mhurhangee/ep-ind-claims huggingface dataset:
A device meter comprising: a sensor to sense an output of a media device; an interface to communicate with a data processor; a signature reporter to report to the data processor via the interface media signatures of a first type to monitor media presented by the media device, the media signatures of the first type generated from a signal sensed by the sensor; and a signature generator (305, 310) to: generate the media signatures of the first type; generate media signatures of a second type, different from the first type, from the sensed signal to continue monitoring the media presented by the media device after receipt, from the data processor via the interface, of an indication that a first media signature of the first type is associated with first reference media; and in response to detection at the device meter of a change in a source of the media presented by the media device, revert to generation of the media signatures of the first type to monitor the media presented by the media device. a sensor to sense an output of a media device; an interface to communicate with a data processor; a signature reporter to report to the data processor via the interface media signatures of a first type to monitor media presented by the media device, the media signatures of the first type generated from a signal sensed by the sensor; and a signature generator (305, 310) to: generate the media signatures of the first type; generate media signatures of a second type, different from the first type, from the sensed signal to continue monitoring the media presented by the media device after receipt, from the data processor via the interface, of an indication that a first media signature of the first type is associated with first reference media; and in response to detection at the device meter of a change in a source of the media presented by the media device, revert to generation of the media signatures of the first type to monitor the media presented by the media device. generate the media signatures of the first type; generate media signatures of a second type, different from the first type, from the sensed signal to continue monitoring the media presented by the media device after receipt, from the data processor via the interface, of an indication that a first media signature of the first type is associated with first reference media; and in response to detection at the device meter of a change in a source of the media presented by the media device, revert to generation of the media signatures of the first type to monitor the media presented by the media device.
A second wireless communication apparatus using data defined in IEEE 802.11, comprising: circuitry configured to transmit a request signal, including at least second service information specifying a second service which is available at the second wireless communication apparatus; receive from a first wireless communication apparatus a response signal including at least first service information specifying a first service which is available at the first wireless communication apparatus, wherein the request signal and the response signal are compliant with an action frame defined in IEEE 802.11; in response to receiving the response signal, discover the first wireless communication apparatus and recognize the first service which is available at the first wireless communication apparatus, wherein the first service information and the second service information is interpreted in a link layer; and based on the first service information included in the response signal, select the first wireless communication apparatus as a device for image transfer and select a communication mode that decides a parentage at the time of forming a connection group under Wi-Fi Alliance standards, wherein in the selected communication mode, the second wireless communication apparatus is configured to connect with the first wireless communication apparatus directly. transmit a request signal, including at least second service information specifying a second service which is available at the second wireless communication apparatus; receive from a first wireless communication apparatus a response signal including at least first service information specifying a first service which is available at the first wireless communication apparatus, wherein the request signal and the response signal are compliant with an action frame defined in IEEE 802.11; in response to receiving the response signal, discover the first wireless communication apparatus and recognize the first service which is available at the first wireless communication apparatus, wherein the first service information and the second service information is interpreted in a link layer; and based on the first service information included in the response signal, select the first wireless communication apparatus as a device for image transfer and select a communication mode that decides a parentage at the time of forming a connection group under Wi-Fi Alliance standards, wherein in the selected communication mode, the second wireless communication apparatus is configured to connect with the first wireless communication apparatus directly.
A method for agile radio access network management comprising: determining, by a network controller, capabilities and neighborhood relations of radio nodes in the radio access network; and configuring a backhaul network infrastructure for the radio access network in accordance with the capabilities and the neighborhood relations of the radio nodes, further comprising identifying, by the network controller, network traffic conditions in the radio access network (step 200, step 220, step 250), characterized in that configuring the backhaul network infrastructure further comprises configuring the backhaul network infrastructure in accordance with the network traffic conditions, wherein configuring the backhaul network infrastructure comprises adding a backhaul link, removing a backhaul link, steering a backhaul link, adding a carrier to endpoints of a backhaul link, or a combination thereof in accordance with the network traffic conditions (step 202, step 206, step 210, step 226A, step 226B, step 226C, step 253, step 260, step 266). determining, by a network controller, capabilities and neighborhood relations of radio nodes in the radio access network; and configuring a backhaul network infrastructure for the radio access network in accordance with the capabilities and the neighborhood relations of the radio nodes, further comprising identifying, by the network controller, network traffic conditions in the radio access network (step 200, step 220, step 250), characterized in that configuring the backhaul network infrastructure further comprises configuring the backhaul network infrastructure in accordance with the network traffic conditions, wherein configuring the backhaul network infrastructure comprises adding a backhaul link, removing a backhaul link, steering a backhaul link, adding a carrier to endpoints of a backhaul link, or a combination thereof in accordance with the network traffic conditions (step 202, step 206, step 210, step 226A, step 226B, step 226C, step 253, step 260, step 266).
Apparatus for cleaning an exposed surface of an optical element, the apparatus comprising: a collar arranged to be disposed circumferentially around, and to rotate around, an axis of an optical element which the apparatus is arranged to clean; and a wiper arm coupled to the collar so as to rotationally clean the exposed surface of the optical element as the collar rotates; characterised in that the apparatus further comprises: an axial drive arranged to retract the exposed surface from the position in which it is deployed for use, to a retracted position for the rotational cleaning, and to axially extend the optical element forwards again after cleaning. a collar arranged to be disposed circumferentially around, and to rotate around, an axis of an optical element which the apparatus is arranged to clean; and a wiper arm coupled to the collar so as to rotationally clean the exposed surface of the optical element as the collar rotates; characterised in that the apparatus further comprises: an axial drive arranged to retract the exposed surface from the position in which it is deployed for use, to a retracted position for the rotational cleaning, and to axially extend the optical element forwards again after cleaning. an axial drive arranged to retract the exposed surface from the position in which it is deployed for use, to a retracted position for the rotational cleaning, and to axially extend the optical element forwards again after cleaning.
Insect screen for mounting in a window opening, comprising a surrounding frame defining a central opening and a gauze spanning said central opening and connected to the frame with its circumferential edge, wherein the frame comprises two separate parts, namely a base part designed such that the insect screen is sufficiently strong and rigid, and a separate locking part, whereby the locking part comprises a mounting wing being an outwardly projecting mounting wing to be received between a stationary part and a movable part of the window, and wherein said base part and locking part are provided with cooperating locking members (6, 7) for locking the locking part to the base part thereby clamping the gauze between both parts, and characterized in that the cooperating locking members (6, 7) of the base part and locking part define snap locks.
A thrust and journal bearing for steam turbines, comprising: a rotor having at least a first rotor collar and a second rotor collar, a journal bearing section, which includes a journal bearing body and a plurality of journal tilting pads between the rotor and the journal bearing body; characterized in that the thrust and journal bearing further comprises a thrust bearing section, which includes a thrust bearing body, a first plurality of thrust tilting pads between the first rotor collar and the thrust bearing body and a second plurality of thrust tilting pads between the second rotor collar and the thrust bearing body; the thrust bearing section and the journal bearing section being integrated into a bearing assembly that is fixable to an inner support or hanger of a bearing pedestal. a rotor having at least a first rotor collar and a second rotor collar, a journal bearing section, which includes a journal bearing body and a plurality of journal tilting pads between the rotor and the journal bearing body; characterized in that the thrust and journal bearing further comprises a thrust bearing section, which includes a thrust bearing body, a first plurality of thrust tilting pads between the first rotor collar and the thrust bearing body and a second plurality of thrust tilting pads between the second rotor collar and the thrust bearing body; the thrust bearing section and the journal bearing section being integrated into a bearing assembly that is fixable to an inner support or hanger of a bearing pedestal.
A handheld body care appliance, including: - a body with a gripping area (Zp), - a treatment head fitted to the body to be applied to or next to the skin and with an electrically activated treatment means, - a means for detecting the proximity of the skin to the treatment head, - and an electronic control unit suitable for at least authorising the operation of the treatment means if skin is detected near the treatment head, characterised in that it includes a means for detecting the presence of a hand on the gripping area (Zp) and in that the electronic control unit is suitable for at least authorising the operation of the treatment means if skin is detected near the treatment head and if a hand is detected on the gripping area (Zp). - a body with a gripping area (Zp), - a treatment head fitted to the body to be applied to or next to the skin and with an electrically activated treatment means, - a means for detecting the proximity of the skin to the treatment head, - and an electronic control unit suitable for at least authorising the operation of the treatment means if skin is detected near the treatment head, characterised in that it includes a means for detecting the presence of a hand on the gripping area (Zp) and in that the electronic control unit is suitable for at least authorising the operation of the treatment means if skin is detected near the treatment head and if a hand is detected on the gripping area (Zp).
A compound of Formula I-C: or a salt thereof, wherein: R 1 is -CF 3, -SO 2 CH 3, or R 3 is hydrogen or chloro; X is a covalent bond, O, S, SO 2, C NH, NHC or NH; L-R is L 1 -R' is L 2 -R" is H, L 3 -R′′′ is R is NH 2 or CO 2 H; q is 1, 2, 3, 4, 5, 6 or 7; q1 is 4, 5, 6 or 7; r is 1, 2, 3, 4, 5, 6 or 7; s is 1, 2, 3, 4, 5, 6 or 7; t is 1, 2, 3, 4, 5, 6 or 7. R 1 is -CF 3, -SO 2 CH 3, or R 3 is hydrogen or chloro; X is a covalent bond, O, S, SO 2, C NH, NHC or NH; L-R is L 1 -R' is L 2 -R" is H, L 3 -R′′′ is R is NH 2 or CO 2 H; q is 1, 2, 3, 4, 5, 6 or 7; q1 is 4, 5, 6 or 7; r is 1, 2, 3, 4, 5, 6 or 7; s is 1, 2, 3, 4, 5, 6 or 7; t is 1, 2, 3, 4, 5, 6 or 7.
A 3D printed prosthetic socket for a residual limb consisting of a 3D printed shell comprising a distal end adapted for linking an interconnecting adapter of the socket and a proximal end with an opening adapted for inserting the limb, wherein the shell comprises a first housing of the socket comprising an inner wall and a second housing comprising an outer wall of the prosthetic socket, wherein the second housing is located outside of the first housing and the first housing and the second housing are connected at the distal end of the prosthetic socket and at the proximal end of the prosthetic socket, characterised in that there is an air gap between the first housing and second housing, and the first housing and the second housing are made of single 3D printed part, wherein the first housing comprises an elastic region comprising set of shaped openings, and the first housing is connected with the second housing through a reinforcing structure composed of ribs.
Method for combining segments of a smoking article, the method comprising the steps of: - providing a group of segments, the group of segments comprising a heat source (10; 20) and an aerosol-forming substrate (11; 21)which are coaxially arranged in that sequence along a common central longitudinal axis, the aerosol-forming substrate (10; 20)being arranged such that a remote end (112; 212) of the aerosol-forming substrate (11; 21) faces away from the heat source (10; 20) while a near end (112; 211) of the aerosol-forming substrate (11; 21) abuts the heat source (10; 20), - feeding an airflow directing truncated hollow cone (13; 23) having a widest end (131; 231) and a truncated narrowest end (130; 230) towards the group of segments (10, 11; 20, 21) in a manner such that the truncated narrowest end (130; 230) of the truncated hollow cone (13; 23) is arranged to face the remote end (112; 212) of the aerosol-forming substrate (11; 21), with a central longitudinal axis of the truncated hollow cone (13; 23) being aligned with the common central longitudinal axis of the group of segments (10, 11; 20, 21), and - moving the truncated hollow cone (13; 23) towards the remote end (112; 212) of the aerosol-forming substrate (11; 21) to abut the remote end (112; 212) of the aerosol-forming substrate (11; 21) or to extend into an indentation (113; 213) in the remote end (112; 212) of the aerosol-forming substrate (11; 21). - providing a group of segments, the group of segments comprising a heat source (10; 20) and an aerosol-forming substrate (11; 21)which are coaxially arranged in that sequence along a common central longitudinal axis, the aerosol-forming substrate (10; 20)being arranged such that a remote end (112; 212) of the aerosol-forming substrate (11; 21) faces away from the heat source (10; 20) while a near end (112; 211) of the aerosol-forming substrate (11; 21) abuts the heat source (10; 20), - feeding an airflow directing truncated hollow cone (13; 23) having a widest end (131; 231) and a truncated narrowest end (130; 230) towards the group of segments (10, 11; 20, 21) in a manner such that the truncated narrowest end (130; 230) of the truncated hollow cone (13; 23) is arranged to face the remote end (112; 212) of the aerosol-forming substrate (11; 21), with a central longitudinal axis of the truncated hollow cone (13; 23) being aligned with the common central longitudinal axis of the group of segments (10, 11; 20, 21), and - moving the truncated hollow cone (13; 23) towards the remote end (112; 212) of the aerosol-forming substrate (11; 21) to abut the remote end (112; 212) of the aerosol-forming substrate (11; 21) or to extend into an indentation (113; 213) in the remote end (112; 212) of the aerosol-forming substrate (11; 21).
A tool system (1,1a,1b) comprising: a portable tool including a driving unit, the driving unit being configured to operate with power supplied from a power source, an identification unit configured to identify, by a contactless method, a current work object, on which the tool is set in place, out of a plurality of work objects, an image capturing unit provided for the tool and configured to generate a captured image; characterized by an image storage unit configured to store a plurality of reference images associated with the plurality of work objects, each of the plurality of reference images being obtained by capturing an associated work object, wherein the image capturing unit generates the captured image such that a current work object and a tip of a bit or socket attached detachably to an output shaft of the tool fall within an image capturing range, the current work object is a portion on which the tool is set and a portion surrounding the portion in a workpiece or a working area, and the identification unit includes an image processing unit (33,33b) configured to perform image processing by comparing the captured image generated by the image capturing unit with a plurality of reference images and identify an actually shot work object as the current work object, the actually shot work object being a work object, shot in the captured image, out of the plurality of work objects. a portable tool including a driving unit, the driving unit being configured to operate with power supplied from a power source, an identification unit configured to identify, by a contactless method, a current work object, on which the tool is set in place, out of a plurality of work objects, an image capturing unit provided for the tool and configured to generate a captured image; characterized by an image storage unit configured to store a plurality of reference images associated with the plurality of work objects, each of the plurality of reference images being obtained by capturing an associated work object, wherein the image capturing unit generates the captured image such that a current work object and a tip of a bit or socket attached detachably to an output shaft of the tool fall within an image capturing range, the current work object is a portion on which the tool is set and a portion surrounding the portion in a workpiece or a working area, and the identification unit includes an image processing unit (33,33b) configured to perform image processing by comparing the captured image generated by the image capturing unit with a plurality of reference images and identify an actually shot work object as the current work object, the actually shot work object being a work object, shot in the captured image, out of the plurality of work objects.
A method performed by a network node operable in a radio communication network for communication between the network node and a wireless device, the method comprising: - obtaining information associated with a channel quality of a channel between the network node and the wireless device, - estimating a respective one or more variables associated with the channel quality based on the obtained channel quality information, determining an Outer Loop Link Adaptation, OLLA, adjustment based on the obtained channel quality information, and based on the estimated respective one or more variables associated with the channel quality, and when the obtained channel quality information indicates that the channel performance is acceptable: determining an OLLA adjustment is also based on a Sequential Hypothesis Testing, SHT, of said estimated a respective one or more variables associated with the obtained channel quality information, and wherein the SHT of the obtained channel quality information is performed against a respective predefined interval for the respective one or more variables associated with the channel quality information, and wherein the respective predefined interval is defined by two end points, p 0 and p 1, wherein the SHT evaluates two hypotheses, H0: variable associated with the obtained channel quality information≤ p 0, and H1: variable associated with the obtained channel quality information≥ p 1. - obtaining information associated with a channel quality of a channel between the network node and the wireless device, - estimating a respective one or more variables associated with the channel quality based on the obtained channel quality information, determining an Outer Loop Link Adaptation, OLLA, adjustment based on the obtained channel quality information, and based on the estimated respective one or more variables associated with the channel quality, and when the obtained channel quality information indicates that the channel performance is acceptable: determining an OLLA adjustment is also based on a Sequential Hypothesis Testing, SHT, of said estimated a respective one or more variables associated with the obtained channel quality information, and
Small-sized submersible pump unit comprising a submersible motor, a shiftable module, and a pump, the housings of which are connected with each other by flangeless couplings a flangeless coupling is designed with embedded ring segments, whereas the coupled housings each have a covering part and a covered part, and the covered part of one of the housings comprises a blind rectangular groove, and the covering part of another housing comprises a rectangular through-opening, and said groove and opening form a cavity comprising an embedded ring segment characterized in that the embedded ring segment has a cylindrical external surface flush with the covered part that is overlapped by the covering part, whereas the covered part has a thread, and the covering part is fastened by a sleeve nut screwed on the thread of the covered part, wherein the covering part has a spring split bushing put thereon, the embedded ring segment is connected with the spring split bushing, and a tapered internal surface is made on the embedded ring segment at the level of cylindrical external surface, wherein the covered part is, in a non-threaded way, axially covered by the covering part. a flangeless coupling is designed with embedded ring segments, whereas the coupled housings each have a covering part and a covered part, and the covered part of one of the housings comprises a blind rectangular groove, and the covering part of another housing comprises a rectangular through-opening, and said groove and opening form a cavity comprising an embedded ring segment characterized in that the embedded ring segment has a cylindrical external surface flush with the covered part that is overlapped by the covering part, whereas the covered part has a thread, and the covering part is fastened by a sleeve nut screwed on the thread of the covered part, wherein the covering part has a spring split bushing put thereon, the embedded ring segment is connected with the spring split bushing, and a tapered internal surface is made on the embedded ring segment at the level of cylindrical external surface, wherein the covered part is, in a non-threaded way, axially covered by the covering part.