mhurhangee/ep-ind-claims huggingface dataset:
A communication program causing a communication device to execute: acquiring a digital certificate from a first device coupled to any of a plurality of devices, the digital certificate including an attribute with respect to a user, the attribute including a first attribute identification and a corresponding attribute information, the plurality of devices sharing a distributed ledger having recorded therein one or more of correspondence information, each correspondence information indicating a relation between an attribute identification and a definition information corresponding to the attribute identification; upon receiving a request including a second attribute identification from a second device coupled to any of the plurality of devices, acquiring a first definition information associated with the first attribute identification, and a second definition information associated with the second attribute identification from any of the plurality of devices; and in response that the first definition information matches with the second definition information, transmitting (S27, S28) the digital certificate including the attribute associated with the first attribute identification to the second device together with a message notifying that the first attribute identification and the second attribute identification have the same definition information. upon receiving a request including a second attribute identification from a second device coupled to any of the plurality of devices, acquiring a first definition information associated with the first attribute identification, and a second definition information associated with the second attribute identification from any of the plurality of devices; and in response that the first definition information matches with the second definition information, transmitting (S27, S28) the digital certificate including the attribute associated with the first attribute identification to the second device together with a message notifying that the first attribute identification and the second attribute identification have the same definition information.
Method for making tunnels or perforations in civil engineering works to reduce or eliminate the use of supporting systems for earth or solid rock, characterized by the creation of a sacrificial tunnel, with a diameter of between 10% and 20% of the height of the main tunnel, and at the vertical of the keystone of the main tunnel at a distance of between 30% and 50% of the height of the main tunnel and characterized in that there are several sacrificial tunnels, located in a horizontal plane symmetrically with respect to a vertical plane containing the guideline of the main tunnel and the keystone of the same.
A method of navigational decision support in the process of safe vessel navigation, consisting of navigational data collection, integration of these data and presentation of information on the navigational situation around own ship, wherein in the event of decision making at least two signals identifying own ship and other objects which can be vessels or stationary objects, hereinafter referred to as targets are received from various navigational systems and devices, then these signals undergo fusion in a fusion block and integration in an integration block, both placed in a data collection module, followed by the processes of analysis and assessment of a navigational situation by means of a computer, in relation to all targets located at a distance shorter than the closest point of approach limit (CPA Limit), after which the given navigational situation is displayed to the navigator, and when a vessel faces risk of collision allowable and recommended manoeuvres of own ship or targets are generated and presented in a graphical format to the navigator, taking into account at least one safety criterion, such as CPA, as well as algorithmized criteria based on principles of good marine practice or economical criteria, retrieved from the knowledge base module and taking into account navigational obstructions, shoreline, depths, and dynamics of own ship movement, while in the situation where the assumed CPA Limit makes it impossible to generate a solution in the form of recommended course and speed, the CPA Limit is reduced and a new solution is sought for its new value and such CPA Limit reductions are made several times until a solution is obtained or the preset minimum CPA Limit is reached, then upon previous approval of the navigator, a chosen allowable and recommended manoeuvre, or a series of subsequent manoeuvres is performed.
A method of manufacturing a vehicle axle comprising an intermediate element with a shaft journal at each of the two ends of the intermediate element, wherein the intermediate element and the respective shaft journals have mutual contact surfaces (12, 32) with substantially the same material thickness, each shaft journal and respective end of the intermediate element having a shell surface (14, 34) running in the circumferential direction internally and a shell surface (16, 36) running externally, characterised in that a chamfer (18, 38) is arranged at least on the transition between the internal surfaces (34, 14) and contact surfaces (32, 12) of each shaft journal and of the respective end of the intermediate element, and the method being further characterised by the following step: connecting, by means of laser welding, each shaft journal to the respective end of the intermediate element with a weld seam.
A medical pump drive comprising at least: - at least one housing and one pump motor provided in the housing; - at least one rechargeable voltage source for storing electrical energy, or a battery, for supplying power to the pump motor; - at least one magnet section for magnetically coupling and/or magnetically driving a magnetically driven pump rotor; and - at least one control electronics programmed to activate the magnet section of the pump drive; characterized in that the control electronics is designed as or connected to a motion sensor configured to detect a position or motion of the medical pump drive in space. - at least one housing and one pump motor provided in the housing; - at least one rechargeable voltage source for storing electrical energy, or a battery, for supplying power to the pump motor; - at least one magnet section for magnetically coupling and/or magnetically driving a magnetically driven pump rotor; and - at least one control electronics programmed to activate the magnet section of the pump drive;
A device (110, 200, 300) comprising: a housing (112, 226, 304); a cannula (122, 224, 308) projecting forwardly from the housing (112, 226, 304); and an actuator (114, 204, 316) characterised in that it is pivotably mounted to the housing (112, 226, 304), the actuator (114, 204, 316) comprising a retraction cavity (164, 216, 330) and a separate fluid flow path (154, 242, 328) disposed in non-coaxial, spaced apart relation to each other, the fluid flow path (154, 242, 328) permitting fluid flow through the device (110, 200, 300) when the actuator (114, 204, 316) is in a first position; wherein the actuator (114, 204, 316) is pivotable arcuately relative to the housing (112, 226, 304) to a second position whereby the fluid flow path (154, 242, 328) through the device (110, 200, 300) is interrupted, and whereby the retraction cavity (164, 216, 330) is pivoted with the actuator (114, 204, 316) arcuately relative to the cannula (122, 224, 308) so that the retraction cavity (164, 216, 330) becomes sufficiently aligned with the cannula (122, 224, 308) to permit retraction of the cannula (122, 224, 308) into the retraction cavity (164, 216, 330). a housing (112, 226, 304); a cannula (122, 224, 308) projecting forwardly from the housing (112, 226, 304); and an actuator (114, 204, 316) characterised in that it is pivotably mounted to the housing (112, 226, 304), the actuator (114, 204, 316) comprising a retraction cavity (164, 216, 330) and a separate fluid flow path (154, 242, 328) disposed in non-coaxial, spaced apart relation to each other, the fluid flow path (154, 242, 328) permitting fluid flow through the device (110, 200, 300) when the actuator (114, 204, 316) is in a first position; wherein the actuator (114, 204, 316) is pivotable arcuately relative to the housing (112, 226, 304) to a second position whereby the fluid flow path (154, 242, 328) through the device (110, 200, 300) is interrupted, and whereby the retraction cavity (164, 216, 330) is pivoted with the actuator (114, 204, 316) arcuately relative to the cannula (122, 224, 308) so that the retraction cavity (164, 216, 330) becomes sufficiently aligned with the cannula (122, 224, 308) to permit retraction of the cannula (122, 224, 308) into the retraction cavity (164, 216, 330).
A tooling for supporting a nacelle of an aircraft turbojet engine, including: - a chassis; - a support structure rising from the chassis; - an hooking structure of a nacelle, rotatably mounted on the support structure and movable in rotation about an axis substantially horizontal and substantially coincident with the longitudinal axis of the nacelle when it is assembled on the tooling, the hooking structure comprising a device for fastening an air inlet of a nacelle, a device for fastening of a middle section of a nacelle and a device for fastening a rear section of a nacelle. - a chassis; - a support structure rising from the chassis; - an hooking structure of a nacelle, rotatably mounted on the support structure and movable in rotation about an axis substantially horizontal and substantially coincident with the longitudinal axis of the nacelle when it is assembled on the tooling, the hooking structure comprising a device for fastening an air inlet of a nacelle, a device for fastening of a middle section of a nacelle and a device for fastening a rear section of a nacelle.
A method of optimizing a liquid level control loop, the method comprising: receiving a selection of a vessel type; receiving one or more vessel parameters corresponding to the selected vessel type; receiving one or more flow parameters; receiving a target differential gap parameter; receiving one or more selected valve and actuator candidates, wherein the one or more candidates are selected from a plurality of valve and actuator candidate options; iteratively simulating one or more possible valve and actuator configurations using the received vessel type selection, vessel parameters, flow parameters, target differential gap parameter, the one or more selected valve and actuator candidates, wherein simulating the one or more possible valve and actuator configurations comprises determining, for each of the one or more configurations, one or more operational properties for the liquid level control loop; and displaying the results of the simulations, the results including the one or more operational properties of the liquid level control loop for each of the one or more possible valve and actuator configurations. receiving a selection of a vessel type; receiving one or more vessel parameters corresponding to the selected vessel type; receiving one or more flow parameters; receiving a target differential gap parameter; receiving one or more selected valve and actuator candidates, wherein the one or more candidates are selected from a plurality of valve and actuator candidate options; iteratively simulating one or more possible valve and actuator configurations using the received vessel type selection, vessel parameters, flow parameters, target differential gap parameter, the one or more selected valve and actuator candidates, wherein simulating the one or more possible valve and actuator configurations comprises determining, for each of the one or more configurations, one or more operational properties for the liquid level control loop; and displaying the results of the simulations, the results including the one or more operational properties of the liquid level control loop for each of the one or more possible valve and actuator configurations.
An expansion anchor having a first dowel sleeve and having a second dowel sleeve, which together extend around an expansion channel in the longitudinal direction, wherein an expansion element can be inserted in the longitudinal direction into the expansion channel for expanding the expansion anchor, wherein the first dowel sleeve at least partially encloses the second dowel sleeve, and wherein the first dowel sleeve has at least two expansion legs which are connected to each other by at least one expandable connector such that the expansion legs can be moved away from each other when the expansion element is inserted, wherein a free space adjacent to the connector is formed on the connector, wherein a penetration arranged in the longitudinal direction between two connectors (6, 9) is filled with the material of the second dowel sleeve, characterized in that the material of the second dowel sleeve with which the penetration is filled forms an expansion leg of the second dowel sleeve. wherein the first dowel sleeve at least partially encloses the second dowel sleeve, and wherein the first dowel sleeve has at least two expansion legs which are connected to each other by at least one expandable connector such that the expansion legs can be moved away from each other when the expansion element is inserted, wherein a free space adjacent to the connector is formed on the connector, wherein a penetration arranged in the longitudinal direction between two connectors (6, 9) is filled with the material of the second dowel sleeve, characterized in that the material of the second dowel sleeve with which the penetration is filled forms an expansion leg of the second dowel sleeve.
A method for generating an electromagnetic signal s(t) having a defined pulse shape and a maximum limiting frequency (f grenz), by summation of sinc-pulses with different amplitude and defined temporal interval, wherein sample values are specified along the pulse shape in the defined temporal interval, wherein a frequency comb with a number N of equidistant frequency lines having a spacing Δf is generated, which corresponds to the Fourier transform of a first sequence of sinc-pulses of constant amplitude and with the same or linearly different phase, wherein these sinc-pulses have a first temporal interval of 1/Δf, which is greater than the defined temporal interval, wherein the first temporal interval 1/Δf of the sinc-pulses is increased by delaying up to the temporal interval n/(N*Δf), with n = 1, 2, 3,... of the sample values, wherein the amplitude of the individual sinc-pulses is adapted to match the amplitude of the respectively assigned sample value, and wherein the individual sinc-pulses are summed up to form the pulse to be generated.
A method for constructing a new frame using rendered content and non-rendered content from a previous perspective, the method comprising: generating image data, the image data comprising rendered content and non-rendered content from a first perspective, the rendered content corresponding to points of visible surfaces of a first set of objects from the first perspective, and the non-rendered content corresponding to portions of the first set of objects not visible from the first perspective; rendering (304, 504) the points of the visible surfaces of the first set of objects from the first perspective; storing (306, 506) both rendered content and non-rendered content from the first perspective in a 3D database; receiving (308, 508) a request to display a new frame from a second perspective; generating (310, 514) the new frame from the second perspective using the rendered content and the non-rendered content from the first perspective; and displaying (312, 516) the new frame from the second perspective. generating image data, the image data comprising rendered content and non-rendered content from a first perspective, the rendered content corresponding to points of visible surfaces of a first set of objects from the first perspective, and the non-rendered content corresponding to portions of the first set of objects not visible from the first perspective; rendering (304, 504) the points of the visible surfaces of the first set of objects from the first perspective; storing (306, 506) both rendered content and non-rendered content from the first perspective in a 3D database; receiving (308, 508) a request to display a new frame from a second perspective; generating (310, 514) the new frame from the second perspective using the rendered content and the non-rendered content from the first perspective; and displaying (312, 516) the new frame from the second perspective.
An apparatus for managing vehicle-to-everything, V2X, sidelink communications, configured to transmit and/or receive control plane signaling related to a control of radio resources of a sidelink communication system to/from a user equipment, UE,, wherein the sidelink communication system comprises the UE and other devices with which the UE performs a V2X sidelink communication, wherein the control plane signaling is IP encapsulated and/or decapsulated and carried over a user plane of a second communication system, wherein the second communication system is located between the apparatus and the UE, wherein the apparatus comprises a RRC controller configured to configure a mode-4 configuration parameter; a RRC unit configured to generate a standard configuration information element for V2X sidelink communication, wherein the standard configuration information element includes the mode-4 configuration parameter; and an IP unit configured to encapsulate the standard configuration information element for V2X sidelink communication within an IP packet and to transmit the IP packet to the UE over IP. wherein the apparatus comprises a RRC controller configured to configure a mode-4 configuration parameter; a RRC unit configured to generate a standard configuration information element for V2X sidelink communication, wherein the standard configuration information element includes the mode-4 configuration parameter; and an IP unit configured to encapsulate the standard configuration information element for V2X sidelink communication within an IP packet and to transmit the IP packet to the UE over IP.
A spindle (10,110) comprising an elongate body (12,112), said spindle adapted to receive a tape roll (28a,28b,28c) having a core opening and having at least one spacing member (14a,14b,14c) that can be configured in a first protruding position and in a second non-protruding position.
A reception device comprising: a reception unit configured to receive a broadcast wave of digital broadcasting using an internet protocol transmission scheme; and a processing unit configured to process, on a per-service basis, a particular service and a shared service related to the particular service, among a plurality of services transmitted on the broadcast wave, by using a first IP address included in each packet of the particular service and a second IP address different from the first IP address included in each packet of the shared service, wherein the particular service includes one or more components and a first control signal, the first control signal being a service channel signaling, SCS, signaling information on the per-service basis and including a session description protocol, SDP, which comprises information related to the one or more components of the particular service and information for accessing an SDP of the shared service. a reception unit configured to receive a broadcast wave of digital broadcasting using an internet protocol transmission scheme; and a processing unit configured to process, on a per-service basis, a particular service and a shared service related to the particular service, among a plurality of services transmitted on the broadcast wave, by using a first IP address included in each packet of the particular service and a second IP address different from the first IP address included in each packet of the shared service, wherein the particular service includes one or more components and a first control signal, the first control signal being a service channel signaling, SCS, signaling information on the per-service basis and including a session description protocol, SDP, which comprises information related to the one or more components of the particular service and information for accessing an SDP of the shared service.
Rectilinear and elongated light fixture, in particular for a strip light, - with a rectilinear or elongated support profile for mounting on the wall or ceiling, - with a rectilinear and elongated equipment carrier that is detachably fastened to the support profile, - with at least one rectilinear and elongated light device that comprises a rectilinear and elongated mounting rail and which is fastened by means of a least one holder to the equipment carrier so that it can swivel about a swivel axis, - wherein the respective light device has at least one electrical lighting means on a front side of the respective mounting rail, - wherein at least one such holder has at least one separate first holding part, which is fastened on a rear side of the respective mounting rail, - wherein the respective holder has a separate second holding part on which the respective first holding part is mounted so that it can swivel about the swivel axis, - wherein the respective holder has a separate third holding part that is arranged on the second holding part and which has electrical plug contacts that can be electrically connected to the at least one lighting means, - wherein the respective holder has a separate fourth holding part, which is fastened to the equipment carrier, which has electrical mating plug contacts that are formed complementary to the plug contacts of the third holding part, which are in electrical contact with the plug contacts, and which are electrically connected to a power supply, characterised in that the fourth holding part is fastened by the third holding part to the second holding part. - with a rectilinear or elongated support profile for mounting on the wall or ceiling, - with a rectilinear and elongated equipment carrier that is detachably fastened to the support profile, - with at least one rectilinear and elongated light device that comprises a rectilinear and elongated mounting rail and which is fastened by means of a least one holder to the equipment carrier so that it can swivel about a swivel axis, - wherein the respective light device has at least one electrical lighting means on a front side of the respective mounting rail, - wherein at least one such holder has at least one separate first holding part, which is fastened on a rear side of the respective mounting rail, - wherein the respective holder has a separate second holding part on which the respective first holding part is mounted so that it can swivel about the swivel axis, - wherein the respective holder has a separate third holding part that is arranged on the second holding part and which has electrical plug contacts that can be electrically connected to the at least one lighting means, - wherein the respective holder has a separate fourth holding part, which is fastened to the equipment carrier, which has electrical mating plug contacts that are formed complementary to the plug contacts of the third holding part, which are in electrical contact with the plug contacts, and which are electrically connected to a power supply, characterised in that the fourth holding part is fastened by the third holding part to the second holding part.