mhurhangee/ep-ind-claims huggingface dataset:
Method for transmitting media data by means of a communication gateway including an application function and a media server, arranged between a first access network and a second access network, comprising the steps: - generating a set of encryption parameters (k) using a first key by means of a subscriber device connected via the first access network to the communication gateway, - transmitting a request from the subscriber device to the application function, wherein the request includes the set of encryption parameters (k), - generating an encryption context from the set of encryption parameters (k) by means of the application function, wherein the encryption context includes a key which is to be used for the encryption, - transmitting the encryption context from the application function to the media server via a control interface of a core network, - encrypting unencrypted media data by means of the media server using the key of the encryption context, and - transmitting the encrypted media data from the media server via a data channel of the first access network to the subscriber device. - generating a set of encryption parameters (k) using a first key by means of a subscriber device connected via the first access network to the communication gateway, - transmitting a request from the subscriber device to the application function, wherein the request includes the set of encryption parameters (k), - generating an encryption context from the set of encryption parameters (k) by means of the application function, wherein the encryption context includes a key which is to be used for the encryption, - transmitting the encryption context from the application function to the media server via a control interface of a core network, - encrypting unencrypted media data by means of the media server using the key of the encryption context, and - transmitting the encrypted media data from the media server via a data channel of the first access network to the subscriber device.
A yaw system for rotating a nacelle with respect to a tower around a rotational axis in a wind turbine comprising: a gliding yaw bearing comprising a first bearing component configured to be coupled to a tower, a second bearing component configured to be coupled to a nacelle and a gliding assembly arranged between the first and the second bearing components, wherein the first bearing component is configured to rotate with respect to the second bearing component; an annular gear and a plurality of yaw drives with a motor and a pinion for meshing with the annular gear for rotating the first bearing system with respect to the second bearing system; a braking disk; and one or more braking units configured to exert a braking force on the braking disk for braking the rotation of the first bearing component with respect to the second bearing component, the yaw system being characterized by the braking disk being separate from the first and second bearing components. a gliding yaw bearing comprising a first bearing component configured to be coupled to a tower, a second bearing component configured to be coupled to a nacelle and a gliding assembly arranged between the first and the second bearing components, wherein the first bearing component is configured to rotate with respect to the second bearing component; an annular gear and a plurality of yaw drives with a motor and a pinion for meshing with the annular gear for rotating the first bearing system with respect to the second bearing system; a braking disk; and one or more braking units configured to exert a braking force on the braking disk for braking the rotation of the first bearing component with respect to the second bearing component, the yaw system being characterized by the braking disk being separate from the first and second bearing components.
An apparatus for a mobile transceiver, the mobile transceiver being adapted for communicating with a macro base station transceiver in a mobile communication system, the mobile communication system further comprising an interfering small base station transceiver, the mobile transceiver being associated with the macro base station transceiver, the apparatus comprising means for measuring a radio signal transmitted by the small base station transceiver to obtain a small cell measurement result, wherein the small cell base station transceiver uses a plurality of transmit antennas for transmission; and means for providing information on the small cell measurement result to the macro base station transceiver, wherein the information on the small cell measurement result comprises information on a transmission configuration for the plurality of transmit antennas, characterised in that the information on the small cell measurement result corresponds to a single bit per combination of a time-slot and a sub-band indicating whether a small cell signal level exceeds a predefined threshold.
A display device comprising: a display panel having a display area and a non-display area; a window disposed on the display panel; a photocurable adhesive layer disposed between the display panel and the window; and a light shielding pattern positioned over the non-display area and between the window and the photocurable adhesive layer, wherein the light shielding pattern has at least one ultrasound transmitting area (552, 553), wherein the at least one ultrasound transmitting area (552, 553) overlaps the photocurable adhesive layer in a plan view, wherein the at least one ultrasound transmitting area (552, 553) is a through hole (552, 553), and characterised in that the through hole (552, 553) has a diameter in the range of about 100 μm to about 300 μm. a display panel having a display area and a non-display area; a window disposed on the display panel; a photocurable adhesive layer disposed between the display panel and the window; and a light shielding pattern positioned over the non-display area and between the window and the photocurable adhesive layer, wherein the light shielding pattern has at least one ultrasound transmitting area (552, 553), wherein the at least one ultrasound transmitting area (552, 553) overlaps the photocurable adhesive layer in a plan view, wherein the at least one ultrasound transmitting area (552, 553) is a through hole (552, 553), and characterised in that the through hole (552, 553) has a diameter in the range of about 100 μm to about 300 μm.
A base station antenna system capable of being mounted on a support structure, comprising: a. a plurality of sector antennas angularly spaced around the support structure at approximately equal azimuth angles and the phase centers of the plurality of sector antennas being located on a circle having a diameter D; and b. a feed network coupled to the plurality of sector antennas; characterized in that the feed network is configured to provide a common RF signal to the plurality of sector antennas and to apply at least one phase difference to at least one sector antenna of the plurality of sector antennas, wherein a ratio D/λ of the diameter D of the circle defined by the phase centers of the plurality of sector antennas to the wavelength λ of the center frequency of the RF signal is in a range where the at least one phase difference is configured to increase the 3 dB azimuth beam width of the main lobes of the antenna pattern while deepening the nulls between the main lobes. a. a plurality of sector antennas angularly spaced around the support structure at approximately equal azimuth angles and the phase centers of the plurality of sector antennas being located on a circle having a diameter D; and b. a feed network coupled to the plurality of sector antennas;
Device for treating containers, in particular cans, bottles, and the like, comprising an annularly closed guiding and carrying element, a plurality of container carriers which can be connected in a chain-like manner, and at least one central drive, wherein each container carrier is configured for receiving an individual container and comprises a holding and centring unit for holding and centring the respective container and an individual drive for turning or rotating a container about the vertical axis thereof, and, furthermore, the container carriers comprise chute-like or carriage-like guide units, by means of which said container carriers can be moved on the guiding and carrying element in an endlessly circulating manner, wherein an imaginary vertical rotational axis of the holding and centring unit and that of the individual drive is congruent with the vertical axis of an inserted container, wherein the guiding and carrying element comprises sections (31, 32) with different radii, in particular straight sections, i.e. radius-free sections, or sections with an infinitely great radius, and curved sections, i.e. sections with a radius, in particular in the form of an oval or ellipse, wherein the holding and centring unit is connected by means of connecting elements which are mounted and/or secured on the holding and centring unit in a flush manner with respect to the respective vertical rotational axis of the holding and centring units or containers located there can be moved at the same speed in every section of the guiding and carrying element.
A medical device being suitable for obtaining monophasic action potentials, the medical device comprising: a shaft having a distal portion; a distally-oriented first electrode array coupled to the distal portion; a laterally-oriented second electrode array coupled to the shaft proximal to the first electrode array; and an additional electrode coupled to the shaft; characterised by: the second electrode array including an alternating series of ring-shaped first electrodes and second electrodes coupled to a sidewall of the shaft, each of the first electrodes of the second electrode array having an effective portion composed of an electrically conductive material and another portion composed of a non-conductive material. a shaft having a distal portion; a distally-oriented first electrode array coupled to the distal portion; a laterally-oriented second electrode array coupled to the shaft proximal to the first electrode array; and an additional electrode coupled to the shaft; characterised by: the second electrode array including an alternating series of ring-shaped first electrodes and second electrodes coupled to a sidewall of the shaft, each of the first electrodes of the second electrode array having an effective portion composed of an electrically conductive material and another portion composed of a non-conductive material.
An RO system with an RO filter module, which is divided by a membrane into a primary space and a secondary space, a feed tank, which is vented to atmosphere and communicating with which is a raw water supply conduit, wherein leading to the primary space from the lower end of the feed tank there is a conduit, connected into which there is a pump, wherein leading away from the primary space there is a concentrate conduit, wherein starting from the secondary space there is a permeate supply conduit, to which at least one dialysis device is connectable by means of a tap conduit of a secondary ring conduit, wherein further a subsequent permeate return conduit leads back after the at least one dialysis device in the flow direction to the feed tank, wherein connected into the permeate return conduit there are a circulation pump and an electrochemical ozone generator, and wherein the permeate return conduit is connected after the circulation pump and the ozone generator in the flow direction to the permeate supply conduit by a recirculation conduit, wherein connected into the recirculation conduit and into the permeate return conduit downstream of the junction with the recirculation conduit there are respective valves (25, 28) characterised in that branching off from the permeate supply conduit upstream of the communication of the recirculation conduit with the permeate supply conduit there is a permeate return conduit section, which communicates with the permeate return conduit downstream of the valve arranged in it and that arranged in the permeate return conduit section there is a pressure retention valve so that the RO system can continue to operate even during the disinfection mode and produces permeate without interruption and either the entire permeate volume or a proportion of it flows back to the feed tank.
An electromagnetic relay, comprising: a base; a spool provided on the base; a coil wound on the spool; a yoke inserted into a hole formed in the spool; an armature movably provided on the base; a movable contact (71, 71a) fixed on the base; a static contact (72, 72a) fixed on the base; an driving member connected between the armature and the movable contact (71, 71a); and an elastic pressing member, characterized in that the elastic pressing member is fixed on the base and pressed against an outer side of the armature so as to position the armature on the base and provide an auxiliary thrust to the armature. a base; a spool provided on the base; a coil wound on the spool; a yoke inserted into a hole formed in the spool; an armature movably provided on the base; a movable contact (71, 71a) fixed on the base; a static contact (72, 72a) fixed on the base; an driving member connected between the armature and the movable contact (71, 71a); and an elastic pressing member, characterized in that the elastic pressing member is fixed on the base and pressed against an outer side of the armature so as to position the armature on the base and provide an auxiliary thrust to the armature.
A fermented dairy product comprising: - microcapsules of vitamin C, whose coating consists in an encapsulating composition comprising alginate and ascorbyl palmitate, and - a fermented milk composition. - microcapsules of vitamin C, whose coating consists in an encapsulating composition comprising alginate and ascorbyl palmitate, and - a fermented milk composition.
Electronic system, comprising an antenna that is configured for a contactless communication, the antenna having a first terminal and a second terminal, a first component that is configured to communicate via the antenna according to a contactless type communication protocol using a carrier frequency, an impedance-matching circuit that is configurable on command and connected to the first component and to the terminals of the antenna, an interface that is connected to the terminals of the antenna and to the impedance-matching circuit and configured to be removably connected to a second component that is configured to communicate according to a contactless type communication protocol using said carrier frequency, the impedance-matching circuit having a first capacitor that is connected in parallel with the antenna and an activatable/deactivatable capacitive path (C2, C3) that is connected in parallel with the antenna, the capacitive path comprising a second capacitor having a first electrode that is connected to a first terminal of the antenna, a third capacitor having a first electrode that is connected to a second terminal of the antenna and controllable activation/deactivation means that are connected in series between a second electrode of the second capacitor and a second electrode of the third capacitor, the controllable activation/deactivation means having a first state corresponding to an activated state of the capacitive path in which they allow the second electrodes of the second and third capacitors to be mutually effectively connected, and a second state corresponding to a deactivated state of the capacitive path in which they remove the mutual effective connection between the second electrodes of the second and third capacitors, and control means (MG, R) that are configured to control the activation/deactivation means so as to place the impedance-matching circuit, in the absence of the second component being connected to said interface, in a first configuration in which it forms, with the first component and the antenna, a resonant circuit having a first resonant frequency that is compatible with said carrier frequency and, in the presence of the second component being connected to said interface, in a second configuration in which it forms, with the first component, the second component and the antenna, a resonant circuit having a second resonant frequency that is compatible with said carrier frequency, said capacitive path being in its activated state in said first configuration of the impedance-matching circuit and in its deactivated state in said second configuration of the impedance-matching circuit.
A method for providing a user interface of a mobile communication terminal (200,400), said method comprising: detecting an actuation of a mode switch actuator (212, 412) associated with switching operational modes of said mobile communication terminal (200,400), which mode switch actuator is operable by a user in at least two directions; determining a switching direction by determining whether said actuation is associated with a first switching direction or a second switching direction; and determining a current operational mode; and characterized by comprising: determining a new operational mode considering said switching direction, said current operational mode, and a list of operational modes; and switching operational modes of said mobile communication terminal (200,400) from said current operational mode to said new operational mode. detecting an actuation of a mode switch actuator (212, 412) associated with switching operational modes of said mobile communication terminal (200,400), which mode switch actuator is operable by a user in at least two directions; determining a switching direction by determining whether said actuation is associated with a first switching direction or a second switching direction; and determining a current operational mode; and characterized by comprising: determining a new operational mode considering said switching direction, said current operational mode, and a list of operational modes; and switching operational modes of said mobile communication terminal (200,400) from said current operational mode to said new operational mode. determining a new operational mode considering said switching direction, said current operational mode, and a list of operational modes; and switching operational modes of said mobile communication terminal (200,400) from said current operational mode to said new operational mode.
A printing apparatus comprising: n printheads (e.g. 1, 2, 3) arranged along a first direction, each printhead being in fluid communication with at least two different inks (e.g. c1, c2, c3, c4); a printing medium arranged opposite to the printheads, the printing medium including s printing areas (e.g. H, J, K) divided along the first direction such that each printing area is configured to be printed by a printhead, wherein the printing medium has a shape of a conical frustum including: a rotational axis; and a first end having a larger diameter than that of an opposing second end, wherein the rotational axis of the conical frustum is inclined relative to the first direction such that a printing distance between the printheads and the printing medium is configured to be substantially constant as the printing medium is rotated about the rotational axis; a motion controller that controls the motion of the printheads and the motion of the printing medium; and a printing driver that controls the printing of the printheads wherein s and n are positive integers greater than 1. n printheads (e.g. 1, 2, 3) arranged along a first direction, each printhead being in fluid communication with at least two different inks (e.g. c1, c2, c3, c4); a printing medium arranged opposite to the printheads, the printing medium including s printing areas (e.g. H, J, K) divided along the first direction such that each printing area is configured to be printed by a printhead, wherein the printing medium has a shape of a conical frustum including: a rotational axis; and a first end having a larger diameter than that of an opposing second end, wherein the rotational axis of the conical frustum is inclined relative to the first direction such that a printing distance between the printheads and the printing medium is configured to be substantially constant as the printing medium is rotated about the rotational axis; a motion controller that controls the motion of the printheads and the motion of the printing medium; and a printing driver that controls the printing of the printheads wherein s and n are positive integers greater than 1. a rotational axis; and a first end having a larger diameter than that of an opposing second end, wherein the rotational axis of the conical frustum is inclined relative to the first direction such that a printing distance between the printheads and the printing medium is configured to be substantially constant as the printing medium is rotated about the rotational axis; a motion controller that controls the motion of the printheads and the motion of the printing medium; and a printing driver that controls the printing of the printheads wherein s and n are positive integers greater than 1.
A supporting structure for a furniture carcass to be mounted to a wall, the furniture carcass has an outer carcass and an inner carcass which can be lowered, wherein the supporting structure includes two side elements (1, 1a) which are to be mounted to the wall in a spaced-apart relationship, and at least one transverse member releasably connecting the side elements (1, 1a) together, wherein the supporting structure has separate fastening locations (2a, 2b; 13a, 13b) for independently mounting the outer carcass and the inner carcass to the supporting structure, characterised in that each side element, at an inner side thereof which faces towards the inner carcass, includes a, preferably pre-mounted, vertically movable supporting element, wherein the supporting elements have the fastening locations (2a, 2b) for the inner carcass.
A shuttered electrical connector for receiving an electrical plug, the plug having a hinged tail for lockingly engaging with the connector, the connector including: a body defining a socket having an open mouth; a central shutter hingedly mounted to the body adjacent the open mouth for rotation about a first hinge axis; and a pair of spaced apart side shutters (40, 50) hingedly mounted to the body adjacent the open mouth for rotation about a second hinge axis, the second hinge axis parallel to and spaced apart from the first hinge axis, wherein the shutters (30, 40, 50) are rotatable through approximately 90 degrees from: a closed position in which together they cover the open mouth while presenting a substantially flat outer face, to an open position receiving the plug in which the central shutter is offset from the side shutters (40, 50). a body defining a socket having an open mouth; a central shutter hingedly mounted to the body adjacent the open mouth for rotation about a first hinge axis; and a pair of spaced apart side shutters (40, 50) hingedly mounted to the body adjacent the open mouth for rotation about a second hinge axis, the second hinge axis parallel to and spaced apart from the first hinge axis, wherein the shutters (30, 40, 50) are rotatable through approximately 90 degrees from: a closed position in which together they cover the open mouth while presenting a substantially flat outer face, to an open position receiving the plug in which the central shutter is offset from the side shutters (40, 50).