mhurhangee/patent-ind-claim-en huggingface dataset:
A method for fitting an individual spectacle lens for at least one eye of a spectacle wearer, comprising: - Determining an individual usage situation, which comprises at least one brightness setpoint for the light to be detected by the at least one eye; - Determining an individual position of the pupil which occurs or is expected at the at least one brightness setpoint value in at least one viewing direction of the at least one eye; - Determining a reference point of the spectacle lens at which the spectacle lens effects a correction of individual refraction data required for the at least one viewing direction; - Providing and arranging the spectacle lens such that the at least one reference point of the spectacle lens is arranged in front of the at least one eye of the spectacle wearer depending on the determined individual value of the position of the pupil. - Determining an individual usage situation, which comprises at least one brightness setpoint for the light to be detected by the at least one eye; - Determining an individual position of the pupil which occurs or is expected at the at least one brightness setpoint value in at least one viewing direction of the at least one eye; - Determining a reference point of the spectacle lens at which the spectacle lens effects a correction of individual refraction data required for the at least one viewing direction; - Providing and arranging the spectacle lens such that the at least one reference point of the spectacle lens is arranged in front of the at least one eye of the spectacle wearer depending on the determined individual value of the position of the pupil.
A refrigerator comprising: a cabinet equipped with a compartment; a compartment door including a main door , connected to the cabinet, and configured to open and close the compartment; a door opening device provided inside an opening device accommodation part at the compartment door and having a driving motor ; wherein the door opening device comprises a plurality of gears , and a push rod which is moveable by the plurality of gears against the cabinet to open the door ; a controller configured to control the door opening device , wherein the controller activates the door opening device to open the compartment door in response to a door opening signal, characterized in that the refrigerator further comprises: a switch magnet provided at one side of the door and rotated with the door; a reed switch provided at one side of a hinge which is rotatably supporting the door and selectively turned on and off by the switch magnet in accordance with the opening and closing of the door; wherein the reed switch is switched off in a state in which the main door is opened, and the controller controls the driving motor not to operate even when the door open signal is input in a state in which the reed switch is switched off. a cabinet equipped with a compartment; a compartment door including a main door , connected to the cabinet, and configured to open and close the compartment; a door opening device provided inside an opening device accommodation part at the compartment door and having a driving motor ; wherein the door opening device comprises a plurality of gears , and a push rod which is moveable by the plurality of gears against the cabinet to open the door ; a controller configured to control the door opening device , wherein the controller activates the door opening device to open the compartment door in response to a door opening signal, characterized in that the refrigerator further comprises: a switch magnet provided at one side of the door and rotated with the door; a reed switch provided at one side of a hinge which is rotatably supporting the door and selectively turned on and off by the switch magnet in accordance with the opening and closing of the door; wherein the reed switch is switched off in a state in which the main door is opened, and the controller controls the driving motor not to operate even when the door open signal is input in a state in which the reed switch is switched off. a switch magnet provided at one side of the door and rotated with the door; a reed switch provided at one side of a hinge which is rotatably supporting the door and selectively turned on and off by the switch magnet in accordance with the opening and closing of the door; wherein the reed switch is switched off in a state in which the main door is opened, and the controller controls the driving motor not to operate even when the door open signal is input in a state in which the reed switch is switched off.
A method for the manufacturing of a heat source for an aerosol forming article, comprising: - providing a mould defining a cavity having a first opening ; - providing a chamber above said cavity , the chamber having a second opening fluidly connected to the first opening ; - placing a particulate component in the chamber ; - compressing the particulate component in the chamber up to a first pressure so that it forcedly flows into said cavity ; - compressing the particulate component in the cavity up to a second pressure higher than said first pressure to form the heat source; - wherein the heat source has a length between 2 mm and 20 mm. - providing a mould defining a cavity having a first opening ; - providing a chamber above said cavity , the chamber having a second opening fluidly connected to the first opening ; - placing a particulate component in the chamber ; - compressing the particulate component in the chamber up to a first pressure so that it forcedly flows into said cavity ; - compressing the particulate component in the cavity up to a second pressure higher than said first pressure to form the heat source; - wherein the heat source has a length between 2 mm and 20 mm.
A processing method for call termination for communication technologies, comprising: receiving , by an application processor applied for a mobile terminal, a hang-up instruction; sending , by the application processor, a first message to a modem in the mobile terminal according to the hang-up instruction, characterised in that the first message is used to trigger the modem to terminate a call prior to an expiration of a T305 timer and an expiration of a T308 timer. receiving , by an application processor applied for a mobile terminal, a hang-up instruction; sending , by the application processor, a first message to a modem in the mobile terminal according to the hang-up instruction, characterised in that the first message is used to trigger the modem to terminate a call prior to an expiration of a T305 timer and an expiration of a T308 timer.
A wireless electronic device , comprising: a ground plane ; and a metal perimeter around the ground plane , the metal perimeter comprising a metal planar user input component comprising a metal outer surface that is coplanar with an outer surface of an adjacent portion of the metal perimeter, wherein the metal perimeter further comprises first and second antennas ; and the metal planar user input component separates the first and second antennas .
Method of parametric coding of a multichannel digital audio signal comprising a step of coding a signal (M) arising from a channels reduction processing applied to the multichannel signal and of coding spatialization cues in respect of the multichannel signal, characterized in that it comprises the following steps: - extraction of a plurality of spatialization cues in respect of the multichannel signal of at least two types; - obtaining of at least one representation model of the spatialization cues extracted; - determination of at least one angle parameter of a model obtained; - coding of the at least one determined angle parameter so as to code the at least two types of spatialization cues extracted during the coding of spatialization cues. - extraction of a plurality of spatialization cues in respect of the multichannel signal of at least two types; - obtaining of at least one representation model of the spatialization cues extracted; - determination of at least one angle parameter of a model obtained; - coding of the at least one determined angle parameter so as to code the at least two types of spatialization cues extracted during the coding of spatialization cues.
Hob with a hob apparatus with at least one substrate (10a; 10b) and at least one sensor element (12a; 12b) arranged on the at least one substrate (10a; 10b), wherein the at least one sensor element (12a; 12b) is attached to the at least one substrate (10a; 10b) by means of a printing method, wherein the at least one sensor element (12a; 12b) is embodied as a temperature sensor, wherein the at least one substrate (10a; 10b) is embodied as a hob plate, characterised in that the at least one sensor element (12a; 12b) is attached to the at least one substrate (10a; 10b) by means of an inkjet-type printing method.
Computer-implemented method for improving the signal quality of a first sensor data (SD1), wherein the first sensor data (SD1) is captured by a first sensing means (SM1), which is environmentally coupled to a first technical device (D1), and at least one second sensor data (SD2, SD3) is captured by at least one second sensing means (SM2, SM3), wherein the at least one second sensing means (SM2, SM3) is environmentally decoupled from the first technical device (D1), and a correlation function is calculated by a processor (CPU) with a memory, which is connected with the first and the at least one second sensing means (SM1-SM3), using the first and the at least one second sensor data (SD1-SD3) to estimate the background noise (BN), to which background noise (BN) the first and the at least one second sensing means (SM1-SM3) are exposed simultaneously, and the correlation function is used to reduce the background noise (BN) of the first sensor data (SD1), wherein the at least one second sensing means (SM2, SM3) is environmentally coupled to at least one second technical device (D2, D3).
A method for manufacturing a tower section, comprising the following steps: (a), connecting a plurality of cylinder section members in sequence in a longitudinal direction to form a tower section body ; (c), cutting the tower section body to form at least two longitudinal slits along a longitudinal direction of the tower section body to divide the tower section body into at least two section parts; and (d), providing longitudinal flange pairs in the longitudinal slits , wherein each of the longitudinal flange pairs protrudes from both an inner surface and an outer surface of the tower section body along a radial direction of the tower section body ; characterized in that each of the cylinder section members has a longitudinal butt slit , and in step (a), the butt slits of the plurality of cylinder section members are arranged at positions corresponding to at least one of the longitudinal slits . (a), connecting a plurality of cylinder section members in sequence in a longitudinal direction to form a tower section body ; (c), cutting the tower section body to form at least two longitudinal slits along a longitudinal direction of the tower section body to divide the tower section body into at least two section parts; and (d), providing longitudinal flange pairs in the longitudinal slits , wherein each of the longitudinal flange pairs protrudes from both an inner surface and an outer surface of the tower section body along a radial direction of the tower section body ; characterized in that each of the cylinder section members has a longitudinal butt slit , and in step (a), the butt slits of the plurality of cylinder section members are arranged at positions corresponding to at least one of the longitudinal slits .
A method for determining control parameters (K P , T t , T D , T F ) of a control unit of a hydraulic system , characterized in that an actual system pressure (p_ist) of a hydraulic load of the hydraulic system being controlled by a predetermined target speed (n_soll) of a servo drive comprising a motor and a pump , wherein an actual speed (n_ist) of the servo drive follows the predetermined target speed (n_soll), wherein an excitation signal (n1) is applied to the target speed (n_soll) and the resulting actual system pressure (p_ist) is measured, in that the dynamics of the hydraulic system is determined from the actual speed (n_ist) and the actual system pressure (p_ist) or from the target speed (n_soll) and the actual system pressure (p_ist), and in that the control parameters (K P , T t , T D , T F ) are calculated from the determined dynamics.
A device for use in a memory module coupled to a host memory controller over a bus , comprising: memory module control logic to generate a request signal to the host memory controller having a pulse width greater than or equal to a minimum pulse width, wherein the minimum pulse width comprises a number of clock cycles needed to guarantee that the host memory controller detects the request signal, and characterized in that the pulse width of the request signal indicates at least one function in addition to the request signal to the host memory controller .
An optical device comprising, in sequence: a surface formed of a metal oxide; a samarium oxide-containing layer in contact with the surface formed of a metal oxide; and a magnesium fluoride-containing layer in contact with the samarium oxide-containing layer . a surface formed of a metal oxide; a samarium oxide-containing layer in contact with the surface formed of a metal oxide; and a magnesium fluoride-containing layer in contact with the samarium oxide-containing layer .
A cable management assembly, comprising: a cable management device , comprising a first arm , a second arm and a connecting member , wherein the connecting member comprises a first connecting portion and a second connecting portion , the first connecting portion and the second connecting portion are configured to be respectively movably mounted on a first end portion of the first arm and a first end portion of the second arm ; and a supporting device detachably connected to the cable management device ; wherein one of the cable management device and the supporting device comprises two engaging members , the other one of the cable management device and the supporting device comprises a mounting member , the mounting member is configured to be detachably connected to one of the two engaging members , characterized in that the connecting member of the cable management device further comprises an intermediate portion located between the first connecting portion and the second connecting portion , the two engaging members are respectively arranged on two positions of the intermediate portion and the two engaging members are configured to be detachably connected to the mounting member . a cable management device , comprising a first arm , a second arm and a connecting member , wherein the connecting member comprises a first connecting portion and a second connecting portion , the first connecting portion and the second connecting portion are configured to be respectively movably mounted on a first end portion of the first arm and a first end portion of the second arm ; and a supporting device detachably connected to the cable management device ; wherein one of the cable management device and the supporting device comprises two engaging members , the other one of the cable management device and the supporting device comprises a mounting member , the mounting member is configured to be detachably connected to one of the two engaging members , characterized in that the connecting member of the cable management device further comprises an intermediate portion located between the first connecting portion and the second connecting portion , the two engaging members are respectively arranged on two positions of the intermediate portion and the two engaging members are configured to be detachably connected to the mounting member .
An electronic device comprising: a first housing ; a second housing coupled to slide relative to the first housing; a rollable display in which a display area is reduced or extended based on sliding-in or sliding-out of the second housing; and a processor operatively coupled to the rollable display, wherein the processor is configured to: display a screen of a running application on the rollable display when the rollable display is in a first state; detect an input for switching the rollable display from the first state to a second state in which size of the display area is different from the first state, characterized in that in response to the input, determine whether or not a screen state of the running application is maintained after switching the state of the rollable display; and in case it is determined (1240 YES) that the running application is unable to maintain the screen state of the running application after switching the state of the rollable display, display a graphic element indicating switching of the state of the rollable display on the rollable display. a first housing ; a second housing coupled to slide relative to the first housing; a rollable display in which a display area is reduced or extended based on sliding-in or sliding-out of the second housing; and a processor operatively coupled to the rollable display, wherein the processor is configured to: display a screen of a running application on the rollable display when the rollable display is in a first state; detect an input for switching the rollable display from the first state to a second state in which size of the display area is different from the first state, characterized in that in response to the input, determine whether or not a screen state of the running application is maintained after switching the state of the rollable display; and in case it is determined (1240 YES) that the running application is unable to maintain the screen state of the running application after switching the state of the rollable display, display a graphic element indicating switching of the state of the rollable display on the rollable display. display a screen of a running application on the rollable display when the rollable display is in a first state; detect an input for switching the rollable display from the first state to a second state in which size of the display area is different from the first state, characterized in that in response to the input, determine whether or not a screen state of the running application is maintained after switching the state of the rollable display; and in case it is determined (1240 YES) that the running application is unable to maintain the screen state of the running application after switching the state of the rollable display, display a graphic element indicating switching of the state of the rollable display on the rollable display.
A method for charging a LiNi x Co y Mn z O 2 /graphite secondary battery, in which lithium plating in a negative electrode is detected in real time by observing a change in battery voltage as a function of SOC during charging the secondary battery, the method comprising: acquiring data by measuring battery voltage as a function of SOC at different charge rates; obtaining a protocol designed to change a charge rate stepwise by setting an inflection point at which a rise speed of the battery voltage slows down as a lithium plating occurrence point and charging limitation from the acquired data; and charging the secondary battery according to the protocol, wherein the protocol includes a stepwise-decreasing charge rate and charge voltage information after termination of charging at each charge rate, and wherein determining the inflection point at which a rise speed of the battery voltage slows down as a lithium plating occurrence point comprises: obtaining a SOC-V graph by measuring battery voltage as a function of SOC while charging the secondary battery, obtaining a SOC-dV/dQ graph showing a change in battery voltage dV/dQ as a function of SOC from the SOC-V graph, and determining an inflection point at which a slope increase slows down on the SOC-dV/dQ graph as the lithium plating occurrence point. acquiring data by measuring battery voltage as a function of SOC at different charge rates; obtaining a protocol designed to change a charge rate stepwise by setting an inflection point at which a rise speed of the battery voltage slows down as a lithium plating occurrence point and charging limitation from the acquired data; and charging the secondary battery according to the protocol, wherein the protocol includes a stepwise-decreasing charge rate and charge voltage information after termination of charging at each charge rate, and wherein determining the inflection point at which a rise speed of the battery voltage slows down as a lithium plating occurrence point comprises: obtaining a SOC-V graph by measuring battery voltage as a function of SOC while charging the secondary battery, obtaining a SOC-dV/dQ graph showing a change in battery voltage dV/dQ as a function of SOC from the SOC-V graph, and determining an inflection point at which a slope increase slows down on the SOC-dV/dQ graph as the lithium plating occurrence point. obtaining a SOC-V graph by measuring battery voltage as a function of SOC while charging the secondary battery, obtaining a SOC-dV/dQ graph showing a change in battery voltage dV/dQ as a function of SOC from the SOC-V graph, and determining an inflection point at which a slope increase slows down on the SOC-dV/dQ graph as the lithium plating occurrence point.
A hub unit for bicycle for supporting a rotating motion of a wheel, and transmitting a load from a tire side that forms the wheel to a shaft side, which includes a hub as a base part formed of a toric spoke mount portion to which one end of a spoke is attached, a cylindrical body that is formed at a center of the wheel, and is provided with bearing holders at both ends of the cylindrical body , and fingers each with a predetermined width radially cantilevered parallel to an axial direction of the cylindrical body on an outer circumference of the cylindrical body , and having tip ends integrally connected to the toric spoke mount portion .
A reversible anatomic shoulder replacement system, comprising: a fixation ring configured to be positioned within the glenoid cavity, the fixation ring at least partially comprising a porous coating, the fixation ring also comprising a peripheral edge comprising an outer diameter; and an anatomic articular implant comprising a medial surface configured to mate with the glenoid cavity, a central peg extending medially from the medial surface, a lateral surface configured to articulate with a humeral component; a medial peripheral edge ; and a lateral peripheral edge , the medial peripheral edge comprising a substantially constant diameter that is less than a substantially constant diameter of the lateral peripheral edge, the fixation ring comprising an inner diameter sized and configured to circumscribe the medial peripheral edge of the implant, wherein the fixation ring is configured to be at least partially implanted within the glenoid cavity, characterised in that the inner diameter of the fixation ring comprises barbs , or the inner diameter of the fixation ring comprises threads . a fixation ring configured to be positioned within the glenoid cavity, the fixation ring at least partially comprising a porous coating, the fixation ring also comprising a peripheral edge comprising an outer diameter; and an anatomic articular implant comprising a medial surface configured to mate with the glenoid cavity, a central peg extending medially from the medial surface, a lateral surface configured to articulate with a humeral component; a medial peripheral edge ; and a lateral peripheral edge , the medial peripheral edge comprising a substantially constant diameter that is less than a substantially constant diameter of the lateral peripheral edge, the fixation ring comprising an inner diameter sized and configured to circumscribe the medial peripheral edge of the implant, wherein the fixation ring is configured to be at least partially implanted within the glenoid cavity, characterised in that the inner diameter of the fixation ring comprises barbs , or the inner diameter of the fixation ring comprises threads .