mhurhangee/ep-ind-claims huggingface dataset:
A lighting circuit for mains LED lighting applications operable with a phase-cut dimmer, wherein the mains has a maximum voltage which is at least 200V, the circuit comprising: a rectifier having a low side output and a high side output; a switched mode converter comprising a switch and an inductive element, having a high side input connected to a bus rail, and having a configuration so as to draw current from the mains across a complete mains cycle; a controller for the switched mode converter; a filter circuit connected between the rectifier high side output and the bus rail and comprising a capacitor connected between the high side output of the rectifier and ground; characterized in that the circuit further comprises a combined damping/latch resistance connected between the low side output of the rectifier and ground, a value of the combined damping/latching resistance is such that a RC time constant of the combined damping/latch resistance and filter circuit is sufficient to provide a latching current for sufficient time to ensure that, when the phase-cut dimmer is a leading edge dimmer, the phase cut dimmer properly latches on upon turn-on of the dimmer switching element. a rectifier having a low side output and a high side output; a switched mode converter comprising a switch and an inductive element, having a high side input connected to a bus rail, and having a configuration so as to draw current from the mains across a complete mains cycle; a controller for the switched mode converter; a filter circuit connected between the rectifier high side output and the bus rail and comprising a capacitor connected between the high side output of the rectifier and ground; characterized in that the circuit further comprises a combined damping/latch resistance connected between the low side output of the rectifier and ground, a value of the combined damping/latching resistance is such that a RC time constant of the combined damping/latch resistance and filter circuit is sufficient to provide a latching current for sufficient time to ensure that, when the phase-cut dimmer is a leading edge dimmer, the phase cut dimmer properly latches on upon turn-on of the dimmer switching element.
An antimicrobial composition comprising an ionic complex of an anionic polyester with an antimicrobial metal, wherein the anionic polyester has an ion exchange capacity from 0.19 meq/g to 1.0 meq/g, wherein the composition contains from 20,000 ppm to 96,000 ppm by weight of the antimicrobial metal, and wherein the antimicrobial metal is silver.
Filtering device, in particular a liquid filtering device, preferably an oil filtering device, - comprising at least one filter element which separates a raw side from a clean side within a filter housing, - comprising a bypass valve for controlling a bypass circumventing the at least one filter element, - the bypass valve having a valve member for controlling a bypass opening by means of which a coupling chamber of the bypass valve, fluidically connected to the raw side, is fluidically connected to the clean side, - the valve member being driven, with a bias generated at least in part by a closing spring, into a closing position that closes off the bypass opening, - the bypass valve having an actuating device for varying the bias acting on the valve member, characterised in that the actuating device is coupled to at least one control chamber (23; 42, 43) and sets the bias acting on the valve member as a function of a control pressure (P 3) prevailing in the control chamber. - comprising at least one filter element which separates a raw side from a clean side within a filter housing, - comprising a bypass valve for controlling a bypass circumventing the at least one filter element, - the bypass valve having a valve member for controlling a bypass opening by means of which a coupling chamber of the bypass valve, fluidically connected to the raw side, is fluidically connected to the clean side, - the valve member being driven, with a bias generated at least in part by a closing spring, into a closing position that closes off the bypass opening, - the bypass valve having an actuating device for varying the bias acting on the valve member, characterised in that the actuating device is coupled to at least one control chamber (23; 42, 43) and sets the bias acting on the valve member as a function of a control pressure (P 3) prevailing in the control chamber.
A method of transmission between network equipment and user equipment in which packets transmitted over a channel contain information elements which are multiplexed in accordance with a predetermined format in which each information element has an identifier which identifies that information element within that packet, the method comprising the steps of: determining that a packet to be transmitted over the channel will not contain more than one information element; transmitting an indicator between the network equipment and the user equipment to indicate that the packet to be transmitted over the channel will be encoded with a revised format in which no identifiers are provided; transmitting a packet over the channel encoded with the revised format with any identifiers omitted; and decoding the packet received over the data channel in accordance with the revised format to extract the information element.
A palmar grip (100, 200, 300, 400) for a handle (130, 330, 430a) of an object, comprising: a flexible body (110, 310, 410) configured to contact a surface of the handle and wrapped around the handle (130, 330, 430a) to circumscribe it, said flexible body (110, 310, 410) including a first edge (116, 118) and a second edge (118, 116) separated from the first edge (116, 118) by a portion of the body (110, 310, 410), said first edge (116, 118) and said second edge (118, 116) being in close proximity to one another when said flexible body (110, 310, 410) is wrapped around the object (130, 330, 430a), and; a wing (120, 320, 420) configured to attach to said body (110, 310, 410) over said first and second edges (116, 118) when said first and second edges (116, 118) are in close proximity to one another, the wing (120, 320, 420) including a contoured support surface configured to receive a palm of a user's hand, characterized by said wing (120, 320, 420) being configured to lock to, or interlock with, said first edge (116, 118) and said second edge (118, 116) of said body (110, 310, 410) in order to close said body (110, 310, 410) with said wing (120, 320, 420). a flexible body (110, 310, 410) configured to contact a surface of the handle and wrapped around the handle (130, 330, 430a) to circumscribe it, said flexible body (110, 310, 410) including a first edge (116, 118) and a second edge (118, 116) separated from the first edge (116, 118) by a portion of the body (110, 310, 410), said first edge (116, 118) and said second edge (118, 116) being in close proximity to one another when said flexible body (110, 310, 410) is wrapped around the object (130, 330, 430a), and; a wing (120, 320, 420) configured to attach to said body (110, 310, 410) over said first and second edges (116, 118) when said first and second edges (116, 118) are in close proximity to one another, the wing (120, 320, 420) including a contoured support surface configured to receive a palm of a user's hand, characterized by said wing (120, 320, 420) being configured to lock to, or interlock with, said first edge (116, 118) and said second edge (118, 116) of said body (110, 310, 410) in order to close said body (110, 310, 410) with said wing (120, 320, 420).
A mobile communication terminal, comprising: a memory configured to store personalization information including preset conditions; a first module configured to: transmit a contents request to a dynamic contents delivery, DCD, server, receive personalized contents corresponding to the contents request from the DCD server, and store the personalized contents, and a second module configured to: generate the contents request for receiving the personalized contents corresponding to one of the preset conditions from the DCD server when the preset condition is satisfied, and provide the received personalized contents received through the first module to the user, and drive broadcast contents received from the DCD server received through the first module when the terminal is in a standby state, and wherein the contents request includes a content ID that satisfies one of the preset conditions. a memory configured to store personalization information including preset conditions; a first module configured to: transmit a contents request to a dynamic contents delivery, DCD, server, receive personalized contents corresponding to the contents request from the DCD server, and store the personalized contents, and transmit a contents request to a dynamic contents delivery, DCD, server, receive personalized contents corresponding to the contents request from the DCD server, and store the personalized contents, and a second module configured to: generate the contents request for receiving the personalized contents corresponding to one of the preset conditions from the DCD server when the preset condition is satisfied, and provide the received personalized contents received through the first module to the user, and drive broadcast contents received from the DCD server received through the first module when the terminal is in a standby state, and generate the contents request for receiving the personalized contents corresponding to one of the preset conditions from the DCD server when the preset condition is satisfied, and provide the received personalized contents received through the first module to the user, and drive broadcast contents received from the DCD server received through the first module when the terminal is in a standby state, and wherein the contents request includes a content ID that satisfies one of the preset conditions.
A sun assembly for a transmission with an array of ball planets, the sun assembly comprising: a first sun rolling element (215, 710) rotatable about a central axis, the first sun rolling element (215, 710) shaped for contact with the array of ball planets; a second sun rolling element (216, 712) rotatable about the central axis, the second sun rolling element (216, 712) shaped for contact with the array of ball planets; and a torque differential mechanism coupled to each of the first sun rolling element (215, 710) and the second sun rolling element (216, 712), wherein each of the first sun rolling element and the second sun rolling element transfer power independently of the other of the first sun rolling element and the second sun rolling element. a first sun rolling element (215, 710) rotatable about a central axis, the first sun rolling element (215, 710) shaped for contact with the array of ball planets; a second sun rolling element (216, 712) rotatable about the central axis, the second sun rolling element (216, 712) shaped for contact with the array of ball planets; and a torque differential mechanism coupled to each of the first sun rolling element (215, 710) and the second sun rolling element (216, 712), wherein each of the first sun rolling element and the second sun rolling element transfer power independently of the other of the first sun rolling element and the second sun rolling element.
A manifold for use in a medicament dispenser device for the delivery of medicament powder from an open blister pocket of a blister pack, the manifold comprising a body, said body defining a chimney having a chimney inlet and a chimney exit for directing an airflow from said chimney inlet to said chimney exit; the body further defining a chamber having a chamber inlet and a chamber exit, wherein the chimney exit and said chamber inlet lie side-by-side each other such that when said open blister pocket of said blister pack is positioned adjacent thereto said airflow may be directed from the chimney exit to the chamber inlet via the open blister pocket to entrain said medicament powder and enable transport thereof in the airflow from the chamber inlet to said chamber outlet, wherein the chamber is arranged to promote break up of said entrained medicament powder by exposing the entrained medicament powder to one or more regions of differential force during its transport through the chamber, wherein the chamber is provided with one or more bleed holes thereto arranged such as to direct one or more bleed air jets at one or more regions in the chamber thereby creating one or more bleed regions of high shear therein, characterized in that two bleed holes (670, 671) are located diametrically opposite each other in opposing orientation such that the bleed jets interact with each other at a region of high shear, and cut across the airflow from the chamber inlet to the chamber outlet that transports the entrained particles to cause break-up of powder particles.
Hollow structural element of a wind energy plant, in particular an offshore wind energy plant, comprising: - a hollow structural element, and - a cable arrangement extending along the hollow structural element, wherein - a shading element is arranged at the hollow structural element at a distance from the cable arrangement. characterized in - that the shading element is arranged along an arc section around the hollow structural element and - a clear width between the hollow structural element and the shading element varies along the arc section, such that the clear width in a central region of the arc section is smaller than the clear width at at least one outer edge of the arc section. - a hollow structural element, and - a cable arrangement extending along the hollow structural element, wherein - a shading element is arranged at the hollow structural element at a distance from the cable arrangement. characterized in - that the shading element is arranged along an arc section around the hollow structural element and - a clear width between the hollow structural element and the shading element varies along the arc section, such that the clear width in a central region of the arc section is smaller than the clear width at at least one outer edge of the arc section.
Energy production device on a structure adapted to undergo at least one reciprocating tilting movement from a first edge to a second opposite edge, with the device comprising: - at least one first turbine and one second turbine (11a,11b), both positioned at the first and second edges respectively, - at least one intermediate chamber (17,170a,170b) which is elongated between the first and second turbines, - a first side tank and a second side tank (15a, 15b) where the first and second turbines are respectively positioned and which communicate with the intermediate chamber(s) to manage liquid inputs and outputs, the side tanks each including a wall which delimits them externally and being located towards two ends of the intermediate chamber, characterised in that: - the first and second turbines have vertical axes (110a, 110b) with the device being considered to be horizontal, - and the first and second side tanks (15a, 15b) and the first and second turbines are positioned in line with the elongation direction (17a, 17a1, 17b1) of the intermediate chamber, so that the liquid is received in said alignment. - at least one first turbine and one second turbine (11a,11b), both positioned at the first and second edges respectively, - at least one intermediate chamber (17,170a,170b) which is elongated between the first and second turbines, - a first side tank and a second side tank (15a, 15b) where the first and second turbines are respectively positioned and which communicate with the intermediate chamber(s) to manage liquid inputs and outputs, the side tanks each including a wall which delimits them externally and being located towards two ends of the intermediate chamber, - the first and second turbines have vertical axes (110a, 110b) with the device being considered to be horizontal, - and the first and second side tanks (15a, 15b) and the first and second turbines are positioned in line with the elongation direction (17a, 17a1, 17b1) of the intermediate chamber, so that the liquid is received in said alignment.
A bearing unit for supporting a wheel, comprising: an annular stationary ring mounted to a vehicle body-side component and to be held in a non-rotating state, and a rotating ring provided to face the stationary ring, and configured to rotate together with a wheel-side component with being mounted thereto, wherein the stationary ring is provided with a mounting flange along a circumferential direction, wherein the mounting flange is provided with a plurality of mounting holes which are arranged at unequal intervals in the circumferential direction and which are used to fasten the stationary ring to the vehicle body-side component via bolts (Bt), wherein the mounting flange includes a first flange part located in a region in which a distance between the mounting holes adjacent in the circumferential direction is larger, and a second flange part located in a region in which the distance between the adjacent mounting holes is smaller, and wherein a radial thickness of the first flange part is greater than a radial thickness of the second flange part, characterized in that a surface of the first flange part facing the vehicle body-side component is provided with a thickness-reduced portion (50, 60) to reduce a contact area with a mounting surface (Nm) of the vehicle body-side component, wherein an axial thickness of the first flange part at the thickness-reduced portion (50, 60) is smaller than a total axial thickness of the first flange part. an annular stationary ring mounted to a vehicle body-side component and to be held in a non-rotating state, and a rotating ring provided to face the stationary ring, and configured to rotate together with a wheel-side component with being mounted thereto, wherein the stationary ring is provided with a mounting flange along a circumferential direction, wherein the mounting flange is provided with a plurality of mounting holes which are arranged at unequal intervals in the circumferential direction and which are used to fasten the stationary ring to the vehicle body-side component via bolts (Bt), wherein the mounting flange includes a first flange part located in a region in which a distance between the mounting holes adjacent in the circumferential direction is larger, and a second flange part located in a region in which the distance between the adjacent mounting holes is smaller, and wherein a radial thickness of the first flange part is greater than a radial thickness of the second flange part, characterized in that a surface of the first flange part facing the vehicle body-side component is provided with a thickness-reduced portion (50, 60) to reduce a contact area with a mounting surface (Nm) of the vehicle body-side component, wherein an axial thickness of the first flange part at the thickness-reduced portion (50, 60) is smaller than a total axial thickness of the first flange part.
A patch (200, 810) for bio-electrical signal processing, comprising: a patch main body, having a folded state and an unfolded state, in each of the folded state and the unfolded state the patch main body is configured to be adhered to a living subject; a set of electrodes (220, E0, E1), disposed on the patch main body, configured to detect a set of skin voltages from the living subject; and a lead signal generator, coupled to the set of electrodes, housed in the patch main body, configured to receive the set of skin voltages from the set of electrodes and to generate a set of lead signals, and wherein the set of electrodes comprises a first electrode and a second electrode, when the patch main body is in the unfolded state the first and second electrodes (222a, 222b) are at a first distance apart, when the patch main body is in the folded state the first and second electrodes (222a, 222b) are at a second distance apart, and the first distance is greater than the second distance, characterized in that the patch main body is marked by exactly two folding lines between the first and second electrodes (222a, 222b) that help a person change the patch main body between the unfolded state and the folded state. a patch main body, having a folded state and an unfolded state, in each of the folded state and the unfolded state the patch main body is configured to be adhered to a living subject; a set of electrodes (220, E0, E1), disposed on the patch main body, configured to detect a set of skin voltages from the living subject; and a lead signal generator, coupled to the set of electrodes, housed in the patch main body, configured to receive the set of skin voltages from the set of electrodes and to generate a set of lead signals, and wherein the set of electrodes comprises a first electrode and a second electrode, when the patch main body is in the unfolded state the first and second electrodes (222a, 222b) are at a first distance apart, when the patch main body is in the folded state the first and second electrodes (222a, 222b) are at a second distance apart, and the first distance is greater than the second distance, characterized in that the patch main body is marked by exactly two folding lines between the first and second electrodes (222a, 222b) that help a person change the patch main body between the unfolded state and the folded state.
A vehicle front structure comprising: a cooling device comprising a cooling fluid configured to be cooled by an airflow received when the vehicle is moving; a shutter unit arranged to control the air flow and to redirect the air flow towards the cooling device, an air guide arranged in front of and adjacent the shutter unit, the air guide is arranged to redirect air flow coming from the forward direction of the vehicle towards the shutter unit; a horn unit configured to provide a sound output signal to a sound output portion (208, 114) attached to the air guide in such a way that an air tight seal is formed between a rim (303, 309) of the sound output portion and the air guide, wherein the air guide is a first air guide and the horn unit is a first horn unit arranged on a first side of the shutter unit, the vehicle front structure comprising a further air guide and horn unit arranged on a second side of the shutter unit, the first side and the second side being on opposite sides of a longitudinal center line of the vehicle so that the first horn unit is arranged on the left side or the right side of the shutter unit and the further horn unit is arranged on the other one of the left side or the right side of the shutter unit, wherein the horn units are arranged inclined at an angle towards the longitudinal center line. a cooling device comprising a cooling fluid configured to be cooled by an airflow received when the vehicle is moving; a shutter unit arranged to control the air flow and to redirect the air flow towards the cooling device, an air guide arranged in front of and adjacent the shutter unit, the air guide is arranged to redirect air flow coming from the forward direction of the vehicle towards the shutter unit; a horn unit configured to provide a sound output signal to a sound output portion (208, 114) attached to the air guide in such a way that an air tight seal is formed between a rim (303, 309) of the sound output portion and the air guide, wherein the air guide is a first air guide and the horn unit is a first horn unit arranged on a first side of the shutter unit, the vehicle front structure comprising a further air guide and horn unit arranged on a second side of the shutter unit, the first side and the second side being on opposite sides of a longitudinal center line of the vehicle so that the first horn unit is arranged on the left side or the right side of the shutter unit and the further horn unit is arranged on the other one of the left side or the right side of the shutter unit, wherein the horn units are arranged inclined at an angle towards the longitudinal center line.