mhurhangee/patent-ind-claim-en huggingface dataset:
Climate-proof magnetic coil for installation onto a yoke, the magnetic coil comprising a copper coil with a coil lead-out via a connection cable (2.1) positioned on the copper coil and materially bonded to the copper coil by means of a solder joint, the magnetic coil being embedded by means of a prepreg strip containing epoxy resin, as part of the magnetic coil , characterized in that over the lead-out area of the connection cable (2.1) and a lead-out of the magnetic coil , a trough-shaped laminated glass fibre fabric sleeve , as part of the magnetic coil , is disposed for coil monitoring such that it fully covers the lead-out area, an elastic potting compound is introduced in the laminated glass fibre fabric sleeve , an insulating cover strip containing epoxy resin, as part of the magnetic coil , is positioned over the entire magnetic coil including the laminated glass fibre fabric sleeve . the magnetic coil being embedded by means of a prepreg strip containing epoxy resin, as part of the magnetic coil , characterized in that over the lead-out area of the connection cable (2.1) and a lead-out of the magnetic coil , a trough-shaped laminated glass fibre fabric sleeve , as part of the magnetic coil , is disposed for coil monitoring such that it fully covers the lead-out area, an elastic potting compound is introduced in the laminated glass fibre fabric sleeve , an insulating cover strip containing epoxy resin, as part of the magnetic coil , is positioned over the entire magnetic coil including the laminated glass fibre fabric sleeve .
A Nuclear Magnetic Resonance (NMR) probe comprising: a primary circuit including a primary inductor coil located in a first region above a lower insulator with a primary resonance mode; one or more secondary circuits including one or more secondary inductor coils located in a second region below the lower insulator , where the one or more secondary inductor coils are electrically connected to the primary inductor coil ; and one or more inductive coupling loops located below the lower insulator inductively coupled to the one or more secondary inductor coils . a primary circuit including a primary inductor coil located in a first region above a lower insulator with a primary resonance mode; one or more secondary circuits including one or more secondary inductor coils located in a second region below the lower insulator , where the one or more secondary inductor coils are electrically connected to the primary inductor coil ; and one or more inductive coupling loops located below the lower insulator inductively coupled to the one or more secondary inductor coils .
A method implemented in a Dynamic Adaptive Streaming over Hypertext Transfer Protocol, HTTP, DASH, content server, the method comprising: receiving, by a receiver, media content including a virtual reality, VR, video sequence, the media content comprising a plurality of viewpoints, and the media content further including a timed metadata representation; generating, by a processor, a DASH Media Presentation Description, MPD, including an indication specifying that a portion of the media content related to a first viewpoint is associated with the timed metadata representation; receiving, by the receiver, a request from a client for the media content; and transmitting, by a transmitter of the DASH content server, the DASH MPD including the indication to the client in response to receiving the request to support communication of the media content to the client; wherein the indication is an association identifier, ID, that is a representation attribute that associates a list of one or more of the adaptation sets of the media content to the timed metadata representation; or wherein the indication is an association identifier, ID, that is a representation attribute that associates a list of one or more of the plurality of viewpoints to the timed metadata representation; or. wherein the indication is an association identifier, ID, that is a representation attribute that associates a list of one or more preselections of the media content to the timed metadata representation. receiving, by a receiver, media content including a virtual reality, VR, video sequence, the media content comprising a plurality of viewpoints, and the media content further including a timed metadata representation; generating, by a processor, a DASH Media Presentation Description, MPD, including an indication specifying that a portion of the media content related to a first viewpoint is associated with the timed metadata representation; receiving, by the receiver, a request from a client for the media content; and transmitting, by a transmitter of the DASH content server, the DASH MPD including the indication to the client in response to receiving the request to support communication of the media content to the client; wherein the indication is an association identifier, ID, that is a representation attribute that associates a list of one or more of the adaptation sets of the media content to the timed metadata representation; or wherein the indication is an association identifier, ID, that is a representation attribute that associates a list of one or more of the plurality of viewpoints to the timed metadata representation; or. wherein the indication is an association identifier, ID, that is a representation attribute that associates a list of one or more preselections of the media content to the timed metadata representation.
A cathode assembly comprising at least one cathode block for an aluminium electrolysis cell based on carbon and/or graphite and which has at least one slot which extends in the longitudinbusal direction of the cathode block for receiving at least one current bar , wherein at least one of the at least one slots has a variable depth when viewed over the length of the cathode block , wherein this slot is delimited by a wall , wherein the wall has a base wall and two side walls , wherein at least one protrusion which extends into the slot is provided on the base wall , wherein at least one current bar is provided in at least one of the at least one slots with variable depth of the at least one cathode block , characterized in that the at least one current bar is seated on at least one section of the at least one protrusion and, with respect to the longitudinal extent of the cathode block , the at least one protrusion is disposed at the position at which the slot is at its greatest depth, so that the distance between the current bar and the base wall increases from both longitudinal ends of the slot to the protrusion .
A method for performing discovery of devices, networks, or services in a wireless node, the method comprising in the wireless node: transmitting a wireless message including a list of one or more discovered wireless devices, from which a response is not desired; receiving a response from one or more other wireless devices that are not on the list, thereby performing said discovery for the one or more other wireless devices; characterized by the method further comprising in the wireless node: transmitting a second wireless message including a second list of one or more wireless devices, from which a response is not desired, the second list including the other devices that responded to the first said list, and receiving zero or more responses from one or more additional other wireless devices that are neither on the first said list nor on the second list, thereby performing said discovery for the one or more additional other wireless devices. transmitting a wireless message including a list of one or more discovered wireless devices, from which a response is not desired; receiving a response from one or more other wireless devices that are not on the list, thereby performing said discovery for the one or more other wireless devices; characterized by the method further comprising in the wireless node: transmitting a second wireless message including a second list of one or more wireless devices, from which a response is not desired, the second list including the other devices that responded to the first said list, and receiving zero or more responses from one or more additional other wireless devices that are neither on the first said list nor on the second list, thereby performing said discovery for the one or more additional other wireless devices. transmitting a second wireless message including a second list of one or more wireless devices, from which a response is not desired, the second list including the other devices that responded to the first said list, and receiving zero or more responses from one or more additional other wireless devices that are neither on the first said list nor on the second list, thereby performing said discovery for the one or more additional other wireless devices.
A hole cutter comprising a substantially cylindrical blade body defining a cutting edge and at least one axially-elongated aperture formed through the blade body, wherein the axially-elongated aperture is configured to receive therethrough a lever for removing a work piece slug from the interior of the blade body, wherein the hole cutter defines a direction of rotation that is the cutting direction of the cutting edge , and the axially-elongated aperture defines a first end axially spaced adjacent to the cutting edge, and a second end axially spaced further away from the cutting edge than the first end and angularly spaced relative to the first end in a direction opposite to the cutting direction, and wherein the axially-elongated aperture defines an axially-elongated slot oriented at an acute angle (A) relative to an axis of the blade body ; characterised in that : the blade body defines within the axially- elongated aperture a plurality of fulcrums for engaging the lever and levering slugs out of the interior of the blade body, including a first fulcrum axially spaced adjacent to the cutting edge , and a second fulcrum axially spaced further away from the cutting edge than the first fulcrum. wherein the hole cutter defines a direction of rotation that is the cutting direction of the cutting edge , and the axially-elongated aperture defines a first end axially spaced adjacent to the cutting edge, and a second end axially spaced further away from the cutting edge than the first end and angularly spaced relative to the first end in a direction opposite to the cutting direction, and wherein the axially-elongated aperture defines an axially-elongated slot oriented at an acute angle (A) relative to an axis of the blade body ; characterised in that : the blade body defines within the axially- elongated aperture a plurality of fulcrums for engaging the lever and levering slugs out of the interior of the blade body, including a first fulcrum axially spaced adjacent to the cutting edge , and a second fulcrum axially spaced further away from the cutting edge than the first fulcrum.
A separable component assembly comprising: a first component having a first interface portion ; a second component coupled to the first component, the second component having a second interface portion ; and a seal disposed between the first and second interface portions, the seal having a first interface surface associated with the first interface portion, a second interface surface in contact with the second interface portion, characterised by a peel initiator defining a discontinuity in a portion of the second interface surface, wherein, upon separation of the first and second components from one another, the discontinuity creates a stress concentration in the second interface surface that initiates peeling of the second interface surface away from the second interface portion. a first component having a first interface portion ; a second component coupled to the first component, the second component having a second interface portion ; and a seal disposed between the first and second interface portions, the seal having a first interface surface associated with the first interface portion, a second interface surface in contact with the second interface portion, characterised by a peel initiator defining a discontinuity in a portion of the second interface surface, wherein, upon separation of the first and second components from one another, the discontinuity creates a stress concentration in the second interface surface that initiates peeling of the second interface surface away from the second interface portion.
An adhesive composition comprising: an epoxy-containing component; and a blocked polyisocyanate curing agent comprising a blocking group derived from a blocking agent comprising an alpha-hydroxy amide, ester, or thioester, or a combination thereof. an epoxy-containing component; and a blocked polyisocyanate curing agent comprising a blocking group derived from a blocking agent comprising an alpha-hydroxy amide, ester, or thioester, or a combination thereof.
An electric toothbrush comprising a first switch element being arranged on a handle of the electric toothbrush for switching the electric toothbrush on or off, the electric toothbrush being arranged for being selectively operable in at least a first brushing mode and a second brushing mode different to the first brushing mode, characterized in that the electric toothbrush comprises a control unit arranged to control the electric toothbrush such that it starts operation in a brushing mode that was active prior to the previous switch-off event caused by switching the first switch element in case the electric toothbrush was in an off-state for a time period below a threshold period (T) or otherwise in a default brushing mode preselected from the at least first brushing mode and second brushing mode, wherein the threshold period is up to 600 seconds.
A controller for controlling operation of a direct injection internal combustion engine , the controller being configured to: receive a first request signal indicative of a request to stop fuel being supplied to the engine; cause an intake valve of a cylinder of the internal combustion engine to remain closed during the current revolution of the internal combustion engine and revolutions of the internal combustion engine immediately following the current revolution of the internal combustion engine in dependence on the intake valve being closed at the time of receiving the first request signal; and cause injection of fuel into the cylinder and subsequently cause the intake valve to remain closed during revolutions of the internal combustion engine immediately following a next closing of the intake valve, in dependence on at least one of: the intake valve being open at the time of receiving the first request signal; and a next opening of the intake valve having already been scheduled at the time of receiving the first request signal and said next opening of the intake valve is to be performed; wherein the controller is configured to: receive a start request signal indicative of a request to increase a rotational speed of an output of the internal combustion engine from zero; and maintain in a closed position an intake valve of at least one cylinder of the internal combustion engine during at least a first intake stroke of the at least one cylinder. receive a first request signal indicative of a request to stop fuel being supplied to the engine; cause an intake valve of a cylinder of the internal combustion engine to remain closed during the current revolution of the internal combustion engine and revolutions of the internal combustion engine immediately following the current revolution of the internal combustion engine in dependence on the intake valve being closed at the time of receiving the first request signal; and cause injection of fuel into the cylinder and subsequently cause the intake valve to remain closed during revolutions of the internal combustion engine immediately following a next closing of the intake valve, in dependence on at least one of: the intake valve being open at the time of receiving the first request signal; and a next opening of the intake valve having already been scheduled at the time of receiving the first request signal and said next opening of the intake valve is to be performed; wherein the controller is configured to: receive a start request signal indicative of a request to increase a rotational speed of an output of the internal combustion engine from zero; and maintain in a closed position an intake valve of at least one cylinder of the internal combustion engine during at least a first intake stroke of the at least one cylinder. receive a start request signal indicative of a request to increase a rotational speed of an output of the internal combustion engine from zero; and maintain in a closed position an intake valve of at least one cylinder of the internal combustion engine during at least a first intake stroke of the at least one cylinder.
A method comprising: obtaining a plurality of texture images of a scene, each texture image having a different respective focal distance; obtaining a corresponding depth map for each texture image; and for each texture image, generating a focal plane image by (i) determining a corresponding focal weight for each of a plurality of pixels of the texture image, wherein the focal weight represents an amount by which the pixel is in focus, the focal weights for the pixels in the texture image being determined based on the depth map, and (ii) multiplying a pixel value of each of the plurality of pixels by the corresponding focal weight. obtaining a plurality of texture images of a scene, each texture image having a different respective focal distance; obtaining a corresponding depth map for each texture image; and for each texture image, generating a focal plane image by (i) determining a corresponding focal weight for each of a plurality of pixels of the texture image, wherein the focal weight represents an amount by which the pixel is in focus, the focal weights for the pixels in the texture image being determined based on the depth map, and (ii) multiplying a pixel value of each of the plurality of pixels by the corresponding focal weight.
A method comprising: detecting (S200), by a target base station, BS, at least one uplink signal between a mobile device and a neighboring BS; determining (S202), by the target BS, a timing of the at least one uplink signal; calibrating (S204), by the target BS, the timing of the at least one uplink signal to yield at least one calibrated timing, wherein calibrating the timing includes: determining (S300) a corresponding uplink power of the at least one uplink signal; plotting (S302) the timing and the corresponding uplink power of the at least one uplink signal as a point on a 2-dimensional power and time plot; identifying (S304) a cluster to which the point belongs; determining (S310) a cluster calibration value for the cluster; using the cluster calibration value as a corresponding calibration value for the timing of the at least one uplink signal; and calibrating the timing of the at least one uplink signal using the corresponding calibration value to yield the at least one calibrated timing; determining (S206), by the target BS, a current system timing of the target BS; and adjusting (S208), by the target BS, the current system timing of the target BS based on the at least one calibrated timing. detecting (S200), by a target base station, BS, at least one uplink signal between a mobile device and a neighboring BS; determining (S202), by the target BS, a timing of the at least one uplink signal; calibrating (S204), by the target BS, the timing of the at least one uplink signal to yield at least one calibrated timing, wherein calibrating the timing includes: determining (S300) a corresponding uplink power of the at least one uplink signal; plotting (S302) the timing and the corresponding uplink power of the at least one uplink signal as a point on a 2-dimensional power and time plot; identifying (S304) a cluster to which the point belongs; determining (S310) a cluster calibration value for the cluster; using the cluster calibration value as a corresponding calibration value for the timing of the at least one uplink signal; and calibrating the timing of the at least one uplink signal using the corresponding calibration value to yield the at least one calibrated timing; determining (S300) a corresponding uplink power of the at least one uplink signal; plotting (S302) the timing and the corresponding uplink power of the at least one uplink signal as a point on a 2-dimensional power and time plot; identifying (S304) a cluster to which the point belongs; determining (S310) a cluster calibration value for the cluster; using the cluster calibration value as a corresponding calibration value for the timing of the at least one uplink signal; and calibrating the timing of the at least one uplink signal using the corresponding calibration value to yield the at least one calibrated timing; determining (S206), by the target BS, a current system timing of the target BS; and adjusting (S208), by the target BS, the current system timing of the target BS based on the at least one calibrated timing.
Capacitor composite component comprising - a housing , - two terminal contacts , which define a contacting plane (K), - an electrolytic capacitor , -- which comprises a winding and two electrolytic capacitor terminals , -- which is electrically conductively connected to the terminal contacts , - a ceramic capacitor , -- which is connected in parallel with the electrolytic capacitor and is electrically conductively connected to the terminal contacts , -- which is arranged between the electrolytic capacitor and the contacting plane (K), -- which is arranged between the electrolytic capacitor terminals , wherein the electrolytic capacitor and the ceramic capacitor are arranged in the housing , characterized in that the electrolytic capacitor and the ceramic capacitor are separated by a seal , in that the seal is arranged in the housing , in that the seal has a cutout , in which the ceramic capacitor is arranged. - a housing , - two terminal contacts , which define a contacting plane (K), - an electrolytic capacitor , -- which comprises a winding and two electrolytic capacitor terminals , -- which is electrically conductively connected to the terminal contacts , -- which comprises a winding and two electrolytic capacitor terminals , -- which is electrically conductively connected to the terminal contacts , - a ceramic capacitor , -- which is connected in parallel with the electrolytic capacitor and is electrically conductively connected to the terminal contacts , -- which is arranged between the electrolytic capacitor and the contacting plane (K), -- which is arranged between the electrolytic capacitor terminals , wherein the electrolytic capacitor and the ceramic capacitor are arranged in the housing , characterized in that the electrolytic capacitor and the ceramic capacitor are separated by a seal , in that the seal is arranged in the housing , in that the seal has a cutout , in which the ceramic capacitor is arranged. -- which is connected in parallel with the electrolytic capacitor and is electrically conductively connected to the terminal contacts , -- which is arranged between the electrolytic capacitor and the contacting plane (K), -- which is arranged between the electrolytic capacitor terminals ,