said packet comprising a header (H) and payload data (DU), the method comprising two phases implemented by the second node equipment: a first phase of receiving the header of the packet, and a second phase of receiving the payload data, the method being characterized in that the first phase comprises the following steps: - detection (R2) of an authentication preamble (PA) in the header of the packet received, said authentication preamble having a value calculated at least according to an identification attribute (ATT IL ) obtained on the basis of identifiers of the first and the second node equipment, and of an authentication attribute (ATT AL ), said attributes being shared between the first and the second node equipment; - generation (R3) of a reference authentication preamble according to said identification (ATT IL ) and authentication (ATT AL ) attributes, said reference authentication preamble being calculated completely for the first packet transmitted over the link by the first node equipment, and, for each subsequent packet, according to the value of the reference authentication preamble calculated for the preceding packet and the authentication attribute (ATT AL ); - authentication (R4) of the link by comparing the authentication preamble detected with said reference authentication preamble, the authentication of the link being successful if the authentication preamble detected and the reference authentication preamble are identical; - decision (R5) to trigger the second phase of receiving the payload data of the data packet in the event of successful authentication. - detection (R2) of an authentication preamble (PA) in the header of the packet received, said authentication preamble having a value calculated at least according to an identification attribute (ATT IL ) obtained on the basis of identifiers of the first and the second node equipment, and of an authentication attribute (ATT AL ), said attributes being shared between the first and the second node equipment; - generation (R3) of a reference authentication preamble according to said identification (ATT IL ) and authentication (ATT AL ) attributes, said reference authentication preamble being calculated completely for the first packet transmitted over the link by the first node equipment, and, for each subsequent packet, according to the value of the reference authentication preamble calculated for the preceding packet and the authentication attribute (ATT AL ); - authentication (R4) of the link by comparing the authentication preamble detected with said reference authentication preamble, the authentication of the link being successful if the authentication preamble detected and the reference authentication preamble are identical; - decision (R5) to trigger the second phase of receiving the payload data of the data packet in the event of successful authentication.
An apparatus comprising: a compressed air filter element for filtering a mixed stream of compressed gas and oil mist, the compressed air filter element having: a basket having an interior into which a filter media is located when installed, the basket including an exterior shell having a plurality of apertures , and an inner wall having a plurality of apertures, the filter media captured between the exterior shell and inner wall when installed; a lip located at an end of the basket and structured to engage a lid of a filter container, the lip oriented transverse to the exterior shell of the basket and having a circumferentially extending surface around the interior of the basket and having a portion located in a plane of capture used to support the compressed air filter element when in an installed configuration; and a separator element flange is directly connected between the lip and the exterior shell, the separator element flange located entirely on one side of the plane in which is located the portion of the circumferentially extending surface of the lip, the separator element flange including a surface forming a flow path that descends from the lip to the interior of the basket such that a liquid forming on the separator element flange is urged to flow into the interior of the basket, wherein the separator element flange begins at the lip and extends until it intersects the exterior shell. a basket having an interior into which a filter media is located when installed, the basket including an exterior shell having a plurality of apertures , and an inner wall having a plurality of apertures, the filter media captured between the exterior shell and inner wall when installed; a lip located at an end of the basket and structured to engage a lid of a filter container, the lip oriented transverse to the exterior shell of the basket and having a circumferentially extending surface around the interior of the basket and having a portion located in a plane of capture used to support the compressed air filter element when in an installed configuration; and a separator element flange is directly connected between the lip and the exterior shell, the separator element flange located entirely on one side of the plane in which is located the portion of the circumferentially extending surface of the lip, the separator element flange including a surface forming a flow path that descends from the lip to the interior of the basket such that a liquid forming on the separator element flange is urged to flow into the interior of the basket, wherein the separator element flange begins at the lip and extends until it intersects the exterior shell.
Printing process in which a substrate to be printed is disposed opposite an ink carrier having an ink layer, the ink layer being irradiated regionally by a laser beam characterized in that the ink layer comprises reflective particles and a soluble polymer having a weight average (Mw) molecular weight of greater than 250 000 g/mol, where the weight average (Mw) of the molecular weight of the soluble polymer is determined according to DIN 55672-2: 2016-3.
An injection molded lid for use with a container having an upper opening that is defined by a rim, comprising: a lid body , made of a first material and comprising a cover portion and a flange portion disposed around the periphery of the cover portion for fitting over the rim, wherein the flange portion comprises a first side wall , a second side wall , and a top wall , wherein the first side wall is connected with the periphery of the cover portion , and wherein the top wall , the first side wall and the second side wall define an interior space (S); and a securing member made of a second material; wherein the injection molded lid is characterized in that : the top wall comprises at least one slit disposed thereon, the second side wall comprises at least one notch disposed thereon and at least one bulge disposed at the inner surface thereof; and the securing member comprises a frame , at least one tab and at least one extension part , wherein the frame is disposed within the interior space (S) and adjoins at least the top wall , the extension part extending from the frame through the slit and resting on the top wall , and wherein the tab extends downwardly from the extension part along the outer surface of the second side wall and covers the notch . a lid body , made of a first material and comprising a cover portion and a flange portion disposed around the periphery of the cover portion for fitting over the rim, wherein the flange portion comprises a first side wall , a second side wall , and a top wall , wherein the first side wall is connected with the periphery of the cover portion , and wherein the top wall , the first side wall and the second side wall define an interior space (S); and a securing member made of a second material; wherein the injection molded lid is characterized in that : the top wall comprises at least one slit disposed thereon, the second side wall comprises at least one notch disposed thereon and at least one bulge disposed at the inner surface thereof; and the securing member comprises a frame , at least one tab and at least one extension part , wherein the frame is disposed within the interior space (S) and adjoins at least the top wall , the extension part extending from the frame through the slit and resting on the top wall , and wherein the tab extends downwardly from the extension part along the outer surface of the second side wall and covers the notch . the top wall comprises at least one slit disposed thereon, the second side wall comprises at least one notch disposed thereon and at least one bulge disposed at the inner surface thereof; and the securing member comprises a frame , at least one tab and at least one extension part , wherein the frame is disposed within the interior space (S) and adjoins at least the top wall , the extension part extending from the frame through the slit and resting on the top wall , and wherein the tab extends downwardly from the extension part along the outer surface of the second side wall and covers the notch .
A method of estimating a total sleep time of a patient during a monitoring session comprising a plurality of epochs, the method comprising: determining a sleep/wake state of the patient during each epoch of the session using an actigraphy signal obtained during the monitoring session of the patient, and estimating the total sleep time from the sleep/wake state of the patient during each epoch, wherein the determining the sleep/wake state of the patient during an epoch comprises: filtering the actigraphy signal to reduce components of the actigraphy signal unrelated to a range of normal gross bodily movement; determining an activity count for each epoch from the filtered actigraphy signal, and determining the sleep/wake state of the patient during the epoch to be "wake" if a ratio of the activity count for the epoch to the activity count for a preceding epoch is greater than a first activity threshold. determining a sleep/wake state of the patient during each epoch of the session using an actigraphy signal obtained during the monitoring session of the patient, and estimating the total sleep time from the sleep/wake state of the patient during each epoch, wherein the determining the sleep/wake state of the patient during an epoch comprises: filtering the actigraphy signal to reduce components of the actigraphy signal unrelated to a range of normal gross bodily movement; determining an activity count for each epoch from the filtered actigraphy signal, and filtering the actigraphy signal to reduce components of the actigraphy signal unrelated to a range of normal gross bodily movement; determining an activity count for each epoch from the filtered actigraphy signal, and
Item of furniture having a furniture carcass and a movable furniture part which is received on the latter, and having a device for moving the received furniture part , wherein provided are guiding means of the device which have at least one pivot arm (14.1 - 14.9) for pivoting the furniture part and by way of which, when the device is assembled, the furniture part is movable from a closed position to an open position of the furniture part relative to the furniture carcass and back to the closed position, wherein the device has a base unit with a baseplate on which the guiding means engage in such a manner that a pivot axis about which the at least one pivot arm (14.1 - 14.9) is pivotable is transverse to a baseplate plane defined by the baseplate , wherein present in the region of a baseplate periphery is a wall portion which projects in relation to the baseplate plane, wherein a contact flange , which is oriented at an angle, by way of a spacing from the baseplate plane extends outwards on the wall portion such that the contact flange is present above a region that lies outside the baseplate periphery , characterized in that the base unit is accommodated completely in a region of a wall of the furniture carcass that lies deeper in comparison to a planar internal side.
A downlink information processing method, comprising: receiving, by user equipment, UE, stop indication information sent from a network side device if a communication link between a cell in an active set and the UE does not meet a preset communication quality requirement, wherein the stop indication information is used for instructing the UE to stop receiving a dedicated physical control channel, DPCCH, a dedicated physical data channel, DPDCH, and an F-dedicated physical channel, DPCH, that are sent from a base station by using the communication link; and stopping, by the UE according to the stop indication information, receiving the DPCCH, DPDCH, and F-DPCH that are sent from the base station by using the communication link. receiving, by user equipment, UE, stop indication information sent from a network side device if a communication link between a cell in an active set and the UE does not meet a preset communication quality requirement, wherein the stop indication information is used for instructing the UE to stop receiving a dedicated physical control channel, DPCCH, a dedicated physical data channel, DPDCH, and an F-dedicated physical channel, DPCH, that are sent from a base station by using the communication link; and stopping, by the UE according to the stop indication information, receiving the DPCCH, DPDCH, and F-DPCH that are sent from the base station by using the communication link.
Hob device, in particular induction hob device, with at least one placement plate (12a-e), which is provided for a placement of at least one item of cookware (14a-e), with at least two heating units (16a-e) for heating the item of cookware (14a-e), with at least one illumination strip (20a-e), characterised in that the illumination strip (20a-e) has at least one lighting unit (22a-e) and in at least one operating state indicates at least one extension (74a-e, 86a-e) of the item of cookware (14a-e) in relation to at least one direction (18a-e), namely a maximum distance between two points of a perpendicular projection of the item of cookware (14a-e) on a plane.