mhurhangee/ep-ind-claims huggingface dataset:
A process for the manufacture of a modified poly(alkylene carbonate) comprising compounding i) at least one poly(alkylene carbonate) and at least one modifying agent having at least three carboxylic acid groups, or ii) at least one carboxylic acid group and at least one anhydride group, or iii) at least two anhydride groups, at a temperature of 120 to 240°C; and subsequently combining said modified poly(alkylene carbonate) with at least one filler; or wherein said poly(alkylene carbonate) is combined with a filler before or simultaneously with the modifying agent.
Method for establishing a communication with the aid of a first terminal registered in a core of a communication network, said first terminal being associated with a first public identity (IMPU_C, IMPU_A), a request for establishment of said communication being received by the first terminal, the method is characterized in that it comprises: - a step of reception by a second terminal of an item of information indicating the possibility of establishing said communication with the aid of the first terminal, - a step of restitution of said item of information, and - subsequent to a user interaction on the second terminal, a step of dispatching by the second terminal, via the communication network core, of a command for triggering the acceptance by the first terminal of said request for establishment of the communication, the acceptance by the first terminal of the request for establishment of the communication making it possible to establish said communication with the aid of the first terminal. - a step of reception by a second terminal of an item of information indicating the possibility of establishing said communication with the aid of the first terminal, - a step of restitution of said item of information, and - subsequent to a user interaction on the second terminal, a step of dispatching by the second terminal, via the communication network core, of a command for triggering the acceptance by the first terminal of said request for establishment of the communication, the acceptance by the first terminal of the request for establishment of the communication making it possible to establish said communication with the aid of the first terminal.
A bionanocomposite material characterized because it is composed by: a) a hard natural fibers holder, wherein the hard natural fiber is selected from the group consisting of henequen, sisal and fique; and b) metal oxide nanoparticles deposited on said holder, wherein the metal is selected from Mn and Fe, having a size distribution ranging from 40 to 80 nm. a) a hard natural fibers holder, wherein the hard natural fiber is selected from the group consisting of henequen, sisal and fique; and b) metal oxide nanoparticles deposited on said holder, wherein the metal is selected from Mn and Fe, having a size distribution ranging from 40 to 80 nm.
An apparatus for handling containers, comprising: - a carrier having at least one filling and/or closing element (21, 22) which is designed to fill and/or close a container, - at least one boom which is connected to the carrier, - wherein the boom is connected to a shaft extending along a Z axis, - wherein the Z axis is perpendicular to an in particular horizontal processing plane in which an opening of the container is arranged, - wherein the boom can be pivoted about the Z axis by means of a first motor and can be slid along the Z axis by means of a second motor, - wherein the boom has a boom arm which can be slid perpendicularly to the Z axis by means of a third motor and which connects the carrier to the boom, and - wherein the first motor, the second motor, and the third motor are arranged below the processing plane. - a carrier having at least one filling and/or closing element (21, 22) which is designed to fill and/or close a container, - at least one boom which is connected to the carrier, - wherein the boom is connected to a shaft extending along a Z axis, - wherein the Z axis is perpendicular to an in particular horizontal processing plane in which an opening of the container is arranged, - wherein the boom can be pivoted about the Z axis by means of a first motor and can be slid along the Z axis by means of a second motor, - wherein the boom has a boom arm which can be slid perpendicularly to the Z axis by means of a third motor and which connects the carrier to the boom, and - wherein the first motor, the second motor, and the third motor are arranged below the processing plane.
Method for rendering at least one object into a stereoscopic image for a display device, the method comprising: receiving perceptual depth data for the at least one object; calculating a pixel separation offset based on a known or communicated screen width of said display device from the perceptual depth data; inserting a first object image of the at least one object into a first image of the stereoscopic image; and inserting a second object image of the at least one object into a second image of the stereoscopic image, wherein the first object image and second object image are offset by the pixel separation offset, characterized in that the perceptual depth data is received as a fraction of an intended viewer distance, irrespective of the dimensions of the display device. receiving perceptual depth data for the at least one object; calculating a pixel separation offset based on a known or communicated screen width of said display device from the perceptual depth data; inserting a first object image of the at least one object into a first image of the stereoscopic image; and inserting a second object image of the at least one object into a second image of the stereoscopic image, wherein the first object image and second object image are offset by the pixel separation offset, characterized in that the perceptual depth data is received as a fraction of an intended viewer distance, irrespective of the dimensions of the display device.
A circuit breaker comprising: a frame; and a trip unit mounted in the frame, the trip unit comprising a terminal for securing a wire to the trip unit, wherein securing the wire in the terminal of the trip unit exerts a force suitable to cause the trip unit to move laterally and to deflect two adjacent side walls, wherein the side walls pertain either to the frame or to a top cover mounted on top of the frame; characterised in that one of a wall of the frame perpendicular to the two adjacent side walls and a side of the trip unit facing the wall comprises a protrusion and the wall of the frame or the side of the trip unit without the protrusion comprises an opening, wherein the protrusion conforms to the opening, thereby preventing lateral movement of the trip unit according to the force caused by securing the wire in the terminal. a frame; and a trip unit mounted in the frame, the trip unit comprising a terminal for securing a wire to the trip unit, wherein securing the wire in the terminal of the trip unit exerts a force suitable to cause the trip unit to move laterally and to deflect two adjacent side walls, wherein the side walls pertain either to the frame or to a top cover mounted on top of the frame; characterised in that one of a wall of the frame perpendicular to the two adjacent side walls and a side of the trip unit facing the wall comprises a protrusion and the wall of the frame or the side of the trip unit without the protrusion comprises an opening, wherein the protrusion conforms to the opening, thereby preventing lateral movement of the trip unit according to the force caused by securing the wire in the terminal.
An object recognition method, applied to a mobile terminal with a camera, comprising: capturing (101, 201) a scan object through the camera in a first operating state, in a case that a screen of the mobile terminal is turned off, to obtain a first capturing result; controlling (102, 203) the camera to enter a second operating state in a case that the scan object is determined to meet a preset condition according to the first capturing result, capturing (102, 204) the scan object through the camera in the second operating state to obtain a second capturing result, recognizing (102, 204) the scan object according to the second capturing result, and controlling (102, 204) the mobile terminal to turn on the screen to display a recognition result corresponding to the scan object; wherein an operating power of the camera in the second operating state is greater than an operating power of the camera in the first operating state; characterized in that the object recognition method further comprises: turning off the camera when the screen of the mobile terminal is turned on. with a camera, comprising: capturing (101, 201) a scan object through the camera in a first operating state, in a case that a screen of the mobile terminal is turned off, to obtain a first capturing result; controlling (102, 203) the camera to enter a second operating state in a case that the scan object is determined to meet a preset condition according to the first capturing result, capturing (102, 204) the scan object through the camera in the second operating state to obtain a second capturing result, recognizing (102, 204) the scan object according to the second capturing result, and controlling (102, 204) the mobile terminal to turn on the screen to display a recognition result corresponding to the scan object; wherein an operating power of the camera in the second operating state is greater than an operating power of the camera in the first operating state; characterized in that the object recognition method further comprises: turning off the camera when the screen of the mobile terminal is turned on. capturing (101, 201) a scan object through the camera in a first operating state, in a case that a screen of the mobile terminal is turned off, to obtain a first capturing result; controlling (102, 203) the camera to enter a second operating state in a case that the scan object is determined to meet a preset condition according to the first capturing result, capturing (102, 204) the scan object through the camera in the second operating state to obtain a second capturing result, recognizing (102, 204) the scan object according to the second capturing result, and controlling (102, 204) the mobile terminal to turn on the screen to display a recognition result corresponding to the scan object; wherein an operating power of the camera in the second operating state is greater than an operating power of the camera in the first operating state; characterized in that the object recognition method further comprises: turning off the camera when the screen of the mobile terminal is turned on.
A method of operating a wireless device (302; 304), comprising: providing a first device identifier of the wireless device and a request for an expression from an application (352; 354) running on the wireless device (302; 304); receiving an allocation record that includes an expression to be broadcast by the application (352; 354) to allow applications (352; 354) to discover each other, a second device identifier, and at least one of a digital signature of a first server that delegates the expression or a digital signature of a second server that manages the expression; and verifying the allocation record at the wireless device (302; 304). providing a first device identifier of the wireless device and a request for an expression from an application (352; 354) running on the wireless device (302; 304); receiving an allocation record that includes an expression to be broadcast by the application (352; 354) to allow applications (352; 354) to discover each other, a second device identifier, and at least one of a digital signature of a first server that delegates the expression or a digital signature of a second server that manages the expression; and verifying the allocation record at the wireless device (302; 304).
A hermetic compressor comprising: a casing; a cylinder fixedly coupled to an internal space of the casing and having an inner circumferential surface and forming a compression space; a first bearing provided on an upper side and a second bearing provided on a lower side of the cylinder and forming the compression space together with the cylinder; a roller provided to be eccentric with respect to an inner circumferential surface of the cylinder; and a vane inserted into the roller to rotate together with the roller, the vane is drawn out toward the inner circumferential surface of the cylinder when the roller rotates to divide the compression space into a plurality of compression chambers (333a,333b,333c) varying a volume of the compression chambers (333a, 333b, 333c) while rotating, wherein an inlet port communicating with the compression space is formed in the first bearing or the second bearing, a refrigerant suction pipe penetrating through the casing is inserted to be coupled to the inlet port characterised in that an intermediate plate is provided between the bearing (310, 320) in which the inlet port is formed, among the first bearing and the second bearing (310, 320), and the cylinder, and a suction passage is formed in the intermediate plate and allowing the inlet port and the compression space to communicate with each other. a casing; a cylinder fixedly coupled to an internal space of the casing and having an inner circumferential surface and forming a compression space; a first bearing provided on an upper side and a second bearing provided on a lower side of the cylinder and forming the compression space together with the cylinder; a roller provided to be eccentric with respect to an inner circumferential surface of the cylinder; and a vane inserted into the roller to rotate together with the roller, the vane is drawn out toward the inner circumferential surface of the cylinder when the roller rotates to divide the compression space into a plurality of compression chambers (333a,333b,333c) varying a volume of the compression chambers (333a, 333b, 333c) while rotating, wherein an inlet port communicating with the compression space is formed in the first bearing or the second bearing, a refrigerant suction pipe penetrating through the casing is inserted to be coupled to the inlet port characterised in that an intermediate plate is provided between the bearing (310, 320) in which the inlet port is formed, among the first bearing and the second bearing (310, 320), and the cylinder, and a suction passage is formed in the intermediate plate and allowing the inlet port and the compression space to communicate with each other.
Deep-drawing packaging machine with a lifting device for a workstation (2, 3, 4), wherein said lifting device comprises a stand mounted to a machine frame and a lower tool part connected to a motor by means of a push rod, characterized in that said lifting device comprises a frame which is movable perpendicularly to a film web and relatively to said stand by means of a rotary element which is mounted on the axis of the motor and is engaged with said frame, and that said lifting device comprises an upper tool part connected to the frame, wherein said rotary element is a lever with a guide pin, said guide pin cooperating with the frame in a guide, and wherein said guide comprises a track guide for the guide pin, so that the lower tool part is temporarily not moved during the movement of the rotary element relative to the film web.
A virtual image display device comprising: an image generator outputting light of a virtual image; a polarizing filter transmitting light in a first polarization state from the output light; a multipath optical element guiding the transmitted light in the first polarization state such that the transmitted light is delivered toward an eye of a user; a second optical element arranged in a direction of a second side of the multipath optical element and on which real-world light including light in the first polarization state and light in a second polarization state is incident; a first optical element arranged in a direction of a first side of the multipath optical element and on which the guided light in the first polarization state and the real-world light that has passed through the second optical element are incident; and a processor configured to drive the first optical element such that the light in the first polarization state is converged, and the second optical element such that light in the second polarization state is diverged. an image generator outputting light of a virtual image; a polarizing filter transmitting light in a first polarization state from the output light; a multipath optical element guiding the transmitted light in the first polarization state such that the transmitted light is delivered toward an eye of a user; a second optical element arranged in a direction of a second side of the multipath optical element and on which real-world light including light in the first polarization state and light in a second polarization state is incident; a first optical element arranged in a direction of a first side of the multipath optical element and on which the guided light in the first polarization state and the real-world light that has passed through the second optical element are incident; and a processor configured to drive the first optical element such that the light in the first polarization state is converged, and the second optical element such that light in the second polarization state is diverged.
A seal carving apparatus comprising: a thermal head having a plurality of heat generating elements disposed in a line; a dedicated attachment (40, 50, 60, 70, 80) where a workpiece on which a seal is intended to be formed is set; loading means that moves the workpiece set on the attachment (40, 50, 60, 70, 80) and the thermal head relative to each other with the workpiece being in abutment with the attachment (40, 50, 60, 70, 80); and control means that selectively and thermally drives individual heat generating elements of the thermal head while controlling the relative movement performed by the loading means to perform a carving process of forming a seal on the workpiece, characterized in that: a reading means for identifying a type of the workpiece set on the attachment (40, 50, 60, 70, 80) is provided; and one of A, B and C applies: A: dot pattern perforations predetermined according to a type of the workpiece to be set are formed in a part of a body of the attachment, and the reading means (18S, 18D, 18m) reads the dot pattern perforations formed in the attachment at a position where the attachment is mounted; or B: the workpiece is held between a reference surface formed on the attachment and an inclined surface formed on an adapter member; or C: a plurality of detection switches (SW11, SW12) that enable the workpiece to be fitted at an arbitrary position on a surface of that side of the attachment where the workpiece is to be set and are capable of detecting the workpiece are disposed in a lattice form at respective intersections orthogonal to one another. a thermal head having a plurality of heat generating elements disposed in a line; a dedicated attachment (40, 50, 60, 70, 80) where a workpiece on which a seal is intended to be formed is set; loading means that moves the workpiece set on the attachment (40, 50, 60, 70, 80) and the thermal head relative to each other with the workpiece being in abutment with the attachment (40, 50, 60, 70, 80); and control means that selectively and thermally drives individual heat generating elements of the thermal head while controlling the relative movement performed by the loading means to perform a carving process of forming a seal on the workpiece, A: dot pattern perforations predetermined according to a type of the workpiece to be set are formed in a part of a body of the attachment, and the reading means (18S, 18D, 18m) reads the dot pattern perforations formed in the attachment at a position where the attachment is mounted; or B: the workpiece is held between a reference surface formed on the attachment and an inclined surface formed on an adapter member; or C: a plurality of detection switches (SW11, SW12) that enable the workpiece to be fitted at an arbitrary position on a surface of that side of the attachment where the workpiece is to be set and are capable of detecting the workpiece are disposed in a lattice form at respective intersections orthogonal to one another.
An electronic device, comprising: a memory configured to store instructions; at least one communication circuitry; at least one display; and at least one processor configured to, when executing the instructions: reproduce multimedia content in the electronic device; when the electronic device identifies an external electronic device located in proximity to the user of the electronic device identify, through the at least one communication circuitry, whether the electronic device is pairable with the external electronic device interlocked with the electronic device; and while reproducing the multimedia content in the electronic device, superimpose and display, on a screen which is being displayed through the at least one display, a visual object indicating that the external electronic device is capable of continuously reproducing the multimedia content from a time at which reproduction of the multimedia content has been progressed in the electronic device, based on identifying whether the electronic device is pairable with the external electronic device. a memory configured to store instructions; at least one communication circuitry; at least one display; and at least one processor configured to, when executing the instructions: reproduce multimedia content in the electronic device; when the electronic device identifies an external electronic device located in proximity to the user of the electronic device identify, through the at least one communication circuitry, whether the electronic device is pairable with the external electronic device interlocked with the electronic device; and while reproducing the multimedia content in the electronic device, superimpose and display, on a screen which is being displayed through the at least one display, a visual object indicating that the external electronic device is capable of continuously reproducing the multimedia content from a time at which reproduction of the multimedia content has been progressed in the electronic device, based on identifying whether the electronic device is pairable with the external electronic device. reproduce multimedia content in the electronic device; when the electronic device identifies an external electronic device located in proximity to the user of the electronic device identify, through the at least one communication circuitry, whether the electronic device is pairable with the external electronic device interlocked with the electronic device; and while reproducing the multimedia content in the electronic device, superimpose and display, on a screen which is being displayed through the at least one display, a visual object indicating that the external electronic device is capable of continuously reproducing the multimedia content from a time at which reproduction of the multimedia content has been progressed in the electronic device, based on identifying whether the electronic device is pairable with the external electronic device.