mhurhangee/ep-ind-claims huggingface dataset:
An electrodynamic loudspeaker, comprising: - a fixed frame, - a motor attached to the fixed frame, the motor defining at least one air gap, and - a mobile assembly movable with respect to the fixed frame along an axis (A-A'), the mobile assembly comprising: > a convex diaphragm whose convexity is directed outwards from the loudspeaker, and > an excitation coil of the diaphragm, the excitation coil being arranged in the air gap and defining the axis (A-A') of the loudspeaker, - a flexible conductor electrically connected to the excitation coil at one end, and mechanically connected at one end to the fixed frame away from its connection end to the excitation coil, the loudspeaker further comprising a resilient support attached to the fixed frame and configured to support the flexible conductor, the resilient support comprising a longitudinal groove in which the flexible conductor is received, characterised in that each longitudinal groove has a flared slope towards the convex diaphragm. - a fixed frame, - a motor attached to the fixed frame, the motor defining at least one air gap, and - a mobile assembly movable with respect to the fixed frame along an axis (A-A'), the mobile assembly comprising: > a convex diaphragm whose convexity is directed outwards from the loudspeaker, and > an excitation coil of the diaphragm, the excitation coil being arranged in the air gap and defining the axis (A-A') of the loudspeaker, > a convex diaphragm whose convexity is directed outwards from the loudspeaker, and > an excitation coil of the diaphragm, the excitation coil being arranged in the air gap and defining the axis (A-A') of the loudspeaker, - a flexible conductor electrically connected to the excitation coil at one end, and mechanically connected at one end to the fixed frame away from its connection end to the excitation coil, the loudspeaker further comprising a resilient support attached to the fixed frame and configured to support the flexible conductor, the resilient support comprising a longitudinal groove in which the flexible conductor is received, characterised in that each longitudinal groove has a flared slope towards the convex diaphragm. the loudspeaker further comprising a resilient support attached to the fixed frame and configured to support the flexible conductor, the resilient support comprising a longitudinal groove in which the flexible conductor is received, characterised in that each longitudinal groove has a flared slope towards the convex diaphragm.
Anti-leak underpants comprising a fabric body having a waist opening and a pair of leg openings (110, 111), said body comprising a front part and a back part, said front and back parts (130; 140) being fastened to each other by lateral seams (150, 151), said front part of the fabric body and said back part of the fabric body respectively comprising a front edge and a back edge delimiting the waist opening, a portion of the edge of each leg opening (110, 111) delimiting a crotch part, said anti-leak underpants comprising at least in said crotch part a protection assemblage, said protection assemblage comprising at least one absorbent layer and a draining layer, said absorbent and draining layers (300; 200) being fastened to said portion of said edge of each leg opening (110, 111), said underpants being characterized in that said absorbent layer and said draining layer are fastened to said lateral seams (150, 151), and in that only said absorbent layer from among said absorbent layer and said draining layer is fastened to said back edge, and only said draining layer from among said absorbent layer and said draining layer is fastened to said front edge.
A liquid pharmaceutical gonadotropin formulation, comprising a gonadotropin, arginine in an amount of from 50 to 160 mM, and methionine in an amount of from 0.05 to 1.5 mg/ml, wherein the formulation does not comprise an additional buffer, and wherein the pH of the formulation is between 6.0 and 7.5.
A transformable seat assembly comprising a seat support structure; a back support structure is connected to the seat support structure with a hinge which defines an axis of rotation; an actuator assembly comprising a cylinder and a piston positioned within the cylinder, wherein the cylinder is secured to one of the back support structure or the seat support structure; the piston is secured to other of the one of the back support structure or the seat support structure; and a blocking member positioned within and adjustable along the cylinder wherein: with the blocking member in a first position, the piston has a piston head permitted to travel between abutting the blocking member in a first limit position limiting linear travel of the piston in a first direction and an end of the cylinder spaced apart in an opposing second direction from the blocking member, such that with the piston head traveling to the end of the cylinder, rotational travel of the back support structure about the axis of rotation is limited from rotating the back support structure beyond a first reclined position; and with the blocking member in a second position, the blocking member permits linear travel of the piston in the first direction beyond the first limit position such that rotational travel of the back support structure rotates about the axis of rotation into an overlying position relative to the seat support structure. a back support structure is connected to the seat support structure with a hinge which defines an axis of rotation; an actuator assembly comprising a cylinder and a piston positioned within the cylinder, wherein the cylinder is secured to one of the back support structure or the seat support structure; the piston is secured to other of the one of the back support structure or the seat support structure; and a blocking member positioned within and adjustable along the cylinder wherein: with the blocking member in a first position, the piston has a piston head permitted to travel between abutting the blocking member in a first limit position limiting linear travel of the piston in a first direction and an end of the cylinder spaced apart in an opposing second direction from the blocking member, such that with the piston head traveling to the end of the cylinder, rotational travel of the back support structure about the axis of rotation is limited from rotating the back support structure beyond a first reclined position; and with the blocking member in a second position, the blocking member permits linear travel of the piston in the first direction beyond the first limit position such that rotational travel of the back support structure rotates about the axis of rotation into an overlying position relative to the seat support structure.
Reaming device comprising: a rod element; an interface element (20, 30) for coupling a reaming tool to a shaft; and a connecting agent; wherein the rod element comprises a first connecting portion having a carbon fibre reinforced structure; wherein the interface element (20, 30) comprises a second connecting portion (21, 31); wherein the first connecting portion and the second connecting portion (21, 31) are concentrically arranged to each other; and wherein the connecting agent is interposed between the first connecting portion and the second connecting portion (21, 31), characterized in that the second connecting portion comprises a recess (23, 24, 25) called fourth recess, wherein the recess (23, 24, 25) forms a through hole in the interface element (20, 30) and wherein the connecting agent engages into the recess (23, 24, 25). a rod element; an interface element (20, 30) for coupling a reaming tool to a shaft; and a connecting agent; wherein the rod element comprises a first connecting portion having a carbon fibre reinforced structure; wherein the interface element (20, 30) comprises a second connecting portion (21, 31); wherein the first connecting portion and the second connecting portion (21, 31) are concentrically arranged to each other; and wherein the connecting agent is interposed between the first connecting portion and the second connecting portion (21, 31), characterized in that the second connecting portion comprises a recess (23, 24, 25) called fourth recess, wherein the recess (23, 24, 25) forms a through hole in the interface element (20, 30) and wherein the connecting agent engages into the recess (23, 24, 25).
A plug connector with high electrical insulation comprising a male plug portion and a female coupling portion, wherein said male plug portion is provided with alatch cam on the circumferential surface thereof, and wherein a latch groove is provided in the circumference of the female coupling portion for establishing a bayonet-type plug-in connection, and wherein a sealing ring is arranged either on the circumference of the male plug portion, in front of the latch cam, or on the inner circumference of the female coupling portion, towards the rear with respect to the latch cam; characterized in that when the plug-in connection is established said sealing ring radially sealingly abuts between the inner circumference of the female coupling portion and the circumference of the male plug portion; and when the plug-in connection is established said sealing ring is arranged to be never subject to axial squeezing.
A pixel circuit for coupling a data line, a supply line and a monitor line to a light emitting device, comprising: a storage element coupled to the data line for storing a programming signal during a programming phase; a drive device for conveying a drive current from the supply line to the light emitting device according to the programming signal to emit light at a desired amount of luminance during an emission phase; an access switch for selectively connecting the storage element to the data line during the programming phase, and disconnecting the storage element from the data line during the emission phase; and a monitoring system comprising a monitor switch connected to the monitoring line for applying a reference current to the drive device during a compensation phase, between the emission and programming phases, to develop a calibration factor for modifying the programming signal; characterized in that the compensation phase comprises a pre-charging phase and an adjustment phase; wherein, during the pre-charging phase, the monitoring system is adapted to pre-charge a capacitance of the monitor line; and wherein, during the adjustment phase, the monitoring switch disconnects the monitor line from the pixel circuit enabling the drive device to adjust the voltage on the data line for a predetermined time (Tp). a storage element coupled to the data line for storing a programming signal during a programming phase; a drive device for conveying a drive current from the supply line to the light emitting device according to the programming signal to emit light at a desired amount of luminance during an emission phase; an access switch for selectively connecting the storage element to the data line during the programming phase, and disconnecting the storage element from the data line during the emission phase; and a monitoring system comprising a monitor switch connected to the monitoring line for applying a reference current to the drive device during a compensation phase, between the emission and programming phases, to develop a calibration factor for modifying the programming signal; characterized in that the compensation phase comprises a pre-charging phase and an adjustment phase; wherein, during the pre-charging phase, the monitoring system is adapted to pre-charge a capacitance of the monitor line; and wherein, during the adjustment phase, the monitoring switch disconnects the monitor line from the pixel circuit enabling the drive device to adjust the voltage on the data line for a predetermined time (Tp).
An apparatus comprising: a first powered device, PD, subsystem operable to receive a first amount of power from power sourcing equipment, PSE, the first amount of power being received on a link connecting the PSE to the first PD subsystem; a second powered device, PD, subsystem electrically isolated from the first PD subsystem, the second PD subsystem being operable to receive a second amount of power from the PSE on the link, the link further connecting the PSE to the second PD subsystem, wherein the apparatus is a powered device; characterized by an interface connecting the first PD subsystem and the second PD subsystem; wherein the first PD subsystem is operable to receive a communication from the second PD subsystem through the interface and to transfer power to the second PD subsystem through the interface when the communication indicates that the second PD subsystem is underpowered. a first powered device, PD, subsystem operable to receive a first amount of power from power sourcing equipment, PSE, the first amount of power being received on a link connecting the PSE to the first PD subsystem; a second powered device, PD, subsystem electrically isolated from the first PD subsystem, the second PD subsystem being operable to receive a second amount of power from the PSE on the link, the link further connecting the PSE to the second PD subsystem, wherein the apparatus is a powered device; characterized by an interface connecting the first PD subsystem and the second PD subsystem; wherein the first PD subsystem is operable to receive a communication from the second PD subsystem through the interface and to transfer power to the second PD subsystem through the interface when the communication indicates that the second PD subsystem is underpowered.
A power supply and communication system for a vehicle, the vehicle having a vehicle power supply, the power supply and communication system comprising: a receiver for communicating with at least one remote device (40, 42, 44), wherein the receiver receives power usage information from the at least one remote device (40, 42, 44); an adaptive inductive power supply (32, 39) for inductively supplying power to the at least one remote device (40, 42, 44), wherein the adaptive inductive power supply (32, 39) is configured, based on the power usage information, to provide power via contactless energy transmission to the at least one remote device (40, 42, 44), wherein the adaptive inductive power supply (32, 39) is configured to maintain a list of the at least one remote device (40, 42, 44) present in proximity to the power supply, wherein the list is updateable based on a status of the at least one remote device (40, 42, 44); and a power interface for connecting the power supply and communication system to the vehicle power supply. a receiver for communicating with at least one remote device (40, 42, 44), wherein the receiver receives power usage information from the at least one remote device (40, 42, 44); an adaptive inductive power supply (32, 39) for inductively supplying power to the at least one remote device (40, 42, 44), wherein the adaptive inductive power supply (32, 39) is configured, based on the power usage information, to provide power via contactless energy transmission to the at least one remote device (40, 42, 44), wherein the adaptive inductive power supply (32, 39) is configured to maintain a list of the at least one remote device (40, 42, 44) present in proximity to the power supply, wherein the list is updateable based on a status of the at least one remote device (40, 42, 44); and a power interface for connecting the power supply and communication system to the vehicle power supply.
A dual-polarized antenna array for a one-dimensional, "1D", active electronically steerable array, "AESA", comprising: a first array of open-ended waveguide elements, "first elements" (33), the array of first elements including a plurality of first corporate networks (37), each first corporate network extending transverse to a scan plane of the antenna array and having a series of the first elements (33) spaced transversely of the scan plane, and wherein each of the first elements (33) is coupled to a respective first corporate network (37) by a first waveguide twist (40) such that each of the first elements is oriented oblique to the scan plane; a second array of open-ended waveguide elements, "second elements" (33), interleaved with the first elements (33), the array of second elements including a plurality of second corporate networks (37), each second corporate network extending transverse to the scan plane of the antenna array and having a series of the second elements (33) spaced transversely of the scan plane, and wherein each of the second elements (33) is coupled to a respective second corporate network (37) by a second waveguide twist (40) such that each of the second elements is oriented oblique to the scan plane and orthogonal to an adjacent first element (33); and wherein the plurality of first corporate networks (37) and the plurality of second corporate networks (37) are alternately spaced along the scan plane of the antenna array. a first array of open-ended waveguide elements, "first elements" (33), the array of first elements including a plurality of first corporate networks (37), each first corporate network extending transverse to a scan plane of the antenna array and having a series of the first elements (33) spaced transversely of the scan plane, and wherein each of the first elements (33) is coupled to a respective first corporate network (37) by a first waveguide twist (40) such that each of the first elements is oriented oblique to the scan plane; a second array of open-ended waveguide elements, "second elements" (33), interleaved with the first elements (33), the array of second elements including a plurality of second corporate networks (37), each second corporate network extending transverse to the scan plane of the antenna array and having a series of the second elements (33) spaced transversely of the scan plane, and wherein each of the second elements (33) is coupled to a respective second corporate network (37) by a second waveguide twist (40) such that each of the second elements is oriented oblique to the scan plane and orthogonal to an adjacent first element (33); and wherein the plurality of first corporate networks (37) and the plurality of second corporate networks (37) are alternately spaced along the scan plane of the antenna array.
A method for a communication network comprising: receiving at a trusted wireless local area network access gateway, TWAG, an attach trigger for a dual stack capable 3rd Generation Partnership Project, 3GPP, Release 11 user equipment, UE, within a trusted access network following an EAP dialogue for the UE via a 3GPP AAA element, the attach trigger being a DHCPv4 discover or IPv6 ND; on receipt of the attach trigger, configuring a first signaling path for the UE between the TWAG and a first Packet Data Network Gateway, PGW, for a first Internet protocol, IP, connection using a first IP version type, the first IP version type being one of IPv4 or IPv6; and on receipt of the attach trigger, configuring a second signaling path for the UE between the TWAG and a second PGW for a second IP connection using a second IP version type, wherein the first and second IP connections are concurrent and the second version type is the other one of IPv4 or IPv6. receiving at a trusted wireless local area network access gateway, TWAG, an attach trigger for a dual stack capable 3rd Generation Partnership Project, 3GPP, Release 11 user equipment, UE, within a trusted access network following an EAP dialogue for the UE via a 3GPP AAA element, the attach trigger being a DHCPv4 discover or IPv6 ND; on receipt of the attach trigger, configuring a first signaling path for the UE between the TWAG and a first Packet Data Network Gateway, PGW, for a first Internet protocol, IP, connection using a first IP version type, the first IP version type being one of IPv4 or IPv6; and on receipt of the attach trigger, configuring a second signaling path for the UE between the TWAG and a second PGW for a second IP connection using a second IP version type, wherein the first and second IP connections are concurrent and the second version type is the other one of IPv4 or IPv6.
An apparatus for removing a railroad spike from a rail tie, the apparatus comprising: a main column; a drive shaft connected to the main column; and an extractor (140, 240) connected to the drive shaft, characterized in that the extractor has an opening (147, 247) to secure a railroad spike, wherein the main column has a first end and a second end, wherein the first end has a bearing housing connected to the main column, wherein the bearing housing contains a bearing and the drive shaft extends through the bearing and the bearing housing, and further wherein when the drive shaft is rotated, the extractor (140, 240) moves inside the main column in a vertical direction to extract the railroad spike from the rail tie. a main column; a drive shaft connected to the main column; and an extractor (140, 240) connected to the drive shaft, characterized in that the extractor has an opening (147, 247) to secure a railroad spike, wherein the main column has a first end and a second end, wherein the first end has a bearing housing connected to the main column, wherein the bearing housing contains a bearing and the drive shaft extends through the bearing and the bearing housing, and further wherein when the drive shaft is rotated, the extractor (140, 240) moves inside the main column in a vertical direction to extract the railroad spike from the rail tie.
An information processing apparatus for displaying a hierarchy of navigation screens grouped into a plurality of layers, comprising: a first layer display unit configured to display, as a screen of a first layer (12, 14), a global navigation screen that is located on an upper layer with respect to a screen transition and that is used for selecting from a plurality of categories of content to be processed, including a category that is content for playback; a third layer display unit configured to display, as a screen of a third layer (18, 20), a screen that is located on a lower layer with respect to the screen transition and that is used for selecting a piece of content to be processed from among a plurality of pieces of content corresponding to a category selected in the screen of the first layer; and a content screen display unit configured to display a content screen of selected content if a specific piece of content is selected in the screen of the third layer, wherein the first layer display unit displays, in the screen of the first layer, an image of at least a portion of the screen of the third layer with visibility reduced by displaying the image at a smaller size compared to the case where the image is displayed in the screen of the third layer. a first layer display unit configured to display, as a screen of a first layer (12, 14), a global navigation screen that is located on an upper layer with respect to a screen transition and that is used for selecting from a plurality of categories of content to be processed, including a category that is content for playback; a third layer display unit configured to display, as a screen of a third layer (18, 20), a screen that is located on a lower layer with respect to the screen transition and that is used for selecting a piece of content to be processed from among a plurality of pieces of content corresponding to a category selected in the screen of the first layer; and a content screen display unit configured to display a content screen of selected content if a specific piece of content is selected in the screen of the third layer, wherein the first layer display unit displays, in the screen of the first layer, an image of at least a portion of the screen of the third layer with visibility reduced by displaying the image at a smaller size compared to the case where the image is displayed in the screen of the third layer.