mhurhangee/patent-ind-claim-en huggingface dataset:
An image forming apparatus , comprising: an image forming unit ; a power supply configured to receive and convert an alternating current (AC) voltage into at least one direct current (DC) voltage, and output the same; a DC-DC converter configured to convert the at least one DC voltage into a driving voltage at a predetermined level; and a controller configured to be activated by the driving voltage, and configured control the power supply to turn on the image forming unit by supplying a first DC voltage to the image forming unit , and after the image forming unit has been turned on, configured to supply a second DC voltage at a higher level than a level of the first DC voltage to the image forming unit , characterised in that the controller is configured to control the power supply to supply the second DC voltage after the image forming unit has been turned on, and a potential difference between both ends of a capacitor connected in parallel with the image forming unit has become equal to a predetermined voltage level. an image forming unit ; a power supply configured to receive and convert an alternating current (AC) voltage into at least one direct current (DC) voltage, and output the same; a DC-DC converter configured to convert the at least one DC voltage into a driving voltage at a predetermined level; and a controller configured to be activated by the driving voltage, and configured control the power supply to turn on the image forming unit by supplying a first DC voltage to the image forming unit , and after the image forming unit has been turned on, configured to supply a second DC voltage at a higher level than a level of the first DC voltage to the image forming unit ,
An optical measuring apparatus for measuring optical data of specimens (S, SR), which are objects to be measured, dispersed in a sample fluid flowing within a flow passage by irradiating light to said specimens (S, SR), comprising: a plurality of measuring sections each having a light irradiating section for irradiating light to said specimens (S, SR) and a light receiving section for receiving the optical data acquired by irradiating the light to said specimens (S, SR); a flow rate calculating section for calculating values of a flow rate of said specimens (S, SR) based on a difference of measured times of said optical data measured by said plurality of measuring sections with respect to said specimens (S, SR) and a distance between said plurality of measuring sections; a display section ; a flow rate graph generating section for generating flow rate graph data in which the values of the flow rate of said specimens (S, SR) calculated by said flow rate calculating section are arrayed in order of calculation in a time-series manner, and for outputting said generated flow rate graph data to the display section , wherein said flow rate graph generating section comprises an area range specifying section for specifying a subset graph area range within said entire flow rate graph data and for acquiring a plurality of values of the flow rate of said specimens (S, SR) only within said specified subset graph area range . a plurality of measuring sections each having a light irradiating section for irradiating light to said specimens (S, SR) and a light receiving section for receiving the optical data acquired by irradiating the light to said specimens (S, SR); a flow rate calculating section for calculating values of a flow rate of said specimens (S, SR) based on a difference of measured times of said optical data measured by said plurality of measuring sections with respect to said specimens (S, SR) and a distance between said plurality of measuring sections; a display section ; a flow rate graph generating section for generating flow rate graph data in which the values of the flow rate of said specimens (S, SR) calculated by said flow rate calculating section are arrayed in order of calculation in a time-series manner, and for outputting said generated flow rate graph data to the display section , wherein said flow rate graph generating section comprises an area range specifying section for specifying a subset graph area range within said entire flow rate graph data and for acquiring a plurality of values of the flow rate of said specimens (S, SR) only within said specified subset graph area range .
A computer-readable non-transitory storage medium encoded with computer accessible instructions that, in response to execution, cause at least one processor to perform operations for vehicular safety comprising: accessing , at a computing system having at least one processor, operational information indicative of performance of a vehicle; accessing , at the computing system, behavioral information indicative of behavior of an operator of the vehicle; generating , at the computing system, a condition metric representative of an emotional state of the operator based at least in part on at least a portion of the operational information and at least a portion of the behavioral information; characterized by generating information indicative of a route between an origin and a destination, wherein the route is designed to improve the condition metric; determining a travel time for the route between the origin and the destination; and providing a recommendation for content configured to render within substantially the travel time, and to adjust the condition metric to a satisfactory state. accessing , at a computing system having at least one processor, operational information indicative of performance of a vehicle; accessing , at the computing system, behavioral information indicative of behavior of an operator of the vehicle; generating , at the computing system, a condition metric representative of an emotional state of the operator based at least in part on at least a portion of the operational information and at least a portion of the behavioral information; characterized by generating information indicative of a route between an origin and a destination, wherein the route is designed to improve the condition metric; determining a travel time for the route between the origin and the destination; and providing a recommendation for content configured to render within substantially the travel time, and to adjust the condition metric to a satisfactory state.
A module layer with a number of elementary cells , which are electrically connected to one another in series circuits and parallel circuits, characterized in that the module layer is embodied as a structural unit, wherein the cells of the module layer in a tray are positioned on a base element of the tray and are enclosed by an outer frame that is embodied as a heat sink and constitutes the rim of the tray , the outer frame has a seal , and in a central region of the base element , the tray has a section of a central shaft into which bus bars protrude, which produce a conductive connection with the cells of the respective module layer .
Adjustable chair of the motorized form comprising a base component a pair of side support members , between which is secured a seat pad support member , a seat pad , a backrest , and a foot rest , wherein the seat pad is secured to the side support members , the side support members 16 each carry at least two pairs of rollers , which, in use, each pair ride within respective arcuate grooves of a pair of arcuate grooves provided in side members of the base component 28 such that the seat pad can pivotally move about a pivot point defined by the centre of curvature of the two arcuate grooves from the general horizontal position to an inclined position under the operation of an actuator connected to the seat pad and base component 28 via respective motor mounting brackets , the backrest being guided for pivot-like movement relative to the seat pad by means of a pair of rollers carried by a bracket provided on the backrest and a guide provided on the side support members , the pivot-like movement being about a pivot point located at the center of curvature of the arcuate groove under the operation of an actuator connected to the bracket and side members via mounting brackets , the foot rest 14 mounted upon a bracket having a pair of rollers secured thereto, the rollers being located within arcuate groove formed in the side member 26, the bracket serving as a mounting bracket for a motor device, the other end of the motor device being secured to a mounting bracket 48 associated with the base component the motor device driving the foot rest between substantially vertical and horizontal orientations.
A p-type impurity-diffusing composition comprising a group 13 element-containing compound (A), a hydroxyl group-containing polymer (B), and an organic solvent (C), wherein the organic solvent (C) comprises a cyclic ester solvent (C1).
A processing system , comprising: a plurality of processing resources capable of executing a plurality of objects, the plurality of objects comprising a client object and one or more server objects, the client object capable of requesting a service provided by at least one of the one or more server objects; at least one wire engine configured to receive a request for the service from a processing resource executing the client object; the processing system comprising a first wire engine coupled to the processing resource , wherein the first wire engine comprises a first network specific interface and a resource specific interface , the first wire engine configured to format one or more messages associated with the requested service, and communicate said one or more messages associated with the requested service to an object request broker ; and a second wire engine coupled to the object request broker comprising a second network specific interface configured to operate in slave mode and a read/write interface , the object request broker configured to receive the one or more messages associated with the requested service through the second wire engine and capable of communicating the one or more messages associated with the requested service to a processing resource executing at least one of the one or more server objects that provides the requested service. a plurality of processing resources capable of executing a plurality of objects, the plurality of objects comprising a client object and one or more server objects, the client object capable of requesting a service provided by at least one of the one or more server objects; at least one wire engine configured to receive a request for the service from a processing resource executing the client object; the processing system comprising a first wire engine coupled to the processing resource , wherein the first wire engine comprises a first network specific interface and a resource specific interface , the first wire engine configured to format one or more messages associated with the requested service, and communicate said one or more messages associated with the requested service to an object request broker ; and a second wire engine coupled to the object request broker comprising a second network specific interface configured to operate in slave mode and a read/write interface , the object request broker configured to receive the one or more messages associated with the requested service through the second wire engine and capable of communicating the one or more messages associated with the requested service to a processing resource executing at least one of the one or more server objects that provides the requested service.
A two-stroke combustion engine for use with a tool associated with an inertia, where the tool comprises a clutch configured to engage at a clutch engagement engine speed, the two-stroke combustion engine comprising a user-operated throttle control , an adjustable valve arranged to control one or more air intakes of the combustion engine, and a control unit arranged to control a state of the adjustable valve , wherein the combustion engine is arranged to operate in a first idle mode at an idle engine speed below a clutch engagement engine speed when the user-operated throttle control is not engaged, characterized in that the combustion engine is arranged to operate in a second idle mode at a target engine speed above the clutch engagement engine speed and below a configured maximum engine speed when the user-operated throttle control is engaged and when the engine is not subject to an external load, and in that the control unit is arranged to control the state of the adjustable valve to maintain engine speed at the target engine speed when the engine operates in the second idle mode . wherein the combustion engine is arranged to operate in a first idle mode at an idle engine speed below a clutch engagement engine speed when the user-operated throttle control is not engaged, characterized in that the combustion engine is arranged to operate in a second idle mode at a target engine speed above the clutch engagement engine speed and below a configured maximum engine speed when the user-operated throttle control is engaged and when the engine is not subject to an external load, and in that the control unit is arranged to control the state of the adjustable valve to maintain engine speed at the target engine speed when the engine operates in the second idle mode .
A vehicle glass coated with electrical conductor and having a view area and a wiper area and developed for use in motorized vehicles, comprising: - a first stripping region positioned in a manner encircling said vehicle glass ; - a first busbar positioned inside said first stripping region ; - a second stripping region which partially separates said view area and said wiper area from each other; - a second busbar positioned in a manner partially contacting the coating along the length of an edge of said second stripping region ; - a connection element connected to at least one of the first busbar and the second busbar and - a second connection element which carries charges which are in different pole from the connection element and which is connected to at least one of the first busbar and the second busbar , and characterised by - comprising at least one first busbar tab and at least one second busbar tab extending from the first busbar extending under the vehicle window to the second busbar ; - said first busbar tab and second busbar tab being embodied in a curved form; and - comprising at least one third busbar tab extending from the second busbar towards the first busbar and at least one fourth busbar tab positioned on the passage area , - said third busbar tab and fourth busbar tab being embodied in a curved form. - a first stripping region positioned in a manner encircling said vehicle glass ; - a first busbar positioned inside said first stripping region ; - a second stripping region which partially separates said view area and said wiper area from each other; - a second busbar positioned in a manner partially contacting the coating along the length of an edge of said second stripping region ; - a connection element connected to at least one of the first busbar and the second busbar and - a second connection element which carries charges which are in different pole from the connection element and which is connected to at least one of the first busbar and the second busbar , - comprising at least one first busbar tab and at least one second busbar tab extending from the first busbar extending under the vehicle window to the second busbar ; - said first busbar tab and second busbar tab being embodied in a curved form; and - comprising at least one third busbar tab extending from the second busbar towards the first busbar and at least one fourth busbar tab positioned on the passage area , - said third busbar tab and fourth busbar tab being embodied in a curved form.
Method for producing a rack for a steering gear of a motor vehicle, said rack having at least one toothed portion having a toothing , and at least one shaft portion having at least one functional portion, wherein separate segments comprising at least one in each case bar-shaped toothed segment and one shaft segment are provided, are aligned on a common longitudinal axis (L), and are connected to one another at a joint, characterized by the steps: - providing a shaft raw material piece having a piece length of a multiple of a shaft segment length (Is) ; - continuous grinding of at least part of the circumferential face of the shaft raw material piece across a multiple of the shaft segment length (Is) in order for a semi-finished shaft segment product to be produced; - cutting to length a shaft segment from the semi-finished shaft segment product ; - providing a toothed segment ; - joining the shaft segment to the toothed segment . - providing a shaft raw material piece having a piece length of a multiple of a shaft segment length (Is) ; - continuous grinding of at least part of the circumferential face of the shaft raw material piece across a multiple of the shaft segment length (Is) in order for a semi-finished shaft segment product to be produced; - cutting to length a shaft segment from the semi-finished shaft segment product ; - providing a toothed segment ; - joining the shaft segment to the toothed segment .
A first portable electronic device (104.1) from among a plurality of portable electronic devices for accessing a remotely controllable device , the first portable electronic device (104.1) comprising: a memory configured to store a token indicator indicating ownership of a software implemented access token to access the remotely controllable device ; and a processor configured to execute instructions stored in the memory , the instructions, when executed by the processor, configuring the processor to: collect information relating to one or more parameters, characteristics, or attributes of the plurality of portable electronic devices , evaluate the information to identify a second portable electronic device (104.2) from among the plurality of portable electronic devices that is in motion relative to the remotely controllable device to access the remotely controllable device , and transfer ownership of the software implemented access token from the first portable electronic device (104.1) to the second portable electronic device (104.2) in response to identifying the second portable electronic device (104.2) as being in motion relative to the remotely controllable device . a memory configured to store a token indicator indicating ownership of a software implemented access token to access the remotely controllable device ; and a processor configured to execute instructions stored in the memory , the instructions, when executed by the processor, configuring the processor to: collect information relating to one or more parameters, characteristics, or attributes of the plurality of portable electronic devices , evaluate the information to identify a second portable electronic device (104.2) from among the plurality of portable electronic devices that is in motion relative to the remotely controllable device to access the remotely controllable device , and transfer ownership of the software implemented access token from the first portable electronic device (104.1) to the second portable electronic device (104.2) in response to identifying the second portable electronic device (104.2) as being in motion relative to the remotely controllable device . collect information relating to one or more parameters, characteristics, or attributes of the plurality of portable electronic devices , evaluate the information to identify a second portable electronic device (104.2) from among the plurality of portable electronic devices that is in motion relative to the remotely controllable device to access the remotely controllable device , and transfer ownership of the software implemented access token from the first portable electronic device (104.1) to the second portable electronic device (104.2) in response to identifying the second portable electronic device (104.2) as being in motion relative to the remotely controllable device .
A composition comprising: (a) at least one reactive binder; (b) at least one curing agent and/or accelerator, (c) at least one thermally activatable blowing agent; and (d) at least one lightweight filler, wherein at least one expanded particle of at least one glass-rich volcanic rock having a closed outer shell is contained as the lightweight filler wherein the composition can be pumped at temperatures below 70 °C. (a) at least one reactive binder; (b) at least one curing agent and/or accelerator, (c) at least one thermally activatable blowing agent; and (d) at least one lightweight filler, wherein at least one expanded particle of at least one glass-rich volcanic rock having a closed outer shell is contained as the lightweight filler
Cutting device for cutting paper , wherein the cutting device comprises a cutting blade and a counter-member that cooperate to cut the paper along a cutting line (C), wherein the cutting device comprises a frame and wherein the cutting blade is movable relative to said frame towards and away from the counter-member in a driving direction (D), transverse or perpendicular to the cutting line (C), for cutting the paper , wherein the cutting device comprises a holder for holding the cutting blade relative to the counter-member , wherein the cutting device is further provided with a first guide and a second guide extending in or parallel to the driving direction (D) for linearly guiding the holder , wherein the cutting device comprises one or more first fixation members for fixating at least the first guide relative to the frame , wherein the one or more first fixation members are arranged for releasing the fixation of the first guide relative to the frame , wherein the first guide , when released, is movable relative to the frame in an adjustment direction (A) perpendicular to the cutting line (C) and the driving direction (D), characterized in that each of the guides comprises a guide body , wherein the guide bodies of the first guide and the second guide , when released, are arranged to be rotatable relative to the frame about a first adjustment axis (X1) and a second adjustment axis (X2), respectively, wherein each guide body comprises an eccentric section that moves eccentrically about the respective adjustment axis (X1, X2) and that is arranged to convert the rotational movement of the guides about the respective adjustment axes (X1, X2) into a linear movement of the holder in the adjustment direction (A).
A process for the production of a decorated article comprising the steps of: a) printing a first energy curable water-based ink or coating composition onto a substrate to provide a pore pattern layer thereon; b) drying the pore pattern layer; c) printing a second energy curable water-based ink or coating composition onto the pore pattern layer to provide a topcoat layer thereon ; d) drying the topcoat layer and energy curing the printed substrate to provide a cross-linked structure wherein the first ink or coating composition contains a repellant and wherein both the first ink or coating composition and the second ink or coating composition do not contain a curing agent; wherein the repellant is a surface tension modifying additive selected from a group consisting of silicones, waxes, and fluorocarbon polymers; and wherein the definition of a curing agent excludes radical photoinitiators and/or cationic photoinitiators. a) printing a first energy curable water-based ink or coating composition onto a substrate to provide a pore pattern layer thereon; b) drying the pore pattern layer; c) printing a second energy curable water-based ink or coating composition onto the pore pattern layer to provide a topcoat layer thereon ; d) drying the topcoat layer and energy curing the printed substrate to provide a cross-linked structure wherein the first ink or coating composition contains a repellant and wherein both the first ink or coating composition and the second ink or coating composition do not contain a curing agent; wherein