mhurhangee/patent-ind-claim-en huggingface dataset:
A mounting device for executing a mounting process of mounting a component (P) on a board (S), the mounting device comprising: a mounting head that includes at least one pickup section for picking up the component (P) and being configured to move the picked up component (P); a storage section which is configured to store at least a first correction value, being determined at a first position on XYZ axes on which the mounting head works, and a second correction value determined at a second position different from the first position; and a control section configured to execute the mounting process by using the first correction value and/or the second correction value stored in the storage section , characterized in that the mounting head has a first elevation position (A) as the first position where the pickup section is elevated on a Z-axis and a second elevation position (B) as the second position where the pickup section is elevated at a position different from the first elevation position (A), and the storage section being configured to store a first elevation correction value corresponding to a combination of the first elevation position (A) and the pickup section and serving as the first correction value for position correction of the component (P) and a second elevation correction value corresponding to a combination of the second elevation position (B) and the pickup section and serving as the second correction value for position correction of the component (P). a mounting head that includes at least one pickup section for picking up the component (P) and being configured to move the picked up component (P); a storage section which is configured to store at least a first correction value, being determined at a first position on XYZ axes on which the mounting head works, and a second correction value determined at a second position different from the first position; and a control section configured to execute the mounting process by using the first correction value and/or the second correction value stored in the storage section , characterized in that the mounting head has a first elevation position (A) as the first position where the pickup section is elevated on a Z-axis and a second elevation position (B) as the second position where the pickup section is elevated at a position different from the first elevation position (A), and the storage section being configured to store a first elevation correction value corresponding to a combination of the first elevation position (A) and the pickup section and serving as the first correction value for position correction of the component (P) and a second elevation correction value corresponding to a combination of the second elevation position (B) and the pickup section and serving as the second correction value for position correction of the component (P).
Baby carriage having an underframe on which a recliner or seat shell for a child is arranged, and having at least three wheels arranged on the underframe , wherein at least one wheel can be driven by means of an electric drive unit for at least partially assisting manual pushing of the baby carriage by a user, and wherein the electric drive unit can be controlled by means of an operator control unit , characterized in that an electrical rocking and vibrating unit is formed for soothing and rousing a child held in the recliner or seat shell as a function of sensor data from at least one associated sensor .
A low profile high current composite transformer comprising: a first conductive winding having a first lead and a second lead, a first plurality of winding turns, and a first hollow core; a second conductive winding positioned adjacent the first conductive winding and having a first lead and a second lead, a second plurality of winding turns, and a second hollow core, at least portions of the first plurality of winding turns being positioned within the second hollow core, and at least one of the leads of the first conductive winding being positioned lower than a lower surface of the second plurality of winding turns; and a single piece transformer body comprising a soft magnetic composite surrounding the first and second plurality of winding turns and filling at least one of the first and second hollow cores, the soft magnetic composite pressure molded around the first and second plurality of winding turns, the soft magnetic composite being comprised of insulated magnetic particles with distributed gaps for providing a near linear saturation curve, the soft magnetic composite tightly pressed completely around the conductive windings without shorting out the windings; wherein an end of each lead is bent and extends along the transformer body to create a solderable connection portion. a first conductive winding having a first lead and a second lead, a first plurality of winding turns, and a first hollow core; a second conductive winding positioned adjacent the first conductive winding and having a first lead and a second lead, a second plurality of winding turns, and a second hollow core, at least portions of the first plurality of winding turns being positioned within the second hollow core, and at least one of the leads of the first conductive winding being positioned lower than a lower surface of the second plurality of winding turns; and a single piece transformer body comprising a soft magnetic composite surrounding the first and second plurality of winding turns and filling at least one of the first and second hollow cores, the soft magnetic composite pressure molded around the first and second plurality of winding turns, the soft magnetic composite being comprised of insulated magnetic particles with distributed gaps for providing a near linear saturation curve, the soft magnetic composite tightly pressed completely around the conductive windings without shorting out the windings; wherein an end of each lead is bent and extends along the transformer body to create a solderable connection portion.
A method for the quantitative three-dimensional imaging of the metabolic status of a lesion, such method comprising: a) acquiring fluorescence lifetime imaging microscopy (FLIM) data of an anaerobic glycolysis marker of the lesion; b) subjecting the data relative to the anaerobic glycolysis marker acquired in step a) to a phasor analysis, thereby obtaining a phasor diagram; c) using the phasor diagram obtained in step b) to computationally generate a quantitative 3D image of the anaerobic glycolysis status of the lesion, wherein the anaerobic glycolysis marker is selected from the list of the NADH/NAD+ ratio, NAD(P)H/NAD+ ratio, the NADH/FAD ratio, the NAD(P)H/FAD ratio and the FADH/FAD ratio and wherein step c) when applied to the data relative to anaerobic glycolysis marker consists in dividing the data in a number of regions corresponding to different intervals of NADH, NAD(P)H or FADH lifetimes and assigning each pixel belonging to the same region a single intensity value correlated to such lifetime interval. a) acquiring fluorescence lifetime imaging microscopy (FLIM) data of an anaerobic glycolysis marker of the lesion; b) subjecting the data relative to the anaerobic glycolysis marker acquired in step a) to a phasor analysis, thereby obtaining a phasor diagram; c) using the phasor diagram obtained in step b) to computationally generate a quantitative 3D image of the anaerobic glycolysis status of the lesion,
An outdoor unit of an air-conditioning apparatus, comprising: a compressor ; a terminal unit provided on an outer peripheral surface of the compressor , and configured to electrically connect components provided in the compressor and outside the compressor ; a side soundproof cover configured to cover the outer peripheral surface of the compressor except for the terminal unit ; and a terminal cover configured to cover the terminal unit exposed from the side soundproof cover to the outside of the side soundproof cover , and soundproof the terminal unit , wherein the terminal cover is detachably attached to the side soundproof cover such that a state of the terminal cover is allowed to be changed between a state in which the terminal cover covers the terminal unit and a state in which the terminal cover does not cover the terminal unit , wherein the terminal cover and the side soundproof cover include respective engagement members configured to be engaged with each other, characterized in that the terminal cover includes a sound insulating member , a sound absorbing member , and sewn portions that are formed to unite the sound insulating member , the sound absorbing member , and the engagement member , the sounding insulating member being configured to prevent passage of sound, the sound absorbing member being configured to absorb sound. a compressor ; a terminal unit provided on an outer peripheral surface of the compressor , and configured to electrically connect components provided in the compressor and outside the compressor ; a side soundproof cover configured to cover the outer peripheral surface of the compressor except for the terminal unit ; and a terminal cover configured to cover the terminal unit exposed from the side soundproof cover to the outside of the side soundproof cover , and soundproof the terminal unit , wherein the terminal cover is detachably attached to the side soundproof cover such that a state of the terminal cover is allowed to be changed between a state in which the terminal cover covers the terminal unit and a state in which the terminal cover does not cover the terminal unit , wherein the terminal cover and the side soundproof cover include respective engagement members configured to be engaged with each other, characterized in that the terminal cover includes a sound insulating member , a sound absorbing member , and sewn portions that are formed to unite the sound insulating member , the sound absorbing member , and the engagement member , the sounding insulating member being configured to prevent passage of sound, the sound absorbing member being configured to absorb sound.
A method for authenticating access to an access-controlled resource, the method comprising: using one or more hardware processors: causing a graphical user interface, GUI, to be displayed requesting an authentication credential for an authentication attempt, the GUI comprising an input field for accepting the requested authentication credential from an input device in the form of a set of characters, the GUI requiring the set of characters to include more characters than a stored credential ; accepting the set of characters from the input field upon receipt of an input to the GUI that the set of characters is complete, the set of characters including more characters than the stored credential; receiving an indication that the accepted set of characters includes: a first subset of characters that match the stored credential and in a same order, and a second subset of characters that are not specified for the authentication attempt and are interleaved with the first subset of characters in an order that is not specified for the authentication attempt; and responsive to receiving the indication, allowing access to the access-controlled resource, wherein access to the access-controlled resource is further dependent on: the total length of the first and second subsets exceeding a threshold; and the length of the second subset exceeding a further threshold. causing a graphical user interface, GUI, to be displayed requesting an authentication credential for an authentication attempt, the GUI comprising an input field for accepting the requested authentication credential from an input device in the form of a set of characters, the GUI requiring the set of characters to include more characters than a stored credential ; accepting the set of characters from the input field upon receipt of an input to the GUI that the set of characters is complete, the set of characters including more characters than the stored credential; receiving an indication that the accepted set of characters includes: a first subset of characters that match the stored credential and in a same order, and a second subset of characters that are not specified for the authentication attempt and are interleaved with the first subset of characters in an order that is not specified for the authentication attempt; and a first subset of characters that match the stored credential and in a same order, and a second subset of characters that are not specified for the authentication attempt and are interleaved with the first subset of characters in an order that is not specified for the authentication attempt; and responsive to receiving the indication, allowing access to the access-controlled resource, wherein access to the access-controlled resource is further dependent on: the total length of the first and second subsets exceeding a threshold; and the length of the second subset exceeding a further threshold. the total length of the first and second subsets exceeding a threshold; and the length of the second subset exceeding a further threshold.
An intelligent sea water cooling system comprising: a first fluid cooling loop coupled to a first side of a heat exchanger and to a thermal load, a second fluid cooling loop coupled to a second side of the heat exchanger, a pump configured to circulate fluid through the second fluid cooling loop, and a controller operatively connected to the pump, wherein the controller is configured to: monitor a temperature in the first fluid cooling loop and adjust a speed of the pump to keep the temperature within a preferred operating range; if the speed of the pump is reduced to a predefined minimum pressure pump speed, start a timer t1 having a predefined duration; and if the timer t1 expires and the temperature has not increased relative to when the timer t1 was started, reduce the speed of the pump below the minimum pressure pump speed. a first fluid cooling loop coupled to a first side of a heat exchanger and to a thermal load, a second fluid cooling loop coupled to a second side of the heat exchanger, a pump configured to circulate fluid through the second fluid cooling loop, and a controller operatively connected to the pump, wherein the controller is configured to: monitor a temperature in the first fluid cooling loop and adjust a speed of the pump to keep the temperature within a preferred operating range; if the speed of the pump is reduced to a predefined minimum pressure pump speed, start a timer t1 having a predefined duration; and if the timer t1 expires and the temperature has not increased relative to when the timer t1 was started, reduce the speed of the pump below the minimum pressure pump speed. monitor a temperature in the first fluid cooling loop and adjust a speed of the pump to keep the temperature within a preferred operating range; if the speed of the pump is reduced to a predefined minimum pressure pump speed, start a timer t1 having a predefined duration; and if the timer t1 expires and the temperature has not increased relative to when the timer t1 was started, reduce the speed of the pump below the minimum pressure pump speed.
A system for contacting conductors having a contact device and a number of conductors extending in the longitudinal direction (L), wherein the contact device comprises a contact housing in which a corresponding number of contact assemblies is arranged, wherein each contact assembly is assigned to a conductor , wherein each contact assembly comprises a contact element which comes into an electrical contact with the conductor in the operating state, characterized in that the contact assembly is pivotably mounted within a pivoting range, wherein the pivot axis is configured in the transverse direction (Q) perpendicularly to the longitudinal direction (L) and wherein the electrical contact is present between the contact element and the conductor over substantially the entire pivoting range.
A method for estimating a trajectory of a robot , the method comprising: fusing a plurality of robot velocity measurements from a plurality of robot sensors located within the robot to generate a fused robot velocity; and applying Kalman filtering to the fused robot velocity and a measured linear acceleration from an inertial measurement unit to compute a current robot location , wherein fusing the plurality of robot velocity measurements comprises fusing an optical flow sensor velocity measurement and a wheel encoder sensor velocity measurement, characterized in that fusing the optical flow sensor velocity measurement and the wheel encoder sensor velocity measurement comprises computing a weighted sum of the optical flow sensor velocity measurement and the wheel encoder sensor velocity measurement. fusing a plurality of robot velocity measurements from a plurality of robot sensors located within the robot to generate a fused robot velocity; and applying Kalman filtering to the fused robot velocity and a measured linear acceleration from an inertial measurement unit to compute a current robot location , wherein fusing the plurality of robot velocity measurements comprises fusing an optical flow sensor velocity measurement and a wheel encoder sensor velocity measurement, characterized in that fusing the optical flow sensor velocity measurement and the wheel encoder sensor velocity measurement comprises computing a weighted sum of the optical flow sensor velocity measurement and the wheel encoder sensor velocity measurement.
A method for manufacturing a honeycomb structure having plugging portions , the honeycomb structure having porous partition walls and a plurality of cells partitioned by the partition walls and formed so as to extend through the honeycomb structure from one end face of the honeycomb structure to the other end face thereof, the method comprising the steps of: attaching a mask having openings corresponding to openings of at least a part of the cells to the end faces of the honeycomb structure; supplying a plugging material having fluidity on the mask or on the same plane as a surface of the mask; and moving a pressurizing member , which has a pressurizing face which is a flat surface for pressurizing the plugging material, along the mask so that the pressurizing face is brought into contact with the mask via the plugging material to fill the plugging material into the cells of the honeycomb structure by pressurizing the plugging material with the pressurizing face, wherein the flat surface of the pressurizing face is disposed at an acute angle of 2° or more and 55° or less with respect to the surface of the mask wherein, upon positioning (a) a table portion , having a through-hole (llh) where the end face portion of the honeycomb structure is to be inserted, and (b) the honeycomb structure , by inserting the end face portion of the honeycomb structure into the through-hole (llh), the mask is provided on the end face portion ; a remaining portion of the mask is folded on the side surface portion of the honeycomb structure , an end portion of the mask on the end face side of the side surface portion of the honeycomb structure where at least a part of the mask adheres to the side surface portion , is held with a sealing member to seal a gap between the side surface portion of the honeycomb structure and the table portion with the sealing member, and a plugging material having fluidity is supplied onto the mask or the table portion on the same plane as the surface of the mask to fill the plugging material into the cells. (a) a table portion , having a through-hole (llh) where the end face portion of the honeycomb structure is to be inserted, and (b) the honeycomb structure , by inserting the end face portion of the honeycomb structure into the through-hole (llh),
A non-aqueous electrolyte secondary battery comprising: a positive electrode ; a negative electrode ; and a non-aqueous electrolyte solution, wherein the negative electrode includes a negative electrode current collector and a negative electrode active material layer provided on the negative electrode current collector , the negative electrode active material layer contains graphite particles A and graphite particles B as a negative electrode active material, an internal porosity of the graphite particles A is 5% or less, and an internal porosity of the graphite particles B is 8% to 20%, the graphite particles A are contained more in a half region on an outer surface side of the negative electrode active material layer than in a half region on a negative electrode current collector side of the negative electrode active material layer when the negative electrode active material layer is divided into two equal parts in a thickness direction, and the non-aqueous electrolyte solution contains a phosphoric acid ester compound represented by general formula (I): where R1, R2, and R3 are each independently an alkyl group, an alkenyl group, or an alkynyl group, and at least one of R1, R2, and R3 is an alkenyl group or an alkynyl group. the negative electrode includes a negative electrode current collector and a negative electrode active material layer provided on the negative electrode current collector , the negative electrode active material layer contains graphite particles A and graphite particles B as a negative electrode active material, an internal porosity of the graphite particles A is 5% or less, and an internal porosity of the graphite particles B is 8% to 20%, the graphite particles A are contained more in a half region on an outer surface side of the negative electrode active material layer than in a half region on a negative electrode current collector side of the negative electrode active material layer when the negative electrode active material layer is divided into two equal parts in a thickness direction, and the non-aqueous electrolyte solution contains a phosphoric acid ester compound represented by general formula (I): where R1, R2, and R3 are each independently an alkyl group, an alkenyl group, or an alkynyl group, and at least one of R1, R2, and R3 is an alkenyl group or an alkynyl group.
A rim lock for an eyeglass frame, comprising: - a screw which comprises a screw head and a threaded part , wherein the screw head comprises a screw drive ; and - a casing comprising a first portion which comprises a first side, a second side, a first hole that extends between two opposite to each other surfaces of the first side, a second hole that extends between two opposite to each other surfaces of the second side, the first and second sides being opposite to each other, and wherein the first portion defines a hollow cavity; and the casing further comprises a second portion which comprises a third hole ; wherein the screw head fits in the hollow cavity with the screw drive facing the first hole , the screw head has a larger diameter than the first and second holes , the second hole is configured to allow the passage of the threaded part , and the third hole is at least partially threaded and configured for the screwing therein of the threaded part . - a screw which comprises a screw head and a threaded part , wherein the screw head comprises a screw drive ; and - a casing comprising a first portion which comprises a first side, a second side, a first hole that extends between two opposite to each other surfaces of the first side, a second hole that extends between two opposite to each other surfaces of the second side, the first and second sides being opposite to each other, and wherein the first portion defines a hollow cavity; and the casing further comprises a second portion which comprises a third hole ;