mhurhangee/patent-ind-claim-en huggingface dataset:
A battery apparatus comprising: a plurality of battery packs connected in parallel and comprising a first battery pack and a second battery pack; a plurality of current sensors comprising a first current sensor that measures a current of the first battery pack and a second current sensor that measures a current of the second battery pack; the battery apparatus is characterised by a processing circuitry that diagnoses the first current sensor and the second current sensor based on a first ratio and a second ratio, the first ratio corresponding to a ratio between a current of the first battery pack and a current of the second battery pack that are calculated based on resistances or capacities of the plurality of battery packs, and the second ratio corresponding to a ratio between the current of the first battery pack and the current of the second battery pack that are measured by the plurality of current sensors. a plurality of battery packs connected in parallel and comprising a first battery pack and a second battery pack; a plurality of current sensors comprising a first current sensor that measures a current of the first battery pack and a second current sensor that measures a current of the second battery pack; the battery apparatus is characterised by a processing circuitry that diagnoses the first current sensor and the second current sensor based on a first ratio and a second ratio, the first ratio corresponding to a ratio between a current of the first battery pack and a current of the second battery pack that are calculated based on resistances or capacities of the plurality of battery packs, and the second ratio corresponding to a ratio between the current of the first battery pack and the current of the second battery pack that are measured by the plurality of current sensors.
A method for mounting a roller shutter box on a frame part , such as a window or door frame, wherein a holding part , to which the roller shutter box is snap-connected, is fastened to the frame part , and wherein furthermore the mounted roller shutter box is reinforced by means of a static part , which acts directly between a building wall and the holding part , characterised in that the static part is firmly connected to the roller shutter box before the roller shutter box is installed, in that the roller shutter box with the connected static part is then latched onto the holding part for the installation of the roller shutter box , in that a positive-locking connection is produced between the static part and the holding part , in that the roller shutter box is displaced into a displacement position (S2) in a longitudinal or transverse direction of the holding part after being placed onto the holding part , and in that a blocking part is assigned to the static part as a result of the displacement, which prevents the static part in the displacement position (S2) from being released from the positive-locking connection in the event of a load in a depth direction (T) of the roller shutter box .
A perimeter for inspecting a visual field of an examinee in such a state the examinee fixates a predetermined fixation point, comprising: - a region designator that is configured to display an image that shows a past perimetry result ("the perimetry result image" hereinafter) or a fundus image (both images are collectively referred to as "the designation image" hereinafter), and to designate a region on which the perimetry is expected to be done ("the inspection region" hereinafter) on the designation image; - a region determinator that determines a region to which the stimuli are presented ("the stimulus presentation region" hereinafter) based upon the designated inspection region; - a position determinator that determines a position of a spot onto which the stimulus is presented in the stimulus presentation region ("the stimulus presentation spot" hereinafter); - a stimulus presentator that presents the stimulus with a predetermined brightness to each position determined through the position determinator in order; - an operation portion to be operated by the examinee who perceived the presented stimulus; and - a result judger that judges the inspection result based upon signals from the stimulus presentator and the operation portion; whereby the region determinator is configured such that both regions, the regions (C2,C3) separated in an up/down direction, an oblique direction or a right/left direction from the inspection region (B, B1∼B3) ("the spaced region" hereinafter) and the inspection region (B, B1∼B3) are determined as the stimulus presentation region, and the stimulus presentator presents the stimuli onto both regions, the spaced region (C2,C3) and the inspection region (B, B1∼B3). - a region designator that is configured to display an image that shows a past perimetry result ("the perimetry result image" hereinafter) or a fundus image (both images are collectively referred to as "the designation image" hereinafter), and to designate a region on which the perimetry is expected to be done ("the inspection region" hereinafter) on the designation image; - a region determinator that determines a region to which the stimuli are presented ("the stimulus presentation region" hereinafter) based upon the designated inspection region; - a position determinator that determines a position of a spot onto which the stimulus is presented in the stimulus presentation region ("the stimulus presentation spot" hereinafter); - a stimulus presentator that presents the stimulus with a predetermined brightness to each position determined through the position determinator in order; - an operation portion to be operated by the examinee who perceived the presented stimulus; and - a result judger that judges the inspection result based upon signals from the stimulus presentator and the operation portion;
An ultrasound system comprising: - a housing; - a control panel coupled to the housing; and - a receiver assembly coupled to the housing, wherein the receiver assembly includes a slot and a first contact surface , especially the first contact surface comprising a plurality of conductive surfaces; and - a transducer assembly , comprising a cartridge ; an ultrasound probe coupled to the cartridge via a cable ; and a second contact surface coupled to the cartridge, wherein the second contact surface comprises a plurality of conductive surfaces; wherein the slot is configured to receive the cartridge of the ultrasound transducer assembly ; and wherein the first contact surface is configured to contact the second contact surface of the transducer assembly when the cartridge is positioned within the slot in an engaged position; and the receiver assembly comprising an actuator and at least one of a switch or a sensor, wherein the switch or the sensor detects the presence of the cartridge and sends a feedback signal when the cartridge is in a partially inserted position, and the actuator is configured to pull the cartridge from the partially inserted position to the engaged position in the slot based on the feedback signal from the at least one of the switch or the sensor. - a housing; - a control panel coupled to the housing; and - a receiver assembly coupled to the housing, wherein the receiver assembly includes a slot and a first contact surface , especially the first contact surface comprising a plurality of conductive surfaces; and - a transducer assembly , comprising a cartridge ; an ultrasound probe coupled to the cartridge via a cable ; and a second contact surface coupled to the cartridge, wherein the second contact surface comprises a plurality of conductive surfaces; wherein the slot is configured to receive the cartridge of the ultrasound transducer assembly ; and wherein the first contact surface is configured to contact the second contact surface of the transducer assembly when the cartridge is positioned within the slot in an engaged position; and the receiver assembly comprising an actuator and at least one of a switch or a sensor, wherein the switch or the sensor detects the presence of the cartridge and sends a feedback signal when the cartridge is in a partially inserted position, and the actuator is configured to pull the cartridge from the partially inserted position to the engaged position in the slot based on the feedback signal from the at least one of the switch or the sensor.
Handpiece for endodontic treatment, characterized in that it comprises an irrigation device comprising a reservoir to contain a stock of irrigation solution and a pumping and ejecting device for conveying said irrigation solution from the reservoir to a head for the purpose of ejecting the solution into a root canal, and in that it comprises an agitator device for setting in motion an endpiece inducing a genuine movement of the endpiece relative to the handpiece and not a vibration of the assembly, said endpiece being intended to penetrate inside a root canal in order to promote the action of the irrigation solution.
An oil-in-water emulsified food composition comprising: • Vegetable oil, • Water, • Extract of Morus alba in an amount of 0.01 to 1.5 wt%, expressed as dry weight of extract on weight of total food composition, • Acid, wherein the extract of Morus alba comprises polyphenols in a total amount of from 0.6 to 15 GAE% ("gallic acid equivalent"), preferably of 1 to 15 GAE %, based on the dry weight of the extract, wherein the pH of the food composition is from 2.5 to 5. • Vegetable oil, • Water, • Extract of Morus alba in an amount of 0.01 to 1.5 wt%, expressed as dry weight of extract on weight of total food composition, • Acid,
A content display control method comprising: displaying a content image on a screen ; detecting reflection light of a beam of light reflected off the screen , the beam of light being emitted from a portable device onto the screen ; selecting one mode from among a plurality of modes based on a size of a light spot and a central luminance of the detected reflection light on the screen, whereby at least two of said plurality of modes are associated with the same size of a light spot but with two different central luminances, whereby the size of a light spot is the distance on the screen at which luminance of the detected reflection light on the screen reaches a predetermined threshold, and the central luminance of the light spot is the luminance at the center of the light spot; detecting a user's operation in a period from selecting the mode to turning off the beam of light, based on the state of the reflection light in association with the selected mode; and controlling display of the content image on the screen based on the detected user's operation. displaying a content image on a screen ; detecting reflection light of a beam of light reflected off the screen , the beam of light being emitted from a portable device onto the screen ; selecting one mode from among a plurality of modes based on a size of a light spot and a central luminance of the detected reflection light on the screen, whereby at least two of said plurality of modes are associated with the same size of a light spot but with two different central luminances, whereby the size of a light spot is the distance on the screen at which luminance of the detected reflection light on the screen reaches a predetermined threshold, and the central luminance of the light spot is the luminance at the center of the light spot; detecting a user's operation in a period from selecting the mode to turning off the beam of light, based on the state of the reflection light in association with the selected mode; and controlling display of the content image on the screen based on the detected user's operation.
A network element selection method, wherein the method comprises: Receiving , by a first network element in a first communications system, a first message from a terminal device, wherein the first message is used to request to establish a session; and in response to the first message, determining , by the first network element in the first communications system, a target session management function network element based on a capability of the terminal device and subscription information of the terminal device, wherein the subscription information indicates whether a data network identity corresponding to the session supports interworking with a second communications system or not. Receiving , by a first network element in a first communications system, a first message from a terminal device, wherein the first message is used to request to establish a session; and in response to the first message, determining , by the first network element in the first communications system, a target session management function network element based on a capability of the terminal device and subscription information of the terminal device, wherein the subscription information indicates whether a data network identity corresponding to the session supports interworking with a second communications system or not.
A method performed by a server to manage devices, the method comprising: receiving , from a first device , a request for the first device to be a follower of a second device ; transmitting the request to the second device ; receiving an approval response to the request from the second device receiving , from the second device , a device message representing an event that occurs in the second device , the device message formed as a structured message in a machine readable language, wherein the event is an event that occurs according to a state of the second device or an operation of the second device ; receiving external context data from a third-party external server ; generating a context-based message which is formed as a structured message in a machine readable language based on a combination of the event comprised in the received device message and the received external context data; and transmitting the context-based message to the first device according to the request from the first device ; wherein the context-based message is a processed message from the device message for notifying an action to be required to a user of the first device based on the external context data. receiving , from a first device , a request for the first device to be a follower of a second device ; transmitting the request to the second device ; receiving an approval response to the request from the second device receiving , from the second device , a device message representing an event that occurs in the second device , the device message formed as a structured message in a machine readable language, wherein the event is an event that occurs according to a state of the second device or an operation of the second device ; receiving external context data from a third-party external server ; generating a context-based message which is formed as a structured message in a machine readable language based on a combination of the event comprised in the received device message and the received external context data; and transmitting the context-based message to the first device according to the request from the first device ; wherein the context-based message is a processed message from the device message for notifying an action to be required to a user of the first device based on the external context data.
A plasma etching method in which an etching gas is supplied into a processing chamber and plasma is generated from the etching gas and a bias potential is applied to a platen which is disposed in the processing chamber and on which a silicon carbide substrate (K) is placed, thereby plasma etching the silicon carbide substrate (K) on the platen , with a silicon dioxide film or a nickel film as etching mask formed on the surface of the silicon carbide substrate (K), wherein SF 6 gas is used as the etching gas, wherein the silicon carbide substrate (K) is heated to a temperature between 200°C and 400°C for etching, and wherein, after the silicon carbide substrate (K) is heated in advance until the temperature thereof reaches the temperature for etching between 200°C and 400°C, the silicon carbide substrate (K) is etched by the plasma generated from the etching gas while maintaining the temperature of the silicon carbide substrate (K) at the temperature for etching between 200°C and 400°C, and wherein when etching the silicon carbide substrate (K) having the silicon dioxide film or nickel film as etching mask formed on the surface thereof using the plasma generated from the etching gas while maintaining the temperature of the silicon carbide substrate (K) at the temperature for etching between 200°C and 400°C an etching shape of a hole (H) or trench (H) formed by etching is obtained without a sub-trench being formed at a bottom of the hole (H) or trench (H) and without the side wall of the hole (H) or trench (H) being etched isotropically. an etching gas is supplied into a processing chamber and plasma is generated from the etching gas and a bias potential is applied to a platen which is disposed in the processing chamber and on which a silicon carbide substrate (K) is placed, thereby plasma etching the silicon carbide substrate (K) on the platen , with a silicon dioxide film or a nickel film as etching mask formed on the surface of the silicon carbide substrate (K), wherein SF 6 gas is used as the etching gas, wherein the silicon carbide substrate (K) is heated to a temperature between 200°C and 400°C for etching, and wherein, after the silicon carbide substrate (K) is heated in advance until the temperature thereof reaches the temperature for etching between 200°C and 400°C, the silicon carbide substrate (K) is etched by the plasma generated from the etching gas while maintaining the temperature of the silicon carbide substrate (K) at the temperature for etching between 200°C and 400°C, and wherein when etching the silicon carbide substrate (K) having the silicon dioxide film or nickel film as etching mask formed on the surface thereof using the plasma generated from the etching gas while maintaining the temperature of the silicon carbide substrate (K) at the temperature for etching between 200°C and 400°C an etching shape of a hole (H) or trench (H) formed by etching is obtained without a sub-trench being formed at a bottom of the hole (H) or trench (H) and without the side wall of the hole (H) or trench (H) being etched isotropically.
A series hydrostatic transmission for a vehicle, the vehicle comprising a plurality of wheels , the transmission comprising: first hydraulic pump and a hydraulic motor each of which has a pumping mode in which it operates as a hydraulic pump and a motoring mode in which it operates as a hydraulic motor, the pump being torque connected or torque connectable to at least one prime mover , the motor being torque connected or torque connectable to one or more of the wheels by way of a torque transmitting device, wherein the transmission has at least a first mode in which the pump and motor are fluidly connected to each other such that fluid pressurised by the pump drives the motor, a second mode in which energy from hydraulic fluid pressurised by the motor in the pumping mode is transferred to an energy store , and a third mode in which energy from the energy store drives the motor , characterised by the said pump and the said motor each comprising a plurality of cylinders of cyclically varying working volume in which the displacement of hydraulic fluid through each cylinder is regulated by one or more electronically controllable valves , on each cycle of cylinder working volume, and in phased relationship to cycles of cylinder working volume with reference to a phase signal provided by a phase sensor, and wherein the motor comprises a valve assembly disposed between a high pressure line and a working chamber of the motor, the valve assembly comprising: a main valve having a main valve element providing sealing contact with a valve seat ; and a pilot valve for equalising pressure across the main valve element by placing the working chamber in direct fluid communication with the high pressure line . characterised by the said pump and the said motor each comprising a plurality of cylinders of cyclically varying working volume in which the displacement of hydraulic fluid through each cylinder is regulated by one or more electronically controllable valves , on each cycle of cylinder working volume, and in phased relationship to cycles of cylinder working volume with reference to a phase signal provided by a phase sensor, and wherein the motor comprises a valve assembly disposed between a high pressure line and a working chamber of the motor, the valve assembly comprising: a main valve having a main valve element providing sealing contact with a valve seat ; and a pilot valve for equalising pressure across the main valve element by placing the working chamber in direct fluid communication with the high pressure line .
A base structure adapted for a seat body of a child safety seat, comprising: a first base ; a second base pivotally connected to the first base and located above the first base , at least one locking hole being formed on a bottom portion of the second base ; at least one locking component , the at least one locking component being slidably disposed on the first base , an end of the at least one locking component being configured to engage with an end of the at least one locking hole ; and at least one releasing mechanism , charterized in that an end of the at least one releasing mechanism is located inside the second base and slidably disposed inside another end of the at least one locking hole , the at least one releasing mechanism being operated to push the at least one locking component to disengage from the at least one locking hole . a first base ; a second base pivotally connected to the first base and located above the first base , at least one locking hole being formed on a bottom portion of the second base ; at least one locking component , the at least one locking component being slidably disposed on the first base , an end of the at least one locking component being configured to engage with an end of the at least one locking hole ; and at least one releasing mechanism , charterized in that an end of the at least one releasing mechanism is located inside the second base and slidably disposed inside another end of the at least one locking hole , the at least one releasing mechanism being operated to push the at least one locking component to disengage from the at least one locking hole .