mhurhangee/ep-ind-claims huggingface dataset:
A soft modulation method implemented at a receiver for regenerating a complex soft symbol value corresponding to a received symbol of interest having a Gray-mapped QAM format, wherein the method includes receiving a symbol of interest in a received signal and determining bit soft values for the received symbol of interest, and wherein the method is characterized by regenerating a complex soft symbol value corresponding to the received symbol of interest based on: storing a look-up table of pre-computed bit contributions to the complex soft symbol value; and calculating the complex soft symbol value corresponding to the received symbol of interest by: determining a first soft symbol value for the real part of the received symbol of interest by indexing into the look-up table as a function of the bit soft values determined for the real part of the received symbol of interest, and determining a second soft symbol value for the imaginary part of the received symbol of interest by indexing into the look-up table as a function of the bit soft values determined for the imaginary part of the received symbol of interest; and forming the complex soft symbol value corresponding to the received symbol of interest by combining the first and second soft symbol values. storing a look-up table of pre-computed bit contributions to the complex soft symbol value; and calculating the complex soft symbol value corresponding to the received symbol of interest by: determining a first soft symbol value for the real part of the received symbol of interest by indexing into the look-up table as a function of the bit soft values determined for the real part of the received symbol of interest, and determining a second soft symbol value for the imaginary part of the received symbol of interest by indexing into the look-up table as a function of the bit soft values determined for the imaginary part of the received symbol of interest; and forming the complex soft symbol value corresponding to the received symbol of interest by combining the first and second soft symbol values. determining a first soft symbol value for the real part of the received symbol of interest by indexing into the look-up table as a function of the bit soft values determined for the real part of the received symbol of interest, and determining a second soft symbol value for the imaginary part of the received symbol of interest by indexing into the look-up table as a function of the bit soft values determined for the imaginary part of the received symbol of interest; and forming the complex soft symbol value corresponding to the received symbol of interest by combining the first and second soft symbol values.
A rotation angle detection device (50, 350, 450, 650, 750), comprising: an intermediate signal generation unit (51, 251, 351) configured to generate an intermediate signal based on a product of a sine signal and a cosine signal which are based on a rotation angle of a rotating body; a first multiplication unit configured to multiply the intermediate signal by one of the sine signal or the cosine signal; an addition/subtraction unit configured to add the other one of the sine signal or the cosine signal and an output of the first multiplication unit to each other or to subtract the output of the first multiplication unit from the other one of the sine signal or the cosine signal; and a first rotation angle calculation unit configured to calculate the rotation angle of the rotating body based on the one of the sine signal or the cosine signal and on an output of the addition/subtraction unit. an intermediate signal generation unit (51, 251, 351) configured to generate an intermediate signal based on a product of a sine signal and a cosine signal which are based on a rotation angle of a rotating body; a first multiplication unit configured to multiply the intermediate signal by one of the sine signal or the cosine signal; an addition/subtraction unit configured to add the other one of the sine signal or the cosine signal and an output of the first multiplication unit to each other or to subtract the output of the first multiplication unit from the other one of the sine signal or the cosine signal; and a first rotation angle calculation unit configured to calculate the rotation angle of the rotating body based on the one of the sine signal or the cosine signal and on an output of the addition/subtraction unit.
A ram extrusion process for preparing UHMWPE panels (9; 100) of widths greater than 0.6 m, comprising: - providing a slit die (20; 30; 40; 55; 66; 70) which has a rectangular cross-section under ram extrusion operating pressure, the die having a top portion (31; 41) and a bottom portion (30; 42) and an inlet face and an exit face; - incrementally introducing UHMWPE resin particles into the die under pressure from a ram; - heating the UHMWPE particles to a temperature above the crystalline melt temperature of UHMWPE to form a substantially continuous molten thermoplastic; - cooling the UHMWPE while within the die and while maintaining contact with the walls of the die; and - obtaining a solidified UHMWPE panel product which has exited the die; characterized in that - said die has at least three independently controllable cooling zones in each of the top portion and bottom portion, said cooling zones located proximate the exit face of the die, and positioned across the width of the die; and - the UHMWPE is cooled to a temperature below the crystalline melt temperature while within the die. - providing a slit die (20; 30; 40; 55; 66; 70) which has a rectangular cross-section under ram extrusion operating pressure, the die having a top portion (31; 41) and a bottom portion (30; 42) and an inlet face and an exit face; - incrementally introducing UHMWPE resin particles into the die under pressure from a ram; - heating the UHMWPE particles to a temperature above the crystalline melt temperature of UHMWPE to form a substantially continuous molten thermoplastic; - cooling the UHMWPE while within the die and while maintaining contact with the walls of the die; and - obtaining a solidified UHMWPE panel product which has exited the die; - said die has at least three independently controllable cooling zones in each of the top portion and bottom portion, said cooling zones located proximate the exit face of the die, and positioned across the width of the die; and - the UHMWPE is cooled to a temperature below the crystalline melt temperature while within the die.
A method, wherein the method classifies a subject as suffering from dry eye, the method consisting of: a. obtaining a tear sample from the patient, and determining the level of human serum albumin; b. from the determined level of human serum albumin, assigning a score for the determined amount of human serum albumin; and c. from the assigned score, calculating a cutoff probability score, according to the following equation: exp − 0.6491 − 1.1142 ∗ Albumin 1 + exp − 0.6491 − 1.1142 ∗ Albumin wherein the subject has dry eye, if the calculated cutoff probability score is from 50% to 60%. a. obtaining a tear sample from the patient, and determining the level of human serum albumin; b. from the determined level of human serum albumin, assigning a score for the determined amount of human serum albumin; and c. from the assigned score, calculating a cutoff probability score, according to the following equation: exp − 0.6491 − 1.1142 ∗ Albumin 1 + exp − 0.6491 − 1.1142 ∗ Albumin wherein the subject has dry eye, if the calculated cutoff probability score is from 50% to 60%.
A method comprising: capturing a plurality of images of a scene using a rolling shutter sensor; illuminating the scene using a continuous illumination source; illuminating the scene using a time-varying illumination source; synchronizing the rolling shutter sensor and the time-varying illumination source when capturing the plurality of images to cause a first subset of lines of the rolling shutter sensor to be on-cadence with the time-varying illumination source and a second subset of lines to be off-cadence; wherein the first subset of lines receives illumination from the continuous illumination source and a first amount of illumination from the time-varying illumination source, wherein the second subset of lines receives illumination from the continuous illumination source and a second amount of illumination from the time-varying illumination source, and wherein the first amount of illumination is greater than the second amount of illumination; and separating the plurality of images into a plurality of feeds, wherein each of the plurality of feeds includes a different contribution of the time-varying illumination source to an overall illumination of the scene. capturing a plurality of images of a scene using a rolling shutter sensor; illuminating the scene using a continuous illumination source; illuminating the scene using a time-varying illumination source; synchronizing the rolling shutter sensor and the time-varying illumination source when capturing the plurality of images to cause a first subset of lines of the rolling shutter sensor to be on-cadence with the time-varying illumination source and a second subset of lines to be off-cadence; wherein the first subset of lines receives illumination from the continuous illumination source and a first amount of illumination from the time-varying illumination source, wherein the second subset of lines receives illumination from the continuous illumination source and a second amount of illumination from the time-varying illumination source, and wherein the first amount of illumination is greater than the second amount of illumination; and separating the plurality of images into a plurality of feeds, wherein each of the plurality of feeds includes a different contribution of the time-varying illumination source to an overall illumination of the scene.
A hose abrasion monitoring system comprising: a hose assembly including: a hose having at least one conductive layer and at least one outer insulating cover overlaying the at least one conductive layer; and a monitoring circuit in electrical communication with the at least one conductive layer; wherein the monitoring circuit is configured to measure electrical continuity between the at least one conductive layer and a conductive component external to the hose, and to detect abrasion of the at least one outer insulating cover when the conductive component contacts a portion of the at least one conductive layer exposed by abrasion of the at least one outer insulating cover. a hose assembly including: a hose having at least one conductive layer and at least one outer insulating cover overlaying the at least one conductive layer; and a monitoring circuit in electrical communication with the at least one conductive layer; a hose having at least one conductive layer and at least one outer insulating cover overlaying the at least one conductive layer; and a monitoring circuit in electrical communication with the at least one conductive layer; wherein the monitoring circuit is configured to measure electrical continuity between the at least one conductive layer and a conductive component external to the hose, and to detect abrasion of the at least one outer insulating cover when the conductive component contacts a portion of the at least one conductive layer exposed by abrasion of the at least one outer insulating cover.
Method for creating a final real-time photorealistic image of a virtual object, corresponding to a real object corresponding to a pair of spectacles, which is arranged on an original photo of a user, in a realistic orientation related to the position of said user, characterized in that it comprises the following steps: - 510: detecting the presence of a placement area for the object in an original photo, said placement area being the user's face, - 530: determining the position of characteristic points of the placement area for the object in the original photo, - 540: determining the 3D orientation of the face, i.e. the angles Φ and Ψ of the camera having taken the photo relative to the principal plane of the placement area for the object, from said position of characteristic points, - 550: selecting the texture to be used for the virtual object, in accordance with the angle-of-view, and generating the view of the virtual object in the 3D (Φ, Ψ) / 2D (Θ, s) position in question, - 560: creating a first rendering by establishing a layered rendering in the correct position consistent with the position of the placement area for the object in the original photo, - 570: obtaining the photorealistic rendering by adding overlays, referred to as semantic overlays, so as to obtain the final image. - 510: detecting the presence of a placement area for the object in an original photo, said placement area being the user's face, - 530: determining the position of characteristic points of the placement area for the object in the original photo, - 540: determining the 3D orientation of the face, i.e. the angles Φ and Ψ of the camera having taken the photo relative to the principal plane of the placement area for the object, from said position of characteristic points, - 550: selecting the texture to be used for the virtual object, in accordance with the angle-of-view, and generating the view of the virtual object in the 3D (Φ, Ψ) / 2D (Θ, s) position in question, - 560: creating a first rendering by establishing a layered rendering in the correct position consistent with the position of the placement area for the object in the original photo, - 570: obtaining the photorealistic rendering by adding overlays, referred to as semantic overlays, so as to obtain the final image.
A refrigerator comprising: a refrigerator body including a freezing compartment and a refrigerating compartment, the refrigerating compartment is arranged over the freezing compartment, an ice making compartment which is arranged in the refrigerating compartment to make ice, wherein the ice making compartment is provided at a refrigerating compartment door unit which opens or closes an inner space of the refrigerator; a heat exchanger which generates cold air for freezing food stored in the freezing compartment; a cold air guiding device guiding cold air generated by the heat exchanger to the ice making compartment to enable the ice making compartment to make ice, wherein the cold air guiding device includes a duct unit which communicates with the ice making compartment characterized in that the duct unit includes a first opening provided at an inner wall of the refrigerating compartment, and forms one end of the duct unit connected to one side of the refrigerating compartment door unit; the refrigerating compartment door unit includes a second opening connected to the first opening to connect the duct unit to an inner space of the ice making compartment and the refrigerator further comprises a sealing unit provided at at least one of the first and second openings to prevent air from being leaked between the first and second openings, wherein the sealing unit includes a gasket and a gasket fixer which fixes the gasket to at least one of the first and second openings. a refrigerator body including a freezing compartment and a refrigerating compartment, the refrigerating compartment is arranged over the freezing compartment, an ice making compartment which is arranged in the refrigerating compartment to make ice, wherein the ice making compartment is provided at a refrigerating compartment door unit which opens or closes an inner space of the refrigerator; a heat exchanger which generates cold air for freezing food stored in the freezing compartment; a cold air guiding device guiding cold air generated by the heat exchanger to the ice making compartment to enable the ice making compartment to make ice, wherein the cold air guiding device includes a duct unit which communicates with the ice making compartment characterized in that the duct unit includes a first opening provided at an inner wall of the refrigerating compartment, and forms one end of the duct unit connected to one side of the refrigerating compartment door unit; the refrigerating compartment door unit includes a second opening connected to the first opening to connect the duct unit to an inner space of the ice making compartment and the refrigerator further comprises a sealing unit provided at at least one of the first and second openings to prevent air from being leaked between the first and second openings, wherein the sealing unit includes a gasket and a gasket fixer which fixes the gasket to at least one of the first and second openings.
An electronic device (10, 20), comprising: a transmission interface (100, 200) comprising a signal reference contact and a signal transmission contact; a switch unit (120, 220) coupled between the signal reference contact and a ground layer (104, 204); a control unit (140, 240) coupled to the switch unit (120, 220), wherein when the control unit (140, 240) controls the switch unit (120, 220) to connect the signal reference contact to the ground layer (104, 204), the signal transmission contact is used to transmit a first signal, and when the control unit (140, 240) controls the switch unit (120, 220) to disconnect the signal reference contact from the ground layer (104, 204), the signal reference contact is used to transmit a second signal. a transmission interface (100, 200) comprising a signal reference contact and a signal transmission contact; a switch unit (120, 220) coupled between the signal reference contact and a ground layer (104, 204); a control unit (140, 240) coupled to the switch unit (120, 220), wherein when the control unit (140, 240) controls the switch unit (120, 220) to connect the signal reference contact to the ground layer (104, 204), the signal transmission contact is used to transmit a first signal, and when the control unit (140, 240) controls the switch unit (120, 220) to disconnect the signal reference contact from the ground layer (104, 204), the signal reference contact is used to transmit a second signal.
Electronic computer configured to implement at least one critical function, wherein the electronic computer is able to deliver at least one output data item associated with each critical function, and wherein the electronic computer comprises: - at least one control module, wherein each control module is configured to implement a respective critical function and is capable of delivering at least one output data item associated with the critical function; - at least one monitoring module of a control module of another electronic computer, wherein each monitoring module is configured to implement the same respective critical function as the one implemented by the monitored control module; wherein each control module is configured to receive, from an associated monitoring module of another electronic computer, the result of implementing the corresponding critical function, and to inhibit the delivery of the at least one associated output data item in the event of detection of an inconsistency between the result of its implementation of the respective critical function and that received from the monitoring module of the other electronic computer, wherein each monitoring module is configured to receive, from an associated control module of another electronic computer, the result of implementing the corresponding critical function, and to inhibit the delivery, by the control module, of the at least one associated output data item in the event of detection of an inconsistency between the result of its implementation of the respective critical function and that received from the control module of the other electronic computer. - at least one control module, wherein each control module is configured to implement a respective critical function and is capable of delivering at least one output data item associated with the critical function; - at least one monitoring module of a control module of another electronic computer, wherein each monitoring module is configured to implement the same respective critical function as the one implemented by the monitored control module;
A packet edit processing method, comprising: obtaining a first protocol descriptor according to a protocol header field of an input packet, and further according to a preset protocol field mapping relationship, wherein the first protocol descriptor corresponds to the protocol header field of the input packet, and wherein the preset protocol field mapping relationship comprises a mapping relationship between the first protocol descriptor and the protocol header field of the input packet; obtaining a second protocol descriptor according to the first protocol descriptor; obtaining, according to the preset protocol field mapping relationship and the second protocol descriptor, a second protocol header field for replacing the protocol header field in the input packet; replacing the protocol header field in the input packet by the second protocol header field; and obtaining an output packet according to the second protocol header field, wherein the output packet comprises the second protocol header field. obtaining a first protocol descriptor according to a protocol header field of an input packet, and further according to a preset protocol field mapping relationship, wherein the first protocol descriptor corresponds to the protocol header field of the input packet, and wherein the preset protocol field mapping relationship comprises a mapping relationship between the first protocol descriptor and the protocol header field of the input packet; obtaining a second protocol descriptor according to the first protocol descriptor; obtaining, according to the preset protocol field mapping relationship and the second protocol descriptor, a second protocol header field for replacing the protocol header field in the input packet; replacing the protocol header field in the input packet by the second protocol header field; and obtaining an output packet according to the second protocol header field, wherein the output packet comprises the second protocol header field.
A detergent tablet for toilets with a detergent compartment with a detergent compound and a chlorine compartment with a chlorine component, wherein the detergent compartment and the chlorine compartment are separated, at least partially, by a barrier layer, wherein prior to the intended use, at least a surface or part of a surface of the chlorine compartment is covered neither by the detergent compound nor by the barrier layer and the barrier layer is constructed from a material and/or with a thickness such that if used as intended it dissolves at a slower rate than the detergent compartment and the chlorine compartment.
Combination of a self-climbing, telescopic crane and telescopic horizontal bracing members for mounting pre-fabricated concrete towers of the type formed by a plurality of modules joined laterally to form diverse frustroconical segments that are subsequently stacked to form the tower characterized in that the self-climbing, telescopic crane comprises an external vertical column, terminated at the bottom in a support, and an internal vertical column that can move vertically via one or several actuators, wherein the top part of said internal vertical column terminates in a horizontally rotatable capstan associated with a horizontal arm, terminating at the opposite end in a pulley through which the hoist cable moves and wherein the telescopic horizontal bracing members may be provided on the top part of the external vertical column in such a way that they allow to support pre-fabricated concrete elements forming the tower section around the crane and the crane remaining inside.
A blind rivet fixer setting device having a housing, a pull spindle and a drive motor which is connected via a gear mechanism to the pull spindle, the gear mechanism having a driven spindle nut which is in engagement with a thread on the pull spindle, the gear mechanism having a clutch which, in a second indexing position, connects the spindle nut and the pull spindle to one another in a rotationally fixed manner, characterized in that the clutch, in a first indexing position, connects the pull spindle to the housing in a rotationally fixed manner.