mhurhangee/ep-ind-claims huggingface dataset:
A support system for a working vehicle, the support system comprising: a working vehicle including a vehicle body, a controller, and a communicator, the vehicle body being operable to travel selectively under manual steering using a steering device or under automatic steering using the steering device, the controller being configured or programmed to define a planned travel line for the automatic steering based on a reference line and to control the automatic steering, the communicator being configured or programmed to receive a replacement line for replacing the reference line defined by the controller; and a server to transmit the replacement line to the communicator, characterized in that the controller includes a status acquiring unit to acquire a status of a device provided in or on the working vehicle, and is configured or programmed to switch between a first mode and a second mode in accordance with the status acquired by the status acquiring unit, the first mode being a mode in which the controller replaces the reference line with the replacement line transmitted from the server, the second mode being a mode in which the controller does not replace the reference line with the replacement line transmitted from the server. a working vehicle including a vehicle body, a controller, and a communicator, the vehicle body being operable to travel selectively under manual steering using a steering device or under automatic steering using the steering device, the controller being configured or programmed to define a planned travel line for the automatic steering based on a reference line and to control the automatic steering, the communicator being configured or programmed to receive a replacement line for replacing the reference line defined by the controller; and a server to transmit the replacement line to the communicator, characterized in that the controller includes a status acquiring unit to acquire a status of a device provided in or on the working vehicle, and is configured or programmed to switch between a first mode and a second mode in accordance with the status acquired by the status acquiring unit, the first mode being a mode in which the controller replaces the reference line with the replacement line transmitted from the server, the second mode being a mode in which the controller does not replace the reference line with the replacement line transmitted from the server. includes a status acquiring unit to acquire a status of a device provided in or on the working vehicle, and is configured or programmed to switch between a first mode and a second mode in accordance with the status acquired by the status acquiring unit, the first mode being a mode in which the controller replaces the reference line with the replacement line transmitted from the server, the second mode being a mode in which the controller does not replace the reference line with the replacement line transmitted from the server.
A method comprising: at a mobile device, loading a mobile application package from a repository, the mobile application package containing local application information including local application components and service deployment information; extracting, by a package installer on the mobile device, from the mobile application package, the local application information and the service deployment information; installing, with the package installer, the local application components on the mobile device; transmitting, from the mobile device to a remote node in a Network Functions Virtualization infrastructure, image information included in the service deployment information to initiate a service deployment; and receiving a result of the service deployment at the mobile device. at a mobile device, loading a mobile application package from a repository, the mobile application package containing local application information including local application components and service deployment information; extracting, by a package installer on the mobile device, from the mobile application package, the local application information and the service deployment information; installing, with the package installer, the local application components on the mobile device; transmitting, from the mobile device to a remote node in a Network Functions Virtualization infrastructure, image information included in the service deployment information to initiate a service deployment; and receiving a result of the service deployment at the mobile device.
Electric generator for a wind turbine, comprising - a stator, - a rotor, - a plurality of stator gaps between axially adjacent segments of said stator, wherein a width (w1, w2) of the stator gaps between axially adjacent segments of said stator vary in axial direction, the width of a stator gap between axially adjacent segments in a center region of the generator being smaller than the width of a stator gap between axially adjacent segments in an axial end region (A, B) of the generator, characterized in that at least one stator gap is inclined compared to a radial direction of said generator with respect to an axial longitudinal section and wherein said inclinations between the stator gaps and said radial direction of the generator vary in axial direction, an angle (α1) between a stator gap and said radial direction in a center region of the generator being smaller than an angle (α2) between a stator gap and said radial direction in an axial end region (A, B) of the generator. - a stator, - a rotor, - a plurality of stator gaps between axially adjacent segments of said stator, wherein a width (w1, w2) of the stator gaps between axially adjacent segments of said stator vary in axial direction, the width of a stator gap between axially adjacent segments in a center region of the generator being smaller than the width of a stator gap between axially adjacent segments in an axial end region (A, B) of the generator, characterized in that at least one stator gap is inclined compared to a radial direction of said generator with respect to an axial longitudinal section and wherein said inclinations between the stator gaps and said radial direction of the generator vary in axial direction, an angle (α1) between a stator gap and said radial direction in a center region of the generator being smaller than an angle (α2) between a stator gap and said radial direction in an axial end region (A, B) of the generator.
An embroidery system, comprising: a liquid discharge apparatus, comprising: a head configured to discharge liquid onto a thread based on image data; and an embroidery apparatus configured to perform embroidery using the thread to which the liquid is applied by the liquid discharge apparatus characterized by further comprising an adjuster disposed downstream from the head in a feed direction of the thread and configured to adjust a feed speed of the thread; and a controller configured to control the adjuster to increase a feed distance of the thread in a case where the feed speed is lower than a predetermined value. a liquid discharge apparatus, comprising: a head configured to discharge liquid onto a thread based on image data; and an embroidery apparatus configured to perform embroidery using the thread to which the liquid is applied by the liquid discharge apparatus characterized by further comprising an adjuster disposed downstream from the head in a feed direction of the thread and configured to adjust a feed speed of the thread; and a controller configured to control the adjuster to increase a feed distance of the thread in a case where the feed speed is lower than a predetermined value.
A vehicular image-display system comprising: an in-vehicle camera which captures image data of the face of the driver; an image capturing device including an imaging element configured to capture an image of surroundings of the vehicle, and an image acquirer configured to acquire, based on the captured image captured by the imaging element, an acquired image which is smaller in area than the captured image; wherein the image capturing device is configured to analyze a line-of-sight position of a driver of the vehicle based on image data captured by the in-vehicle camera; an image calculator configured to calculate an image position and area of a display image that is smaller in area than the acquired image based on a result of the line-of-sight position analysis wherein the acquired image is transmitted from the image capturing device to a control device including an image generator configured to generate the display image based on the acquired image; and an image display device configured to display the display image. an in-vehicle camera which captures image data of the face of the driver; an image capturing device including an imaging element configured to capture an image of surroundings of the vehicle, and an image acquirer configured to acquire, based on the captured image captured by the imaging element, an acquired image which is smaller in area than the captured image; wherein the image capturing device is configured to analyze a line-of-sight position of a driver of the vehicle based on image data captured by the in-vehicle camera; an image calculator configured to calculate an image position and area of a display image that is smaller in area than the acquired image based on a result of the line-of-sight position analysis wherein the acquired image is transmitted from the image capturing device to a control device including an image generator configured to generate the display image based on the acquired image; and an image display device configured to display the display image.
An implanting device for the intrastromal prosthesis that has been conceived and designed to introduce a segment or ring onto the inside of an intrastromal tunnel made in the patient's cornea by femtosecond laser technique, which can be introduced using the implanting device without the use of forceps, wherein the ring to be implanted is complete but open to provide ends in the ring or the segment, characterised in that it consists of an assembly constructed on a cylinder base or tunnel that is cylindrically shaped, hollow inside and ready for attachment of a ring- holder to one of its ends, being fitted with a clamp or injector that supports the segment or ring to be inserted into the patient's intrastromal tunnel, over which A Delhom apparatus is joined to the same cylinder base body over which a protective element of the support clamp for the ring or segment is placed, while on the opposite end the cylinder base or tunnel incorporates a block cover carrying a rod projecting from it in the direction of the assembly, running along the inside of the aforementioned cylinder base or tunnel and whose end is shaped by means of a recess adapted for the provision of a blocked zone ("z") which accommodates both the clamp that holds the ring and an arm equipped with an impeller tip.
A mono-nuclei cationized magnesium salt characterized in that said magnesium salt is any one of the following: [Mg 6][AlCl 4] 2, [Mg(TEGDME) 2][AlCl 4] 2, [Mg(toluene) 6 AlCl 4] 2, [Mg(DMSO) 2][AlCl 4] 2, [Mg 6][AlClF 3] 2, [Mg(DMSO) 6][AlF 4] 2, and [Mg 6][BCl 4] 2.
Method for operating a control device for a vehicle, wherein - the control device is in the form of a multi-core processor having at least two cores (C0, C1) for executing computing processes (T1, T2) in a parallel manner and comprises a communication interface, via which the control device can be coupled to a diagnostic unit using signalling, in which - the computing processes (T1, T2) are each assigned to a predefined system cycle duration of the control device, - if all computing processes (T1, T2) which are assigned to the same predefined system cycle duration have been concluded, an output signal is provided via the communication interface of the control device, said output signal comprising at least one of input, output or intermediate values of the computing processes (T1, T2), characterized in that - a selection signal which is representative of the input and/or output and/or intermediate values to be assigned to the output signal is provided, and - the respective input and/or output and/or intermediate value of the computing processes (T1, T2) is assigned to the output signal on the basis of the selection signal. - the control device is in the form of a multi-core processor having at least two cores (C0, C1) for executing computing processes (T1, T2) in a parallel manner and comprises a communication interface, via which the control device can be coupled to a diagnostic unit using signalling, in which - the computing processes (T1, T2) are each assigned to a predefined system cycle duration of the control device, - if all computing processes (T1, T2) which are assigned to the same predefined system cycle duration have been concluded, an output signal is provided via the communication interface of the control device, said output signal comprising at least one of input, output or intermediate values of the computing processes (T1, T2), characterized in that - a selection signal which is representative of the input and/or output and/or intermediate values to be assigned to the output signal is provided, and - the respective input and/or output and/or intermediate value of the computing processes (T1, T2) is assigned to the output signal on the basis of the selection signal.
A semiconductor device, comprising: a semiconductor substrate including a circuit element-forming region and a plurality of connection pads; an insulating film formed on said circuit element-forming region; a first conductive layer formed on said insulating film and being in contact with one of said plurality of connection pads; a columnar electrode electrically connected to at least one of said plural connection pads; and a film passive element (C, L); characterized in that the at least one film passive element (C, L) includes a portion (15, 21) of the conductive layer formed on said insulating film. a semiconductor substrate including a circuit element-forming region and a plurality of connection pads; an insulating film formed on said circuit element-forming region; a first conductive layer formed on said insulating film and being in contact with one of said plurality of connection pads; a columnar electrode electrically connected to at least one of said plural connection pads; and a film passive element (C, L); characterized in that the at least one film passive element (C, L) includes a portion (15, 21) of the conductive layer formed on said insulating film.
A chain saw, comprising: a working part comprising a guide bar and a saw chain; a body for installing the working part; a motor configured to drive the working part to work, the motor having a driving mode, the motor comprising a rotor and a plurality of windings; a power supply device for providing electrical energy for the motor; a drive circuit connected to the power supply device and the plurality of windings for loading the electric energy of the power supply device to the plurality of windings of the motor; a controller connected to the drive circuit for controlling the drive circuit; and a motion detection device coupled to the body or the working part for detecting a motion of the body or the working part in at least one direction; characterized in that the motor is a brushless motor and has a braking mode; the controller is configured to control the drive circuit to make the motor enter the braking mode when an amount of the motion of the body or the working part in the at least one direction exceeds a predetermined threshold; and the controller is configured to control the drive circuit to make the motor enter the braking mode when a value of an angular velocity at which the body or the working part rotates in the at least one direction is greater than a first predetermined angular velocity threshold and less than a second predetermined angular velocity threshold, and a value of an angular displacement at which the body or the working part rotates in the at least one direction is greater than a predetermined angular displacement threshold. a working part comprising a guide bar and a saw chain; a body for installing the working part; a motor configured to drive the working part to work, the motor having a driving mode, the motor comprising a rotor and a plurality of windings; a power supply device for providing electrical energy for the motor; a drive circuit connected to the power supply device and the plurality of windings for loading the electric energy of the power supply device to the plurality of windings of the motor; a controller connected to the drive circuit for controlling the drive circuit; and a motion detection device coupled to the body or the working part for detecting a motion of the body or the working part in at least one direction; characterized in that the motor is a brushless motor and has a braking mode; the controller is configured to control the drive circuit to make the motor enter the braking mode when an amount of the motion of the body or the working part in the at least one direction exceeds a predetermined threshold; and the controller is configured to control the drive circuit to make the motor enter the braking mode when a value of an angular velocity at which the body or the working part rotates in the at least one direction is greater than a first predetermined angular velocity threshold and less than a second predetermined angular velocity threshold, and a value of an angular displacement at which the body or the working part rotates in the at least one direction is greater than a predetermined angular displacement threshold.
An engine misfire identification device for identifying an engine misfire for a multiple-cylinder internal combustion engine in which an output shaft is connected to a rear portion via a torsion element, said engine misfire identification device comprising: a rotation position detection unit that is adapted to detect a rotation position of an output shaft of said internal combustion engine, and a unit rotation-angle rotation speed computation unit that is adapted to compute a unit rotation-angle rotation speed, which is a rotation speed for each prescribed unit rotation angle of the output shaft of said internal combustion engine, based on said detected rotation position, characterized by comprising an engine misfire identification unit that is adapted to make an identification as to whether or not any one of cylinders of the internal combustion engine undergoes an engine misfire by using a first technique for said computed unit rotation-angle rotation speed, when the drive point of said internal combustion engine does not belong to a resonance region of a rear portion including said torsion element, and is adapted to make an identification as to whether or not any one of cylinders of the internal combustion engine undergoes an engine misfire by using a second technique, which is different from said first technique, for said computed unit rotation-angle rotation speed, when the drive point of said internal combustion engine belongs to said resonance region. a rotation position detection unit that is adapted to detect a rotation position of an output shaft of said internal combustion engine, and a unit rotation-angle rotation speed computation unit that is adapted to compute a unit rotation-angle rotation speed, which is a rotation speed for each prescribed unit rotation angle of the output shaft of said internal combustion engine, based on said detected rotation position, characterized by comprising an engine misfire identification unit that is adapted to make an identification as to whether or not any one of cylinders of the internal combustion engine undergoes an engine misfire by using a first technique for said computed unit rotation-angle rotation speed, when the drive point of said internal combustion engine does not belong to a resonance region of a rear portion including said torsion element, and is adapted to make an identification as to whether or not any one of cylinders of the internal combustion engine undergoes an engine misfire by using a second technique, which is different from said first technique, for said computed unit rotation-angle rotation speed, when the drive point of said internal combustion engine belongs to said resonance region.
A shipping container (120, 280) for cryopreserved biological samples, the shipping container (120, 280) comprising: an insulated housing (10, 200) formed from a Dewar vessel and comprising a cavity for containing a cryopreserved biological sample; and a thermal diode operable in a first state to provide cooling to the cavity and in a second state to impair heat transfer into the cavity; characterised in that: the thermal diode is a gravity thermosyphon type; wherein the container comprises a heat exchanger configured to operate the thermal diode to provide cooling to the cavity; and wherein the heat exchanger is thermally coupled to a heat engine. an insulated housing (10, 200) formed from a Dewar vessel and comprising a cavity for containing a cryopreserved biological sample; and a thermal diode operable in a first state to provide cooling to the cavity and in a second state to impair heat transfer into the cavity; characterised in that: the thermal diode is a gravity thermosyphon type; wherein the container comprises a heat exchanger configured to operate the thermal diode to provide cooling to the cavity; and wherein the heat exchanger is thermally coupled to a heat engine. the thermal diode is a gravity thermosyphon type; wherein the container comprises a heat exchanger configured to operate the thermal diode to provide cooling to the cavity; and wherein the heat exchanger is thermally coupled to a heat engine.
A method performed by an electronic device, comprising: receiving a user input from a user; and in response to receiving the user input, characterized in, generating a first response comprising first content of a first type based on the user input irrespective of contextual information of the user, obtaining contextual information of the user of a context which changes continuously in real time, and wherein there is delayed updating of the contextual information of the user, generating a second response comprising second content of a second type based on the contextual information, the second type of the second content being different from the first type of the first content, wherein the first type of the first content comprises at least one of text, a moving picture, an image, or audio content, and wherein the second type of the second content comprises at least one of text, a moving picture, an image, audio content, a light-emitting diode, LED, output, a vibration output, a visual effect, an audible effect, or a user interface, generating a combined response based on the first response and the second response, and outputting the combined response by outputting the first response together with the second response. receiving a user input from a user; and in response to receiving the user input, characterized in, generating a first response comprising first content of a first type based on the user input irrespective of contextual information of the user, obtaining contextual information of the user of a context which changes continuously in real time, and wherein there is delayed updating of the contextual information of the user, generating a second response comprising second content of a second type based on the contextual information, the second type of the second content being different from the first type of the first content, wherein the first type of the first content comprises at least one of text, a moving picture, an image, or audio content, and wherein the second type of the second content comprises at least one of text, a moving picture, an image, audio content, a light-emitting diode, LED, output, a vibration output, a visual effect, an audible effect, or a user interface, generating a combined response based on the first response and the second response, and outputting the combined response by outputting the first response together with the second response.