mhurhangee/ep-ind-claims huggingface dataset:
A display method, wherein the method is applicable to a display covered by a transparent panel, wherein the transparent panel has a non-deformation area and a deformation area, wherein the non-deformation area of the transparent panel is disposed at a location corresponding to the display, the non-deformation area is parallel to a surface of the display, wherein the deformation area is at a location that is on an edge of the transparent panel and that is corresponding to a first area on an outer side of an edge of the display wherein the deformation area has a cylindrical curved surface, wherein an included angle between an outer surface of the deformation area and a horizontal plane gradually decreases in a first direction of approaching the non-deformation area, and the method is characterized by: obtaining an optical deformation parameter of the first area of the display wherein the optical deformation parameter gradually decreases in the first direction since the included angle decreases; converting, according to the optical deformation parameter of the first area, a shape of first image data to obtain second image data, wherein the first image data is image data to be displayed in the first area; and displaying the second image data in the first area; detecting a relative angle between a human face of a user of the display and the display; wherein the optical deformation parameter of the first area of the display is obtained according to the relative angle; and compressing a length of first image data in a change direction of the optical deformation parameter according to the optical deformation parameter of the first area, so as to obtain the second image data. obtaining an optical deformation parameter of the first area of the display wherein the optical deformation parameter gradually decreases in the first direction since the included angle decreases; converting, according to the optical deformation parameter of the first area, a shape of first image data to obtain second image data, wherein the first image data is image data to be displayed in the first area; and displaying the second image data in the first area; detecting a relative angle between a human face of a user of the display and the display; wherein the optical deformation parameter of the first area of the display is obtained according to the relative angle; and compressing a length of first image data in a change direction of the optical deformation parameter according to the optical deformation parameter of the first area, so as to obtain the second image data.
An arc welding method of performing welding by employing CO2 gas as shield gas, supplying a welding current to flow between a welding wire and a workpiece to be welded while feeding the welding wire toward the workpiece, and generating an arc with the welding current, the arc welding method comprising: a welding step of performing the welding of the workpiece while executing control to adjust the welding current; and a welding termination step of executing control to apply the welding current having a trapezoidal waveform when the welding of the workpiece is terminated; characterized in that, in the welding termination step, the welding current having the trapezoidal waveform is additionally applied upon occurrence of a short circuit when the welding of the workpiece is terminated; wherein, in the welding termination step, the welding current having the trapezoidal waveform is applied in an arc period during which an arc is generated after a short circuit period during which a short circuit occurs; and wherein, in the welding termination step, the welding current during the arc period before applying the welding current having a trapezoidal waveform is a constant current. a welding step of performing the welding of the workpiece while executing control to adjust the welding current; and a welding termination step of executing control to apply the welding current having a trapezoidal waveform when the welding of the workpiece is terminated; characterized in that, in the welding termination step, the welding current having the trapezoidal waveform is additionally applied upon occurrence of a short circuit when the welding of the workpiece is terminated; wherein, in the welding termination step, the welding current having the trapezoidal waveform is applied in an arc period during which an arc is generated after a short circuit period during which a short circuit occurs; and wherein, in the welding termination step, the welding current during the arc period before applying the welding current having a trapezoidal waveform is a constant current.
A controller for controlling a generator arranged to generate a frequency signal for controlling a converter in a driver for driving a light circuit, the controller comprising: - a first part for in response to feed-back information from the light circuit producing a control signal arranged to control the generator, the feed-back information comprising a value of a feed-back signal that flows through at least a part of the light circuit or that defines a light intensity of at least a part of the light circuit, and the control signal defining a frequency of the frequency signal, and - a second part for in response to data information adapting the control signal, wherein the data information comprises a code for coding light produced by the light circuit characterised in that the controller comprises a third part for determining a static transfer of a combination of the converter and the light circuit defined by values of the feed-back signal and corresponding values of the frequency of the frequency signal, the corresponding values of the frequency of the frequency signal being situated on a first axis, the values of the feed-back signal being situated on a second axis, the third part being arranged to divide the values of the feed-back signal into intervals of a substantially equal size; and wherein the second part is configured to adapt the control signal in interval steps. - a first part for in response to feed-back information from the light circuit producing a control signal arranged to control the generator, the feed-back information comprising a value of a feed-back signal that flows through at least a part of the light circuit or that defines a light intensity of at least a part of the light circuit, and the control signal defining a frequency of the frequency signal, and - a second part for in response to data information adapting the control signal, wherein the data information comprises a code for coding light produced by the light circuit characterised in that the controller comprises a third part for determining a static transfer of a combination of the converter and the light circuit defined by values of the feed-back signal and corresponding values of the frequency of the frequency signal, the corresponding values of the frequency of the frequency signal being situated on a first axis, the values of the feed-back signal being situated on a second axis, the third part being arranged to divide the values of the feed-back signal into intervals of a substantially equal size; and wherein the second part is configured to adapt the control signal in interval steps.
A medical device for the postoperative compression of the skin after breast reconstruction providing compressive and variable orthogonal vectors along the four quadrants of the breast and leaving the areola-nipple complex tree said medical device comprising a female breast support garment, with two cups containing several inflatable modules designed to be inflated in order to exert adjustable ortnogonai compression on breast sKin, characterized in that said inflatable modules are tubular and define a trunked cone shape with variable thickness from the top to the bottom in order to generate a pressure gradient reaching orthogonal, compressive and different vectors on the four quadrants of the breast and leaving empty the areolar nipple complex.
A method performed by an access device (110, 140), the method comprising sending from the access device (110, 140) to a user equipment, UE, on a physical downlink control channel, PDCCH, a first downlink control information, DCI, set with DCI formats (402, 404, 406; 502, 504, 506, 508) containing a carrier indicator field, CIF (405, 507); sending from the access device to the UE a radio resource control, RRC, message to order the UE to switch from using the first DCI set to using a second DCI set, characterized in that the RRC message, to reconfigure the UE, when carriers are aggregated for use by the UE, causes the UE to switch from monitoring the first downlink control information, DCI, set to monitoring the second DCI set; and wherein the first DCI set comprises a set of DCI formats having a CIF size of 3 bits, and wherein the second DCI set does not comprise any CIF. sending from the access device to the UE a radio resource control, RRC, message to order the UE to switch from using the first DCI set to using a second DCI set, characterized in that the RRC message, to reconfigure the UE, when carriers are aggregated for use by the UE, causes the UE to switch from monitoring the first downlink control information, DCI, set to monitoring the second DCI set; and wherein the first DCI set comprises a set of DCI formats having a CIF size of 3 bits, and wherein the second DCI set does not comprise any CIF.
A measuring apparatus having a control apparatus for controllably driving a drive mechanism which displaces a measuring element contactable with a measuring object, the control apparatus comprising: an electric-current detecting unit configured to detect electric current for driving the drive mechanism; a speed control unit configured to set a target electric-current according to a drive speed at which the drive mechanism is caused to drive the measuring element; and an electric-current control unit configured to generate two electric current components by multiplying, by an integral gain and a proportional gain respectively, an electric-current deviation between a target electric-current and a detection electric-current detected by the electric-current detecting unit to set an output electric-current to be output to the drive mechanism as the sum of the electric current components, wherein if the drive speed of the drive mechanism increases from a previously set drive speed, the electric-current control unit sets at least one of the integral gain and the proportional gain to be a gain smaller than the previously set gain; and if the drive speed of the drive mechanism decreases from a previously set drive speed, the electric-current control unit sets at least one of the integral gain and the proportional gain to be a gain larger than a previously set gain. an electric-current detecting unit configured to detect electric current for driving the drive mechanism; a speed control unit configured to set a target electric-current according to a drive speed at which the drive mechanism is caused to drive the measuring element; and an electric-current control unit configured to generate two electric current components by multiplying, by an integral gain and a proportional gain respectively, an electric-current deviation between a target electric-current and a detection electric-current detected by the electric-current detecting unit to set an output electric-current to be output to the drive mechanism as the sum of the electric current components, wherein if the drive speed of the drive mechanism increases from a previously set drive speed, the electric-current control unit sets at least one of the integral gain and the proportional gain to be a gain smaller than the previously set gain; and if the drive speed of the drive mechanism decreases from a previously set drive speed, the electric-current control unit sets at least one of the integral gain and the proportional gain to be a gain larger than a previously set gain.
An electronic device, comprising: multiple conductive layers (170c, 240) that cross and overlap but do not contact each other, wherein at least one of the conductive layers comprises a width change part (Aw), wherein the width change part (Aw) has at least a first width (Wc) and a second width (Ww) smaller than the first width (Wc) in a length direction of the at least one of the conductive layers; and a tab for preventing electrostatic discharge in the cross-overlapping area (Ac), the tab being connected to the at least one conductive layer that comprises the width change part (Aw) and being positioned away from the cross-overlapping area (Ac) (170c, 240) characterized in that the width change part (Aw) is located in the cross-overlapping area (Ac) (170c, 240). multiple conductive layers (170c, 240) that cross and overlap but do not contact each other, wherein at least one of the conductive layers comprises a width change part (Aw), wherein the width change part (Aw) has at least a first width (Wc) and a second width (Ww) smaller than the first width (Wc) in a length direction of the at least one of the conductive layers; and a tab for preventing electrostatic discharge in the cross-overlapping area (Ac), the tab being connected to the at least one conductive layer that comprises the width change part (Aw) and being positioned away from the cross-overlapping area (Ac) (170c, 240) characterized in that the width change part (Aw) is located in the cross-overlapping area (Ac) (170c, 240).
An internal combustion engine, comprising: an engine block defining a cylinder; a case member fastened to a lower part of the engine block to define a crank chamber jointly with the engine block; and a bearing member fastened to the engine block in the crank chamber to rotatably support a crankshaft; wherein the engine block is provided with a central recess formed in a part thereof to which the bearing member is fastened, a blow-by gas inlet passage (112, 116, 121) communicating the central recess with the crank chamber, and a blow-by gas return passage (122, 118) forming a part of a passage communicating the central recess with an intake device, the central recess and the bearing member jointly defining a central breather chamber, characterized in that the bearing member extends orthogonally to an axis of the crankshaft as viewed in a direction extending along an axis of the cylinder, and is provided with a pair of bolt holes through which bolts for fastening the bearing member to the engine block pass in either end part thereof, the engine block is provided with a pair of female screw holes into which the respective bolts are threaded in parts thereof opposing the respective bolt holes, the central recess being positioned between the female screw holes, and the central recess extends along the bearing member. an engine block defining a cylinder; a case member fastened to a lower part of the engine block to define a crank chamber jointly with the engine block; and a bearing member fastened to the engine block in the crank chamber to rotatably support a crankshaft; wherein the engine block is provided with a central recess formed in a part thereof to which the bearing member is fastened, a blow-by gas inlet passage (112, 116, 121) communicating the central recess with the crank chamber, and a blow-by gas return passage (122, 118) forming a part of a passage communicating the central recess with an intake device, the central recess and the bearing member jointly defining a central breather chamber, characterized in that the bearing member extends orthogonally to an axis of the crankshaft as viewed in a direction extending along an axis of the cylinder, and is provided with a pair of bolt holes through which bolts for fastening the bearing member to the engine block pass in either end part thereof, the engine block is provided with a pair of female screw holes into which the respective bolts are threaded in parts thereof opposing the respective bolt holes, the central recess being positioned between the female screw holes, and the central recess extends along the bearing member.
A processing aid with a baseplate, wherein the baseplate has a sliding face, a hand rest which has an indentation for receiving a hand, and at least one extension arm which is arranged at the baseplate and/or the hand rest and projects over the sliding face, so that a processor whose hand is lying in the indentation of the hand rest can guide a tool or a component held with the tool on the extension arm if the processor is holding the tool in the hand, wherein the sliding face has at least one signal generator and/or at least one signal sensor with which a position, an orientation and/or a speed of the processing aid can be determined.
A vinylidene fluoride resin multilayer film comprising two layers in which a back layer and a surface layer are laminated, wherein the surface layer comprises 80% by mass or more of a vinylidene fluoride resin on the basis of a total amount of resin components of the surface layer, the back layer comprises 85% by mass or more of a methacrylic ester resin on the basis of a total amount of resin components of the back layer, the back layer comprises 3.5 parts by mass or less of a triazine ultraviolet absorber having a molecular weight of 500 or more with respect to 100 parts by mass of total resin components of the back layer, and wherein the triazine ultraviolet absorber is selected from 2-[4,6-di(4-biphenylyl)-1,3,5-triazine-2-yl]-5-(2-ethylhexyloxy) phenol; 2,4-bis(2,4-dimethylphenyl)-6-(2-hydroxy-4-n-octyloxyphenyl)-1,3,5-triazine and 2,4,6-tris(2-hydroxy-4-hexyloxy-3-methylphenyl)-1,3,5-triazine. wherein the surface layer comprises 80% by mass or more of a vinylidene fluoride resin on the basis of a total amount of resin components of the surface layer, the back layer comprises 85% by mass or more of a methacrylic ester resin on the basis of a total amount of resin components of the back layer, the back layer comprises 3.5 parts by mass or less of a triazine ultraviolet absorber having a molecular weight of 500 or more with respect to 100 parts by mass of total resin components of the back layer, and wherein the triazine ultraviolet absorber is selected from 2-[4,6-di(4-biphenylyl)-1,3,5-triazine-2-yl]-5-(2-ethylhexyloxy) phenol; 2,4-bis(2,4-dimethylphenyl)-6-(2-hydroxy-4-n-octyloxyphenyl)-1,3,5-triazine and 2,4,6-tris(2-hydroxy-4-hexyloxy-3-methylphenyl)-1,3,5-triazine.
A method of painting automotive plastics parts, in particular automotive bumpers, - wherein in order to prepare for the painting, the automotive plastics parts continuously pass through a cleaning area and are cleaned in said area by CO 2 in a cleaning process by means of an automatically operated cleaning device, - wherein the cleaning device has at least one process line with at least one end-side nozzle for the output of CO 2, - wherein after the cleaning process the automotive plastic parts passing through enter a painting area and are provided with at least one paint layer in said area by means of an automated painting process, and - wherein the cleaning device has a plurality of, preferably differently oriented, nozzles for the uniform application of the CO 2 on the automotive plastics part, characterised in that - the cleaning device has at least one process valve arranged in the process line, by means of which the quantity of the CO 2 flowing through the process line is controlled, - the output quantity of CO 2 is continuously monitored in that, in the process line, between process valve and nozzle, a preferably electronic pressure measuring instrument is provided, which measures the process line pressure downstream of the process valve as seen in the direction of flow, and - a separate pressure measuring instrument is allocated to each nozzle. - wherein in order to prepare for the painting, the automotive plastics parts continuously pass through a cleaning area and are cleaned in said area by CO 2 in a cleaning process by means of an automatically operated cleaning device, - wherein the cleaning device has at least one process line with at least one end-side nozzle for the output of CO 2, - wherein after the cleaning process the automotive plastic parts passing through enter a painting area and are provided with at least one paint layer in said area by means of an automated painting process, and - wherein the cleaning device has a plurality of, preferably differently oriented, nozzles for the uniform application of the CO 2 on the automotive plastics part, - the cleaning device has at least one process valve arranged in the process line, by means of which the quantity of the CO 2 flowing through the process line is controlled, - the output quantity of CO 2 is continuously monitored in that, in the process line, between process valve and nozzle, a preferably electronic pressure measuring instrument is provided, which measures the process line pressure downstream of the process valve as seen in the direction of flow, and - a separate pressure measuring instrument is allocated to each nozzle.
An interactive device for animals, comprising: an ejecting device, comprising a recess for storing an object, an opening, a second communicating member connected to the opening, a first communicating member of which opposite sides are respectively connected to the recess and the second communicating member, a first pusher disposed in the recess, a second pusher movably disposed in the second communicating member, an elastic member abutting the second pusher and an intermittent gear intermittently and repeatedly engaging with and thus driving the first pusher and the second pusher, whereby the intermittent gear, when rotating in the counterclockwise direction, drives the first pusher to move along in a first direction and protrudes from the inner wall of the recess for pushing the object out from the recess into the first communicating member so that the object drops through the first communicating member into the second communicating member; a network communication device, configured to provide a network connection to a user device; and a controller, coupled to the ejecting device and the network communication device, configured to receive a control signal from the user device via the network communication device, and control the elastic member to provide an elastic force to eject the object from the opening according to the control signal. an ejecting device, comprising a recess for storing an object, an opening, a second communicating member connected to the opening, a first communicating member of which opposite sides are respectively connected to the recess and the second communicating member, a first pusher disposed in the recess, a second pusher movably disposed in the second communicating member, an elastic member abutting the second pusher and an intermittent gear intermittently and repeatedly engaging with and thus driving the first pusher and the second pusher, whereby the intermittent gear, when rotating in the counterclockwise direction, drives the first pusher to move along in a first direction and protrudes from the inner wall of the recess for pushing the object out from the recess into the first communicating member so that the object drops through the first communicating member into the second communicating member; a network communication device, configured to provide a network connection to a user device; and a controller, coupled to the ejecting device and the network communication device, configured to receive a control signal from the user device via the network communication device, and control the elastic member to provide an elastic force to eject the object from the opening according to the control signal.
An agent for use in mucosal immunomodulation comprising, as an active ingredient, at least one selected from the group consisting of the compounds represented by the formulas,,, or, and salts thereof, and wherein the mucosal immunomodulation is mucosal immunostimulation.