mhurhangee/patent-ind-claim-en huggingface dataset:
A device for measuring an electrode potential, the device comprising: a body part, in which an insertion part, into which a cylindrical secondary battery with a separated beaded partis inserted, is formed on one surface thereof; a cover part covering the one surface of the body part; a working electrode terminal fixed to the body part and connected to a first electrode of the cylindrical secondary battery; and a counter electrode terminal fixed to the body part and connected to a second electrode of the cylindrical secondary battery, wherein the insertion part comprises a first insertion part, into which a cap assembly of the cylindrical secondary battery is inserted, a second insertion part, into which a case of the cylindrical secondary battery is inserted, and a third insertion part, into which a first electrode tab of the cylindrical secondary battery is inserted, wherein the second insertion part comprises a case insertion part, into which the case of the cylindrical secondary battery is inserted, and an injection part that extends from the case insertion part to an opening direction of the case of the cylindrical secondary battery and can inject an electrolyte, and wherein a reference electrode terminal is connected to the injection part. a body part, in which an insertion part, into which a cylindrical secondary battery with a separated beaded partis inserted, is formed on one surface thereof; a cover part covering the one surface of the body part; a working electrode terminal fixed to the body part and connected to a first electrode of the cylindrical secondary battery; and a counter electrode terminal fixed to the body part and connected to a second electrode of the cylindrical secondary battery, wherein the insertion part comprises a first insertion part, into which a cap assembly of the cylindrical secondary battery is inserted, a second insertion part, into which a case of the cylindrical secondary battery is inserted, and a third insertion part, into which a first electrode tab of the cylindrical secondary battery is inserted, wherein the second insertion part comprises a case insertion part, into which the case of the cylindrical secondary battery is inserted, and an injection part that extends from the case insertion part to an opening direction of the case of the cylindrical secondary battery and can inject an electrolyte, and wherein a reference electrode terminal is connected to the injection part.
A method for controlling a relay ; wherein the method comprises - applying , at a control time instant , a control signal to a control port of the relay for initiating a switch-off event or a switch-on event of the relay ; wherein the control time instant depends on a previously determined control delay of the relay ; - measuring a relay signal during the switch-off event or the switch-on event of the relay ; characterised in that the relay signal corresponds to or is indicative of a course of a coil current through a coil of the relay during the switch-off event or the switch-on event of the relay ; wherein the relay comprises a movable anchor ; wherein the coil is configured to exert a force onto the anchor subject to the coil current at the control port , in order to connect contacts of the relay ; - detecting arc noise comprised within the relay signal , which is caused by an arc between the contacts of the relay ; - determining arc information regarding the formation of an arc between the contacts of the relay during the switch-off event or the switch-on event of the relay based on the detected arc noise ; and - updating the control delay based on the arc information . - applying , at a control time instant , a control signal to a control port of the relay for initiating a switch-off event or a switch-on event of the relay ; wherein the control time instant depends on a previously determined control delay of the relay ; - measuring a relay signal during the switch-off event or the switch-on event of the relay ; characterised in that the relay signal corresponds to or is indicative of a course of a coil current through a coil of the relay during the switch-off event or the switch-on event of the relay ; wherein the relay comprises a movable anchor ; wherein the coil is configured to exert a force onto the anchor subject to the coil current at the control port , in order to connect contacts of the relay ; - detecting arc noise comprised within the relay signal , which is caused by an arc between the contacts of the relay ; - determining arc information regarding the formation of an arc between the contacts of the relay during the switch-off event or the switch-on event of the relay based on the detected arc noise ; and - updating the control delay based on the arc information .
A method of compression processing, comprising: determining a state of a to-be-transmitted Ethernet packet header; and processing , based on the state of the to-be-transmitted Ethernet packet header, data of the to-be-transmitted Ethernet packet header, wherein the state of the Ethernet packet header is a non-compression order or a compression order; characterized in that determining the state of the to-be-transmitted Ethernet packet header includes: when acknowledgement information is received, transforming from a state to another state. determining a state of a to-be-transmitted Ethernet packet header; and processing , based on the state of the to-be-transmitted Ethernet packet header, data of the to-be-transmitted Ethernet packet header, wherein the state of the Ethernet packet header is a non-compression order or a compression order;
An upper vehicle-body structure, comprising: front pillar portions each having a closed cross-section structure, the front pillar portions configured to be located on both of left and right sides of a front windshield in a vehicle width direction; and hinge pillar portions each having a closed cross-section structure, the hinge pillar portions extending downward from front end portions of the front pillar portions and being configured to support door hinge members, wherein a reinforcement portion at least provided at a position where a curvature of an edge on a door opening portion side in a bent portion between the front pillar portion and the hinge pillar portion is maximum, the reinforcement portion is a plate-like member, an area of a cross section orthogonal to a longitudinal direction (X) of each of the front pillar portions is smaller than an area of a cross section orthogonal to a longitudinal direction (X) of each of the hinge pillar portions , and the plate-like member has a bead portion formed substantially orthogonal to a longitudinal direction of the closed cross-section portion in which the plate-like member is provided, characterized in that the bead portion is formed in a front-high rear-low shape in which a vehicle front side thereof is high and a vehicle rear side thereof is low. front pillar portions each having a closed cross-section structure, the front pillar portions configured to be located on both of left and right sides of a front windshield in a vehicle width direction; and hinge pillar portions each having a closed cross-section structure, the hinge pillar portions extending downward from front end portions of the front pillar portions and being configured to support door hinge members, wherein a reinforcement portion at least provided at a position where a curvature of an edge on a door opening portion side in a bent portion between the front pillar portion and the hinge pillar portion is maximum, the reinforcement portion is a plate-like member, an area of a cross section orthogonal to a longitudinal direction (X) of each of the front pillar portions is smaller than an area of a cross section orthogonal to a longitudinal direction (X) of each of the hinge pillar portions , and the plate-like member has a bead portion formed substantially orthogonal to a longitudinal direction of the closed cross-section portion in which the plate-like member is provided, characterized in that the bead portion is formed in a front-high rear-low shape in which a vehicle front side thereof is high and a vehicle rear side thereof is low.
A method for receiving an uplink frame in a wireless communication system, the method comprising: receiving , by an access point, AP, an uplink orthogonal frequency division multiple access, OFDMA, frame, wherein the uplink OFDMA frame comprises resource units, RUs, communicated by different mobile devices, wherein each of the RUs in the uplink OFDMA frame carries at least two pilot tones; and performing residual carrier frequency offset compensation on the uplink OFDMA frame by tracking a phase of each symbol 2. in the RUs based on the pilot tones carried in the RUs, wherein the residual carrier frequency offset compensation includes estimating a residual carrier frequency offset based on the pilot tones carried in the uplink OFDMA frame. receiving , by an access point, AP, an uplink orthogonal frequency division multiple access, OFDMA, frame, wherein the uplink OFDMA frame comprises resource units, RUs, communicated by different mobile devices, wherein each of the RUs in the uplink OFDMA frame carries at least two pilot tones; and performing residual carrier frequency offset compensation on the uplink OFDMA frame by tracking a phase of each symbol 2. in the RUs based on the pilot tones carried in the RUs, wherein the residual carrier frequency offset compensation includes estimating a residual carrier frequency offset based on the pilot tones carried in the uplink OFDMA frame.
Apparatus for positioning at least one bracket element at a desired location proximate to at least one respective tooth of a subject; the apparatus comprising: a. a support body supporting and integrally formed with at least one support arm, the support arm being arranged to locate a respective bracket element at a desired location with respect to a respective tooth; and b. at least one locating element for locating the support body relative to at least one tooth of a subject; c. at least one bracket element , the bracket element comprising a tooth facing surface securable to a surface of a respective tooth; wherein the support body and at least one support arm is integrally formed with the at least one bracket element and wherein the apparatus is composed of a single material. a. a support body supporting and integrally formed with at least one support arm, the support arm being arranged to locate a respective bracket element at a desired location with respect to a respective tooth; and b. at least one locating element for locating the support body relative to at least one tooth of a subject; c. at least one bracket element , the bracket element comprising a tooth facing surface securable to a surface of a respective tooth;
A camera incorporating a flash module comprising: a rectangular array of light emitting diodes mounted on a single lead frame , wherein the lead frame connects the light emitting diodes in series or in a combination of series and parallel; an array of reflective cups , each of the cups having reflective walls surrounding an associated light emitting diode, each cup having a substantially rectangular light exit aperture , wherein the lead frame and reflective cup material act as a heat sink to remove heat from the light emitting diodes ; a substrate supporting the lead frame and the reflective cups , which substrate is an interposer between the lead frame and a printed circuit board and helps to spread heat, and wherein the substrate comprises top metal pads connected to the anode and cathode of the array of light emitting diodes and metal vias to bottom metal pads for connection to the printed circuit board; a phosphor located within each cup overlying its associated light emitting diode , wherein the rim of a cup is higher than the phosphor; wherein an aspect ratio of the array of cups generally matches an aspect ratio of a field of view of the camera; wherein a drive circuit providing a pulse of current to the lead frame to illuminate the array of light emitting diodes while taking a picture; and wherein the array of reflective cups is made of a thermally conductive material, and the light emitting diodes are thermally coupled to the substrate a rectangular array of light emitting diodes mounted on a single lead frame , wherein the lead frame connects the light emitting diodes in series or in a combination of series and parallel; an array of reflective cups , each of the cups having reflective walls surrounding an associated light emitting diode, each cup having a substantially rectangular light exit aperture , wherein the lead frame and reflective cup material act as a heat sink to remove heat from the light emitting diodes ; a substrate supporting the lead frame and the reflective cups , which substrate is an interposer between the lead frame and a printed circuit board and helps to spread heat, and wherein the substrate comprises top metal pads connected to the anode and cathode of the array of light emitting diodes and metal vias to bottom metal pads for connection to the printed circuit board; a phosphor located within each cup overlying its associated light emitting diode , wherein the rim of a cup is higher than the phosphor; wherein an aspect ratio of the array of cups generally matches an aspect ratio of a field of view of the camera; wherein a drive circuit providing a pulse of current to the lead frame to illuminate the array of light emitting diodes while taking a picture; and wherein the array of reflective cups is made of a thermally conductive material, and the light emitting diodes are thermally coupled to the substrate
A method to provide prognosis and diagnosis of system maintenance, the method comprising: imaging, with at least one imaging unit (150-150C), in real time at least one portion of a system in operation, wherein real time images register a dynamic feature of a dynamic predetermined characteristic of the at least one portion of the system ; comparing, with a controller , the real time images of the at least one portion of the system with stored images to identify a change in the dynamic feature of the dynamic predetermined characteristic of the at least one portion of the system ; and determining, with the controller , whether an abnormality exists in the at least one portion of the system based on the identified change in the dynamic feature between the real time images and the stored images of the at least one portion of the system ; wherein: the system is an environmental control system which includes an air conditioning pack and the at least one portion of the system is comprised in the air conditioning pack; the stored images are stored images of the air conditioning pack in operation in a normal condition mode; and the at least one imaging unit (150-150C) is positioned relative to or within the air conditioning pack . imaging, with at least one imaging unit (150-150C), in real time at least one portion of a system in operation, wherein real time images register a dynamic feature of a dynamic predetermined characteristic of the at least one portion of the system ; comparing, with a controller , the real time images of the at least one portion of the system with stored images to identify a change in the dynamic feature of the dynamic predetermined characteristic of the at least one portion of the system ; and determining, with the controller , whether an abnormality exists in the at least one portion of the system based on the identified change in the dynamic feature between the real time images and the stored images of the at least one portion of the system ; wherein: the system is an environmental control system which includes an air conditioning pack and the at least one portion of the system is comprised in the air conditioning pack; the stored images are stored images of the air conditioning pack in operation in a normal condition mode; and the at least one imaging unit (150-150C) is positioned relative to or within the air conditioning pack . the system is an environmental control system which includes an air conditioning pack and the at least one portion of the system is comprised in the air conditioning pack; the stored images are stored images of the air conditioning pack in operation in a normal condition mode; and the at least one imaging unit (150-150C) is positioned relative to or within the air conditioning pack .
A method performed by one or more processors for executing computer software, the method comprising: determining a distance of a predetermined gesture from a reference location within a vehicle , said reference location being a reference plane coincident with a surface of the vehicle interior; initiating an operation in dependence on the gesture , wherein a mode of the operation is determined based upon a determination of whether the distance of the gesture from the surface is performed closer than a predetermined mode threshold distance to the surface or greater than the predetermined mode threshold distance to the surface, said mode of operation comprising a first mode or a second mode, wherein said first mode is a user-controlled mode of operation wherein continuation of the operation is dependent upon continuation of the gesture, and said second mode is an automatic mode of operation wherein the operation continues regardless of a stopping gesture; wherein the predetermined gesture is a swipe, and determining whether the distance of the gesture from the surface is performed closer than a predetermined mode threshold distance to the surface or greater than the predetermined mode threshold distance to the surface comprises determining whether the swipe is performed along a path which is greater than a predetermined mode threshold distance from the surface. determining a distance of a predetermined gesture from a reference location within a vehicle , said reference location being a reference plane coincident with a surface of the vehicle interior; initiating an operation in dependence on the gesture , wherein a mode of the operation is determined based upon a determination of whether the distance of the gesture from the surface is performed closer than a predetermined mode threshold distance to the surface or greater than the predetermined mode threshold distance to the surface, said mode of operation comprising a first mode or a second mode, wherein said first mode is a user-controlled mode of operation wherein continuation of the operation is dependent upon continuation of the gesture, and said second mode is an automatic mode of operation wherein the operation continues regardless of a stopping gesture; wherein the predetermined gesture is a swipe, and determining whether the distance of the gesture from the surface is performed closer than a predetermined mode threshold distance to the surface or greater than the predetermined mode threshold distance to the surface comprises determining whether the swipe is performed along a path which is greater than a predetermined mode threshold distance from the surface.
An injector for launching a lancet to provide a pricking, the injector comprising: a plunger capable of launching the lancet in a pricking direction, the lancet being in attachment to the plunger ; an injector housing which surrounds the plunger ; and an injector cap capable of being attached and detached with respect to the injector housing , characterized by the injector cap having approximately an elliptical shape in a cross-sectional view of the cap , the view being taken along a direction orthogonal to the pricking direction, each of a first set of two opposed inner faces of the injector cap being provided with a rib , thus forming a first pair of ribs , with the ribs protruding in approximately a perpendicular direction with respect to the opposed inner surfaces of the injector cap wherein the ribs of the injector cap and the plunger are capable of contacting with each other at a point in time after a launching of the plunger for the launching of the lancet . a plunger capable of launching the lancet in a pricking direction, the lancet being in attachment to the plunger ; an injector housing which surrounds the plunger ; and an injector cap capable of being attached and detached with respect to the injector housing , the injector cap having approximately an elliptical shape in a cross-sectional view of the cap , the view being taken along a direction orthogonal to the pricking direction, each of a first set of two opposed inner faces of the injector cap being provided with a rib , thus forming a first pair of ribs , with the ribs protruding in approximately a perpendicular direction with respect to the opposed inner surfaces of the injector cap wherein the ribs of the injector cap and the plunger are capable of contacting with each other at a point in time after a launching of the plunger for the launching of the lancet .
Roll stand with at least two working rolls for rolling strip material and with a hydraulic arrangement for controlling a roll gap of the roll stand, comprising: at least one hydraulic adjusting unit for adjusting the roll gap , the hydraulic adjusting unit comprising a cylinder and an adjusting piston , the adjusting piston dividing the cylinder into a first chamber and a second chamber ; a first valve arrangement for variably controlling the adjusting unit ; a second valve arrangement for variably controlling the adjusting unit , which is connected in parallel with the first valve arrangement and has a larger nominal volume flow than the first valve arrangement ; characterized in that the first valve arrangement is hydraulically connected to the first chamber and the second chamber for double-acting actuation of the adjusting unit , the second valve arrangement is hydraulically connected to the first chamber and the second chamber for double-acting actuation of the adjusting unit , and the hydraulic adjusting unit is capable of being subjected to a working pressure greater than 200 bar from a pressure medium source. at least one hydraulic adjusting unit for adjusting the roll gap , the hydraulic adjusting unit comprising a cylinder and an adjusting piston , the adjusting piston dividing the cylinder into a first chamber and a second chamber ; a first valve arrangement for variably controlling the adjusting unit ; a second valve arrangement for variably controlling the adjusting unit , which is connected in parallel with the first valve arrangement and has a larger nominal volume flow than the first valve arrangement ; characterized in that the first valve arrangement is hydraulically connected to the first chamber and the second chamber for double-acting actuation of the adjusting unit , the second valve arrangement is hydraulically connected to the first chamber and the second chamber for double-acting actuation of the adjusting unit , and the hydraulic adjusting unit is capable of being subjected to a working pressure greater than 200 bar from a pressure medium source.