mhurhangee/patent-ind-claim-en huggingface dataset:
A formed rotary cutting tool that is to be moved relative to a workpiece in a direction perpendicular to an axis (C) of the cutting tool while being rotated about the axis (C), so as to cut a groove having a predetermined shape, in the workpiece , the cutting tool comprising a cutting edge defining a cutting edge diameter that is increased and reduced in a direction of the axis (C), so as to have at least one neck portion in which the cutting edge diameter is minimized, the cutting tool comprising a roughing portion which is provided on a periphery thereof and which is constituted by a succession of protrusions and recesses arranged in the direction of the axis (C), the roughing portion including (i) a fine roughing portion that is provided in at least one of the at least one neck portion , and (ii) another portion that is provided in a portion that is other than the at least one of the at least one neck portion , and the fine roughing portion of the roughing portion being different in characteristics from the another portion of the roughing portion , characterized in that the fine roughing portion of the roughing portion is smaller than the another portion of the roughing portion , in terms of at least one of a pitch (P r ) of the protrusions and recesses, a depth (L r ) of the protrusions and recesses and a radius (R r ) of curvature of the protrusions and recesses. the cutting tool comprising a cutting edge defining a cutting edge diameter that is increased and reduced in a direction of the axis (C), so as to have at least one neck portion in which the cutting edge diameter is minimized, the cutting tool comprising a roughing portion which is provided on a periphery thereof and which is constituted by a succession of protrusions and recesses arranged in the direction of the axis (C), the roughing portion including (i) a fine roughing portion that is provided in at least one of the at least one neck portion , and (ii) another portion that is provided in a portion that is other than the at least one of the at least one neck portion , and the fine roughing portion of the roughing portion being different in characteristics from the another portion of the roughing portion , characterized in that the fine roughing portion of the roughing portion is smaller than the another portion of the roughing portion , in terms of at least one of a pitch (P r ) of the protrusions and recesses, a depth (L r ) of the protrusions and recesses and a radius (R r ) of curvature of the protrusions and recesses.
A method of producing a composite shielding material in the form of a syntactic foam for shielding electromagnetic radiation (EMR), acoustic and thermal emissions, said method comprising filling a mould with spherical articles SA made of ceramics, glass, or carbon, wherein said articles are coated on their external surface with graphene or graphene flakes; and filling the voids between said articles with a matrix material, wherein said articles are coated with at least one metal layer.
A composition comprising trabectedin and an amino acid, wherein the weight ratio (w/w) of trabectedin to amino acid is 1:50 to 1:100; and wherein said amino acid is L-arginine.
Method for manufacturing a concrete staircase the treads of which have non-slip means implemented during the casting of the staircase itself, or the individual casting of the treads, used in the said staircases, which are fitted to the mould in question, near the step nose , of the treads , a PVC strip with longitudinal ribs or grooves , with the grooving directed towards the inside of the mould, so as to define near the nose longitudinal slots or grooves to ensure a non-slip function, directed parallel to the main direction of the tread, said PVC strip remaining on the upper surface of the treads after mould release, being designed only for removal at a later stage to release the said longitudinal slots or grooves having a non-slip capability.
A method of controlling a main control valve of an excavator by handling a boom joystick and an arm joystick , the method comprising: closing a second arm control spool between a first hydraulic pump and the arm cylinder ; opening a first boom control spool between the first hydraulic pump and the boom cylinder to supply a first flux generated from the first hydraulic pump to the boom cylinder ; closing a second boom control spool between a second hydraulic pump and the boom cylinder ; and opening a first arm control spool between the second hydraulic pump and the arm cylinder to supply a second flux generated from the second hydraulic pump to the arm cylinder , the method being characterized in that it further comprises: partially opening the second arm control spool to supply a part of the first flux to the arm cylinder when the boom joystick is handled in a decreasing direction of the speed of the boom or the arm joystick is handled in an increasing direction of the speed of the arm. closing a second arm control spool between a first hydraulic pump and the arm cylinder ; opening a first boom control spool between the first hydraulic pump and the boom cylinder to supply a first flux generated from the first hydraulic pump to the boom cylinder ; closing a second boom control spool between a second hydraulic pump and the boom cylinder ; and opening a first arm control spool between the second hydraulic pump and the arm cylinder to supply a second flux generated from the second hydraulic pump to the arm cylinder ,
An envelope for tire retreading in which a tire carcass is covered by a pre-molded tread having a top with a certain standard of grooves , the envelope being comprised of two parts , the first part having a sidewall from which extends a flap , the sidewall having a form that is able to cover at least part of an external portion of a first side of the carcass and a first shoulder of the tread , and the flap having a form that is able to cover at least part of the top of the tread ; and the second part having a sidewall from which extends a flap , the sidewall having a form able to cover at least part of an external portion of a second side of the carcass and a second shoulder of the tread , and the flap having a form that is able to cover a remaining part of the top of the tread ; wherein an end region of the flap of the first part is covered by an end region of the flap of the second part , or vice versa, in order to form an overlapping joint; and at least one of the envelope parts having an air valve , characterized in that a free end of the flap of the first part has at least one differentiated cross section whose thickness is greater than that of the flap of the first part , and the overlapping joint being covered by an elastic ring that is wide enough to cover said differentiated cross section .
System for vehicle diagnosis having a diagnosis module and a server , wherein the diagnosis module comprises: a) a communication unit which is designed for data transmission with a control unit of a motor vehicle ; b) a diagnosis unit which is designed to carry out a diagnosis of the motor vehicle on the basis of the diagnosis data transmitted from the control unit to the communication unit ; c) a transmit unit which is designed to transmit diagnosis data from the diagnosis module via a mobile radio network and/or the Internet from the diagnosis module to a server ; d) a receive unit which is designed to receive data from the server via a mobile radio network and/or the Internet; wherein the type of the motor vehicle and/or a vehicle identification number uniquely assigned to the motor vehicle is read from the control unit into the diagnosis module and is transmitted from the diagnosis module to the server ; wherein the server is designed to evaluate the received type of the motor vehicle and/or the vehicle identification number uniquely assigned to the motor vehicle in order to select suitable diagnosis software specially adapted to the respective motor vehicle and transmit it to the diagnosis module ; wherein diagnosis data are read from the control unit into the diagnosis module , and a vehicle diagnosis is carried out with the diagnosis software transmitted to the diagnosis module , and the results of the vehicle diagnosis, and optionally the diagnosis data also, are transmitted from the diagnosis module to the server . a) a communication unit which is designed for data transmission with a control unit of a motor vehicle ; b) a diagnosis unit which is designed to carry out a diagnosis of the motor vehicle on the basis of the diagnosis data transmitted from the control unit to the communication unit ; c) a transmit unit which is designed to transmit diagnosis data from the diagnosis module via a mobile radio network and/or the Internet from the diagnosis module to a server ; d) a receive unit which is designed to receive data from the server via a mobile radio network and/or the Internet; wherein the type of the motor vehicle and/or a vehicle identification number uniquely assigned to the motor vehicle is read from the control unit into the diagnosis module and is transmitted from the diagnosis module to the server ; wherein the server is designed to evaluate the received type of the motor vehicle and/or the vehicle identification number uniquely assigned to the motor vehicle in order to select suitable diagnosis software specially adapted to the respective motor vehicle and transmit it to the diagnosis module ; wherein diagnosis data are read from the control unit into the diagnosis module , and a vehicle diagnosis is carried out with the diagnosis software transmitted to the diagnosis module , and the results of the vehicle diagnosis, and optionally the diagnosis data also, are transmitted from the diagnosis module to the server .
A filter case comprising: a case having a cylindrical shape, the case having an accommodation space formed therein; a first cover having an inlet formed in a center thereof, the first cover closing one side of the case; a second cover having an outlet formed in a center thereof, the second cover closing an opposite side of the case; a capacitive deionization (CDI) electrode accommodated in the accommodation space; a first flow guide formed on an inner surface of the first cover so as to protrude; a division unit comprising a partition plate located in the case, the division unit dividing the accommodation space into two portions; a first accommodation portion formed between the first cover and the partition plate in the accommodation space; a second accommodation portion formed between the second cover and the partition plate in the accommodation space; a second flow guide formed on one surface of the partition plate so as to protrude; one or more division plates disposed in the first accommodation portion and the second accommodation portion; division-plate flow grooves formed in circumferential surfaces of the division plates so as to be arranged at regular intervals; division-plate discharge holes formed through centers of the division plates; and a seating protrusion formed on one surface or on both opposite surfaces of each of the division plates to define a position of a CDI unit. a case having a cylindrical shape, the case having an accommodation space formed therein; a first cover having an inlet formed in a center thereof, the first cover closing one side of the case; a second cover having an outlet formed in a center thereof, the second cover closing an opposite side of the case; a capacitive deionization (CDI) electrode accommodated in the accommodation space; a first flow guide formed on an inner surface of the first cover so as to protrude; a division unit comprising a partition plate located in the case, the division unit dividing the accommodation space into two portions; a first accommodation portion formed between the first cover and the partition plate in the accommodation space; a second accommodation portion formed between the second cover and the partition plate in the accommodation space; a second flow guide formed on one surface of the partition plate so as to protrude; one or more division plates disposed in the first accommodation portion and the second accommodation portion; division-plate flow grooves formed in circumferential surfaces of the division plates so as to be arranged at regular intervals; division-plate discharge holes formed through centers of the division plates; and a seating protrusion formed on one surface or on both opposite surfaces of each of the division plates to define a position of a CDI unit.
A cardiac pacemaker comprising: a hermetic enclosure configured to be implanted beneath skin of a patient and containing a pulse generator comprising electronic circuitry configured to generate output current; a first lead in communication with the generator and comprising a first bipolar pair of electrodes at a distal end of the first lead configured to electrically contact with a right atrium of a patient's heart; a second lead in communication with the generator and comprising a second bipolar pair of electrodes at a distal end of the second lead configured to electrically contact with a right ventricle of the patient's heart; characterized in that the first lead and the second lead comprise conductive carbon fiber. a hermetic enclosure configured to be implanted beneath skin of a patient and containing a pulse generator comprising electronic circuitry configured to generate output current; a first lead in communication with the generator and comprising a first bipolar pair of electrodes at a distal end of the first lead configured to electrically contact with a right atrium of a patient's heart; a second lead in communication with the generator and comprising a second bipolar pair of electrodes at a distal end of the second lead configured to electrically contact with a right ventricle of the patient's heart; characterized in that the first lead and the second lead comprise conductive carbon fiber.
A computer-implemented method comprising: determining (210; 810) text that recurs in one or more past communications associated with at least one context attribute; storing (220; 820) a text entry in a first text suggestion dictionary, the text entry comprising the text and metadata associating the text with the at least one context attribute, wherein the first text suggestion dictionary is used for a first type of communication; receiving input for a current communication associated with a communication context that includes the at least one context attribute; based on the received input and the communication context, determining (230; 840) at least one predicted-text suggestion for the current communication using the first text suggestion dictionary, the determining comprising including the text of the text entry in the at least one predicted-text suggestion based on an association, via the metadata, of the text with the at least one context attribute included in the communication context of the current communication; storing further text entries in a second text suggestion dictionary, different from the first text suggestion dictionary; using the second text suggestion dictionary, instead of the first text suggestion dictionary, for a second type of communication; and storing separate metadata for each of the first and second text suggestion dictionaries for different contexts. determining (210; 810) text that recurs in one or more past communications associated with at least one context attribute; storing (220; 820) a text entry in a first text suggestion dictionary, the text entry comprising the text and metadata associating the text with the at least one context attribute, wherein the first text suggestion dictionary is used for a first type of communication; receiving input for a current communication associated with a communication context that includes the at least one context attribute; based on the received input and the communication context, determining (230; 840) at least one predicted-text suggestion for the current communication using the first text suggestion dictionary, the determining comprising including the text of the text entry in the at least one predicted-text suggestion based on an association, via the metadata, of the text with the at least one context attribute included in the communication context of the current communication; storing further text entries in a second text suggestion dictionary, different from the first text suggestion dictionary; using the second text suggestion dictionary, instead of the first text suggestion dictionary, for a second type of communication; and storing separate metadata for each of the first and second text suggestion dictionaries for different contexts.
A brush holder comprises a brush mount held by a lever at a base , wherein the lever is pivotably connected by a base pivot to the base , the base pivot having a base pivot axis , and a spring is provided between the base and the lever , wherein the lever is limited in its movement within a first plane orthogonal to the base pivot axis , the brush mount is connected to the lever by a brush mount pivot , characterized by the brush mount pivot only having a first pivot axis parallel to the base pivot axis .
A flight recorder system of an aircraft , comprising: a set of flight recorder system modules, FRM ; a resource controller module, RCM, communicatively coupled, via a data communication network of the aircraft defining a switch fabric , to the of flight recorder system modules ; each FRM comprising a respective control module , , , a respective local memory , , , , and a respective set of input and output (I/O) ports , , , communicatively coupled to the switch fabric , wherein the RCM is configured to detect a respective FRM coupled to the switch fabric , and based on the detection, configure an operation of the FRM , and wherein the respective local memory , , , , of the FRM is readable by the RCM , and shareable with the other FRMs via the switch fabric . a set of flight recorder system modules, FRM ; a resource controller module, RCM, communicatively coupled, via a data communication network of the aircraft defining a switch fabric , to the of flight recorder system modules ; each FRM comprising a respective control module , , , a respective local memory , , , , and a respective set of input and output (I/O) ports , , , communicatively coupled to the switch fabric , wherein the RCM is configured to detect a respective FRM coupled to the switch fabric , and based on the detection, configure an operation of the FRM , and wherein the respective local memory , , , , of the FRM is readable by the RCM , and shareable with the other FRMs via the switch fabric .
A base station comprising: circuitry , which, in operation, determines (ST103) one set from among a plurality of sets, each of which including one or more candidates for a resource for an uplink, UL, control channel during initial access, and determines one candidate from among the one or more candidates included in the determined set; a transmitter , which in operation, indicates (ST104) the determined (ST103) one set to a terminal by remaining minimum system information, RMSI, and indicates the determined one candidate to the terminal by dynamic signaling; and a receiver , which in operation, receives a UL control signal, using the resource corresponding to the determined one candidate in the determined (ST103) one set, wherein an association between a value to be indicated by the RMSI and the plurality of sets is configured for each of one or more parameters relating to the initial access, one or some of one or more parameters relating to the resource for the UL control channel are included in the determined one set and indicated to the terminal, and a remaining one of the one or more parameters relating to the resource for the UL control channel is configured without being indicated to the terminal by the determined one set, characterized in that the remaining one of the one or more parameters includes a format of the UL control channel, and the format of the UL control channel is determined based on a transmission mode of Message 4 in the initial access. circuitry , which, in operation, determines (ST103) one set from among a plurality of sets, each of which including one or more candidates for a resource for an uplink, UL, control channel during initial access, and determines one candidate from among the one or more candidates included in the determined set; a transmitter , which in operation, indicates (ST104) the determined (ST103) one set to a terminal by remaining minimum system information, RMSI, and indicates the determined one candidate to the terminal by dynamic signaling; and a receiver , which in operation, receives a UL control signal, using the resource corresponding to the determined one candidate in the determined (ST103) one set, wherein an association between a value to be indicated by the RMSI and the plurality of sets is configured for each of one or more parameters relating to the initial access, one or some of one or more parameters relating to the resource for the UL control channel are included in the determined one set and indicated to the terminal, and a remaining one of the one or more parameters relating to the resource for the UL control channel is configured without being indicated to the terminal by the determined one set, characterized in that the remaining one of the one or more parameters includes a format of the UL control channel, and the format of the UL control channel is determined based on a transmission mode of Message 4 in the initial access.
Arrangement for the internal control of the selection of gear lines in a gearbox, which comprises: - a selection control member which is mounted so as to be rotatable, in both directions, between at least a first angular selection position and a second angular selection position, each of which is associated with a first selection line and with a second selection line respectively, the selection control member additionally being mounted so as to slide axially in both directions; - a controlled actuator which can apply an actuating force to the control member to cause it to rotate at least in a first direction (S), from its first angular selection position to its second angular selection position, the actuator being a rotary actuator comprising: - a fixed actuator body ; - an actuator shaft which is mounted so as to be rotatable in the actuator body and which is capable of being driven to rotate over a limited angular travel between a first angular end position and a second angular end position; characterized in that it further comprises: - a crank which is locked in rotation with the shaft and which comprises an eccentric section which applies the actuating force to the control member to cause it to rotate in the first direction (S), and in that the axis (B) of rotation of the actuator shaft is orthogonal to the axis (A) of rotation of the control member , and in that the actuating force is transmitted to the control member via a lever which is mounted so as to pivot about an axis (C) parallel to the actuator shaft on a plate which is fixed with respect to the actuator body . - a selection control member which is mounted so as to be rotatable, in both directions, between at least a first angular selection position and a second angular selection position, each of which is associated with a first selection line and with a second selection line respectively, the selection control member additionally being mounted so as to slide axially in both directions; - a controlled actuator which can apply an actuating force to the control member to cause it to rotate at least in a first direction (S), from its first angular selection position to its second angular selection position, the actuator being a rotary actuator - a fixed actuator body ; - an actuator shaft which is mounted so as to be rotatable in the actuator body and which is capable of being driven to rotate over a limited angular travel between a first angular end position and a second angular end position; - a crank which is locked in rotation with the shaft and which comprises an eccentric section which applies the actuating force to the control member to cause it to rotate in the first direction (S),