mhurhangee/patent-ind-claim-en huggingface dataset:
A QR code positioning method, comprising: determining (S102), from a QR code image that comprises first-type pixels and second-type pixels, centers of candidate position detection patterns in the QR code image based on a predetermined row pixel detection rule and a predetermined column pixel detection rule, wherein the row pixel detection rule comprises that a consecutive arrangement ratio of a first-type pixel, a second-type pixel, and a first-type pixel satisfies a first predetermined ratio, and the column pixel detection rule comprises that a consecutive arrangement ratio of a first-type pixel, a second-type pixel, and a first-type pixel satisfies a second predetermined ratio; identifying (S104) the corresponding candidate position detection patterns based on the determined centers of the candidate position detection patterns; and determining (S106), from the identified candidate position detection patterns, patterns that satisfy a QR code image positioning rule, and using the determined patterns as position detection patterns of the QR code image. determining (S102), from a QR code image that comprises first-type pixels and second-type pixels, centers of candidate position detection patterns in the QR code image based on a predetermined row pixel detection rule and a predetermined column pixel detection rule, wherein the row pixel detection rule comprises that a consecutive arrangement ratio of a first-type pixel, a second-type pixel, and a first-type pixel satisfies a first predetermined ratio, and the column pixel detection rule comprises that a consecutive arrangement ratio of a first-type pixel, a second-type pixel, and a first-type pixel satisfies a second predetermined ratio; identifying (S104) the corresponding candidate position detection patterns based on the determined centers of the candidate position detection patterns; and
Washing device, consisting in a box to be inserted in the washing basket of a washing machine, wherein the box has two holes , allowing the access and the exit of water within the box , wherein a number of metallic spheres are contained within the box , said spheres having a diameter larger than the said two holes , characterised in that said metallic spheres are permanent magnets and in that a sphere of pure silver is also contained in the box .
A surgical instrument comprising: a first member including a drive engageable with a first mating surface of a bone fastener ; and a second member being rotatable relative to the first member and including an engagement element connectable with a second mating surface of the bone fastener , wherein the first member includes an outer sleeve that defines an inner cavity configured for disposal of an inner shaft of the second member, characterized in that the engagement element includes an inner surface defining a cavity engageable with the inner shaft for rotation therewith and for axial translation of the engagement element relative to the inner shaft. a first member including a drive engageable with a first mating surface of a bone fastener ; and a second member being rotatable relative to the first member and including an engagement element connectable with a second mating surface of the bone fastener , wherein the first member includes an outer sleeve that defines an inner cavity configured for disposal of an inner shaft of the second member, characterized in that the engagement element includes an inner surface defining a cavity engageable with the inner shaft for rotation therewith and for axial translation of the engagement element relative to the inner shaft.
An electrode drying device comprising: a transfer unit configured to transfer an electrode sheet having an electrode slurry coated onto the current collector, and a drying chamber including an inflow port where the electrode sheet configured to be transferred by the transfer unit enters, wherein an interrupting member for adjusting the flow amount or flow velocity of outside air flowing in a drying chamber is formed at the inflow port , characterised in that a height of a central part of the interrupting member is different from a height of a peripheral part of the interrupting member . a transfer unit configured to transfer an electrode sheet having an electrode slurry coated onto the current collector, and a drying chamber including an inflow port where the electrode sheet configured to be transferred by the transfer unit enters, wherein an interrupting member for adjusting the flow amount or flow velocity of outside air flowing in a drying chamber is formed at the inflow port , characterised in that a height of a central part of the interrupting member is different from a height of a peripheral part of the interrupting member .
A method for manufacture of an annular air swirler suited to arrangement outboard of a main fuel swirler and inboard of a combustor seal in the combustion section of a gas turbine engine, the method comprising the following steps; a) providing an air swirler main body from a first material, the main body comprising a radially outer wall and a radially inner wall defining an annular swirler passage therebetween, the radially inner wall having a passage facing surface comprising an axially extending section and a radially convergent section , the radially convergent section terminating at an outlet to the passage , the radially outer wall having a passage facing surface comprising an axially extending section and a radially convergent section terminating at an outlet to the passage and a radially diverging section extending axially downstream of the passage outlet , a radially outwardly facing surface of the radially outer wall having, in a region opposite the converging and diverging sections, a circumferential and axially extending recess ; b) using an additive layer manufacturing (ALM) process, depositing into the circumferential and axially extending recess a circumferential and axially extending reinforcement of a second material, the second material having superior wear resistance to the first material. a) providing an air swirler main body from a first material, the main body comprising a radially outer wall and a radially inner wall defining an annular swirler passage therebetween, the radially inner wall having a passage facing surface comprising an axially extending section and a radially convergent section , the radially convergent section terminating at an outlet to the passage , the radially outer wall having a passage facing surface comprising an axially extending section and a radially convergent section terminating at an outlet to the passage and a radially diverging section extending axially downstream of the passage outlet , a radially outwardly facing surface of the radially outer wall having, in a region opposite the converging and diverging sections, a circumferential and axially extending recess ; b) using an additive layer manufacturing (ALM) process, depositing into the circumferential and axially extending recess a circumferential and axially extending reinforcement of a second material, the second material having superior wear resistance to the first material.
An electro hydro dynamic apparatus , comprising a first electrode and a second electrode , wherein the second electrode is arranged at a predetermined distance from the first electrode for generating an airflow, wherein the second electrode comprises at least one electrode element , characterized in that the at least one electrode element comprises a gap extending along a length of the at least one electrode element for capillary conducting water droplets along the at least one electrode element , wherein water is conducted in the gap along the at least one electrode element, to an area of the second electrode where the water may be drained from the second electrode without causing electrical breakdown.
A method for managing software components loaded on a device including a device memory for storing a security policy, the device configured to carry out the following steps: loading the security policy from an Extensible Firmware Interface, EFI, system partition into the device memory; identifying a platform manifest having a valid certificate , wherein the platform manifest comprises a list of components that are allowed for an operating system edition; loading the platform manifest from the EFI system partition into the device memory; verifying that a manifest identifier in the platform manifest matches an authorized platform manifest identifier in the security policy; identifying components listed on the platform manifest ; confirming that the platform manifest and the listed components have a valid certificate ; and loading listed components with valid certificates from an operating system partition on the device . loading the security policy from an Extensible Firmware Interface, EFI, system partition into the device memory; identifying a platform manifest having a valid certificate , wherein the platform manifest comprises a list of components that are allowed for an operating system edition; loading the platform manifest from the EFI system partition into the device memory; verifying that a manifest identifier in the platform manifest matches an authorized platform manifest identifier in the security policy; identifying components listed on the platform manifest ; confirming that the platform manifest and the listed components have a valid certificate ; and loading listed components with valid certificates from an operating system partition on the device .
A method for adjusting an emitter of a sender device for free space optical communications, comprising: determining at least one derivative of coupling efficiency of the emitter to a detector of a receiving device as a function of parameters used for control of direction and focus of a beam emitted by the emitter , wherein at least one oscillating component is induced into the parameters, and determining adjustment of the direction and focus based on the determined at least one derivative to focus the beam at the detector . determining at least one derivative of coupling efficiency of the emitter to a detector of a receiving device as a function of parameters used for control of direction and focus of a beam emitted by the emitter , wherein at least one oscillating component is induced into the parameters, and determining adjustment of the direction and focus based on the determined at least one derivative to focus the beam at the detector .
Method for operating a double-fed asynchronous machine , comprising the steps of: - exciting an excitation winding of a rotor of the asynchronous machine by an excitation unit , - controlling the excitation unit by adjusting at least one electrical variable for the excitation, wherein - during the control process, the at least one electrical variable is adjusted independently of stator variables of a winding arrangement of a stator of the asynchronous machine , wherein - the amplitude and/or frequency of a voltage and/or a current flow of the rotor are/is adjusted as the at least one electrical variable for the excitation, so that a predefined phase position and a predefined amplitude are achieved in the stator , characterized in that - during a starting process of the asynchronous machine , whilst a rotation speed of the rotor is increasing, the amplitude of the voltage and/or of the current flow of the rotor is lower than a predetermined start-up limit value and the frequency of the voltage and/or of the current flow of the rotor is adjusted to a grid frequency of an electrical grid to which the winding arrangement of the stator can be connected, wherein - once the winding arrangement of the stator has been connected to the electrical grid , the amplitude of the voltage and/or of the current flow of the rotor is adjusted to a predetermined operating value which is greater than the start-up limit value at least by a predetermined amount. - exciting an excitation winding of a rotor of the asynchronous machine by an excitation unit , - controlling the excitation unit by adjusting at least one electrical variable for the excitation, wherein - during the control process, the at least one electrical variable is adjusted independently of stator variables of a winding arrangement of a stator of the asynchronous machine , wherein - the amplitude and/or frequency of a voltage and/or a current flow of the rotor are/is adjusted as the at least one electrical variable for the excitation, so that a predefined phase position and a predefined amplitude are achieved in the stator , characterized in that - during a starting process of the asynchronous machine , whilst a rotation speed of the rotor is increasing, the amplitude of the voltage and/or of the current flow of the rotor is lower than a predetermined start-up limit value and the frequency of the voltage and/or of the current flow of the rotor is adjusted to a grid frequency of an electrical grid to which the winding arrangement of the stator can be connected, wherein - once the winding arrangement of the stator has been connected to the electrical grid , the amplitude of the voltage and/or of the current flow of the rotor is adjusted to a predetermined operating value which is greater than the start-up limit value at least by a predetermined amount.
A ligand compound represented by the following Formula 1: in Formula 1, R 1 to R 9 each independently represent hydrogen, a silyl, an alkyl having 1 to 20 carbon atoms, an alkenyl having 2 to 20 carbon atoms, an aryl having 6 to 20 carbon atoms, an alkylaryl having 7 to 20 carbon atoms, an arylalkyl having 7 to 20 carbon atoms or a metalloid radical of a Group 14 metal substituted with a hydrocarbyl having 1 to 20 carbon atoms; two or more adjacent groups of the R 1 to R 8 may be connected to each other to form an aliphatic ring having 5 to 20 carbon atoms or an aromatic ring having 6 to 20 carbon atoms; the aliphatic ring or aromatic ring may be substituted with a halogen, an alkyl having 1 to 20 carbon atoms, an alkenyl having 2 to 20 carbon atoms or an aryl having 6 to 20 carbon atoms; and n is 1 or 2.
A light emitting element package comprising: a circuit board unit including a first region and second regions, the second regions having a greater height than that of the first region, the second regions including a (2-1) th region and a (2-2) th region being opposite each other across the first region; and at least one light emitting element disposed in each of the first region and the second regions, a phosphor layer disposed on the respective light emitting elements , the respective light emitting elements are disposed by a distance of within 100 μ m in the horizontal direction, wherein the circuit board unit includes a first circuit board and second circuit boards bonded to the first circuit board , wherein a cavity is formed on the first circuit board , the bottom surface of the cavity forms the first regior, wherein the second regions comprise the second circuit boards , wherein a part of the second circuit board protrudes to an inside of the cavity on the first circuit board , and a bottom surface of the part of the second circuit board faces an upper surface of a part of the first circuit board . a circuit board unit including a first region and second regions, the second regions having a greater height than that of the first region, the second regions including a (2-1) th region and a (2-2) th region being opposite each other across the first region; and at least one light emitting element disposed in each of the first region and the second regions, a phosphor layer disposed on the respective light emitting elements , the respective light emitting elements are disposed by a distance of within 100 μ m in the horizontal direction, wherein the circuit board unit includes a first circuit board and second circuit boards bonded to the first circuit board , wherein a cavity is formed on the first circuit board , the bottom surface of the cavity forms the first regior, wherein the second regions comprise the second circuit boards , wherein a part of the second circuit board protrudes to an inside of the cavity on the first circuit board , and a bottom surface of the part of the second circuit board faces an upper surface of a part of the first circuit board .
A sample smearing apparatus comprising: a first slide glass feeder for feeding a slide glass before processing; characterized by : a slide glass transporter that includes a slide glass holder that holds the slide glass , and that is capable of receiving the slide glass at a first slide glass feeding position from the first slide glass feeder , and transporting the received slide glass while holding the slide glass with the slide glass holder ; and a slide processor for performing processing on the slide glass held by the slide glass holder , wherein the slide glass holder is configured to transport the slide glass in an X-direction and a Y-direction while holding the slide glass . a slide glass transporter that includes a slide glass holder that holds the slide glass , and that is capable of receiving the slide glass at a first slide glass feeding position from the first slide glass feeder , and transporting the received slide glass while holding the slide glass with the slide glass holder ; and a slide processor for performing processing on the slide glass held by the slide glass holder , wherein the slide glass holder is configured to transport the slide glass in an X-direction and a Y-direction while holding the slide glass .
A paint sprayer comprising a base , a plurality of components mounted on the base , such as a gun mounted on the base , a head mounted on the gun and a nozzle mounted on the head , and at least one sensor (61-64) able to measure a feature of the sprayer , characterised in that each of the components is equipped with a unique identifier and said at least one sensor (61-64) further comprises a sensor able to recognize said identifier .
An inkjet printer for recording an image on a recording medium, comprising: a recording head including a plurality of nozzles and configured to eject ink from the plurality of nozzles to the recording medium; a flat-plate platen configured to support the recording medium; a conveying unit configured to convey the recording medium in a conveying direction; a carriage on which the recording head is mounted, the carriage being configured to move in a main scanning direction perpendicular to the conveying direction, the carriage having a side surface in the main scanning direction; a flexible detection plate disposed on the side surface of the carriage and spaced a predetermined distance from the platen in a direction in which the recording head and the platen face each other, the detection plate being configured to deform due to contact with the recording medium; at least one detection sensor fixed to the detection plate and configured to output a signal in response to deformation of the detection plate ; a position sensor configured to detect a position of the carriage ; and a controller configured to control operation of the carriage , the recording head , and the conveying unit , the controller being configured to, upon detecting contact of the recording medium with the detection plate based on the signal output by the at least one detection sensor due to deformation of the detection plate while the carriage is moving, control operation of the carriage and the recording head based on a moving direction of the carriage and the position detected by the position sensor . a recording head including a plurality of nozzles and configured to eject ink from the plurality of nozzles to the recording medium; a flat-plate platen configured to support the recording medium; a conveying unit configured to convey the recording medium in a conveying direction; a carriage on which the recording head is mounted, the carriage being configured to move in a main scanning direction perpendicular to the conveying direction, the carriage having a side surface in the main scanning direction; a flexible detection plate disposed on the side surface of the carriage and spaced a predetermined distance from the platen in a direction in which the recording head and the platen face each other, the detection plate being configured to deform due to contact with the recording medium; at least one detection sensor fixed to the detection plate and configured to output a signal in response to deformation of the detection plate ; a position sensor configured to detect a position of the carriage ; and a controller configured to control operation of the carriage , the recording head , and the conveying unit , the controller being configured to, upon detecting contact of the recording medium with the detection plate based on the signal output by the at least one detection sensor due to deformation of the detection plate while the carriage is moving, control operation of the carriage and the recording head based on a moving direction of the carriage and the position detected by the position sensor .
A computer-implemented method to detect a network communication synchronization error, the computer-implemented method comprising: - receiving an enrollment management request data object comprising a subscriber data object indicative of a device protection program and comprising a subscriber identifier data object; - transmitting a third-party enrollment status request data object to a third-party device management system (118A, 118B, 118C ; 222, 216), the third-party enrollment status request data object being associated with the subscriber identifier data object; - receiving a third-party enrollment status response data object from the third-party device management system, the third-party enrollment status response data object comprising a third-party enrollment status data object; - comparing the third-party enrollment status response data object representing a third-party enrollment status with a second enrollment status data object representing an enrollment status in a device protection program management system ; - detecting a network communication synchronization error based on a difference between the third-party enrollment status data object representing the third-party enrollment status and the second enrollment status data object representing the enrollment status in the device protection program management system (102; 202; 300); and - initiating a system synchronization event based on the network communication synchronization error. - receiving an enrollment management request data object comprising a subscriber data object indicative of a device protection program and comprising a subscriber identifier data object; - transmitting a third-party enrollment status request data object to a third-party device management system (118A, 118B, 118C ; 222, 216), the third-party enrollment status request data object being associated with the subscriber identifier data object; - receiving a third-party enrollment status response data object from the third-party device management system, the third-party enrollment status response data object comprising a third-party enrollment status data object; - comparing the third-party enrollment status response data object representing a third-party enrollment status with a second enrollment status data object representing an enrollment status in a device protection program management system ; - detecting a network communication synchronization error based on a difference between the third-party enrollment status data object representing the third-party enrollment status and the second enrollment status data object representing the enrollment status in the device protection program management system (102; 202; 300); and - initiating a system synchronization event based on the network communication synchronization error.