mhurhangee/ep-ind-claims huggingface dataset:
A static seal device for wheel hubs connected to constant velocity joints comprising a first sealing assembly interposed in use between an inner ring and an outer ring of the wheel hub, and a second sealing assembly integrally carried in use by the inner ring and arranged straddling the wheel hub and an outer ring of the constant velocity joint; - wherein the first sealing assembly comprises a first shield anchored to the inner ring by means of a sleeve portion thereof and provided with a flange portion on the side of the joint, which radially extends so as to protrude from the sleeve portion and towards the outer ring of the wheel hub, externally carrying a signal generating element towards the joint, the signal generating element consisting in an annular insert; - wherein the annular insert is shaped so as to leave uncovered an annular radially inner area of the flange portion, the annular radially inner area being immediately adjacent to a radially outer lateral surface of the inner ring on which the sleeve portion of the first shield and a second end of a tubular core of the second sealing assembly are fitted in use immediately adjacent to each other; - the signal generating annular element defines an annular seat frontally open towards the joint between itself, the uncovered annular area of the flange portion of the first shield, and the radially outer lateral surface of the inner ring; characterised in that, in use, the first end of the tubular core of the second sealing assembly faces the opposite side of the joint and is provided radially on the outside with an L-shaped edge, shaped so as to be coupled within the annular seat substantially flushed with a face of the annular insert facing towards the joint. - wherein the first sealing assembly comprises a first shield anchored to the inner ring by means of a sleeve portion thereof and provided with a flange portion on the side of the joint, which radially extends so as to protrude from the sleeve portion and towards the outer ring of the wheel hub, externally carrying a signal generating element towards the joint, the signal generating element consisting in an annular insert; - wherein the annular insert is shaped so as to leave uncovered an annular radially inner area of the flange portion, the annular radially inner area being immediately adjacent to a radially outer lateral surface of the inner ring on which the sleeve portion of the first shield and a second end of a tubular core of the second sealing assembly are fitted in use immediately adjacent to each other; - the signal generating annular element defines an annular seat frontally open towards the joint between itself, the uncovered annular area of the flange portion of the first shield, and the radially outer lateral surface of the inner ring; characterised in that, in use,
A communications method, performed by a communications apparatus, wherein the communications apparatus supports a SIM1 and a SIM2, and the method comprises: determining that the SIM1 is in connected state and the SIM2 needs to enter a connected state from a non-connected state; and sending first information to a first device through the SIM1, wherein the first information indicates to stop sending a SIM1 paging message to the communications apparatus, or the first information comprises or indicates a condition in which sending a SIM1 paging message to the communications apparatus is allowed, wherein the first information comprises information about a timer, and the information about the timer indicates a duration of stopping sending a SIM1 paging message to the communications apparatus, or indicates a duration in which sending a paging message meeting the condition to the communications apparatus is allowed. determining that the SIM1 is in connected state and the SIM2 needs to enter a connected state from a non-connected state; and sending first information to a first device through the SIM1, wherein the first information indicates to stop sending a SIM1 paging message to the communications apparatus, or the first information comprises or indicates a condition in which sending a SIM1 paging message to the communications apparatus is allowed, wherein the first information comprises information about a timer, and the information about the timer indicates a duration of stopping sending a SIM1 paging message to the communications apparatus, or indicates a duration in which sending a paging message meeting the condition to the communications apparatus is allowed.
A manufacturing method of an electronic device, comprising: a process of forming a support layer (15, 35) that is provided to extend from a first surface (14f, 34f) of a functional layer (14, 34) formed on a first substrate (10, 30) via a first layer (11, 31), as a surface on a side opposite to the first substrate (10, 30), to the first substrate (10, 30) and supports the functional layer (14, 34) with respect to the first substrate (10, 30); a process of forming a thin film holding layer (16, 36) on at least one of the support layer (15, 35) and the first surface (14f, 34f) of the functional layer (14, 34); a process of removing the first layer (11, 31) after the thin film holding layer (16, 36) is formed; a process of joining a transfer member (18, 38, 50) to a surface of the thin film holding layer (16, 36) on a side opposite to the functional layer (14, 34) after the first layer (11, 31) is removed; a process of separating the functional layer (14, 34), the support layer (15, 35) and the thin film holding layer (16, 36) from the first substrate (10, 30); a process of transferring the functional layer (14, 34), the support layer (15, 35) and the thin film holding layer (16, 36) to a second substrate (20, 40, 60) different from the first substrate (10, 30); and a process of removing the thin film holding layer (16, 36). a process of forming a support layer (15, 35) that is provided to extend from a first surface (14f, 34f) of a functional layer (14, 34) formed on a first substrate (10, 30) via a first layer (11, 31), as a surface on a side opposite to the first substrate (10, 30), to the first substrate (10, 30) and supports the functional layer (14, 34) with respect to the first substrate (10, 30); a process of forming a thin film holding layer (16, 36) on at least one of the support layer (15, 35) and the first surface (14f, 34f) of the functional layer (14, 34); a process of removing the first layer (11, 31) after the thin film holding layer (16, 36) is formed; a process of joining a transfer member (18, 38, 50) to a surface of the thin film holding layer (16, 36) on a side opposite to the functional layer (14, 34) after the first layer (11, 31) is removed; a process of separating the functional layer (14, 34), the support layer (15, 35) and the thin film holding layer (16, 36) from the first substrate (10, 30); a process of transferring the functional layer (14, 34), the support layer (15, 35) and the thin film holding layer (16, 36) to a second substrate (20, 40, 60) different from the first substrate (10, 30); and a process of removing the thin film holding layer (16, 36).
A refrigerator comprising a heat insulating partitioned storage compartment, a basket (64, 65) arranged in the storage compartment, a mist atomizer, a cool air outlet for discharging a cool air of a cooling compartment into the storage compartment, and a cool air inlet for feeding back a cool air that has cooled an interior of the storage compartment to the cooling compartment, wherein the mist atomizer condenses moisture in air flowing out from the basket in the storage compartment and atomizes as mist to the storage compartment, characterized in that the mist atomizer is arranged in the storage compartment, on a cool air flow path between the cool air outlet and the cool air inlet.
A control central of a power storage battery intended to be coupled to a source of intermittent electrical production for supplying an electric power network with total electric power approaching a total power setpoint (Prod) according to a production plan announced in advance to the manager of the network, characterized in that the control central is adapted to determine a reference trajectory of the state of charge of the battery (SOC_ref(t)) from a model of the battery and an optimised setpoint of battery power (Pbatt), said optimised battery power setpoint (Pbatt) being determined from the total power setpoint (Prod), and in that the control central is adapted to perform regulation via closed-loop feedback control of the state of charge (SOC(t)) of the battery to impose tracking by the state of charge (SOC(t)) of the reference trajectory of the state of charge of the battery (SOC_ref(t)).
An arrangement comprising a the double-surface contact tray loading base and a bracket mounted on the side wall of a compartment and having a plurality of square holes arranged longitudinally, the double-surface contact tray loading base further comprising: a loading surface; a hook arranged on an outer end of the loading surface and having a hook lug and a support plate, wherein the hook lug has an inner contact surface at an upper end; and a longitudinal stopper wall and a transversal stopper wall arranged at adjacent edges of the loading surface; characterized in that a reinforcement rib is arranged at the bottom of the loading surface; the support plate is arranged on a lower side of an outer end of the loading surface, wherein the lower end of the support plate has an outer contact surface; the hook lug is arranged on an upper side of the outer end of the loading surface and has a mounting surface at a lower end, the hook lug being connected to the upper side of the outer end of the loading surface; the outer end of the loading surface is tilted upwards with an angle of 3-5 degrees, and the longitudinal stopper wall is tilted towards the direction of the hook with an angle of 2-3 degrees; and when the double-surface contact tray loading base is mounted into one of the plurality of square holes of the bracket, the mounting surface of the hook lug is pressed on the respective square hole of the bracket, the inner contact surface of the hook lug is in contact with the inner surface on the upper side of the bracket, and the outer contact surface of the support plate is in contact with the outer surface on a lower side of the bracket. a loading surface; a hook arranged on an outer end of the loading surface and having a hook lug and a support plate, wherein the hook lug has an inner contact surface at an upper end; and a longitudinal stopper wall and a transversal stopper wall arranged at adjacent edges of the loading surface; characterized in that a reinforcement rib is arranged at the bottom of the loading surface; the support plate is arranged on a lower side of an outer end of the loading surface, wherein the lower end of the support plate has an outer contact surface; the hook lug is arranged on an upper side of the outer end of the loading surface and has a mounting surface at a lower end, the hook lug being connected to the upper side of the outer end of the loading surface; the outer end of the loading surface is tilted upwards with an angle of 3-5 degrees, and the longitudinal stopper wall is tilted towards the direction of the hook with an angle of 2-3 degrees; and when the double-surface contact tray loading base is mounted into one of the plurality of square holes of the bracket, the mounting surface of the hook lug is pressed on the respective square hole of the bracket, the inner contact surface of the hook lug is in contact with the inner surface on the upper side of the bracket, and the outer contact surface of the support plate is in contact with the outer surface on a lower side of the bracket.
A quick-chill beverage cooler, comprising: a frame configured for placement in a retail store; a cooling engine supported by the frame and comprising a plurality of cooling cells, each cooling cell comprising: a cup holder, configured for holding a beverage container, the cup holder comprising a thermally conductive material; and a cooling device, affixed to an outer surface of the cup holder, the cooling device in thermally conductive contact with the outer surface; an insulated storage container supported by the frame, wherein the container is configured to store beverage containers after the beverage containers are cooled in the cooling engine to prevent warming; and a processor, configured to control the cooling engine. a frame configured for placement in a retail store; a cooling engine supported by the frame and comprising a plurality of cooling cells, each cooling cell comprising: a cup holder, configured for holding a beverage container, the cup holder comprising a thermally conductive material; and a cooling device, affixed to an outer surface of the cup holder, the cooling device in thermally conductive contact with the outer surface; a cup holder, configured for holding a beverage container, the cup holder comprising a thermally conductive material; and a cooling device, affixed to an outer surface of the cup holder, the cooling device in thermally conductive contact with the outer surface; an insulated storage container supported by the frame, wherein the container is configured to store beverage containers after the beverage containers are cooled in the cooling engine to prevent warming; and a processor, configured to control the cooling engine.
An optical sensor with a camera having a number of receiving elements and with an evaluation unit which is designed to evaluate received signals from receiving elements of the camera, wherein control means are provided by means of which at least one partial area of the receiving elements can be selected, wherein the camera is designed in such a way that only the received signals of the receiving elements of the selected partial area are read out and then fed to the evaluation unit and that a control command for setting the operation of the optical sensor can be generated in the evaluation unit as a function of the received signals of the receiving elements of the selected partial area, and wherein a stationary or a moving target object can be detected by evaluating the received signals of the receiving elements of the selected sub-region, characterised in that the optical sensor is designed to detect a plurality of target objects in the form of a plurality of reflectors (1 1a-e) which are arranged along a straight line, wherein each reflector (11a-e) is detected with a matching, selected sub-region, wherein the selected partial areas are selectively and simultaneously read out from the camera and fed to the evaluation unit, that positions, speeds and sizes of objects are detected by a time- and location-resolved detection of object interventions in the area delimited by the reflectors (11a-e), wherein control commands for adjusting the operation of the optical sensor are generated as a function thereof.
A method performed by a User Equipment, UE, for facilitating voice call handover, the method comprising: making a voice call through a Wireless Local Area Network, WLAN, under whose coverage the UE is located, using a Packet Data Network, PDN, address assigned to the UE by a PDN to which the WLAN is connected; determining that a signal quality of the WLAN is not suitable for the voice call any more; in response to the determination that the signal quality of the WLAN is not suitable for the voice call any more, starting a PDN address sending timer; initiating a Radio Resource Control, RRC, connection procedure with the base station in response to determining that the UE has no RRC connection with the base station; sending the PDN address to a base station of a mobile communication network covering the UE and with which the UE has established a Radio Resource Control, RRC, connection, for facilitating a core network node of the mobile communication network to perform voice call handover from said WLAN to the mobile communication network; receiving, from the base station, a response message indicating the UE is successfully attached to the mobile communication network, said response message including a new PDN address assigned to the UE; and continuing the voice call through the mobile communication network using the new PDN address, wherein before the PDN address sending timer expires, sending the PDN address to the base station one or more times, and after the PDN address sending timer expires, sending a message not containing the PDN address to the base station. making a voice call through a Wireless Local Area Network, WLAN, under whose coverage the UE is located, using a Packet Data Network, PDN, address assigned to the UE by a PDN to which the WLAN is connected; determining that a signal quality of the WLAN is not suitable for the voice call any more; in response to the determination that the signal quality of the WLAN is not suitable for the voice call any more, starting a PDN address sending timer; initiating a Radio Resource Control, RRC, connection procedure with the base station in response to determining that the UE has no RRC connection with the base station; sending the PDN address to a base station of a mobile communication network covering the UE and with which the UE has established a Radio Resource Control, RRC, connection, for facilitating a core network node of the mobile communication network to perform voice call handover from said WLAN to the mobile communication network; receiving, from the base station, a response message indicating the UE is successfully attached to the mobile communication network, said response message including a new PDN address assigned to the UE; and continuing the voice call through the mobile communication network using the new PDN address, wherein before the PDN address sending timer expires, sending the PDN address to the base station one or more times, and after the PDN address sending timer expires, sending a message not containing the PDN address to the base station.
A wind turbine with a tower that has a first, a second and a third section (44, 50, 46) that are arranged adjacent to and on top of each other, wherein the first section is associated with a first radius, the second section is associated with a second radius, and the third section is associated with a third radius, characterized in that the second radius is larger than the first and third radius and that the second section is located in the region of an antinode of an oscillation of the tower at a second natural frequency.
A feeding device, comprising: a resin vat; a driving device; and a conveying device; wherein the driving device is connected to the resin vat, the driving device is connected to a container filled with a resin liquid through the conveying device, and the interior of the container is further connected to the resin vat through the conveying device; wherein the conveying device comprises a container cover, a first connecting pipe and a second connecting pipe, the first connecting pipe and the second connecting pipe are arranged on the container cover, the container cover is connected to the container, the first connecting pipe is penetrating the container cover, a first end of the second connecting pipe is located inside the resin vat, and a second end of the second connecting pipe is arranged inside the container; and wherein the driving device is configured to input gas into the container through the conveying device when a height of the resin liquid inside the resin vat is lower than a first preset height, wherein the conveying device is configured to convey the resin liquid inside the container into the resin vat, characterized in that the driving device includes a fixed seat, an elastic component, and a rotating component, wherein the fixed seat is connected to the resin vat, a first end of the elastic component is connected to the fixed seat, and a second end of the elastic component is connected to the rotating component such that the driving device is movably connected to the resin vat and a rotatable lift of the rotating component is controllable through the elastic component. a resin vat; a driving device; and a conveying device; wherein the driving device is connected to the resin vat, the driving device is connected to a container filled with a resin liquid through the conveying device, and the interior of the container is further connected to the resin vat through the conveying device; wherein the conveying device comprises a container cover, a first connecting pipe and a second connecting pipe, the first connecting pipe and the second connecting pipe are arranged on the container cover, the container cover is connected to the container, the first connecting pipe is penetrating the container cover, a first end of the second connecting pipe is located inside the resin vat, and a second end of the second connecting pipe is arranged inside the container; and wherein the driving device is configured to input gas into the container through the conveying device when a height of the resin liquid inside the resin vat is lower than a first preset height, wherein the conveying device is configured to convey the resin liquid inside the container into the resin vat, characterized in that the driving device includes a fixed seat, an elastic component, and a rotating component, wherein the fixed seat is connected to the resin vat, a first end of the elastic component is connected to the fixed seat, and a second end of the elastic component is connected to the rotating component such that the driving device is movably connected to the resin vat and a rotatable lift of the rotating component is controllable through the elastic component.
A method of anti-fouling of a protected surface comprising, while the protected surface is at least partially submersed in a liquid environment, in particular an aqueous or oily environment: - providing an anti-fouling light; - providing an optical medium in close proximity to the protected surface, the optical medium having an emission surface; - distributing at least part of the anti-fouling light through the optical medium in a direction substantially parallel to the protected surface; and - emitting the anti-fouling light from the emission surface of the optical medium in a direction away from the protected surface, characterized in that the anti-fouling light is emitted by at least one UV LED embedded in the optical medium. - providing an anti-fouling light; - providing an optical medium in close proximity to the protected surface, the optical medium having an emission surface; - distributing at least part of the anti-fouling light through the optical medium in a direction substantially parallel to the protected surface; and - emitting the anti-fouling light from the emission surface of the optical medium in a direction away from the protected surface,
A print job processing system comprising - at least one printer (11,12,13), - a user interface, - a job file receiving section for receiving a print job having print job properties, - a conflict checking section for checking for a conflict in the print job, and - an auto resolve section for automatically resolving the conflict according to an auto resolve strategy, wherein the print job processing system comprises a system setting section adapted to separately select and set dedicatedly for each print job property according to user input by means of the user interface via a settings editor of the system setting section a user interaction strategy out of a plurality of user interaction strategies (21, 22, 23), each user interaction strategy of the plurality of user interaction strategies comprising a different user interaction and each user interaction strategy being configured to be executed if the corresponding print job property has been changed due to the auto resolve strategy for the conflict, wherein the set user interaction strategies are not equal for all print properties of the print job. - at least one printer (11,12,13), - a user interface, - a job file receiving section for receiving a print job having print job properties, - a conflict checking section for checking for a conflict in the print job, and - an auto resolve section for automatically resolving the conflict according to an auto resolve strategy,