mhurhangee/patent-ind-claim-en huggingface dataset:
A 4-bar kinematic link comprising: a base member formed of composite material, having at least two sets of a plurality of apertures formed on the surface of the base member, the base member further including a plurality of mounting apertures for connecting the base member to another structure moveable by the 4-bar kinematic link ; an upper arm formed of composite material, the upper arm having a body with two tabs extending from the body and a hinge pin extending between the two tabs , the hinge pin extends rotatably through one of the at least two sets of the plurality of apertures of the base member , wherein the body , hinge pin and two tabs are integrally formed together as one piece and the hinge pin is formed through the one of the at least two sets of the plurality of apertures of the base member , wherein the upper arm has a mounting aperture formed through the body to allow the upper arm to be pivotally connected to another object; and a lower arm formed of composite material, the lower arm having a body with two tabs extending from the body and a hinge pin extending between the two tabs , the hinge pin extends rotatably through another one of the at least two sets for the plurality of apertures of the base member , wherein the body , hinge pin and two tabs are integrally formed together as one piece and the hinge pin is formed through the another one of the at least two sets of the plurality of apertures of the base member , wherein the lower arm has a mounting aperture formed through the body to allow the lower arm to be pivotally connected to another object. a base member formed of composite material, having at least two sets of a plurality of apertures formed on the surface of the base member, the base member further including a plurality of mounting apertures for connecting the base member to another structure moveable by the 4-bar kinematic link ; an upper arm formed of composite material, the upper arm having a body with two tabs extending from the body and a hinge pin extending between the two tabs , the hinge pin extends rotatably through one of the at least two sets of the plurality of apertures of the base member , wherein the body , hinge pin and two tabs are integrally formed together as one piece and the hinge pin is formed through the one of the at least two sets of the plurality of apertures of the base member , wherein the upper arm has a mounting aperture formed through the body to allow the upper arm to be pivotally connected to another object; and a lower arm formed of composite material, the lower arm having a body with two tabs extending from the body and a hinge pin extending between the two tabs , the hinge pin extends rotatably through another one of the at least two sets for the plurality of apertures of the base member , wherein the body , hinge pin and two tabs are integrally formed together as one piece and the hinge pin is formed through the another one of the at least two sets of the plurality of apertures of the base member , wherein the lower arm has a mounting aperture formed through the body to allow the lower arm to be pivotally connected to another object.
An arrangement for visual indication of an electrical quantity, said electrical quantity being a level of current and/or power consumption of one or several apparatuses, the arrangement comprising a power cable having a conductor for transmitting current to said one or several apparatuses, wherein the arrangement further comprises a wire shaped illuminator and a controller , said controller comprising: a measuring arrangement for measuring said level of current and/or power consumption; a processing arrangement for adapting a control signal to control at least one illumination characteristic of said illuminator with respect to said electrical quantity, wherein said at least one illumination characteristic is one or several of intensity, colour or frequency, and a driver (45a-45c) for driving said illuminator receiving the control signal from said processing arrangement, wherein said wire shaped illuminator is arranged along said conductor . a measuring arrangement for measuring said level of current and/or power consumption; a processing arrangement for adapting a control signal to control at least one illumination characteristic of said illuminator with respect to said electrical quantity, wherein said at least one illumination characteristic is one or several of intensity, colour or frequency, and a driver (45a-45c) for driving said illuminator receiving the control signal from said processing arrangement,
An anechoic chamber for testing a device under test over-the-air, the anechoic chamber comprising at least one reflecting surface being configured to variably manipulate in a defined manner at least one reflection process of at least one electromagnetic wave usable for testing the device under test , wherein the anechoic chamber is characterized in that a direction of the electromagnetic wave reflected is manipulated.
A monitoring system for gathering evidence of and generating an alert to the mistreatment of a person in care comprising: a wearable device worn by a user comprising sensors to detect signals indicative of possible mistreatment of the user, the sensors including a microphone configured to detect trigger words indicative of violence or abuse and/or loud volume; a hub device wirelessly connected to the wearable device and with access to an independent communication network, the hub also comprising means for monitoring and recording the possible mistreatment of the user; configured such that, in use, when the wearable device detects possible mistreatment of the user a wireless communication is made between the wearable device and the hub instructing the hub to start recording the possible mistreatment of the user, and the hub further sends a notification via the independent communication network to a non-wearer user alerting the non-wearer user of the possible mistreatment of the user and allowing the non-wearer user to view the recording of the possible mistreatment of the user; and further configured such that when the wearable device detects a possible mistreatment incident, but is out of communication range with the hub, the microphone of the wearable device records the sound of the potential mistreatment incident, and once the wearable device is back in communication range with the hub, transfers the recording of the potential mistreatment incident to the hub, wherein the hub then sends a notification to the non-wearer user.
Arrangement for detecting damage to an inner coating of a container, wherein the container comprises a container wall of a conductive material, which is connected to a lightning protection or a first equipotential bonding and wherein a first electrode for a first measuring point , which is connected to a measuring arrangement, is arranged in a first pipeline leading into the container , wherein the first pipeline and the container are at least partially filled with an electrically conductive process liquid and wherein the container wall has an insulating inner coating of plastic, characterized in that the container is connected via the first pipeline of an electrically non-conductive material to a first plant part , in that a second measuring point is arranged on the first plant part , in that the first measuring point is arranged on the first electrode of a plastic intermediate flange disc and in that the measuring arrangement is connected in an electrically conducting manner to the first measuring point and a second equipotential bonding or to the second measuring point .
An information processing device comprising: an imaging section configured to image an object; a display section configured to display at least an icon for controlling the imaging section, wherein the icon is a button ; an operation section configured to acquire a first operation and a second operation on the button , wherein the first operation is a first drag operation on the button and the second operation is a pressing operation on the button; and a controller configured to, when the operation section has acquired the first operation, set a timer in accordance with an operation amount of the first operation, wherein the operation amount is a distance of a movement of the button on the display section caused by the first drag operation, and change a display of the button on the display section in accordance with a progress of the timer, and to, when the operation section has acquired the second operation or when the timer has expired, cause the imaging section to image the object, wherein the controller changes a display position of the button on the display section along a direction of the first drag operation in accordance with the progress of the timer. an imaging section configured to image an object; a display section configured to display at least an icon for controlling the imaging section, wherein the icon is a button ; an operation section configured to acquire a first operation and a second operation on the button , wherein the first operation is a first drag operation on the button and the second operation is a pressing operation on the button; and a controller configured to, when the operation section has acquired the first operation, set a timer in accordance with an operation amount of the first operation, wherein the operation amount is a distance of a movement of the button on the display section caused by the first drag operation, and change a display of the button on the display section in accordance with a progress of the timer, and to, when the operation section has acquired the second operation or when the timer has expired, cause the imaging section to image the object, wherein the controller changes a display position of the button on the display section along a direction of the first drag operation in accordance with the progress of the timer.
A method for use by a user equipment, the method comprising: receiving by the user equipment a handover, HO, command of conditional handover, CHO, from a serving network cell of a plurality of network cells which provides a communication service for the user equipment, acquiring by the user equipment current handover related information when the HO command has been received, logging, by the user equipment, the current handover related information only if a predetermined condition is fulfilled, wherein the predetermined condition is a condition that the current handover related information is different from previous handover related information, wherein the previous handover related information was acquired and reported by the user equipment to the serving cell before receiving the HO command, wherein the predetermined condition further comprises a condition that a certain time duration T has elapsed since the receiving of the handover command before initiating a CHO execution. receiving by the user equipment a handover, HO, command of conditional handover, CHO, from a serving network cell of a plurality of network cells which provides a communication service for the user equipment, acquiring by the user equipment current handover related information when the HO command has been received, logging, by the user equipment, the current handover related information only if a predetermined condition is fulfilled, wherein the predetermined condition is a condition that the current handover related information is different from previous handover related information, wherein the previous handover related information was acquired and reported by the user equipment to the serving cell before receiving the HO command, wherein the predetermined condition further comprises a condition that a certain time duration T has elapsed since the receiving of the handover command before initiating a CHO execution.
A computer-implemented method for implementing blockchain contracts comprising: obtaining , by a blockchain node, bytecode of a blockchain contract, wherein the bytecode comprises raw bytecode compiled, from source code of the blockchain contract, by a compiler on a client device and an indicator added to the raw bytecode, the indicator indicating a type of programming language of the source code in which the blockchain contract is written; determining , by the blockchain node, a virtual machine from a plurality of virtual machines of different types, the determined virtual machine corresponding to the type of programming language of the source code in which the blockchain contract is written based at least on the indicator; and triggering , by the blockchain node, the determined virtual machine to execute the blockchain contract. obtaining , by a blockchain node, bytecode of a blockchain contract, wherein the bytecode comprises raw bytecode compiled, from source code of the blockchain contract, by a compiler on a client device and an indicator added to the raw bytecode, the indicator indicating a type of programming language of the source code in which the blockchain contract is written; determining , by the blockchain node, a virtual machine from a plurality of virtual machines of different types, the determined virtual machine corresponding to the type of programming language of the source code in which the blockchain contract is written based at least on the indicator; and triggering , by the blockchain node, the determined virtual machine to execute the blockchain contract.
Secure document in the form of a booklet composed of at least one leaf that can be folded about a fold axis, the document comprising a transponder provided with an electronic chip comprising a memory for the storage of data and a transponder antenna , characterized in that it further comprises two amplification antennas , distinct from the transponder antenna , disposed on pages of the document such that, when the document is in the open position, one of the amplification antennas amplifies the electromagnetic flux picked up by the antenna of the transponder to allow the document to communicate with a remote reader, and in that the amplification antennas are configured such that the electromagnetic fluxes that they generate when the booklet is in the closed position are substantially opposed so as to cancel the amplification effect, the electromagnetic flux picked up by the antenna of the transponder then being below a minimum threshold necessary to allow the electronic chip to communicate with a remote reader.
A solid-state circuit breaker configured to feed current to an inductive load having a recovery voltage associated therewith, the solid-state circuit breaker comprising: line-in and line-out terminals (117(1-2)); a solid-state device configured between the line-in and line-out terminals (117(1-2)); an air-gap forming apparatus between the line-in and line-out terminals (117(1-2)) and coupled in series with the solid-state device to complete a current conducting path; characterised in that the solid-state circuit breaker further comprises: a sensing and control unit provided across a connection point after an air gap and a neutral to control a gate of the solid-state device ; a first switching component (110 ) coupled in series with an actuator coil across the connection point after the air gap and the neutral such that the sensing and control unit to control a gate of the first switching component (110 ); and a second switching component (110 ) coupled between the line-out terminal (117 ) and a terminal between the actuator coil and the first switching component (110 ) such that the sensing and control unit to control a gate of the second switching component (110 ), wherein the actuator coil is configured to discharge and dissipate the recovery voltage . line-in and line-out terminals (117(1-2)); a solid-state device configured between the line-in and line-out terminals (117(1-2)); an air-gap forming apparatus between the line-in and line-out terminals (117(1-2)) and coupled in series with the solid-state device to complete a current conducting path; characterised in that the solid-state circuit breaker further comprises: a sensing and control unit provided across a connection point after an air gap and a neutral to control a gate of the solid-state device ; a first switching component (110 ) coupled in series with an actuator coil across the connection point after the air gap and the neutral such that the sensing and control unit to control a gate of the first switching component (110 ); and a second switching component (110 ) coupled between the line-out terminal (117 ) and a terminal between the actuator coil and the first switching component (110 ) such that the sensing and control unit to control a gate of the second switching component (110 ), wherein the actuator coil is configured to discharge and dissipate the recovery voltage . a sensing and control unit provided across a connection point after an air gap and a neutral to control a gate of the solid-state device ; a first switching component (110 ) coupled in series with an actuator coil across the connection point after the air gap and the neutral such that the sensing and control unit to control a gate of the first switching component (110 ); and a second switching component (110 ) coupled between the line-out terminal (117 ) and a terminal between the actuator coil and the first switching component (110 ) such that the sensing and control unit to control a gate of the second switching component (110 ), wherein the actuator coil is configured to discharge and dissipate the recovery voltage .
A traction sheave for an elevator system comprising: an outer sheave surface having a distance from a sheave axis that varies along a width of the traction sheave , the outer surface including: a first portion having a first coefficient of friction; and one or more second portions having a second coefficient of friction less than the first coefficient of friction; wherein the first portion is positioned at a center area of the outer sheave surface relative to the width of the traction sheave ; and wherein the outer sheave surface has a spherical crown. a first portion having a first coefficient of friction; and one or more second portions having a second coefficient of friction less than the first coefficient of friction; wherein the first portion is positioned at a center area of the outer sheave surface relative to the width of the traction sheave ; and wherein the outer sheave surface has a spherical crown.
A method for additive manufacturing a metal alloy, comprising: providing a powder feedstock comprising at least one metal alloy to a powder feed system, wherein the at least one metal alloy is an aluminum alloy; providing a separate powder feedstock comprising at least one grain refiner to a powder feed system, wherein the at least one grain refiner is one or more of TiB 2 , TiC, TiAl, AlB 2 and mixtures thereof; combining the feedstocks in pre-set proportions and exposing the feedstocks to an energy source to form a melt pool comprising the at least one metal alloy and the at least one grain refiner; and solidifying at least a portion of the melt pool to form a modified alloy comprising an amount of the at least one grain refiner in the modified alloy in the range of between from 1.5 % to 3.5 % by weight of the modified alloy. providing a powder feedstock comprising at least one metal alloy to a powder feed system, wherein the at least one metal alloy is an aluminum alloy; providing a separate powder feedstock comprising at least one grain refiner to a powder feed system, wherein the at least one grain refiner is one or more of TiB 2 , TiC, TiAl, AlB 2 and mixtures thereof; combining the feedstocks in pre-set proportions and exposing the feedstocks to an energy source to form a melt pool comprising the at least one metal alloy and the at least one grain refiner; and solidifying at least a portion of the melt pool to form a modified alloy comprising an amount of the at least one grain refiner in the modified alloy in the range of between from 1.5 % to 3.5 % by weight of the modified alloy.
A power production system comprising: a working fluid circuit through which a working fluid is cycled between a higher pressure and a lower pressure; a power generating turbine fluidly connected to the working fluid circuit so as to receive working fluid at the higher pressure, expand the working fluid, and output the working fluid from an outlet thereof at the lower pressure; a first compression component downstream of the power generating turbine and in fluid connection therewith; a second compression component downstream of the first compression component and in fluid connection therewith; a storage tank in fluid communication with the working fluid circuit ; a controller configured to transfer working fluid between the storage tank and one or more positions in the working fluid circuit ; characterized in that the power production system further comprises at least one line (44a; 44b) configured for passage of working fluid between the storage tank and the working fluid circuit, wherein the at least one line (44a; 44b) is configured to remove working fluid from the working fluid circuit downstream from the first compression component and upstream from the second compression component a working fluid circuit through which a working fluid is cycled between a higher pressure and a lower pressure; a power generating turbine fluidly connected to the working fluid circuit so as to receive working fluid at the higher pressure, expand the working fluid, and output the working fluid from an outlet thereof at the lower pressure; a first compression component downstream of the power generating turbine and in fluid connection therewith; a second compression component downstream of the first compression component and in fluid connection therewith; a storage tank in fluid communication with the working fluid circuit ; a controller configured to transfer working fluid between the storage tank and one or more positions in the working fluid circuit ; characterized in that the power production system further comprises at least one line (44a; 44b) configured for passage of working fluid between the storage tank and the working fluid circuit, wherein the at least one line (44a; 44b) is configured to remove working fluid from the working fluid circuit downstream from the first compression component and upstream from the second compression component
A coating composition comprising: a film-forming resin composition comprising an aqueous dispersion of at least one carboxyl functional polymer; a first crosslinking agent comprising an epoxy silane; and a second crosslinking agent comprising an isocyanate which contains at least one alkoxysilane group. a film-forming resin composition comprising an aqueous dispersion of at least one carboxyl functional polymer; a first crosslinking agent comprising an epoxy silane; and a second crosslinking agent comprising an isocyanate which contains at least one alkoxysilane group.
A motor pump comprising: a combustion engine provided with at least one cooling device ; a pump driven by the engine ; and at least one delivery device which is in fluid communication with the pump , said cooling device comprising a cooling circuit into which a working fluid flows; wherein said cooling circuit passes into said delivery device , so as to cool said working fluid; wherein the pump also comprises at least one suction conduit connectable to a pipe for drawing water from a source or an external tank; the pump being characterized in that said delivery device is connected to said suction conduit via a return channel , and wherein a valve is provided to allow/inhibit the communication between the device and the suction conduit .