mhurhangee/patent-ind-claim-en huggingface dataset:
A control method for controlling an information processing device comprising a camera for receiving an image and a display having a display surface on the same side as an image-receiving side of the camera , wherein: the control method causes a computer of the information processing device for receiving an image of a face of a subject from the camera , horizontally inverting the received image, and displaying the horizontally-inverted image on the display , to execute: detecting (S304, S305) a distance between the information processing device and a reference portion included in the face of the subject; characterized in that the control method further causes the computer to execute: determining (S305) a scaling factor based on a ratio between a reference distance used for evaluating the image of the face of the subject and the detected distance; generating (S306) as a guide image for guiding the subject in such a direction as to change a distance between the information processing device and the subject, an image corresponding to at least one part included in an image obtained by enlarging or shrinking the horizontally-inverted received image of the face based on the determined scaling factor; and displaying (S308) the generated guide image on the display , wherein the displayed guide image is superimposed over the horizontally-inverted image. detecting (S304, S305) a distance between the information processing device and a reference portion included in the face of the subject; characterized in that the control method further causes the computer to execute: determining (S305) a scaling factor based on a ratio between a reference distance used for evaluating the image of the face of the subject and the detected distance; generating (S306) as a guide image for guiding the subject in such a direction as to change a distance between the information processing device and the subject, an image corresponding to at least one part included in an image obtained by enlarging or shrinking the horizontally-inverted received image of the face based on the determined scaling factor; and displaying (S308) the generated guide image on the display , wherein the displayed guide image is superimposed over the horizontally-inverted image. determining (S305) a scaling factor based on a ratio between a reference distance used for evaluating the image of the face of the subject and the detected distance; generating (S306) as a guide image for guiding the subject in such a direction as to change a distance between the information processing device and the subject, an image corresponding to at least one part included in an image obtained by enlarging or shrinking the horizontally-inverted received image of the face based on the determined scaling factor; and displaying (S308) the generated guide image on the display , wherein the displayed guide image is superimposed over the horizontally-inverted image.
A switch , comprising: an ignition chamber ; a pyrotechnic actuator arranged to release gas into the ignition chamber upon ignition; a first conductor and a second conductor , the first and second conductors comprising connection contacts; a third conductor moveable in a direction from a first position towards a second position upon actuation by the pyrotechnic actuator; a breakable retaining member arranged to retain the third conductor in the first position prior to actuation by the pyrotechnic actuator, wherein the retaining member is arranged to break in dependence on actuation of the pyrotechnic actuator to allow movement of the third conductor; and a housing arranged to enclose at least the third conductor and the retaining member, wherein the retaining member is supported by the housing, wherein in the first position the third conductor is arranged between, and in electrical and physical contact with, the first and second conductors to define a current conduction path, and wherein in the second position the third conductor is electrically and physically separate from the first and second conductors; characterized in that contact surfaces at which the first conductor contacts the third conductor and at which the second conductor contacts the third conductor extend generally perpendicularly to the direction of movement of the third conductor. an ignition chamber ; a pyrotechnic actuator arranged to release gas into the ignition chamber upon ignition; a first conductor and a second conductor , the first and second conductors comprising connection contacts; a third conductor moveable in a direction from a first position towards a second position upon actuation by the pyrotechnic actuator; a breakable retaining member arranged to retain the third conductor in the first position prior to actuation by the pyrotechnic actuator, wherein the retaining member is arranged to break in dependence on actuation of the pyrotechnic actuator to allow movement of the third conductor; and a housing arranged to enclose at least the third conductor and the retaining member, wherein the retaining member is supported by the housing, wherein in the first position the third conductor is arranged between, and in electrical and physical contact with, the first and second conductors to define a current conduction path, and wherein in the second position the third conductor is electrically and physically separate from the first and second conductors; characterized in that contact surfaces at which the first conductor contacts the third conductor and at which the second conductor contacts the third conductor extend generally perpendicularly to the direction of movement of the third conductor.
Dental implant for placement in a jaw bone, consisting of a base part , an abutment and a connecting screw , wherein a coronal end of the base part has a receiving hole for the abutment , having in the direction from the coronal end a conical index portion forming a guide surface for the abutment , and in the cervical direction there is a threaded portion directly adjacent to the index portion for screwing in the connecting screw , wherein the abutment contains a connecting zone for connection with the base part , having a conical portion to which an index area is adjacent in the cervical direction forming a guide surface for the surface of the index portion of the base part when the abutment is placed in the base part , and at the cervical end it has an end surface with a through hole in that a support thread is arranged through which a threaded portion of the connecting screw can be introduced, characterized in that the connecting screw comprises a head and a stepped stem with a reduced diameter in a lower part that has the thread portion on its end and wherein the diameter of the lower stem part is not exceeding the inner diameter of the support thread , wherein the support thread protrudes from the surface of the through hole, wherein when the threaded portion of the connection screw is inserted through the through hole and screwed into the corresponding threaded portion of the base part , the screw head rests in the abutment through hole and presses the abutment to the base part , the lower stem part extends through the support thread to the screw thread , and a distance (SSH) from the screw head to the beginning of the lower stem part is less than a distance (ATH) along the axis from the screw head to the support thread by 0.1-1 mm. characterized in that the connecting screw comprises a head and a stepped stem with a reduced diameter in a lower part that has the thread portion on its end and wherein the diameter of the lower stem part is not exceeding the inner diameter of the support thread , wherein the support thread protrudes from the surface of the through hole, wherein when the threaded portion of the connection screw is inserted through the through hole and screwed into the corresponding threaded portion of the base part , the screw head rests in the abutment through hole and presses the abutment to the base part , the lower stem part extends through the support thread to the screw thread , and a distance (SSH) from the screw head to the beginning of the lower stem part is less than a distance (ATH) along the axis from the screw head to the support thread by 0.1-1 mm.
An electric cable driving mechanism having a self-return function, comprising a housing assembly , an electric motor , a three-stage transmission mechanism and a multifunctional nut , wherein the three-stage transmission mechanism comprises a coil spring assembly , the electric motor is fixed to the housing assembly , and the three-stage transmission mechanism and the multifunctional nut are mounted in the housing assembly ; and the multifunctional nut comprises two cable mounting grooves and is in transmission connection to the electric motor by means of the three-stage transmission mechanism , wherein the three-stage transmission mechanism comprises a screw rod , the coil spring assembly and a three-stage gear , wherein the screw rod comprises a spline and an external thread section , a shaft shoulder is formed at each of two ends of the screw rod , characterized in that a U-shaped groove matching the shaft shoulder is formed in the housing assembly , and a recess is formed at an outer side of the spline ; the coil spring assembly and the three-stage gear sleeve the spline , a connecting portion matching the spline is formed inside the three-stage gear , the three-stage gear sleeves the spline by means of the connecting portion , and a convex rib matching the recess is formed at an outer side end of the three-stage gear ; and the coil spring assembly comprises a coil spring and a cover , wherein an inner side end of the coil spring matches the spline for limiting, and an outer side end of the coil spring is connected to the cover , the multifunctional nut comprises a non-self-locking internal threaded hole , several guide strips , two limited planes and the cable mounting groove , wherein the non-self-locking internal threaded hole is formed in a middle of the multifunctional nut and is screwed onto the external thread section of the screw rod by means of the non-self-locking internal threaded hole ; the guide strips are formed on an upper surface and a lower surface of the multifunctional nut and extend in an axial direction of the non-self-locking internal threaded hole , and a guide groove matching the guide strip is formed in the housing assembly ; and the limited plane is formed at each of a top surface and a bottom surface of the multifunctional nut , and the housing assembly limits the limited plane .
A power tool comprising: a battery pack interface configured to receive a battery pack , the battery pack interface including one or more power terminals and one or more communication terminals; and a controller including an electronic processor and a memory , characterized by the controller being configured to: receive, via the one or more communication terminals, a plurality of signals indicating a plurality of temperatures of the battery pack ; determine, based on the plurality of signals, a battery pack type; and control discharge of the battery pack based on the battery pack type. a battery pack interface configured to receive a battery pack , the battery pack interface including one or more power terminals and one or more communication terminals; and a controller including an electronic processor and a memory , characterized by the controller being configured to: receive, via the one or more communication terminals, a plurality of signals indicating a plurality of temperatures of the battery pack ; determine, based on the plurality of signals, a battery pack type; and control discharge of the battery pack based on the battery pack type. receive, via the one or more communication terminals, a plurality of signals indicating a plurality of temperatures of the battery pack ; determine, based on the plurality of signals, a battery pack type; and control discharge of the battery pack based on the battery pack type.
A method of operating an integrated circuit-based electronic control system (ECS) to control an engine to propel a vehicle, the method comprising: receiving a throttle command with the ECS; determining with the ECS an operation to increase engine cycle efficiency for a look-ahead horizon of vehicle operating conditions by reducing engine torque below a magnitude corresponding to the throttle command and below a torque curve limit over a first vehicle operation segment and permitting an increase in engine torque above the torque curve limit over a second vehicle operation segment, the first vehicle operation segment and the second vehicle operation segment comprising respective portions of the look-ahead horizon; controlling the engine to output torque below the magnitude corresponding to the throttle command and below the torque curve limit over the first vehicle operation segment; and controlling the engine to output torque above the torque curve limit over the second vehicle operation segment in response to a second throttle command received by the ECS and constrained by an extended limit on operation of the engine above the torque curve limit. receiving a throttle command with the ECS; determining with the ECS an operation to increase engine cycle efficiency for a look-ahead horizon of vehicle operating conditions by reducing engine torque below a magnitude corresponding to the throttle command and below a torque curve limit over a first vehicle operation segment and permitting an increase in engine torque above the torque curve limit over a second vehicle operation segment, the first vehicle operation segment and the second vehicle operation segment comprising respective portions of the look-ahead horizon; controlling the engine to output torque below the magnitude corresponding to the throttle command and below the torque curve limit over the first vehicle operation segment; and controlling the engine to output torque above the torque curve limit over the second vehicle operation segment in response to a second throttle command received by the ECS and constrained by an extended limit on operation of the engine above the torque curve limit.
Modular filling guide for motor vehicle fuel tank comprising an upper receptacle forming a funnel and opening, in the upper part, into a head covering an elbow pipe for connection to the tank and, lower part, in a lower duct intended to be introduced into said tubing , said upper receptacle and said lower duct are two separate parts provided with mutual assembly members such that said added duct has a profile and a geometry adapted to those of said pipe , characterized in that said assembly members comprise at least two diametrically opposed slots provided on said duct and cooperating by snapping with two complementary lugs carried by the periphery of said receptacle .
A block copolymer comprising a block represented by Formula 4: wherein R is hydrogen or an alkyl group having 1 to 4 carbon atoms; X is a carbonyl group, -C(=O)-X 1 - or -X 1 -C(=O)-, wherein X 1 is an oxygen atom or a sulfur atom; and Y is represented by Formula 2: [Formula 2] -P-Q-Z wherein P is an arylene group; Q is an oxygen atom or -NR 3 -, wherein R 3 is hydrogen, an alkyl group, an alkenyl group, an alkynyl group, an alkoxy group or an aryl group; and Z is a chain having 10 to 20 chain-forming atoms.
A stateful distributed file system (200; 500) comprising: a plurality of file system entities (300; 401, 411, 412, 413, 421, 422, 423, 324, 431) having an associated state ; a plurality of computing node tiers (210, 220; 510, 520), each of at least some of the plurality of computing node tiers comprising a plurality of computing nodes (211, 212, 213, 214; 511, 512, 513, 514) having like characteristics as compared to other computing nodes within the same computing node tier, wherein the plurality of computing node tiers comprises a front end computing node tier and a back end computing node tier ; and a distribution component that comprises logic that distributes the state of the plurality of file system entities amongst at least some of the plurality of computing node tiers, wherein distributing the state comprises: placing a transient state in a front end computing node within the front end computing node tier , and placing a durable state in a back end computing node within the back end computing node tier . a plurality of file system entities (300; 401, 411, 412, 413, 421, 422, 423, 324, 431) having an associated state ; a plurality of computing node tiers (210, 220; 510, 520), each of at least some of the plurality of computing node tiers comprising a plurality of computing nodes (211, 212, 213, 214; 511, 512, 513, 514) having like characteristics as compared to other computing nodes within the same computing node tier, wherein the plurality of computing node tiers comprises a front end computing node tier and a back end computing node tier ; and a distribution component that comprises logic that distributes the state of the plurality of file system entities amongst at least some of the plurality of computing node tiers, wherein distributing the state comprises: placing a transient state in a front end computing node within the front end computing node tier , and placing a durable state in a back end computing node within the back end computing node tier . placing a transient state in a front end computing node within the front end computing node tier , and placing a durable state in a back end computing node within the back end computing node tier .
A climate control system, in particular for a motor vehicle, with a refrigerant circuit which has an evaporator and a condenser , and with a coolant circuit , wherein the refrigerant circuit and the coolant circuit are thermally coupled to each other in particular in the region of the evaporator and in the region of the condenser , wherein the coolant circuit has a line system with junctions , wherein a heating body , a cooling body , an external heat exchanger , an additional heat source are integrated into the line system , characterised in that: a first bypass line and a second bypass line are integrated into the line system, wherein the first bypass line bypasses the additional heat source from the cooling body to the external heat exchanger and the second bypass line bypasses the additional heat source from the heating body to the external heat exchanger .
A method for converting an input light, generated by a pump laser source outside an optical resonator, into an output light beam that has a spatial beam quality factor (M 2 ) that is less than that of the input light, the method comprising the steps of: positioning a Raman crystal within the optical resonator receiving the input light; focusing the input light to form a beam waist at the Raman crystal; generating a Stokes light beam resonating within the optical resonator from the input light so received by at least one nonlinear interaction within the Raman crystal, the optical resonator being configured such that the input light is encompassed by the Stokes light beam within the Raman crystal, wherein the at least one nonlinear interaction comprises at least one Raman interaction and the Stokes light beam has a M 2 that is less than that of the input light; and generating the output light beam by extracting at least some of the Stokes light beam from the optical resonator; wherein the input light has a M 2 greater than 1.7, the output light beam has a M 2 less than the input light, and the output light beam has an output intrinsic beam brightness greater than an input intrinsic beam brightness of the input light, wherein the intrinsic beam brightness B is defined as: B = P λ 2 M x 2 M y 2 where P is the average power, λ is the beam wavelength and M x 2 and M y 2 are the beam quality factors in the x and y directions respectively. positioning a Raman crystal within the optical resonator receiving the input light; focusing the input light to form a beam waist at the Raman crystal; generating a Stokes light beam resonating within the optical resonator from the input light so received by at least one nonlinear interaction within the Raman crystal, the optical resonator being configured such that the input light is encompassed by the Stokes light beam within the Raman crystal, wherein the at least one nonlinear interaction comprises at least one Raman interaction and the Stokes light beam has a M 2 that is less than that of the input light; and generating the output light beam by extracting at least some of the Stokes light beam from the optical resonator; wherein the input light has a M 2 greater than 1.7, the output light beam has a M 2 less than the input light, and the output light beam has an output intrinsic beam brightness greater than an input intrinsic beam brightness of the input light, wherein the intrinsic beam brightness B is defined as: B = P λ 2 M x 2 M y 2 where P is the average power, λ is the beam wavelength and M x 2 and M y 2 are the beam quality factors in the x and y directions respectively.
A display device comprising: first and second set frames disposed adjacent to each other; a panel disposed above the first and second set frames ; a folding hinge connecting the first set frame with the second set frame ; a first sliding plate disposed between the first set frame and the panel ; a stationary plate disposed between the second set frame and the panel ; a second sliding plate disposed between the stationary plate and the second set frame ; and a shock absorber having one end coupled to the first sliding plate and the panel and another end, which is opposite the one end, coupled to the second sliding plate and movably disposed on the folding hinge . first and second set frames disposed adjacent to each other; a panel disposed above the first and second set frames ; a folding hinge connecting the first set frame with the second set frame ; a first sliding plate disposed between the first set frame and the panel ; a stationary plate disposed between the second set frame and the panel ; a second sliding plate disposed between the stationary plate and the second set frame ; and a shock absorber having one end coupled to the first sliding plate and the panel and another end, which is opposite the one end, coupled to the second sliding plate and movably disposed on the folding hinge .