mhurhangee/ep-ind-claims huggingface dataset:
A door system for an aircraft comprising: a door; a piano hinge for connecting the door to a body of the aircraft; a guide track connectable to the body of the aircraft; a roller; a first crank connected to the roller and configured to move the roller along the guide track; a first shaft system attached to the first crank and configured to rotate the first crank and the roller; a latch system connected to the first shaft system, the latch system comprising: a rotating stop; a second crank associated with the rotating stop and configured to rotate the rotating stop from a latched position to an unlatched position; and a second shaft system connected to the second crank and the rotating stop; and a locking system configured to secure the rotating stop in the latched position; wherein the door system further comprises a stop fitting connectable to the body of the aircraft and configured to engage with the rotating stop when the rotating stop is in the latched position. a door; a piano hinge for connecting the door to a body of the aircraft; a guide track connectable to the body of the aircraft; a roller; a first crank connected to the roller and configured to move the roller along the guide track; a first shaft system attached to the first crank and configured to rotate the first crank and the roller; a latch system connected to the first shaft system, the latch system comprising: a rotating stop; a second crank associated with the rotating stop and configured to rotate the rotating stop from a latched position to an unlatched position; and a second shaft system connected to the second crank and the rotating stop; and a rotating stop; a second crank associated with the rotating stop and configured to rotate the rotating stop from a latched position to an unlatched position; and a second shaft system connected to the second crank and the rotating stop; and a locking system configured to secure the rotating stop in the latched position; wherein the door system further comprises a stop fitting connectable to the body of the aircraft and configured to engage with the rotating stop when the rotating stop is in the latched position.
A mobile cleaning robot (100; 408; 510), comprising: a drive system configured to move the mobile cleaning robot about an environment in a user's residence; and a controller circuit (109; 512) configured to: receive an indication of a user entering or exiting a pre-defined geographical zone with respect to a location of the user's residence; and generate a mission control signal to navigate the mobile cleaning robot to conduct a mission in the environment based on the indication of the user entering or exiting the pre-defined geographical zone, characterized in that: the indication of the user entering or exiting the pre-defined geographical zone includes an indication of a mobile device (404; 520), holdable by the user, entering or exiting the pre-defined geographical zone. a drive system configured to move the mobile cleaning robot about an environment in a user's residence; and a controller circuit (109; 512) configured to: receive an indication of a user entering or exiting a pre-defined geographical zone with respect to a location of the user's residence; and generate a mission control signal to navigate the mobile cleaning robot to conduct a mission in the environment based on the indication of the user entering or exiting the pre-defined geographical zone, characterized in that: the indication of the user entering or exiting the pre-defined geographical zone includes an indication of a mobile device (404; 520), holdable by the user, entering or exiting the pre-defined geographical zone. receive an indication of a user entering or exiting a pre-defined geographical zone with respect to a location of the user's residence; and generate a mission control signal to navigate the mobile cleaning robot to conduct a mission in the environment based on the indication of the user entering or exiting the pre-defined geographical zone, characterized in that: the indication of the user entering or exiting the pre-defined geographical zone includes an indication of a mobile device (404; 520), holdable by the user, entering or exiting the pre-defined geographical zone. the indication of the user entering or exiting the pre-defined geographical zone includes an indication of a mobile device (404; 520), holdable by the user, entering or exiting the pre-defined geographical zone.
A transport system, including: a track having a top face and opposite first and second sides (9, 10); a carriage having a carriage body to extend across the top face of the track, a fixed bearing arrangement which includes a bearing (15a, 15b) to engage the first side of the track and having a rotational axis located in a fixed position on the carriage body, and a self-adjusting bearing arrangement which includes a movable bearing to engage the second side of the track and mounted on a pivot arm having a pivotal connection (24, 25) with the carriage body and a bias element arranged to act on the pivot arm such as to maintain contact between the movable bearing and the second side of the track; wherein the self-adjusting bearing arrangement is such that - the movable bearing is not driven; - the movable bearing and the pivotal connection (24, 25) of the pivot arm are both located at a first end of the pivot arm; - the bias element is spaced from the pivotal connection (24, 25) of the pivot arm in a first direction; - the movable bearing is offset from the pivotal connection (24, 25) in a second direction which is transverse to the first direction. - the movable bearing is not driven; - the movable bearing and the pivotal connection (24, 25) of the pivot arm are both located at a first end of the pivot arm; - the bias element is spaced from the pivotal connection (24, 25) of the pivot arm in a first direction; - the movable bearing is offset from the pivotal connection (24, 25) in a second direction which is transverse to the first direction.
A cabinet comprising a top panel, a bottom panel, and first and second side panels (7,9), wherein the cabinet is adapted to be suspended from vertically oriented carrier elements which are provided with slots, whereby each of said top and bottom panels (3, 5) being produced from a single piece of sheet metal, that is punched to provide means for interacting with carrier element slots of the vertical carrier elements, and are folded to provide upstanding side and rear portions that provide the top and bottom panels (3, 5) with improved structural strength, the side panels comprising connector rear elements for connecting to carrier element slots at the rear of the cabinet, and the top panel comprising connector elements, in the form of sheet metal clips, connecting the front corners of the top panel to the front end of a side panel.
A Third Generation Partnership Project, 3GPP, node operable to receive information about access points, Aps, for traffic offloading, the 3GPP node having computer circuitry configured to: send a request, to a network manager, NM, for access point, AP, information about one or more wireless local area network, WLAN, APs for traffic offloading, the AP information includes at least one of: network identifiers, radio parameters, preference levels, and location information for the WLAN APs; receive the AP information from the NM about the one or more WLAN APs, wherein the NM receives the AP information from a WLAN domain manager, WLAN DM; and communicate the AP information to a user equipment, UE, wherein the AP information enables the UE to select WLAN APs to receive data via traffic offloading between the 3GPP node and the one or more WLAN Aps; whereon AP status update information is received from the WLAN DM and communicated to the 3GPP eNB via the 3GPP DM, wherein the AP status update information includes at least one of: a new AP that is online, an existing AP that is offline. send a request, to a network manager, NM, for access point, AP, information about one or more wireless local area network, WLAN, APs for traffic offloading, the AP information includes at least one of: network identifiers, radio parameters, preference levels, and location information for the WLAN APs; receive the AP information from the NM about the one or more WLAN APs, wherein the NM receives the AP information from a WLAN domain manager, WLAN DM; and communicate the AP information to a user equipment, UE, wherein the AP information enables the UE to select WLAN APs to receive data via traffic offloading between the 3GPP node and the one or more WLAN Aps; whereon AP status update information is received from the WLAN DM and communicated to the 3GPP eNB via the 3GPP DM, wherein the AP status update information includes at least one of: a new AP that is online, an existing AP that is offline.
A system providing text-to-speech functionality, comprising: a forced alignment data store having stored thereon forced alignment data for a plurality of tracks; and a combining engine configured to: obtain input text; portion the input text into a first text set and a second text set; identify a first track of the tracks, having first track lyrics that include the first text set; identify, using the forced alignment data, a first audio location of first track audio data of the first track corresponding to the first text set; create a first audio snippet containing the first audio location; using a speech synthesizer, create a synthesized utterance based on the second text set; combine the first audio snippet and the synthesized utterance to form combined audio; and provide an audio output that includes the combined audio; wherein the portioning of the input text includes identifying words or phrases that are suited to being turned into audio output by taking a snippet from a track of the plurality of tracks. a forced alignment data store having stored thereon forced alignment data for a plurality of tracks; and a combining engine configured to: obtain input text; portion the input text into a first text set and a second text set; identify a first track of the tracks, having first track lyrics that include the first text set; identify, using the forced alignment data, a first audio location of first track audio data of the first track corresponding to the first text set; create a first audio snippet containing the first audio location; using a speech synthesizer, create a synthesized utterance based on the second text set; combine the first audio snippet and the synthesized utterance to form combined audio; and provide an audio output that includes the combined audio; obtain input text; portion the input text into a first text set and a second text set; identify a first track of the tracks, having first track lyrics that include the first text set; identify, using the forced alignment data, a first audio location of first track audio data of the first track corresponding to the first text set; create a first audio snippet containing the first audio location; using a speech synthesizer, create a synthesized utterance based on the second text set; combine the first audio snippet and the synthesized utterance to form combined audio; and provide an audio output that includes the combined audio; wherein the portioning of the input text includes identifying words or phrases that are suited to being turned into audio output by taking a snippet from a track of the plurality of tracks.
An apparatus for performing an operation on a metallic surface, wherein the metallic surface is an outer surface of a metallic hull and the metallic hull is part of a ship or of an offshore unit, the apparatus comprising: - at least one holding means for holding the apparatus against the metallic surface; - at least one pivot connected to the apparatus, arranged to pivot in a transverse axis in relation to the movement on the metallic surface for pivoting the at least one holding means in relation to the apparatus and for adapting the at least one holding means to a shape of the metallic surface; and - a moving means for moving the apparatus on the metallic surface, wherein the holding means comprises: - at least one permanent magnet arranged in a Halbach array for exerting a pushing force on the apparatus towards the metallic surface; and - at least four rollers for allowing motion on the metallic surface and to keep a fixed distance between the at least one permanent magnet and the metallic surface, each roller rotating on a shaft which traverses the at least one permanent magnet, wherein the moving means is arranged to bear the pushing force from the at least one magnet on the metallic surface and comprises: - a continuous track belt with at least one inner guide engaging on an opposing groove presented by the rollers for keeping the continuous track aligned with the movement of the apparatus on the metallic surface; and - at least two conducting means (345, 3422) for conducting the continuous track belt, wherein the at least two conducting means (345, 3422) comprise a groove for the at least one inner guide to engage thereon, and wherein the apparatus is holdable against the metallic surface while partially immersed. - at least one holding means for holding the apparatus against the metallic surface; - at least one pivot connected to the apparatus, arranged to pivot in a transverse axis in relation to the movement on the metallic surface for pivoting the at least one holding means in relation to the apparatus and for adapting the at least one holding means to a shape of the metallic surface; and - a moving means for moving the apparatus on the metallic surface, - at least one permanent magnet arranged in a Halbach array for exerting a pushing force on the apparatus towards the metallic surface; and - at least four rollers for allowing motion on the metallic surface and to keep a fixed distance between the at least one permanent magnet and the metallic surface, each roller rotating on a shaft which traverses the at least one permanent magnet, - a continuous track belt with at least one inner guide engaging on an opposing groove presented by the rollers for keeping the continuous track aligned with the movement of the apparatus on the metallic surface; and - at least two conducting means (345, 3422) for conducting the continuous track belt, wherein the at least two conducting means (345, 3422) comprise a groove for the at least one inner guide to engage thereon, and
Connection arrangement for connecting a post to a frame profile of a window or a door made of plastic, wherein the post has a hollow profile and is secured to the frame profile by means of a post connector comprising a base part, which is mounted on the frame profile by means of a latching element, and an attachment part, which is arranged above the base part and which is connected to the post and is guided with form-fit engagement when attaching onto the base part, wherein attachment part and base part are latched onto each other in the assembled state via latching elements (18, 22), characterized in that latching elements are also provided on the attachment part, by means of which latching elements the attachment part, during assembly, can be secured to the post with form-fit latching engagement.
A process for providing a surface of a substrate, comprising cellulosic fibers, with a barrier against oxygen, wherein the process comprises the following steps: - applying a coating mixture to the surface of the substrate in an amount so that the dry coating quantity is below 10 g/m2, which coating is applied in one, single step, - at least partly drying the coated surface of the substrate and - applying a barrier activating solution, comprising at least 95 wt% of water, to the at least partly dried coated surface in order to form a barrier on the surface of the substrate, wherein the coating mixture comprises at least one water soluble polymer and at least one kind of nano-particle wherein said nano-particle is nanoclays, such as bentonite or vermiculite, microfibrillated cellulose, aluminum silicates, nano precipitated calcium carbonate, nanotalcum, nanotitanium dioxide, xylane, carboxy methyl cellulose and/or silica. - applying a coating mixture to the surface of the substrate in an amount so that the dry coating quantity is below 10 g/m2, which coating is applied in one, single step, - at least partly drying the coated surface of the substrate and - applying a barrier activating solution, comprising at least 95 wt% of water, to the at least partly dried coated surface in order to form a barrier on the surface of the substrate, wherein the coating mixture comprises at least one water soluble polymer and at least one kind of nano-particle wherein said nano-particle is nanoclays, such as bentonite or vermiculite, microfibrillated cellulose, aluminum silicates, nano precipitated calcium carbonate, nanotalcum, nanotitanium dioxide, xylane, carboxy methyl cellulose and/or silica.
Speech recognition and control system continuously operable by two or more users, comprising: a receiver for receiving a speech input; a processor in communication with said receiver; software executing on said processor for identifying at least one command from the speech input based on an active profile, a database in communication with said processor, said database including a plurality of user profiles, each user profile including user preferences and settings for a particular user; and profile management software executing on said processor for determining the active profile from the plurality of user profiles, characterized in that the system is adapted to recognize a new user's voice corresponding to a user profile and to automatically switch profiles accordingly, each of the plurality of user profiles including a speech recognition profile pertaining to the respective user. a receiver for receiving a speech input; a processor in communication with said receiver; software executing on said processor for identifying at least one command from the speech input based on an active profile, a database in communication with said processor, said database including a plurality of user profiles, each user profile including user preferences and settings for a particular user; and profile management software executing on said processor for determining the active profile from the plurality of user profiles, characterized in that the system is adapted to recognize a new user's voice corresponding to a user profile and to automatically switch profiles accordingly, each of the plurality of user profiles including a speech recognition profile pertaining to the respective user.
A bicycle control cable (12, 212, 412) comprising: a central wire (22, 222, 422) including at least one metallic strand (34, 234, 434) defining a radially outermost surface (22a, 422a) of the central wire; and a radial protrusion (24, 224, 424) extending along the radially outermost surface in a direction intersecting with a center longitudinal axis of the central wire, the radial protrusion reducing a sliding resistance of the central wire, the central wire (22, 222, 422) and the radial protrusion (24, 224, 424) being configured and arranged to slidably move in an axial direction with respect to the center longitudinal axis of the central wire within an outer case (26, 226, 426) to operate a bicycle component, wherein the radial protrusion (24, 224, 424) includes at least one resin string or at least one metallic wire that is coated with solid lubricant that is spirally wound around the central wire, and wherein the at least one resin string or at least one metallic wire that is coated with solid lubricant has a pitch that is less than or equal to 1 millimeter. a central wire (22, 222, 422) including at least one metallic strand (34, 234, 434) defining a radially outermost surface (22a, 422a) of the central wire; and a radial protrusion (24, 224, 424) extending along the radially outermost surface in a direction intersecting with a center longitudinal axis of the central wire, the radial protrusion reducing a sliding resistance of the central wire, the central wire (22, 222, 422) and the radial protrusion (24, 224, 424) being configured and arranged to slidably move in an axial direction with respect to the center longitudinal axis of the central wire within an outer case (26, 226, 426) to operate a bicycle component, wherein the radial protrusion (24, 224, 424) includes at least one resin string or at least one metallic wire that is coated with solid lubricant that is spirally wound around the central wire, and wherein the at least one resin string or at least one metallic wire that is coated with solid lubricant has a pitch that is less than or equal to 1 millimeter.
A catheter placement apparatus, comprising: a sterile enclosed tube comprising: a guidewire, a first ferromagnetic component coupled to the guidewire, and a catheter; one or more external magnets that are mounted to the exterior of the sterile enclosed tube and magnetically coupled to one or more ferromagnetic components within the sterile tube; and wherein the largest dimension of the sterile enclosed tube is the length direction and wherein the one or more external magnets comprises: a first external magnet that is coupled to the first ferromagnetic component that is coupled to the guidewire and wherein the first external magnet is translatable in the direction of the length of the sterile enclosed tube such that movement of the first external magnet moves the guidewire; and characterized in that the one or more external magnets further comprises a second external magnet magnetically coupled to a second ferromagnetic actuator that is coupled to the catheter, wherein the second external magnet is translatable in the direction of the length of the enclosed tube such that movement of the second external magnet moves the catheter. a sterile enclosed tube comprising: a guidewire, a first ferromagnetic component coupled to the guidewire, and a catheter; one or more external magnets that are mounted to the exterior of the sterile enclosed tube and magnetically coupled to one or more ferromagnetic components within the sterile tube; and wherein the largest dimension of the sterile enclosed tube is the length direction and wherein the one or more external magnets comprises: a first external magnet that is coupled to the first ferromagnetic component that is coupled to the guidewire and wherein the first external magnet is translatable in the direction of the length of the sterile enclosed tube such that movement of the first external magnet moves the guidewire; and characterized in that the one or more external magnets further comprises a second external magnet magnetically coupled to a second ferromagnetic actuator that is coupled to the catheter, wherein the second external magnet is translatable in the direction of the length of the enclosed tube such that movement of the second external magnet moves the catheter. a first external magnet that is coupled to the first ferromagnetic component that is coupled to the guidewire and wherein the first external magnet is translatable in the direction of the length of the sterile enclosed tube such that movement of the first external magnet moves the guidewire; and characterized in that the one or more external magnets further comprises a second external magnet magnetically coupled to a second ferromagnetic actuator that is coupled to the catheter, wherein the second external magnet is translatable in the direction of the length of the enclosed tube such that movement of the second external magnet moves the catheter.