mhurhangee/ep-ind-claims huggingface dataset:
A swimming pool skimming device, including a port for guiding the water from the swimming pool from a first frontal edge surrounding a water inlet toward a second edge connected to a water filtering and exhaust body, the port including first walls (20, 20a, 20b, 20c, 20d) connecting the first edge to the second edge, the port being intended to be inserted into a housing hole provided in an upper portion of a second wall of the swimming pool, a border tile needing to be positioned on the port and on the second wall of the swimming pool, characterized in that it includes, in addition to the first frontal edge of the port, at least one reinforcing element which extends beyond either side of the port to the right and to the left by a predetermined length and which is intended to be positioned on or in the second wall of the swimming pool, between the port and the border tile and against at least the first frontal edge of the port.
A system comprising: at least one processing unit; and at least one memory storing computer-executable instructions, the system being characterised in that the instructions, when executed by the at least one processor, cause the at least one processor to: determine a content type associated with a link received into a message being composed by a user; based on the content type, identify a collaborative user experience customized for the content type; retrieve metadata associated with the identified collaborative UX; based on the metadata (515, 516), cause a first collaborative UX to be rendered in the message, wherein the first collaborative UX includes content retrieved based on the link; receive an indication to send the message to at least one recipient; and within a sent message corresponding to the message, cause (526, 618) the first collaborative UX to be automatically updated based on a change received to a second collaborative UX in a received message corresponding to the message. at least one processing unit; and at least one memory storing computer-executable instructions, the system being characterised in that the instructions, when executed by the at least one processor, cause the at least one processor to: determine a content type associated with a link received into a message being composed by a user; based on the content type, identify a collaborative user experience customized for the content type; retrieve metadata associated with the identified collaborative UX; based on the metadata (515, 516), cause a first collaborative UX to be rendered in the message, wherein the first collaborative UX includes content retrieved based on the link; receive an indication to send the message to at least one recipient; and within a sent message corresponding to the message, cause (526, 618) the first collaborative UX to be automatically updated based on a change received to a second collaborative UX in a received message corresponding to the message. determine a content type associated with a link received into a message being composed by a user; based on the content type, identify a collaborative user experience customized for the content type; retrieve metadata associated with the identified collaborative UX; based on the metadata (515, 516), cause a first collaborative UX to be rendered in the message, wherein the first collaborative UX includes content retrieved based on the link; receive an indication to send the message to at least one recipient; and within a sent message corresponding to the message, cause (526, 618) the first collaborative UX to be automatically updated based on a change received to a second collaborative UX in a received message corresponding to the message.
A loading device with telescopic loading equipment, in particular a loading vehicle, with at least one telescopic boom fitted with a telescopic drive, the rear, vehicle-side boom end of which being pivotably articulated on a frame (3, 4) and the free boom end of which being coupled to a loading tool, wherein the boom is moved by means of a swivel drive at least between a first and a further work position (20, 21) and the boom length in conjunction with the pivotal position of the boom is controlled by a control device associated with the telescopic drive and the swivel drive and the loading tool is guided on a trajectory, wherein the loading tool traverses the trajectory at least from a first work position into a further work position, wherein the trajectory is divided into trajectory sections and after reaching the end of one trajectory section, an operator must carry out an intermediate confirmation before the loading tool enters the subsequent trajectory section, characterized in that the loading vehicle comprises a display device coupled to the control device, and the display device is configured to visualize the trajectory selected by activation of an actuator element and/or the progress of work on the trajectory defined by the position of the loading tool.
An axial flow slam-shut valve, comprising: a valve body; a valve assembly arranged in the valve body and having a stem, a control element that is coupled to the stem, and a spring; the valve body having an inlet, an outlet, and a fluid flow path that is between the inlet and the outlet and is positioned outside of the valve assembly; a seat, wherein the control element and the stem are movable along a longitudinal axis and biased by the spring toward a closed position, in which the control element engages the seat; an actuator assembly disposed outside of the valve body and including a first transmission shaft that is operatively coupled to the stem via a Scotch yoke mechanism; and a trigger mechanism that is responsive to fluid pressure, wherein rotational motion of the first transmission shaft in a first rotational direction causes movement of the stem and the control element in a first translational direction to separate the control element from the seat; and wherein the trigger mechanism prevents rotation of the first transmission shaft in a second rotational direction in a first mode of operation and releases the first transmission shaft to allow rotation of the first transmission shaft in the second rotational direction in a second mode of operation, characterized in that the actuator assembly further comprises a second transmission shaft and a transmission mechanism. a valve body; a valve assembly arranged in the valve body and having a stem, a control element that is coupled to the stem, and a spring; the valve body having an inlet, an outlet, and a fluid flow path that is between the inlet and the outlet and is positioned outside of the valve assembly; a seat, wherein the control element and the stem are movable along a longitudinal axis and biased by the spring toward a closed position, in which the control element engages the seat; an actuator assembly disposed outside of the valve body and including a first transmission shaft that is operatively coupled to the stem via a Scotch yoke mechanism; and a trigger mechanism that is responsive to fluid pressure, wherein rotational motion of the first transmission shaft in a first rotational direction causes movement of the stem and the control element in a first translational direction to separate the control element from the seat; and wherein the trigger mechanism prevents rotation of the first transmission shaft in a second rotational direction in a first mode of operation and releases the first transmission shaft to allow rotation of the first transmission shaft in the second rotational direction in a second mode of operation, characterized in that the actuator assembly further comprises a second transmission shaft and a transmission mechanism.
A body side panel, comprising: a hat-like panel member made of a metal, the hat-like panel member has opening portions into which a window or a door can be assembled; another panel member made of a metal; and a reinforcing member made of a resin, wherein the hat-like panel member includes a cross-sectionally hat-like portion formed of a top portion, edge portions, and intermediate portions coupling the top portion and the edge portions to each other, the cross-sectionally hat-like portion is joined to the other panel member at the edge portions, and forms a closed space cooperatively with the other panel member, the reinforcing member is arranged to be joined to an at least one of the top portion and the intermediate portions in the closed space, the hat-like panel member includes corner parts between the edge portions and the intermediate portions, characterised in that the other panel member includes corresponding parts which correspond to the corner parts, and a rigidity of the corresponding parts is higher than a rigidity of the corner parts, and the reinforcing member includes a layered portion, and at least one rib portion provided in a state of protruding from the layered portion to the other-panel-member side, wherein the layered portion is joined all over the top portion. a hat-like panel member made of a metal, the hat-like panel member has opening portions into which a window or a door can be assembled; another panel member made of a metal; and a reinforcing member made of a resin, wherein the hat-like panel member includes a cross-sectionally hat-like portion formed of a top portion, edge portions, and intermediate portions coupling the top portion and the edge portions to each other, the cross-sectionally hat-like portion is joined to the other panel member at the edge portions, and forms a closed space cooperatively with the other panel member, the reinforcing member is arranged to be joined to an at least one of the top portion and the intermediate portions in the closed space, the hat-like panel member includes corner parts between the edge portions and the intermediate portions, characterised in that the other panel member includes corresponding parts which correspond to the corner parts, and a rigidity of the corresponding parts is higher than a rigidity of the corner parts, and the reinforcing member includes a layered portion, and at least one rib portion provided in a state of protruding from the layered portion to the other-panel-member side, wherein the layered portion is joined all over the top portion.
Sports helmet comprising a ventilation system having ventilation openings, at least some of the ventilation openings comprising covers which cover the ventilation openings (8, 9) at least in part and which release the ventilation openings (8, 9) in part or completely by tilting about a rotational axis that extends substantially in parallel with or tangentially to the helmet surface, an end of said cover being raised above the surrounding helmet surface when one of the covers is actuated, whilst the other end of said cover drops below the level of the surrounding helmet surface, characterised in that two ventilation openings (8, 9) arranged on the helmet surface can be opened by just one actuation of said cover.
Amethod for enabling an integrated starter generator controller, ISG controller, to acquire a crankshaft angle degree for a crankshaft of an engine through an engine control unit, ECU, wherein the ISG controller is controlling operation of an integrated starter generator, ISG that includes a rotor and is acquiring a rotor-derived crankshaft angle degree based on a rotor position of the rotor, wherein the ECU is controlling operation of the engine, and is detecting an angle degree of the crankshaft to acquire a detected crankshaft angle degree after the engine has been started; wherein the ISG controller is electrically connected to the ECU and controls the ISG to intervene in the rotation of the crankshaft based on the rotor-derived crankshaft angle degree when the engine is shutting down; the method being characterised by transmitting from the ECU to the ISG controller an angle-setting trigger signal upon determining that the detected crankshaft angle degree is equal to a predetermined angle degree when the engine has been started, the angle-setting trigger signal indicating that the predetermined angle degree is 0 degree; and setting, by the ISG controller, the rotor-derived crankshaft angle degree to the predetermined angle degree upon receipt of the angle-setting trigger signal. wherein the ISG controller is controlling operation of an integrated starter generator, ISG that includes a rotor and is acquiring a rotor-derived crankshaft angle degree based on a rotor position of the rotor, wherein the ECU is controlling operation of the engine, and is detecting an angle degree of the crankshaft to acquire a detected crankshaft angle degree after the engine has been started; wherein the ISG controller is electrically connected to the ECU and controls the ISG to intervene in the rotation of the crankshaft based on the rotor-derived crankshaft angle degree when the engine is shutting down; the method being characterised by transmitting from the ECU to the ISG controller an angle-setting trigger signal upon determining that the detected crankshaft angle degree is equal to a predetermined angle degree when the engine has been started, the angle-setting trigger signal indicating that the predetermined angle degree is 0 degree; and setting, by the ISG controller, the rotor-derived crankshaft angle degree to the predetermined angle degree upon receipt of the angle-setting trigger signal.
A method of loading a therapeutic substance within a lumenal space of a hollow wire having a plurality of side openings that forms a hollow stent, the method comprising the steps of: filling the lumenal space of the hollow stent substantially full of a solution of a therapeutic substance and a first solvent; precipitating the therapeutic substance out of solution within the lumenal space of the filled hollow stent by adding a second precipitator solvent to the lumenal space of the filled hollow stent, wherein the second precipitator solvent does not dissolve the therapeutic substance, is miscible with the first solvent, and is capable of forming an azeotrope with the first solvent; continuing to add the second precipitator solvent to the lumenal space of the filled hollow stent until the first solvent and the second precipitator solvent reach their azeotropic point; and utilizing vacuum oven drying to extract substantially all of the first solvent and the second precipitator solvent from the lumenal space of the filled hollow stent while the precipitated therapeutic substance remains within the hollow stent such that the hollow stent is thereby loaded with the therapeutic substance for subsequent delivery within a body lumen. filling the lumenal space of the hollow stent substantially full of a solution of a therapeutic substance and a first solvent; precipitating the therapeutic substance out of solution within the lumenal space of the filled hollow stent by adding a second precipitator solvent to the lumenal space of the filled hollow stent, wherein the second precipitator solvent does not dissolve the therapeutic substance, is miscible with the first solvent, and is capable of forming an azeotrope with the first solvent; continuing to add the second precipitator solvent to the lumenal space of the filled hollow stent until the first solvent and the second precipitator solvent reach their azeotropic point; and utilizing vacuum oven drying to extract substantially all of the first solvent and the second precipitator solvent from the lumenal space of the filled hollow stent while the precipitated therapeutic substance remains within the hollow stent such that the hollow stent is thereby loaded with the therapeutic substance for subsequent delivery within a body lumen.
An overcap which enables a container to be effectively opened, furthermore helping a nozzle to be formed for the direct consumption of the content, that consists of a base and a tab, where said base has: a) a hollow area on the inside thereof, and b) a rim surrounding said base; and where said tab is concave and is located in the hollow area of the base, characterized in that said base further comprises support elements in its upper face, and in that said tab comprises: c) a hollow area on the inside thereof, the hollow area being oval-shaped, d) two attachment ends on the sides of the tab, through which the tab is attached to the base and forming an axis on which said tab rotates; e) a first end, next to the outer edge of the base, with perforating means and tearing means, wherein the perforating means are on a rear face of the tab and comprise sharp projections, and the tearing means are formed by a corrugation on the edge of the tab; f) a second end, opposite the first end, that has a convex surface and is next to the center of the base, said support elements being adapted to secure the second end of the tab with the base at the end of the rotation of said tab, said second end then forming a nozzle. a) a hollow area on the inside thereof, and b) a rim surrounding said base; c) a hollow area on the inside thereof, the hollow area being oval-shaped, d) two attachment ends on the sides of the tab, through which the tab is attached to the base and forming an axis on which said tab rotates; e) a first end, next to the outer edge of the base, with perforating means and tearing means, wherein the perforating means are on a rear face of the tab and comprise sharp projections, and the tearing means are formed by a corrugation on the edge of the tab; f) a second end, opposite the first end, that has a convex surface and is next to the center of the base, said support elements being adapted to secure the second end of the tab with the base at the end of the rotation of said tab, said second end then forming a nozzle.
A mobile communication system comprising a mobile station, a first radio base station, and a second radio base station, wherein: the mobile station is configured to be capable of performing carrier aggregation via a first cell under the first radio base station and a second cell under the second radio base station; the first radio base station is configured to be capable of transmitting and receiving a control signal and a data signal to and from the mobile station; the second radio base station is configured to be capable of transmitting and receiving a data signal and to be incapable of transmitting and receiving a control signal to and from the mobile station via a signaling radio bearer due to absence of the signaling radio bearer between the second radio base station and the mobile station, and the mobile station is configured to provide the first radio base station with predetermined notification, when an abnormality of radio link is detected in a layer 2 of an uplink to the second radio base station, wherein the abnormality is a failure in an RA, Random Access, procedure by exceeding a maximum number of retransmissions of an RA preamble. the mobile station is configured to be capable of performing carrier aggregation via a first cell under the first radio base station and a second cell under the second radio base station; the first radio base station is configured to be capable of transmitting and receiving a control signal and a data signal to and from the mobile station; the second radio base station is configured to be capable of transmitting and receiving a data signal and to be incapable of transmitting and receiving a control signal to and from the mobile station via a signaling radio bearer due to absence of the signaling radio bearer between the second radio base station and the mobile station, and the mobile station is configured to provide the first radio base station with predetermined notification, when an abnormality of radio link is detected in a layer 2 of an uplink to the second radio base station, wherein the abnormality is a failure in an RA, Random Access, procedure by exceeding a maximum number of retransmissions of an RA preamble.
A method (300, 400) of transmitting a data frame, the method comprising: transmitting (302, 418) a preamble; transmitting (304, 420) a physical layer convergence protocol PLCP header; and transmitting a plurality of MAC protocol data units MPDUs in a data fame wherein each MPDU includes an indication for a receiver to reset a convolutional decoder state after that MPDU. transmitting (302, 418) a preamble; transmitting (304, 420) a physical layer convergence protocol PLCP header; and transmitting a plurality of MAC protocol data units MPDUs in a data fame wherein each MPDU includes an indication for a receiver to reset a convolutional decoder state after that MPDU.
A computer-implemented method, comprising: receiving, from a remote device, weather-related observation data input by a user of the remote device, the weather-related observation data indicating a weather-related event at a location and a time; determining a trust rating indicative of a reliability of the user by comparing the weather-related event indicated by the weather-related observation data to pre-stored objective weather data, wherein the pre-stored objective weather data only includes data obtained from objective weather sources and not data individually reported from users; determining, based on the trust rating, a weight associated with the weather-related observation data; generating a weather forecast based on the weather-related observation data and the weight; and outputting the weather forecast. receiving, from a remote device, weather-related observation data input by a user of the remote device, the weather-related observation data indicating a weather-related event at a location and a time; determining a trust rating indicative of a reliability of the user by comparing the weather-related event indicated by the weather-related observation data to pre-stored objective weather data, wherein the pre-stored objective weather data only includes data obtained from objective weather sources and not data individually reported from users; determining, based on the trust rating, a weight associated with the weather-related observation data; generating a weather forecast based on the weather-related observation data and the weight; and outputting the weather forecast.
An apparatus for forming a ball of yarn, containing a container with an internal volume, which is outwardly bounded in the vertical direction partially by an internal wall and in the horizontal direction completely by the internal wall, wherein an inlet opening is provided in the internal wall through which the yarn is injectable into the internal volume by means of an air flow, characterized in that the internal wall is formed in a rigid manner, the internal volume comprises a downwardly open outlet opening for a yarn ball formed in the internal volume, and a lower part of the internal wall is inclined downwardly towards the outlet opening along the entire circumference of the outlet opening.
Electrical connector (160, 260) adapted for being accommodated in a roll-up heating for a floor, or wall, characterized in that it is flat and flexible such, that it is suitable for being rolled up with the roll-up heating for a floor, or wall.