mhurhangee/patent-ind-claim-en huggingface dataset:
Device for holding bicycles on a bicycle-carrier comprising: - a bar having two ends, a first end connected to first catching means adapted to lock the device onto a chassis of the bicycle-carrier, and a second end connected to second catching means adapted to lock the device onto a chassis of a bicycle, the first catching means comprising a first jaw fastened to the bar , and a second mobile jaw adapted to be closed by the actuating means against the first fixed jaw , the second catching means comprising a nipper element comprising two, mutually pivoted arms ; and - actuating means connected to the first catching means and to the second catching means and adapted to close them and lock them respectively onto the chassis of the bicycle-carrier and onto the chassis of the bicycle; wherein the actuating means comprise a fitting element connected to the second mobile jaw and adapted to actuate it for rotating, said fitting element being assembled sliding inside the bar and the nipper element , characterized in that the fitting element is composed of a rod connected to the second mobile jaw through an eyelet obtained by bending an end of the rod which engages a pin fastened to the second mobile jaw . - a bar having two ends, a first end connected to first catching means adapted to lock the device onto a chassis of the bicycle-carrier, and a second end connected to second catching means adapted to lock the device onto a chassis of a bicycle, the first catching means comprising a first jaw fastened to the bar , and a second mobile jaw adapted to be closed by the actuating means against the first fixed jaw , the second catching means comprising a nipper element comprising two, mutually pivoted arms ; and - actuating means connected to the first catching means and to the second catching means and adapted to close them and lock them respectively onto the chassis of the bicycle-carrier and onto the chassis of the bicycle;
A user interface panel of an electrical device (ED) having at least one device connection interface adapted to connect another device to said electrical device (ED), said user interface panel comprising at least one manual input element adapted to input settings by a user interpreted by a processor of said electrical device (ED) depending on a connection status of the at least one device connection interface to assign functional settings of said electrical device (ED) ; wherein the manual input element comprises a multifunctional electromechanical component adapted to input multiple settings in response to manual input operations applied by the user, and the multifunctional electromechanical input component comprises a knob fixed to a rotary shaft ; wherein the connection status of each device connection interface is detectable by an associated connection status detector indicating the detected connection status to the processor ; and wherein functional mappings between internal functional settings of the electrical device (ED) and settings of the knob depending on the connection status of each device connection interface of said electrical device (ED) are stored in a configurable functional setting memory of said electrical device (ED) and accessible to the processor . wherein the manual input element comprises a multifunctional electromechanical component adapted to input multiple settings in response to manual input operations applied by the user, and the multifunctional electromechanical input component comprises a knob fixed to a rotary shaft ; wherein the connection status of each device connection interface is detectable by an associated connection status detector indicating the detected connection status to the processor ; and wherein functional mappings between internal functional settings of the electrical device (ED) and settings of the knob depending on the connection status of each device connection interface of said electrical device (ED) are stored in a configurable functional setting memory of said electrical device (ED) and accessible to the processor .
An electric vehicle that includes an electric motor for transmitting torque to a wheel and does not include an engine and a transmission connected to the engine and a clutch mechanism connected to the engine, the electric vehicle comprising: a shift device operable by a driver and configured to simulate an operation of the transmission; a clutch device operated by the driver when the shift device is operated and configured to simulate an operation of the clutch mechanism; and a torque controller configured to control torque of the electric motor , characterised in that the shift device is configured to select a mode of any one of a plurality of modes in which torque characteristics of the electric motor differ in stages with respect to a rotational speed of the electric motor and output a signal including a selected mode to the torque controller , wherein the clutch device is configured to output a signal including an operation amount of the clutch device to the torque controller , and wherein, the torque controller is configured to: change torque of the electric motor toward zero as the operation amount of the clutch device increases; and change torque of the electric motor toward a value corresponding to the mode selected by the shift device as the operation amount of the clutch device decreases. a shift device operable by a driver and configured to simulate an operation of the transmission; a clutch device operated by the driver when the shift device is operated and configured to simulate an operation of the clutch mechanism; and a torque controller configured to control torque of the electric motor , characterised in that the shift device is configured to select a mode of any one of a plurality of modes in which torque characteristics of the electric motor differ in stages with respect to a rotational speed of the electric motor and output a signal including a selected mode to the torque controller , wherein the clutch device is configured to output a signal including an operation amount of the clutch device to the torque controller , and wherein, the torque controller is configured to: change torque of the electric motor toward zero as the operation amount of the clutch device increases; and change torque of the electric motor toward a value corresponding to the mode selected by the shift device as the operation amount of the clutch device decreases. change torque of the electric motor toward zero as the operation amount of the clutch device increases; and change torque of the electric motor toward a value corresponding to the mode selected by the shift device as the operation amount of the clutch device decreases.
An inhibitor of autotaxin (AT) for use in the prevention or treatment of a psychiatric disorder of a subject.
A tool for a dental treatment, in particular a scaler, comprising - a handpiece having a transducer , - a first electronic circuit for supplying and/or controlling the transducer for generating a vibration and - a second electronic circuit for supplying and/or controlling an additional component, characterized in that the first electronic circuit and the second electronic circuit are electrically isolated from each other by completely embedding the second electronic circuit in a plug-in element , in particular for a contact section of the tool , wherein only the second electronic circuit is embedded into the plug-in element . - a handpiece having a transducer , - a first electronic circuit for supplying and/or controlling the transducer for generating a vibration and - a second electronic circuit for supplying and/or controlling an additional component,
A method of performing failure recovery in a distributed data store that stores a plurality of data pages on behalf of a database, the method comprising: detecting, by a first storage node for the distributed data store, coalesce events for individual ones of a plurality of data pages stored for a data store based, at least in part, on requests received at the data store to access the individual ones of the data pages, wherein detecting coalesce events occurs independently for each individual data page and is based on a number of redo log records linked to each individual data page exceeding a coalesce threshold, wherein the coalesce threshold is determined based on the performance of a storage node configured to perform coalesce operations, and the coalesce threshold is increased in response to a performance measure indicating the capacity of the storage node to perform coalesce operations is low; and performing, by the first storage node, respective coalesce operations for each individual data page in response to the detected coalesce events, comprising: accessing a redo log describing changes to the plurality of data pages stored at the data store to obtain those changes to each individual data pages; applying the obtained changes to the individual data pages to generate a different version of the individual data pages; and replacing the individual data pages with the different version of the individual data pages for servicing subsequently received access requests. detecting, by a first storage node for the distributed data store, coalesce events for individual ones of a plurality of data pages stored for a data store based, at least in part, on requests received at the data store to access the individual ones of the data pages, wherein detecting coalesce events occurs independently for each individual data page and is based on a number of redo log records linked to each individual data page exceeding a coalesce threshold, wherein the coalesce threshold is determined based on the performance of a storage node configured to perform coalesce operations, and the coalesce threshold is increased in response to a performance measure indicating the capacity of the storage node to perform coalesce operations is low; and performing, by the first storage node, respective coalesce operations for each individual data page in response to the detected coalesce events, comprising: accessing a redo log describing changes to the plurality of data pages stored at the data store to obtain those changes to each individual data pages; applying the obtained changes to the individual data pages to generate a different version of the individual data pages; and replacing the individual data pages with the different version of the individual data pages for servicing subsequently received access requests.
Tread for a tyre of a civil engineering work vehicle, this vehicle being intended to carry very heavy loads, this tread having a tread surface intended to come into contact with the ground, this tread being axially bounded by edge parts , this tread having a thickness of material to be worn away at least equal to 60 mm, this thickness corresponding to the thickness of material measured between the tread surface intended to come into contact with the ground in the new state and a previously set wear limit, this tread being provided with cuts delimiting material parts forming raised elements , each raised element comprising a contact face , all of the contact faces of all the raised elements forming the tread surface of the tread, there also being formed, in a plurality of raised elements , at least one ventilation cavity that opens in the new state onto the contact face of these raised elements, each ventilation cavity having a depth at least equal to 70% of the thickness of material of the tread to be worn away, each ventilation cavity being delimited by a wall surface ending at a bottom surface , the wall surface of a ventilation cavity intersecting the tread surface along a closed corner edge contour , the tread according to the invention being such that each ventilation cavity comprises a first cavity part that is continued into the depth by a second cavity part , this second cavity part connecting to a cavity bottom , the tread being characterized in that , in the first cavity part situated between the tread surface and an intermediate depth level HI situated at between 30% and 70% of the maximum depth H of the ventilation cavity , the mean relief angle A of the wall delimiting the ventilation cavity is at least equal to 20 degrees, while, in the second cavity part that continues the first cavity part into the depth as far as the bottom of the cavity, the mean relief angle B of the wall delimiting the ventilation cavity is at most equal to 15 degrees, and in that the ventilation cavities intersect the contact faces of the raised elements along a contour having the shape of an ellipse, the major axis of which is oriented transversely.
A heat exchanger for a vehicle, the heat exchanger comprising: • a first core and a second core comprising a first pair of collectors and and a second pair of collectors and respectively for heat exchange fluid; at least the first pair of collectors and being arranged substantially vertically, • a receiver drier inter-positioned fluidly between the cores and , the receiver drier comprising: o a tubular casing ; o an inlet port and an outlet port configured at opposite lateral ends and of the tubular casing ; o a desiccant section configured between the lateral ends and and adapted to receive desiccant material; and o a suction tube adapted to configure fluid communication between the desiccant section and the outlet port , characterized in that the receiver drier is disposed horizontally, wherein the suction tube is configured to enable receiving of the fluid from a lower portion of the tubular casing defined below a central axis O of the tubular casing and upstream of the suction tube in direction F of fluid flow in the receiver drier , wherein the inlet is placed in the middle between the opposite lateral ends and of the tubular casing and is adapted to receive the fluid inside the suction tube irrespective of vehicle orientation. • a first core and a second core comprising a first pair of collectors and and a second pair of collectors and respectively for heat exchange fluid; at least the first pair of collectors and being arranged substantially vertically, • a receiver drier inter-positioned fluidly between the cores and , the receiver drier comprising: o a tubular casing ; o an inlet port and an outlet port configured at opposite lateral ends and of the tubular casing ; o a desiccant section configured between the lateral ends and and adapted to receive desiccant material; and o a suction tube adapted to configure fluid communication between the desiccant section and the outlet port , o a tubular casing ; o an inlet port and an outlet port configured at opposite lateral ends and of the tubular casing ; o a desiccant section configured between the lateral ends and and adapted to receive desiccant material; and o a suction tube adapted to configure fluid communication between the desiccant section and the outlet port ,
A method for transmitting resource information, at a base station, the method comprising: receiving interference information reported by a first type of node; determining a resource accessed by a second type of node according to the interference information, and a resource accessed by the first type of node, wherein the first type of node is a node in a signal coverage area of the base station or at an edge of the signal coverage area of the base station, and the second type of node is a node out of the signal coverage area of the base station; determining a node of the first type to receive a resource coordination message; wherein determining the node of the first type to receive the resource coordination message comprises: selecting the node of the first type from nodes of the first type capable of reporting the interference information to receive the resource coordination message; and transmitting the resource coordination message to the determined node of the first type, and instructing the determined node of the first type to broadcast a content of the resource coordination message, wherein the resource coordination message carries resource information of the first type of node, and resource information of the second type of node. receiving interference information reported by a first type of node; determining a resource accessed by a second type of node according to the interference information, and a resource accessed by the first type of node, wherein the first type of node is a node in a signal coverage area of the base station or at an edge of the signal coverage area of the base station, and the second type of node is a node out of the signal coverage area of the base station; determining a node of the first type to receive a resource coordination message; wherein determining the node of the first type to receive the resource coordination message comprises: selecting the node of the first type from nodes of the first type capable of reporting the interference information to receive the resource coordination message; and transmitting the resource coordination message to the determined node of the first type, and instructing the determined node of the first type to broadcast a content of the resource coordination message, wherein the resource coordination message carries resource information of the first type of node, and resource information of the second type of node.
A method for supporting location of a user equipment, UE , at an entity in a wireless network, wherein the entity is a server and/or a base station , comprising: determining an increase in transmission of a positioning reference signal, PRS, at each of a plurality of transmitters based on any one of: receiving location requests for one or more UEs ; receiving notification reports from a plurality of base stations ; or receiving requests for increased PRS from one or more UEs , wherein the increase in transmission of PRS at each of the plurality of transmitters is coordinated with respect to non-PRS transmission in the wireless network; sending a first message to the each transmitter, the first message comprising an indication of a PRS configuration of the increase in transmission of PRS for the each transmitter; receiving a response from the each transmitter, the response confirming or rejecting the increase in transmission of PRS at the each transmitter; and sending at least one alternative PRS configuration to the each transmitter that responded to the entity with a rejection of the increase in transmission of PRS. determining an increase in transmission of a positioning reference signal, PRS, at each of a plurality of transmitters based on any one of: receiving location requests for one or more UEs ; receiving notification reports from a plurality of base stations ; or receiving requests for increased PRS from one or more UEs , wherein the increase in transmission of PRS at each of the plurality of transmitters is coordinated with respect to non-PRS transmission in the wireless network; receiving location requests for one or more UEs ; receiving notification reports from a plurality of base stations ; or receiving requests for increased PRS from one or more UEs , wherein the increase in transmission of PRS at each of the plurality of transmitters is coordinated with respect to non-PRS transmission in the wireless network; sending a first message to the each transmitter, the first message comprising an indication of a PRS configuration of the increase in transmission of PRS for the each transmitter; receiving a response from the each transmitter, the response confirming or rejecting the increase in transmission of PRS at the each transmitter; and sending at least one alternative PRS configuration to the each transmitter that responded to the entity with a rejection of the increase in transmission of PRS.
A user terminal configured to communicate with a plurality of cell groups each being formed with one or more cells that use different frequency bands, the user terminal comprising: a receiving section configured to receive downlink control information; and a control section configured to select at least one cell from cells to which uplink control information is able to be allocated, at least one of which being configured in each cell group, and to control the cell as a cell to transmit the uplink control information; characterized in that the control section is further configured to, when information indicating cross-carrier scheduling is included in the downlink control information and a cell having received the downlink control information and a cell designated by the information indicating the cross-carrier scheduling belong to different cell groups, select as the cell to transmit the uplink control information, a cell which is included in a cell group including the cell designated by the information indicating the cross-carrier scheduling and to which the uplink control information is able to be allocated. a receiving section configured to receive downlink control information; and a control section configured to select at least one cell from cells to which uplink control information is able to be allocated, at least one of which being configured in each cell group, and to control the cell as a cell to transmit the uplink control information; characterized in that the control section is further configured to, when information indicating cross-carrier scheduling is included in the downlink control information and a cell having received the downlink control information and a cell designated by the information indicating the cross-carrier scheduling belong to different cell groups, select as the cell to transmit the uplink control information, a cell which is included in a cell group including the cell designated by the information indicating the cross-carrier scheduling and to which the uplink control information is able to be allocated.
Curing bladder for a tyre having a shape exhibiting symmetry of revolution with a central axis and comprising a flexible wall made of cross-linked rubber, the external surface of said wall comprising an air drainage zone intended to come into contact with the internal surface of a green tyre , and an air removal zone adjacent to said drainage zone, the bladder being equipped with an air drainage structure comprising elements recessed into said external surface, said recessed elements forming a network of channels extending in the air drainage zone and as far as the air removal zone , characterized in that the depth of a channel of said network, defining the shortest path connecting any point of said network of channels, which is situated in the air drainage zone , and the air removal zone , increases along the length of said path. the external surface of said wall comprising an air drainage zone intended to come into contact with the internal surface of a green tyre , and an air removal zone adjacent to said drainage zone, the bladder being equipped with an air drainage structure comprising elements recessed into said external surface, said recessed elements forming a network of channels extending in the air drainage zone and as far as the air removal zone , characterized in that the depth of a channel of said network, defining the shortest path connecting any point of said network of channels, which is situated in the air drainage zone , and the air removal zone , increases along the length of said path.
A heat conductive sheet comprising fibrous fillers and a binder resin, wherein a ratio of the fibrous fillers that are not oriented in a direction of a thickness of the heat conductive sheet in all the fibrous fillers is 45 to 95%, as determined by observing the fibrous fillers under a microscope and counting the number of the fibrous fillers contained in a unit cube with a cube of side of 0.5 mm, characterized in that the average fiber length of the fibrous filler is 40 to 250 μm).