mhurhangee/ep-ind-claims huggingface dataset:
A renderer device to be controlled by a controller device connected to a predetermined communication network, the renderer device comprising: a memory unit that stores network connection information which indicates a connection destination of the controller device and is used by the controller device to establish a connection to a device to be controlled by the controller device; a detector that detects whether each of monitor devices is connected to the renderer device via the predetermined communication network; an information update unit that updates the connection destination indicated by the network connection information stored in the memory unit so that the connection destination indicates one of the monitor devices, when the detector has detected that the monitor device is connected via the predetermined communication network; and a communication unit that sends the network connection information stored in the memory unit to the controller device, when receiving a request from the controller device. a memory unit that stores network connection information which indicates a connection destination of the controller device and is used by the controller device to establish a connection to a device to be controlled by the controller device; a detector that detects whether each of monitor devices is connected to the renderer device via the predetermined communication network; an information update unit that updates the connection destination indicated by the network connection information stored in the memory unit so that the connection destination indicates one of the monitor devices, when the detector has detected that the monitor device is connected via the predetermined communication network; and a communication unit that sends the network connection information stored in the memory unit to the controller device, when receiving a request from the controller device.
Device for controlling the air flow by means of a planar cooler of a road vehicle, having a cooler frame whose outer frame region that is fixed on the cooler and shaped like a hood ring passes into a cylindrical air shaft and whose central hub is connected to this via radial struts, having a fan that is fixed on the hub and has an electrical drive and a blade wheel, and having a cooler shutter that has radially aligned lamellae and is connected to an actuator, the at least radially outer lamellae bearing pins of said cooler shutter being arranged in an axial direction between the hood ring-like outer frame region and the blade wheel of the fan, characterised in that the cooler shutter forms an assembly that holds together independently and is designed for insertion between the cooler and the radial struts of the cooler frame, in that radially inner and radially outer bearing pins (7, 8) of the lamellae of the cooler shutter are enclosed between a mounting ring and a closing ring and actuating pins provided on the outer end of the lamellae engage in pin receivers of an actuating ring, which is latched to the mounting ring via latching means (14, 15).
Foldable ladder comprising: - an interface frame comprising a pair of tracks associable with a platform of a vehicle, said tracks extending along a main longitudinal direction (X-X), - a summit portion slidably housed in said interface frame, along said main longitudinal direction (X-X), provided with a pair of rails at least partially sliding on said tracks, - a first climbing element, provided with uprights and a first step, and hinged to said summit portion at first transverse hinges, directed along a transverse direction (X-X) perpendicular to the main longitudinal direction (Y-Y), - a second climbing element, provided with uprights and a second step, and hinged to said first climbing element at second transverse hinges, directed parallel to said transverse direction (X-X), - the second climbing element being foldable on said first climbing element from a front access or climbing side to said steps (48,68), so as to pass from an opening configuration, in which the uprights of the second climbing element are arranged parallel and adjacent to the uprights of the first step, to a closing configuration in which the uprights of the second climbing element are arranged paired and superimposed on the uprights of the first climbing element, characterized in that the rails of the summit portion, at the front ends, are provided with front gaps adapted to make an abutment with respective transverse pins associated with the uprights of the first climbing element. - an interface frame comprising a pair of tracks associable with a platform of a vehicle, said tracks extending along a main longitudinal direction (X-X), - a summit portion slidably housed in said interface frame, along said main longitudinal direction (X-X), provided with a pair of rails at least partially sliding on said tracks, - a first climbing element, provided with uprights and a first step, and hinged to said summit portion at first transverse hinges, directed along a transverse direction (X-X) perpendicular to the main longitudinal direction (Y-Y), - a second climbing element, provided with uprights and a second step, and hinged to said first climbing element at second transverse hinges, directed parallel to said transverse direction (X-X), - the second climbing element being foldable on said first climbing element from a front access or climbing side to said steps (48,68), so as to pass from an opening configuration, in which the uprights of the second climbing element are arranged parallel and adjacent to the uprights of the first step, to a closing configuration in which the uprights of the second climbing element are arranged paired and superimposed on the uprights of the first climbing element,
An apparatus for initiating, in a communication network, setup of a bearer between a communication node and a correspondent node, said apparatus comprising: a first bearer setup request generator associated with a first application-level entity (24, 26), said first bearer setup request generator configured to: generate a first bearer setup request, the first bearer setup request for requesting a selected bearer manager to create the bearer between the communication node and the correspondent node, wherein the first bearer setup request utilizes Authentication Authorization Accounting, AAA, protocol; and provide the first bearer setup request to a transport level AAA entity (38,36). a first bearer setup request generator associated with a first application-level entity (24, 26), said first bearer setup request generator configured to: generate a first bearer setup request, the first bearer setup request for requesting a selected bearer manager to create the bearer between the communication node and the correspondent node, wherein the first bearer setup request utilizes Authentication Authorization Accounting, AAA, protocol; and provide the first bearer setup request to a transport level AAA entity (38,36). generate a first bearer setup request, the first bearer setup request for requesting a selected bearer manager to create the bearer between the communication node and the correspondent node, wherein the first bearer setup request utilizes Authentication Authorization Accounting, AAA, protocol; and provide the first bearer setup request to a transport level AAA entity (38,36).
Filling system, in particular a single-chamber filling system, for filling bottles or similar containers with liquid contents, comprising a contents vessel in which are formed, during the filling operation, a lower contents-filled liquid space (1.1) and, above the latter, a gas space (1.2), and including at least one filling element which is arranged beneath the contents vessel and has a filling-element housing, in which is formed a liquid channel, which is connected to the liquid space (1.1), and forms a contents-discharging opening on an underside of the filling-element housing, wherein said underside being directed away from the contents vessel, having a liquid valve which is arranged in the liquid channel and has a valve body, which is provided on a valve tappet, arranged equiaxially with a filling element axis and can be moved axially for opening and closing the liquid valve and for discharging the contents in a controlled manner into the container arranged in a sealed position against the filling element, having a gas channel which is formed in the valve tappet and, at an upper end, opens out into the gas space (1.2) of the contents vessel and, at the lower end, opens out into a head space of the container arranged in a sealed position against the filling element, having a gas valve which is provided in the gas channel, and which has a valve body which can be moved in order to open and close the gas valve, and having an actuating element, which interacts with the tappet of the liquid valve and with the valve body of the gas valve, wherein the actuating element is configured for a controlled, at least two-stroke lift (H1, H2), and specifically in such a way that, with the actuating element in a first operational state, both the liquid valve as well as the gas valve are closed, that, in a second operational state of the actuating element after a first part lift, the gas valve is opened, and, in a third operational state of the actuating element, after a second part lift, forming a further lift, the liquid valve is also opened, characterised in that the actuating element is a pneumatic actuating element, which is formed from two lifting elements (18.1, 18.2) arranged equiaxially with each other and also equiaxially with the filling-element axis, of which a first lifting element (18.1) takes effect via a tappet and an adapter on the valve tappet of the liquid valve and on the valve body of the gas valve, and of which a second lifting element (18.2) forms a stop for the lifting movement of the first lifting element (18.1), in such a way that, in a first state of the second lifting element (18.2), the lift of the first lifting element (18.1) is limited to the first part lift, and, in a second state of the second lifting element (18.2), the lift of the first lifting element (18.1) is equal to the sum of the two part lifts (H1, H2).
A speech media transcription system comprising a playback device arranged to play back speech delimited in segments, characterised in that the system is programmed to provide, for a segment being transcribed, an adaptive estimate of the proportion of the segment that has not been transcribed by a transcriber, the adaptive estimate being made on the basis of at least one of: an amount of text likely to be present in the segment, a speaking speed of the speaker, a text input rate of the transcriber, a working memory of the transcriber and a current activity of the transcriber, and the device being arranged to play back said proportion of the segment estimated not to have been transcribed.
A method, performed by a wireless device, of operating in a wireless communication network according to a duty cycle, the method comprising: attempting to receive from the network a system access information message including information regarding the duty cycle, wherein the duty cycle is a limited ratio of an accumulated transmission duration in unlicensed spectrum as imposed on the wireless device within an observation interval; and if the wireless device receives the system access information message, signaling to the network at least an uplink transmission budget specifying a remaining time the wireless device can transmit within the duty cycle, in accordance with the system access information transmitted by the network. attempting to receive from the network a system access information message including information regarding the duty cycle, wherein the duty cycle is a limited ratio of an accumulated transmission duration in unlicensed spectrum as imposed on the wireless device within an observation interval; and if the wireless device receives the system access information message, signaling to the network at least an uplink transmission budget specifying a remaining time the wireless device can transmit within the duty cycle, in accordance with the system access information transmitted by the network.
A lighting module comprising: a case including: a main base; a first and a second extension parts (230a, 230b) extending from both sides of the main base in perpendicular direction to the surface of the main base; and a first and a second auxiliary bases (250a, 250b) extending from the first and the second extension parts (230a, 230b) respectively toward the center of the main base; a substrate (151a, 151b) disposed in one of a first and a second cavity (202a, 202b) formed by connecting the main base, the first and the second extension parts (230a, 230b) and the first and the second auxiliary bases (250a, 250b); a plurality of light emitting devices (152a, 152b) disposed on one side of the substrate (151a, 151b) in the longitudinal direction of the substrate (151a, 151b); and a driving driver (153a, 153b) disposed on the other side of the substrate (151a, 151b), characterized in that at least one of the first and second extension parts (230a, 230b) has an opening (230a', 230b') such that the driving driver (153a, 153b) is inserted into said opening (230a', 230b'), and in that the first and the second auxiliary bases (250a, 250b) extend from the first and the second extension parts (230a, 230b) at an acute angle with respect to the first and the second extension parts (230a, 230b). a case including: a main base; a first and a second extension parts (230a, 230b) extending from both sides of the main base in perpendicular direction to the surface of the main base; and a first and a second auxiliary bases (250a, 250b) extending from the first and the second extension parts (230a, 230b) respectively toward the center of the main base; a main base; a first and a second extension parts (230a, 230b) extending from both sides of the main base in perpendicular direction to the surface of the main base; and a first and a second auxiliary bases (250a, 250b) extending from the first and the second extension parts (230a, 230b) respectively toward the center of the main base; a substrate (151a, 151b) disposed in one of a first and a second cavity (202a, 202b) formed by connecting the main base, the first and the second extension parts (230a, 230b) and the first and the second auxiliary bases (250a, 250b); a plurality of light emitting devices (152a, 152b) disposed on one side of the substrate (151a, 151b) in the longitudinal direction of the substrate (151a, 151b); and a driving driver (153a, 153b) disposed on the other side of the substrate (151a, 151b), characterized in that at least one of the first and second extension parts (230a, 230b) has an opening (230a', 230b') such that the driving driver (153a, 153b) is inserted into said opening (230a', 230b'), and in that the first and the second auxiliary bases (250a, 250b) extend from the first and the second extension parts (230a, 230b) at an acute angle with respect to the first and the second extension parts (230a, 230b).
An implant for use in a joint for the support of a ligament (7a, 7b), comprising a coherent support element, which encloses an internal cavity, and which is embodied for the guiding of a ligament (7a, 7b) of the joint, and a first and second opening (3a, 3b) in an outer wall of the support element, wherein the outer wall of the support element is embodied in a diffusion-inhibiting manner, so that a fluid transport from the internal cavity towards the environment of the implant is prevented, characterised in that, the internal diameter of the cavity of the support element is adapted to the lateral extension of the ligament (7a, 7b) and an inner wall of the cavity tightly encloses the periphery of a ligament (7a, 7b) to be guided, so that the formation of a primary healing matrix around the ligament (7a, 7b) guided in the cavity is made possible, and that one or more growth factors and/or healing-promoting substances can be injected into the internal cavity via an injection means, and that the first and second opening (3a, 3b) are arranged at opposite ends of the support element and are connected to the cavity of the support element. a first and second opening (3a, 3b) in an outer wall of the support element, wherein the outer wall of the support element is embodied in a diffusion-inhibiting manner, so that a fluid transport from the internal cavity towards the environment of the implant is prevented, characterised in that, the internal diameter of the cavity of the support element is adapted to the lateral extension of the ligament (7a, 7b) and an inner wall of the cavity tightly encloses the periphery of a ligament (7a, 7b) to be guided, so that the formation of a primary healing matrix around the ligament (7a, 7b) guided in the cavity is made possible, and that one or more growth factors and/or healing-promoting substances can be injected into the internal cavity via an injection means, and that the first and second opening (3a, 3b) are arranged at opposite ends of the support element and are connected to the cavity of the support element. the internal diameter of the cavity of the support element is adapted to the lateral extension of the ligament (7a, 7b) and an inner wall of the cavity tightly encloses the periphery of a ligament (7a, 7b) to be guided, so that the formation of a primary healing matrix around the ligament (7a, 7b) guided in the cavity is made possible, and that one or more growth factors and/or healing-promoting substances can be injected into the internal cavity via an injection means, and that the first and second opening (3a, 3b) are arranged at opposite ends of the support element and are connected to the cavity of the support element.
A method comprising: receiving an incoming signal occupying one of a plurality of bandwidths; upon detection of the incoming signal, initiating a first processing of the incoming signal and a second processing of the incoming signal; the first processing of the incoming signal comprising: determining whether the incoming signal is an 802.11n/ac communication occupying a first bandwidth of the plurality of bandwidths; in response to determining that the incoming signal is an 802.11n/ac communication then; terminating the second processing; and initiating actions in accordance with the received 802.11n/ac communication; the second processing of the incoming signal comprising: determining whether the incoming signal is an 802.11p communication occupying a second bandwidth of the plurality of bandwidths; in response to determining the incoming signal is an 802.11p communication then; terminating the first processing; and initiating collision avoidance processing. receiving an incoming signal occupying one of a plurality of bandwidths; upon detection of the incoming signal, initiating a first processing of the incoming signal and a second processing of the incoming signal; the first processing of the incoming signal comprising: determining whether the incoming signal is an 802.11n/ac communication occupying a first bandwidth of the plurality of bandwidths; in response to determining that the incoming signal is an 802.11n/ac communication then; terminating the second processing; and initiating actions in accordance with the received 802.11n/ac communication; determining whether the incoming signal is an 802.11n/ac communication occupying a first bandwidth of the plurality of bandwidths; in response to determining that the incoming signal is an 802.11n/ac communication then; terminating the second processing; and initiating actions in accordance with the received 802.11n/ac communication; the second processing of the incoming signal comprising: determining whether the incoming signal is an 802.11p communication occupying a second bandwidth of the plurality of bandwidths; in response to determining the incoming signal is an 802.11p communication then; terminating the first processing; and initiating collision avoidance processing. determining whether the incoming signal is an 802.11p communication occupying a second bandwidth of the plurality of bandwidths; in response to determining the incoming signal is an 802.11p communication then; terminating the first processing; and initiating collision avoidance processing.
Device for blowing vapour out of a cooking device, having a fan base plate and an exhaust duct, which is covered by an air shaft cover (14, 14') of the device and is embodied at least in regions between the air shaft cover (14, 14') and the fan base plate, characterised in that a hood part made of metal is arranged separately from the air shaft cover (14, 14') on a front outlet of the exhaust duct, which hood part connects to the front of the air shaft cover (14, 14') for the purpose of extending the air shaft cover (14, 14'), wherein the air shaft cover (14, 14') is made from plastic, and wherein the hood part is embodied as a roof-type component which has a rotated U-shape in the cross-section so that the outlet is bounded on the top side and the vertical sides (38, 39) by the hood part.
Device for the spherification of a liquid, comprising: - a first storage tank of a first liquid. - a second tank for storing a second liquid. - a spherification, - a dripper or entry funnel for dispensing the second liquid coming from the second tank into the spherification tank, so that the second liquid defines a level of the second liquid in the spherification tank, - a device for dispensing the first liquid coming from the first tank into the spherification tank, - a device for extracting the spheres generated in the spherification tank as a result of the dispensation characterised in that: the extraction device comprises a worm screw located in the spherification tank, which worm screw is arranged so that a plane containing the level of the second liquid forms an oblique angle with respect to the axis of the worm screw; and motor means for rotating the worm screw, and in that the worm screw comprises a receiving element having a concave entry point for receiving the first liquid into its interior. - a first storage tank of a first liquid. - a second tank for storing a second liquid. - a spherification, - a dripper or entry funnel for dispensing the second liquid coming from the second tank into the spherification tank, so that the second liquid defines a level of the second liquid in the spherification tank, - a device for dispensing the first liquid coming from the first tank into the spherification tank, - a device for extracting the spheres generated in the spherification tank as a result of the dispensation the extraction device comprises a worm screw located in the spherification tank, which worm screw is arranged so that a plane containing the level of the second liquid forms an oblique angle with respect to the axis of the worm screw; and motor means for rotating the worm screw, and in that the worm screw comprises a receiving element having a concave entry point for receiving the first liquid into its interior.
A water-based adhesive composition, comprising: an acrylic dispersion; an epoxy-terminated polyester incorporated into the acrylic dispersion; and a water-dispersible isocyanate. an acrylic dispersion; an epoxy-terminated polyester incorporated into the acrylic dispersion; and a water-dispersible isocyanate.
A method for controlling a hydronic heating/cooling system in which liquid is led along a main supply pipe to a supply manifold and distributed in the manifold into heating loops, the heating loops returning to a return manifold, and at least one of the manifolds (2,4) having actuators for controlling the flow in the heating loops, characterised by making at least one loop to be a bypass loop, monitoring the actuators in the loops, and ensuring that the actuator of the bypass loop is open if all the other actuators are closed.