mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: establishing wireless communications between at least one of one or more wireless personal devices and a wireless module disposed within a welding system , wherein the one or more wireless personal devices are uniquely associated with operator identification information relating to a particular welding operator; receiving operator identification information from the one or more wireless personal devices which may be used to retrieve a user profile; determining a set of operational parameters within which the operator may operate the welding system ; and enabling operation of the welding system for the particular welding operator within the determined set of operational parameters, displaying information relating to the set of operational parameters on a display of one or more wireless personal devices ; wherein the welding system determines the particular welding operator as the one with the highest number of personally allocated personal devices reporting when several wireless personal devices allocated to different operators are reporting. establishing wireless communications between at least one of one or more wireless personal devices and a wireless module disposed within a welding system , wherein the one or more wireless personal devices are uniquely associated with operator identification information relating to a particular welding operator; receiving operator identification information from the one or more wireless personal devices which may be used to retrieve a user profile; determining a set of operational parameters within which the operator may operate the welding system ; and enabling operation of the welding system for the particular welding operator within the determined set of operational parameters, displaying information relating to the set of operational parameters on a display of one or more wireless personal devices ; wherein the welding system determines the particular welding operator as the one with the highest number of personally allocated personal devices reporting when several wireless personal devices allocated to different operators are reporting.
A slide rail assembly comprising a first rail having a front portion and a rear portion , the first rail comprising a first blocking structure and a second blocking structure ; a second rail having a front portion and a rear portion and comprising a first wall , a second wall and a side wall connected between the first wall and the second wall ; a third rail comprising an open hole toward the first rail , the third rail being mounted between the first rail and the second rail ; a working member comprising an extending portion passing through the open hole , the working member being arranged to the third rail in a movable manner; a resilient member configured to provide a resilient force to the working member so as to hold the working member in a first state; wherein, during a process where the second rail is moved in a retracted direction, the second rail is capable of switching the working member from the first state to a second state through one of the first wall and the second wall of the second rail , such that the working member is configured to be held in the second state through the extending portion passing through the open hole and being in cooperation with the second blocking structure for preventing the third rail from being moved from a retracted position in an extended direction opposite to the retracted direction; wherein when the third rail is located at the retracted position relative to the first rail , the first blocking structure is configured to prevent the third rail from being moved from the retracted position in the retracted direction; wherein when the third rail is located at the retracted position, the second rail is able to be moved relative to the third rail in the retracted direction to a predetermined position with the rear portion of the second rail being beyond the rear portion of the first rail by a distance.
An in vitro method for enriching for one of more specific target DNA molecules from a sample of mixed DNA molecules comprising the steps of: a) providing a liquid sample of mixed DNA molecules comprising one or more specific target DNA molecules and reagents for specific detection of at least one of said specific target DNA molecules , b) formation of an emulsion of a multiple of liquid droplets from said liquid sample , c) specific detection of droplets containing at least one of said specific target DNA molecules , wherein each droplet contains less than 0.5, preferably less than 0.25 or even more preferably less than 0.1 of said one of more specific target DNA molecules on average , and d) physically selecting droplets containing at least one of said specific target DNA molecules , e) general amplification of detected DNA molecules containing at least one of said specific target DNA molecules in the coalesced selected droplets from step d), where the detected DNA molecules containing at least one of said specific target DNA molecules are in a total amount of less than 300fg, wherein general amplification reagents are added to the coalesced selected droplets to form a general amplification reaction mixture , and wherein an emulsion of droplets are formed from the reaction mixture . a) providing a liquid sample of mixed DNA molecules comprising one or more specific target DNA molecules and reagents for specific detection of at least one of said specific target DNA molecules , b) formation of an emulsion of a multiple of liquid droplets from said liquid sample , c) specific detection of droplets containing at least one of said specific target DNA molecules , wherein each droplet contains less than 0.5, preferably less than 0.25 or even more preferably less than 0.1 of said one of more specific target DNA molecules on average , and d) physically selecting droplets containing at least one of said specific target DNA molecules , e) general amplification of detected DNA molecules containing at least one of said specific target DNA molecules in the coalesced selected droplets from step d), where the detected DNA molecules containing at least one of said specific target DNA molecules are in a total amount of less than 300fg, wherein general amplification reagents are added to the coalesced selected droplets to form a general amplification reaction mixture , and wherein an emulsion of droplets are formed from the reaction mixture .
Method for defusing a submerged unexploded ordnance with at least one detonator using a housing which can be closed and drained under water, having the steps: * Fixing the unexploded ordnance in the housing , * locating the at least one detonator on the unexploded ordnance , and unexploded ordnance , characterised by the further steps: * cutting loose the at least one detonator , * removing the detached detonator from the unexploded ordnance and unexploded ordnance and * separating the removed detonator from the remaining unexploded ordnance by separating the removed detonator from the rest of the unexploded ordnance by moving the detonator removed from the unexploded ordnance into a protected compartment and separating it from the rest of the unexploded ordnance and separating it spatially. * Fixing the unexploded ordnance in the housing , * locating the at least one detonator on the unexploded ordnance , and unexploded ordnance , characterised by the further steps: * cutting loose the at least one detonator , * removing the detached detonator from the unexploded ordnance and unexploded ordnance and * separating the removed detonator from the remaining unexploded ordnance by separating the removed detonator from the rest of the unexploded ordnance by moving the detonator removed from the unexploded ordnance into a protected compartment and separating it from the rest of the unexploded ordnance and separating it spatially. * cutting loose the at least one detonator , * removing the detached detonator from the unexploded ordnance and unexploded ordnance and * separating the removed detonator from the remaining unexploded ordnance by separating the removed detonator from the rest of the unexploded ordnance by moving the detonator removed from the unexploded ordnance into a protected compartment and separating it from the rest of the unexploded ordnance and separating it spatially.
Motor-fan unit for a motor vehicle heating, ventilation and/or air conditioning installation, comprising: - a motor , - a motor support , - a control module support forming a bearing support for the motor , the motor support and the control module support each having at least one fastening zone, the fastening zones being able to cooperate with one another for the assembly of the motor support with the control module support , in at least two different positions of the motor support relative to the control module support , the motor support and the control module support having parallel main extension planes, and the fastening zone for fastening at least one of the supports being invariant under rotation through a predefined angle (α) about an axis ( A ) substantially orthogonal to the main extension planes, characterized in that said at least one fastening zone for fastening the motor support and/or for fastening the control module support comprises at least two sets of mounting elements, each set of mounting elements being the image of another set of mounting elements under rotation through the predefined angle (α) about the axis ( A ) substantially orthogonal to the main extension planes. - a motor , - a motor support , - a control module support forming a bearing support for the motor , the motor support and the control module support each having at least one fastening zone, the fastening zones being able to cooperate with one another for the assembly of the motor support with the control module support , in at least two different positions of the motor support relative to the control module support , the motor support and the control module support having parallel main extension planes, and the fastening zone for fastening at least one of the supports being invariant under rotation through a predefined angle (α) about an axis ( A ) substantially orthogonal to the main extension planes, characterized in that said at least one fastening zone for fastening the motor support and/or for fastening the control module support comprises at least two sets of mounting elements, each set of mounting elements being the image of another set of mounting elements under rotation through the predefined angle (α) about the axis ( A ) substantially orthogonal to the main extension planes.
Arrangement (A) for controlling and/or regulating the cut-off line for motor vehicle headlamps with at least one means of image recording and image processing that is suitable and configured to record an image of a traffic situation ahead of the vehicle, namely the lighting situation including the headlamps of oncoming vehicles and the rear lights of preceding vehicles and with a means of controlling and regulating that depending on the image captured is suitable and configured to generate control signals to a setting mechanism to set the cut-off line of the motor vehicle headlamp, characterized in that the arrangement has at least two means of recognition that are suitable and configured to recognize pitching and/or rolling movements of the motor vehicle caused by a poor condition of the road surface and are each suitable and configured to generate a first signal by means of which the pitching and/or rolling movements are displayable, in that a first means of recognition is part of the means of image recording and image processing and in that a second means of recognition comprises at least one axis sensor that is suitable and configured to record the spring deflection of the wheels.
A suction nozzle composed of zirconia-based ceramics containing first grains containing zirconia and second grains containing a black-colored component, and comprising: a suction face, a suction hole in communication with the suction face, wherein the suction face has: an area ratio of an area occupied by the second grains to an area of a measurement face obtained by polishing the suction face is 17% to 34%, and a number of the second grains in an area of 90 μm 2 in the measurement face is 150 to 250, a proportion in number of the second grains having a grain size of 0.6 μm or more in the measurement face in terms of equivalent circle diameter is less than or equal to 25%, and the area ratio and the number of the second grains are determined by observing a given selected position in the measurement face using a SEM at 10000-fold magnification, taking a photograph of an area of 90 μm 2 in the measurement face, extracting an image of the second grains alone from the photograph, and subjecting the image to image analysis in accordance with a method known as particle analysis using Image Analysis Software "AZO-KUN" of the Asahi Kasei Engineering Corporation. a suction face, a suction hole in communication with the suction face, wherein the suction face has: an area ratio of an area occupied by the second grains to an area of a measurement face obtained by polishing the suction face is 17% to 34%, and a number of the second grains in an area of 90 μm 2 in the measurement face is 150 to 250, an area ratio of an area occupied by the second grains to an area of a measurement face obtained by polishing the suction face is 17% to 34%, and a number of the second grains in an area of 90 μm 2 in the measurement face is 150 to 250, a proportion in number of the second grains having a grain size of 0.6 μm or more in the measurement face in terms of equivalent circle diameter is less than or equal to 25%, and the area ratio and the number of the second grains are determined by observing a given selected position in the measurement face using a SEM at 10000-fold magnification, taking a photograph of an area of 90 μm 2 in the measurement face, extracting an image of the second grains alone from the photograph, and subjecting the image to image analysis in accordance with a method known as particle analysis using Image Analysis Software "AZO-KUN" of the Asahi Kasei Engineering Corporation.
A head-up display provided in a vehicle and configured to display a predetermined image toward an occupant of the vehicle , the head-up display comprising: an image generation unit configured to emit light for generating the predetermined image and to irradiate a windshield or a combiner ; and a controller configured to control an operation of the image generation unit , wherein the controller controls the image generation unit to select one of a planar image and a stereoscopic image as a display mode of a virtual image object formed by the predetermined image and visually recognized by the occupant through the windshield or the combiner , according to a predetermined condition, characterized in that the predetermined condition includes a distance from the occupant to the virtual image object. an image generation unit configured to emit light for generating the predetermined image and to irradiate a windshield or a combiner ; and a controller configured to control an operation of the image generation unit , wherein the controller controls the image generation unit to select one of a planar image and a stereoscopic image as a display mode of a virtual image object formed by the predetermined image and visually recognized by the occupant through the windshield or the combiner , according to a predetermined condition, characterized in that the predetermined condition includes a distance from the occupant to the virtual image object.
Electrochemical storage unit which comprises the following: - one or more electrochemical cells , wherein each electrochemical cell comprises a first connection element and/or a second connection element at which an electrical voltage can be tapped; and - a flow guide element which is connected to at least one of the one or more electrochemical cells , wherein the flow guide element comprises or is formed from a printed circuit board element , wherein the printed circuit board element comprises in particular a polymer material, wherein one or more flow channels and/or one or more flow conveying elements for guiding a fluid emerging from at least one of the one or more electrochemical cells are formed and/or arranged on a side of the printed circuit board element facing the one or more electrochemical cells . - one or more electrochemical cells , wherein each electrochemical cell comprises a first connection element and/or a second connection element at which an electrical voltage can be tapped; and - a flow guide element which is connected to at least one of the one or more electrochemical cells ,
A delivery device for use in administering a dry powder to a biological subject's airway, the device comprising: a) a housing having an inlet in fluid communication with an outlet for delivering a flow of gas to the subject's airway; b) a container , for storing a dose of a dry powder, engaged with the housing and covering an opening therein, the opening located between the inlet and the outlet; c) one or more cantilever structures located within the housing and the free ends thereof spaced from the opening of the housing; d) a deagglomerating surface having a single or plurality of openings , the deagglomerating surface located adjacent the one or more cantilever structures and on an opposite side of the one or more cantilever structures to the opening in the housing such that, in use, the one or more cantilever structures vibrate against or in close proximity to the deagglomerating surface; and e) one or more eddy generating structures located on an opposite side of the deagglomerating surface to the one or more cantilever structures and adjacent the single or plurality of openings of the deagglomerating surface, wherein vibration of the one or more cantilever structures, caused by the flow of gas, forces the dry powder between the one or more cantilever structures and the deagglomerating surface, thereby at least partially deagglomerating the dry powder and allowing the powder to pass through the single or plurality of openings in the deagglomerating surface, such that the dry powder can be delivered by the flow of gas through the outlet to the subject's airway. a) a housing having an inlet in fluid communication with an outlet for delivering a flow of gas to the subject's airway; b) a container , for storing a dose of a dry powder, engaged with the housing and covering an opening therein, the opening located between the inlet and the outlet; c) one or more cantilever structures located within the housing and the free ends thereof spaced from the opening of the housing; d) a deagglomerating surface having a single or plurality of openings , the deagglomerating surface located adjacent the one or more cantilever structures and on an opposite side of the one or more cantilever structures to the opening in the housing such that, in use, the one or more cantilever structures vibrate against or in close proximity to the deagglomerating surface; and e) one or more eddy generating structures located on an opposite side of the deagglomerating surface to the one or more cantilever structures and adjacent the single or plurality of openings of the deagglomerating surface,
An exercise bar comprising: a handle tube with a longitudinal interior bore , the handle tube having a first end and a second end; a center shaft having an outer surface, wherein the center shaft is fitted through the longitudinal interior bore thereby exposing a first end portion of the center shaft at the first end of the handle tube and exposing a second end portion of the center shaft at the second end of the handle tube, and wherein the center shaft longitudinally rotates independent of the handle tube while coupled with the handle tube; a sensor disposed on a mounting section of the outer surface of the center shaft between the first end portion and the second end portion of the center shaft, wherein the mounting section is at a midpoint of the center shaft; and a processor disposed in an interior of the exercise bar, wherein the sensor is in electronic communication with the processor in the exercise bar. a handle tube with a longitudinal interior bore , the handle tube having a first end and a second end; a center shaft having an outer surface, wherein the center shaft is fitted through the longitudinal interior bore thereby exposing a first end portion of the center shaft at the first end of the handle tube and exposing a second end portion of the center shaft at the second end of the handle tube, and wherein the center shaft longitudinally rotates independent of the handle tube while coupled with the handle tube; a sensor disposed on a mounting section of the outer surface of the center shaft between the first end portion and the second end portion of the center shaft, wherein the mounting section is at a midpoint of the center shaft; and a processor disposed in an interior of the exercise bar, wherein the sensor is in electronic communication with the processor in the exercise bar.
A power supply system comprising a plurality of batteries equipped with a software-controlled electronic control and protection system connected in parallel to supply power to one or more loads , the electronic control and protection system of each battery comprising safety contactors (14A, 16A; 14B, 16B, 14C, 16C) located between said battery and the load(s) to be powered, and a control module configured to order the opening or closing of the safety contactors (14A, 16A; 14B, 16B; 14C, 16C), said control module implementing a software program, the power supply system being characterised in that it is configured to: - detect a common fault configuration in which, for each battery , an opening of the safety contactors (14A, 16A; 14B, 16B; 14C, 16C) is ordered, and - ordering a delay in the opening of said safety contactors (14A, 16A; 14B, 16B; 14C, 16C) for a delay period, and a resetting of each control module of the safety contactors (14A, 16A; 14B, 16B; 14C, 16C) of the batteries during said delay period, the resetting being performed by cutting off the power supply to the control modules for a restart period of time. - detect a common fault configuration in which, for each battery , an opening of the safety contactors (14A, 16A; 14B, 16B; 14C, 16C) is ordered, and - ordering a delay in the opening of said safety contactors (14A, 16A; 14B, 16B; 14C, 16C) for a delay period, and a resetting of each control module of the safety contactors (14A, 16A; 14B, 16B; 14C, 16C) of the batteries during said delay period, the resetting being performed by cutting off the power supply to the control modules for a restart period of time.