mhurhangee/patent-ind-claim-en huggingface dataset:
A modular handheld electric tool system comprising: a handle including a handle housing with an elongate portion configured to provide a grip , a handle electrical coupling on the handle housing , a circuit including a tool switch in the handle housing , the tool switch connected between a power supply and the handle electrical coupling ; a motor module including a motor casing that holds an electric motor , a motor electrical coupling on the motor casing that is complementary to the handle electrical coupling and electrically connected to the electric motor , and a rotary output mounted to the motor casing and driven by the electric motor ; characterized by at least one tool head releasably attachable both to the motor module via a tool-less tool-head-to-motor mechanical coupling, and to the handle via a tool-less tool-head-to-handle mechanical coupling, the tool head including an accessory and tool body wherein, to supply torque to the accessory from the electric motor , a rotary input mounted to the tool body engages the rotary output of the motor module . a handle including a handle housing with an elongate portion configured to provide a grip , a handle electrical coupling on the handle housing , a circuit including a tool switch in the handle housing , the tool switch connected between a power supply and the handle electrical coupling ; a motor module including a motor casing that holds an electric motor , a motor electrical coupling on the motor casing that is complementary to the handle electrical coupling and electrically connected to the electric motor , and a rotary output mounted to the motor casing and driven by the electric motor ; characterized by at least one tool head releasably attachable both to the motor module via a tool-less tool-head-to-motor mechanical coupling, and to the handle via a tool-less tool-head-to-handle mechanical coupling, the tool head including an accessory and tool body wherein, to supply torque to the accessory from the electric motor , a rotary input mounted to the tool body engages the rotary output of the motor module .
An analog neuromorphic memory system, comprising: a plurality of vector-by-matrix multiplication arrays , each vector-by-matrix multiplication array comprising an array of memory cells ; and a temperature compensation block for modifying the slope of a current-voltage characteristic curve of a memory cell in the array of memory cells in a continuous manner as an operating temperature of the memory cell changes, the temperature compensation block comprising: a temperature sensor for generating an output indicative of an operating temperature; a controller for generating one or more control signals in response to the output of the temperature sensor; one or more adjustable devices for generating a temperature compensation voltage in response to the one or more control signals ; wherein each of the memory cells in the array of memory cells is a flash memory cell and the one or more adjustable devices comprise one or more adjustable current sources , each of the one or more adjustable current sources adjusted by one of the one more control signals and coupled to a resistor , and wherein the temperature compensation voltage is generated at a node between the one or more adjustable current sources and the resistor and is applied to the flash memory cell to modify the slope of a current-voltage characteristic curve of the flash memory cell. a plurality of vector-by-matrix multiplication arrays , each vector-by-matrix multiplication array comprising an array of memory cells ; and a temperature compensation block for modifying the slope of a current-voltage characteristic curve of a memory cell in the array of memory cells in a continuous manner as an operating temperature of the memory cell changes, the temperature compensation block comprising: a temperature sensor for generating an output indicative of an operating temperature; a controller for generating one or more control signals in response to the output of the temperature sensor; one or more adjustable devices for generating a temperature compensation voltage in response to the one or more control signals ; a temperature sensor for generating an output indicative of an operating temperature; a controller for generating one or more control signals in response to the output of the temperature sensor; one or more adjustable devices for generating a temperature compensation voltage in response to the one or more control signals ; wherein each of the memory cells in the array of memory cells is a flash memory cell and the one or more adjustable devices comprise one or more adjustable current sources , each of the one or more adjustable current sources adjusted by one of the one more control signals and coupled to a resistor , and wherein the temperature compensation voltage is generated at a node between the one or more adjustable current sources and the resistor and is applied to the flash memory cell to modify the slope of a current-voltage characteristic curve of the flash memory cell.
Bicycle manual control device for issuing at least one electric-electronic command to at least one piece of bicycle equipment , comprising: - a support body , configured to be fixed to the bicycle , - at least one manual actuation member supported in a movable manner by the support body , and - on-board electronics having a standby mode and an operating mode, characterized by further comprising a detector of movement of the bicycle configured to emit a wake signal to bring said on-board electronics from the standby mode to the operating mode. - a support body , configured to be fixed to the bicycle , - at least one manual actuation member supported in a movable manner by the support body , and - on-board electronics having a standby mode and an operating mode,
Connection and support bracket for false ceilings, comprising two support and holding seatings intersected with respect to each other in correspondence with a common central area, defining a common support plane to support and position section bars , wherein said support and holding seatings are at least partly defined by multiple-function bodies , each of said multiple-function bodies comprising a lateral wall , a lateral elastic positioning wall and an upper extension wall to which said lateral wall and said lateral elastic positioning wall are connected so as to form the multiple-function bodies , said lateral wall extending vertically with respect to said support plane and being provided with at least an elastic tongue configured to prevent one of said section bars from moving vertically in the respective support and holding seatings , and said upper extension wall extending parallel to the support plane and being provided with a fastening mean to which an attachment element to attach covering and enhancing panels of said false ceiling can be fastened.
A method of operating a transmitter entity in a wireless telecommunications system for communicating higher layer data to a receiver entity , wherein the method comprises: establishing an allocation of radio resources for the transmitter entity to use for transmitting higher layer data to the receiver entity during a higher layer data transmission period; transmitting an indication of the allocated radio resources to the receiver entity; beginning transmission of the higher layer data to the receiver entity at the beginning of the higher layer data transmission period using the allocated radio resources; and identifying during the higher layer data transmission period whether any of the allocated radio resources which have not yet been used are needed by the transmitter entity for transmitting other data in the wireless telecommunications system, and if so, establishing a subset of the allocated radio resources for the transmitter entity to use for transmitting the other data and transmitting the other data using the subset of the allocated radio resources; wherein the method further comprises the transmitter entity conveying to the receiver entity during the higher layer data transmission period an indication of the subset of allocated radio resources used for the transmission of other data, wherein the indication comprises a predefined sequence included in a control channel region for the other data which is multiplexed along with a data channel for the other data into a data channel period of the allocation of radio resources in the higher layer data transmission period. establishing an allocation of radio resources for the transmitter entity to use for transmitting higher layer data to the receiver entity during a higher layer data transmission period; transmitting an indication of the allocated radio resources to the receiver entity; beginning transmission of the higher layer data to the receiver entity at the beginning of the higher layer data transmission period using the allocated radio resources; and identifying during the higher layer data transmission period whether any of the allocated radio resources which have not yet been used are needed by the transmitter entity for transmitting other data in the wireless telecommunications system, and if so, establishing a subset of the allocated radio resources for the transmitter entity to use for transmitting the other data and transmitting the other data using the subset of the allocated radio resources; wherein the method further comprises the transmitter entity conveying to the receiver entity during the higher layer data transmission period an indication of the subset of allocated radio resources used for the transmission of other data, wherein the indication comprises a predefined sequence included in a control channel region for the other data which is multiplexed along with a data channel for the other data into a data channel period of the allocation of radio resources in the higher layer data transmission period.
An aerosolisable formulation comprising (i) water in an amount of at least 70 wt.% based on the aerosolisable formulation ; (ii) one or more flavours; (iii) one or more cyclodextrins; and (iv) nicotine. (i) water in an amount of at least 70 wt.% based on the aerosolisable formulation ; (ii) one or more flavours; (iii) one or more cyclodextrins; and (iv) nicotine.
Assembly comprising a trim and a sheet metal wheel , said sheet metal wheel comprising a rim which comprises at its center a web , said web comprising a series of openings at the edge of the rim , said trim being positioned at one of said openings and comprising a first holding part which is adapted to bear against an edge of said opening , said trim comprising at least one second holding part which is adapted to bear against the rim , characterized in that the rim of the sheet metal wheel comprises a curved free edge forming a groove , the second holding part of the trim having a shape complementary to said groove to bear in said groove .
Method for avoiding stonewall conditions of a constant speed plural stage compressor comprising at least a first stage , a second stage and a first inter-stage line between the first stage and the second stage , comprising the steps of: a- measuring the temperature at the inlet of the compressor, b- measuring the ratio between the outlet pressure (Pout) and the inlet pressure (Pin) of the first stage of the compressor, c- calculating a coefficient (Ψ) based at least on the value of the inlet temperature (Tin) and on the measured pressure ratio (Pout/Pin), d- if the calculated coefficient (Ψ) is in a predetermined range, a control system acts on a control valve characterised in that said control valve is mounted in a gas recycle line from the outlet of the n th stage to the first inter-stage line. a- measuring the temperature at the inlet of the compressor, b- measuring the ratio between the outlet pressure (Pout) and the inlet pressure (Pin) of the first stage of the compressor, c- calculating a coefficient (Ψ) based at least on the value of the inlet temperature (Tin) and on the measured pressure ratio (Pout/Pin), d- if the calculated coefficient (Ψ) is in a predetermined range, a control system acts on a control valve characterised in that said control valve is mounted in a gas recycle line from the outlet of the n th stage to the first inter-stage line.
A method for producing an electrical storage device comprising: winding a positive electrode that includes a positive electrode active material layer and a positive electrode current collector , a negative electrode that includes a negative electrode active material layer and a negative electrode current collector , and a lithium ion source to form a wound element that has a flat part and a curved part , the lithium ion source including a plurality of parts that are arranged in a winding direction through a gap , the wound element being formed so that the gap is situated in the curved part , and a length S of the gap , and a length L of a part of the lithium ion source situated in the curved part in which the gap is formed, satisfying a relationship "3/10≤S/(S+L)≤7/10" in a state in which the wound element is extended. winding a positive electrode that includes a positive electrode active material layer and a positive electrode current collector , a negative electrode that includes a negative electrode active material layer and a negative electrode current collector , and a lithium ion source to form a wound element that has a flat part and a curved part , the lithium ion source including a plurality of parts that are arranged in a winding direction through a gap , the wound element being formed so that the gap is situated in the curved part , and a length S of the gap , and a length L of a part of the lithium ion source situated in the curved part in which the gap is formed, satisfying a relationship "3/10≤S/(S+L)≤7/10" in a state in which the wound element is extended.
A method of connecting a plurality of vehicle-carried sensors with preconfigured network addresses to a processor , wherein the vehicle-carried sensors are located in one vehicle or one vehicle combination, comprising: connecting the sensors to physical ports of a plurality of network switches of a vehicle network ; establishing at least two virtual networks corresponding to different groups of one or more physical ports, wherein the sensors connected thereto are addressable by their preconfigured network addresses; establishing at least one trunk port for each network switch and at least one access port for each virtual network, wherein the trunk port accepts communications from the processor directed to the connected sensors; connecting the processor to the trunk port of a first one (140.1) of the network switches, wherein at least two trunk ports are established for the first network switch; and connecting the trunk port of a second one (140.2) of the network switches to a further trunk port of the first network switch. connecting the sensors to physical ports of a plurality of network switches of a vehicle network ; establishing at least two virtual networks corresponding to different groups of one or more physical ports, wherein the sensors connected thereto are addressable by their preconfigured network addresses; establishing at least one trunk port for each network switch and at least one access port for each virtual network, wherein the trunk port accepts communications from the processor directed to the connected sensors; connecting the processor to the trunk port of a first one (140.1) of the network switches, wherein at least two trunk ports are established for the first network switch; and connecting the trunk port of a second one (140.2) of the network switches to a further trunk port of the first network switch.
Beverage-preparation machine , in particular a dispenser, for preparing a beverage by means of a cartridge system, said cartridge system consisting of a cartridge , which has a beverage substance in a reservoir , and of a cartridge receptacle , which is connected to the cartridge and has a mixing chamber, has at least one fluid supply and has a beverage outlet, wherein the beverage-preparation machine comprises a main unit and an in particular balcony-like cartridge holder which protrudes from the main unit , wherein the cartridge holder is designed in such a way that the cartridge system is insertable into it, wherein the cartridge holder comprises an actuator element for actuating a cartridge-emptying device of the cartridge system, wherein the main unit comprises a liquid reservoir , a liquid-conditioning system for conditioning a liquid from the liquid reservoir , in particular for controlling the temperature of and/or carbonating the liquid, a fluid-supply system for introducing the conditioned liquid and/or compressed air into the cartridge system, and a control device for controlling the liquid-conditioning system and/or the fluid-supply system, characterized in that the main unit or the main unit and the cartridge holder comprises/comprise a drive for the actuator element .
Antenna device (10, 10', 10"), comprising a radiator arrangement (12, 12") in an upper plane in the radiating/receiving direction ; and a feed network (14, 14") arranged in a lower plane in the radiating/receiving direction ; wherein the radiator arrangement (12, 12") includes at least four elements spaced apart by columns in the upper plane to be arranged in a quadrant structure, wherein each of the four elements includes, along an axis of symmetry, a base element extending from the upper plane towards the lower plane, forming a feed point via which each element is connected to a corresponding feed point of the feed network ; characterized in that the feed network (14, 14") includes, for each feed point , a stub short circuited with respect to ground and configured to protect against static charge and to suppress interference in HF and VHF ranges. a radiator arrangement (12, 12") in an upper plane in the radiating/receiving direction ; and a feed network (14, 14") arranged in a lower plane in the radiating/receiving direction ; wherein the radiator arrangement (12, 12") includes at least four elements spaced apart by columns in the upper plane to be arranged in a quadrant structure, wherein each of the four elements includes, along an axis of symmetry, a base element extending from the upper plane towards the lower plane, forming a feed point via which each element is connected to a corresponding feed point of the feed network ; characterized in that the feed network (14, 14") includes, for each feed point , a stub short circuited with respect to ground and configured to protect against static charge and to suppress interference in HF and VHF ranges.
A wearing part system comprising a wearing part holder , a wearing part , where the wearing part and the wearing part holder jointly define at least one locking opening ; at least one wedge for locking of the wearing part to the wearing part holder , where the wearing part is arranged with at least one rotatable rotary disk , where the rotary disk can be arranged in a first open position and a second closed position, characterised by the wedge can move in the locking opening through the rotary disk , when the rotary disk is oriented in a first open position, and the wedge is locked and retains the wearing part against the wearing part holder when the rotary disk is oriented in a second closed position; and wherein the rotary disk is arranged in a groove produced in the wearing part at a first opening of the wearing part .
A coextrusion head for a food processing machine , in particular a coextrusion machine, for coextruding a food mass and a casing surrounding the food mass, comprising - at least one feed line section having an inner pipe for conducting in a production direction (P) the food mass to be formed into a strand, wherein an inlet end of the inner pipe is connectable to an outlet of a stuffing machine , - a housing extending in the production direction (P) from the feed line section and surrounding the inner pipe , and - a receiving chamber , formed between the inner pipe and the housing , for a casing material to be applied to the strand, said receiving chamber having a housing inlet for the casing material, characterized in that the feed line section and the housing are integrally embodied and the coextrusion head further comprises a die attachment that has a die opening shaped correspondingly to the inner pipe and that is connected to the housing , in particular to a distal end of the housing . - at least one feed line section having an inner pipe for conducting in a production direction (P) the food mass to be formed into a strand, wherein an inlet end of the inner pipe is connectable to an outlet of a stuffing machine , - a housing extending in the production direction (P) from the feed line section and surrounding the inner pipe , and - a receiving chamber , formed between the inner pipe and the housing , for a casing material to be applied to the strand, said receiving chamber having a housing inlet for the casing material,
An apparatus for selective unlocking actuation of storage containers , comprising: an index plate defining one or more spaces over a surface of the plate (34; 102, 104), wherein each of the one or more spaces has a corresponding protrusion (52A, 52B, 52C extending within; a first actuator configured to translate the index plate in a first direction ; a second actuator configured to translate the index plate in a second direction different from the first direction; and one or more lever arms which correspondingly extend from a locking mechanism and the one or more spaces , wherein by translation of the index plate in the first direction selective engagement of a single lever arm by a corresponding single protrusion actuates by translation of the index plate in the second direction the single lever arm from a locked configuration to an unlocked configuration. an index plate defining one or more spaces over a surface of the plate (34; 102, 104), wherein each of the one or more spaces has a corresponding protrusion (52A, 52B, 52C extending within; a first actuator configured to translate the index plate in a first direction ; a second actuator configured to translate the index plate in a second direction different from the first direction; and one or more lever arms which correspondingly extend from a locking mechanism and the one or more spaces , wherein by translation of the index plate in the first direction selective engagement of a single lever arm by a corresponding single protrusion actuates by translation of the index plate in the second direction the single lever arm from a locked configuration to an unlocked configuration.
A backboard structure, comprising: a backboard; a line card, arranged on a front surface of the backboard; a switch card, arranged on a back surface of the backboard; a first socket for connecting the line card to the switch card, arranged at the front side of the backboard; a second socket for connecting the switch card to the line card, arranged at the back side of the backboard; the first socket and the second socket are orthogonally arranged on a same layer; characterized in that the backboard structure further comprises: a cable box, arranged on the backboard, for cross-layer connecting the switch card and the line card. a backboard; a line card, arranged on a front surface of the backboard; a switch card, arranged on a back surface of the backboard; a first socket for connecting the line card to the switch card, arranged at the front side of the backboard; a second socket for connecting the switch card to the line card, arranged at the back side of the backboard; the first socket and the second socket are orthogonally arranged on a same layer; characterized in that the backboard structure further comprises: a cable box, arranged on the backboard, for cross-layer connecting the switch card and the line card.