mhurhangee/ep-ind-claims huggingface dataset:
A power assisting steering system (10, 10') for a vehicle having at least a first and a second steered wheel (42, 44, 62, 64, 72, 74), the system comprising: - a control unit configured to receive input on a desired change of steering angle, - a first power generating device configured to provide power-assisted steering for turning the first steered wheel, and - a second power generating device configured to provide power-assisted steering for turning the second steered wheel, wherein the control unit, in response to said received input, is configured to alternatingly activate and deactivate the first and second power generating device, respectively, so as to repeatedly and alternatingly provide power-assistance to the first and the second steered wheel as the first and second steered wheels are turned to achieve the desired change of steering angle, characterized in that the system comprises a first sensor for measuring a value of a physical property of the first power generating device, and a second sensor for measuring a value of the physical property of the second power generating device, each sensor being configured to provide the control unit with information relating to the measured values, wherein the control unit is configured to alternatingly activate and deactivate the first and second power generating device, respectively, based on the information provided by the first and the second sensor. - a control unit configured to receive input on a desired change of steering angle, - a first power generating device configured to provide power-assisted steering for turning the first steered wheel, and - a second power generating device configured to provide power-assisted steering for turning the second steered wheel, wherein the control unit, in response to said received input, is configured to alternatingly activate and deactivate the first and second power generating device, respectively, so as to repeatedly and alternatingly provide power-assistance to the first and the second steered wheel as the first and second steered wheels are turned to achieve the desired change of steering angle, characterized in that the system comprises a first sensor for measuring a value of a physical property of the first power generating device, and a second sensor for measuring a value of the physical property of the second power generating device, each sensor being configured to provide the control unit with information relating to the measured values, wherein the control unit is configured to alternatingly activate and deactivate the first and second power generating device, respectively, based on the information provided by the first and the second sensor.
An aluminium alloy, in particular for the production of a mould segment castings for forming tyres for motor vehicles in the automotive industry, characterized in that it contains 85.55 to 89.00 % by mass of Al, 8.5 to 10.00 % by mass of Si, 0.6 to 1.2 % by mass of Cu, 0.6 to 1.0 % by mass of Ni, 0.4 to 0.8 % by mass of Mn, 0.03 to 0.05 % by mass of Sr, max. 0.4 % by mass of Mg, max. 0.6 % by mass of Fe, max. 0.1 % by mass of Ti, max. 0.1 % by mass of Zn and max. 0.05 % by mass of other additives separately, with the total share of other additives being 0.15 % by mass at the maximum.
A method for controlling access to an out-of-band communication channel in an optical communications network comprising a master device and slave devices (141, 142, 143) connected to the master device via optical fiber, the optical communications network being adapted to enable in-band communications, the out-of-band communication channel being intended to enable transmissions of signalling signals with respect to the in-band communications, collisions occurring in the out-of-band communication channel when plural slave devices access the out-of-band communication channel by using respective carrier wavelengths that match each other, characterized in that the master device performs: - processing (S301, S405) signalling signals transmitted by said slave devices without access restriction to the out-of-band communication channel; and upon detecting a collision between signalling signals transmitted by slave devices concurrently accessing the out-of-band communication channel: - initiating (S304, S401) a temporary time-slotted access to the out-of-band communication channel, so as to restrict access to the out-of-band communication channel, using a predetermined rule of time slot distribution among slave devices likely to concurrently access the out-of-band communication channel using carrier wavelengths substantially identical as those having involved the detected collision. - processing (S301, S405) signalling signals transmitted by said slave devices without access restriction to the out-of-band communication channel; - initiating (S304, S401) a temporary time-slotted access to the out-of-band communication channel, so as to restrict access to the out-of-band communication channel, using a predetermined rule of time slot distribution among slave devices likely to concurrently access the out-of-band communication channel using carrier wavelengths substantially identical as those having involved the detected collision.
Transition fitting for connecting a plastic-pipe end to an existing connection, containing a connection element for adaptation to an existing connection, wherein the connection element has a fastening region and an overmoulding region, also containing a sealing element for establishing the sealing between the connection element and the electrofusion fitting, and further containing an electrofusion fitting made of weldable plastic, wherein the electrofusion fitting has a heating element, wherein the electrofusion fitting is attached to the connection element in a form-fitting and non-releasable manner by injection moulding, characterized in that the plastic of the electrofusion fitting extends along the inner circumference and outer circumference in the overmoulding region of the connection element.
A method comprising: selecting a first access point, AP, by a station for performing a positioning in an indoor wireless local area network, wherein the first AP is configured with a first Basic Service Service ID, BSSID; and obtaining a list of co-located BSSIDs of the first AP; wherein the first AP receives location information of neighboring APs in a wireless local area network; and wherein the list of co-located BSSIDs is determined based on said location information of neighboring APs of the first AP; characterized in that said positioning is a fine timing measurement, FTM, positioning, and said method further comprises: exchanging FTM frames with the first AP; and exchanging FTM frames with a plurality of APs, wherein the plurality of APs are configured with BSSIDs excluded from the list of co-located BSSIDs; wherein a first BSS is co-located with a second BSS if they are configured on the same physical device, it is configured with the same location as the second BSS, or they have same GPS coordinates. selecting a first access point, AP, by a station for performing a positioning in an indoor wireless local area network, wherein the first AP is configured with a first Basic Service Service ID, BSSID; and obtaining a list of co-located BSSIDs of the first AP; wherein the first AP receives location information of neighboring APs in a wireless local area network; and wherein the list of co-located BSSIDs is determined based on said location information of neighboring APs of the first AP; characterized in that said positioning is a fine timing measurement, FTM, positioning, and said method further comprises: exchanging FTM frames with the first AP; and exchanging FTM frames with a plurality of APs, wherein the plurality of APs are configured with BSSIDs excluded from the list of co-located BSSIDs; wherein a first BSS is co-located with a second BSS if they are configured on the same physical device, it is configured with the same location as the second BSS, or they have same GPS coordinates. exchanging FTM frames with the first AP; and exchanging FTM frames with a plurality of APs, wherein the plurality of APs are configured with BSSIDs excluded from the list of co-located BSSIDs; wherein a first BSS is co-located with a second BSS if they are configured on the same physical device, it is configured with the same location as the second BSS, or they have same GPS coordinates.
A method of scheduling computer code wherein certain operations are likely to stall execution of the computer code and thereby provide latency for completion of one or more pre-executable operations, the method comprising: for one or more sequences of operations that follow a speculation boundary (303, 403) corresponding to an operation that has at least one irreversible side-effect and defines a dependency upon which instructions that follow depend, said one or more sequence of operations defining respective dependency chains, including pre-executable operations, which lead to likely stalls, representing speculative copies thereof as duplicate dependency chains; and scheduling operations of the computer code, wherein the scheduling of operations from the duplicate dependency chains is performed without regard to dependence of respective original operations on the speculation boundary, thereby scheduling certain of the operations from said duplicate dependency chains above the speculation boundary into position preceding at least one of the operations likely to stall execution of the computer code, said at least one of operations being different from the respective original operations of said scheduled certain operations. for one or more sequences of operations that follow a speculation boundary (303, 403) corresponding to an operation that has at least one irreversible side-effect and defines a dependency upon which instructions that follow depend, said one or more sequence of operations defining respective dependency chains, including pre-executable operations, which lead to likely stalls, representing speculative copies thereof as duplicate dependency chains; and scheduling operations of the computer code, wherein the scheduling of operations from the duplicate dependency chains is performed without regard to dependence of respective original operations on the speculation boundary, thereby scheduling certain of the operations from said duplicate dependency chains above the speculation boundary into position preceding at least one of the operations likely to stall execution of the computer code, said at least one of operations being different from the respective original operations of said scheduled certain operations.
An antibody to solute carrier family 5 member 12 (Slc5a12) for use in the treatment of an inflammatory disease, wherein the antibody is a specific inhibitor of Slc5a12.
A method for manufacturing a 3D mechatronic object having predetermined mechatronic functions, which includes as components at least one sensor and/or one actuator, an electronic circuit connected to the sensor and/or to the actuator via electrically conductive tracks, these components being positioned in a main mechanical structure, and which consists of multiple polymers having different electronic and/or electroactive properties, characterized in that it includes the following steps: - determining said polymers according to their melting temperature, their chemical compatibility, their electrical and/or electroactive properties; - determining a 3D digital model of the object, including its shape and the routing of the tracks, on the basis of predetermined mechatronic functions of the object, properties of said polymers and specifications of the object; - 3D-printing the sensor and/or the actuator, the electronic circuit and the main structure in the same modeling steps according to the generated model by depositing layers of said molten polymers, certain layers being made up of a plurality of polymers, characterized in that the layers are deposited by means of at least one head dedicated to a base polymer and coupled to a doping mechanism capable of injecting charged particles into the base polymer by interstitial doping so as to obtain the various polymers. - determining said polymers according to their melting temperature, their chemical compatibility, their electrical and/or electroactive properties; - determining a 3D digital model of the object, including its shape and the routing of the tracks, on the basis of predetermined mechatronic functions of the object, properties of said polymers and specifications of the object; - 3D-printing the sensor and/or the actuator, the electronic circuit and the main structure in the same modeling steps according to the generated model by depositing layers of said molten polymers, certain layers being made up of a plurality of polymers, characterized in that the layers are deposited by means of at least one head dedicated to a base polymer and coupled to a doping mechanism capable of injecting charged particles into the base polymer by interstitial doping so as to obtain the various polymers.
An anchor assembly for use with a tensioning strand, comprising: an anchor body including a bore therethrough, the bore configured to receive the strand therethrough, an inner surface of the bore including a frustoconical wedge-receiving cavity; at least one frustoconical wedge (24, 26) including a strand-engaging inner surface and an anchor body engaging outer surface, the at least one wedge (24, 26) being at least partially received in the wedge-receiving cavity; an encapsulating layer at least partially surrounding the anchor body; and a wedge retention disk integrally formed with the encapsulating layer, the wedge retention disk being configured so as to prevent the at least one wedge (24, 26) from fully exiting the wedge-receiving cavity; characterized in that the at least one wedge (24, 26) is free to move axially with respect to the anchor body, unless the tensioned strand is present in the anchor and a tensioning force is applied to the strand. an anchor body including a bore therethrough, the bore configured to receive the strand therethrough, an inner surface of the bore including a frustoconical wedge-receiving cavity; at least one frustoconical wedge (24, 26) including a strand-engaging inner surface and an anchor body engaging outer surface, the at least one wedge (24, 26) being at least partially received in the wedge-receiving cavity; an encapsulating layer at least partially surrounding the anchor body; and a wedge retention disk integrally formed with the encapsulating layer, the wedge retention disk being configured so as to prevent the at least one wedge (24, 26) from fully exiting the wedge-receiving cavity; characterized in that the at least one wedge (24, 26) is free to move axially with respect to the anchor body, unless the tensioned strand is present in the anchor and a tensioning force is applied to the strand.
A method of storing persistent data for a security system having a local control panel in communication with a remote server, said local control panel having local data storage and said remote server having storage remote from said local data storage, comprising the steps of: periodically saving logical portions of existing persistent data at the remote server, periodically saving said logical portions of existing persistent data at said local data storage, said periodically saving at said local data storage being performed less frequently than said periodically saving at said remote server, and said logical portions of current persistent data each including a distinguishing data element; saving said distinguishing data element in the local data storage of each logical portion of existing persistent data saved only at the remote server; and reconstructing the persistent data on the local control panel after rebooting the local control panel, wherein during said reconstructing step only said logical portions of existing persistent data having distinguishing data elements subsequent to said distinguishing data element saved at said local data storage are written from said remote storage and saved at said local data storage. periodically saving logical portions of existing persistent data at the remote server, periodically saving said logical portions of existing persistent data at said local data storage, said periodically saving at said local data storage being performed less frequently than said periodically saving at said remote server, and said logical portions of current persistent data each including a distinguishing data element; saving said distinguishing data element in the local data storage of each logical portion of existing persistent data saved only at the remote server; and reconstructing the persistent data on the local control panel after rebooting the local control panel, wherein during said reconstructing step only said logical portions of existing persistent data having distinguishing data elements subsequent to said distinguishing data element saved at said local data storage are written from said remote storage and saved at said local data storage.
A multipoint lock assembly comprising: a gearbox, and a backset facia removably connected to the gearbox, wherein the backset facia is configured such that when removably connected to the gearbox in a first orientation, a first backset is provided, and when removably connected to the gearbox in a second orientation, a second, different, backset is provided; wherein the backset facia and gearbox are provided with formations that abut when the backset facia is removably connected to the gearbox in a first orientation in order to provide the first backset, and wherein said formations do not abut when the backset facia is removably connected to the gearbox in the second orientation in order to provide the second backset; characterised in that the formations are castellations that align in the first orientation such that the raised portions of the castellations abut one another when the backset facia is removably connected to the gearbox in a first orientation, and that are offset in the second orientation such that the raised portions do not abut one another when the backset facia is removably connected to the gearbox in the second orientation. a gearbox, and a backset facia removably connected to the gearbox, wherein the backset facia is configured such that when removably connected to the gearbox in a first orientation, a first backset is provided, and when removably connected to the gearbox in a second orientation, a second, different, backset is provided; wherein the backset facia and gearbox are provided with formations that abut when the backset facia is removably connected to the gearbox in a first orientation in order to provide the first backset, and wherein said formations do not abut when the backset facia is removably connected to the gearbox in the second orientation in order to provide the second backset; characterised in that the formations are castellations that align in the first orientation such that the raised portions of the castellations abut one another when the backset facia is removably connected to the gearbox in a first orientation, and that are offset in the second orientation such that the raised portions do not abut one another when the backset facia is removably connected to the gearbox in the second orientation.
Cooking appliance apparatus, in particular induction cooking appliance apparatus, having at least one power unit (30a-e), which is provided, in an operating mode, to supply a heating power for a heating unit (22a-e), having at least one power supply unit (40a-e), which, in the operating mode and/or in an inactive mode, supplies a direct voltage to at least one output, wherein in the operating mode the power unit (30a-e) and the power supply unit (40a-e) are connected to a power supply network (100a-e), having an auxiliary filter (60a-e), which, in the inactive mode, in which an electrical connection between the power supply network (100a-e) and the power unit (30a-e) is separated, filters at least the power supply unit (40a-e), and having a main filter (50a-e), which, in the operating mode, filters at least the power unit (30a-e), characterised in that in the operating mode the main filter (50a-e) filters at least the power supply unit (40a-e).
Method for immersing a user in a virtual reality application, this method comprising: - a step of detecting the position (POS HD) and the orientation (OR HD) of the head of the user; - a step (E15, E20) of monitoring the displacement of an avatar of the user in a synthetic scene and comprising monitoring the position (POS AVT) and the orientation (OR AVT) of the eyes of the avatar on the basis of the detected position (POS HD) and orientation (OR HD) of the head of the user; - a step of monitoring the displacements of a video acquisition system on the basis of the position (POS AVT) and the orientation (OR AVT) of the eyes of the avatar; and - a step of rendering a content on a screen of a virtual reality helmet of the user, said content being a video stream acquired by said video acquisition system if the position of the eyes of the avatar is in a synthetic object the volume of which is able to be within a volume (VOL CAM) in which said video acquisition system is capable of moving. - a step of detecting the position (POS HD) and the orientation (OR HD) of the head of the user; - a step (E15, E20) of monitoring the displacement of an avatar of the user in a synthetic scene and comprising monitoring the position (POS AVT) and the orientation (OR AVT) of the eyes of the avatar on the basis of the detected position (POS HD) and orientation (OR HD) of the head of the user; - a step of monitoring the displacements of a video acquisition system on the basis of the position (POS AVT) and the orientation (OR AVT) of the eyes of the avatar; and - a step of rendering a content on a screen of a virtual reality helmet of the user, said content being a video stream acquired by said video acquisition system if the position of the eyes of the avatar is in a synthetic object the volume of which is able to be within a volume (VOL CAM) in which said video acquisition system is capable of moving.