mhurhangee/patent-ind-claim-en huggingface dataset:
Motor group comprising a plurality of motor modules , each comprising a plate arranged for securing said module to a timepiece movement , characterized in that each of said motor modules comprises motor means arranged for driving at least one display wheel set , at least one of said motor modules whereof comprises a display mechanism which includes a centre pipe fixed on said plate , said centre pipe comprising at least one main bore or a main guide bearing surface for receiving and guiding in rotation, about a main axis (DP), a said display wheel set internal or external to said centre pipe , said display mechanism including at least one axial stop arranged to limit to a predetermined value the axial play in the direction of said main axis (DP) between said centre pipe and said display wheel set , and characterized in that said at least one axial stop is an added axial stop , which is either captively mounted between said centre pipe and said display wheel set , or secured to said display wheel set , and comprises a retaining ring housed both inside an outer groove comprised in said centre pipe and inside an inner groove comprised in said wheel set .
A method of wireless communication comprising: providing at least one grant indicator in a transmission from a base station to at least one user equipment, UE, the at least one indicator configured to notify the at least one UE of a grant of data during a subsequent discontinuous reception, DRX, cycle in the at least one UE; and transmitting an aperiodic tracking reference signal, A-TRS, selectively positioned within a transmission frame between the at least one grant indicator and the DRX cycle to allow the at least one UE sufficient time to update a tracking loop before commencement of an on-duration of the DRX cycle. providing at least one grant indicator in a transmission from a base station to at least one user equipment, UE, the at least one indicator configured to notify the at least one UE of a grant of data during a subsequent discontinuous reception, DRX, cycle in the at least one UE; and transmitting an aperiodic tracking reference signal, A-TRS, selectively positioned within a transmission frame between the at least one grant indicator and the DRX cycle to allow the at least one UE sufficient time to update a tracking loop before commencement of an on-duration of the DRX cycle.
An electrical power supply system for a ship, comprising a plurality of fuel cells ; each fuel cell being configured to operate at nominal load and comprising a system of electrochemical cells and at least one recirculation loop ; the system of electrochemical cells of each fuel cell being configured to receive a flow of hydrogen via an inlet and to eject an outlet flow via at least one outlet ; the or each recirculation loop of each fuel cell being configured to reinject at least part of the outlet flow at the corresponding inlet and comprising discharge means ; the supply system being characterized in that it further comprises: - means for reallocating the charges between the fuel cells ; and - discharge control means able to identify a fuel cell to be purged and for this fuel cell , to activate the reallocation means to allocate the nominal load of this cell to the other fuel cells and the discharge means of the recirculation loop of this fuel cell to purge a parasitic fluid contained in the outlet flow circulating in this recirculation loop . each fuel cell being configured to operate at nominal load and comprising a system of electrochemical cells and at least one recirculation loop ; the system of electrochemical cells of each fuel cell being configured to receive a flow of hydrogen via an inlet and to eject an outlet flow via at least one outlet ; the or each recirculation loop of each fuel cell being configured to reinject at least part of the outlet flow at the corresponding inlet and comprising discharge means ; the supply system being characterized in that it further comprises: - means for reallocating the charges between the fuel cells ; and - discharge control means able to identify a fuel cell to be purged and for this fuel cell , to activate the reallocation means to allocate the nominal load of this cell to the other fuel cells and the discharge means of the recirculation loop of this fuel cell to purge a parasitic fluid contained in the outlet flow circulating in this recirculation loop . - means for reallocating the charges between the fuel cells ; and - discharge control means able to identify a fuel cell to be purged and for this fuel cell , to activate the reallocation means to allocate the nominal load of this cell to the other fuel cells and the discharge means of the recirculation loop of this fuel cell to purge a parasitic fluid contained in the outlet flow circulating in this recirculation loop .
An electrical system for an aircraft , comprising: a first alternating current main generator connected to at least one load via an alternating current first bus system ; a second alternating current main generator connected to at least one load via an alternating current second bus system ; a first and a second auxiliary generator respectively selectively connectable to the first and second bus systems, the auxiliary generators being simultaneously driven by a common prime mover , characterized in that said electrical system further comprises an electrical conditioning unit selectively connectable between the first or the second auxiliary generator and the first and the second bus system and arranged to alter an electrical frequency and phase of the first or the second auxiliary generator to substantially match the frequency and phase of the alternating current of one of the main generators and respective alternating current first or second bus system. a first alternating current main generator connected to at least one load via an alternating current first bus system ; a second alternating current main generator connected to at least one load via an alternating current second bus system ; a first and a second auxiliary generator respectively selectively connectable to the first and second bus systems, the auxiliary generators being simultaneously driven by a common prime mover , characterized in that said electrical system further comprises an electrical conditioning unit selectively connectable between the first or the second auxiliary generator and the first and the second bus system and arranged to alter an electrical frequency and phase of the first or the second auxiliary generator to substantially match the frequency and phase of the alternating current of one of the main generators and respective alternating current first or second bus system.
A blade server enclosure comprising a liquid-cooled insert for the blade server enclosure , the blade server enclosure having a slot for receiving a blade server , the blade server having a processor that generates heat and a heat transfer block extending to a rear portion of the blade server for dissipating heat from the processor when the blade server is positioned in the blade server enclosure , the heat transfer block being located within a heat transfer zone of the blade server enclosure , the insert comprising: a manifold mounted to the blade server enclosure and extending in a direction perpendicular to the blade server , the manifold supporting a chilled surface extending into the heat transfer zone , the chilled surface having a fluid conduit running therethrough having a cold liquid inlet and a hot liquid outlet, the chilled surface being in surface contact with the heat transfer block when the blade server is positioned in the blade server enclosure ; a first conduit connecting a supply of cold liquid with the cold liquid inlet; and a second conduit connecting the hot liquid outlet to a location away from the heat transfer zone . a manifold mounted to the blade server enclosure and extending in a direction perpendicular to the blade server , the manifold supporting a chilled surface extending into the heat transfer zone , the chilled surface having a fluid conduit running therethrough having a cold liquid inlet and a hot liquid outlet, the chilled surface being in surface contact with the heat transfer block when the blade server is positioned in the blade server enclosure ; a first conduit connecting a supply of cold liquid with the cold liquid inlet; and a second conduit connecting the hot liquid outlet to a location away from the heat transfer zone .
A Ni-Cr-Fe-based alloy brazing filler material, comprising, in mass%, Cr: 15 to 30%; Fe: 15 to 30%; Cu: more than 3% and less than 5%; P: 3 to 12%; and Si: 0 to 8%; and optionally comprising 1% or less in total of at least one of B and C; 5% or less in total of at least one of Mo, Co, Mn, and V; and/or 2% or less in total of at least one of Sn, Zn, and Bi; and the balance being Ni and unavoidable impurities, wherein the total content of Cr and Fe is 30 to 54%, and the total content of P and Si is 7 to 14%.
Method for data enrichment of measurement data records (M1) of a low-voltage network with at least one network node (K1) for representing the low-voltage network in a control room and/or for representing relationships between network nodes in the low-voltage network, wherein a measurement data record (M1) is generated by at least one network node (K1) and sent to a higher-level system (HE), in particular a head-end system, and this measurement data record (M1) contains at least one measured value and an item of structureless information which specifies the network node (K1) from which the data record originates, wherein, in particular asynchronously arriving measurement data records (M1), which are sent from a plurality of network nodes (K1) to the higher-level system (HE), are stored in a data memory (DS) in a time sequence for each network node (K1) in each case, characterised in that - the time sequences are subjected to a mathematical analysis by means of automatic data processing by a device for automated data enriching (AE) of a mathematical analysis, wherein the mathematical analysis comprises a pattern recognition within a time sequence, and - the result of the analysis is appended to the respective measurement data record (M1) in the form of at least one semantic comment (T1, T2), wherein if a pattern of the time sequence of the network node (K1) under investigation coincides with already known patterns that correspond to a known type of network node, the comment (T1, T2) is generated with an item of information in order to identify a physical entity of the network node (K1) under investigation. - the time sequences are subjected to a mathematical analysis by means of automatic data processing by a device for automated data enriching (AE) of a mathematical analysis, wherein the mathematical analysis comprises a pattern recognition within a time sequence, and - the result of the analysis is appended to the respective measurement data record (M1) in the form of at least one semantic comment (T1, T2), wherein if a pattern of the time sequence of the network node (K1) under investigation coincides with already known patterns that correspond to a known type of network node, the comment (T1, T2) is generated with an item of information in order to identify a physical entity of the network node (K1) under investigation.
A computer-implemented method comprising: providing a plurality of three-dimensional road segment models representing types of road segments, each 3D road segment model comprising one of a plurality of straight road segment models, one of a plurality of curved road segment models, or one of a plurality of fork road segment models; defining a plurality of road junction configurations, wherein each of the plurality of road junction configurations specifies a respective set of 3D road segment models of the plurality of 3D road segment models and information on how to assemble the respective set of 3D road segment models into a 3D model of a respective road junction; selecting one of the plurality of road junction configurations for a route through a physical road junction; generating a 3D model of the physical road junction by assembling the respective set of 3D road segment models corresponding to the selected road junction configuration based on the specified information; and rendering the 3D model of the physical road junction. providing a plurality of three-dimensional road segment models representing types of road segments, each 3D road segment model comprising one of a plurality of straight road segment models, one of a plurality of curved road segment models, or one of a plurality of fork road segment models; defining a plurality of road junction configurations, wherein each of the plurality of road junction configurations specifies a respective set of 3D road segment models of the plurality of 3D road segment models and information on how to assemble the respective set of 3D road segment models into a 3D model of a respective road junction; selecting one of the plurality of road junction configurations for a route through a physical road junction; generating a 3D model of the physical road junction by assembling the respective set of 3D road segment models corresponding to the selected road junction configuration based on the specified information; and rendering the 3D model of the physical road junction.
A heterogeneous bonding structure of metals, comprising: a first member including first metal; a second member including second metal different from the first metal, the second metal including a stirring part ; a first metal layer being positioned between the first member and the second member , the first metal layer including the second metal and contacting the stirring part ; and characterized by further comprising a second metal layer positioned between the first member and the first metal layer , the second metal layer including third metal different from the first metal and the second metal; wherein the third metal is titanium or chromium. a first member including first metal; a second member including second metal different from the first metal, the second metal including a stirring part ; a first metal layer being positioned between the first member and the second member , the first metal layer including the second metal and contacting the stirring part ; and characterized by further comprising a second metal layer positioned between the first member and the first metal layer , the second metal layer including third metal different from the first metal and the second metal; wherein the third metal is titanium or chromium.
A data management device used in a mounting line (WL) configured for mounting a component on a substrate , the device comprising: when a set of data used in a mounting process of mounting the component on the substrate is defined as a data group , one of multiple data groups is defined as a reference data group , the data group managed in association with the reference data group is defined as an association data group , and one of the association data groups that includes difference data , which is data corresponding to the data of the reference data group that differs from the data of the reference data group , is defined as a derivative data group , characterized by a determination section configured to determine whether any of the association data groups associated with each of multiple types of the reference data groups is a derivative data group ; and an output section configured to output identification information identifying a specific reference data group , which is a reference data group with which a derivative data group is associated, so as to be distinguishable from identification information identifying a normal reference data group , which is a reference data group with which no derivative data group is associated, based on a determination result by the determination section . when a set of data used in a mounting process of mounting the component on the substrate is defined as a data group , one of multiple data groups is defined as a reference data group , the data group managed in association with the reference data group is defined as an association data group , and one of the association data groups that includes difference data , which is data corresponding to the data of the reference data group that differs from the data of the reference data group , is defined as a derivative data group , characterized by a determination section configured to determine whether any of the association data groups associated with each of multiple types of the reference data groups is a derivative data group ; and an output section configured to output identification information identifying a specific reference data group , which is a reference data group with which a derivative data group is associated, so as to be distinguishable from identification information identifying a normal reference data group , which is a reference data group with which no derivative data group is associated, based on a determination result by the determination section .
An ink level sensor comprising: a carrier ; an ink level sensing interface disposed on the carrier, the ink level sensing interface having an aspect ratio such that the interface is at least 50 times longer than it is wide; a number of ink level sensing components disposed on the ink level sensing interface , the number of ink level sensing components configured to detect an ink level in an ink container, wherein the ink level sensing interface comprises a strip , a series of heaters and a series of sensors wherein the heaters are individual heating elements spaced along a length of the strip and each of the heaters is sufficiently close to a sensor that the heat emitted by the individual heater is sensed by the associated sensor; and an electrical interconnect to output data collected from the number of ink level sensing components . a carrier ; an ink level sensing interface disposed on the carrier, the ink level sensing interface having an aspect ratio such that the interface is at least 50 times longer than it is wide; a number of ink level sensing components disposed on the ink level sensing interface , the number of ink level sensing components configured to detect an ink level in an ink container, wherein the ink level sensing interface comprises a strip , a series of heaters and a series of sensors wherein the heaters are individual heating elements spaced along a length of the strip and each of the heaters is sufficiently close to a sensor that the heat emitted by the individual heater is sensed by the associated sensor; and an electrical interconnect to output data collected from the number of ink level sensing components .
A computer implemented method at an energy management system (EMS) controller apparatus for automatic generation of a SCADA (Supervisory Control And Data Acquisition) slave interface for an energy management system (EMS), comprising: storing a SCADA configuration file, the SCADA configuration file including a point map mapping SCADA data points to EMS data objects, wherein the point map is configured to define the EMS data objects accessible via the SCADA slave interface using the SCADA data points; providing the EMS data objects coded in statically typed programming language, wherein each EMS data object comprises entity properties associated using EMS annotations; the method being characterised by further comprising: providing site configuration information of the energy management system (EMS); scanning, by an object access framework (OAF), EMS data objects with EMS annotations and combining them with the site configuration information to generate an object binding repository (OBR); and compiling, by a SCADA binding framework, the SCADA configuration file to combine the SCADA data points mapping with the object binding repository (OBR) to generate communication protocol specific SCADA bindings information configured to form a part of the SCADA slave interface for the energy management system (EMS). storing a SCADA configuration file, the SCADA configuration file including a point map mapping SCADA data points to EMS data objects, wherein the point map is configured to define the EMS data objects accessible via the SCADA slave interface using the SCADA data points; providing the EMS data objects coded in statically typed programming language, wherein each EMS data object comprises entity properties associated using EMS annotations; the method being characterised by further comprising: providing site configuration information of the energy management system (EMS); scanning, by an object access framework (OAF), EMS data objects with EMS annotations and combining them with the site configuration information to generate an object binding repository (OBR); and compiling, by a SCADA binding framework, the SCADA configuration file to combine the SCADA data points mapping with the object binding repository (OBR) to generate communication protocol specific SCADA bindings information configured to form a part of the SCADA slave interface for the energy management system (EMS). providing site configuration information of the energy management system (EMS); scanning, by an object access framework (OAF), EMS data objects with EMS annotations and combining them with the site configuration information to generate an object binding repository (OBR); and compiling, by a SCADA binding framework, the SCADA configuration file to combine the SCADA data points mapping with the object binding repository (OBR) to generate communication protocol specific SCADA bindings information configured to form a part of the SCADA slave interface for the energy management system (EMS).
An isolated antibody comprising a human IgG Fc domain, wherein the human IgG Fc domain comprises: a glycosylated asparagine residue at amino acid position 298, according to EU numbering; and a serine or threonine residue at amino acid position 300, according to EU numbering.
A non-therapeutic method of inducing satiation in a subject in need thereof comprising orally administering to the subject an effective amount of a bacterium that expresses the ClpB protein.
A mobile communication terminal, comprising: a camera ; and an angle-of-view changing unit configured to change an angle-of-view of the camera; and a controller configured to set the mobile communication terminal to an emergency mode or a normal mode according to whether or not a user of the mobile communication terminal is in an emergency situation, wherein in case the mobile communication terminal is set to the emergency mode, the controller is configured to control the angle-of-view changing unit to change the angle-of-view of the camera from a first angle-of-view to a second angle-of-view and to control the camera to capture surroundings corresponding to the first angle-of-view and the second angle-of-view. a camera ; and an angle-of-view changing unit configured to change an angle-of-view of the camera; and a controller configured to set the mobile communication terminal to an emergency mode or a normal mode according to whether or not a user of the mobile communication terminal is in an emergency situation, wherein in case the mobile communication terminal is set to the emergency mode, the controller is configured to control the angle-of-view changing unit to change the angle-of-view of the camera from a first angle-of-view to a second angle-of-view and to control the camera to capture surroundings corresponding to the first angle-of-view and the second angle-of-view.