mhurhangee/ep-ind-claims huggingface dataset:
A method of implementing a personally customized bed, the method comprising: downloading, by the personally customized bed, personal data of a user from a user terminal being a portable medical device, wherein the portable medical device is worn on a wrist and measures biological signals; and controlling, by the personally customized bed, one or more functions provided by the personally customized bed, based on the personal data, wherein the personal data of the user downloaded from the user terminal includes physical state information based on biological signals measured by a measurement device of the user terminal. downloading, by the personally customized bed, personal data of a user from a user terminal being a portable medical device, wherein the portable medical device is worn on a wrist and measures biological signals; and controlling, by the personally customized bed, one or more functions provided by the personally customized bed, based on the personal data, wherein the personal data of the user downloaded from the user terminal includes physical state information based on biological signals measured by a measurement device of the user terminal.
A radiographic imaging apparatus, comprising: a total irradiation time acquisition unit is adapted to acquire a total irradiation time of radiation emitted to a subject in order to obtain one radiographic image; a divided irradiation time calculation unit is adapted to calculate a divided irradiation time, which is an irradiation time of radiation per imaging, by dividing the total irradiation time; and an imaging controller is adapted to obtain a plurality of time-division images by time-division imaging in which radiographic imaging is performed multiple times according to the divided irradiation time; characterized by a feature point recognition unit that is adapted to recognize feature points for each of the time-division images; a time-division image selection unit that is adapted to select some or all of the time-division images from the plurality of time-division images in which the amount of deviation of a feature point either from an average position of the feature points from the plurality of captured time-division images or from a feature point of a specific time-division image among the time division images as a reference is equal to or less than a predetermined threshold;and a composite image generation unit that is adapted to generate a composite image using the selected time-division images. a total irradiation time acquisition unit is adapted to acquire a total irradiation time of radiation emitted to a subject in order to obtain one radiographic image; a divided irradiation time calculation unit is adapted to calculate a divided irradiation time, which is an irradiation time of radiation per imaging, by dividing the total irradiation time; and an imaging controller is adapted to obtain a plurality of time-division images by time-division imaging in which radiographic imaging is performed multiple times according to the divided irradiation time;
A device for allowing work to be carried out on or about an object, the device including: a first gripping arrangement which is pivotally and rotatably coupled to a second gripping arrangement by way of an arm, the first and second gripping arrangements each comprising a pair of grappling legs (20a, 20b) pivotably connected to a body, and respective grappling leg displacement means (24, 24b) mounted to the grappling legs (20a, 20b), each grappling leg displacement means (24a, 24b) being operable to move the corresponding grappling legs (20a, 20b) between a closed position and an open position for respectively securing the gripping arrangement to and releasing the gripping arrangement from the object; and a controller for controlling the arm and the respective grappling leg displacement means (24a, 24b) so as to allow the device to traverse the object for allowing work to be carried out, whereby the traversing is effected by securing one of the respective gripping arrangements to the object while the other is pivotably and/or rotatably moved to a desired location on the object for subsequently securing thereto; and wherein at least one the first and second gripping arrangements is coupled to the arm by a rotator located at a respective end of the arm, the device being characterized in that said at least on gripping arrangement is detachable from the rotator for attachment of equipment utilised to carry out the work on the object. a first gripping arrangement which is pivotally and rotatably coupled to a second gripping arrangement by way of an arm, the first and second gripping arrangements each comprising a pair of grappling legs (20a, 20b) pivotably connected to a body, and respective grappling leg displacement means (24, 24b) mounted to the grappling legs (20a, 20b), each grappling leg displacement means (24a, 24b) being operable to move the corresponding grappling legs (20a, 20b) between a closed position and an open position for respectively securing the gripping arrangement to and releasing the gripping arrangement from the object; and a controller for controlling the arm and the respective grappling leg displacement means (24a, 24b) so as to allow the device to traverse the object for allowing work to be carried out, whereby the traversing is effected by securing one of the respective gripping arrangements to the object while the other is pivotably and/or rotatably moved to a desired location on the object for subsequently securing thereto; and wherein at least one the first and second gripping arrangements is coupled to the arm by a rotator located at a respective end of the arm, the device being characterized in that said at least on gripping arrangement is detachable from the rotator for attachment of equipment utilised to carry out the work on the object.
An anamorphic optical projection system for anamorphically imaging and concentrating a two-dimensional light field to generate a substantially one-dimensional line image that extends in a cross-process direction on an imaging surface, the optical projection system comprising: a cross-process optical subsystem including at least one cross-process cylindrical/acylindrical optical element arranged to image said two-dimensional light field in a cross-process direction on the imaging surface; and a process-direction optical subsystem including at least one process-direction cylindrical/acylindrical optical element arranged to focus said two-dimensional light field in the process direction on the imaging surface, characterized in that the two-dimensional light field has a first width in the cross-process direction and a first height in the process direction, wherein said substantially one-dimensional line image has a second width in the cross-process direction that is equal to or greater than the first width of the two-dimensional modulated light field; and wherein said substantially one-dimensional line image has a second height in the process direction that is at least three times smaller than the first height of the two-dimensional modulated light field. a cross-process optical subsystem including at least one cross-process cylindrical/acylindrical optical element arranged to image said two-dimensional light field in a cross-process direction on the imaging surface; and a process-direction optical subsystem including at least one process-direction cylindrical/acylindrical optical element arranged to focus said two-dimensional light field in the process direction on the imaging surface, characterized in that the two-dimensional light field has a first width in the cross-process direction and a first height in the process direction, wherein said substantially one-dimensional line image has a second width in the cross-process direction that is equal to or greater than the first width of the two-dimensional modulated light field; and wherein said substantially one-dimensional line image has a second height in the process direction that is at least three times smaller than the first height of the two-dimensional modulated light field.
A recline adjustment mechanism for a car seat having a seat member pivotally connected at a pivot axis to on a base member for pivotal movement through a plurality of recline angles, the recline adjustment mechanism operably interconnecting the seat member and the base member to control the pivoted recline angle of the seat member, comprising: an actuation handle movably supported on the base member for movement between a home position and a release position; and a stepped ramp fixed to the base member and including a plurality of steps corresponding respectively to predefined recline angles of the seat member relative to the base member; wherein the mechanism further comprises a recline paddle pivotally connected to the seat member and selectively engageable with the stepped ramp to position the seat member at the selected predefined recline angle; and a paddle trap apparatus connected to the actuation handle and engaged with the recline paddle, the paddle trap apparatus being operable to disengage the recline paddle from the stepped ramp when the actuation handle is moved to the release position to permit the recline paddle to be aligned with a selected one of the step positions and to move the recline paddle into engagement with the stepped ramp to the recline paddle from separation from the stepped ramp when the actuation handle is moved into the home position. an actuation handle movably supported on the base member for movement between a home position and a release position; and a stepped ramp fixed to the base member and including a plurality of steps corresponding respectively to predefined recline angles of the seat member relative to the base member; wherein the mechanism further comprises a recline paddle pivotally connected to the seat member and selectively engageable with the stepped ramp to position the seat member at the selected predefined recline angle; and a paddle trap apparatus connected to the actuation handle and engaged with the recline paddle, the paddle trap apparatus being operable to disengage the recline paddle from the stepped ramp when the actuation handle is moved to the release position to permit the recline paddle to be aligned with a selected one of the step positions and to move the recline paddle into engagement with the stepped ramp to the recline paddle from separation from the stepped ramp when the actuation handle is moved into the home position.
Method for measuring the thickness of devices obtained by thermoforming a sheet of thermoplastic material on a positive mold characterized in that it comprises the steps consisting of: - inserting a plurality of reference targets onto the positive mold, prior to the image acquisition and model derivation steps (110,120); - acquiring a plurality of images of the device obtained by thermoforming in configuration fitted on the positive mold and deriving therefrom a three-dimensional digital model of the assembly consisting of the positive mold and the device obtained by thermoforming fitted on the same; - acquiring a plurality of images of the positive mold in the absence of the fitted thermoformed device and deriving therefrom a three-dimensional digital model of the positive mold alone; - aligning the acquired three-dimensional digital models; and subsequently - comparing the aligned three-dimensional digital models and calculating thicknesses of the thermoformed device on the basis of the differences detected by the comparison. - inserting a plurality of reference targets onto the positive mold, prior to the image acquisition and model derivation steps (110,120); - acquiring a plurality of images of the device obtained by thermoforming in configuration fitted on the positive mold and deriving therefrom a three-dimensional digital model of the assembly consisting of the positive mold and the device obtained by thermoforming fitted on the same; - acquiring a plurality of images of the positive mold in the absence of the fitted thermoformed device and deriving therefrom a three-dimensional digital model of the positive mold alone; - aligning the acquired three-dimensional digital models; and subsequently - comparing the aligned three-dimensional digital models and calculating thicknesses of the thermoformed device on the basis of the differences detected by the comparison.
A method for manufacturing a dental implant apparatus that comprises an implant and an implant support, wherein the implant and the implant support have contact surfaces (4; 5) with which they can be set next to one another and mutually matching contours providing security against rotation (6; 8) that are molded on integrally in one piece and that prevent a rotation of the implant and of the implant support with respect to one another in the state placed next to one another, characterized in that the contact surface of the implant is ground using a first grinding gauge that has a grinding surface having the shape of the contact surface of the implant attachment and leaves out the contour providing security against rotation of the implant; and the contact surface of the implant support is ground using a second grinding gauge that has a grinding surface having the shape of the contact surface of the implant and leaves out the contour providing security against rotation of the implant support.
Method for operating a household microwave appliance comprising a microwave generator (3, 4) for generating microwaves, a treatment chamber to which microwaves can be applied, at least one sensor for detecting at least one piece of sensor information (T1, T2, Uist) and a display device, characterized in that in the method - a currently retrievable microwave available power, in particular also the future temporal progression thereof, is determined on the basis of at least one piece of sensor information (T1, T2, Uist) and - the microwave available power is displayed in the display device. - a currently retrievable microwave available power, in particular also the future temporal progression thereof, is determined on the basis of at least one piece of sensor information (T1, T2, Uist) and - the microwave available power is displayed in the display device.
Method for operating a gas turbine with sequential combustion (14, 15, 17, 19), in which the gas turbine comprises a compressor, a first combustor (14, 17) with a first combustion chamber and first burners, which receive compressed air from the compressor, a second combustor (15, 19) with a second combustion chamber and second burners, which receive hot gas from the first combustor (14, 17) with a predetermined second combustor inlet temperature (T I,SEV), and a turbine, which receives hot gas from the second combustor (15, 19), characterized in that the second combustor inlet temperature (T I,SEV) is reduced for base-load operation of the gas turbine by admixing of a dilution air flow and/or by a reduction in the fuel to air ratio in the first combustor, and that the second combustor inlet temperature (T I,SEV) is increased by increasing the first combustor exit temperature and/or by reducing the dilution air flow relative to the dilution air flow at base load when decreasing the gas turbine load (RL GT) from base-load to part-load.
A power conversion and distribution system for an aircraft electric actuator, characterized by: a DC power source; an array of DC-DC converters (24, 26, 28) connected to said DC power source; an aircraft electric actuator connected to said array of DC-DC converters, said actuator being driven by a DC output voltage from said array of DC-DC converters; and a controller selectively enabling certain of said DC-DC converters of said array of DC-DC converters. a DC power source; an array of DC-DC converters (24, 26, 28) connected to said DC power source; an aircraft electric actuator connected to said array of DC-DC converters, said actuator being driven by a DC output voltage from said array of DC-DC converters; and a controller selectively enabling certain of said DC-DC converters of said array of DC-DC converters.
Tunable Fabry-Pérot filter comprising: a first part comprising a first reflector carrier having a first reflector and a first support frame on which the first reflector carrier is spring-mounted; a first part comprising a second reflector carrier having a second reflector and a second support frame on which the second reflector carrier is spring-mounted; the first part and the second part being connected to each other such that the first reflector and the second reflector are located opposite each other and that the distance between the first reflector and the second reflector is variable, the first reflector carrier and the second reflector carrier each having an oblong shape and being disposed at a mutual angle so that the reflectors (34, 36) are located opposite each other within an area wherein the oblong reflector carriers (12, 22) overlap, wherein areas of the first reflector carrier overlap with areas of the second support frame, and wherein areas of the second reflector carrier overlap with areas of the first support frame. a first part comprising a first reflector carrier having a first reflector and a first support frame on which the first reflector carrier is spring-mounted; a first part comprising a second reflector carrier having a second reflector and a second support frame on which the second reflector carrier is spring-mounted; the first part and the second part being connected to each other such that the first reflector and the second reflector are located opposite each other and that the distance between the first reflector and the second reflector is variable, the first reflector carrier and the second reflector carrier each having an oblong shape and being disposed at a mutual angle so that the reflectors (34, 36) are located opposite each other within an area wherein the oblong reflector carriers (12, 22) overlap, wherein areas of the first reflector carrier overlap with areas of the second support frame, and wherein areas of the second reflector carrier overlap with areas of the first support frame.
A system of collecting a paint residue, the system comprising: a bubble-containing functional water generation portion which is configured so as to generate functional water that is bubble-containing alkaline water or acid water; a paint collecting portion which collects the paint residue with the functional water; and a storage portion which recovers the functional water from the paint collecting portion and which stores the functional water, wherein the paint collecting portion is configured such that the functional water flows down on a wall surface of a water curtain formation member so as to form a water membrane, and the paint residue is collected by colliding with the water membrane. a bubble-containing functional water generation portion which is configured so as to generate functional water that is bubble-containing alkaline water or acid water; a paint collecting portion which collects the paint residue with the functional water; and a storage portion which recovers the functional water from the paint collecting portion and which stores the functional water, wherein the paint collecting portion is configured such that the functional water flows down on a wall surface of a water curtain formation member so as to form a water membrane, and the paint residue is collected by colliding with the water membrane.
Method for assembling an insert on a support, characterised by: - a preparation step in which a metal seal is placed between the insert and the support, and - a welding step in which a pin is made to rotate around an axis of rotation and the pin is placed in contact with the insert so that the pin generates friction forces on the insert to liquefy the metal seal and weld the insert to the support. - a preparation step in which a metal seal is placed between the insert and the support, and - a welding step in which a pin is made to rotate around an axis of rotation and the pin is placed in contact with the insert so that the pin generates friction forces on the insert to liquefy the metal seal and weld the insert to the support.
An over-voltage protection circuit for at least one switch, comprising: a pad configured to input an external voltage from a connector; a first circuit branch, a second circuit branch, and a third circuit branch, each connected between the pad and a common node; the first circuit branch including a pair of series connected capacitors; the second circuit branch being coupled with the first circuit branch such that a voltage proportional to the pad voltage is available on an output of the second circuit branch; an enabling transistor connected between the second circuit branch and the third circuit branch, such that the output of the second circuit branch is connected to the control terminal of the enabling transistor and that the enabling transistor is activated by a surge event comprising a surge voltage at the pad, detected by the first or the second circuit branch; the third circuit branch being configured to output a surge detection signal when a surge voltage is received at the pad, and comprising an extended drain transistor to protect internal circuitry of the protection circuit during a surge event; and a controller configured to enable components of the second circuit branch and third circuit branch of the protection circuit during an on-state of the at least one switch to be protected, and further configured to receive the surge detection signal, and route a current from the surge voltage to ground in response thereto. a pad configured to input an external voltage from a connector; a first circuit branch, a second circuit branch, and a third circuit branch, each connected between the pad and a common node; the first circuit branch including a pair of series connected capacitors; the second circuit branch being coupled with the first circuit branch such that a voltage proportional to the pad voltage is available on an output of the second circuit branch; an enabling transistor connected between the second circuit branch and the third circuit branch, such that the output of the second circuit branch is connected to the control terminal of the enabling transistor and that the enabling transistor is activated by a surge event comprising a surge voltage at the pad, detected by the first or the second circuit branch; the third circuit branch being configured to output a surge detection signal when a surge voltage is received at the pad, and comprising an extended drain transistor to protect internal circuitry of the protection circuit during a surge event; and a controller configured to enable components of the second circuit branch and third circuit branch of the protection circuit during an on-state of the at least one switch to be protected, and further configured to receive the surge detection signal, and route a current from the surge voltage to ground in response thereto.