mhurhangee/patent-ind-claim-en huggingface dataset:
A chain saw , comprising: a working part comprising a guide bar and a saw chain ; a body for installing the working part; a motor configured to drive the working part to work, the motor having a driving mode, the motor comprising a rotor and a plurality of windings; a power supply device for providing electrical energy for the motor; a drive circuit connected to the power supply device and the plurality of windings for loading the electric energy of the power supply device to the plurality of windings of the motor; a controller connected to the drive circuit for controlling the drive circuit; and a motion detection device coupled to the body or the working part for detecting a motion of the body or the working part in at least one direction; characterized in that the motor is a brushless motor and has a braking mode; the controller is configured to control the drive circuit to make the motor enter the braking mode when an amount of the motion of the body or the working part in the at least one direction exceeds a predetermined threshold; and the controller is configured to control the drive circuit to make the motor enter the braking mode when a value of an angular velocity at which the body or the working part rotates in the at least one direction is greater than a first predetermined angular velocity threshold and less than a second predetermined angular velocity threshold, and a value of an angular displacement at which the body or the working part rotates in the at least one direction is greater than a predetermined angular displacement threshold. a working part comprising a guide bar and a saw chain ; a body for installing the working part; a motor configured to drive the working part to work, the motor having a driving mode, the motor comprising a rotor and a plurality of windings; a power supply device for providing electrical energy for the motor; a drive circuit connected to the power supply device and the plurality of windings for loading the electric energy of the power supply device to the plurality of windings of the motor; a controller connected to the drive circuit for controlling the drive circuit; and a motion detection device coupled to the body or the working part for detecting a motion of the body or the working part in at least one direction; characterized in that the motor is a brushless motor and has a braking mode; the controller is configured to control the drive circuit to make the motor enter the braking mode when an amount of the motion of the body or the working part in the at least one direction exceeds a predetermined threshold; and the controller is configured to control the drive circuit to make the motor enter the braking mode when a value of an angular velocity at which the body or the working part rotates in the at least one direction is greater than a first predetermined angular velocity threshold and less than a second predetermined angular velocity threshold, and a value of an angular displacement at which the body or the working part rotates in the at least one direction is greater than a predetermined angular displacement threshold.
Method for accessing a memory of an integrated circuit by way of a further computing device , wherein • computing-device-specific access information for the access is generated from predetermined IC-specific memory information, which is encoded in a file and provided with predetermined characters or strings and at least includes information about memory locations of a memory block of a first memory area, said information including address values or a value for the calculation of an address value, by way of a computer-implemented execution of a predetermined translation algorithm by virtue of the predetermined characters or strings of the IC-specific memory information being translated into characters or strings that are assigned to these predetermined characters or strings, wherein the computing-device-specific access information is encoded in a further file that is stored in a memory device, wherein • the memory device is accessed during a compiling process to generate code that can be executed by the further computing device, wherein the code is generated in such a way that • the further computing device accesses the memory of the integrated circuit depending on the computing-device-specific access information when the code is executed, wherein the further computing device uses the computing-device-specific access information to generate an access command in which an address value of a memory location of the memory of the integrated circuit is encoded. • computing-device-specific access information for the access is generated from predetermined IC-specific memory information, which is encoded in a file and provided with predetermined characters or strings and at least includes information about memory locations of a memory block of a first memory area, said information including address values or a value for the calculation of an address value, by way of a computer-implemented execution of a predetermined translation algorithm by virtue of the predetermined characters or strings of the IC-specific memory information being translated into characters or strings that are assigned to these predetermined characters or strings, wherein the computing-device-specific access information is encoded in a further file that is stored in a memory device, wherein • the memory device is accessed during a compiling process to generate code that can be executed by the further computing device, wherein the code is generated in such a way that • the further computing device accesses the memory of the integrated circuit depending on the computing-device-specific access information when the code is executed, wherein the further computing device uses the computing-device-specific access information to generate an access command in which an address value of a memory location of the memory of the integrated circuit is encoded.
A method, comprising: identifying a plurality of carriers configured for communication in a wireless communication system; determining a number of downlink transmission assignments associated with one or more first carriers in the plurality of carriers; and configuring, for communication over at least one or more second carriers in the plurality of carriers, at least one indication that specifies the number of downlink transmission assignments associated with at least the one or more first carriers, wherein the at least one indication comprises downlink assignment index, DAI, signaling, wherein the DAI signaling comprises a time based DAI indicating total downlink assignments in a given downlink subframe bundling window and a DAI indicating a total number of downlink carriers having at least one downlink assignment in the given downlink subframe bundling window. identifying a plurality of carriers configured for communication in a wireless communication system; determining a number of downlink transmission assignments associated with one or more first carriers in the plurality of carriers; and configuring, for communication over at least one or more second carriers in the plurality of carriers, at least one indication that specifies the number of downlink transmission assignments associated with at least the one or more first carriers, wherein the at least one indication comprises downlink assignment index, DAI, signaling, wherein the DAI signaling comprises a time based DAI indicating total downlink assignments in a given downlink subframe bundling window and a DAI indicating a total number of downlink carriers having at least one downlink assignment in the given downlink subframe bundling window.
A computerized system for improving real-time packet transmission quality comprising: a plurality of edge Internet Data Centers, IDCs, each edge IDC including a last mile optimizer , and a relay server ; and at least one central IDC including an access controller and a routing controller, wherein the access controller determines a selection of several best servers, immediately before the initiation of a call over network, from the plurality of edge IDCs by first selecting a list of servers in the same geographical region as a device , and then selecting a subset of the list of servers in the same geographical region responsive to their relative loads; and; an application running on the device , configured to receive the selection of the several best servers from the access controller , and configured to test each of the several best servers by sending pseudo-packets to the last mile optimizer located at each of the several best servers to identify the single best edge IDC for transmission based upon jitter, latency and packet loss. a plurality of edge Internet Data Centers, IDCs, each edge IDC including a last mile optimizer , and a relay server ; and at least one central IDC including an access controller and a routing controller, wherein the access controller determines a selection of several best servers, immediately before the initiation of a call over network, from the plurality of edge IDCs by first selecting a list of servers in the same geographical region as a device , and then selecting a subset of the list of servers in the same geographical region responsive to their relative loads; and; an application running on the device , configured to receive the selection of the several best servers from the access controller , and configured to test each of the several best servers by sending pseudo-packets to the last mile optimizer located at each of the several best servers to identify the single best edge IDC for transmission based upon jitter, latency and packet loss.
A control apparatus which controls a fuel cell unit provided with a power generation unit which generates power upon chemical reaction and auxiliaries which assists an operation of the power generation unit , a temperature of the power generation unit is being kept at a power generation temperature by the chemical reaction and a burning of unreacted fuel comprising: a control unit which instructs a constant temperature mode to the fuel cell unit as one of operation modes, the constant temperature mode being a mode for performing a control to cover power consumption of the auxiliaries by power supplied from the outside and a control to keep a temperature of the power generation unit constant within a prescribed temperature range by burning the unreacted fuel, the prescribed temperature range being lower than the power generation temperature, wherein in the constant temperature mode, power output from the power generation unit is at least smaller than the power consumption of the auxiliaries. a control unit which instructs a constant temperature mode to the fuel cell unit as one of operation modes, the constant temperature mode being a mode for performing a control to cover power consumption of the auxiliaries by power supplied from the outside and a control to keep a temperature of the power generation unit constant within a prescribed temperature range by burning the unreacted fuel, the prescribed temperature range being lower than the power generation temperature, wherein in the constant temperature mode, power output from the power generation unit is at least smaller than the power consumption of the auxiliaries.
A method for controlling torque equilibrium of a hydraulic motor , wherein said hydraulic motor comprises; - two or more cylinders (10-1, 10-2,...) with respective pistons (11-1, 11-2,...), - a common shaft driven by said pistons (11-1, 11-2,...), - high and low-pressure valves (10-1H, 10-2H,...,10-1L, 10-2L,...) for each said two or more cylinders (10-1, 10-2,...), - a control system arranged to control opening and closing of said high and low-pressure valves (10-1H, 10-2H,...,10-1L, 10-2L,...), wherein said method is characterized by the following steps; - setting a torque equilibrium reference position (r) in said control system for said shaft , wherein in the torque equilibrium position, the shaft is held in position by compressibility of the fluid in the hydraulic motor or motor geometry, - setting a reference direction (d) for said shaft in said control system , - determining one or more high-pressure torque producing cylinders (10-1, 10-2,...) towards said torque equilibrium reference position (r) in said reference direction (d) in said control system , where a high pressure torque producing cylinder is configured to produce torque that contributes to a total torque in the reference direction when its cylinder chamber is set under high pressure, - opening a high-pressure valve (10-1H, 10-2H,...) on each of said one or more high-pressure torque producing cylinders (10-1, 10-2,...) to produce a torque towards said torque equilibrium reference position (r) in said reference direction (d) on said common shaft . - two or more cylinders (10-1, 10-2,...) with respective pistons (11-1, 11-2,...), - a common shaft driven by said pistons (11-1, 11-2,...), - high and low-pressure valves (10-1H, 10-2H,...,10-1L, 10-2L,...) for each said two or more cylinders (10-1, 10-2,...), - a control system arranged to control opening and closing of said high and low-pressure valves (10-1H, 10-2H,...,10-1L, 10-2L,...), - setting a torque equilibrium reference position (r) in said control system for said shaft , wherein in the torque equilibrium position, the shaft is held in position by compressibility of the fluid in the hydraulic motor or motor geometry, - setting a reference direction (d) for said shaft in said control system , - determining one or more high-pressure torque producing cylinders (10-1, 10-2,...) towards said torque equilibrium reference position (r) in said reference direction (d) in said control system , where a high pressure torque producing cylinder is configured to produce torque that contributes to a total torque in the reference direction when its cylinder chamber is set under high pressure, - opening a high-pressure valve (10-1H, 10-2H,...) on each of said one or more high-pressure torque producing cylinders (10-1, 10-2,...) to produce a torque towards said torque equilibrium reference position (r) in said reference direction (d) on said common shaft .
Connection device intended to convey a fluid, comprising: - an endpiece intended to be connected to a tube; - a so-called flexible tubular zone comprising a longitudinal axis (AL), a first end intended to be fitted into a connection of a member and a second end , opposite the first end along said longitudinal axis (AL), which is extended by said endpiece , with the interface between the endpiece and the flexible tubular zone being carried out in a manner sealed to the fluid intended to be conveyed by the connection device; - mechanical reinforcing elements (103a to 103h) for the flexible tubular zone , said mechanical reinforcing elements being integral with the endpiece , extending mainly along the longitudinal axis (AL) of the flexible tubular zone over at least one portion of the latter from the endpiece to the first end of the flexible tubular zone , and being spaced from one another over the circumference of said flexible tubular zone ; the endpiece and the mechanical reinforcing elements (103a to 103h) moreover each being made from a material that is more rigid than the material that forms the flexible tubular zone . - an endpiece intended to be connected to a tube; - a so-called flexible tubular zone comprising a longitudinal axis (AL), a first end intended to be fitted into a connection of a member and a second end , opposite the first end along said longitudinal axis (AL), which is extended by said endpiece , with the interface between the endpiece and the flexible tubular zone being carried out in a manner sealed to the fluid intended to be conveyed by the connection device; - mechanical reinforcing elements (103a to 103h) for the flexible tubular zone , said mechanical reinforcing elements being integral with the endpiece , extending mainly along the longitudinal axis (AL) of the flexible tubular zone over at least one portion of the latter from the endpiece to the first end of the flexible tubular zone , and being spaced from one another over the circumference of said flexible tubular zone ; the endpiece and the mechanical reinforcing elements (103a to 103h) moreover each being made from a material that is more rigid than the material that forms the flexible tubular zone .
A connection assembly , comprising: a bracket ; a circuit board disposed on the bracket and provided with a press-fit through-hole ; a connector disposed on the bracket and configured for electrically connecting a battery cell, and a press-fit terminal having a connection end and a press-fit end , wherein the connection end is electrically connected with the connector , and the press-fit end extends into at least part of the press-fit through-hole and is electrically connected with the circuit board , characterized in further comprising a detection element disposed on the connector for monitoring the parameters of the battery cell; in that the detection element is electrically connected with the circuit board to transmit a detection signal, as detected to, the circuit board , and in further comprising an insulation displacement connection terminal that is electrically connected with the detection element and the circuit board , respectively. a bracket ; a circuit board disposed on the bracket and provided with a press-fit through-hole ; a connector disposed on the bracket and configured for electrically connecting a battery cell, and a press-fit terminal having a connection end and a press-fit end , wherein the connection end is electrically connected with the connector , and the press-fit end extends into at least part of the press-fit through-hole and is electrically connected with the circuit board , characterized in further comprising a detection element disposed on the connector for monitoring the parameters of the battery cell; in that the detection element is electrically connected with the circuit board to transmit a detection signal, as detected to, the circuit board , and in further comprising an insulation displacement connection terminal that is electrically connected with the detection element and the circuit board , respectively.
Industrial plug-in connector having at least one module, one holding frame which can be fixed in the industrial plug-in connector, • wherein the at least one module has fixing means with which it can be reversibly fixed in a holding frame , wherein each of the at least one modules has two optical fibre plug-in connectors with a ferrule in each case, • wherein the optical fibre plug-in connectors are reversibly latched in the module , and • two adapters which are reversibly latched in a module in each case, wherein each adapter is associated with an optical fibre plug-in connector and surrounds a portion of the ferrule of the optical fibre plug-in connector , wherein the optical fibre plug-in connectors are FC or LC or ST or SC plug-in connectors or a combination thereof, and the adapters each contain an optically imaging element in the form of a spherical lens or a rod lens by which the emerging light signal is widened and parallelized. • wherein the at least one module has fixing means with which it can be reversibly fixed in a holding frame , wherein each of the at least one modules has two optical fibre plug-in connectors with a ferrule in each case, • wherein the optical fibre plug-in connectors are reversibly latched in the module , and • two adapters which are reversibly latched in a module in each case, wherein each adapter is associated with an optical fibre plug-in connector and surrounds a portion of the ferrule of the optical fibre plug-in connector , wherein the optical fibre plug-in connectors are FC or LC or ST or SC plug-in connectors or a combination thereof, and the adapters each contain an optically imaging element in the form of a spherical lens or a rod lens by which the emerging light signal is widened and parallelized.
A method for producing an annular casing for an aircraft turbine engine, this casing comprising an annular body made from a composite material based on a first resin, and a fire-resistant external layer which covers an external annular surface of the body and which is made from a composite material based on a self-extinguishing second resin, such that it comprises: a) a step of preparing a strip of a fabric pre-impregnated with said second resin, this strip having an elongated shape along an axis of elongation (A) and a width (l) at least equal to and preferably greater than a width of said body measured along its axis of revolution (B), this strip comprising fibres woven and oriented in directions perpendicular to one another and inclined by an angle of about 45° with respect to said axis of elongation; and b) a step of applying the strip on the external surface of the body, so as to cover the entirety of this surface in a single pass of the strip around the body. a) a step of preparing a strip of a fabric pre-impregnated with said second resin, this strip having an elongated shape along an axis of elongation (A) and a width (l) at least equal to and preferably greater than a width of said body measured along its axis of revolution (B), this strip comprising fibres woven and oriented in directions perpendicular to one another and inclined by an angle of about 45° with respect to said axis of elongation; and b) a step of applying the strip on the external surface of the body, so as to cover the entirety of this surface in a single pass of the strip around the body.
A method for transmitting a Synchronization Signal Block, SSB, comprising: performing , by a terminal device, channel detection on a first carrier on a shared spectrum to determine availability of at least one first time domain resource on the first carrier, wherein each of the at least one first time domain resource is used to transmit the synchronization signal block on a sidelink, wherein the at least one first time domain resource comprises at least two first time domain resources, and the at least two first time domain resources are used to transmit synchronization signal blocks with the same index; a number of the at least two first time domain resources is configured by a first device; and a time domain position of the at least two first time domain resources is configured by the first device, and a second interval in time domain between two adjacent first time domain resources of the at least two first time domain resources comprises M slots, where M is a positive integer. performing , by a terminal device, channel detection on a first carrier on a shared spectrum to determine availability of at least one first time domain resource on the first carrier, wherein each of the at least one first time domain resource is used to transmit the synchronization signal block on a sidelink, wherein the at least one first time domain resource comprises at least two first time domain resources, and the at least two first time domain resources are used to transmit synchronization signal blocks with the same index; a number of the at least two first time domain resources is configured by a first device; and a time domain position of the at least two first time domain resources is configured by the first device, and a second interval in time domain between two adjacent first time domain resources of the at least two first time domain resources comprises M slots, where M is a positive integer.