mhurhangee/ep-ind-claims huggingface dataset:
Light guide element, which extends along a longitudinal direction and is designed to emit light, which is coupled into the light guide element at a narrow side of said light guide element that forms a light in-coupling surface, via a flat side which is oriented perpendicular to the light in-coupling surface and forms a light emitting surface of the light guide element, wherein, on a rear side of the light guide element opposite to the light emitting surface, outcoupling structures are formed, which deflect incident light such that said light leaves the light emitting surface with an asymmetrical light distribution relative to a plane which is oriented perpendicularly to the light emitting surface and preferably in parallel to the longitudinal direction, wherein the light outcoupling structures are formed by recesses, characterized in that the light outcoupling structures are one behind the other distributed along the longitudinal direction of the light guide element, wherein the recesses have a conical shape, which is inclined with respect to the plane relative to which the asymmetrical light distribution exists, and wherein a longitudinal side opposite to the light in-coupling surface is designed to reflect incident light.
A computer-implemented method, comprising: monitoring, by a network node, a proximity between first and second mobile devices (102, 104) that are in wireless communication with each other; and characterized by: facilitating, by the network node, a selective transition of a first service flow of a data plane between the first and second mobile devices from being indirect through a radio network access node using a first radio access technology to being direct using a second radio access technology, responsive to a determination that a first criterion has been met; facilitating, by the network node, a selective transition of the first service flow from being direct using the second radio access technology to being indirect using the first radio access technology, responsive to a determination that a second criterion has been met; and receiving, by the network node, from the first mobile device, information indicative of a capability of the first mobile device to communicate directly with the second mobile device using the second radio access technology, wherein a second service flow of the data plane through the radio network access node is maintained while the first service flow is direct between the first and second mobile devices; and the first service flow is over a first carrier of an aggregation of a plurality of carriers and the second service flow is over a second carrier of the aggregation of the plurality of carriers while direct using the second radio access technology. facilitating, by the network node, a selective transition of a first service flow of a data plane between the first and second mobile devices from being indirect through a radio network access node using a first radio access technology to being direct using a second radio access technology, responsive to a determination that a first criterion has been met; facilitating, by the network node, a selective transition of the first service flow from being direct using the second radio access technology to being indirect using the first radio access technology, responsive to a determination that a second criterion has been met; and receiving, by the network node, from the first mobile device, information indicative of a capability of the first mobile device to communicate directly with the second mobile device using the second radio access technology,
Ventilation device for ventilating an interior of a motor vehicle, comprising an air guide element, which comprises at least one air outlet (8, 10) for ventilating the interior, and comprising an acoustic attenuation element formed as a Helmholtz resonator, arranged in the air guide element, by means of which a sound pressure level occurring at the air outlet (8, 10) can be reduced, characterized in that the attenuation element comprises at least two chambers, wherein each one chamber comprises multiple openings of uniform size and wherein one of the chambers comprises openings, which have a size different from the openings of the at least one further chamber.
A method implemented by an access node, for transmitting demodulation reference signal, DMRS, settings for transmitting DMRSs with reduced overhead, the method comprising: transmitting a downlink control message comprising a value, the value specifying a 3-layer downlink data transmission from antenna ports 7, 8 and 11 of the access node, and that orthogonal codes of a length 4 are to be applied to the transmission of demodulation reference signals for the 3-layer downlink data transmission; wherein the value is an index of an entry in a selected lookup table of a plurality of lookup tables; and wherein the value further specifies a pre-configured DMRS pattern to be applied to the transmission of the demodulation reference signals; the DMRS pattern specifying twelve resource elements in a resource block for carrying the demodulation reference signals, and the locations of the resource elements in the resource block; the method characterised in that: when the selected lookup table is not defined as a default lookup table, transmitting a lookup table identifier, wherein the lookup table identifier indicates which lookup table of the plurality of lookup tables is the selected lookup table; and wherein when the selected lookup table is defined as the default lookup table, the default lookup table is the selected lookup table. transmitting a downlink control message comprising a value, the value specifying a 3-layer downlink data transmission from antenna ports 7, 8 and 11 of the access node, and that orthogonal codes of a length 4 are to be applied to the transmission of demodulation reference signals for the 3-layer downlink data transmission; wherein the value is an index of an entry in a selected lookup table of a plurality of lookup tables; and wherein the value further specifies a pre-configured DMRS pattern to be applied to the transmission of the demodulation reference signals; the DMRS pattern specifying twelve resource elements in a resource block for carrying the demodulation reference signals, and the locations of the resource elements in the resource block; the method characterised in that: when the selected lookup table is not defined as a default lookup table, transmitting a lookup table identifier, wherein the lookup table identifier indicates which lookup table of the plurality of lookup tables is the selected lookup table; and wherein when the selected lookup table is defined as the default lookup table, the default lookup table is the selected lookup table. when the selected lookup table is not defined as a default lookup table, transmitting a lookup table identifier, wherein the lookup table identifier indicates which lookup table of the plurality of lookup tables is the selected lookup table; and wherein when the selected lookup table is defined as the default lookup table, the default lookup table is the selected lookup table.
Track protection fence support system comprising a track protection fence having at least one fence strut (80, 80') and at least one track protection fence support system having a fence support for holding the at least one fence strut (80, 80'), a fastening element which can be fastened to a track system, and a fixing system for fixing the fence support to the fastening element, characterized in that the at least one fence strut (80, 80') has at least two beams connected via an electrically insulating beam connector, the beam connector being at least partially inserted into the two beams connected by it, and the fixing system has an electrically insulating connector piece, in particular an insulating connector piece which can be attached to the fastening element.
An ultrasound diagnosis apparatus comprising: a probe configured to acquire ultrasound image data with respect to an object by transmitting ultrasound signals to the object; one or more processors configured to obtain an ultrasound image based on the ultrasound image data, transmit the ultrasound image and a time stamp indicating a time point when the ultrasound image is obtained in real-time to a client apparatus, and store, in a memory, every first time interval an ultrasound still cut corresponding to the ultrasound image obtained in real-time together with the time stamp; and a communicator configured to receive a request for an ultrasound still cut including a first time stamp from the client apparatus, wherein the one or more processors are further configured to transmit to the client apparatus the ultrasound still cut corresponding to the first time stamp from among the stored ultrasound still cuts, characterized in that the one or more processors are further configured to determine the first time interval based on a network delay time between the ultrasound diagnosis apparatus and the client apparatus. a probe configured to acquire ultrasound image data with respect to an object by transmitting ultrasound signals to the object; one or more processors configured to obtain an ultrasound image based on the ultrasound image data, transmit the ultrasound image and a time stamp indicating a time point when the ultrasound image is obtained in real-time to a client apparatus, and store, in a memory, every first time interval an ultrasound still cut corresponding to the ultrasound image obtained in real-time together with the time stamp; and a communicator configured to receive a request for an ultrasound still cut including a first time stamp from the client apparatus, wherein the one or more processors are further configured to transmit to the client apparatus the ultrasound still cut corresponding to the first time stamp from among the stored ultrasound still cuts, characterized in that the one or more processors are further configured to determine the first time interval based on a network delay time between the ultrasound diagnosis apparatus and the client apparatus.
Ophthalmological implant having an active ingredient release system designed to release at least one pharmacologically active ingredient in the implanted state of the ophthalmological implant, where the active ingredient release system comprises at least one hydrogel as matrix, where the hydrogel forms a layer on an optical component of the implant, is covalently bonded to the optical component and is laden with the at least one active ingredient, characterized in that the at least one active ingredient is in the form of polymer nanoparticles distributed within the hydrogel.
Oven comprising a steam generating device, the device comprising: a first tray with a first surface and a second surface, a compartment, which is at least partially connected with the second surface of the first tray, and wherein the compartment comprises metal or a metal alloy, wherein the first tray comprises at least one through hole (O1, O2, O3, O4), wherein each of the at least one through hole (O1, O2, O3, O4) comprises a movable silicone cover (C1, C2, C3, C4), wherein the compartment is configured to store water and the compartment is heated up by the oven such that the water evaporates through the at least one through hole (O1, O2, O3, O4) and its movable silicone cover (C1, C2, C3, C4), such that the movable silicone cover (C 1, C 2, C 3, C 4) changes its initial position on the at least one through hole such that the evaporated fluid may exit, wherein the movable silicone cover (C1, C2, C3, C4) is flush with the first surface of the first tray and the movable silicone cover (C1, C2, C3, C4) is at least partially connected with the tray and/or the compartment, and the steam generating device further comprises a second tray with a third surface and a fourth surface, wherein the second tray is at least partially connected with the compartment by the third surface and wherein the first tray and the second tray are arranged such to each other that the steam generating device comprises a recess or a protrusion to arrange the steam generating device in the oven. a first tray with a first surface and a second surface, a compartment, which is at least partially connected with the second surface of the first tray, and wherein the compartment comprises metal or a metal alloy, wherein the first tray comprises at least one through hole (O1, O2, O3, O4), wherein each of the at least one through hole (O1, O2, O3, O4) comprises a movable silicone cover (C1, C2, C3, C4), wherein the compartment is configured to store water and the compartment is heated up by the oven such that the water evaporates through the at least one through hole (O1, O2, O3, O4) and its movable silicone cover (C1, C2, C3, C4), such that the movable silicone cover (C 1, C 2, C 3, C 4) changes its initial position on the at least one through hole such that the evaporated fluid may exit, wherein the movable silicone cover (C1, C2, C3, C4) is flush with the first surface of the first tray and the movable silicone cover (C1, C2, C3, C4) is at least partially connected with the tray and/or the compartment, and the steam generating device further comprises a second tray with a third surface and a fourth surface, wherein the second tray is at least partially connected with the compartment by the third surface and wherein the first tray and the second tray are arranged such to each other that the steam generating device comprises a recess or a protrusion to arrange the steam generating device in the oven.
A dehumidification control method for a refrigerator comprising: detecting (402, 602) a temperature of outside air around the refrigerator (100, 700) to judge whether or not the detected temperature corresponds to a low-temperature mode (404, 604) requiring dehumidification; heating a refrigerating compartment (110, 710) by operating a refrigerating compartment heater (104a, 704a) and a refrigerating compartment fan (106b, 706b) for dehumidification if the low-temperature mode is judged; cooling the refrigerating compartment (100, 700) by operating a compressor (102, 701) while at least continuously operating the refrigerating compartment fan (106b, 706b); and simultaneously cooling and heating (406, 408) the refrigerating compartment to enable simultaneous implementation of temperature compensation by heating of the refrigerating compartment and dehumidification by cooling of the refrigerating compartment, characterized in that the cooling of the refrigerating compartment (110, 710) is performed if a preset time (t 1) passes after heating of the refrigerating compartment is begun (t 0). detecting (402, 602) a temperature of outside air around the refrigerator (100, 700) to judge whether or not the detected temperature corresponds to a low-temperature mode (404, 604) requiring dehumidification; heating a refrigerating compartment (110, 710) by operating a refrigerating compartment heater (104a, 704a) and a refrigerating compartment fan (106b, 706b) for dehumidification if the low-temperature mode is judged; cooling the refrigerating compartment (100, 700) by operating a compressor (102, 701) while at least continuously operating the refrigerating compartment fan (106b, 706b); and simultaneously cooling and heating (406, 408) the refrigerating compartment to enable simultaneous implementation of temperature compensation by heating of the refrigerating compartment and dehumidification by cooling of the refrigerating compartment, characterized in that the cooling of the refrigerating compartment (110, 710) is performed if a preset time (t 1) passes after heating of the refrigerating compartment is begun (t 0).
A modular computer system comprising:- a connectivity station having a plurality of interfaces including a first interface with an interface circuit connected to a first parallel bus and a second interface with an interface circuit connected to the first parallel bus; a first module (30, 32) having an interface with a module interface circuit connected to a second parallel bus; wherein the module interface circuit and the interface circuit of the first interface of the connectivity station are halves of a bridge joined by a serial link and are arranged to serialize information from the respective first and second parallel buses into fixed sized packets which are echoed across the link; a computing module including a processor and a computing module interface with a computing module interface circuit connected to a system bus; wherein the computing module interface circuit and the interface circuit of the second interface of the connectivity station are halves of a bridge joined by a serial link and are arranged to serialize information from the respective system bus and first parallel bus into fixed sized packets which are echoed across the link. a connectivity station having a plurality of interfaces including a first interface with an interface circuit connected to a first parallel bus and a second interface with an interface circuit connected to the first parallel bus; a first module (30, 32) having an interface with a module interface circuit connected to a second parallel bus; wherein the module interface circuit and the interface circuit of the first interface of the connectivity station are halves of a bridge joined by a serial link and are arranged to serialize information from the respective first and second parallel buses into fixed sized packets which are echoed across the link; a computing module including a processor and a computing module interface with a computing module interface circuit connected to a system bus; wherein the computing module interface circuit and the interface circuit of the second interface of the connectivity station are halves of a bridge joined by a serial link and are arranged to serialize information from the respective system bus and first parallel bus into fixed sized packets which are echoed across the link.
A method for communication in a wireless telecommunications system, the method comprising: receiving, by a first user equipment, UE, during a detection opportunity, a proximity reference beacon transmitted, during a transmission opportunity, by a second UE, wherein the detection opportunity and the transmission opportunity occur as a pattern of transmission and detection opportunities; transmitting, by the first UE to a network node, a report indicating that the proximity reference beacon was received and the corresponding transmission opportunity; and in response to transmitting the report to the network node, receiving, by the first UE and from the network node, information allowing the first UE to engage in device-to-device communication with the second UE; wherein the first UE soft combines multiple transmissions of the proximity reference beacon based on said pattern of the detection opportunities. receiving, by a first user equipment, UE, during a detection opportunity, a proximity reference beacon transmitted, during a transmission opportunity, by a second UE, wherein the detection opportunity and the transmission opportunity occur as a pattern of transmission and detection opportunities; transmitting, by the first UE to a network node, a report indicating that the proximity reference beacon was received and the corresponding transmission opportunity; and in response to transmitting the report to the network node, receiving, by the first UE and from the network node, information allowing the first UE to engage in device-to-device communication with the second UE; wherein the first UE soft combines multiple transmissions of the proximity reference beacon based on said pattern of the detection opportunities.
An elevator and stairs assembly, which is configured to be arranged or is arranged in a stairwell, wherein the assembly comprises: - a cabin, which is configured to be moved between a lower position at a lower floor and an upper position at an upper floor, wherein the cabin is configured to receive one or more passengers; - a lifting device, which is configured to move the cabin between the lower position and the upper position; - a fixed stairs portion, which is configured to form a lower part of a stairs between the lower floor and the upper floor; and - a movable stairs portion, which is configured to form a continuation of the fixed stairs portion so as to form a stairs between the upper floor and the lower floor when the cabin is in the lower position; characterized in that the movable stairs portion is secured at a top side of the cabin so that it moves up or down together with the cabin, when the cabin is moved between the lower position and the upper position. - a cabin, which is configured to be moved between a lower position at a lower floor and an upper position at an upper floor, wherein the cabin is configured to receive one or more passengers; - a lifting device, which is configured to move the cabin between the lower position and the upper position; - a fixed stairs portion, which is configured to form a lower part of a stairs between the lower floor and the upper floor; and - a movable stairs portion, which is configured to form a continuation of the fixed stairs portion so as to form a stairs between the upper floor and the lower floor when the cabin is in the lower position;
Method to supervise a power network, where • data representing at least a part of the power network are processed and transformed into graphical data, • the graphical data are displayed on a graphical display unit as a first visualization of the power network at a less detailed zoom level (Zoom 1) and • a user request on how to modify the first visualization is processed, where the user request is received from a user input unit, • it is displayed in the first visualization at least two selectable elements which are selectable via the user input unit and which are assigned to predefined portions of the power network and to at least one more detailed zoom level (Zoom 2), • after a user request is received indicating that one of the two selectable elements was selected by a user, the predefined portion of the power network assigned to said one of the two selectable elements is displayed at the corresponding more detailed zoom level (Zoom 2) as a second visualization on top of the first visualization, and • where afterwards, when a user request is received which indicates that the other of the two selectable elements was selected, the predefined portion of the power network assigned to the other of the two selectable elements is displayed as a third visualization at the corresponding more detailed zoom level, characterized in that the second visualization is placed close to but not covering the corresponding selectable element and thereafter replaced by the third visualization at the same position. • data representing at least a part of the power network are processed and transformed into graphical data, • the graphical data are displayed on a graphical display unit as a first visualization of the power network at a less detailed zoom level (Zoom 1) and • a user request on how to modify the first visualization is processed, where the user request is received from a user input unit, • it is displayed in the first visualization at least two selectable elements which are selectable via the user input unit and which are assigned to predefined portions of the power network and to at least one more detailed zoom level (Zoom 2), • after a user request is received indicating that one of the two selectable elements was selected by a user, the predefined portion of the power network assigned to said one of the two selectable elements is displayed at the corresponding more detailed zoom level (Zoom 2) as a second visualization on top of the first visualization, and • where afterwards, when a user request is received which indicates that the other of the two selectable elements was selected, the predefined portion of the power network assigned to the other of the two selectable elements is displayed as a third visualization at the corresponding more detailed zoom level,